United States     Solid Waste and     T.rA33C.-n-33-024
Environmental Protection  Emergency Response   NMS: roas-iou n
Agency	(5305W)	April 1998
Capacity Analysis for
Land Disposal
Restrictions-Phase IV:
Newly Identified
Toxicity Characteristic
Metal Wastes and
Mineral Processing
Wastes (Final Rule);
Technical Background
Document
     Printed on paper that contains at least 30 percent postconsumer fiber

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                           TABLE OF CONTENTS
                                                                       Page
CHAPTER 1.   INTRODUCTION	1 -1
            1.1    LEGAL BACKGROUND	1-1
            1.2    CAPACITY ANALYSIS METHODOLOGY	1 -4
                 1.2.1    Overall Approach	1-4
                 1.2.2    Determination of Required Commercial Treatment Capacity	1 -4
                 1.2.3    Determination of Available Commercial Treatment Capacity ......... 1 -5
            1.3    SUMMARY OF CAPACITY ANALYSIS	1 -6
            1.4    ORGANIZATION OF BACKGROUND DOCUMENT SUPPORTING
                 THE CAPACITY ANALYSIS	1-6

CHAPTER 2.   AVAILABLE TREATMENT CAPACITY	2-1
            2.1    STABILIZATION CAPACITY	2-1
            2.2    METALS RECOVERY CAPACITY	2-8
            2.3    COMBUSTION CAPACITY	2-13
            2.4    VITRIFICATION CAPACITY	 2-17
            2.5    MIXED RCRA/RADIOACTIVE WASTE CAPACITY	2-18

CHAPTER 3.   CAPACITY ANALYSIS FOR TOXICITY CHARACTERISTIC METAL
            WASTES	3-1
            3.1    REGULATORY BACKGROUND	3-1
            3.2    DATA SOURCES	3-3
                 3.2.1    Information from Background Documents Developed for the
                         Third Third Rulemaking	3-4
                 3.2.2    Comments from the ANPRM	3-4
                 3.2.3    USEPA Biennial Reporting System	3-4
                 3.2.4    Comments to Phase IV LDR Proposed Rule for TC Metal
                         Wastes	'.	'.	3-4
            3.3    WASTE GENERATION AND MANAGEMENT	3-5
            3.4    SOIL CONTAMINATED WITH NEWLY IDENTIFIED TC METAL
                 WASTES		3-16
            3.5    MIXED RADIOACTIVE TC METAL WASTE	3-19
            3.6    CAPACITY ANALYSIS	3-20
            3.7    SUMMARY OF RESULTS	3-29

CHAPTER 4.   CAPACITY ANALYSIS FOR THE NEWLY IDENTIFIED MINERAL
            PROCESSING WASTES	4-1
            4.1    REGULATORY BACKGROUND	:	4-1
            4.2    DATA SOURCES	'.	4-3
                 4.2.1    ANPRM Comments	4-3
                 4.2.2    National Survey of Solid Waste from Mineral Processing
                         Facilities (RTI Survey)	4-3
                 4.2.3    Comments to Bevill Rules	4-5
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                        TABLE OF CONTENTS (Continued)
                   4.2.4    EPA Sampling Data	4-5
                   4.2.5    RCRA 3007 Data (1989)	4-5
                   4.2.6    Data from Effluent Guidelines Development Documents	4-6
                   4.2.7    RCRA 3007 Data (1994)	4-6
                   4.2.8    Comments to the Phase IV LDR Proposed Rules	4-6
                   4.2.9    Other Data Sources	 4-7
             4.3    METHODOLOGY AND ASSUMPTIONS	4-7
             4.4    SOIL AND DEBRIS CONTAMINATED WITH NEWLY IDENTIFIED
                   MINERAL PROCESSING WASTES	4-22
             4.5    MIXED RCRA/RADIOACTIVE WASTES	4-24
             4.6    SUMMARY OF RESULTS	4-24
APPENDIX A  Data on Stabilization Capacity

APPENDIX B  Phone Logs Regarding Metals Recovery Capacity

APPENDIX C  Data on Vitrification Capacity

APPENDIX D  1995 BRS Data (GM Form) - TC Metal Wastes Managed On-Site and Off-Site

APPENDIX E  Soil Treatment Capacity

APPENDIX F  Mercury Recovery Services, Inc. Data

APPENDIX G  Case Summaries of MGP site Remediation

APPENDIX H  FMC Corporation's Treatment Capacity Analysis Data
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                                         CHAPTER 1
                                      INTRODUCTION
        This document presents the capacity analysis for surface-disposed wastes' that EPA conducted to
support the Land Disposal Restrictions (LDRs)Phase IV:  Issues Associated with Treatment Standards
for Newly Identified Mineral Processing Wastes and Toxicity Characteristic Metal Wastes. EPA
conducts capacity analyses to evaluate the need for national  capacity variances from the land disposal
prohibitions.  The capacity analysis provides estimates of the quantities of wastes that will require
alternative commercial treatment prior to land disposal as a result of the LDRs and estimates alternative
commercial treatment capacity available to manage wastes restricted from land disposal. In this rule.
EPA is promulgating LDRs for the newly identified mineral processing wastes and toxicity characteristic
metal wastes that have not been covered in previous LDR rulemakings. The following sections provide
additional details on the legal background and overall methodology for this capacity analysis. A
summary of results also is provided.
1.1    LEGAL BACKGROUND

       The Hazardous and Solid Waste Amendments (HSWA) to the Resource Conservation and
Recovery Act (RCRA), enacted on November 8,19S4, set basic new priorities for hazardous waste
management. Land disposal, which had been the most widely used method for managing hazardous
waste, is now the least preferred option. Under HSWA, EPA must promulgate regulations restricting the
land disposal2 of hazardous wastes according to a strict statutory schedule. As of the effective date of
each regulation, land disposal of wastes covered by that regulation is prohibited unless (1) the waste
meets the treatment standards that have been established, or (2) it can be demonstrated that there will be
no migration of hazardous constituents from the disposal unit for as  long as the waste remains hazardous.

       Under the LDR Program, EPA must identify levels or methods of treatment that substantially
reduce the toxicity of a waste or the likelihood of migration of hazardous constituents from the waste.
Whenever possible, the Agency prefers to define treatment in terms  of performance (i.e., maximum
acceptable concentrations of hazardous constituents in the treated waste or residuals), rather than in
terms of specific treatment methods, and thus provide the regulated community with flexibility in
complying with the LDRs. EPA's standards are generally based on the performance of the best
demonstrated available technology (BDAT) for that waste, as documented by treatment data collected at
well-designed and well-operated systems using that technology, or are based on data derived from the
treatment of similar wastes that are as difficult or more difficult to treat.
1  This document only addresses surface-disposed wastes. Wastes managed in Safe Drinking Water Act (SDWA)
underground injection wells are addressed in a separate document.

-   RCRA defines land disposal "to include, but not be limited to, any placement of such hazardous waste in a
landfill, surface impoundment, waste pile, injection well, land treatment facility, salt dome formation, salt bed
formation, or underground mine or cave" (RCRA section 3004(k)).
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        Once the LDRs are finalized, the wastes must meet the treatment standards prior to be disposed
unless the Agency grants a national capacity variance because of a lack of available treatment capacity
(see RCRA section 3004(h)(2)). For every waste, EPA considerson a national basisboth the
capacity of commercially available treatment technologies and the quantity of restricted wastes currently
sent to land disposal for which on-site treatment capacity is not available. If EPA determines that
adequate alternative  commercial treatment capacity is available for a particular waste, the land disposal
restriction is  effective upon the statutory date. If not, the Agency establishes an alternative effective date
based on the  earliest date on which adequate treatment capacity will be available or two years, whichever
is less.  During the variance period, management of the wastes is still subject to specific, though less
restrictive, land disposal requirements (40 CFR 268.5(h)). Once the variance expires, the wastes must
meet the LDR treatment standards prior to being land disposed.

        RCRA also allows generators to apply for extensions to the LDRs on a case-by-case basis for
specific wastes generated at a specific facility for which there is not adequate capacity (RCRA section
3004(h)(3)).  EPA may grant case-by-case capacity variances to applicants who can demonstrate that:
(1) no capacity currently exists anywhere in the U.S. to treat a specific waste, and (2) a binding
contractual commitment is in place to construct or otherwise provide alternative capacity, but due to
circumstances beyond the applicant's control, such  alternative capacity cannot reasonably be made
available by the effective date (40 CFR 268.S).3

        HSWA's schedule divided hazardous wastes  into three broad categories:  solvent and dioxin
wastes: California list wastes;4 and "scheduled" wastes.  EPA restricted surface disposed solvents and
dioxins from  land disposal on November 7,1986 and deep well injected solvents and dioxins from land
disposal on July 26,1988. The final rule for California list wastes, which was issued on July 8, 1987,
covers wastes originally listed by the State of California and was adopted intact within HSWA.  The
"scheduled" wastes consist of all wastes that were identified or listed as hazardous prior to November 8,
1984 but were not included in the first two categories listed above. HSWA's statutory timetable required
that EPA restrict one-third of these wastes by August 8,  1988, two-thirds by June 8, 1989, and the
remaining third by May 8, 1990. For hazardous wastes that are newly  identified or listed after November
8, 1984, EPA is required to promulgate land disposal prohibitions within six months of the date of
identification or listing (RCRA Section 3004(g)(4)).  However, the statute does not provide an automatic
prohibition of land disposal of such wastes if EPA fails to meet this deadline.  Exhibit 1-1 summarizes
the previous LDR rulemakings and their respective promulgation dates.
3  RCRA also allows generators to petition for a variance from treatment standards if the waste cannot be treated to
meet LDR standards due to its chemical or physical properties. These variances are known as treatability variances
(40 CFR 268.44).

4  The "California list" comprises the following classes of wastes:  liquid hazardous wastes with a pH of less than or
equal to 2.0 (acidic corrosive wastes); all liquid hazardous wastes containing free cyanides, various metals, and
polychlorinated biphenyls (PCBs) exceeding statutory concentration levels; and all wastes (liquid, sludge, or solid)
containing halogenated organic compounds (HOCs) in concentrations greater than or equal to specified statutory
levels.
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                                          EXHIBIT 1-1
       SUMMARY OF PREVIOUS LAND DISPOSAL RESTRICTIONS RULEMAKINGS
Rulemaking
Solvents and Dioxins
(surface disposed)
Solvents and Dioxins
(deep well injected)
California List
(surface disposed)
California List
(deep well injected)
First Third Rule
First Third Rule
(deep well injected)
Second Third Rule
Third Third Rule
Newly Listed and Identified Wastes (Phase I)
Interim Final Rule for Vacated Treatment
.Standards
Organic TC Wastes and Newly Listed Wastes
(Phase II)
Decharacterized Wastewaters, Carbamate
Wastes, and Spent Potliners (Phase III)'
Wood Preserving Wastes ("Mini" Phase IV)
Federal Register Notice
5 IF/? 40572
53 FR 28 188
52 FR 25760
53 FR 30908
53 FR 3 1138
54 FR 254 16
54 FR 26594
55 FR 22520
57 FR 37194
58 FR 29860
59 FR 47982
61 FR 15565
62 FR 25998
Promulgation Date
November?, 1986
July 26, 1988
July 8, 1987
July 26, 1988
Augusts, 1988
June 7, 1989
June 8, 1989
May 8, 1990
June 30, 1992
May 24, 1993
September 19, 1994
April 8, 1996
May 12, 1997
1 On August 26, 1996, the Agency revised the carbamate waste treatment standards and set the effective date for
one year from the date of publication ("Emergency Revision of the Land Disposal Restrictions (LDR) Phase III
Treatment Standards for Listed Hazardous Wastes from Carbamate Production," 61 FR 43923).  On January 14,
 1997. the Agency extended the national capacity variance for spent potliners (K088) for six months ("Land Disposal
Restrictions Phase III - Emergency Extension of the K088 Capacity Variance; Final Rule," 62 FR 1991). On July
 14. 1997, the Agency extended the national  capacity variance for K088 wastes for three additional months (62 FR
37693).  Thus, K.088 wastes became subject to LDR treatment standards on October 8, 1997.
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1.2     CAPACITY ANALYSIS METHODOLOGY

        This section provides an overview of EPA's methodology in estimating required commercial
treatment capacity.

        1.2.1   Overall Approach

        In evaluating the need for national capacity variances, EPA estimates the quantities of waste
requiring alternative commercial treatment as a result of the LDRs and the capacity available at
commercial treatment facilities to manage the restricted wastes. By comparing the capacity demand
with the available commercial capacity, EPA can identify capacity shortfalls and make determinations
concerning national capacity variances. A first step to satisfying the goals of a capacity analysis is to
make a "threshold" determination concerning whether a national treatment capacity variance  is needed
for the two years following the effective date of a waste's LDR treatment standards.  Thus, EPA
estimates the required and available commercial treatment capacity for all affected wastes and facilities.
but often only to the extent needed to make this threshold determination. For example, when upper-
bound estimates of required capacity are well below lower-bound estimates  of available capacity, then
generally a variance  is not needed and the analysis can stop. Similarly, when lower-bound estimates of
required capacity far exceed the upper-bound estimates of available capacity, then often the two-year
maximum capacity variance is needed. Results that are between these two extremes generally require.
EPA to conduct further analyses.5

        1.2.2   Determination of Required Commercial Treatment Capacity

        Required commercial treatment capacity represents the quantity of wastes currently being land
disposed that cannot be treated on site and, consequently, will need commercial treatment to meet the
LDR treatment standards. EPA uses the available information and best engineering judgment to develop
estimates for required commercial capacity.  Those wastes that are managed in on-site treatment systems
are excluded from the estimates of required commercial capacity.  Required commercial capacity also
includes the residuals generated by treatment of these wastes (i.e., the quantity of generated residuals that
will need treatment prior to land disposal).

        EPA identifies the waste streams potentially affected by the LDRs by types of land disposal
units, including surface impoundment, waste pile, land treatment unit, landfill, and underground injection
well.  Salt dome formations, salt bed formations, and underground mines and caves are additional
methods of land disposal that are affected by the LDRs; however, because few wastes are disposed by
these three methods, these methods typically are not addressed in the analysis of required alternative
capacity.
5 EPA also derives estimates of affected facilities and waste quantities for the regulatory impact analysis. Both the
regulatory impact analysis and the capacity analysis examine wastes in the industrial sectors likely to generate most
of the affected wastes. However, the goals of a capacity analysis and a regulatory impact analysis are very different,
which often results in some differences in methodologies, data, and results. In contrast to the capacity analysis'
focus on required and available capacity during the next two years and its initial focus on threshold determinations,
the regulatory impact analysis concentrates on estimating specific potential long-term costs and benefits of the LDR
treatment standards. Typically, only the significant (or dominant) costs and benefits are assessed during the
regulatory impact analysis. In summary, therefore, differences between the goals of the capacity analysis and the
regulatory impact analysis are expected to result in reasonable differences in the methodologies, data, and results.


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        To determine the type of alternative capacity required to treat the affected wastes. EPA conducts
a "treatability analysis" of each waste stream. Based on the waste's physical and chemical form and
information on prior management practices, EPA assigns the quantity of affected waste to an appropriate
technology (i.e., a technology that can meet the treatment standards). Mixtures of RCRA wastes (i.e..
waste streams described by more than one waste code) present special treatability concerns because they
often contain .constituents (e.g., organics and metals) requiring different types of treatment. To treat
these wastes, EPA develops a treatment train that can treat all waste types in the group (e.g.. thermal
treatment followed by stabilization).  In these cases, the Agency estimates the amount of residuals that
would be generated by treatment of the original quantity of waste and includes these residuals  in the
quantities requiring alternative treatment capacity.

        EPA identifies the quantities of waste requiring alternative treatment on a facility level basis:  if
the appropriate treatment technology is not available on site, or if adequate available capacity is not
present to manage the waste, then the appropriate quantity of waste requiring alternative treatment is
aggregated into a national demand for commercial capacity.  EPA excludes from the estimates of
required commercial capacity those wastes that are managed in on-site treatment systems.

        1.23   Determination of Available Commercial Treatment Capacity

        The analysis conducted to determine available commercial treatment capacity focuses  on
treatment capacity projected to be available for the two years following the effective date of the LDRs.
starting from the baseline capacity identified in the previous final LDR rule, in this case the "Mini"
Phase IV (62 FR 25998, May 12, 1997).

        Available treatment capacity can be categorized by facility status into four groups: (1)
commercial capacitycapacity at facilities that manage waste from  any facility; (2) on-site (private
capacity) capacity at facilities that manage only waste generated on-site; (3) captive
capacitycapacity at facilities that manage only waste from other facilities under the same ownership;
and (4) limited commercial capacitycapacity at facilities that manage waste from a limited number of
facilities not under the same ownership.  For capacity analyses, estimates on available capacity reflect
available commercial capacity. The determination of available capacity focuses on commercial facilities.
Consequently, most estimates of capacity presented in this document represent commercially available
capacity. In order to determine whether to grant a national capacity  variance for newly listed and
identified wastes regulated in today's final rule, EPA analyzed available commercial capacity for
alternative treatment technologies capable of meeting the LDR treatment  standards. This capacity
analysis generally included estimating the maximum or design capacity for appropriate waste
management systems and the amount of waste currently going to these systems (utilized capacity).
Available capacity was estimated as the difference between maximum and utilized capacity. For today's
rule, EPA analyzed commercial capacity for hazardous waste combustion (including incineration and
reuse as fuel), stabilization, vitrification, and several metal recovery technologies.
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13     SUMMARY OF CAPACITY ANALYSIS

        Exhibit 1-2 indicates the total quantities of surface disposed wastes that may require alternative
commercial treatment capacity as a result of the Phase IV rule, whether treatment capacity is available
for these wastes, and the national capacity variances being granted in today's rulemaking. National
capacity variances begin on the date of publication of the Phase IV final rule in the Federal Register.
EPA is granting a two-year national capacity variance for newly identified  mixed RCRA/radioactive
wastes,  including soil and debris, for which standards are being promulgated in this rule. Also, EPA is
granting a two-year national capacity variance for five large volume wastes generated from elemental
phosphorous processingMedusa Scrubber blowdown, furnace building washdown, NOSAP slurry,
precipitator slurry, and phossy water. For TC metal wastes and the remaining newly identified mineral
processing wastes, including soil and debris, the Agency has determined that adequate treatment capacity
will exist at the time the Phase IV rule becomes effective and, therefore, is not granting a national
capacity variance for these  wastes (beyond the 90 days allowed prior to the effective date of the rule).
1.4    ORGANIZATION OF BACKGROUND DOCUMENT SUPPORTING THE CAPACITY
       ANALYSIS

       EPA has prepared this background document to present the capacity analysis conducted for the
Phase IV LDR final rule. This document is organized into four chapters, as described below:

      Chapter 1: Introduction. Provides background, general methodology, and a summary of the
       analysis.

      Chapter 2: Available Treatment Capacity. Describes the methodology and data used to
       determine available capacity for combustion, stabilization, vitrification, and metals recovery.

      Chapter 3: Capacity Analysis for Newly Identified Toxicity Characteristic Metal Wastes.
       Describes the methodology and data used to conduct the capacity analysis for toxicity
       characteristic metal wastes (D004-D011).

      Chapter 4: Capacity Analysis for the Newly Identified Mineral Processing Wastes.
       Discusses the methodology and data used to conduct the capacity analysis for the newly
       identified  mineral processing wastes.
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                                                           EXHIBIT 1-2
                            SUMMARY OF CAPACITY ANALYSIS AND VARIANCE DECISIONS
Waste Type1
Newly Identified Mineral Processing Wastes from
Elemental Phosphorus Processing
Other Newly Identified Mineral Processing Wastes
(Including Soil and Debris)
Newly Identified TC Metal Wastes
(Including Soil and Debris)
Newly Identified Mixed RCRA/Radioactive Wastes
(Including Soil and Debris)
Quantities Requiring
Alternative Capacity
(mt/ycar)
1 million
 1.9 million
 1.2 million
Unknown1"
Adequate Alternative
Capacity Currently
Available? (Yes/No)
No
Yes
Yes
No
National Capacity
Variance'
Two Years
90 Days
90 Days
Two Years
' Only newly identified wastes (e.g., TC metal wastes that pass the EP) are eligible for a variance.  Other wastes may be affected by this rule, but arc not
eligible for a variance, or are subject to a previously promulgated variance (i.e., newly listed wood preserving wastes from the "Mini" Phase IV rule).

h Significant uncertainty exists concerning the volume of these wastes affected by today's rulemaking. Despite this uncertainty, however, EPA has
determined that no alternative treatment capacity is available.

c National capacity variances begin on the date of publication of the Phase IV final rule in the Federal Register.
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                                          CHAPTER2
                            AVAILABLE TREATMENT CAPACITY
        This chapter presents EPA's estimates of available commercial treatment capacity for selected
treatment technologies applicable to TC metal wastes, mineral processing wastes, and other mixed
radioactive wastes affected by the Phase IV LDR rule. This information is used in subsequent chapters
for evaluating the availability of capacity for treatment/recovery technologies as alternatives to land
disposal of the newly identified hazardous wastes and making treatment capacity variance determinations
for LDR wastes.

        The assessment of national available commercial treatment capacity presented in this chapter
focuses on the following four types of treatment technologies: (1) stabilization, (2) metals recovery, (3)
combustion, and (4) vitrification. These four technologies were selected because they are commonly
used by the hazardous waste management industry for the treatment of nonwastewater forms' of newly
identified hazardous wastes (based on the waste volumes treated); they are designated as best
demonstrated available technologies (BDATs) for LDR wastes (e.g., incineration for organics,
stabilization and high temperature metals recovery (HTMR) for TC metals); and/or they have been
identified as effective treatment technologies for certain unique wastes (e.g., vitrification for unique
combinations of metals).  This chapter also contains a discussion on the available treatment capacity for
mixed RCRA/radioactive wastes; these wastes are discussed in a separate section because of their unique
characteristics.

        This chapter  is organized into the following five sections:

               Section 2.1: Stabilization Capacity;
               Section 2.2: Metals Recovery Capacity;
               Section 2.3: Combustion Capacity;
               Section 2.4: Vitrification Capacity; and
               Section 2.5: Mixed RCRA/Radioactive Waste Capacity.
2.4    STABILIZATION CAPACITY

       Stabilization is a conventional treatment technology that effectively treats wastes contaminated
with metals and other inorganic contaminants. Thus, stabilization is a widely used commercial treatment
technology for many of the wastes covered by the Phase IV LDR rule.

       In the capacity analysis conducted for the Phase IV LDR second supplemental proposed rule (62
FR 26041, May 12, 1997), the Agency estimated approximately  1.1 million tons/year of stabilization
1  Note that only nonwastewaters are examined in this analysis because, in 1996, following development of the first
Phase IV LDR capacity analysis background document (see 60 FR 43654, August 22, 1995), the Land Disposal
Program Flexibility Act (LDPFA) was signed into law. As described in more detail in Chapter 3 of this capacity
analysis, LDPFA eliminated the need for alternative wastewater treatment capacity resulting from the Phase IV rule.
Therefore, the section on wastewater treatment capacity that existed in prior versions of this background document
has been removed from this chapter.

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capacity to be commercially available. To obtain this estimate, the Agency built, in part, on the capacin
analysis conducted for the Third Third LDR Rule (55 FR 22520, June 1, 1990).  The Third Third analysis
was based on the May 1990 Treatment, Storage, Disposal, and Recycling (TSDR) Capacity Data Set
(based on a survey of TSDR facilities). The TSDR data set contains estimates of the amount of
hazardous and nonhazardous waste entering each treatment system in  1986, the maximum hazardous
waste capacity, and the maximum total waste capacity. The TSDR Survey was administered in 1987 to
2,500 facilities and was designed to provide comprehensive information on current and planned
hazardous waste management practices at RCRA-permitted and interim status treatment, storage,
recycling, and disposal  facilities. The TSDR Survey also contained projections of capacity changes from
1986 through 1992.2                        .

        Following the original TSDR Survey, EPA updated the TSDR Capacity Data Set for critical
technologies based on confirmation of planned capacity changes, and other information received since
the survey (e.g., comments on proposed rules). This updated information was used to account for the
treatment capacity required for wastes covered by previous LDR rules and then estimate the  stabilization
capacity available (approximately 1.1 million tons/yr) for wastes covered by the Phase IV LDR rule.

        EPA provided these estimates for public comment as part of the Phase IV LDR second
supplemental proposed  rule (62 FR 26041, May 12, 1997). In response, EPA obtained additional and
more recent information on stabilization capacity from commenters. EPA also collected additional
information from published data and surveys and the  1995 Biennial Reporting System (BRS) database.
These data  were used to build upon the 1.1 million tons/year of stabilization capacity estimate  published
by EPA in the Phase IV proposed rule.  The methodology used for this analysis and the revised
stabilization treatment capacity estimated for the Phase IV wastes are provided below.

        For updating the stabilization treatment capacity estimate for the Phase IV final rule, EPA
examined several new data sources. Of these, the 1995 BRS data provided the most substantive and
current information on commercial stabilization facilities. EPA relied on information provided in the PS,
WR, and CM forms3 of the BRS and estimated the available capacity for individual facilities as follows:

              For 16  facilities, complete maximum and utilized treatment capacity data were available
              from PS forms;

              For nine facilities, the 1995 BRS data did not provide  adequate capacity information, so
              EPA used information reported by these  facilities in the 1993 BRS;
- For a more detailed explanation of the TSDR Survey and of the Third Third Rule, refer to USEPA. Background
Document for Third Third Wastes to Support 40 CFR Part 268 Land Disposal Restrictions, May 1990, Volumes 1
and II,  in the docket for the Third Third rule.

3 The PS form, which is submitted voluntarily, provides information on the capacity and quantity managed in
individual treatment systems; the WR form includes the amount of waste received from off-site; and the CM form
includes the amount of waste that was generated and managed on-site.

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               For 12 facilities, EPA received maximum and utilized treatment capacity data through
                direct correspondence with facility representatives;4

               Additional information on three facilities was received from contact with states (see
                Appendix A);

               For 24 facilities, EPA estimated the utilized capacity information based on the waste
                quantities reported in the WR and GM forms, and since maximum capacity information
                is not provided in the WR and GM forms, these capacities were calculated from the
                utilized capacity and the average industry utilization rate (14 percent)5 calculated based
                on data from facilities that provided complete information.; and

               For one facility (City Environmental - MI) only maximum capacity value was available.
                and therefore the utilized capacity was estimated based on the average industry
                utilization rate of 14 percent.

        The results of this analysis are provided in Exhibit 2-1. Facilities for which the average industry-
utilization rate was used to calculate the utilized capacity are indicated in bold/italics font in Exhibit 2-1.
Based on this analysis, EPA estimates that as much as  18 million tons/year of stabilization capacity is
currently available for wastes restricted from land disposal under the Phase IV rulemaking.  This
estimate reflects a significant increase from the estimate of 1.1 million tons/year in the capacity analysis
for the Phase IV LDR second supplemental proposed rule (62 FR 26041, May 12, 1997).  This increase
in available capacity is attributed to the use of more complete, accurate, and current commercial
treatment data.

        Several caveats should be noted regarding these data:

               Because the stabilized wastes are typically disposed in on-site landfills, many facilities
                could be reporting their landfill capacities as stabilization capacities.  In such  cases, the
                available stabilization treatment capacity values would be an over estimate.

               For many facilities identified from the BRS database, the commercial availability of the
                treatment is limited, none, or unknown.  Therefore, available commercial capacity could
                be lower than what is shown in Exhibit 2-1. On the other hand, most facilities that report
                commercial status report fully available commercial status (code 4).  These facilities
                alone account for approximately 8 million tons/year of available capacity. Furthermore,
                the one facility reporting full non-commercial status (code 1) was one of the smaller
                facilities.
4 Direct communication with commercial treaters (see phone logs in Appendix A); Fax Transmittal Memo from
Garry Metcalf, LWD, Inc., November 12, 1997 (see Appendix A); and Fax Transmittal Memo from Scon Kuhn,
Laidlaw, December 12, 1997 (see Appendix A).

5 An average industry utilization rate of approximately 14 percent (1,864.805/13,716,092 = 0.136) was calculated
based on the volumes of waste being treated at the 34 facilities that submitted PS forms to the BRS or provided
capacity information through direct correspondence with EPA (see Exhibit 2-1).

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       EXHIBIT 2-1
STABILIZATION CAPACITY
Facility Name
American Brass & Iron Foundry
Appropriate Technologies 1 1, Inc. (AI'TEC)
Burlington Environmental, Inc - George
Burlington Environmental, Inc - Kent
Turlington Environmental, Inc - Tacoma
Burlington Environmental, Inc.
Chemical Waste Management
Chemical Waste Management
Chemical Waste Management Inc
Chemical Waste Management of the Northwest
Chem-Met Services Incorporated
City Environmental, Inc
City Environmental, Inc.
Claude 1'rofilt - Hazardous Waste Site
Clean Harbors of Baltimore
Clean Harbors ofDrainlrcc, Inc.
Clean Harbors of Connecticut, Inc.
Clean Harbors of Nalick
CP Chemicals Inc.
CWM / CID Recycling & Disposal FAC
CWM Chemical Services, Inc.
CWM Resource Management Inc./ OHM
Dynecol Incorporated
East Coast Environmental Services
Rcolotec Incorporated
Envirite Corporation
Envirite Corporation
Envirocarc or Utah
EPA ID
CAD02 1774559
CAT0800IOIOI
WAD0008 12909
WAD99 128 1767
WAD020257945
WAD092300250
LAD00077720I
IND0789III46
ALD000622464
ORD0894S2353
MID096963I94
MID054683479
M1D98099I566
WVP000006I06
MDD980555I89
MAD053452637
CTD000604488
MAD980523203
NJD002I4I950
ILDOI0284248
NYD049836679
GAD096629282
MID074259565
CTD08963I956
OHD980700942
PADO 101 54045
OIID980568992
U 11)982598898
Maximum
Capacity
(t/y)
2,008
29
2
11,831
6,979
1,929
507,555
576,469
1,081.402
1,010
73,502
2,520,000
. 4,200,000
2,700
796
36,500
51,480
18
353
67,200
106,392
132,919
224,648
5.000
24,189
50,000
75,000
6.499
Utilized
Capacity
(t/y)
273
4
0
1,609
949
262
69.006
78,375
54,186
137
19.960
63.418
571,021
1,300
27
1,074
2,496
2
48
2.843
89.578
423
27.243
22
3.289
9,500
41,056
884
Available
Capacity
(t/y)
1,735
25
2
10,222
6,030
1,667
438,549
498,094
1.027,216
872
53.542
2,456.582
3.628,979
1,400
170
35,426
48,984
15
305
64,357
16,814
132,496
197.405
4.978
20,901
40,500
33,944
5.615
Commercial
Capacity
Availability
Code
NA
NA
NA
NA
NA
NA
NA
NA
4
4
NA
4
NA
NA
NA
4
4
NA
NA
NA
4
NA
NA
NA
NA
4
NA
NA
Data
Source
1
1
4
4
4
4
3
4
3
4
1
3
3
3
4
3
3
4
4
1
3
1
1
1
4
3,7
1
4
         Page 2-4

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   EXHIBIT 2-1 (continued)
STABILIZATION CAPACITY
Facility Name
invironmenlal Enterprises Inc.
Environmental Quality Inc. Detroit Ml (Michigan
Disposal)
Environmental Technologies, Inc. King of Prussia PA
Environmental Waste Resources
Envirosafc Services of Idaho
Eiwirosafe Services ofOhio
Gibson Environmental
UNI (Disposal Systems) Deer Park, TX
Heritage Environmental Services
Laidlaw Environmental Services
l.aidlaw Environmental Services
Laidlaw Environmental Services (UPSCI) Clive, UT
Laidlaw Environmental Services, Waynoka (USPCI,
Lone Ml.)
I.WD Sanitary Land nil, Inc.
Magma Metals
Mill Service Inc. Yukon, PA
Morthwesl Enviroservice Inc
Pcoria Disposal Company, Inc. (PDC)
Perma-fix treatment Services Inc
Republic Environmental Systems
Republic Environmental Systems
Rho Chcm racility
Rollins Environmental Services
Rollins Environmental Services
Rollins Envl. Services /Highway 36 Land Dvpml
Corp.
Rollins OI'C Inc
EPA ID
OIID0833770IO
MID00072483I
NA
CTD072 138969
IDD0731 14654
OHD045243706
CAD980883I77
TXD0007I95I8
IND0932I90I2
CAD980675276
CAD000633I64
UTD98259579S
OKD06S438376
KYD985073I96
AZDOOI886S97
PAD00483SI46
WAD058367I52
ILD0008058I2
OKD000402396
PAD085690592
OIID055522429
CAD008364432
LADO 10395 127
TXD055I4I378
COD99 1300484
CAD050806850
Maximum
Capacity
(t/y)
15,779
405,000
70,000
40,000
110,000
365,000
1,752,000
1,159,000
350,000
340,000
340.000
132,000
200,000
146,000
1.689,600
230,880
1.458
1,167,640
1,162
109,000
168,353
384
19,652
549,825
200,000
1,086
Utilized
Capacity
(t/y)
2.145
300,000
70,000
1,098
70,000
345,000
47,231
335,400
21,970
16,000
16,000
30,000
60,000
14,600
40
37,434
198
45,527
158
9,660
22,889
52
2,672
74,753
112.000
148
Available
Capacity
(t/y)
13.634
105.000
0
38,902
40,000
20,000
1,704.769
823,600
328.031
324,000
324,000
102,000
140,000
131.400
1,689.560
193,446
1,260
1,122,113
1,004
99,340
145,464
331
16,980
475,072
88.000
938
Commercial
Capacity
Availability
Code
NA
NA
NA
4
4
4
NA
NA
4
4
4
NA
4
3
NA
4
NA
4
NA
4
NA
NA
1
NA
NA
NA
Data
Source
4
2
2
3
2
2
1
2
3
6
6
6
6
5
3
2.7
4
3
4
3.7
4
4
4
4
2
4
          Page 2-5

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                                         EXHIBIT 2-1 (continued)
                                      STABILIZATION CAPACITY
Facility Name
Solvent Service Co. Inc.
Spring Grove Resource Recovery Inc.
Texas Ideologists
Tri-state Steel Drum Inc.
U.S. Ecology, Inc.
USPCI Grassy Mountain Facility
Zecco, Inc.
TOTAL
EPA ID
CADOS94943IO
OIID0008 16629
TXD069452340
GAD033842S43
NVT3300 10000
UTD99 130 1748
MADOS292449S

Maximum
Capacity
(t/y)
2
15,230
84,486
1,129
1,399,568
468,000
6
21,298,049
Utilized
Capacity
(t/y)
0
3,095
11.487
154
190,282
16,651
1
2,895,628
Available
Capacity
(t/y)
/
12.134
73,000
976
1,209,287
451,349
5
18,402,421
Commercial
Capacity
Availability
Code
NA
4
NA
NA
4
4
NA

Data
Source
4
3
4
4
4
3
4

NOTES:

Capacity values estimated using the average industry utilization rate are shown in bold/italics font; see text on page 2-3.

N/A = Not Available

Commercial Capacity Availability Codes:
1.       Available only for management of hazardous waste generated on site
2.       Available only to generators or facilities owned by the same company or organization
3.       Available to a limited group of generators or facilities for commercial hazardous waste management
4.       Available to any generators or facilities for commercial hazardous waste management

Data Source Codes:
I.       1993 BRS Database
2.       Direct communication with commercial treaters; see phone logs in Appendix A
3.       1995 BRS Database - PS Form
4.       1995 DRS Database - WR and CM Forms
5.       Fax Transmittal Memo from Garry Metcalf, LWD, Inc., November 12,  1997 (see Appendix A)
6.       Fax Transmittal Memo from Scott Kuhn, Laidlaw, December 12, 1997 (see Appendix A)
7.       Memo from Robert Finkcl,  Pennsylvania Department of Environmental Protection (see Appendix A)
                                                          Page 2-6

-------
              Capacity information used in this analysis is primarily based on information provided by
               the industry in the PS, WR, and GM forms of the BRS database. Because some of the
               information provided in the BRS is voluntary (e.g., PS forms), these data may not
               accurately reflect the maximum and available treatment capacity.

              The average utilization rate of 14 percent used to calculate the utilized and available
               capacity for many facilities may not provide an accurate statistical representation of the
               national average.

              Because nonhazardous wastes are not required to be reported in the BRS, the
               utilized capacity data only refer to the hazardous waste capacity. Therefore, the
               available capacity could be an overestimate. In addition, wastes excluded from
               the definition of solid waste and permitting requirements are not reported in the
               BRS. These factors could significantly influence the stabilization capacity
               estimates.

              Another caveat is the ability of the treatment to meet UTS, give any technical
               limitations:  Thus available capacity could be less than estimated based on this issue.

        To address some of the above concerns and to obtain information on other aspects of
stabilization (e.g., the amount of time needed to optimize a system to meet the UTS), the Agency
conducted follow-up discussions with several commercial treaters and organizations that submitted
comments to the various Phase IV LDR proposed rules (see Appendix A). The results have been
incorporated into Exhibit 2-1 to the extent possible. Overall, commenters indicated widespread use of
stabilization for characteristic metal wastes. All commenters who provided information on available
capacity indicated that they are not utilizing their treatment units to the maximum practical capacity.
Commercial treaters also indicated that stabilization can be readily optimized in most cases to treat Phase
IV wastes to the UTS levels. Several commercial treaters (Chemical Waste Management (CWM-LA,
CWM-IL, Environmental Quality, Environmental Technologies, EnviroSafe, GNI, Laidlaw, LWD, Inc.,
Mill Service-Yukon, and Rollins-CO) commented that no modifications would need to be made to their
treatment processes or that minimal time is required for very minor modifications. Two commercial
treaters (LWD, Inc. and Laidlaw) provided relatively detailed estimates of the time needed to make
modifications to stabilization treatment systems in order to meet the UTS levels (see Appendix A).
According to the treaters, the amount of time  needed, which includes time for waste characterization,
process determination, bench-scale tests, and  the actual modification of the stabilization system, is 90
days or less. Only two out of twelve treaters providing such information (Environmental Enterprises and
Heritage Environmental Services)which also were among the smaller of the twelve facilities
indicated that it may take several years to meet treatment standards, primarily due to changes needed in
their permits, although the time needed to change treatment processes would not be great.

        As discussed in Chapters 3 and 4, large quantity remediation sites often treat on site for
economic reasons. Mobile treatment is preferred in these cases. One industry representative described at
least seven sites that use mobile commercial excavation and stabilization.6 These data indicate that these
wastes usually are  sent to Subtitle D landfills after treatment or are capped in place. Based on
6 Summary of Minutes of April 30, 1996 Meeting of EPA and Representatives of Lead Recovery from Batteries
(See Appendix A).

                                            Page 2-7

-------
discussions with treaters, the Agency determined that mobile stabilization is commercially available to
treat both the previously regulated and the new de-Bevilled mineral processing and TC metal wastes
(Appendix A). Several commercial facilities have indicated that, similar to stabilization conducted at the
commercial treaters' facilities, mobile technology could be made readily available (i.e., in a matter of
weeks to months). The literature also indicates that numerous commercial vendors also are available to
provide on-site stabilization.7

        Some waste streams were identified by commercial waste managers as being relatively difficult
to treat using stabilization. Three facilities (Environmental Enterprises, Heritage Environmental
Services, and Peoria Disposal Company) noted, for example, that treating organic UHCs would require
some type of pretreatment. Two of these facilities (Environmental Enterprises and Heritage
Environmental Services) stated that they would-incinerate these wastes, and the other facility (Peoria
Disposal Company) stated that it would  send the wastes off site for pretreatment.  The Agency received
several other comments, however,  indicating that these difficulties could be readily overcome.  Two
commenters (Environmental Quality and LWD, Inc.) specifically stated that organic UHCs in the wastes
that they receive can be readily treated to UTS without significant changes in their processes.

        Finally, the Agency's literature review indicates that stabilization processes have been widely
used and are considered a  reliable and readily available treatment technology for many metal-
contaminated wastes.  For example, one source describes their extensive database of treatment reactions
for metal-contaminated wastes in the U.S.8 Furthermore, this source indicates that for a related type of
treatmentchemical fixationmore than  700 waste streams have been evaluated and successfully
treated in the U.S.; more than 400 waste streams have been treated successfully in bench-scale testing;
and more than 100 waste streams have been treated in field applications.

       The Agency has received no comments on expected trends in the availability of stabilization
capacity in the near term.  Nevertheless, given the apparent increase in capacity indicated by  this
analysis, EPA expects that the availability  of stabilization will at least remain steady or possibly increase
during the next few years.
2.2     METALS RECOVERY CAPACITY

        Due to several factorsincluding (1) metal recovery treatment as one of the bases for the LDR
treatment standards, (2) the basic nature of mineral processing and many TC metal industries, and (3)
EPA's policy of preferring pollution prevention or recycling to treatmentEPA evaluated the potential
to recover metals from TC metal and newly identified mineral processing wastes.
7 The following is just a small sample of commercial vendors providing on-site commercial stabilization treatment
identified from the literature:  American Colloid Co.; Chemical Waste Management; Envirosource CSI; Erosion
Control; Plastic Filter Company; Limestone Products Corp; Reinco, Inc.; and Stevenson Environmental Services.
See Appendix A for additional vendors and facilities.

8  Indelicate, Gregory and Gary Tipton, "Chemical Fixation Increase Options for Hazardous Waste Treatment,"
Environmental Solutions, May 1996.

                                             Page 2-8

-------
        As with stabilization capacity in Section 2.1, EPA has updated the available metals recovery
capacity data significantly from the data presented in the Phase IV second supplemental proposed rule
(62 FR 26041, May 12. 1997). Capacity for only a selected number of sites was presented at that time.
For updating the metals recovery capacity estimate for this Phase IV final rule, EPA examined several
new data sources. Of these, the 1995 BRS data provided the most substantive and current information on
commercial metals recovery facilities.  EPA estimated the available capacity for individual facilities as
follows:

               BRS data was collected from the PS, WR, and GM forms' for 72 facilities associated
               with five system codes: M011 - high temperature metals recovery; MO 12 - retorting;
               MO 13 - secondary smelting; MO 14 - other metals recovery for reuse; and MO 19 - metals
               recovery, type unknown.

               Maximum and utilized capacity data were obtained from PS forms for the eight facilities
               where the utilized capacity from the PS form was greater than the combination of the
               utilized capacities from the WR and GM forms.  

               For the remaining 64 facilities, EPA estimated the utilized capacity information based on
               the waste volumes reported in the WR and GM forms. It was assumed that these
               facilities with unknown maximum capacity were utilized at the average industry rate of
               39% (similar to the adjustment for stabilization facilities; see Section 2.1).  This industry
               average was derived from the eight facilities that submitted complete capacity
               information in PS forms. The available capacity then was calculated by subtracting the
               utilized capacity from the maximum capacity.

        The results of this analysis are provided in Exhibit 2-2. Facilities for which the average industry
utilization rate was used to calculate the utilized capacity are indicated in bold/italics font in Exhibit 2-2.
Based on this analysis, EPA estimates that as much as 2.2 million tons/year of metals recovery capacity
is available for wastes restricted from land disposal under the Phase IV rulemaking.

        Several caveats should be noted regarding these  data:

               For many facilities identified from the BRS database, the commercial availability of the
               treatment is limited, none, or unknown.  Therefore, available commercial capacity could
               be lower than what is shown in Exhibit 2-2.  Most facilities that report commercial status
               report partial or fully available commercial status (codes 3 or 4). The fully commercial
               facilities alone account for approximately 900,000 tons/year of available capacity.

               Capacity information used in this analysis is primarily based on information provided by
               the industry in the PS, WR, and GM forms of the BRS database. Because some of the
               information provided in the BRS is voluntary (e.g., PS forms), these  data may not
               accurately reflect the maximum and available treatment capacity.
9 The PS form, which is submitted voluntarily, provides information on the capacity and quantity managed in
individual treatment systems; the WR form includes the amount of waste received from off-site; and the GM form
includes the amount of waste that was generated and managed on-site.

                                             Page 2-9

-------
        EXHIBIT 2-2
METALS RECOVERY CAPACITY
Facility Name
21st Century EMI DBA Transporter
21st Century Envr Mgmt Inc of RI
Advanced Chemical Company
AERC
Allied Precious Metals
Alpha Omega Recycling, Inc.
Amax Metals Recovery, Inc.
AT&T Nassau Metals
Day Zinc Company Inc
Bethlehem Apparatus Co Inc
Itoliden Mctcch Inc
Burlington Environmental Inc - Kent
Chemlron Corp.
Clean Harbors of Braintrcc, Inc
Clean Harbors of Natick, Inc
CP Chemicals Inc
Cyano Corporation of Michigan Inc.
Dayton Water Systems
Doe Run Co Buick Smelter
E.I. Dupont De Nemours & Company
Bncycle/texas, Inc.
Engelhard West, Inc.
Energy System & Services
Bnviro Chcin Inc.
Environmental Waste Resources
Gannon & Scott Inc
General Battery Corp Reading Complex
General Battery /ex ide Corp.
GNU Battery Technologies
EPA ID
NVD98089S338
RID980906986
RID05973576I
PAD9873672I6
AZT0300 10685
TXD98 15 14383
I..AD05847272I
NYD08622SS96
WAD027530526
PAD00239096I
RID0638902I4
WAD99 128 1767
OHD066060609
MAD053452637
MAD980S23203
NJD002I4I950
MID985567II4
OIID06 161 4673
MOD059200089
TXD008079642
TXD008II7I86
CAT0006I2I50
MOPOOOOOI768
MND980996805
CTD072I38969
KID98I886I04
PAD990753089
IND0007 17959
CAD09785454I
Maximum
Capacity
(t/y)
48
144
733
4,119
22
6,180
14,632
44
15,172
1,508
1,010
15
8
32
18
467
750
147
2,894
3
77,635
286
40
8
0
104
190,000
130,056
47,742
Utilized
Capacity

-------
    EXHIBIT 2-2 (continued)
METALS RECOVERY CAPACITY
Facility Name
GNB Technologies Inc
GNB Technologies, Inc.
Gopher Resource Corporation
Grand Forks Air Force Base ND
landy & Harman Refining Group
lorschcad Resource Dvlpl I'almerlon
llydromel Env'l Inc/ Rccontck Inc.
nco Alloys International, Inc
INMETCO Inc
J & 1) Enterprises
Johnson Matlhey Inc
Caiser Biomedical Engineering
Kinsbursky Brothers Supply Inc
Lamp Recyclcrs of Louisiana, Inc
LEA Ronal Inc.
Mercury Refining Company, Inc.
Micro Mctallics Corp
OSRAM Sylvania Inc Warren
Parkans International, Inc.
Phibro-tech, Inc.
Phibro-tech, Inc.
QUEMETCO Inc
QUEMI-: 1 CO, Inc.
Recovery & Reclamation, Inc.
Rccyclights, Inc.
Rccyclighls, Inc.
Refined Metals Corporation
Revere Smelting & Refining Corporation
RFE Industries Inc
EPA ID
GAD070330576
TXD00645I090
MND006 148092
ND357 1924759
ILD000675249
PAD002395887
ILD984766279
WVD0768260I5
PAD08756IOI5
CAD069 138899
NJD980755367
CAD983600339
CAD08850488I
LA000036S668
NYDOOI32S66I
NYD048I48I75
CAD069I247I7
PAD980554570
TXD008 105959
CAD008488025
TXD047823265
CAD066233966
INDOOO 199653
TXD988077640
FL0000207449
MN0000903468
IND0007I8I30
NYD030485288
NJD0550908I5
Maximum
Capacity
(/y)
3,734
25,845
164,049
3
808
300,000
3,299
940
90,559
988
1,406
1,356
23,426
411
109
957
313,470
113
670
100,136
15,739
1,262,404
338.933
835
426
6,521
4,120
168,319
839
Utilized
Capacity
(t/y)
1.467
10,151
64,433
1
317
270.000
1,296
369
69,659
388
552
533
9,201
161
43
376
69
44
263
39,330
6,182
495,831
133.122
328
167
1,516
1,618
66.110
330
Available
Capacity
(t/y)
2,267
15,694
99,616
2
490
30.000
2,003
571
20,900
600
854
823
14,225
249
66
581
313,401
69
407
60,806
9,557
766,573
205,811
507
259
5,005
2,502
102,209
510
Commercial
Capacity
Availability
Code
3
NA
4
NA
4
4
4
NA
4
4
NA
2
NA
4
3
4
4
NA
NA
NA
NA
3
4
NA
4
4
NA
3
NA
Data
Source
2
2
2
2
2
1
2
2
1
2
2
2
2
2
2
2
1
2
2
2
2
2
2
2
2
1
2
2
2
          Page 2-11

-------
                                           EXHIBIT 2-2 (continued)
                                      METALS RECOVERY CAPACITY
Facility Name
Safely-kleen Corp
Safely-kleen Corp.
Safety-kleen Corp. (Drew Resource Corp)
Sanders Lead Company, Inc.
Schylkill Metals Corporalion
Southdown Environmental Systems
Spring Grove Resource Recovery Inc
Technic Inc
The Upjohn Company
U.S. Tiller Recovery Services, Inc
United Refining & Smelting co
UOP Shreveport Plant
X-RAY Unlimited, Inc.
ZIA Technology of Texas, Inc.
TOTALS:
EPA ID
MAD982755639
IXD07760337I
CAD070 148432
ALD04648I032
LAD008I84I37
TXD046844700
OHD0008 16629
RIDOOI200252
MID00082038I
MND98 1098478
ILDOOS087630
LAD057 109449
LAD98I5I302I
FXD98799594I

Maximum
Capacity
(t/y)
4.103
5,058
11,657
242,115
54,803
3
2
212
13
20.214
.530
1,631
591
3,480
3,668,643
Utilized
Capacity
(t/y)
1,611
1,986
7,640
95,095
21,525
1
1
83
5
7,939
208
641
232
1,367
1,440,921
Available
Capacity
(t/y)
2,491
3,071
4,017
147,020
33,278
2
1
129
8
12,274
322
990
359
2,113
2,227,720
Commercial
Capacity
Availability
Code
NA
NA
4
3
1
NA
NA
3
NA
NA
NA
NA
NA
NA

Data
Source
2
2
1
2
2
2
2
2
2
2
2
2
2
2

NOTES :

Capacity values estimated using the average industry utilization rate are shown in bold/italics font; see text on page 2-9.
N/A = Not Available

Commercial Capacity Availability Codes:
I.       Available only For management of hazardous waste generated on site
2.       Available only to generators or facilities owned by the same company or organization
3.       Available to a limited group of generators or facilities for commercial hazardous waste management
4.       Available to any generators or facilities for commercial hazardous waste management

Data Source Codes:
I.       1995 BRS PS Forms
2.       1995 BRS WR and GM Forms
                                                         Page 2-12

-------
               The average utilization rate of 39 percent that was used to calculate the maximum and
               available capacity for many facilities may not provide an accurate statistical
               representation of the national average.

               Because nonhazardous wastes are not required to be reported in the BRS, the
               utilized capacity data only refer to the hazardous waste capacity-. Therefore,  the
               available capacity could be an overestimate. In addition, wastes excluded from
               the definition of solid waste and permitting requirements are not reported in the
               BRS. These factors could significantly influence the metals recovery capacity
               estimates.

               Another caveat is the ability of the treatment to meet UTS, give any technical
               limitations. Thus available capacity could be less than estimated based on this issue.

        In addition to the data analysis, the Agency conducted follow-up discussions with several
commercial treaters who submitted comments to the various Phase IV LDR proposed rules.  These
commenters indicated that capacity exists at their facilities to treat most Phase IV wastes to the proposed
treatment standards (see Appendix B).

        EPA did not receive any comments on expected trends in the availability of metals recovery
capacity in the near term. Nevertheless, the Agency expects the demand and availability for metals
recovery technologies will increase in the future because of the increasing costs of primary metals
production. When coupled with the expected continuing emergence of new and cost-effective metals
recovery technologies, the availability  for metals recovery to remain at a steady state during the next few
years seems likely.
2 J    COMBUSTION CAPACITY

       EPA has identified combustion as the BOAT for rendering many organic constituents non-
hazardous. In assessing the available treatment capacity for combustion, EPA compiled data for
hazardous waste incinerators, which have the sole purpose of destroying hazardous wastes, and for
boilers and industrial furnaces (BIFs), which have the dual purpose of destroying hazardous wastes and
deriving energy from the waste that can be then used for other industrial processes.

       In analyzing alternative treatment capacity for combustion for this final rule, the Agency
significantly updated the data from the second supplemental proposed rule (62 FR 26041, May  12,
1997). For this update, EPA used as a baseline the results of the capacity analysis conducted for the
Phase II rule (59 FR 47982, September 19, 1994) because it was the last capacity analysis based on a
significant update, i.e., information received from facilities participating in the Hazardous Waste
Treatment Council (HWTC) and Cement Kiln Recycling Coalition (CKRC) surveys conducted  in 1993.
The results of the Phase II available capacity analysis for combustion are presented in Exhibit 2-3.

       To obtain more recent data on the status of commercial combustion facilities, EPA collected
information from public comments, recently published data, and the  1995 BRS database.  These data, as
applicable, are incorporated in the available capacity analysis discussed in this section.
                                            Page 2-13

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                                          EXHIBIT 2-3
           ORIGINAL (1994) BASELINE FOR AVAILABLE COMBUSTION CAPACITY
Waste Form

Compressed gases
Total liquids and pumpable sludges
Total solids and non-pumpable sludges
Totals'
Incinerators
Maximum
(I.OOOtpy)
63
798
532
1,393
Available
(I.OOOtpy)
61
471
313
845
Percent
Utilized
3
41
41
39
BIFs
Maximum
(I.OOOtpy)
NA
1,815
290
2,104
Available
(I.OOOtpy)
NA
777
194
971
Percent
Utilized
NA
57
33
54
Total
Available
(l,000tpy)
61
1,248
507
1,816
* Numbers may not sum due to rounding.

Source: USEPA, Background Document for Capacity Analysis for Land Disposal Restrictions Phase II - Universal
Treatment Standards, and Treatment Standards for Organic Toxicity Characteristic Wastes and Other Newly Listed Wastes
(Final Rule). August 1994.
                                             Page 2-14

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        Because combustion capacity has historically been limited for non-pumpable sludges and solids.
and because wastewaters are not a capacity issue for this rule (see the introduction to this chapter). EPA
categorized the available information on combustion treatment capacity into three categories: (1)
compressed gases, (2) liquids and pumpable sludges, and (3) solids and non-pumpable sludges.

        To categorize the data into these three waste forms, EPA calculated average industry proportions
of waste forms from the original 1994 baseline data and multiplied these proportions by maximum and
available totals obtained from the literature.10  For example, in the original 1994 baseline the maximum
incineration capacity for liquids and pumpable sludges was 798,000 tons out of a total of 1,393,000 tons
(or 57 percent).  It was thus assumed that 57 percent of current estimates of maximum and available
capacity of all incinerators was used to treat liquids and pumpable sludges at each individual facility.

        The updated baseline data shown in Exhibit 2-4 reflect openings and closures of several
incinerators and  BIFs. According to the 1994  baseline data, there were 16 incinerators that commercially
managed hazardous wastes. However, since then one of these incinerators (Rhone Poulenc's Indiana
facility) has been classified as a BIF. In addition, six additional incinerators have been  included in this
updated baseline analysis (Allied-Signal Inc., Clean Harbors Technologies, ICI Explosives
Environmental Company, Laidlaw/BDT, Waste Research and Reclamation, and Waste Technologies
Industries). Despite the  addition of these new facilities, the available capacity for hazardous waste
incineration has decreased from 845,000 tons per year in 1994 to 405,500 tons per year in the updated
1997 baseline.

        According to the original baseline data, 30 BIFs were commercially managing hazardous wastes
in 1994. Newly obtained data indicate that four of these BIFs (Citadel Cement, Dixie Cement, North
Texas Cement, and Southwestern Portland Cement) are no longer accepting hazardous wastes
commercially. Also, two facilities (Rhone Poulenc's Indiana facility and Systech's Alabama facility)
were newly identified as BIFs. Five other facilities identified in the newly obtained data were
determined to be closed. The available capacity for BIFs decreased from 971,000 tons per year in 1994
to 574,000 tons per year in 1997.

        In addition to fixed-base incinerators,  the available treatment capacity for mobile incinerators
was analyzed. The analysis for mobile incinerators was based on different data than that used for fixed-
based incinerators and BIFs. Data from Superfund Records of Decision (RODs) indicate that, between
1986 and 1988, the number of Superfund sites requiring mobile incineration as a cleanup technology rose
from 6 to 17.  However,  this growth did not continue in the following years.  Between 1990  and 1993,
EPA awarded only 13 Superfund contracts for mobile incineration. Because of this slow growth, several
vendors who  once operated mobile incineration units went out of business. According to one source, in
1996 the hazardous waste mobile incineration  industry consisted of seven vendors operating 15 mobile
incineration units at a total capacity of 2.176 million tons/year."
10 El Digest, "Hazardous Waste Incinerators 1997," 1997, Number 5, page 7; El Digest, "Industrial Furnaces,'
1997,Number?, page 12.

'' El Digest, "Mobile Thermal Treatment," January 1996, page 34.

                                            Page 2-15

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                                                           EXHIBIT 2-4
                           UPDATED (1997) BASELINE FOR AVAILABLE COMBUSTION CAPACITY
Waste Form

Fixed-Base Incinerators
Maximum
(I.OOOtpy)
Available
(I.OOOtpy)
Percent
Utilized
Mobile Incinerators
Maximum
(I.OOOtpy)
Available
(I.OOOtpy)
Percent
Utilized
BIFs
Maximum
(I.OOOtpy)
Available
(I.OOOtpy)
Percent
Utilized
Total
Available
Capacity
(I.OOOtpy)
Updated Baseline Without Deductions
Compressed gases
Liquids and pumpable sludges
Solids and non-pumpable sludges
Total
49
614
410
1,073
19
265
157
441
38%
43%
38%
41%
NAV
NAV
NAV
2,176
NAV
NAV
NAV
0
NAV
NAV
NAV
100%
NAP
1,307
287
1,684
NAP
471
103
574
NAP
36%
36%
34%
19
736
260
1,015
Required Capacity for Phase IV Wood Preserving Wastes
Liquids and pumpable sludges
Solids and non-pumpable sludges
NAP
NAP
26
9
NAP
NAP
NAP
NAP
0
0
NAP
NAP
NAP
NAP
0
0
NAP
NAP
26
9
Available Capacity Values Including Deduction of Required Capacity for Phase IV Wood Preserving Wastes
Compressed gases
Liquids and pumpable sludges
Solids and non-pumpable sludges
Total Updated Baseline
49
614
410
1,073
19
239
148
406
38%
39%
38%
38%
NAV
NAV
NAV
2,176
NAV
NAV
NAV
0
NAV
NAV
NAV
100%
NAP
1,307
287
1,684
NAP
471
103
574
NAP
36%
36%
34%
19
710
251
980
NAP: Not Applicable
NAV: Not Available

 Facility specific information was not available For publication.

The above sector-specific and waste-Form specific totals were developed from the following data sources:
      El Digest, "Hazardous Waste Incinerators 1997," 1997, Number 5, page 7;
      El Digest, "Industrial Furnaces," 1997, Number 7, page 12;
       El Digest, "Mobile Thermal Treatment 1996," January 1996; page 34; and
      USEPA, Background Document for Capacity Analysis for Land Disposal Restrictions Phase II - Universal Treatment Standards, and Treatment
       Standards for Organic Toxicity Characteristic Wastes and Other Newly Listed Wastes (Final Rule), August 1994.
                                                               Page 2-16

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        Finally, the required capacity for the Phase IV Wood Preserving Wastes Final Rule was taken
into account. To estimate the available combustion capacity for the remaining Phase IV wastes (TC
metal and mineral processing wastes), EPA deducted the required capacity for wood preserving wastes
from the updated baseline. As a result, the available combustion capacity for treating wastes that would
be restricted from land disposal by today's rulemaking is approximately 980,000 tons/year (Exhibit 2-4).

        The available combustion capacity estimates discussed above are expected to remain relatively
steady through the year 2000. Although one munitions treatment facility is awaiting approval of its
permit to burn military munitions and other explosives, no applications for new hazardous waste
incinerators are immediately pending. Most of the proposals for new combustion capacity that have
surfaced recently are for facilities that specialize in the combustion of military munitions, other
explosive materials, or mixed radioactive wastes.12 In addition, several facilities that had proposed
expansion of thermal capacity have now abandoned their proposals.13 Difficulties in permitting make it
highly unlikely that other combustion units, such as mobile incineration units, could be brought on-line
in the near-term (i.e., within two years). Recent industry publications indicate that the public continues
to oppose nearly every proposed hazardous waste management facility, and state and local legislative
bodies continue to pass restrictive siting laws or permitting moratoriums.  As a result, many project
sponsors have already, or may eventually, find the process too costly.14
2.4     VITRIFICATION CAPACITY

        The Agency has determined that vitrification technology is commercially available for treating
limited quantities of Phase IV wastes, such as some mixed metal wastes and high arsenic wastes, that are
difficult to treat using stabilization.  One commenter (Beazer East, Inc.) identified a commercial facility
that operates a tested, full-scale vitrification process.15 Using the ATTIC and VISITT databases,16 EPA
also identified a sample of companies conducting or selling supplies for vitrification.17 The Agency
subsequently held discussions with several facility representatives  (see Appendix C).  One company that
EPA identified operates one vitrification system with an available capacity of 15,000 tons/year (13,500
12 "Commercial Hazardous Waste Management Facilities: 1997 Survey of North America," The Hazardous Waste
Consultant, March/April 1997.

13 Aptus, Inc. (Rollins) of Coffeyville, Kansas; Holnam, Incorporated of Ada, Oklahoma; and Medusa Cement
Company of Clinchfield, Georgia, as described in "Commercial Hazardous Waste Management Facilities: 1997
Survey of North America," The Hazardous Waste Consultant.  March/April 1997. Not that the planned expansion
by Aptus, Incorporated, would have added more capacity to the estimates discussed above.

14 "Commercial.Hazardous Waste Management Facilities: 1997 Survey of North America," The Hazardous Waste
Consultant, March/April 1997.

15 The commenter also notes, however, that the regulatory status of this facility (Marine Shale Processors (MSP))
remains in question.

16 Alternative Technology Treatment Center (ATTIC) Database, U.S. EPA (see WWW.EPA.GOV/ATTIC) and the
Vendors Information System of Innovative Treatment Technology (VISITT) (seeWW.PRC.EMI.COM:80/VISITT).

17 The following is a small sample of commercials vendors providing vitrification equipment or services: Geosafe
Corp, Vortec Corp, Retech Inc.. GTS of Duratech, and MSE.-

                                             Page2-17

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mt/y) and is readily expandable to three systems for a total capacity of 45,000 tons/year. A full-scale,
commercial unit (MSB) treats approximately 2,000 tons/year (1,800 mt/yr). Bench-scale and pilot-scale
systems for vitrification are known to have been underway at numerous other facilities in 1994.'8

       Notwithstanding this potentially available vitrification capacity, EPA realizes that available
vitrification capacity likely is relatively low compared to other treatment technologies. Nevertheless,
capacity is expected to change in the coming years as the technology improves and operations (e.g., fuel
use) become more efficient.  Furthermore, because EPA is setting numerical treatment standards for
Phase IV, other treatment technologies capable of achieving the UTS limits are not prohibited from being
used (except for those that may constitute impermissible dilution). For example, managers of lower
concentration wastes may send the waste for stabilization or other treatment technologies.19
 2.5    MIXED RCRA/RADIOACTIVE WASTE CAPACITY

       Available commercial treatment capacity for mixed radioactive waste is discussed in detail in the
capacity analysis background document for the original Phase IV proposed rule (60 FR 43654, August
22, 1995).  Some minor updates were included in the Phase III final rule (61 FR 15565, April 8, 1996).
As discussed in detail in those analyses, any commercial capacity that is available for mixed radioactive
wastes must be used for mixed wastes that were regulated in previous LDR rulemakings and whose
variances have already expired.  EPA has not received any information indicating that this situation has
changed and, in fact, has received numerous comments to the Phase IV proposed rules and notices that
capacity for mixed radioactive wastes is still a significant problem. See the Comment Response
Document for the comments on this issue.
18 Attachment to memorandum from Bill Kline (U.S. EPA) to ICF Incorporated, March 17, 1994 (see Appendix C).

19  For additional information on this issue, see Appendix C.

                                            Page 2-18

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                                         CHAPTERS
        CAPACITY ANALYSIS FOR TOXICITY CHARACTERISTIC METAL WASTES
       This chapter presents EPA's capacity analysis for the TC metal wastes covered by the Phase IV
LDR Rule. The chapter is organized into the following seven sections:

             Section 3.1:  Regulatory Background, provides additional detail on the wastes
              addressed in this analysis;

             Section 3.2: Data Sources, describes the data sources used in the analysis;

             Section 33: Waste Generation and Management, describes TC metal waste
              generation and management;

             Section 3.4: Soil Contaminated with Newly Identified TC Metal Wastes, discusses
              the soil and debris contaminated with newly identified TC metal wastes;

             Section 3.5: Mixed Radioactive TC Metal Wastes, addresses mixed radioactive TC
              metal wastes;

             Section 3.6: Capacity Analysis, provides the capacity analysis; and

             Section 3.7: Summary of Results, summarizes the results of the capacity analysis.


3.1    REGULATORY BACKGROUND

       On May 19,1980 (45 FR 33084), the Agency promulgated the final rule on the use of the
Extraction Procedure (EP) toxicity test to identify wastes that pose a hazard to human health and the
environment due to their potential to leach significant concentrations of hazardous constituents. Eight
metals (D004-D011) and six pesticide constituents (D012-D017) were identified, which if present in the
EP waste extract in excess of specified concentrations caused the waste to be identified as hazardous.
EPA determined the regulatory concentration levels by multiplying constituent-specific chronic toxicity
levels (the National Interim Primary Drinking Waster Standards (DWS)) with a generic
dilution/attenuation factor of 100, to reflect both the concentration at which the constituent is harmful to
human health and the environment and the fate of the constituent in the environment.

       On March 29, 1990 (55 FR 11798), the Agency, after several revisions to the existing hazardous
waste identification regulations, finalized the Toxicity Characteristic (TC) rule.  The TC rule replaced the
EP leaching test with the Toxicity Characteristic Leaching Procedure (TCLP) and added 26 organic
compounds to the list of TC constituents (D018-D043). A comprehensive list of the Federal Register
notices related to the development of the TC regulations is provided in Exhibit 3-1.

       Since the promulgation of the TC rule in 1990, the TCLP has been  used to determine the toxicity
characteristic of a metal waste. Wastes that are characteristic by the TCLP but not by the EP are
considered newly identified wastes, which are currently not subject to the LDRs. Only these wastes are


                                           Page 3-1

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                EXHIBIT 3-1
LIST OF FEDERAL REGISTER NOTICES ADDRESSING
   TOXICITY CHARACTERISTIC RULEMAKINGS
TC Issue
Final Rule for Identification and Listing of Hazardous Waste:
Use of EP Toxicity Test Procedure
Notice of Availability of Reports that Support the TCLP
Proposed Revisions to the Identification and Listing of
Hazardous Waste: Use of the TCLP and Addition of
Constituents to the Toxicity Characteristic
Final Land Disposal Restrictions Approach: Use of the TCLP for
Compliance with Treatment Standards
Supplemental Notice of the Proposed Rulemaking:
Consideration of Separate Wastewater TC
Notice of Data Availability (NODA) and Request for Comments:
Supplemental to Proposed Rule: Use of a Generic DAF and
Chronic Toxicity Reference Level Revisions
Proposed Revisions to TCLP to Replace Particle Reduction Step
Proposed Modifications to Groundwater Model
Identification and Listing of Hazardous Wastes: Toxicity
Characteristic Revisions, Final Rule
Final Rule for Land Disposal Restrictions for Third Third -
Scheduled Wastes
Corrections to March 29, 1990 Toxicity Characteristic Revisions
ANPRM and Request for Comment and Data for the Approach
for Establishing BDAT Treatment Standards for D004-D043
Land Disposal Restrictions  Phase II: Universal Treatment
Standards for Organic TC Wastes and Newly Listed Wastes
Proposed Land Disposal Restrictions  Phase IV: Issues
Associated with Clean Water Act Equivalency, and Treatment
Standards for Wood Preserving Wastes and TC Metal Wastes
Notice of Data Availability (NODA): Land Disposal Restrictions
Phase IV Proposed Rule  Issues Associated With Clean Water
Act Treatment Equivalency, and Treatment Standards for Wood
Preserving Wastes and Toxicity Characteristic Metal Wastes
Land Disposal Restrictions Phase IV: Second Supplemental
Proposal on Treatment Standards for Metal Wastes and Mineral
Processing Wastes, Mineral Processing and Bevill Exclusion
Issues, and the Use of Hazardous Waste as Fill
FR Notice
45 FR 33084
51 FR 24856
51FK21648
51 FR 40572
52 FR 18583
53 FT? 18024
53 FR 18792
53 FR 28892
55 FR 11 798
55 FR 22520
55 FR 26986
56 FT? 55 160
59 FR 47982
60 FR 43654
61FK21418
62 FR 26041
Date
May 19. 1980
July 9. 1986
July 13, 1986
November?, 1986
May 18, 1987
May 19, 1988
May 24, 1988
August 1, 1988
March 29, 1990
June 1, 1990
June 29, 1990
October 24, 1991
September 19, 1994
August 22, 1995
May 10, 1996
May 12, 1997
                  Page 3-2

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eligible for a capacity variance under today's rulemaking. On August 22, 1995 (60 FR 43654), the
Agency proposed revised LDR treatment standards for all characteristic metal wastes, including those
previously regulated by the EP. These revised treatment standards, for both wastewater and
nonwastewater forms of D004-DOI1 wastes, are numerically equivalent to the universal treatment
standards (UTS). A universal treatment standard is a single treatment standard established for a specific
constituent regardless of the waste matrix in which it is present (i.e., the same treatment standard applies
to a particular constituent in each waste code in which it is regulated).1

        EPA received several comments on the treatability of TC metal wastes to the UTS levels (e.g.,
see the Capacity Analysis Comment Summary and Response Document regarding today's rule). Upon
additional review of the comments and data submitted by the commenters, the Agency re-proposed UTS
levels for 12 metal constituents in the Phase IV LOR second supplemental proposed rule (62 FR 26041,
May  12, 1997).  In today's rule, EPA is promulgating the final UTS for those 12 metal constituents in TC
metal wastes, requiring the UTS to be met for all underlying hazardous constituents (UHCs), and making
national capacity variance determinations.

        In 1996, the Land Disposal Program Flexibility Act (LDPFA) was signed into law.  LDPFA
provides an  exemption from treatment of UHCs to UTS for land-disposed wastes that are hazardous only
because they exhibit a hazardous characteristic (D001-D043) and if die wastes are decharacterized and
managed by Class I underground injection or Clean Water Act (CWA) or equivalent systems. The
hazardous waste characteristic can be removed by any means, including dilution or other deactivation
through aggregation of different waste streams preceding land disposal (61 FR 15661, April 8,1996).
Thus, TC metal wastes that are managed in GWA or equivalent systems, which constitute practically all
of the TC metal wastewaters (as determined during the Phase III LDR capacity analysis; 6-1 FR \ 5565,
April 8, 1996) only have to meet characteristic levels prior to land disposal, a practice already required
by RCRA Subtitle C permitting requirements (40 CFR Parts 264 and 265). Furthermore, EPA expects
that are no quantities of TC  metal wastewaters that are eligible for a capacity variance (i.e., TC metal
wastes that would not fail the EP) because the old and the new extraction procedure (i.e., the EP and
TCLP, respectively) result in the same leachate concentration for wastewaters. Finally, EPA did not
receive any comments to the Phase  IV proposed rules or notices indicating that any capacity  issues
existed for TC metal wastewaters. Therefore, TC metal wastewaters are not considered further in this
capacity analysis. If capacity issues do subsequently arise, then generators may apply for a capacity
variance extension per 40 CFR 268.5 on a case-by-case basis.
3.2     DATA SOURCES

        EPA has collected available information on Phase IV TC metal wastes, including contaminated
soil and debris, from a number of sources to support these LDRs.  The primary data sources used in this
capacity analysis are described in this section.
1   A more detailed discussion of the Agency's rationale and technical support for establishing universal treatment
standards for TC wastes is provided in: USEPA, Final Best Demonstrated Available Technology (BOAT)
Background Document for Universal Standards, July 1994, Volume A: Universal Standards for Nonwastewater
Forms of Listed Hazardous Wastes, and Volume B: Universal Standards for Wastewater Forms of Listed
Hazardous Wastes.

                                            Page 3-3

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       3.2.1   Information from Background Documents Developed for the Third Third
              Rulemaking

       For the Third Third Rulemaking (55 FR 22520, June 1. 1990), the Agency conducted a
comprehensive study on the TC metal waste generation and management at the industry and facility
level. Information collected and analyzed for the Third Third rulemaking is used in the present analysis.
as applicable, for characterizing the TC metal wastes.2

       3.2.2   Comments from the ANPRM

       On October 24, 1991 the Agency published an Advanced Notice of Proposed Rulemaking
(ANPRM) (56 FR 55160) and requested comments and data on the development of treatment standards
and quantities of wastes requiring alternative commercial capacity due to the LDRs for a group of newly
listed wastes, including the TC metal wastes. Several commenters provided comments and data on the
TC metal waste generation and management. Applicable comments and data are included in the capacity
analysis described in this report.

       3.2.3   USEPA Biennial Reporting System (BRS)

       The BRS provides information on waste generation and management practices at the individual
waste stream and facility level. The BRS is a system by which RCRA-regulated treatment, storage, and
disposal facilities (TSDFs) and large quantity generators provide EPA with information on their
hazardous waste activities. The BRS contains information on the waste streams generated on site and
received from off site, waste physical form, waste codes, waste quantity, and the treatment systems used
to treat each hazardous waste stream. Data from the BRS was the primary source for the analysis of
required capacity for the TC metal wastes. A detailed description of the methodology and assumptions
for using the BRS data are provided in Section 3.3.

       3.2.4   Comments to Phase IV LDR Proposed Rule for TC Metal Wastes

       On August 22,1995, EPA published the original Phase IV LDR proposal and solicited comments
on the waste quantities and management practices of the newly identified TC metal wastes that were
impacted by this rule (60 FR 43654). In response to this proposal, several commenters provided
comments and data on the TC metal waste generation and management.  However, the Agency
determined that additional  data was needed and on May 10,1996 the Agency published a Notice of Data
Availability (NODA) as a supplement to the original Phase IV proposed rule (61 FR 21418).  In this
NODA, EPA requested additional  information on the generation and management of the TC metal
wastes and TC contaminated soil.  Based on the available data and comments received in response to the
various Phase IV LDR proposals, the Agency revised the UTS for 12 metal constituents in TC metal
wastes and published the proposed treatment standards in the Phase IV LDR second supplemental
proposed rule (62 FR 26041, May  12, 1997). Applicable data and comments submitted by commenters
- USEPA, Background Document for Third Third Wastes to Support 40 CFR Part 268 Land Disposal Restrictions
Final Rule, Third Third Waste Volumes, Characteristics, and Required and Available Treatment Capacity, May
1990, Chapter 2, page 2-1.
                                           Page 3-4

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in response to all the Phase IV LDR proposals were combined and included in the capacity analysis
described in this report. Comments are described in more detail in the Comment Summary and
Response Document.
3.3     WASTE GENERATION AND MANAGEMENT

        TC metal wastes are generated by a wide variety of industries and in many different forms.
Furthermore, the waste generation rates vary widely from industry to industry. However, the processes
by which TC metal wastes are generated are similar for many of the metals.  For a more detailed
discussion of the potentially impacted industries and the specific compounds of interest for each TC
metal, refer to the BOAT background materials in the RCRA docket for today's rulemaking.

        As indicated in Section 3.1, two different categories of TC metal wastes are affected by this rule.
First is the wastes that are (or would be) also hazardous using the EP.  These wastes are currently
required to be treated to the TC level. Second is the newly identified TC metal wastes (i.e., wastes that
would pass the EP test but fail the TCLP test), which were not subject to LDR regulations prior to
today's rule.  Today, the Agency is promulgating regulations for both categories of TC metal wastes,
although only the newly identified wastes are eligible for a capacity variance.

        To estimate the quantity of potential Phase IV TC metal waste that is currently being generated3
and currently being surface-disposed (and, thus, potentially requiring alternative treatment), the Agency
relied primarily on the BRS. The following steps describe the methodology used to identify these wastes
from the BRS:

1.       Identify wastes that are TC metals (D004-D011) only. Data was extracted from the 1995 BRS
        GM Form for all of the TC metal waste streams that carried at least one TC metal code (D004-
        D011) and no other code. Thus, waste streams that carried a TC metal waste code along with a
        listed waste code (e.g., F, K, U, or P waste) or other characteristic waste code (e.g., a TC organic
        waste code) were excluded because listed wastes and TC organic wastes were addressed in
        previous rulemakings.

2.       Determine quantities managed on and off site. The data were aggregated according to whether
        the waste was managed on site or shipped off site. The on-site quantity is the "quantity treated,
        disposed, or recycled in 1995" from the GM form and the off-site quantity is the "total quantity
        shipped in 1995."  Total generation is the summation of these two quantities.

3.       Exclude wastes reported bv transfer facilities. To avoid double-counting, non-primary TC metal
        wastes derived from the management of a hazardous waste (origin code of 5 in the GM form)
J For the purpose of this capacity analysis, and as discussed in more detail later in this section, the TC metal waste
generation refers to wastes that carry only a TC metal code and that are not deep well injected or disposed without
treatment under a National Pollutant Discharge and Elimination System (NPDES) permit.
                                            Page 3-5

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        were eliminated.4 Similarly, waste streams received from off site but not managed on site (origin
        code of 4 in the GM form) were eliminated.5

4.      Exclude selected wastes.  DeepwelI/underground injection wastes (waste code M134) and wastes
        that are directly discharged to surface water under NPDES without prior treatment (waste code
        Ml36) were excluded.  Underground injected wastes are addressed by a separate analysis and the
        NPDES wastes are not subject to the LDRs.

5.      Aggregate waste quantities by physical form. The generated quantities were aggregated by
        inorganic and organic liquids, inorganic and organic solids, inorganic and organic sludges, and
        other. The "other" category includes inorganic and organic gases and lab packs.

6.      Aggregate waste quantities by waste code.  Waste streams with multiple TC metal waste codes
        were grouped separately as "mixture" streams.

        Exhibit 3-2 provides the TC metal-only waste quantities generated in 1995 by waste code and
waste type.6 The same data are presented in Exhibit 3-3, but organized by system type and waste code.
As seen in Exhibits 3-2 and 3-3, approximately 31 million tons of TC metal-only wastes are generated
and managed off site annually.  Of these wastes, the vast majority, 29.6 million tons, are currently being
treated (Exhibit 3-4).  The remaining 1.5 million tons of TC metal-only wastes (approximately five
percent of the total TC metal-only waste generated annually) are either directly surface-disposed, shipped
to transfer facilities, or reported as managed in unknown system types.  Note, however, that Exhibits 3-2
and 3-3 address total TC metal-only waste generation, not the quantity of TC metal-only wastes
potentially affected by the Phase IV LDRs. Several additional steps were taken and assumptions were
made to estimate this latter quantity.

        The first key assumption developed to identify TC metal wastes affected by the LDRs involved
wastewaters. As discussed in Section 3.1, the Land Disposal Program Flexibility Act (LDPFA) signed
by the President on March 26, 1996 overruled the DC Court of Appeals' 1992 opinion in  Chemical
Waste Management. Inc. et al. v. EPA with respect to the requirement for minimized threat treatment
standards for decharacterized wastes that are decharacterized and managed in CWA/CWA-
equivalent/Class I Safe Drinking Water Act (SDWA) systems. Therefore, TC wastes that are managed in
CWA/CWA-equivalent systems do not need to meet the Phase IV LDR requirements. More importantly,
because the TCLP and EP are identical in terms of wastewaters, there are no newly identified TC metal
wastewaters being generated and thus a variance decision is moot. Thus, wastewaters are excluded from
this analysis (although liquid nonwastewaters are included).  However, residues resulting from the
treatment of these wastewaters are usually managed as nonwastewaters and, thus, are included in the
BRS.
4 In general, non-primary waste streams (i.e., treatment residuals) are not included in the capacity estimates because
if management practices change as a result of the LDRs, such residuals will no longer be generated.

5 Waste streams that are sent to a transfer facility and then sent to a hazardous waste management facility are
supposed to be reported in the BRS at least twice, once by the facility generating the waste and once by the facility
transferring the waste.

6 See Appendix D for the 1995 BRS data used for this analysis.

                                             Page 3-6

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                                            EXHIBIT 3-2
                    1995 GENERATION OF TC METAL-ONLY WASTES 
-------
                  EXHIBIT 3-3
    1995 GENERATION OF TC METAL-ONLY WASTES
ORGANIZED BY SYSTEM TYPE AND WASTE CODE (TONS)

Arsenic
(D004)
Barium
(DOOS)

High Temperature Metals Recovery
(IITMR)(MOII)
Retorting (MO 12)
Secondary Smelling (MO 13)
Other Metals Recovery For Reuse (MO 14)
Metals Recovery (MO 19)

rractionation/Distillation (M02 1 )
Thin Film Evaporation (M022)
Solvent Extraction (M023)
Other Solvent Recovery (M024)
Solvents Recovery - Type Unknown (M029)
5
0
0
364
37
0
0
0
129
10
Cadmium
(D006)
Chromium
(D007)
Leail
(DOOS)
Mercury
(D009)
Selenium
(DOIO)
Silver
(DOM)
Mixtures
Total
Metals Recovery (For Reuse) .
553
2
313
7,292
76
3,188
0
no
49,258
497
1,844
790
164,212
47,291
18,024
Solvents Recovery
0
II
0
0
0

Acid Regeneration (M03I)
Olher Recovery (M032)
Other Recovery - Type Unknown (M039)
0
132
1
5
1
0
0
4
13
0
1
0
34
6
2
0
0
47
Other Recovery
0
0
92
0
26
54
5,684
750
503
145
14
0
20
182

1
1,140
2.240
45
1,400
37
113
850
0
0
0
0
1
180
1
182
2,779
1,633
1.230
69
799
485
1,260
7,045
2,264
165,651
107,710
22,389

6
0
0
0
0
0
0
0
0
0
2
3
6
0
9
214
0
6
1.185
56
391
32
14
1,206
332

0
58
469
0
0
17
0
0
15
3
1,192
912
5,688
3,298
4.302
Incineration
Incineration - Liquids (M04I)
Incineration - Sludges (M042)
Incineration - Solids (M043)
Incineration - Gases (M044)
Incineration - Type Unknown (M049)
421
13
147
0
2
230
4
228
0
1
72
25
144
3
322
6,312
257
862
0
5,464
640
246
1,541
1
113
389
0
103
0
16
23
3
4
0
12
99
2
13
0
III
335
327
2,466
1
172
8.520
876
5.508
6
6.213
                    Page 3-8

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              EXHIBIT 3-3 (continued)
    1995 GENERATION OF TC METAL-ONLY WASTES
ORGANIZED BY SYSTEM TYPE AND WASTE CODE (TONS)

Arsenic
(D004)
Barium
(D005)
Cadmium
(D006)
Chromium
(D007) .
Lead
(D008)
Mercury
(D009)
Selenium
(DOIO)
Silver
(DOM)
Mixtures
Total
Energy Recovery (Reuse as Fuel)
Energy Recovery - Liquids (M05I)
Knergy Recovery - Sludges (M052)
linergy Recovery - Solids (M053)
linergy Recovery - Type Unknown (M059)
797
0
4
0
9
0
203
0
24
0
58
1
1,382
14
129
10
751
1
243
162
1
0
1
0
0
0
0
0
18
0
1
0
2,996
39
226
63
5.978
54
864
236
Fuel Blending
l;ucl Blending (M06I)

Chrome Reduction tallowed by Chemical
Precipitation (M07I)
Cyanide Destruction l;ol lowed by Chemical
Precipitation (M072)
Cyanide Destruction Only (M073)
Chemical Oxidation Followed by Chemical
Precipitation (M074)
Chemical Oxidation Only (M075)
Chemical Precipitation (M077)
Other Aqueous Inorganic Treatment (M078)
Aqueous Inorganic Treatment -
Type Unknown (M079)
8

0
0
0
1.646
0
45,562
40
42
343
240
934
3,491
Aqueous Inorganic Treatment
0
0
0
0
0
41,601
0
37
43
192,319
12,339
7,400
0
442,427
65,170
27
13,081,164
22,569
1,908
51.449
0
858.094
1,017,977
1,522
1,262
229
0
68,264
0
3,614,819
2,385,687
760
40
20

0
0
0
0
1
1,229.376
809,226
9
0
0
0
0
0
81
963
14
20
1.773
6.869

1
69,112
8,205
3,514
0
52,055
8,900
100
511.572
279.304
0
46.914
0
1,869.927
2,875
4,323
13.594.042
563,534
22.452
179.188
2
8.153,941
4.290,839
6,833
                     Page 3-9

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              EXHIBIT 3-3 (continued)
    1995 GENERATION OFTC METAL-ONLY WASTES
ORGANIZED BY SYSTEM TYPE AND WASTE CODE (TONS)


Biological Treatment (M08I)
Carbon Adsorption (M082)
Air/steam Stripping (M083)
Wet Air Oxidation (M084)
Other Aqueous Organic Treatment (MOSS)
Aqueous Organic Treatment -
Type Unknown (M089)
Arsenic
(D004)
Barium
(DOOS)
Cadmium
(D006)
Chromium
(D007)
Lead
(DOOS)
Mercury
(D009)
Selenium
(DO 10)
Silver
(DOII)
Mixtures
Tola!
Aqueous Organic Treatment
0
2
0
0
129
19
25
0
0
0
0
0
1,333
0
0
0
6
II
319
48
0
8
431
98
2,932
2
0
0
1,146
112
30
949
0
0
0
8
252,155
0
0
0
0
0
8,599
0
1
0
0
39
1.882
0
0
0
29
39
267,274
1.000
2
8
' 1,741
325
Aqueous Organic and Inorganic Treatment
Chemical Precipitation in Combination with
Biological Treatment (M09I)
Chemical Precipitation in Combination with Carbon
Adsorption (M092)
Other Organic/Inorganic Treatment (M094)
Aqueous Organic and Inorganic Treatment - Type
Unknown (M099)
86
4IS
41
4
0
13
14
481
23
22,906
171
SI
6.923
2,334
3,268
2,340
1,231
526
2,122
10.621
89
17
26
96
0
0
31
34
354
II
18
88
7.595
6.634
4,535
2.635
16,301
32.856
10,226
16,348
Sludge Treatment
Sludge Dewalering(MIOI)
Addition of Excess Lime (Ml 02)
Solvent Extraction (MI04)
Sludge Treatment - Type Unknown (Ml 09)
94
0
0
0
0
0
0
0
38,935
0
0
47
54,352
12
0
183
602
351
0
369
0
0
0
3
7
0
0
0
31
0
38
86
35,136
10
0
267
129.157
373
38
955
Stabilization
Stabilization/Chemical Fixation Using Ccnientilious
and/or Pozzoliinic Materials (Mill)
Other Stabilization (Ml 12)
Stabilization - Type Unknown (Ml 19)
841
219
13
1,766
38S
400
39,022
95
494
13.393
1,282
1,800
122,174
25,641
13,587
1,357
10
438
2,372
0
921
23
0
118
55,855
10,556
3,862
236,802
38.189
21.633
                     Page 3-

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              EXHIBIT 3-3 (continued)
    1995 GENERATION OF TC METAL-ONLY WASTES
ORGANIZED BY SYSTEM TYPE AND WASTE CODE (TONS)

Arsenic
(D004)
Barium
(D005)
Cadmium
(D006)
Chromium
(D007)
Other Treatment
Neutralization Only (M 1 2 1 )
1- vaporalion Only (M 122)
Stilling/Clarification Only (Ml 23)
Phase Separation Only (Ml 24)
Oilier Treatment (Ml 25)
Other Treatment - Type Unknown (M 129)
62
0
32,953
0
7,798
41
6
0
0
1
19,366
32
663,059
88
199,508
3
156
121
27,053
17,408
303
36
46,887
447
Lead
(D008)
Mercury
(0009)
Selenium
(0010)
Silver
(001 1)
Mixtures
Total

5,372
415
12
1,013
38,497
2,712
1
1
1
4
346,053
46
0
0
0
0
0
7
16
218
2
54,601
63
72
13,025
381
15
11.154
111,185
2.841
708,593
18,511
232.794
66.812
570,005
6,319
. Disposal
l.andTrealmenl/Applicalion/Farming
Landfill (Ml 31)
Landfill (Ml 32)
Surface Impoundment
(lo be Closed as a Landfill) (MI33)
Direct Discharge to Sewer/Publicly Owned
Treatment Works (POTW)
(No Prior Treatment) (M 1 35)
Other Disposal (Ml 37)
TSDRI:aoilily(MI4l)
0
2,302
1
0
46
577
0
1,570
0
3
55
643
II
5,550
491,430
151
64
1,095
3
5,817
3
26,393
295,241
15,154
34
85.213
3,233
27
40.195
28.487
3
2,395
5
0
211,980
1,783
0
8
0
193,193
0
75
0
83
0
43
582
989
153
69.761
78
9,165
19.489
14,355
203
172,699
494,751
228.975
567,653
63,158
Unknown


GRAND TOTAL
0

94,872
5

67,664
48

2.193,354
401

15.632,027
11,093

6.711,832
13

2,607,449
0

449,943
155

213,190
789

3.1 12.152
12.505

31.082.483
                    Page 3-11

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                                EXHIBIT 3-4
                  1995 GENERATION AND MANAGEMENT
                   OF TC M ETAl^ONLY WASTES (TONS)
                                                   1,527,440
                    29,555,042
Volume of TC metal-only waste treated

Volume of TC metal-only waste surface-disposed, shipped to transfer facilities, or reported as managed in
unknown systems
                                     Page 3-12

-------
        To develop lower- and upper-bound estimates of the quantity of surface-disposed TC metal
wastes and. thus, of wastes that may require alternative treatment or recovery capacity upon
promulgation of the Phase IV LDR rule, the Agency applied two key sets of assumptions:

1.      For the upper-bound estimate, the Agency used the conservative assumption that all of the TC
        metal nonwastewaters that are either surface-disposed (i.e., where the system type was land
        treatment, landfill, surface impoundment, or "other" disposal), shipped to transfer facilities, or
        reported as managed in invalid system types (e.g., when M141 (transfer off-site) is used as an
        on-site treatment) will require at least some form of alternative treatment/recovery to meet the
        new treatment standards. The actual quantity is likely to be lower than this for two main
        reasons: (1) many of these waste streams are not surface-disposed and, thus, would not require
        alternative capacity; and (2) many facilities likely will make modifications in their production
        processes and/or waste management in order to avoid the LDRs.

2.      For the lower-bound estimate, EPA primarily used the assumption that only the  reported surface-
        disposed wastes would require alternative capacity. The actual quantity is likely to be higher
        than this because many of the waste streams that are surface-disposed (and, thus, would likely
        require alternative capacity) are not reported as such in the BRS. This non-reporting is primarily
        due to small quantity generators (SQGs) and to the fact that when TC metal wastes are
        decharacterized through treatment (e.g., stabilization), they are no longer hazardous and, thus.
        their ultimate disposal no longer needs to be reported in the BRS.  EPA believes that this non-
        reporting eclipses any of the reasons that would tend to indicate that this estimate would not be a
        lower bound.7

        Exhibits 3-5 and 3-6 provide the upper-bound and lower-bound estimates of surface-disposed TC
metal wastes potentially requiring alternative treatment, which are approximately 1.3 million tons and
0.7 million tons  per year, respectively. These estimates compare favorably with an estimate of 1 million
tons per year that was obtained by summing the surface disposed volumes of D004-D011 wastes
requiring alternative capacity estimated for the Third Third Rule.8
7 For example, many facilities likely will make modifications in their production processes and/or waste
management in order to avoid RCRA Subtitle C and the LDRs.

8 USEPA, Background Document for Third Third Wastes to Support 40 CFR Part 268 Land Disposal Restrictions,
Final Rule. Third Third Waste Volumes, Characteristics, and Required and Available Treatment Capacity, May
1990, Volume I. Executive Summary, page E-22. Note, however, that the estimate of 1 million obtained from the
Third Third Rule background document only includes one of the TC metal categoriesEP metalwhile the TC
metal estimates of 0.7 million to 1.3 million developed for this Phase IV rule include both categories of TC metal
wasteEP and non-EP.  On the other hand, during the time period since the Third Third Rule, efforts on waste
minimization and pollution prevention have reduced the generation of hazardous wastes, which would not be
captured in the estimate from the Third Third Rule.

                                             Page 3-13

-------
                                    EXHIBIT 3-5
      UPPER-BOUND ESTIMATES OF SURFACE-DISPOSED TC METAL WASTES (TONS)
Waste Code
Arsenic (D004)
Barium (D005)
Cadmium (D006)
Chromium (D007)
Lead (D008)
Mercury (D009)
Selenium (DO 10)
Silver (DOM)
Mixtures
Total
Inorganic
Liquids
97
138
341,080
265,076
2,222
212,190
40
1,231
10,288
832,362
Organic
Liquids
305
50
83
37,741
5,275
51
20
275
1,341
45,141
Inorganic
Solids
2,027
986
5,596
12,104
1 19,294
3,394
22
123
73,436
216,982
Organic
Solids
26
45
252
553
2,827
85
0
2
1,860
5,649
Inorganic
Sludges
105
10
150,851
688
988
5
2
35
1,768
154,453
Organic
Sludges
10
79
5
67
201
25
0
0
634
1,022
Other
356
965
331
389
37,449
429
0
143
15,298
55,361
Total
2,926
2,273
498,198
316,620
168,255
216,180
84
1,809
104,625
1,310,970
Data Source: 1995 Biennial Reporting System.
                                      Page 3-14

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                                        EXHIBIT 3-6
          LOWER-BOUND ESTIMATES OF SURFACE-DISPOSED TC METAL WASTES (TONS)
Waste Code
Arsenic (D004)
Barium (DOOS)
Cadmium (D006)
Chromium (D007)
Lead (DOOS)
Mercury (D009)
Selenium (DO 10)
Silver (DON)
Mixtures
Total
Inorganic
Liquids
23
0
340,939
227
109
6
0
7
224
341,536
Organic
Liquids
10
25
1
75
4,451
0
0
3
10
4,575
Inorganic
Solids
1,839
598
4,859
4,704
66,906
2,141
8
73
65,773
146,900
Organic
Solids
22
36
216
297
2,189
27
0
0
871
3,660
Inorganic
Sludges
89
0
150,819
357
687
1
0
0
1,540
153,493
Organic
Sludges
9
9
0
16
I4S
20
0
0
385
585
Other
310
901
156
147
3,362
207
0
1
1,190
6,274
Total
2,303
1,570
496,991
5,823
77,848
2,403
8
83
69,992
657,022
Data Source: 1995 Biennial Reporting System.
                                         Page 3-15

-------
        A significant increase in the amount of TC metal wastes requiring alternative treatment is not
expected as a result of the Phase IV LDRs because many of the newly identified TC metal wastes are
likely already being treated to TC levels or are not surface-disposed (as discussed above). Therefore, the
Agency believes that the quantity of TC metal waste that might require  alternative treatment is certainly
within and likely even below the range of 0.7 million tons and 1.3 million-tons. A much smaller quantity-
is expected to be newly identified and thus even eligible for a capacity variance.
3.4     SOIL CONTAMINATED WITH NEWLY IDENTIFIED TC METAL WASTES

        The Agency estimates that approximately 2,680,000 tons of soil contaminated with hazardous
waste (all types, including TC metals) are treated annually in the United States.9 This estimate was
obtained by examining data on volumes generated through CERCLA, RCRA corrective action, RCRA
closures, State superfund, and voluntary cleanup programs. Of the total volume of contaminated soil
treated annually, approximately 890,000 tons are treated ex-situ outside of Corrective Action
Management Units (CAMUs) and Areas of Contamination (AOCs), and therefore are potentially affected
by the Phase IV LDRs. As discussed further in Appendix E-l, however, only a portion of this
quantityapproximately 55,000 tons/yearis TC metal-only soil. Furthermore, only the portion of this
soil that is not also EP toxic is eligible for a capacity variance.10 Finally, only some of this non-EP soil is
expected to require alternative capacity. The remainder either will not be affected by the LDRs or will
require less treatment.  This latter point (i.e., some wastes will require less treatment) is due to the fact
that the new treatment standards are less stringent than current treatment standards for those wastes. See
Appendix E for additional  discussion of affected wastes.

        Regarding treatment for these soils, EPA has determined that it is generally unsuitable or
impractical from a technical standpoint to bum  large volumes of highly contaminated soil." The Agency
has documented potential difficulties that may arise from the combustion of soils due to soil/contaminant
characteristics that affect incineration performance, such as the concentrations of volatile metals, the
presence of alkali salts, fine particles of soils such as clays and silts, and the ash fusion point of the
contaminating waste. For  example, operation of an incinerator at or near the waste ash fusion
temperature can cause melting and agglomeration of inorganic salts. The loading of clays and silts in
some soils may also result in high loadings of paniculate matter in flue gases.12
9 USEPA, Application of the Phase IV Land Disposal Restrictions to Contaminated Media: Costs, Cost Savings,
and Economic Impacts (Draft), February 23, 1998, Chapter 2.

10 As discussed in Chapter 1, EP toxic wastes were addressed during the Third Third Rule. Consequently, EP toxic
wastes are not newly identified wastes and thus are no longer eligible for a capacity variance.  One exception to this
is EP toxic mineral processing wastes addressed in Chapter 4.

11 55 FR 8760, March 8, 1990 and 61 FR  18806, April, 29, 1996.

12 See USEPA, Final BDAT Background Document for Hazardous Soils, August 1993, page 3-12 and USEPA,
Technology Screening Guide for Treatment of CERCLA Soils and Sludges, September 1988.


                                            Page 3-16

-------
        In a remedial context, application of current LDRs to contaminated soils often presents
remediation project managers with only two options: (1) cap or treat hazardous contaminated media in
place thereby avoiding LDRs; or (2) excavate the media and treat it to the full extent of BOAT, often
incineration. The Agency has found that this situation often creates an incentive to select remedies that
minimize the application of LDRs (e.g., remedies that involve capping or leaving untreated waste in
place), a result obviously not contemplated by Congress in enacting the LDRs.13  Recognizing the unique
issues associated with contaminated soils, therefore, the Agency is promulgating alternative LDR
treatment standards (10 times UTS or 90 percent reduction) for these wastes in today's rule. The soil-
specific treatment standards being promulgated will apply to all contaminated soil that is restricted from
land disposal, including but not limited to hazardous soils contaminated by TC metal and mineral
processing wastes.14 EPA believes that the alternative standards will significantly improve the
management of hazardous soil by increasing treatment options, encouraging implementation of more
aggressive or permanent remedies, substantially reducing hazardous constituent concentration, and
minimizing threats to human health and the environment. Appendix E-2 discusses several of the
treatment options that EPA expects will be used to meet these new treatment standards.

        The alternative treatment standards being promulgated today are based primarily on the  data for
soil treatability found in EPA's Soil Treatability Database.15 After analyzing the data contained  in the
database, the Agency concluded that the alternative soil treatment standards can be reliably achieved
using a variety of demonstrated treatment technologies, including biological treatment, chemical
extraction, dechlorination, HTMR, soil washing, stabilization, and thermal desorption. In addition, the
Agency compiled treatment performance data for contaminated soils from remediation sites that indicate
that the alternative treatment standards are already being achieved at most sites by innovative treatment
technologies (see Appendix E-3).  Several discussions with treaters support these findings (see Appendix
E-4). EPA's findings are supported by data submitted by three commenters (Hazardous Waste
Treatment Council, USPCI, and DuPont) in response to the proposed Phase II rule.16 These commenters
provided performance data on technologies or extensive literature reviews documenting the availability
and limitations of innovative technologies.

        An analysis conducted previously by the Agency  on the use of established and innovative
technologies indicates that in recent years there has been a reduction in the reliance on incineration and
an increase in the use of innovative treatment technologies at remedial  sites (see Appendix E-S). The
most commonly used innovative treatment technologies are soil vapor extraction, thermal desorption,
and bioremediation, which together are applied approximately 37 percent of the time. (For comparison,
stabilization is applied only 30 percent of the time and, incineration only 24 percent). Preference for the
use of these technologies can be likely attributed to their cost-effectiveness and performance. The
13  61 FR 18808, April 29,1996.

14  See Section VIILDR Treatment Standards for Soilof today's preamble.

15  USEPA, Final Proposed Best Demonstrated Available Technology (BDA T) Background Document for
Hazardous Soil, August 1993, page 5-1.

16  59 FR 47982, September 19, 1994.


                                            Page 3-17

-------
Agency identified more than 100 vendors of these innovative treatment technologies (see Appendix E-6).
Discussions with some of these vendors indicate that these technologies can be readily optimized to meet
new treatment standards (see Appendix E-4).  In addition, vendors indicated that they currently are
operating well under their maximum capacity and that they have the manpower and equipment to expand
capacity rapidly. Furthermore, capacity data provided by just four of these vendors indicate that they
have sufficient available capacity to treat several million additional tons/year of soil (or the equivalent
of over 100 sites).17 As discussed earlier in this section, less than 55,000 tons/year (equivalent to only
about two sites) of TC metal-only soil is expected to require alternative capacity.

        The Agency also recognizes that the alternative soil treatment standards, which as indicated
above are less stringent than the current treatment standards, will increase the availability of capacity to
treat soil contaminated with TC metal wastes. The alternative treatment standards will provide relief for
on-going remediation programs because wastes such as TC organic soils will require less treatment.
EPA recognizes, however, that implementation of the alternative soil treatment standards at some sites
probably will not be immediate because  some States may not adopt the potentially less stringent soil
standards and because there will be some time between the selection and actual implementation of
remedial treatment technologies. Furthermore, as indicated in the RIA for contaminated media for this
rule,18 this additional capacity will be roughly matched by the required capacity for some non-TC metal-
only soils (e.g., soil contaminated with some listed wastes) affected by the Phase IV rule (although, as
discussed previously, these wastes are not eligible for a capacity variance). See Appendix E-l for
additional discussion of this issue.

        Given all of the above factors, EPA believes that adequate alternative treatment capacity will be
available for contaminated soil affected by the Phase IV rule. Therefore, the Agency is not granting a
variance for soil contaminated with theses wastes (beyond the 90 days allowed prior to the effective date
of the rule).19

        Notwithstanding this analysis, the Agency recognizes that some wastes could possess unique
properties that make them more difficult to treat than the wastes on which the standards are based. In
such cases, the affected party may petition the Agency for a treatability variance per 40 CFR 268.44. For
newly identified wastes (i.e., wastes that do not fairthe EP test, and, consequently, are not part of the
Third Third LDR Rule), the affected party may also request a capacity variance extension per 40 CFR
268.5 on a case-by-case basis.  Wastes regulated in the Third Third LDR Rule (i.e., wastes that fail the
17  As presented in Appendix E-4, four vendors provided data on their available commercial treatment capacity.
Envirogen, Inc. indicated that they have available capacity to treat 100 additional sites. Alternative Remedial
Technologies, Inc. stated that they have sufficient capacity to immediately treat an additional two sites. ReTec
reported that they have available capacity for 100,000 to 150,000 tons/year of soil.  Finally, Roy F. Weston reported
that they could immediately treat an additional 15,000 or so tons/year of contaminated soil. Using an average
estimate of 28,000 tons of soil per site (see Appendix E-l), these data translate into several million tons of
contaminated soil per year or over 100 sites.

18  USEPA, Application of the Phase IV Land Disposal Restrictions to Contaminated Media: Costs, Cost Savings.
and Economic Impacts (Draft), February 23,1998, Chapter 2.

19 Note that this does not change the variance already provided to some soil contaminated with wood preserving
wastes covered by the "Mini" Phase IV or Rule (62 FR 25998, May 12, 1997).  See Appendix E-7.

                                             Page 3-18

-------
EP test) are not eligible for capacity variances because the extension provided in that rulemaking has
already expired.

       In addition, EPA is establishing a new site-specific, risk-based variance for the technology-based
alternative  soil treatment standards. This variance can be used when treatment to concentrations of
hazardous constituents that are greater (i.e., higher) than those specified in the alternative soil treatment
standards is shown to minimize short- and long-term threats to human health and the environment. In
this way, on a case-by-case basis, risk-based LDR treatment standards approved through a variance
process could "cap" the technology-based treatment standards.
3.5    MIXED RADIOACTIVE TC METAL WASTES

       For previous LDR rulemakings, EPA received numerous comments and data concerning the
generation and treatment of mixed waste. Based on these comments, EPA believes that DOE facilities
generate the vast majority of mixed waste. According to EPA's analysis for the Third Third rulemaking,
non-DOE mixed waste accounts for less than one percent of all mixed waste generated nationwide.20

       In response to the various Phase IV proposed rules, the Agency received data on mixed
radioactive wastes from only two commenters. The first commenter (Westinghouse Electric
Corporation) reported that 133,565 cubic meters of non-wastewater material (including D011) from the
Savannah River Site (Department of Energy (DOE) facility managed by Westinghouse) would be land
disposed.21  The second commenter (DQE) reported that approximately 41,350 cubic meters of non-
wastewater D011 mixed radioactive wastes are stored at DOE sites and that additional non-wastewater
DO 11 wastes are projected to be generated during the coming five years.22  Both commenters stated that,
in the future, they are planning to treat such streams using macroencapsulation, stabilization,
vitrification, or incineration technologies. It is unclear what portion, if any, of these wastes are newly
identified.

       In today's rule, the Agency is promulgating treatment standards for mixed radioactive wastes at
the UTS levels. However, as discussed in Chapter 2, the Agency recognizes the lack of available
treatment capacity for these wastes and believes that any new commercial capacity that is available for
mixed radioactive wastes must be used for mixed wastes that were regulated in previous LDR
rulemakings and whose variances have already expired.  Therefore, the Agency is granting a two-year
national capacity variance for newly identified mixed radioactive TC metal wastes.
20 USEPA, Background Document for Third Third Wastes to Support 40 CFR Part 268 Land Disposal Restrictions.
Final Rule, Third Third Waste Volumes, Characteristics, and Required and Available Treatment Capacity. May
1990, Volume III, Appendix B, page 1.

21 Comment letter No. 14 in response to the Phase IV LDR Second Supplemental Proposed Rule (62 FR 26041,
May 12, 1997).

22 Comment letter No. 23 in response to the Phase IV LDR Second Supplemental Proposed Rule (62 FR 26041,
May 12, 1997).
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3.6     CAPACITY ANALYSIS

        For estimating the required treatment capacity for TC metal wastes, the Agency used data from
the BRS database (see Section 3.3) to determine that most of these wastes currently are managed in
compliance with RCRA Subtitle C requirements (but not necessarily with Phase IV LDRs), and thus the
wastes generally are either disposed in a Subtitle C permitted unit or treated to remove the hazardous
characteristic and then disposed in Subtitle D units.  EPA's economic analysis indicates that treatment
and Subtitle D disposal is less expensive than Subtitle C disposal without treatment, in most cases.23
Furthermore, as described in Chapter 2, the Agency has determined that technologies used to treat wastes
to the point of removing the hazardous characteristic can also be used to meet the UTS standards with
only minor modifications and/or optimization that can take place in less than 90 days.  Thus, most TC
metal wastes are already meeting treatment standards or can do so soon. Any newly identified (i.e., non-
EP) TC metal wastes can be readily addressed by the large quantity of available capacity discussed in
Chapter 2. This section provides a waste code-specific discussion of the TC metal wastes, including
soils, mixtures, UHCs, and any unique features that could have a potential impact on the capacity
determination.24 Relevant comments and data submitted by the commenters in response to the ANPRM
(56 FR 55160, October 24,1991), the original Phase IV LDR proposal for TC metal wastes (60 FR
43654, August 22, 1995), the May 10,1996 NODA (61  FR 21418), and the second supplemental
proposed rule (62 FR 26041, May 12,1997) are also included in this discussion.

        3.6.1   Arsenic (D004)

        As shown in Exhibits 3-5 and 3-6, approximately  2,300 to 2,900 tons of D004-only
nonwastewater wastes are surface disposed each year. In today's rule, EPA is promulgating LDRs for
these wastes. The treatment standard for D004 nonwastewaters is being set to a UTS level of 5.0 mg/1
(Exhibit 3-7).  Therefore, there is no change in the treatment standard due to this rulemaking (i.e., the TC
level and the UTS level are the same).   Because the newly identified arsenic wastes likely are already
being treated to the TC levels to facilitate Subtitle D management of the waste (see Section 3.3),
additional treatment likely would only be required primarily for UHCs. One commenter, Chemical
Waste Management (CWM), stated that some arsenic poses technical problems in achieving UTS levels
through stabilization technology, and that EPA should establish a high arsenic (> 200 ppm) subcategory.
However, the Agency conducted site visits to the commercial treatment facilities to assess the treatability
of TC metals using stabilization and collected treatment performance data, which show that arsenic could
be treated to the proposed UTS levels using stabilization.25 Furthermore, data on the large amount of
available capacity and on the small amount of time needed to optimize existing systems indicates that
treatment capacity is not an issue (see Chapter 2). Therefore, the Agency is making no changes to the
proposed UTS level or variance decision for arsenic wastes.
~3  Research Triangle Institute, Regulatory Impact Analyses: Phase IV Land Disposal Restrictions - TC
Organometallic Wastes. Preliminary Draft Report prepared for USEPA, December 1, 1997.

24  Note that the waste code-specific discussions in Sections 3.6.1 to 3.6.9 are relevant to wastes containing TC
metal-only, with little or no UHCs. Section 3.6.10 addresses TC metal-only wastes with UHCs.

25  Memoranda addressed to Anita Cummings from ICF: "Final Draft Trip Report for Mill Services," dated
November 21, 1996; "Final Draft Trip Report for Rollins Highway 36 Facility," dated November 21, 1996; "Final
Draft Site Visit Report for the September 11th Site Visit to GNB Battery Technologies Located in Frisco, Texas,"
dated December 6, 1996.  These reports from site visits are available in the docket for today's rule.

                                            Page 3-20

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                                                  EXHIBITS-?
TC METAL REGULATORY LEVELS AND FINAL UNIVERSAL TREATMENT STANDARDS (NONWASTEWATER)
                              (Calculated from HTMR and Stabilization Sample Sets)'
TC Metal
Arsenic (D004)
Barium (DOOS)
Cadmium (D006)
Chromium (Total) (D007)
Lead (DOOS)
Mercury Retort Residues (D009)
Mercury (D009-AM Others)
Selenium (DO 10)
Silver (DOM)
Antimony
Beryllium
Nickel
Thallium
Vanadium*1
Zinc"
TC Level
(mg/l TCLP)
5.0
100
1.0
5.0
5.0
0.20
0.20
1.0
5.0


~
~
~
~
Existing UTS
level
(mg/l TCLP)
5.0
7.6
0.19
0.86
0.37
0.20
0.025
0.16
0.30
2.1
0.014
5.0
0.078
0.23
5.3
Proposed
UTS Level"
(mg/l TCLP)
'
21
0.20
0.85
0.75
~

5.7
0.11
0.07C
0.02C
13.6
0.20
1.6
4.3
Final UTS
(mg/l TCLP)
5.0
21
0.11
0.60
0.75
0.20
0.025
5.7
0.14
1.15
1.22
II
0.20
1.6
4.3
              ' The universal treatment standard (UTS) being promulgated today were established by selecting the higher or the
              two treatment standards that were calculated from stabilized wastes and HTMR residues

              b 62 FR 26041, May 12, 1997.

              ' The proposed UTS levels Tor antimony and beryllium were rounded up to the nearest 0.01 mg/l TCLP.

              * Vanadium and zinc are not "underlying hazardous constituents" according to the definition al 40 CFR 268.2(i).
                                                    Page 3-21

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       3.6.2   Barium (D005)

       As shown in Exhibits 3-5 and 3-6, approximately 1,600 to 2,300 tons/year of D005-only
nonwastewaters wastes are surface disposed. Today, EPA is promulgating a UTS level of 21 mg/l for
nonwastewater forms of D005, as proposed in the second supplemental proposed rule (62 FR 26041,
May 12, 1997). This value is about an 80 percent reduction in the existing treatment standard (i.e.. a TC
level of 100 mg/L TCLP), but is significantly higher than the proposed level of 7.6 mg/l.  No comments
were received that provided data on or otherwise discussed the treatment capacity for this TC metal
waste code. Therefore, because these wastes are already being treated to a large degree (see Section 3.3),
and any necessary additional treatment is expected to be readily available (as described in Chapter 2).
DOOS-only wastes do not appear to present any particular capacity problems.

       3.6.3   Cadmium (D006)

        Approximately 497,000 to 498,200 tons of D006-only nonwastewaters wastes are surface
disposed each year (Exhibits 3-5 and 3-6). In today's rule, EPA is promulgating a UTS level of 0.11
mg/l for nonwastewater forms of D006.  This is approximately a 90 percent reduction in the existing
treatment standard (i.e., a TC level of 1.0 mg/L TCLP).

       AFS and the TDJ Group, commenting to the original proposal, suggested that stabilization
technologies have not been shown to treat cadmium to  the proposed UTS level. These commenters also
implied that waste streams containing cadmium along with other metal constituents present additional
treatment problems. TDJ Group stated that approximately 500,000 to 1,000,000 tons of D006-D008
wastes will be affected by the proposed Phase IV rule,  which is comparable to the approximately
580,700 to 983,100 tons of surface-disposed D006-D008 wastes that EPA estimated using the BRS
(taking into account that not all of these wastes will be  affected, and that the upper-bound includes a
large one-time generation amount of inorganic lead solids). Furthermore,  these commenters, in addition
to others, suggested that HTMR is not commercially available for treatment and that stabilization is the
only commercially available treatment technology for many TC metal wastes.  However, no data were
received in response to the original Phase IV proposal (60 FR 43654, August 22, 1995) and the first
supplemental proposal (61 FR 2338, January 25, 1996) on the available treatment capacity for this TC
metal waste.

       In order to address commenters' concerns regarding the lack of stabilization data on TC metal
wastes, the Agency conducted site visits to commercial hazardous wastes treatment facilities and
collected additional stabilization treatment performance data that better characterized the diversity of
metal wastes.26  These waste streams contained multiple metals, which would be representative of a
characteristic waste with UHCs and significant concentrations of combination metals including: lead and
cadmium,  barium and lead, and chromium and antimony. Based on the waste characteristics affecting
performance of the treatment technology, EPA believes that these wastes represent the most difficult to
treat wastes.  Therefore, the Agency believes that the performance data used to develop the UTS
proposed in the second  supplemental rule (62 FR 26041, May 12,1997) adequately characterize the
26 Memoranda addressed to Anita Cummings from ICF: "Final Draft Trip Report for Mill Services," dated
November 21, 1996; "Final Draft Trip Report for Rollins Highway 36 Facility," dated November 21, 1996; "Final
Draft Site Visit Report for the September 11th Site Visit to GNB Battery Technologies Located in Frisco, Texas,"
dated December 6, 1996. These reports from site visits are available in the docket for today's rule.

                                           Page 3-22

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diversity among metal-bearing wastes including wastes containing multiple metals. However, the
Agency has identified a technical error in the BDAT determination of the proposed cadmium standard.
(In applying the BDAT methodology for calculating the treatment standard, EPA failed to perform a "Z-
score" outlier test.)  The Agency corrected this error, re-calculated the cadmium treatment standard, and
is promulgating the  UTS for cadmium at 0.11 mg/1 TCLP. This standard is more stringent than the
proposed standard.  Nevertheless, based on the treatment performance data reviewed and the available
capacity (see Chapter 2), and given that these wastes are already being treated to a large degree (see
Section 3.3), the Agency believes that this new standard is readily achievable by commercial treatment
technologies such as stabilization and HTMR.  Therefore, D006-only wastes do not appear to present any
particular capacity problems.

        3.6.4   Chromium (D007)

        As seen in Exhibits 3-5 and 3-6, approximately 5,800 to 316,600 tons/year of D007-only
nonwastewaters wastes are surface disposed. Today, the Agency is promulgating a UTS level of 0.60
mg/1 for nonwastewater forms of D007 wastes. This standard is approximately 90  percent lower than the
existing treatment standard of 5.0 mg/1 TCLP.  (See Exhibit 3-7.)

        AFS suggested that the originally proposed UTS (0.86 mg/1) for chromium would be difficult to
achieve for chromium TC wastes (D007) in foundry sands.  AFS suggested that the record was not
sufficient to address known interferences with stabilization technologies. However, no data were
submitted to support or refute this.  Additionally, no comments were received specifically on
stabilization or other treatment capacity for D007 wastes.

        In order to address commenters' concerns regarding the lack of stabilization data on TC metal
wastes, the Agency conducted site visits to commercial hazardous wastes treatment facilities and
collected additional  stabilization treatment performance data that better characterized the diversity of
metal wastes.27 These waste streams contained multiple metals which would be representative of a
characteristic waste  with UHCs and significant concentrations of combination metals including: lead and
cadmium, barium  and lead, and chromium and antimony. Based on the waste characteristics that affect
the performance (WCAPS) of the treatment technology, EPA believes that these wastes represent the
most difficult to treat wastes. Therefore, the Agency believes that the performance data used to develop
the UTS proposed in the second supplemental rule (62 FR 26041, May 12,1997) adequately characterize
the diversity among metal-bearing wastes including wastes containing multiple metals. However, the
Agency has identified a technical error in the BDAT determination of the proposed chromium standard.
(In applying the BDAT methodology for calculating the treatment standard, EPA failed to perform a "Z-
score" outlier test.)  The Agency corrected this error, re-calculated the chromium treatment standard, and
is promulgating the  UTS for chromium at 0.60 mg/1 TCLP. This standard is more stringent than the
proposed standard. Nevertheless, based on the treatment performance data described above, and given
the availability of commercial treatment technologies such as stabilization and HTMR (see Chapter 2),
D007-only wastes do not appear to present any particular capacity problems.
27 Memoranda addressed to Anita Cummings from ICF: "Final Draft Trip Report for Mill Services," dated
November 21,1996; "Final Draft Trip Report for Rollins Highway 36 Facility," dated November 21, 1996; "Final
Draft Site Visit Report for the September 11th Site Visit to GNB Battery Technologies Located in Frisco, Texas,"
dated December 6,1996.  These reports from site visits are available in the docket for today's rule.

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        3.6.5   Lead (D008)

        Approximately 77,900 to 168,300 tons of D008-only nonwastewater wastes are surface disposed
 each year. In today's rule, the Agency is promulgating a UTS of 0.75 mg/l for nonwastewaters of D008
 wastes. This is a reduction of approximately 85 percent from the existing treatment standard of 5.0 mg/l
 TCLP, and is approximately two times higher than the treatment standard of 0.37 mg/l proposed in the
 original proposal (60 FR 43654, August, 22, 1995). (See Exhibit 3-7.)

        In response to the original proposal, numerous persuasive comments on the proposed
 nonwastewater standard of 0.37 mg/l were received. As a result, the Agency in the. Phase IV second
 supplemental proposed to change the O008 nonwastewater standard to 0.75 mg/l TCLP based on new
 BOAT stabilization data collected by the Agency (62 FR 26041, May 12,1997). The Agency felt that
 these data better reflected the diversity of metal waste streams and their treatment.

        Numerous commenters concurred with the Agency's re-proposal.28 However, other commenters.
 specifically those representing the various sectors of the secondary lead industry, argued that the
 proposed treatment standard for lead was not achievable.  In particular, comments from BCI and the
 ABR argued that the new data developed by their association showed that no facility in the secondary
. lead industry could meet EPA's proposed treatment standard for lead.  However, commenters failed to
 provide reliable and convincing data or information to persuade the Agency that stabilization cannot
 meet the re-proposed treatment standard of 0.75 mg/l TCLP for lead slags. Therefore, the Agency is
 today promulgating a treatment standard of 0.75 mg/l TCLP for D008 nonwastewaters.

        These data on D008  wastes confirm EPA's assumption that the rule would  primarily only require
 some modification to existing stabilization "formulations" to meet UTS. Given the little time such
 modifications would take and given the available capacity for D008 wastes (see Chapter 2), toe Agency
 has determined that a capacity variance is not needed.

        Foundry Sands Waste

        AFS estimated that approximately 410,000 tons of D008 foundry sands are generated each year,
 and has stated that foundry metallic waste constituents and concentrations are highly variable. AFS also
 believes that the foundry sand and the emission control dust contain a significant amount of non-metallic
 constituents that differentiate foundry waste from K061 wastes, which EPA had used to establish high
 temperature metal recovery (HTMR) as the BOAT for some of the wastes. AFS  believes that foundry
 sand differs from K061 in ways that precludes them from being treated similarly. These differences
 include:  (1) K061 typically has a much higher concentration of recoverable heavy  metals (primarily
 zinc); and (2) K.061 does not have an extremely high sand content in its waste matrix. Emission control
 dust from foundries also differs from K061 because K061 typically has a much higher overall
 concentration of recoverable heavy metals (primarily zinc).  Because of these critical differences, AFS
 does not believe that HTMR is available or practical for foundry wastes.

        The Agency received additional data from several commenters in response to the original
 proposed rule. Based on these data the EPA believes that the potentially affected TC metal universe is
 28 62 FR 26041, May 12, 1997.

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 limited to certain lead-bearing D008 hazardous wastes.  The Agency estimates that there are 761 non-
 ferrous foundries that generate approximately 300,000 .tons of hazardous foundry sands, and 9 firms
 owning 15 secondary lead smelters that generate approximately 198,000 tons of hazardous slags.

        Data submitted by the foundry industry shows that the originally proposed UTS level for lead
 (0.37 mg/1) was achieved through stabilization, even when the treatment system (stabilization) was
 designed only to target the TC level and not the proposed UTS level. Several commercial treaters stated
 that stabilization can readily achieve the lead standards for foundry sands. These facts seem to indicate
 that foundry sands can be treated to the proposed treatment standards using stabilization and, thus,
 meeting the higher re-proposed UTS of 0.75 mg/l will be even less of a problem.

        TC Lead Battery Slag

       The Association of Battery Recyclers (ABR) and Battery Council International (BCI) estimates
 that the amount of lead slag requiring treatment is approximately 250,000 tons per year and ABR states
 that an estimated 260,000 tons per year of D008 slag will require treatment.

       EPA also received comments that provided treatability data  from the Environmental Technology
 Council (ETC) in response to the May 10, 1996 Notice of Data Availability (NODA) for the LDR Phase
 IV proposed rule. The data demonstrated that lead battery slags and sludges can be treated by
 stabilization to the UTS for lead and the underlying hazardous constituents (UHCs).

       ETC's data for lead  shows that out of 36 samples of stabilized slag, 29 (80.6%) achieved a TCLP
 result below the originally proposed UTS for lead of 0.37 mg/1.  In all cases the treatment objective was
to reduce teachability to below characteristic level, since UTS levels were not applicable at the time.
Nevertheless, not only did the stabilization meet the characteristic levels for these samples, it also met
the proposed UTS levels for all arsenic, barium, and nickel values. Eight of the nine (88.9%) cadmium
values and six of the seven (85.7%) selenium values also met the proposed UTS of 0.37 mg/1.  Based on
these treatability data, ETC believes there can be no doubt regarding the ability to meet the UTS for this
 slag.  Hence, it is unlikely that there will be any capacity shortfalls for TC metal wastes affected by
today's rule once stabilization "formulations" are optimized to meet UTS.

       3.6.6   Mercury (D009)

       As seen in Exhibits 3-5 and 3-6, approximately 2,400 to 216,200 tons of D009-only
 nonwastewater wastes are surface disposed each year. EPA is promulgating a UTS level of 0.20 mg/1 for
 the nonwastewater mercury  retort residue subcategory and 0.025 mg/1 for all other nonwastewater forms
 of D009. The UTS for mercury is based on the mercury standard developed from K071 waste treatment
data.  Mercury Recovery Services (MRS) provided data (see Appendix F) to show that the proposed
 UTS levels can be achieved  and noted that MRS has the capability to provide mobile treatment units for
treating mercury contaminated wastes. No other specific comments were received that would affect
 EPA's estimate of the required or available alternative treatment capacity for D009-only waste.
 Furthermore, as seen in Chapter 2, sufficient quantities of other treatment capacity are available  for these
 wastes. Therefore, D009-only wastes do not appear to present any particular capacity problems.
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        3.6.7   Selenium (DO 10)

        Approximately 8 to 84 tons/year of DOlO-only nonwastewater wastes are surface disposed. The
Agency is promulgating today a UTS of 5.7 mg/I for nonwastewater forms of DO 10, which is
significantly greater than the TC level of 1.0 mg/1.

        In response to the original proposed rule (60 FR 43654, August 22, 1995), CWM and Rollins
Environmental both submitted comments highlighting their inability to stabilize nonwastewater forms of
DO 10 selenium-containing incineration ashes in the presence of other metals. These commenters stated
that the proposed 0.16 mg/1 TCLP for nonwastewater forms of D010 wastes was not routinely achievable
utilizing "best operating practices". They also discussed selenium's unique pH/solubility curve, which is
significantly different from other characteristic metals. Specifically, selenium's minimum solubility is at
a neutral to mildly acidic pH, while it is highly soluble in the basic pH range. The other characteristic
metals have a minimum solubility in the basic pH range, while their solubility increases in the neutral
and acidic pH's. These commenters believe that this difference in solubilities creates a problem for
treating wastes with a mixture of characteristic metals that includes selenium. In light of these different
pH/solubility curves for selenium and other characteristic metals, CWM and Rollins believe that the
treatment standard for selenium should be changed to make it more consistent with what is routinely
achievable.  Further, .these commenters have provided treatment data on the stabilization of incineration
ashes and soils to support their claims regarding the enhanced mobility of selenium under normal
alkaline stabilization practices.

        Based on these comments, the Agency revised and re-proposed a UTS of 5.7 mg/1 in the Phase
IV Second Supplemental (62 FR 26041, May 12, 1997). The majority of commenters supported the
Agency's proposal and urged the Agency to adopt the 5.7 mg/1 TCLP level.  However, one commenter
(Waste Management), maintains that the Agency should establish a "High Selenium Greater Than 200
ppm" subcategory for nonwastewaters, with a corresponding treatment standard of 10 mg/L TCLP. The
commenter cited technical problems in achieving the proposed treatment standard level for highly
contaminated selenium wastes. The commenter provided treatability testing data from a selenium waste
stream which showed that 16 different treatment recipes were tested prior to finding one that would treat
a selenium waste to below 5.7 mg/L TCLP. Data from three other generators of selenium waste suggest
that untreated waste of between 465 and 1,064 mg/L set for selenium can be treated to between 2.5 and
45.6 mg/L TCLP.

        When examined together, the data suggest, and commenters concur, that  for the majority of
selenium wastes the proposed selenium nonwastewater standard of 5.7 mg/1 is appropriate. Therefore.
the Agency is promulgating a treatment standard of 5.7 mg/1 for nonwastewaters containing selenium.
Notwithstanding this new treatment standard, however, the Agency acknowledges that a few high-level
selenium waste streams for which data were submitted to EPA will, for the most part, be unable to be
treated to achieve the 5.7 mg/1 TCLP standard. Therefore, in a companion piece to today's rule, the
Agency is requesting comment on a proposal to grant a site-specific treatability variance for one
commenter (Waste Management) for the treatment of three DO 10 wastes containing greater than 450
ppm TCLP of selenium. Additional information on this issue can be found in a separate notice published
in today's Federal Register.
                                           Page 3-26

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        Regarding capacity, the Agency believes that based on its analysis and comments received from
the public, the new treatment standard for selenium of 5.7 mg/L TCLP is readily achievable by
commercial treatment technologies and that adequate available treatment capacity exists for these wastes
(see Chapter 2). Therefore, other than for the potentially unique waste streams discussed above, DO 10-
only wastes do not appear to present any capacity problems.

        3.6.8   Silver (D011)

        Approximately 83 to 1,800 tons/year of D011-only nonwastewater wastes are surface disposed.
Today, the Agency is promulgating the treatment standard for silver at 0.14 mg/1 for nonwastewater
forms of D011. This is approximately a 97 percent reduction in the existing treatment standard  (i.e., 5
mg/1 TCLP).

        Several commenters (National Mining Association, Silver Council, DuPont Engineering,
Chemical  Manufacturers Association, Specialty Steel Industry of North America, and Kodak, among
others) stated that the current silver LDR standard already minimizes threats to human health and the
environment and, therefore, it should not be lowered. Specifically, the Silver Council and Kodak noted
that silver was included in the TC list of metals solely based on the maximum contaminant  level (MCL)
for silver under the Safe Drinking Water Act, and because the Agency deleted the silver MCL (56 FR
3573) and is further considering deleting silver from the TC list, any new standards for silver should be
withheld until the Office of Solid Waste has completed  its current review of silver's inclusion on the TC
list.

       In response to the Phase IV LDR proposed rules, the Agency did not receive specific treatment
capacity data on DO 11 wastes.  Based on the capacity analysis conducted by the Agency (see Chapter 2),
adequate treatment capacity exists for these wastes.  Therefore, D011-only wastes do not appear to pose
any capacity problems.

       3.6.9   TC Metal-only Mixtures

       As seen in Exhibits 3-5 and 3-6, between approximately 70,000 and 105,000 tons of TC metal-
only nonwastewater mixtures are land disposed, which represents about 8 percent of the upper-bound
estimate and 11 percent of the lower-bound estimate of total surface-disposed TC meta-only wastes,
respectively. As stated in Section 3.3, the quantity of Phase IV TC metal waste that might require
alternative treatment is likely below the lower-bound estimate. Furthermore, the quantity that is eligible
for a capacity variance (i.e., the newly identified waste) is expected to be even smaller. Thus, mixtures
that are discussed in Section 3.3 as possibly resulting in treatment difficulties (but not necessarily
capacity problems) and that are also eligible for a capacity variance likely will be less than  70,000 tons.
Nevertheless, as discussed below, several combinations of potentially problematic mixtures were
identified  that are routinely generated in a number of different industries.

       AFS submitted comments relating to foundry sands that contain up to 5 to 6 percent lead in
addition to cadmium, chromium, and selenium. ABR submitted comments regarding secondary lead
smelters that generate a slag containing lead and other metals from the recycling of batteries.  Mixtures
with combinations of constituents that include arsenic, selenium, chromium, and cadmium  probably have
the greatest potential to affect capacity based on the fact that CWM and Rollins have found mixed waste
streams with these constituents difficult to treat.  However, ETC has been successful treating mixtures
containing these constituents to UTS and believes that the problem could be totally resolved once

                                           Page 3-27

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specific stabilization "formulations" are developed to meet UTS.  The Agency contacted several
commercial treatment facilities to collect data to estimate the time required to comply with the proposed
treatment standards (see Section 2.1). Based on the information collected from these facilities. EPA
believes that the necessary changes to the treatment systems to comply with the proposed treatment
standards could be made in a relatively short amount of time (less than 90 days). Therefore, the Agency-
does not anticipate any capacity problems for wastes containing TC metal mixtures.

       3.6.10  Underlying Hazardous Constituents (UHCs)

       Two general categories of TC metal wastes with UHCs may require alternative treatment as a
result of Phase IV: TC metal wastes with metal UHCs and TC metal wastes with organic UHCs.  The
first type of waste is virtually indistinguishable from the wastes discussed previously, especially those in
Section 3.6.9, and thus are not addressed further here. The second type, organometallic TC metal-only
wastes, are potentially more problematic because of the additional treatment that sometimes is needed.
EPA estimates that approximately 32,441 tons (29,197 metric tons) of organometallic wastes are
generated every year.29 This estimate is within the range of 8,820 tons/year and 51,812 tons/year, which
was obtained by summing the lower- and upper-bound estimates for all surface-disposed organic TC
metal wastes (see Exhibits 3-5 and 3-6).  As discussed in Section 3.3, the Agency believes that most of
these wastes are being stabilized to treat metals and other inorganic constituents and then disposed  in
Subtitle D units. EPA assumes that new waste management practices, as a result of the Phase IV rule,
will involve thermal treatment of the wastes to remove the organics, followed by stabilization and
subsequent Subtitle D disposal. Not all of the organometallic TC  metal wastes will require such
additional treatment because of Phase IV, however, because the organic constituents likely already are
causing treaters to conduct thermal or other treatment prior to stabilization due to the problems that
organics can have on the stabilization process.

       Nevertheless, several commenters expressed concern regarding the treatability of all UHCs in TC
metal wastes. The TDJ Group noted that it is not clear whether the Agency fully considered the
feasibility of achieving the UTS for all UHCs and, in addition, whether such requirements  would be a
prudent use of waste management resources. The Association of Battery Recyclers stated  that the UHCs
in the lead battery slag cannot be treated to the proposed UTS using the stabilization technology.
However, no data were submitted to support these comments.

       Some commenters had stated that the presence of organic  UHCs interfere with the  stabilization
process and, therefore, the TC metals in these wastes could not be treated to the proposed treatment
standards. As discussed above, EPA believes that such interference already is being addressed, at least to
some extent. One commenter, CWM, stated  that new RCRA Subpart CC rules (i.e., for organic air
emissions at treatment facilities) have to be met when considering the treatment of TC metal wastes with
organic UHCs.

       However, the Agency notes that facilities that would be conducting such treatment already would
be meeting such requirements.  The Agency contacted several commercial treatment facilities to obtain
information on the treatability of TC metal wastes with organic UHCs (see Section 2.1). Several
29 USEPA, Regulatory Impact Analyses: Phase IV Land Disposal Restrictions - TC Organometallic Wastes
(Preliminary Draft Report), December I, 1997, Figures 1 and 2.
                                            Page 3-28

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facilities indicated that organic UHCs can be readily treated to the UTS.  For example, a representative
of one CWM facility stated that 75 percent of the wastes managed by CWM are already incinerated to
meet the organic LDRs prior to metals treatment. The Agency also notes that, as discussed in Chapter 2.
approximately 981,500 tons/year of combustion capacity is available. This capacity can be utilized for
any organometallic wastes that still require pretreatment by combustion to meet Phase IV LDRs.  In
addition, as discussed in Section 3.4, other types of thermal treatment (e.g., thermal desorption) may be
used for pretreatment of organometallic wastes.

        In summary, the Agency believes that TC metal wastes containing organic UHCs are amenable
to thermal treatment prior to stabilization, and since adequate thermal treatment (and probably some
stabilization and other technologies) capacity is available for organics, treatment of TC metal wastes
containing organic UHCs are expected to pose few problems in terms of capacity (except, perhaps, for
relatively minor logistics and timing issues).
3.7     SUMMARY OF RESULTS

        As discussed above, EPA estimates that approximately 0.7 to 1.3 million tons (0.64 to 1.2 million
metric tons) of TC metal wastes are surface disposed per year. Because many of these wastes are
believed to already be meeting the new treatment standards, or will otherwise undergo waste segregation
and minimization prior to the LDRs, a much smaller quantity likely would require alternative treatment
as a result of promulgation of today's rule. Furthermore, approximately 260,000 tons/year30 of these
wastes are newly identified TC metal wastes (i.e., wastes that are not or would not be hazardous using
the EP), while the remainder are EP hazardous TC metal wastes.  As discussed in Sections 3.3,3.4, and
3.6, both types of waste are expected to primarily only require optimization of existing stabilization
formulations and systems. For example, the majority of the newly identified TC metal wastes are
currently being treated to TC levels because it is generally more economical to treat the TC metal wastes
to TC levels and dispose the waste  in Subtitle D  landfills rather than to manage the waste untreated in
Subtitle C landfills. Such treatment already meets, or substantially meets, the new treatment standards.
Also, for arsenic and mercury, the UTS are equivalent to the TC levels and therefore will require no
changes in treatment capacity (except to the extent treatment system optimization is needed to meet UTS
for UHCs). Nevertheless, for any newly identified wastes that are currently being land disposed without
treatment or for any new treatment residues resulting from thermal treatment of TC metal wastes
containing organic UHCs, as noted in Chapter 2, at least several million tons/year of commercial
stabilization and other capacity is available. Based on these results, the Agency is not granting a national
capacity variance for the newly identified TC metal  wastes, including soil and debris, covered by today's
rule (beyond the 90 days allowed prior to the effective date of rule).

        Regarding the EP hazardous TC metal wastes (i.e., the TC metal wastes that are not newly
identified), the Agency examined data provided by commenters and  obtained during site visits to
commercial treatment facilities (as discussed in Chapter 2), and believes that the proposed treatment
standards are routinely achievable using current treatment technologies such as stabilization. Also, some
30 Based on data (primarily lead slag) provided by the commenters in response to the original proposed rule. No
data were provided on other newly identified TC metal wastes, and their quantities are assumed to be much lower.
                                            Page 3-29

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capacity for vitrification and HTMR also exists to treat the otherwise difficult-to-treat TC metal wastes.
and sufficient combustion capacity exists to pre-treat TC metal wastes that contain organic UHCs (see
Chapter 2). In addition, the majority of the TC metal wastes are already being treated to the TC and. to a
large extent, UTS levels. Thus, very little time is needed for treaters to implement modifications (e.g..
developing new waste-specific stabilization formulations) to their treatment systems.

        As discussed in Section 3.5, the Agency recognizes the lack of available capacity for mixed
radioactive TC metal wastes, including soil and debris, and thus is granting a two-year national capacity
variance.

        The Agency notes that if generators of newly identified wastes (i.e., wastes that do not fail the EP
test, and, consequently, were not part of the Third Third LDR Rule) cannot obtain adequate treatment for
specific wastes, then the generators of these wastes may apply for a capacity variance extension per 40
CFR 268.5 on a case-by-case basis.  Wastes regulated in the Third Third LDR Rule (i.e., wastes that fail
the EP test) are not eligible for capacity variances because the extension provided in that rulemaking has
already expired. Furthermore, if treaters of TC metal wastes (i.e., newly identified wastes as well as
those wastes regulated in the Third Third Rule) have difficulties in treating specific wastes, the treaters
may apply for a treatability variance under 40 CFR 268.44.  Finally, for contaminated soil, a  new site-
specific, risk-based variance for the technology-based alternative soil treatment standards.  This variance
can be used when treatment to concentrations of hazardous constituents that are greater (i.e.,  higher) than
those specified in the alternative soil treatment standards is shown to minimize short- and long-term
threats to human health and the environment.  In this way, on a case-by-case basis, risk-based LDR
treatment standards approved through a variance  process could "cap" the technology-based treatment
standards.
                                             Page 3-30

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                                         CHAPTER 4
 CAPACITY ANALYSIS FOR THE NEWLY IDENTIFIED MINERAL PROCESSING WASTES
       This chapter describes the capacity analysis for the newly identified mineral processing wastes
covered by today's Phase IV LDR Final Rule.  The purpose of this analysis is to estimate the demand for
commercial treatment/recovery for the newly identified mineral processing wastes and to determine the
effective date of the Phase IV LDRs for these waste streams.  This chapter is organized into the
following six sections:

              Section 4.1: Regulatory Background, provides the regulatory background and
               identifies the universe of mineral processing wastes covered by this rule;

              Section 4.2: Data Sources, describes the data sources used for the capacity analysis;

              Section 4.3: Methodology and Assumptions, discusses the analysis of required
               capacity for the newly identified mineral processing wastes;

              Section 4.4: Soil and Debris Contaminated with Newly Identified Mineral
               Processing Wastes, discusses soil and debris contaminated with newly identified
               mineral processing wastes;

              Section 4.5: Mixed RCRA/Radioactive Wastes, addresses mixed radioactive mineral
               processing wastes; and

              Section 4.6: Summary of Results, summarizes the results of the capacity analysis and
               provides a discussion of the capacity variance decisions.
4.1    REGULATORY BACKGROUND

    .   Under section 8002 of the 1980 Amendments to RCRA, commonly referred to as the Bevill
Amendment, wastes from extraction, beneficiation, and mineral processing operations were excluded
from regulation as hazardous wastes under Subtitle C pending further study. Mineral processing wastes
were considered unique by Congress because they are often generated in large volumes and thought to be
of low hazard and less amenable to standard treatment technologies than other Subtitle C wastes. The
Bevill Amendment required the Agency to present its findings in a Report to Congress and to issue a
regulatory determination based on this study.

       In order to comply with the Bevill Amendment, EPA decided to conduct two separate studies.
The first study addressed wastes from extraction and beneficiation operations. The Agency completed
its study on extraction and beneficiation wastes in 1985 and issued a regulatory determination in 1986
removing these wastes from Subtitle C regulation.  The second study addressed the mineral processing
wastes. Several Court challenges to EPA's regulatory approach delayed completion of the mineral
processing study and limited the study to high-volume, low-hazard wastes referred to as "special wastes".

       The Agency established the criteria for what constitutes a "special waste" in a September 1, 1989
rulemaking (54 FR 36592) and permanently removed all but 25 mineral processing wastes  from the


                                           Page 4-1

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 Bevill exclusion.  Five more wastes were removed from the exclusion in a second rulemaking
 promulgated on January 23,1990 (55 FR 2322).  All waste streams removed from the Bevill exclusion
 (i.e., "de-Bevilled" wastes) and subsequently found to exhibit any of the RCRA hazardous characteristics
 (e.g., corrosivity,  ignitability, reactivity, or toxicity) became subject to RCRA Subtitle C requirements.

         In addition to the above wastes, five wastes (K064-K066, K090-K091) generated from primary
 metal smelters were listed as hazardous wastes on May  19, 1980 (45 FR 33112) and on July 16, 1980 (45
 7=7? 47832).' EPA suspended the listings for these smelter wastes on November 12, 1980 (45 FR 76618)
 and on January 16, 1981, because these wastes appeared to be within the scope of the Bevill exclusion.2
 During  1984, several environmental organizations challenged EPA's failure to comply with the terms of
 the Bevill Amendment. [Concerned Citizens of Adamstown v. EPA, Civ. No. 84-3041 (D.D.C.)] As a
 result, the court ordered EPA to take action on a planned rulemaking reinterpreting the scope of the
 mining waste exclusion. Under court order, EPA proposed to narrow the scope of the exclusion by
 relisting the five metal smelting wastes, among other things (50 FR 40292, October 2,1985). On
 October 9, 1986, however, the Agency announced that it was withdrawing its reinterpretation due to
 definitional problems EPA faced in determining how to group and classify the wastes (51 FR 36233).
 This withdrawal of the proposed reinterpretation effectively continued the suspension of the five smelter
 waste listings. This action was also challenged by environmental organizations [EOF v. EPA, No.  86-
 1584 (D.C. Cir.)]. The Court directed EPA to relist the smelter wastes by August 31, 1988.  Therefore,
 EPA reinstated the hazardous waste listings for these five wastes associated with smelting operations.
 The relisting was subsequently challenged by the American Mining Congress on the grounds that EPA
 failed to give an adequate reasoned explanation for its decision to relist the wastes [AMC et al. v. U.S.
 EPA, Nos. 88-1835 et al. (D.C. Cir.)].  During July 1990, the court remanded the five smelting wastes for
 further consideration and explanation by the Agency with respect to the basis for the relisting.

         In today's rulemaking, the Agency is not going to re-list the five wastes (K064-K066, K090-
 K091) generated from primary metal smelters as hazardous. The Agency will, instead, regulate these
 wastes according to their hazardous characteristics. Thus, the regulatory status of these wastes does not
 differ from the "de-Bevilled" wastes and, therefore, these wastes are included in the present capacity
 analysis.

         In various Phase IV LDR proposed rules (61 FR 2338, January 25,1996; 61 FR 21418, May 10,
 1996; 62 FR 26041, May 12,1997), EPA proposed to apply the UTS to the newly identified mineral
 processing wastes (i.e., "de-Bevilled" wastes). Today's rule establishes treatment standards for these
 mineral processing wastes.
 1 A total of eight waste streams generated from metal smelting operations were listed.  In 1985, however, EPA
 determined that K.067 and K068 do not meet the current definitions of solid waste; therefore, these wastes are no
 longer listed (SO FR 40296, October 2, 1985).  In addition, K088, which was relisted in 1988 and not affected by the
 court ruling, was addressed in the Phase III  rule (60 FR \ 1701, March 2,1995).

 2 On October 21,1980, Congress enacted a law that included various amendments to RCRA. Section 7 of these
 amendments (the "Bevill Amendment") amended 3001 of RCRA to exclude "solid waste from the extraction,
 beneficiation, and processing of ores and minerals" from regulation as hazardous wastes under Subtitle C of RCRA
 pending the completion of studies of these wastes to determine what adverse effects they had on human health and
. the environment, if any.
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        Finally, as discussed previously in Section 3.1, the Land Disposal Program Flexibility Act of
 1996 (LDPFA) provides an exemption from treatment of LJHCs to UTS for land-disposed hazardous
 characteristic wastes if the wastes are decharacterized and managed by Clean Water Act (CWA) or
 equivalent systems. The hazardous waste characteristic can be removed by any means, including
 dilution or other deactivation through aggregation of different waste streams preceding land disposal.
 Thus, newly identified mineral processing wastes that are managed in CWA or equivalent systems,
 which constitute practically all of the characteristic wastewaters (as determined during the Phase III LDR
 capacity analysis; 61 FR 1S565, April 8,  1996) only have to meet characteristic  levels prior to land
 disposal, a practice already required by RCRA Subtitle C permitting requirements (40 CFR Pans 264 and
 265).
4.2     DATA SOURCES

        EPA has collected considerable information on the mineral processing industry, including data
on waste volumes generated, waste characteristics, and waste management practices.  These data
collection efforts have included formal and informal surveys, site visits, sampling, literature searches,
and analyses of public comments to proposed rulemakings.  As a result of these data collection efforts,
the Agency has developed a large body of data on mineral processing industry wastes and management
practices.3 The following sections describe the primary data sources used to develop the mineral
processing capacity data set, which was used to perform the capacity analysis.

        4.2.1  ANPRM Comments

        EPA received eleven comments to the October 24, 1991 Advanced Notice of Proposed
Rulemaking (ANPRM) (56 FR 55160) from trade associations and mineral producers relevant to de-
Bevilled mineral processing wastes.  Their comments addressed such issues as treatment standards,
waste characteristics, management practices, and available and required capacity.  EPA used the
characterization data provided to supplement the characterization information the Agency already had on
these wastes. The pertinent information on available and required capacity and waste management are
discussed in the applicable sections below.

        4.2.2  National Survey of Solid Waste from Mineral Processing Facilities (RTI Survey)

        In February 1989, EPA administered a written questionnaire to the operators of all facilities that,
to the Agency's knowledge, generated one or more of the ore and mineral processing waste streams that
the Agency was considering retaining within the Bevill exclusion at that time. This survey, known as the
RTI Survey (for Research Triangle Institute, who conducted the survey), included approximately 300
questions, and was distributed to the operators of about 200 mineral processing facilities.  Despite certain
limitations (described below), the RTI Survey represents the single most comprehensive source of
available data on mineral processing waste generation and management.
5 For additional information, see USEPA's Identification and Description of Mineral Processing Commodity
Sectors and Waste Streams - Interim Final Document, Office of Solid Waste, March 15,1995.

                                            Page 4-3

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        It should be noted that the RTI Survey was designed and conducted before the regulatory
definition of "special waste" was finalized, and only a high volume criterion was used as a basis for
inclusion. Forty-two of the wastes included in the RTI Survey have since been removed from the Bevill
exclusion, and are expected to be hazardous. The Survey, however, did not include many low-volume
mineral processing waste streams which comprise a significant proportion of the potentially hazardous
wastes and which could be important for the capacity analysis. Available information on these waste
streams is much less complete.  For these wastes, EPA generally does not have recent facility-specific
data on waste quantities generated.

        The RTI Survey was designed to elicit information on operational characteristics of individual
facilities, on sources and quantities of wastes, and on current and alternative waste management
practices. Several questions requested data on waste characteristics. In each of these questions, respon-
dents were given a list of 82 constituents and asked to report the average total concentration of up to 15
of the constituents for each waste stream (defined by the processing unit from which the waste stream
was generated).  Respondents were allowed to base their answers either on test results or on general
knowledge of the stream in question and were not required to conduct additional testing or to document
the  basis for their answer.  The RTI  Survey consisted of nine sections, of which four sections had
questions pertaining to waste characteristics. These four sections are described below:

              Section 2 - Processing units that  generate a special waste. The questions in Section 2 of
               the RTI Survey focused on individual units in the production process. Facilities were
               required to complete a Section 2  question set for each special waste generated. The RTI
               Survey specifically  requested information about 47 special wastes, although some
               facilities provided information about additional wastes not specifically identified in the
               Survey.  Pertinent questions requested the name of the waste stream, the name of the
               processing unit generating that waste, and the characteristics of that waste stream.

              Section 3 - Processing units that  receive a special waste. Section 3 asked questions
               about on-site operating units that utilized one or more special wastes as feedstocks, and
               produced final or intermediate products (i.e., materials of value). Section 3 asked
               respondents to identify the processing unit and as many as eight of the material inputs
               (special waste or not) to the unit  and to list any (up to six) residues generated by the
               processing unit. The names of residues listed in actual survey responses varied by
               facility.  Even facilities in the same industry sector with similar operations may have  had
               widely differing residues due to differences in nomenclature and in interpretation of the
               particular question,  making it difficult to identify similar waste streams. Questions in
               Section 3 asked for  the composition of "the liquid residue" and "the solid residue"
               generated by the unit, but the responses often could not be traced to a precise waste
               stream.

              Section 4 - Wastewater treatment plants that receive a special waste. Pertinent questions
               in Section 4 asked facilities to identify the wastewater treatment plant in question, list up
               to ten inflows to the plant (special waste or not), and give characteristics of the "liquid
               outflows" and of the "sludge/solid outflows".
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               Section 5 - Surface impoundments that receive a special waste. The format of Section 5
               is similar to Section 4. Facilities were asked to identify the surface impoundment, list
               inflows (special waste or not), and provide characteristics of "liquids removed from the
               surface impoundment" and "sludge/solids removed from the surface impoundment." In
               many cases the inflow information indicated that special wastes were combined with
               other wastes (sometimes other special wastes), making it difficult to categorize the data
               as applying to an individual special waste stream.  In addition, it was often difficult to
               ascertain whether the surface impoundment functioned as a holding pond for untreated
               wastes, a holding pond for treated wastes, or a treatment pond. Again, variations from
               facility to facility made it difficult to draw general conclusions about the inputs and
               outputs of these units.

        4.2.3   Comments on Bevill Rules

        EPA proposed, re-proposed, and promulgated several rules related to the 1980 Bevill
Amendment. These regulatory actions defined the scope of the Bevill exemption and ultimately
determined which waste streams would become subject to Subtitle C regulation. In response to the
various proposals and specific requests for information on waste generation and management, public
commenters submitted data for specific waste streams for the Agency's use in developing final regulator)'
actions. For some sectors, these data are the only available information on waste generation used for the
present capacity analysis.

        4.2.4   EPA Sampling Data

        EPA's Offices of Solid Waste (OSW) and Research and Development (ORD) both conducted
sampling and analysis efforts. EPA Sampling Data includes analytical data on samples obtained and
analyzed by EPA in 1989.

        OSW sampled 36 mineral processing facilities in 16 industry sectors as part of its effort to define
the scope of the Bevill exclusion. Samples were collected for 42 waste streams at the point of waste
generation from at least two facilities in each sector (except for waste types that were only generated by a
single facility).  In general, the wastes also were sampled as managed (e.g., after treatment or disposal).
Each sample was analyzed using the extraction procedure (EP) and the synthetic precipitation leaching
procedure (SPLP)4 tests and also analyzed for total concentration.  In some cases,  wastes were analyzed
for various organics, pH, and radioactivity.

        ORD collected data to support a series of reports characterizing waste streams and facilities in
eight industry sectors.  The types of data compiled from this effort varied with the individual report, but
in most cases they were similar to that collected by OSW.

        4.2.5   RCRA 3007 Data (1989)

        In 1989, EPA issued a formal request, under authority of RCRA 3007, requesting all mineral
processing facilities to  submit any currently available information  on the characteristics of the special
4 The Synthetic Precipitation Leaching Procedure (SPLP, Method 1312) is the basis of one of two low hazard
criteria used to screen waste eligibility under the Bevill exclusion. The second criterion is pH.

                                            Page 4-5

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mineral processing wastes generated at the facility. EPA requested these data as part of an effort to
augment existing EPA waste characterization data and to give the facilities affected by the Mining Waste
exclusion an opportunity for meaningful input into the Agency's evaluation of these wastes.  Operators
were notified that failure to respond to the information request might lead to penalties under RCRA
3008(a).

        The 3007 letter specifically requested all existing data collected since January 1, 1984 on the
physical and chemical composition, radioactivity, and pH of candidate wastes. Existing data from
extraction-type tests, particularly from SPLP and EP toxicity leach tests, were also requested. In some
cases, facility operators had few or none of the requested data, or had reason to believe that existing data
were not representative of wastes as currently generated. In these cases, facility operators were allowed
to voluntarily collect new data through sampling and analysis.

        EPA received responses to its data request from 228 facilities in 22 industry sectors. Facility
operators responded in a number of different ways, up to and including submitting hundreds of pages of
data from weekly or daily monitoring. Although the 3007 letter requested that all data submitted
indicate the type of waste to which they apply, and the analytical method(s) used, this instruction was not
always followed. In some cases, the identity of the waste stream and/or the testing method used was not
clear.

        4.2.6   Data from Effluent Guidelines Development Documents

        EPA's Office of Water collected data, under section  308 of the Clean Water Act (CWA), in
support of the effluent guidelines and pretreatment standards development process.  These data are
presented in the effluent limitations guidelines and standards documents for each industry. The mineral
processing characterization data set compiled by EPA includes data from these industry specific
documents.

        4.2.7   RCRA 3007 Data (1994)

        In December 1994, EPA issued a formal request under the authority of RCRA  3007, requesting
ASARCO to submit currently available information on the mineral processing waste generation,
composition, management, and treatment practices. ASARCO submitted the requested information for
seven facilities as Confidential Business Information (CBI).  These data are used in the present analysis,
but masked to maintain confidentiality.

        4.2.8   Comments to the Phase IV LDR Proposed Rules

        In various Phase IV LDR proposed rules (61 FR 2338, January 25,1996; 61 FT? 21418, May 10,
1996; and 62 FR 26041, May 12, 1997), EPA proposed to apply the UTS to the newly identified mineral
processing wastes (i.e., de-Bevilled mineral processing wastes that exhibit a characteristic and are not
excluded from being solid wastes due to recycling). The Agency requested the public to provide data on
the required and available capacity for wastes covered by the Phase IV LDR rule.

        In response to the Phase IV LDR proposals, FMC Corporation submitted data on  elemental
phosphorus mineral processing wastes generated at their Pocatello, Idaho facility. The commenter stated
that these waste streams pose unique treatability problems (e.g., due to the presence of naturally


                                            Page 4-6

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occurring radioactive materials) and requested a two-year national capacity variance for these waste
streams.  On November 10, 1997, the Agency published a Notice of Data Availability (NODA) in which
it made available to the public new data submitted by FMC Corporation and requested comments on
these data and a two-year national capacity variance on these wastes.

       In addition to FMC Corporation, several other commenters provided capacity information to
EPA. All applicable comments and data received in response to the various Phase IV LDR proposals are
included  in the capacity analysis described in this document.

       4.2.9   Other Data Sources

       Various other rulemakings and reports were consulted for this study, including the sources listed
below:

              Bevill Mineral Processing Reinterpretation Rule (54 FR 36592, September 1, 1989) and
               Background Document;

               Mining Waste Exclusion Proposed Rule (54 FR 39298, September 25, 1989);

               Mining Waste Exclusion Final Rule (55 FR 2322, January 23, 1990);

              PEI Associates, Overview of Solid Waste Generation, Management, and Chemical
               Characteristics: Primary Antimony, Magnesium, Tin and Titanium Smelting and
              Refining Industries, December, 1984;

              Draft Report to Congress, Solid Wastes from Selected Metallic Ore Processing
               Operations, July 15, 1988;

              Radian Corporation, Overview of Solid Waste Generation, Management, and Chemical
               Characteristics in the Bauxite Refining and Primary Aluminum Industry, November,
               1984; and

              EPA Office of Solid Waste, Waste Identification Branch, Investigative Study to
               Determine Viable Options to the Remand of Mining and Smelting Wastes (unpublished
               draft), 1992.


4.3    METHODOLOGY AND ASSUMPTIONS

       This section provides an overall description of the methodology and assumptions used to
estimate the quantities of newly identified mineral processing wastes that will require alternative
treatment as a result of the Phase IV LDR rule.  For a detailed discussion on the methodology and
assumptions used to estimate these quantities, refer to USEPA, Application of the Phase IV Land
Disposal Restrictions to Newly Identified Mineral Processing Wastes: Regulatory Impact Analysis, April
1998(RIA).
                                           Page 4-7

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       EPA used several data sources (described in Section 4.2) to characterize the universe of wastes
affected by the Phase IV LDR Final Rule.  Exhibit 4-1 lists the potentially affected waste streams by
mineral processing sector, shows the estimated quantity generated, and identifies whether the
constituents exceed the TC metal or characteristic regulatory levels (information provided in this exhibit
is based on baseline data used in the RIA). The data provided in Exhibit 4-1 are based on the following
conventions:

       Waste Quantities:

              The waste quantity generated includes both estimated and reported values.  Estimated .
               values are provided as a range (minimum, expected, and maximum). Reported values
               are point estimates (and therefore the same value is used for minimum, expected, and
               maximum). These generated quantities may be recycled and/or disposed.

       Hazardous Characteristics:

              "Y" means EPA has actual analytical data demonstrating that the waste exhibits one or
               more of the RCRA hazardous characteristics.

              "Y?"  means that EPA, based on professional judgment, believes that the  waste may
               exhibit one or more of the RCRA hazardous characteristics.

              "N" indicates that the waste probably does not exhibit one or more of the RCRA
               hazardous characteristics.

              "N?"  indicates that insufficient data are available to analyze.  Based on general
               knowledge of the industry, however, EPA believes that the waste probably does not
               exhibit one or more of the RCRA hazardous characteristics.

       Recycling Status:

              "Y" means that EPA has information indicating that the waste stream is fully recycled.

              "Y?"  means that EPA, based on professional judgment, believes that the  waste stream
               could be fully recycled.

              "YS" means that EPA has information to show that the waste stream is partially
               recycled.

              "YS?" means that EPA has information to believe that the waste stream could be
               partially recycled.

       Waste Form:

              Key for Waste Form: 1  = waste with less than 1 percent total suspended solids (TSS)
               (wastewater); 2 = waste with 1  to 10 percent TSS (liquid nonwastewater); 3 = waste with
               greater than 10 percent TSS (nonwastewater).


                                            Page 4-8

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                   EXHIBIT 4-1
MINERAL PROCESSING WASTES BY COMMODITY SECTOR
Commodity
Alumina and Aluminum'

Antimony


Beryllium


Bismuth









Cadmium










Calcium
Waste Stream
Cast house dust
Electrolysis waste
Autoclave filtrate
Stripped anolyte solids
Slag and furnace residue
Chip treatment wastewaler
Spent barren filtrate
Filtration discard
Alloy residues
Spent caustic soda
Electrolytic slimes
Lead and zinc chlorides
Metal chloride residues
Slag
Spent electrolyte
Spent soda solution
Waste acid solutions
Waste adds
Caustic washwater
Copper and lead sulfate filter cakes
Copper removal filter cake
Iron containing Impurities
Spent leach solution
Lead sulfate waste
Post-leach filler cake
Spent purification solution
Scrubber wastewater
Spent electrolyte
Zinc precipitates
Dust wilh quicklime
Reported
Generation
(lOOOmVyr)
19
58
NA
0.19
21
NA
55
NA
NA
NA
NA
NA
3
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
0.04
Est./Reported
Generation (lOOOmt/yr)
Mm
19
58
0.32
0.19
21
0.2
55
0.2
0.1
0.1
0
0.1
3
0.1
0.1
0.1
0.1
0
0.19
0.19
0.19
0.19
0.19
0.19
0.19
0.19
0.19
0.19
0.19
0.04
Avg.
19
58
27
0.19
21
100
55
45
3
8.1
0.02
3
3
1
6.1
8.1
8.1
0.1
1.9
1.9
1.9
1.9
1.9
. 19
1.9
1.9
1.9
1.9
1.9
0.04
Max
19
58
54
0.19
21
2000
55
90
8
12
0.2
6
3
10
12
12
12
0.2
19
19
19
19
19
19
19
19
19
19
19
0.04
Number
of Facilities
With Process
23
23
8
2
8
2
1
2
1
1
1
1
1
1
1
1
1
1
2
2
2
2
2
2
2
2
2
2
2
1
TC Metals
As


Y?
Y?


















Y?







Ba






























Cd
Y

Y?















Y7
Y?
Y?
Y?
Y?
Y?
Y7
Y?
Y?
Y?
Y?

Cr





Y?
























Pb

Y?
Y?

Y?


Y?
Y?
Y?
Y?
Y?
Y7
Y7
Y7
Y7



Y7


Y7
Y7






Hg
Y

Y7



























So






Y























Ag






























Corr
N7
N7
Y7
N7
N7
N7
N7
N7
N7
N7
N7
N7
N7
N7
N7
Y7
Y7
Y7
Y7
N7
N7
N7
Y7
N7
N7
Y7
Y?
Y?
N?
Y7
Ignlt
N7
N7
N?
N7
N?
N7
N7
N7
N?
N?
N7
N7
N?
N7
N7
N7
N7
N7
N7
N7
N?
N?
N7
N7
N7
N?
N7
N?
N7
N?
Rctv
N?
N7
N7
N7
N?
N7
N?
N7
N?
N7
N7
N7
N7
N7
N7
N7
N7
N7
N?
N7
N?
N7
N7
N7 !
N?
N7
N?
N7
N?
N7
Current
Recycle
Y7
Y7
YS?
Y
N
YS7
YS
N
N
Y?
Y7
N
N
N
N
Y7
N
YS7
Y?
Y7
Y7
N
Y7
Y7
N
N
Y7
N
Y?
Y
Waste
Form
3
3
1
3
3
1
1
3
3
2
3
3
.3
3
2
1 <
1 '
1 .
1 i
3 
3 :
3 ;
2 '
3
3
1 
1 '
2
3
3
                   Page 4-9

-------
                EXHIBIT 4-1 (continued)
MINERAL PROCESSING WASTES BY COMMODITY SECTOR
Commodity
Chromium and
errochromium

Coal Gas
Copper


Elemental Phosphorus





:luorspar and
Hydrofluoric Acid
3ermanium





Lead






Waste Stream
Electrostatic preclpltator (ESP) dust
Gas control tower (GCT) sludge
Multiple effects evaporator concentrate
Acid plant blowdown
Wastewater treatment plant (WWTP)
sludge
Spent Furnace Brick
Andersen Filter Media
Preoipitator slurry
Non-Hazardous Slurry Assurance
Precipltalor (NOSAP) slurry
Phossy Water
Furnace scrubber blowdown
Furnace Building Washdown
Off-spec fluoslllcic acid
Waste add wash and rinse water
Chlorinator wet air pollution control
sludge
Hydrolysis filtrate
Leach residues
Spent acid/leachate
Waste still liquor
Acid plant sludge
Baghouse incinerator ash
Slurried air pollution control device
(APC) Dust
Solid residues
Spent furnace brick
Stockpiled miscellaneous plant waste
WWTP liquid effluent
Reported
Generation
(lOOOmt/yr)
3
NA
NA
5300
e
3
0.46
160
160
670
410
700
NA
NA
NA
NA
0.01
NA
NA
14
NA
7
0.4
1
NA
2600
Est./Reported
Generation (lOOOmt/yr)
Mm
3
0.03
0
5300
6
3
0.46
160
160
670
410
700
0
0.4
0.01
0.01
0.01
0.4
0.01
14
0.3
7
0.4
1
0.3
2600
Avg.
3
0.3
0
5300
6
3
0.46
160
160
670
410
700
15
2.2
0.21
0.21
0.01
2.2
0.21
14
3
7
0.4
1
67
2600
Max
3
3
65
5300
6
3
0.46
160
160
670
410
700
44
4
0.4
0.4
0.01
4
0.4
14
30
7
0.4
1
130
2600
Number
of Facilities
with Process
1
1
1
10
10
10
2
2
2
2
2
2
3
4
4
4
3
4
4
3
3
3
3
3
3
3
TC Metals
As


Y
Y









Y?
Y?
Y?

Y?
Y?







Ba


























Cd




Y?

Y
Y?

Y?
Y
Y

Y?
Y?
Y?
Y?

Y?

Y
Y


Y

Cr
Y
Y?



Y







Y?
Y?
Y?


Y7







Pb




Y?








Y?
Y?
Y7
Y?
Y?
Y?

Y
Y
Y?
Y
Y
Y?
Hg


























Se
Y

Y










Y?
Y?
Y?


Y?







Ag













Y?
Y?
Y?


Y?







Corr
N?
N?
N?
Y
N?
N?
N?
N?
N?
N?
Y
N?
Y?
Y?
N?
N?
N?
Y?
N?
Y?
N?
N?
N?
N?
N?
Y?
Ignlt
N?
N?
N?
N?
N?
N?
N?
Y
N?
Y
N?
N?
N?
N?
N?
N?
N?
N?
Y?
N?
N?
N?
N?
N?
N?
N?
Rctv
N?
N?
N?
N?
N?
N?
N?
Y
Y
Y
N?
N?
N?
N?
N?
N?
N?
N?
N?
N?
N?
N?
N?
N?
N?
N?
Current
Recycfe
YS
Y
YS
YS
YS
Y?
N
YS
N
YS
Y
Y
YS
YS?
YS?
N
N
YS?
N
Y?
N
Y
Y?
Y
YS?
Y
Waste
Form
3
3
2
2
3
3
3
2
2
2
1
1
1
1
3
3
3
1
3
3
3
' t
3 \
3
3
1
                      Page 4-10

-------
               EXHIBIT 4-1 (continued)
MINERAL PROCESSING WASTES BY COMMODITY SECTOR
Commodity
Magnesium and
Magnesia from Brines

Mercury


Molybdenum.
Ferromolybdenum. and
Ammonium Molybdale

Platinum Group Metals


Rare Earths





Rhenium

Scandium

Selenium




Waste Stream
Cast house dust
Smut
Dust
Quench water
Furnace residue
Flue dust/gases
Liquid residues
Slag
Spent acids
Spent solvents
Spent ammonium nitrate processing
solution
Electrolytic cell caustic wet APC sludge
Process wastewater
Spent scrubber liquor
Solvent extraction crud
Wastewater from caustic wet APC
Spent barren scrubber liquor
Spent rhenium raffinate
Spent acids
Spent solvents from solvent extraction
Spent filler cake
Plant process wastewater
Slag
Tellurium slime wastes
Waste solids
Reported
Generation
(lOOOmt/yr)
NA
26
0.007
NA
0.077
NA
1
NA
NA
NA
14
NA
7
NA
NA
NA
NA
88
NA
NA
NA
66
NA
NA
NA
Est./Reported
Generation (tOOOmVyr)
Mln
0.08
26
0.01
63
0.08
1.1
1
0
0.3
0.3
14
0.07
7
0.1
0.1
0.1
0
88
0.7
0.7
0.05
66
0.05
0.05
0.05
Avg.
0.76
26
0.01
77
0.08
250
1
0.05
1.7
1.7
14
0.7
7
500
2.3
500
0.1
88
3.9
3.9
0.5
66
0.5
0.5
0.5
Max
7.6
26
0.007
420
0.077
500
1
0.46
3
3
14
7
7
1000
4.5
1000
0.2
88
7
7
5
66
5
5
5
Number
of Facilities
with Process
1
2
7
7
7
11
2
3
3
3
1
1
1
1
1
1
2
2
7
7
3
2
3
3
3
TC Metals
As






Y?


















Ba
Y?
Y























Cd






Y?


















Cr















Y?









Pb



Y?

Y?
Y?
Y?
Y?
Y?


Y


Y?

Y?



Y



Hg


Y?
Y7
Y?




















Se






Y?
Y?








Y?



Y?

Y?
Y?
Y?
Ag








Y?
Y?















Corr
N?
N?
N7
N?
N7
N7
N?
N?
Y?
N7
Y
Y7
Y?
Y?
N?
Y?
N?
N?
Y?
N?
N?
Y
N7
N
N7
Ignlt
N?
N7
N7
N?
N7
N?
N7
N?
N?
Y?
N?
N?
N?
N?
Y?
N?
N
N7
N?
Y?
N7
N?
N?
N7
N?
Rctv
N?
N7
N7
N7
N7
N7
N?
N7
N7
N7
N7
N?
N?
N7
N7
N?
N
N7
N7
N7
N?
N?
N7
N7
N7
Current
Recycle
Y?
N
N
Y7
N
N
N
Y?
N
N
N
Y
YS?
YS?
N
YS?
Y?
N
N
Y?
Y?
YS7
YS?
Y7
N
Waste
Form
3
3
3
1
3
3 I
1
3
1
1
1
3
1
1
3
1
1
3
1
1
3
1
3
3
3
                      Page 4-11

-------
               EXHIBIT 4-1 (continued)
MINERAL PROCESSING WASTES BY COMMODITY SECTOR
Commodity
Synthetic Rutile


Tantalum. Columbium.
and Ferrocolumbium


Tellurium



Titanium and Titanium
Dioxide







Tungsten

Uranium




Waste Stream
Spent iron oxide slurry
APC dust/sludges
Spent add solution
Digester sludge
Process wastewater
Spent raffinate solids
Slag
Solid waste residues
Waste electrolyte
Wastewater
Pickle liquor and wash water
Scrap milling scrubber water
Smut (ram Mg recovery
Leach liquor and sponge wash water
Spent surface impoundment liquids
Spent surface impoundments solids
Waste adds (Sulfate process)
WWTP sludge/solids
Spent add and rinse water
Process wastewater
Waste nitric acid from uranium dioxide
(UO,) production
Vaporizer condensate
Superheater condensate
Slag
Uranium chips from ingot production
Reported
Generation
(lOOOmt/yr)
45
30.
30
1
150
2
NA
NA
NA
NA
NA
NA
NA
NA
NA
36
NA
420
NA
NA
NA
NA
NA
NA
NA
Est./Reported
Generation (lOOOmt/yr)
Mln
45
30
30
1
150
2
0.2
0.2
0.2
0.2
2.2
4
0.1
380
0.63
36
0.2
420
0
2.2
1.7
1.7
1.7
0
1.7
Avfl.
45
30
30
1
150
2
2
2
2
20
2.7
5
22
480
3.4
36
39
420
0
4.4
2.5
9.3
9.3
8.5
2.5
Max
45
30
30
1
150
2
9
9
20
40
3.2
6
45
580
6.7
36
77
420
21
9
3.4
17
17
17
3.4
Number
of Facilities
with Process
1
1
1
2
2
2
2
2
2
2
3
1
2
2
7
7
2
7
6
6
17
17
17
17
17
TC Metals
As




Y?











Y








Ba

























Cd
Y?
Y?
Y?

Y?





Y?
Y7













Cr
Y7
Y?
Y?

Y?





Y?
Y7

Y?
Y?
Y?
Y
Y?







Pb




Y?



Y?

Y?
Y?

Y?
Y?
Y?









Hg

























Se




Y?

Y?
Y?
Y?
Y?

Y?




Y








Ag
















Y








Corr
N?
N?
Y?
Y?
Y
Y?
N7
N?
N?
Y?
Y?
N?
N?
Y
N?
N?
Y
N
Y?
Y?
Y?
Y?
Y?
N?
N7
Ignlt
N?
N?
N?
N? .
N?
N?
N?
N?
N?
N?
N?
N?
N?
N?
N?
N?
N
N
N?
N?
N?
N?
N?
Y7
Y7
Rctv
N7
N7
N7
N7
N7
N7
N?
N7
N?
N?
N7
N7
Y
N?
N7
N7
N
N
N7
N7
N?
N7
N?
N?
N7
Current
Recycle
YS?
Y
Y
N
Y7
N
YS7
N
N
Y
YS7
YS7
Y7
YS?
Y?
N
N
N
YS7
YS7
YS7
 N
N
Y
Y?
Waste
Form
3
3
1
3
2
3
3
3
1
1
1
1
3
1
1
3
1
3
1
1
1
1
1
3
3
                      Page 4-1?

-------
               EXHIBIT 4-1 (continued)
MINERAL PROCESSING WASTES BY COMMODITY SECTOR
Commodity
Zinc










Zirconium and Hafnium



Waste Stream
Acid plant blowdown
Waste ferrosilicon
Process wastewater
Discarded refractory brick
Spent cloths, bags, and filters
Spent goethite and leach cake residues
Spent surface impoundment liquids
WWTP Solids
Spent synlhetic gypsum
TCA tower blowdown
Wastewater treatmentplant liquid effluent
Spent acid leachale from Zr alloy prod.
Spent acid leachate from Zr melal prod.
Leaching rinse water from Zr alloy prod.
Leaching rinse water from Zr metal prod.
Reported
Generation
(lOOOmt/yr)
130
17
5000
1
0.1S
15
1900
0.75
16
0.25
2600
NA
NA
NA
NA
Est./Reported
Generation (1000mt/yr)
Mln
130
17
5000
1
0.15
15
1900
0.75
16
0.25
2600
0
0
34
0.2
Av9.
130
17
5000
1
0.15
15
1900
0.75
16
0.25
2600
0
0
42
1000
Max
130
17
5000
1
0.15
15
1900
0.75
16
0.25
2600
850
1600
51
2000
Number
of Facilities
with Process
1 .
1
3
1
3
3
3
3
3
1
3
2
2
2
2
TC Metals
As
Y

Y
Y7

Y

Y?
Y?






Ba















Cd
Y

Y
Y?
Y?
Y
Y?
Y?
Y
Y7
Y?




Cr
Y

Y
Y7

Y









Pb
Y7
Y7
Y
Y?
Y?
Y?

Y?
Y?
Y7





Hg
Y7



Y?
Y?

Y?

Y?





Se
Y

Y

Y?
Y

Y7

Y?





Ag
Y

Y

Y7
Y

Y?







Corr
Y
N7
Y
N?
N7
N?
Y
N?
N7
Y?
N7
Y?
Y?
Y?
Y?
Ignlt
N
N7
N7
N7
N7
N?
N7
N?
N7
N7
N7
N7
N?
N7
N?
Rctv
N
N7
N7
N7
N7
N?
N?
N7
N?
N?
N?
N7
N7
N7
N?
Current
Recycle
Y
Y7
Y7
N
Y
Y
YS7
YS
N
YS
YS7
N
N
YS?
YS?
Waste
Form
1
3
1
3
3
3
1
3
3
1
1
1
1
1
1
                     Page 
-------
        EPA next examined the current waste management practices in the mineral processing industry
and estimated the potentially affected universe of mineral processing waste in reference to three
baselines:

        1.      No-prior treatment baseline. The no-prior treatment baseline assumes that materials to
               be recycled are stored in unlined land based units, and the disposed portion is placed in a
               land based disposal unit without treatment.

        2.      Modified prior treatment baseline.  The modified prior treatment baseline assumes that
               materials to be recycled are stored in unlined land based  units, while materials to be
               disposed are treated to TC levels prior to disposal in land based units.

        3.      Prior treatment baseline. The prior treatment baseline assumes that materials to be
               recycled are stored according to RCRA requirements (i.e., spent materials are stored in
               tanks, containers, and buildings prior to recycling) and materials to be disposed are
               treated to TC levels prior to disposal in land based units.

Of the three baselines described above, EPA chose the modified prior treatment baseline as the basis for
the RIA and the capacity analysis because it appears to be the most representative of current practices.5
The modified prior treatment baseline is referred to as  the "baseline" in the reminder of this chapter. The
key features of the baseline include:

               Characteristic mineral processing wastes being disposed must be treated to UTS levels
               prior to disposal in Subtitle D disposal units;

               Operators of facilities that generate and manage hazardous mineral processing wastes
               must comply with record keeping and  reporting requirements;

               Secondary mineral processing materials destined for recycling may be stored for up to
               one year;

               Recycling of non-mineral processing materials outside of RCRA Subtitle C jurisdiction
               is prohibited, i.e., the conditional exclusions for certain activities (as described below)
               are available only for mineral processing residues; and
5 In the RIA, EPA evaluated two management scenarios under the modified prior treatment baseline: Conditional
Exemption from RCRA Jurisdiction (Option 1) and Unconditional Exemption from RCRA Jurisdiction (Option 2).
The management scenario selected by EPA and discussed in this section is the Conditional Exemption from RCRA
Jurisdiction.  The Unconditional Exemption from RCRA Jurisdiction is based on approaches advanced by the
mineral processing industry and would maximize the ability of industry to recycle secondary materials without
triggering any additional requirements. Under this scenario, all outputs from mineral processing facilities would be
unconditionally excluded from RCRA jurisdiction regardless of how the materials are stored. Consequently, there
would be no special requirements for any type of unit storing secondary materials. For more detailed information
on the management scenarios, and the no-prior treatment and prior treatment baselines, see USEPA, Application of
the Phase IV Land Disposal Restrictions to Newly Identified Mineral Processing Wastes: Regulatory Impact
Analysis, April 1998 (RIA).

                                              Page 4-14

-------
               Hazardous mineral processing residues can be recycled to primary beneficiation
               operations/units without risk to the Bevill status of any beneficiation wastes generated by
               such units. That is, these operations would not become regulated Subtitle C units and
               resulting wastes from these units would not lose their Bevill status when mineral
               processing secondary materials are mixed with ores, minerals, or beneficiated ores or
               minerals, provided that: (1) at least 50 percent of the materials entering the operations
               are ores, minerals, or beneficiated ores or minerals, and (2) the mineral processing
               secondary materials are legitimately recycled.

        Under the baseline, the post-rule management scenario would:  (1) stimulate greater resource
recovery in the minerals industry by classifying recoverable mineral processing residuals as wastes if
they are managed in non-land-based units, and (2) ensure that appropriate waste treatment standards and
technologies are applied to hazardous mineral processing wastes destined for land disposal, thereby
protecting human health and the environment. In the post-rule management scenario, a conditional
exclusion from the definition of solid waste would apply to a non-exempt mineral processing residue if
the following conditions were met:

        1 .      The material contains recoverable amounts of metals, acids, cyanide, water, or
               other values;

        2.      The material is legitimately recycled (as defined at 40 CFR 26 1 .2(f));

        3.      The material is not accumulated speculatively (as defined at 40 CFR
       4.      The material is stored in tanks, containers, or buildings meeting minimum
               integrity standards; and

       5.      The owner or operator provides a one-time notification to the EPA Regional
               Administrator or State.

Alternatively, facility operators could obtain a determination from an authorized State or from the
Regional Administrator that solid secondary materials may be placed on pads instead of in tanks,
containers, or buildings. These pads must meet minimum design requirements so that the unit provides
effective containment and will not become part of the waste disposal problem through discard.

       The Agency, in developing the RIA for this rule, estimated the compliance costs  for the post-rule
management scenario as a function of three factors: (1) the expense associated with purchasing new
storage units or upgrading existing storage units, (2) the expense of treating materials to be disposed, and
(3) shifts of mineral processing residues either from recycling to disposal or from disposal to recycling.
Based on these three factors, as well as adjustments to the input data to account for uncertainty about
hazardous characteristics,  EPA estimated the minimum, expected, and maximum quantities of waste that
would require treatment and disposal, and the minimum, expected, and maximum quantities of waste that
would require storage prior to recycling. Exhibit 4-2 provides the estimated quantities of the newly
identified mineral processing wastes requiring treatment and disposal for the modified prior treatment
baseline and the post-rule  management scenario.
                                            Pae4-15

-------
        The quantities presented in Exhibit 4-2 were calculated by first accounting for uncertainty in the
 input data. As discussed in the RIA, each waste stream's generation rate was adjusted to account for
 uncertainty in hazardous characteristics. The generation rate of waste streams known to be hazardous
 were not adjusted, while the generation rates of waste streams that were only suspected of being
 hazardous were reduced in the expected value case, and dropped from the minimum value case.  The
 hazardous portion of each stream was divided into a portion sent to treatment and disposal and a portion
 stored prior to recycling in the baseline and the post-rule management scenario.  Shifts in  management of
 these streams were modeled by using different percentages treated and disposed in the baseline and post-
 rule management scenario.  The quantities sent to treatment and disposal were summed in each sector by
 waste type (i.e., wastewaters, wastes with 1 to 10 percent solids, wastes with more than 10 percent .
 solids), and divided by the number of facilities in that sector, to get a "model" or average facility
 quantity of each waste type. These types were then aggregated together based on the portion of input
 material for each waste type that would require neutralization, dewatering, and/or stabilization and
 disposal.  These model facility quantities were then compared with threshold values to determine the
 economic feasibility of on-site treatment and disposal.

        As indicated in the RIA, EPA assumes that because of cost and other issues, the primary
 treatment technologies that are being used or will be used for waste management by the mineral
 processing industry are chemical precipitation (for wastewaters) and stabilization (for nonwastewaters).
 Because these treatments are two of the best demonstrated treatment technologies (BDATs) used as the
 basis for the UTS, then under the baseline most of these wastes  likely are already meeting or are close to
 meeting the UTS levels. Even if additional treatment is required, EPA believes that this additional
 treatment could be achieved through minimal modifications of the existing treatment systems.

        In the original proposal (60 FR 436S4, August 22, 1995), the Agency noted a few exceptions to
these assumptions.  Based on the analysis of available data, EPA noted that some arsenic-containing
 wastes and high mercury-containing wastes (e.g., above the High Mercury Subcategory level of 260
mg/kg total mercury) may require alternative treatments (e.g., vitrification for arsenic and acid
 leaching/retorting for mercury) to meet UTS standards.  EPA requested commenters to provide
comments and performance data on this issue. However, comments received provided no indication that
these wastes pose any treatability problems in  meeting the proposed treatment standards.  In addition, the
 Agency conducted site visits to commercial treatment facilities  and collected data that indicated no
treatability problems are associated with these waste streams.7
7 Memoranda addressed to Anita Cummings from ICF: "Final Draft Trip Report for Mill Services," dated
November 21, 1996; "Final Draft Trip Report for Rollins Highway 36 Facility," dated November 21, 1996; "Final
Draft Site Visit Report for the September 11th Site Visit to GNB Battery Technologies Located in Frisco, Texas,"
dated December 6, 1996. These reports from site visits are available in the docket for today's rule.

                                            Page 4-16

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                    EXHIBIT 4-2
WASTE GENERATION UNDER MODIFIED PRIOR TREATMENT
BASELINE AND POST-RULE MANAGEMENT SCENARIO (TONS)

*ominodity
Alumina and Aluminum

Antimony


Beryllium


Bismuth









Cadmium










Calcium

Waste Stream
Cast house dust
Electrolysis waste .
Autoclave filtrate
Stripped anolyte solids
Slag and furnace residue
Chip treatment wastewater
Spent barren filtrate
Filtration discard
Alloy residues
Spent caustic soda
Electrolytic slimes
Lead and zinc chlorides
Metal chloride residues
Slag
Spent electrolyte
Spent soda solution
Waste acid solutions
Waste acids
Caustic washwater
Copper and lead sultate filter cakes
Copper removal filter cake
Iron containing impurities
Spent leach solution
Lead sullate waste
Post-leach filler cake
Spent purification solution
Scrubber wastewater
Spent electrolyte
Zinc precipitates
Dust with quicklime
Modified Prior Treatment
Baseline
Mln.
2.864
-
.
-
-
.
13.750
-
.
-
-

-
.
.
-
-
-
.
.
-
-
.
.
.
.
.
-
-
-
Expect
2.864
4,313
10.800
'
10.500
40.000
13.750
23.000
1.500
458
2
1.500
1.500
500
3.050
458
3.050
40
143
143
143
950
143
143
950
950
143
950
143

Max.
2.864
8.625
43.200
-
21.000
1.600.000
13.750
90.000
6.000
1.800
30
6.000
3.000
10.000
12.000
1.800
12.000
160
2.850
2.850
2.850
19.000
2.850
2.850
19.000
19.000
2.850
19.000
2.850
-
Modified Prior Treatment
Post-Rule Management Scenario
Mln.
4.773
-
.


.
19.250
-
.
-
-
-
-
.
.
-
-

.
.
-
-
.
.
.
.
.
-

-
Expect
4.773
7.188
11.475
-
10.500
42.500
19.250
23.000
1.500
763
3
1.500
1.500
500
3.050
763
3.050
43
238
238
238
950
238
238
950
950
238
950
238
1
Max.
4.773
14,375
45.900
-
21.000
1.700.000
19.250
90.000
6.000
3.000
50
6.000
3.000
10.000
12.000
3.000
12.000
170
4.750
4.750
4.750
19.000
4.750
4,750
19,000
19.000
4.750
19.000
4.750
-
                     Page 4-17

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                EXHIBIT 4-2 (continued)
WASTE GENERATION UNDER MODIFIED PRIOR TREATMENT
BASELINE AND POST-RULE MANAGEMENT SCENARIO (TONS)

Commodity
Chromium and
~errochromium

Coal Gas
Copper


Elemental Phosphorus





Fluorspar and
Hydrofluoric Acid
Germanium





Lead







Waste Stream
Electrostatic predpltator (ESP) dust
Gas control tower (GOT) sludge
Multiple effects evaporator concentrate
Acid plant blowdown
Wastewater Treatment Plant (WWTP)
sludge
Spent furnace brick
Andersen Filler Media
Preclpitator slurry
Non-Hazardous Slurry Assurance Process
(NOSAP) slurry
Phossy Water
Furnace scrubber blowdown
Furnace Building Washdown
Off-spec fluosiliclc acid
Waste add wash and rinse water
Chlorinator wet air pollution control sludge
Hydrolysis filtrate
Leach residues
Spent acid/leachate
Waste still liquor
Acid plant sludge
Baghouse incinerator ash
Slurried ARC Dust
Solid residues
Spent furnace brick
Stockpiled miscellaneous plant waste
WWTP liquid effluent
Modified Prior Treatment
Baseline
Mln.
750
-
-
1.325.000

-
460
40.000
160.000
170.000
-
-

.
-
-
-
-


300
-
-
.
240
-
Expect
750

-
1.325.000
750
225
460
40.000
160.000
170.000
-
-
1.875
880
85
108
5
880
108
1.058
3.000
.
29
.
52.800
-
Max.
750
-
16.250
1.325.000
1.500
450
480
40.000
160.000
170.000
 -

11.250
3.200
320
400
10
3.200
400
2.115
30.000
-
59
-
103.200
-
Modified Prior Treatment
Post-Rule Management Scenario
Mln.
1.050

-
1.855.000

-
460
56.000
160.000
238.000
-
-
-
.
-
-
-
-

.
300
.
-
.
255
-
Expect.
1.050
-
-
1.855.000
1.050
375
460
56.000
160.000
238.000
.
-
2.625
935
90
106
5
935
108
1.763
3.000
-
49
-
56.100
-
Max.
1.050
-
22.750
1.855.000
2.100
750
460
56.000
160.000
238.000
.

15.750
3.400
340
400
10
3.400
400
3.525
30.000
.
98
.
109.650

                      Page 4-18

-------
                EXHIBIT 4-2 (continued)
WASTE GENERATION UNDER MODIFIED PRIOR TREATMENT
BASELINE AND POST-RULE MANAGEMENT SCENARIO (TONS)

Commodity
Magnesium and
Magnesia from Brines

Mercury '


Molybdenum.
Ferromolybdenum, and
Ammonium Molybdale

Platinum Group Metals


Rare Earths





Rhenium

Scandium

Selenium





Waste Stream
Cast house dust
Smut
Dust
Quench water
Furnace residue
Flue dust/gases
Liquid residues
Slag
Spent acids
Spent solvents
Spent ammonium nitrate processing solution
Electrolytic cell caustic wet ARC sludge
Process wastewater
Spent scrubber liquor
Solvent extraction crud
Wastewater from caustic wet APC
Spent barren scrubber liquor
Spent rhenium rafflnate
Spent acids
Spent solvents from solvent extraction
Spent filter cake
Plant process wastewater
Slag
Tellurium slime wastes
Waste solids
Modified Prior Treatment
Baseline
Mln.
-
26.000
.
-
-

-
.
-
-
14.000
-
S.600
.
.
-
.

.

.
52,600
-
. -

Expect.
57
26.000
4
5.775
39
126.500
500
3
855
855
14.000

5.600
200.000
1.150
200.000
8
44.000
1.860
204
38
52.800
204
38
255
Max.
1.140
26.000
7
63.000
77
495.000
1.000
68
3.000
3.000
14.000
-
5.600
800.000
4.500
800.000
30
88.000
7.000
1.050
765
52.800
4.080
765
5.100
Modified Prior Treatment
Post-Rule Management Scenario
Uln
Mln.
-
26.000
.
.
-
-
-
.
-
-
14.000
'
5.950
.
-
-
.
-
.
-
.
56.100
-
-

Expect.
95
26.000
4
9.625
39
126.500
500
6
855
855
14.000
-
5.950
212.500
1.150
212.500
13
44.000
1.980
490
64
56.100
217
64
255
Max.
1.900
26.000
7
105.000
77
495.000
1.000
113
3.000
3.000
14.000
-
5.950
850.000
4.500
850.000
50
88.000
7.000
1.750
1.275
56.100
4.335
1.275
5.100
                      Page 4-19

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                EXHIBIT 4-2 (continued)
WASTE GENERATION UNDER MODIFIED PRIOR TREATMENT
BASELINE AND POST-RULE MANAGEMENT SCENARIO (TONS)

Commodity
Synthetic Rutile


Tantalum. Columbium.
and Ferrocolumbium


Tellurium



Titanium and Titanium
Dioxide







Tungsten

Uranium





Waste Stream
Spent iron oxide slurry
ARC dust/sludges
Spent acid solution
Digester sludge
Process wastewater
Spent raffinate solids
Slag
Solid waste residues
Waste electrolyte
Wastewater
Pickle liquor and wash water
Scrap milling scrubber water
Smut from Mg recovery
Leach liquor and sponge wash water
Spent surface Impoundment liquids
Spent surface Impoundments solids
Waste acids (Sullate process)
WWTP sludge/solids
Spent add and rinse water
Process wastewater
Waste nitric add from uranium dioxide (UO,)
production
Vaporizer condensate
Superheater condensate
Slag
Uranium chips from ingot production
Modified Prior Treatment
Baseline
Mln.
.
-
-
-
22.500
-
.
-
-
-

-
15
304.000
.
-
200
-
.
-

-
.
-
-
Expect
18.000
-
-
500
22.500
1.000
800
1.000
1.000
-.
1.080
2.000
3.300
384.000
257
17.850
40.000
210.000
.
1.752
1.020
4.675
4.675
-
101
Max.
36.000
-

1.000
22.500
2.000
7.200
9.000
20.000
-
2.640
4.800
6.900
464.000
1.008
35.700
78.000
420.000
16.800
7.200
2.720
17.000
17.000
-
510
Modified Prior Treatment
Post-Rule Management Scenario
Mln.
.
-
-
-
37.500
-
.
.
-
-
-
-
25
323.000
.
-
200
-
.
-

-
-
-
-
Expect.
19.125
-
-
500
37.500
1.000
850
1.000
1.000

1.148
2.125
5.500
408.000
429
17.850
40.000
210.000
.
1.862
1.084
4.675
4.675
-
319
Max.
38.250
-
-
1.000
37.500
2.000
7.650
9.000
20.000
-
2.B05
5.100
11.500
493.000
1.680
35.700
78.000
420.000
17.850
7.650
2.890
17.000
17.000
-
850
                      Page 4-20

-------
                EXHIBIT 4-2 (continued)
WASTE GENERATION UNDER MODIFIED PRIOR TREATMENT
BASELINE AND POST-RULE MANAGEMENT SCENARIO (TONS)

Commodity
Zinc










Zirconium and Hafnium



TOTALS:

Waste Stream
Add plant blowdown
Waste ferrosilicon
Process wastewater
Discarded refractory brick
Spent cloths, bags, and filters
Spent goethite and leach cake residues
Spent surface Impoundment liquids
WWTP Solids
Spent synthetic gypsum
TCA tower blowdown
Wastewater treatment plant liquid effluent
Spent acid leachate from Zr alloy prod.
Spent acid leachate from Zr metal prod.
Leaching rinse wafer from Zr alloy prod.
Leaching rinse water from Zr metal prod.

Modified Prior Treatment
Baseline
Mln.
.
-
765.000
-
-
.
1.512.000
.
15.900
-
-
.
-
 -

4,431.379
Expect.
-
1.275
765.000
500
-
-
1.512.000
94
15.900
31
1.044.000
.
-
16.800
400.000
7,031,998
Max.
.
2.550
765.000
1.000
-
.
1,512.000
188
15,900
63
2,088.000
860.000
1,600.000
41.600
1.600.000
15.830.551
Modified Prior Treatment
Post-Rule Management Scenario
Mln.
.
-
1.275.000
.
.
.
1,606.500
.
15.900
.
-
.
.
-
-
5,695.263
Expect.
.
2.125
1.275.000
500
.
.
1.606,500
131
15,900
44
1,109.250
.
-
17.850
425.000
8.438.770
Max.
.
4.250
1.275.000
1.000
-
.
1.606.500
263
15.900
88
2.218.500
860,000
1.600.000
44,200
1.700.000
17.638.656
                      Page 4-21

-------
        Typically, wastewaters and liquid nonwastewaters (wastes with 1 to 10 percent TSS) are likely to
 undergo neutralization and precipitation, generating small quantities of solid residues requiring
 dewatering and stabilization.  Therefore, as in the RIA, EPA assumed for this analysis that approximately
 2.25 percent of the wastewaters and liquid nonwastewater quantities will be stabilized (based on an 85
 percent reduction of the initial amount because of treatments such as settling and neutralization, and an
 additional 85 percent reduction because of dewatering).  The reduced waste quantities are used for
 estimating the potentially affected universe of the newly identified mineral processing wastes.
4.4     SOIL AND DEBRIS CONTAMINATED WITH NEWLY IDENTIFIED MINERAL
        PROCESSING WASTES

        Based on EPA's understanding of the mineral processing industry the majority of soil and debris
contaminated with newly identified mineral processing wastes are assumed to be treated on-site to TC
levels before disposal in a Subtitle D unit. As with the non-media wastes, these media currently are not
required to comply with LDR requirements. However, today's rulemaking will require  soil contaminated
with newly identified mineral processing wastes to comply with the alternative treatment standards being
finalized in today's rule.  These standards require treatment of soil to 90 percent reduction in hazardous
constituent concentration or 10 times the UTS.  Contaminated debris will be subject to the treatment
standards in 40 CFR 268.45.

        In all of the data sources consulted by the Agency, there was little information on the amount of
soil or debris that might be contaminated specifically with former Bevill-exempt wastes only and, in
addition, require alternative treatment due to the Phase IV LDRs. However, of the media that are
contaminated with only newly identified mineral processing wastes (which were brought into the Subtitle
C universe in 1990), EPA expects that, based on typical industry practices, only a small portion will be
excavated and require alternative treatment to meet the new LDR soil requirements.1 That is, the only
media contaminated with newly identified mineral processing wastes that are potentially affected by the
Phase IV rule are those that are excavated and managed outside of a corrective action management unit
(CAMU) or an area of contamination (AOC); and EPA expects these quantities to be small and to
generally be treated such that the Phase IV soil standards are  already being met.  This latter point is
supported by the fact that these media contain primarily only metal constituents, including cadmium,
mercury, arsenic, selenium, chromium, lead, sliver, and barium, rather than more difficult to treat organic
constituents.9  Furthermore, based on more recent discussions with commercial treaters, several case
studies, and other data (see Appendix E), the Agency has confirmed that these wastes are already being
treated or could be readily treated to meet the final  alternative treatment standards.  In fact, many
contaminated media cleanups are expected to benefit (i.e., either not incur cost or receive cost savings)
from the alternative soil treatment standards.  Notwithstanding this information, if significant quantities
of contaminated soil do require alternative treatment, then as with TC metal contaminated media
discussed in Section 3.4, sufficient alternative capacity exists to treat these wastes.
8 USEPA, Application of the Phase IV Land Disposal Restrictions to Newly Identified Mineral Processing Wastes:
Regulatory Impact Analysis, April 1998.

' USEPA, Application of the Phase IV Land Disposal Restrictions to Newly Identified Mineral Processing Wastes:
Regulatory Impact Analysis, April 1998, Section 3.1.1.
                                            Pa
-------
        Mineral processing contaminated media that contains organic UHCs (e.g., organometallic soils)
and manufactured gas plant (MGP) soils are both exceptions to this general rule.  The exact volume of
organometallic soils contaminated with newly identified mineral processing wastes based on the
available waste constituent data (see Section 4.3) is unknown, although it is expected to be low.

        The data in Appendix E and the analysis for TC metal soils in Section 3.4 show that (1) most
soils likely are already meeting the new soil treatment standards and (2) ample capacity exists for soils
not meeting the new standards. Regarding MGP soils, the Agency estimates that there are 2,500
potentially affected commercial MGP sites in the United States.9 Captive sites (i.e., sites that treat
wastes generated on site) comprise a larger universe of former MGP operations at approximately 28.700
potentially affected sites. Data provided by the utility industry10 indicate that approximately 500 to 5.000
tons of contaminated soil is typically present at an MGP site.  This capacity analysis, therefore, assumes
that commercial sites (which are, in general, larger than captive sites) contain 5,000 tons of hazardous
contaminated media, while captive sites contain 500 tons of hazardous contaminated media. Applying
these quantity estimates to the estimates of potentially affected facilities, EPA estimates that 12.5 million
tons (2,500 sites times 5,000 tons) of hazardous contaminated media eventually will be remediated at
commercial sites, and 14.4 million tons (28,700 sites times 500 tons) of hazardous contaminated media
eventually will be remediated at captive sites.  However, many of these MGP sites have already been
remediated or are in the process of remediation, thereby reducing the quantity of soil currently requiring
remediation. Nevertheless, based on a 20-year remediation time frame, as much as 1.35 million tons/yr
of MGP soil may be remediated.

       The Agency reviewed treatment performance data from several MGP remediation case studies
(Appendix G), which show that the alternative treatment standards being promulgated in today's
rulemaking for hazardous soils can be readily achieved using several commercially available treatment
technologies such as stabilization and thermal treatment. Furthermore, data provided by the utility
industry" indicate that approximately 40 percent of the wastes will be co-burned in on-site utility
boilers.'2  Some of the MGP sites may also choose to remediate using in-situ treatment technologies or
containment technologies (e.g., capping with groundwater monitoring). Several commercial treaters also
provide on-site remediation services for such sites. As shown for the TC metal wastes (Section 3.4 and
Appendix E), available capacity for such wastes is measured in hundreds of thousands (and probably
millions) of tons. Therefore, the Agency believes that the actual quantity of MGP soils requiring off-site
commercial treatment capacity is sufficiently low such that adequate commercial treatment capacity
exists for such soils.
9 Memorandum from ICF Incorporated addressed to Paul Borst, Cost of the Phase IV Land Disposal Restrictions
on MGP Wastes.  Dated January 28, 1998.

10 Information provided by representatives of the utility industry at a meeting with EPA on July 10, 1997. For
additional information, see "Meeting Between the EPA and the Representatives of the Utility Industry to Discuss
Comments and Data Related to the Generation and Management of Historic Manufactured Gas Plant Wastes (MGP)
Wastes - Draft Summary of Discussions" in the docket for today's rulemaking.

1'  Memorandum from ICF Incorporated addressed to Paul Borst, Cost of the Phase IV Land Disposal Restrictions
on MGP Wastes.  Dated January 28, 1998.

12   In today's rulemaking, the Agency has confirmed its existing interpretation that residues from co-burning
hazardous MGP soils along with coal are covered by the Bevill amendment (assuming the residues are not
significantly affected by such burning), as provided in 40 CFR 266.112.

                                             Page 4-23

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4.5     MIXED RCRA/RADIOACTIVE WASTES

        In today's rule, the Agency is promulgating treatment standards for mixed radioactive wastes at
the UTS levels. However, the radioactivity posed by potentially hazardous mineral processing wastes
may affect the amount of available treatment capacity for these wastes. Commercial and on-site
treatment facilities for mineral processing wastes may have difficulty in managing both the radioactive
and hazardous chemical components of mixed radioactive mineral processing wastes, and therefore may
experience shortfalls in providing sufficient capacity for the treatment of these wastes. Adequate data on
the generation of these mixed RCRA/radioactive wastes is not available.  In the Phase IV proposed rules,
the Agency had requested data on mineral processing wastes mixed with radioactive wastes from the
industry. However, the Agency neither received any data on these wastes, not any commenters stated
that these wastes would pose any difficulties. Nevertheless, as discussed in Chapter 2, the Agency
recognizes the lack of available treatment capacity for these wastes and believes that any new
commercial capacity that is available for mixed radioactive wastes must be used for mixed wastes that
were regulated in previous LDR rulemakings and whose variances have already expired. Therefore, the
Agency is granting a two-year national capacity variance for newly identified mineral processing wastes
mixed with radioactive wastes.
4.6     SUMMARY OF RESULTS

        EPA's analysis of the data in Exhibit 4-1 indicates that, at most, approximately 135 facilities that
generate 121 waste streams could be affected by today's rule. The number of facilities represents the
facilities in each mineral processing commodity sector. Some facilities, however, have processes that
fall into more than one commodity sector. This would reduce the indicated total number of facilities
affected.

        Exhibit 4-3 presents ranges of quantities of newly identified mineral processing wastes generated
under the modified prior treatment baseline and post rule  management scenario. The results indicate that
a total of approximately 4 million to 18 million metric tons of waste per year are being generated
(excluding remediation waste). However, the majority (approximately 85 - 90 percent) is wastewater,
which will be exempt for the most part from LDRs because of the Land Disposal Program Flexibility Act
and thus are not addressed further  in this analysis.  Section 4.1 discusses this issue in more detail. EPA
did not receive any comments on this issue in response to the Phase IV proposed rules and notices, and
therefore has continued to exclude surface-disposed wastewaters from the capacity analysis in this final
rule.  Exhibit 4-4 provides the quantities of nonwastewaters potentially affected by today's rule for the
modified prior treatment baseline and post-rule management scenario. Thus, the result when totaling
off-site and on-site wastes is that approximately 176,000 to perhaps as high as  1.9 million mt/y of
mineral processing nonwastewaters may require alternative treatment because of this rule (see Exhibit 4-
4). Nevertheless, as discussed in Section 4.3, most of these wastes are likely already being treated and
meeting the new treatment standards (e.g., under the maximum estimate for on-site stabilization  for the
post-rule management scenario, only about 66,568 mt/yr of wastethe difference between 1,867,174
and 1,800,606will require treatment where none existed before, while the remaining 1,800,606 mt/yr
will likely only need optimization  of existing treatment).
                                            Page 4-24

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                                        EXHIBIT 4-3
                   TOTAL WASTE QUANTITIES (MT/YR) GENERATED
                 UNDER THE MODIFIED PRIOR TREATMENT BASELINE

Baseline
Post-Rule Management Scenario
Minimum
4,431,379
5.695.263
Expected
7,032,223
8.439.145
Maximum
15,831,001
17.639.406
                                       EXHIBIT 4-4
             QUANTITIES (MT/YR) OF NONWASTEWATERS POTENTIALLY
                 AFFECTED UNDER THE MODIFIED PRIOR TREATMENT

Baseline
Post-Rule Management Scenario
Minimum
Off-Site
StabVDisp.
36,411
9,366
On-Site
Stabilization
108,777
166,443
Expected
Off-Site
StabTDisp.
58,553
34,074
.On-Site
Stabilization
662,824
733,121
Maximum
Off-Site
Stab./Disp.
21,399
31.355
On-Site
Stabilization
1,801.056
1.866,874
       As indicated in Chapter 2, for metal bearing wastes exhibiting a hazardous characteristic, the
UTS treatment standards are based on chemical precipitation, high temperature metals recovery
(HTMR), stabilization, slag vitrification, acid leaching, and mercury roasting and retorting, depending on
the hazardous constituents and the waste form.  UTS for arsenic nonwastewaters is based on vitrification,
and the BOAT for high mercury subcategory wastes is retorting/roasting. All other metal treatment
standards for nonwastewaters are  based on HTMR and stabilization technologies. UTS for wastewaters
are based on treatments such as chemical precipitation. (A detailed discussion on the methodology used
for selecting UTS as the treatment standard is provided in the BOAT background document for newly
identified mineral processing wastes.13)

       In the original proposal (60 FR 43654, August 22, 1995), the Agency proposed treatment
standards for TC metals and noted that some arsenic-containing wastes and high mercury-containing
wastes (e.g., above the High Mercury Subcategory level of 260 mg/kg total mercury) may require
alternative treatments (e.g.,  vitrification for arsenic and acid leaching/retorting for mercury) to meet UTS
standards. EPA requested commenters to provide comments and performance data on this issue.
However, comments received provided no indication that these wastes pose any treatability problems in
meeting the treatment standards.  In addition, the Agency conducted site visits to commercial treatment
facilities and collected data  that indicated no treatability problems are associated with these waste
streams. Therefore, the Agency believes that the one-year national treatment capacity variance proposed
in the original proposal is not required for these wastes and therefore, in this final rule, is not granting a
capacity variance for these wastes (beyond the 90 days allowed prior to the effective date of rule).
13 USEPA, Best Demonstrated Available Technology (BDAT) Background Document for Newly Identified Mineral
Processing Wastes, July, 1995.
                                          Page 4-25

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        For the purpose of determining the need for a capacity variance, the waste streams were grouped
into three distinct categories:

  (1)    Waste streams from elemental phosphorus processing. Five large-volume waste
        streamsMedusa Scrubber Slowdown, furnace building washdown, Non-Hazardous Slurry
        Assurance Precipitator (NOSAP) slurry, precipitator slurry, and phossy watergenerated by the
        elemental phosphorus processing industry (approximately 1,047,087 mt/yr) for which insufficient
        treatment capacity exists. The major generator of these waste streams, the FMC Corporation's
        Pocatelio, Idaho facility, has stated that these waste streams pose unique treatability problems
        (e.g., due to the presence of naturally occurring radioactive materials)  and that a two-year
        national capacity variance is needed to develop and construct treatment capacity. After careful
        review of the data provided by FMC Corporation (see Appendix H for supporting materials), the
        Agency has determined that these wastes would require a national capacity variance and,
        therefore, is granting a two-year national capacity variance for these five waste streams.

  (2)    Other newly identified mineral processing wastes (including soil and debris').  EPA estimates that
        the quantities of newly identified mineral processing nonwastewaters that could be affected by
        today's rule (other than the mixed RCRA/radioactive wastes discussed above) range from
        approximately 176,000 to 1.9 million metric tons/year under the modified prior treatment
        baseline and the post-rule management scenario (Exhibit 4-4). Most of these wastes are
        expected to need either none or only minor treatment to meet the treatment standards being
        promulgated today and, as shown in Exhibit 4-4, at most only about 75,000 tons/yr (the total of
        the difference between the maximums for the post-rule management scenario and baseline) will
        require entirely new treatment.  Furthermore, less than one percent of the nonwastewaters are
        expected to require commercial off-site stabilization.  Given this, as well as the large amount of
        available off-site and on-site stabilization and other capacity for nonwastewaters14 (at least
        several million tons/year; see Chapter 2), a national capacity variance (beyond 90 days) is not
        warranted for these wastes  under a modified  prior treatment baseline option.  As indicated  in
        Section 4.4, these conclusions also apply to soil and debris contaminated with newly identified
        mineral processing wastes.

  (3)    Mixed RCRA/radioactive wastes (including soil and debris').  Despite the uncertainty about
        quantities of mixed radioactive wastes containing newly identified wastes that would require
        treatment as a result of today's rule, any new commercial capacity that becomes available will be
        needed for mixed radioactive wastes that were regulated in previous LDR rulemakings and
        whose variances have already expired.  Thus, EPA has determined that sufficient alternative
        treatment capacity is not available, and thus is granting a two-year national capacity variance for
        mixed RCRA/radioactive wastes contaminated with newly identified mineral processing wastes.
        See Section 4.5 for additional discussion of this issue.

        Exhibit 4-5 provides a summary of the results of the required (under the modified prior treatment
baseline) and available capacity analysis and the capacity variances being granted in today's rulemaking
for the newly identified mineral processing wastes.
14 Landfill capacity, although not discussed in Chapter 2, will not pose a problem for these wastes. Once treated,
these wastes will only require Subtitle D landfill capacity, which is expected to be substantial given that industrial
nonhazardous wastes are landfilled at the rate over 20 million tons/year (USEPA, Summary of Data on Industrial
Non-Hazardous Waste Disposal Practices, December 1985).

                                            Page 4-26

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                                          EXHIBIT 4-5
                              NATIONAL CAPACITY VARIANCES
    FOR MINERAL PROCESSING WASTES AFFECTED BY THE PHASE IV LDR FINAL RULE
Waste
Newly Identified Mineral Processing Wastes from
Elemental Phosphorus Processing
Newly Identified Mineral Processing Wastes
(Including Soil and Debris)
Newly Identified Mixed/RCRA Radioactive Wastes
(Including Soil and Debris)
Required Capacity
(mt/yr)
1,047,087
 1.9 million
(modified prior
treatment baseline)
Unknown11
Available Capacity
(mt/yr)
Low ( 1 million)
Optimization of on-site
stabilization
> several million of
stabilization
> 16,200 of vitrification
0
National
Variance'
Two years
90 days
Two years
* National capacity variances begin when (he rule is published in the Federal Register.

b Significant uncertainty exists concerning the volume of wastes affected by today's rulemaking. Despite this
uncertainty, however, EPA has determined that no alternative treatment capacity is available.
                                            Page 4-27

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                                   APPENDIX A
                      DATA ON STABILIZATION CAPACITY
This appendix has ten sections:

A-1:  . Describes the information the Agency collected from selected treaters on available
       stabilization capacity for Phase IV TC metal and mineral processing wastes. Includes an
       overview of the Agency's approach, summarizes the results, and provides phone logs
       through January 13, 1997.

A-2:   Provides phone logs of follow-up calls to commenters to the Phase IV LDR Second
       Supplemental Proposed Rule.

A-3:   Contains information provided by treaters on the time needed to make modifications to
       stabilization treatment systems to meet proposed treatment standards.

A-4:   Memo from Robert Finkel, Pennsylvania Department of Environmental Protection.
       April 17, 1998.

A-5:   Summary of conference call with Rollins, May 16,1996.

A-6:   Summary of meeting with Brush Wellman, May 23, 1996.

A-7:   Summary of meeting with representatives of Chemical Waste Management, Inc. to
       discuss comments and data related to Phase IV, May 23, 1996.

A-8:   Summary of minutes of representatives of lead recovery from batteries, April 30, 1996.

A-9:   Provides phone log of calls to TSDs who stabilize D008 and other TC metal hazardous
       wastes, May 13, 1996.

A-10:  Comments from American Foundrymen's Society, Inc, August 2, 1996.

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          Appendix A-l  ANALYSIS OF AVAILABLE STABILIZATION
                             CAPACITY FOR PHA5F IV WASTES


        This appendix describes the information the Agency collected from selected treaters
 on available stabilization  capacity for Phase IV mineral processing and TC metal wastes. The
 appendix is divided into three parts. Section  1.0 provides an overview of the Agency's
 approach, Section 1.2 summarizes the results, and Section i.3 provides phone logs.

 1.0    Approach

        The Agency's approach for evaluating available stabilization  capacity for Phase IV TC
 metal and mineral processing wastes involved six main steps:

        1.     Develop interview guide;
        2.     Identify interviewees (e.g., commenters);
        3.     Conduct preliminary interviews for a few interviewees;
       4.     Modify interview guide to address problem areas identified in conducting
              preliminary interviews;
       5.     Finish interviews; and
       6.     Incorporate other information and conduct follow-up activities.

       In Steps 1 and 2, EPA developed a preliminary interview guide and identified several
commercial treaters and organizations who submitted comments to the proposed Phase IV
rule.1  Also, some treaters were identified from BRS data reviews2 and previous
interviews.3  In Step 3, EPA conducted a few preliminary interviews and, based on the
results, refined the draft interview guide to clarify questions and target key areas.  The final
phone interview guide used questions such as the following (individually tailored somewhat
depending on data supplied previously):

        1.     How much waste do you treat?  How much of this waste is hazardous, as
              defined under RCRA (i.e., RCRA Subtitle C wastes)? How much of the waste
              that your facility receives is non-hazardous, as defined under RCRA (i.e.,
              RCRA Subtitle D wastes)? How much treatment capacity is commercial and
              how much  is captive (i.e., your own company's)? Do  you treat Phase IV
              mineral processing and TC metal wastes?  If not, do you plan to treat these
              wastes in the future?

       2.     Approximately what percentage of the Phase IV wastes that you treat are
              treated on site at your facility and  what percentage is  treated off site at the
              generator's facility (e.g.,  large volumes of mineral processing wastes)?  What
              percentage of the wastes  that you accept for treatment is part of a treatment
          treaters were interviewed as follow-up to comments and thus did not count toward the limited number
of non-federal employees who can be contacted pursuant to the Paperwork Reduction Act
    ^gbuvan. Raghu, and Jim Laurenson, Memorandum to Bill Kline and C. Pan Lee: Status Report on the
Available Capacity Assessment for TC Metal and Mineral Processing Wastes. ICF Inc., June 1996.
    3Schwartz, Stephan. Memorandum to Stan Moore and Suzanne Wade: Phone Calls to TSDs Who Stabilize D008
and Other TC-metal Hazardous Wastes.  Versar Inc.. May  1996.

                                          Page A-2

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              train that began on a generator's facility (e.g... combustion at generator's site
              followed by stabilization of residuals at your facility site)?

       3.     What quantity (T/yr) of these Phase IV wastes can be treated to proposed UTS
              off site or at your facility at the present time and what quantity cannot? What
              quantity (T/yr) of these Phase IV wastes can be treated to UTS off site or at
              your facility in the future (please specify time period (e.g., within one year))!

       4.     Would there be any problems treating to individual standards?  Would there be
              any problems when constituents are in a mixed constituent Phase IV waste
              stream (e.g., mixed metals)?  With organic UHCs? Why? What waste streams
              (please specify waste codes), if any, do you  expect will cause you to make
              modifications in your treatment processes? What quantity (T/yr) of the total
              Phase TV wastes that you treat do these wastestreams comprise?

       5.     How extensive and difficult to implement  would the modifications to your
              treatment processes be? How much time would be necessary for modifications
              to your treatment processes?

       6.     How much of which kind of additional Phase TV wastes (e.g., one of the
              wastes that may be problematic) can your  facility treat? When?

       7.     Can you provide data to support any of the above answers?

       EPA then conducted follow-up activities to fill in data gaps. To assess difficulties in
meeting concentration levels, for example, EPA asked the contacts about the feasibility of
meeting several hypothetical values.

       Questions were faxed when requested,  and follow-up calls were made  through January
13, 1997.

12    Results

       Exhibit 1 summarizes several observations that can  be made from the  results  of this
data gathering effort These results are discussed in  more detail below:

Overall treatment canacitv
              All facilities treat TC metal or de-Bevilled mineral processing wastes.

              Ten facilities-Environmental Enterprises, Environmental Quality, EnviroSafe,
              GNI, Heritage Environmental Services, PDC, Rollins, and both of the CWM
              .facilities-conduct 100 percent of the treatment on site at their facility.  One
              facility, Environmental Technologies, Inc., conducts about half of its treatment
              off site.

              Current treatment at facilities ranges from 15,000 tons/year to 300,000
                                       Page A-3

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              ions/year.

              Current available capacity of facilities ranges from 140,000 tons/year to
              1,159,000 tons/year.
              All but the smallest two4 treaters interviewed-both of the Chemical Waste
              Management (CWM) facilities, Environmental Quality, Environmental
              Technologies, Inc., EnviroSafe, GNI, LWD Inc., PDC, and Rollins
              Environmental Services-commented that no modifications would need to be
              made to their treatment processes or mir'maJ time (e.g., four weeks) is required
              for very minor modifications.  Environmental Enterprises and Heritage
              Environmental Services noted that it may take two to five years, primarily due
              to changing their permits.

              Most facilities commented that the exact time needed and difficulty to
              implement changes in treatment processes will vary depending on  the degree of
              changes.

              Both of the  CWM facilities noted that it would cost approximately SI,000 per
              waste stream to develop new treatment recipes.
Additional treatment needed
             Both of the Chemical Waste Management (CWM) facilities. Environmental
             Enterprises, GNI, and Heritage Environmental Services gave a range of 20 to
             100 percent of their TC metal waste streams that have constituents above TC
             or UTS levels that require additional treatment.

             Heritage Environmental Services and GNI noted that meeting  the original
             proposed standard for cadmium would require treatment modification because  it
             is difficult to stabilize it in a mixed constituent waste stream.

             Heritage Environmental Services and CWM in Carlyss, LA indicated that
             meeting the original proposed standard for lead would require treatment
             modification because it is difficult to stabilize it in a mixed constituent waste
             stream and leaching rates vary depending on pH.

             GNI, Rollins Environmental Services, and CWM in  Carlyss, LA indicated that
             meeting the original proposed standard for selenium would require treatment
             modifications because it is hard to stabilize it in a mixed constituent waste
             stream and leaching rates vary depending on pH.

             Heritage Environmental Services, Rollins Environmental Services and CWM in
             Carlyss, LA indicated that  meeting the original  proposed standard for
     in terms of known or estimated utilized or available capacity.
                                         Page A-4

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chromium would require treatment modifications because it is hard to stabilize
it in a mixed constituent waste stream and leaching "rates vary depending on
pH.

Three facilities noted that treating organic UHCs would require treatment
modifications.  Heritage Environmental Services will incinerate those waste
streams while Environmental Enterprises  and PDC will send  it to another
facility for treatment Two facilities-Environmental  Quality and LWD Inc.-
specifically stated that organic UHCs can be readily treated to UTS.
                            Page A-5

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          EXHIBIT 1
SUMMARY OF PHONE LOO RESULTS

Traatar
Chemical Watte Management
Cartytt. LA
Chemical Watte Management
Oakbrook. IL
Environmental Enterprise*
Environmental Quality. Inc.
Detroit. Ml
Envrionmantal Technologies. Inc.
KlngofPniasla. PA
EnvlroSafe
ONI (Oltpotal System*)
Oeer Park. TX
Heritage Envrlonmental Service*
Indianapolis. IN
LWO Inc.
Carver! City. KY
POC
Peorta.lL
Rollins Environmental Services
Deer Trail. CO
aEPA estimate

Degree of
Time
Minimal
6 mint
3-5yra(dueto
 	 .!,
pwinn
IHOOniCBllOntJ
Minimal
4wka
Minimal
Minimal
2yra
Minimal
Minimal
Minimal

bFrom 1893 BR8.
|
Difficulty
Cost
waite
stream;
additional 15-
20/lon
Initial ItOOO/
waste Wream












Maximum Pratl
On alte
200.000 g*l/dy
(234.000 tons/yr*)


360.000-450.000
iAMafuv
lona/yf
70,000 lont/yr
150.000-200.000
lona/yr
1.1 59.000 tons/yr



200.000 lons/yr


1 	
cal Capacity
OH alia




70.000 tons/yr









Utilized Capacity


15.000 twu/yr
300.000 loni/yr

Ohio: 1.000 loni/dy
(260.000 tonafyr*)
Idaho: 100.000 tons/yr
333.000 wet ton* of
2.400 Ions of Mlldi/yr
29.600 toni/yr*
36.862 lorn In 1905
41.557 toni/yr*
100.000-129.000
lons/yr



Need for Other
Traatmanl
75% Incinerated
0 IVMMl OfQCnlC
LORa
Incineration of
organic*
Incineration of
organlca

Low-level
metal wattes
Organic UHCa

Incineration of
organic UHCa

Piloc traitmsnt of
organic UHCa
Sand selenium-
bearing watte* off
aRa



Int
Cd






X
X




Ivlri
Pb
X
X





X




iial !
Sa
X
X




X


X


ilar
Cr
X
X





X


X


idar
Aa






X






da
Nl



--
X





Mined
Constituent*
X
X




X
X
X





Organic
UHCa


f. ';


X

X

X




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        Phone Logs              Appendix A-2
       Mr. Chuck Grant
       Environmental Manager
       Chemical Waste Management
       Location: Cariyss, LA
       Phone: 318-583-3774
       Fax: 318-583-4615
       Interview conducted by: Gillian Foster
       Date of interview: August 23,1996

       Mr. Grant  responded  that their facility does treat  Phase IV wastes, and plans on
 continuing treatment  in the future.  Approximately  25 percent of the wastes are treated
 to LDR  standards, while 75 percent of die wastes  are incinerated to meet organic LDRs,
 but need metals stabilization.  Approximately  200,000 gallons/day of waste can be treated
 to UTS  on site at the facility. Their facility will need  to implement  modifications to the
 types and quantities of reagents  needed to treat various waste types in their stabilization
 facility.  The time needed to  modify recipes for treatment  should be miMi  j^ey
 estimate  that  it will cost approximately $1000 per waste stream to develop new recipes.
 It is also estimated to increase treatment costs from $5 to $20 per ton.  Approximately 20
 to 30 percent  of TC metal only waste streams have constituent  concentrations  above TC
 or UTS  levels that would require additional or modified treatment.  For these waste
 streams,  meeting  individual standards  for selenium, chromium, and lead are going to be
 problematic.   They recommend that the  limit be set at S.Oppm TCLP  for all three
 metals.   They will not be able to  treat TC metal-only  wastes with organic UHCs
 of Subpart CC.
       Mr. Mitch Hahn
       Chemical Waste Management
       Location: Oakbrook, IL
       Phone: 630-572-8800
       Interview conducted by: Gafl Shaw
       Date of interview: September 10,1996
       Date of foDow-up interview: January 2,1997

       Mr. Hahn  responded that only hazardous waste is received  for treatment  at their
facility, and Phase IV wastes are treated.  Treatment  is 100 percent on site.  They have
fixed stabilization tanks at  their  landfills.  The quantity of Phase IV wastes that can be
treated to UTS depends  on the  treatment method.  Approximately  70 to 80 percent of
the wastes  can meet the  lower UTS levels for metals, while 20 to 30 percent  will require
development of new treatment  recipes (e.g.,different ratios of stabilization agents). Of
these 20-30%, 5-10% can not meet the lower standards and will not be accepted  by this
facility. Applying UHC standards will increase the  metal bearing waste streams going to
incinerators (i.e., for organics), but there is ample capacity.  There  will be problems
                                      Page A-7

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  creating  some of the  wastes to individual standards.  Difficulties with a mixed constituent
  waste stream depend on the metals, which have different  stabilization levels and varying
  rates of leaching depending on pK. The facility does not know exactly what the impact
  of organic  UHC  will be on metal  bearing waste streams because those waste streams
  have never needed  to be identified. There will be no modifications  made to the physical
  treatment process.. .However, all of the  waste codes  with lowered treatment  levels will
  need to have thier treatment recipies looked at to determine if any modifications  need
  made.  The difficulty of implementing  modifications  will vary depending on the difficulty
 of changes.  First, a bench-scale test will be performed in the  lab (requiring several days),
 then at the production level.  It could take  approximately  6 months to implement  recipe
 modifications depending  on when the  facility receives the  waste streams.  The  estimated
 cost  is SlOOO/profile to re-evaluate  and develop a new recipe.   Refer  to the comments  on
 the proposed rule submitted  to EPA  for supportive data.

       In a follow-up call, Mr. Hahn said that they will not have to change any of their
 actual physical processes.   The lower the standards are,  the more difficult it will be to
 modify the  recipes.  He noted that meeting the hypothetical UTS levels for barium
 (D005),  chromium (D007), lead (D008), selenium (D010), antimony,  nickel, thallium, and
 vanadium would be easier  than what was proposed in the August 1995 proposed rule.
 Only minor modifications to the treatment recipes, requiring several weeks, may be
 needed.  The facility is working on new data.
       Mr. Gary Davis
       Vice President
       Environmental Enterprises
       Phone: 513-541-1823
       Fax: 513-541-1638
       Interview conducted by: Gail Shaw
       Date of interview: September 23,1996
       Date of follow-up interview: January 7,1997

       Mr. Davis responded  mat their facility treats approximately  15,000 tons/year.
Approximately  50 percent is hazardous,  while the other 50 percent is non-hazardous.  He
noted that 100 percent of treatment capacity is commercial.  They neat  Phase IV wastes;
100 percent are treated  on site at the  facility, and no wastes are part of a treatment  train.
Less than 50 percent of these  Phase IV wastes can be  treated to UTS at the  present
time. In the future, Mr. Davis estimated  it could take  three to five years to be able  to
treat to UTS (primarily because the permit would need to be changed).   He  noted that
generally  mere would be no problems  treating to individual standards.  Treating a mixed
constituent waste stream that  has no organic UHCs is  not problematic; however, treating
a mixed constituent  waste stream with organics will be  difficult. They will need to be
sent off site to. an incinerator.   Mr. Davis could not estimate  what modifications, if any,
would need to  be made to treatment  processes.  He estimated it could take several years,
primarily  due to changing the  permit for part B.  The  facility can  accept  very little or no
additional Phase  IV wastes because they are currently  close to capacity.  The facility can

                                        Page A-8

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 provide supporting  data if requested.

        In a follow-up call, Mr. Davis noted that meeting the hypothetical  UTS levels for
 barium (DOGS), chromium (D007), and lead (D008) would require modifications to both
 the treatment  process and the treatment  recipes.  Each constituent  would require six
 months to one year'to  implement the changes.  Meeting the UTS levels for antimony, and
 vanadium would need modifications to their treatment  recipes, requiring  one  year to
 implement.  The proposed UTS level for carimhim (D006) could not be met  by the
 facility. Those waste streams would have to be sent off site for treatment.  Mr. Davis
 noted that a UTS level of 0.20 mg/L for cadmium would not be achievable; however, a
 UTS level of 0.50 mg/L could be met.
       Mr. Scott Marts
       Technical Manager
       Environmental Quality
       Location: Detroit, MI
       Phone: 313-6994230
       Fax: 313-699-3499
       Interview conducted by: Gafl Shaw
       Date of interview: September 17,1996
       Date of follow-up interview: January 8,1997

       Mr. Maris responded that their facility treats 300,000 tons/year.  Approximately 50
percent is hazardous, while the other SO percent  is non-hazardous.   He noted that  100
percent of the treatment capacity is commercial.  They do treat Phase IV waste; 100
percent of what is received  on site is treated,  and no percentage  of the wastes are  part of
a treatment  train. All of the Phase IV wastes  can be treated  to UTS at the present time
and the same is expected in the future.  The facility expects  no problems treating to
individual standards  or a mixed constituent waste stream.  Also, there will be no
problems  treating organic UHCs; their facility uses the process of chemical oxidation,
with bleach being a  common oxident.  No modifications will pgfd made  to  the treatment
process.  The faculty can accept  another 20-50 percent  of additional Phase  IV wastes,
increasing available  capacity to 360,000-450,000tons/year.

       In meeting the  hypothetical UTS levels, Mr. Maris confirmed in a follow-up call
that the facility would  have no difficulties  The levels are all the same or higher than the
UTS  levels they are  currently
                                       Page A-9

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        Mr. Terry FarreO
        Heritage Environmental Services
        Location: Indianapolis, IN
        Phone: 317-486-2726
        Fax:317-249-2046
        Interview conducted by: Gillian Foster
        Date of interview: August 20,1996
        Date of follow-up interview: Left message January 8

        Mr. Farrell responded  that their facility does not treat a significant volume of de-
 Bevilled wastes,  if at all, and they do not accept  TC organic waste streams.
 Approximately 60 percent of the wastes they stabilize are generated  by their on she
 treatment  facility. This facility treats plating wastes, acids, and1 caustic liquid wastes
 through metals precipitation  and treatment.  The treated wastewater  is then  filtered in a
 filter press that generates a liquid, which is discharged to a sewer, and a filter cake, which
 is stabilized and  disposed in a landfill.  About 40 percent of their waste stream is filter
 cake that arrives from off site for stabilization and disposal.  In order to meet the UTS
 for underlying organics, the  facility has two options: 1) pie-screen waste materials against
 organics and refuse those waste streams;  2) undergo  a 'significant facility expansion' by
 adding  a treatment  process  to the treatment  train that will address organics (e.g.,
 chemical oxidation, or thermal  treatment).  The  second  option could take two years for
 the permit modification approval process, engineering, and construction. The time
 period  would depend  upon  the type of permit modification that  is required (e.g.,Class I,
 n, or HI).  Almost 100 percent of the  TC metal  waste streams have  constituent
 concentrations  above  TC or UTS  levels that would require  additional or modified
 treatment.  Metals with organic UHCs  are problematic at this facility. Their process is
 geared  towards handling characteristic metals only. At the least, additional  analytical
expense would incur.  Mr. Farrell  believes that Phase IV would  force waste streams to
 incineration because many waste metal waste streams would need to be incinerated  for
the organic UHCs.  In a mixed constituent waste stream, nickel  is the hardest constituent
to stabilize.  Lead, chromium, and cadynjunj  follow nickel in stabilization difficulty.
Cyanides present  in the filter cake received from off site could require  oxidation or
chlorinating to meerthe  UTS.
                                        Page A-10

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       Ms. Kim Knotts
       Environmental Coordinator
       LWDInc.
       Location: Calvert City, KY
       Phone:502-395-8313
       Fax: 502-3954153
       Interview conducted by: Gail Shaw
       Date of interview: September 17,1996
       Date of follow-up interview: January 2,1997

       Ms. Knotts  responded  that in 1995, then- facility treated  35,320 tons of hazardous
 waste through incineration.  Another 10 percent  was non-hazardous.  Additionally, 3,642
 tons of hazardous  waste and  non-hazardous waste was treated through chemical
 stabilization (35 percent  being non-hazardous).  She noted mat 99 percent  of the
 treatment capacity is commercial.  The facility does treat  Phase IV waste; 100 percent
 can be treated  to UTS at the present time and the same  is expected in the future.  The
 facility expects  no  problems treating to individual standards.  There will be also be no
 problem  treating organic UHCs; the facility will vary then* stabilization process, using
 different chemicals to drive off the organics.  Treatment  problems may occur  with mixed
 metals.  No modifications will need  to be made to the treatment  process, except minor
 changes in stabilization  processes for mixed metals.  A few weeks will be necessary  for
 these  minor modifications.

      In a follow-up call, Ms. Knotts noted that  the  facility has not tried to meet levels
 as restrictive as the hypothetical UTS levels.
      Mr. Mark Rein
                VP of. Environmental Affairs
      PDC
      Location: Peoria, IL
      Phone: 309-688-0760
      Fax:309-688-6801
      Interview conducted by: Gafl Shaw
      Date of interview: September 17, 19%
      Date of follow-up interview: January 2, 1997

      Mr. Rein mponfoti that the facility receives only hazardous waste for treatment.
Phase IV wastes (30-40 percent  of the  waste stream) are treated;  100 percent of wastes
received  on site are treated.  Approximately 30-40 percent of the  waste stream is pan of
a treatment  train.  He noted  that 90 percent of Phase IV wastes can be treated  to  UTS
at the present rime and the same is expected  in the future. No problems are expected in
treating  to  individual  standards or a mixed constituent waste stream.  There  will be a
problem  with organic UHCs.  Their facility does not have  the capability to treat UHCs.
They are treated off site at another facility prior to being received at this facility. No
modifications  will be made to. the treatment process.  Refer to the comments on the
                                     Page A- 11

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 August  1995 proposed rule submitted to EPA for supporting data.

       In meeting the hypothetical UTS levels, Mr. Rein commented  that the facility
 would have no difficulties except with lead (D008). For this constituent, the treatment
 recipes would need  to be modified, requiring approximately one month.
       Mr. Richard Grondin
       Technical Manager
       Rollins Environmental Services
       Location: Deer Trail, CO
       Phone: 970-386-2293
       Fax: 970-386-2262
       Interview conducted by: Gfllian Foster
       Date of interview: August 21,1996
       Date of follow-up interview: January 10,1997

       Mr.  Grondin responded  that 1 percent of their facilities' total waste stream is de-
Bevilled wastes.  Approximately 50 peiceai of the total waste .stream is TC for metals
only wastes. The facility does not  conduct off site treatment, only on site at the facility.
Twenty percent  of its solid waste stream  is comprised of incinerator residuals  received
from  off site.  Rollins provides  stabilization,  chemical  precipitation,  chemical  reduction*
chemical oxidation, and on site disposal in a Subtitle C landfill.  The facility presently
receives approximately  100,000 tons to 125,000 tons per year of waste that can be treated
to UTS.  The total capacity at the  facility is approximately 200,000 tons per year.
Approximately 99 percent  of the waste stream is  solid waste and only 1 percent is liquid
waste. Treating selenium  (D010) through stabilization to UTS is impossible at this
facility. They generally exclude waste streams with high concentrations  of
seleniumcurrently five to ten tons per year. D010 wastes comprise less than  1 percent
of the total  waste treated at the facility.  The UTS level for selenium  is unachievable due
to several factors: l)-selenium is an emphoteric metal; it is teachable in many matrices at
both low and  high pHs; 2) selenium cannot be reduced or oxidized efficiently; 3) the
optimum pH  for selenium stabilization is between 6 and  7.  However, at pH  6-7, all other
TC metals  will readily leach  from the matrix at levels above the TCLP and UTS
standards.   As a result, many selenium bearing wastes are sent to Canada  for disposal.
Mr. C-*~cd.in believed that the Phase IV  LDRs would result in more D010 waste shipped
to Canada'  for disposal.  In treating chromium (D007), the facility will have to increase
the amount  of reagent  used, thus increasing the cost. D007 wastes comprise  10 percent
of the total  waste stream.  Generally though, no extensive modifications  to the treatment
processes win be necessary.  Except for selenium, there should be no problem treating all
other  TC metal  wastes  and de-Bevilled wastes to UTS.

       In meeting the hypothetical  UTS  levels, Mr. Grondin commented that the facility
would have no difficulties  except with selenium (D010), which could not be treated.  For
this constituent,  he noted that a UTS level of 5.7 would be  achievable.
                                       Page A-12

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        Mr. Joseph DeSipio and Mr. Rkk Valiga
        Environmental Technologies, Inc.
        Location: King of Prussia, PA
        Phone: 610-354-9050
        Fax: 610-354-9851
        Interview conducted by: Gillian Foster and Gail Shaw
        Date of interview: August 27,1996
        Date of follow-up interview: January 2,1997

        Mr. DeSipio responded that the facility treats 65 percent de-Bevilled wastes and
 25 percent  TC metals. They also treat a small amount  of biological wastes.  The  facility
 uses a  three-phase  treatment  system consisting of physical sizing, chemical leaching with
 acids and reagents, and liquids processing.  They extract metals out of the aqueous waste
 stream  into usable concentrations that are sent to industrial processing  facilities. The
 wastewater is neutralized and discharged into  the sewer.  Solid waste residue is then
 returned to the soil.  In general, approximately 50 percent of the wastes treated are
 treated  off site and 50 percent are treated on site.  The interviewee  believed that the
 percentage  of wastes accepted at the facility that is pan of a treatment  train begun at the
 generator's facility is low. The interviewee estimated  that the facility could provide
 70,000  tons annually  of off site capacity  and 70,000 tons annually of on site capacity for
 typical  metal wastes.  The only problematic  waste stream  is TC metal wastes that are also
 low-level radioactive  wastes.  The facility does not currently treat these  wastes.  However,
 Mr. DeSipio indicated  that the facility is planning to treat mem in the future.  The plant
 would need 4 weeks  to be retrofitted to accept low-level radioactive/TC  metal  wastes.
 The de-watering  systems for the  soils that pass through  would need to be expanded  to
 handle  incresed quantities.  The  facility can  accept almost no additional  Phase  IV wastes.
 They expect all individual standards to be met.

      In a follow-up call, Mr. Valiga said that the facility would have no difficulties
 meeting the hypothetical  UTS levels.  He  noted in particular that antimony, beryllium,
 nickel, thallium t vanadium, and  *inc would create no treatment difficulties bfcaiiy they
 are easily soluble.
       Mr. Rod Bartchy
       Vice President of Public Affairs
       EnviroSafe
       Phone: 1-800-523-0781, exL 5470
       Fax:215-956-5438
       Interview conducted by: Gail Shaw
       Date of interview: September 25,1996
       Date of follow-up interview: January 13,1997

       Mr. Bartchy commented that their facility in Ohio treats  1,000 tons/day of
primarily hazardous waste, depending  on  the level of business.  20,000 tons/year of

                                      Page A-13

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 capacity is available for Phase IV wastes.  The facility in Idaho has the design capacity  to
 treat up to  i 10,000 tons/year of primarily hazardous  waste.  The facility usually treats less
 than 50.000 tons/year in terms of actual receipts.  40.000 tons/year of capacity is available
 for Phase IV wastes.  He noted that  100 percent of treatment  capacity is commercial.
 They do treat Phase IV TC metal wastes;  100 percent of Phase IV wastes are treated on
 site at  the facility, and a minority of wastes may be pan of a treatment train.  Most  of
 these Phase IV wastes meet  the UTS  at the present  tune, and would  not be a problem  in
 the future.   There would be  no problems treating to  individual standards  or treating  a
 mixed constituent  waste stream.  However, the facility can not treat organic UHCs.  No
 modifications will need  made to the treatment  process except  perhaps minor additive
 changes. Mr. Bartchy estimated  the facilities could currently accept another  150,000 -
 200,000 tons of additional Phase IV wastes.  The facility can provide supporting  data if
 requested.

       In a follow-up call, Mr. Bartchy said that the facility would have no difficulties
 meeting the hypothetical UTS levels.
       Mr. Warren Norris
       Sales Manager
       GNI (Disposal Systems)
       Location: Deer Park, TX
       Phone: 713-930-0350
       Fax: 713-930-2511
       Interview conducted by: Gillian Foster
       Date of interview: August 21,1996
       Date of follow-up interview: Left messages January 2 and January 8,1997

       Mr.  Norris responded  that their facility treats  mineral processing wastes and
wastes that  fail the TC metals only. The  facility does not  conduct off site treatment, only
on site at the faciUty."None of the wastes are pretreated  before reaching  the site.  The
facility accepts liquid wastes that  undergo  oil removal (reclaimed for heat  value),
dewatering, and filtration.  The liquid  phase  is deep well injected.  The facility holds a
no-migration petition  variance. The solid phase  is stabilized on site or shipped off site
for incineration.  The facility manages  333,000 wet tons of liquid wastes before treatment
per year. The facility has a capacity of 1,159,000 tons per year. The  facility also
manages 2,400 tons of solids per  year. All volumes are approximate.   None of the waste
streams will cane the facility to make modifications  in their treatment  process.
Approximately 50-75 percent of TC metal waste streams  have constituent  concentrations
above TC or UTS levels. Mr. Norris expects that all TC and UTS standards will be able
to be met for the TC metal waste streams.  He noted that cadmium  stabilization is
difficult, although not impossible. Selenium  does not stabilize well, and arsenic is very
soluble  and leaches  readily.  The facility handles arsenic by mixing the waste with
aqueous  wastes or water and then deep  wells the arsenic containing liquid phase.
                                       Page A-14

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                                      Stabilization
                                      Phone Logs

Mr. Mitch Hahn
Waste Management
Location: Oakbrook, IL
Phone: 630-218-1612
Interview conducted by: Maribelle Rodriguez, Jay Doraiswamy
Date of interview: November 4,1997

Mr. Hahn noted that except for selenium and antimony, all other metal standards (proposed in the
2nd supplemental) can be readily met with the existing stabilization system, and would not
require any modifications.  He informed that the maximum stabilization capacity is
approximately 500,000 tons/year. Though he did not have the actual utilization capacity, he
stated that currently they are not operating anywhere close to the maximum capacity.

Mr. Henry Springer, Jr.
Mill Service
Location: Yukon, PA
Phone: 412-722-3500
Interview conducted by: Jay Doraiswamy
Date of interview: November 4,1997
Date of follow-up interview: December 9,1997

Mr. Springer stated that the proposed metal standards (2nd supplemental) can be met readily for
all metals except beryllium. He also stated that beryllium containing waste streams account for a
very small fraction of their total waste streams. He stated that they sometimes encounter
treatability difficulties with mixed metal waste streams, such as streams containing cadmium and
lead, but with necessary modifications in the stabilization system, they could treat these metals to
the proposed standards. Mr. Springer noted that they have a maximum stabilization treatment
capacity of approximately 230,000 tons/year and are currently utilizing about 62,000 tons per
year of treatment capacity.  Mr. Springer stated that their facility would not require any
modifications to the infrastructure of the stabilization systems and would require only changes in
the chemical reagents and their ratios, and therefore, would be able to complete any necessary
modifications to the stabilization treatment systems within a 90 day time period to comply  with
the proposed UTS for the TC metals.

In a follow-up call, Mr. Springer said that the facility would have no problems in meeting the
treatment standards proposed in the second supplemental proposal.  In order to meet these
standards, they will need to make minor modifications to the treatment recipes, requiring less
than 90 days. He also indicated that the facility is operating at maximum capacity, that is 888
tons/day. The treatment capacity is limited by the number of trucks permitted to use the access

                                       Page A-15

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road to the facility to transport hazardous waste (i.e., 37 trucks per day) and the amount of waste
that the trucks can transport (i.e.. 24 tons per day).
Mr. Scott Kuhn
Laidlaw Environmental Services
Location: Pinewood, SC
Phone: 803-933-4305
Interview conducted by: Maribelle Rodriguez, Jay Doraiswamy
Date of interview: November 4,1997

Mr. Kuhn stated that they can readily meet the proposed treatment standards for all the metals
through stabilization.  He stated that they are using a stabilization processes called Super D Tox
to treat the TC metals. He stated that any necessary modifications to the stabilization system can
be readily made (in less than 90 days) to meet the proposed treatment standards for the TC
metals. He stated that currently they are successfully treating the most difficult to treat wastes
(such as the K.061 wastes containing 13 different metals) through stabilization and, therefore, do
not expect any problems with the revised TC metals treatment standards.  Mr. Kuhn. stated that
their facility currently has a maximum stabilization treatment capacity of approximately 1.3
million tons per year and is currently only utilizing about 312,000 tons per year.

Mr. David Case
Environmental Technology Council
Location: Washington D.C.
Phone: 202-783-0870
Interview conducted by: Maribelle Rodriguez, Jay Doraiswamy
Date of interview: November 4,1997

Mr. Case stated that none of their member facilities have any problems with treating the TC
metal and mineral processing wastes to the proposed treatment standards. He stated that even
complex waste streams can be treated to the proposed treatment standards using a well-run
treatment system. He noted that ETC has collected data from five separate sites around  the
country representing a wide variety  of wastes and the treatment performance data shows that the
proposed treatment standards can be readily achieved (this data was provided by ETC in
response to the second supplemental proposal). He agreed to survey ETC's members and collect
additional information on stabilization capacity, if a written request is made to ETC.
                                       Page A-16

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                                Appendix A-3
                         FACSIMILE MESSAGE

TO:         Jay Doraiswamy, ICF Consulting Group   FAX: 703/934-3740

FROM-      Name:       _
             Title:            y/.'P  -

             Company:
             Telephone:     gZ.-f6- gS/3     Fax:

DATE:       November ;& 1 997

RE:          Rfin^PM* to R^*A Infbmiitibn Reoniisl
      This (facsimile respoodi to your inquiry co the Environmental Technology Council
regarding commercial capacity for stabilization treatment of TC-metal wastes to meet the
proposed treatment standards in the LDR Phase IV rule.

      In general, modifications can be made to stabilization treatment systems, if
necessary, within 90 days to meet the proposed treatment standards for TC metal wastes.
This is shown by the following example of the average time periods for stabilization of
metal wastes based oo our experience:

Time needed to characterize the waste:   
Time needed to determine the stabilization process:
Time needed for conducting bench-scale tests:       -fa   4
Time n faded to modify stabilization system:   /
Time after waste receipt to complete stabilization:  2  4*P
Other information showing that treatment system modifications, if any, can be done
within a short amount of time: _ _^ _
Maximum treatment capacity for stabilization:

Average utilized capacity:    |p*/g
      If EPA has any further question*, please contact the respondent.

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                      lr 00    rwjn  LPUDLflU COMPLIANCE

^axTransmitta! !\ll
                                                                         TO
                            917839343740   P. 01
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                                                                                 .
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                                 . >ipfiofie *
                         7
                                                              
                                                                                                i/'*c> T~S_
                                                                                                    ..... 7
                                                         Sheetl
     Laidlaw Facility
                             Characterization Time


                             Typical         Max
Disposal Time   Capacity

from Receipt
                                                                                            Current UtJtztion
     Pfyewood. South CsfroSna  2-6 days


     Waynoka. OWahom?      S-Q days


     Clfve, Utah               5-10 days


     Buttonwfllow, Caiifonhia     7-14 days


     Wisstmoreland, CaTrfpmia   7-14 days
14 days
30 days
45 days
30 days
30 days
1-2 days
1-2 days
1-2 days
1-2 days
1-2 days
                                                                           90,000 gaions/day   30-40,000 gallons/day


                                                                           200.000 tons^year   50-70,000 tons/year


                                                                           132,000 tons/year   24-36,000 tons/year


                                                                           340,000 tons/year   16,000 tons/year


                                                                           340,000 tons/year   16,000 tons/year
                                                            PageA-18

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                                    APPENDIX A-4
    MEMO from Robert Finkel, Pennsylvania Department of Environmental Protection

State Contact:      Robert Finkel
Phone:              (717)783-9183
Email:              finkel.robert@al .dep.state.pa.us
Department:         Bureau of Waste Management, PA DEP
Response Received:  April 17, 1998

      Mill Service - Bulger is a closed facility that treats multi-source leachate generated on-
       site.  They have a treatment for the on-site treatment.

      Mill Service - Yukon is permitted for 402,584 tons.  They may divide this capacity
       between inorganic treatment and stabilization. In 1997, they received 13,054 tons for
       inorganic treatment (M071, M077) and 37,434 for stabilization.  The general trend has
       been decreasing inorganic treatment as steel mill waste has diminished or is otherwise
       being recycled, and an increase in stabilization, mainly of contaminated soils.  (1995:
       46,850 M07X; 28,730 Ml 11)

      Envirite is permitted for 83,311 tons, as with Mill Service, all for inorganic treatment
       which they can divide between inorganic treatment and stabilization. Envirite received
       25,000 tons for aqueous inorganic treatment in 1997 (30,257 in 1995) and 9.500 tons for
       stabilization (39,542 in 1995). They also began sending waste off-site for reclamation in
       1997 (8,215 tons) which would have been stabilized in previous years.

      Republic Environmental is permitted for 94,740 tons organic/inorganic treatment (they
       only do inorganic), 109,000 tons stabilization and 90,223  tons other treatment.  They
       received 5,681 tons for other treatment and 9,660 for stabilization in 1995. (1997 totals
       are not yet available)
                                         Page A-19

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                                     Appendix A-5
 FROM:      C. Pan Lee, Environmental Scientist
              EPA/OSWER/OSW/HWMMD/AIB

 TO:         The RCRA Docket

 SUBJECT:   Conference Call Summary regarding Treatment for Selenium Wastes

 DATE:       2:30-3:40 pm, May 16,1996,

 Participants in Conference Call:                                      DR AFT
       Anita Cummins, EPA/OSW/Waste Treatment Branch
       Jose Labiosa, EPA/OSW/Waste Treatment Branch
       C. Pan Lee, EPA/OSW/Analysis and Information Branch
       Mike Fusco,  Rollins Environmental, Inc., Tel. (302)426-3471
       Richard Grondin, Technical Manager, Rollins' Highway 36, Tel, (970)386-2293
       Steve Schneider, Laboratory Manager, Rollins' Highway 36
       Royce McDonald, Rollins' Highway 36-

       Rollins expressed concerns of achievability of the proposed universal treatment standard
 (UTS) for TC selenium. The mingled selenium waste streams Rollins' Highway 36 accepts are
 from incineration ash and slag and contaminated soil (including D, F, and K waste codes
 residuals from organic waste streams, soil and debris contaminated with D codes containing
 different metals). They claimed they are still not able to find appropriate agents for stabilization
 to treat selenium to its UTS.

       They received about 20 to 30 tons per day of incineration ash from Rollins facilities but
 have rejected the wastes with high selenium concentrations. They will try to find out the sources
 of selenium in the mixed waste streams received. They would provide us with design
 stabilization capacity data in the permit and a list of waste codes permitted to treat (Please see the
 attached. Their projecting utilized stabilization capacity for 1996 is about 110,000 to  120,000
 tons. Rollins also bis Subtitle C landfills and stabilization on the  sites (?) in Louisiana and
 Texas, but they are mainly for captive usage and Rollins did not foresee any plan to open these
 landfills for commercial activities. Waste Treatment Branch also  mentioned the stabilization
 technologies used by Laidlaw-USPCI and Envirorite can meet selenium UTS.  A side question
^or arsenic was also asked: Highway 36 does not accept arsenic-containing organometalic wastes
 but can treat (stabilize) other types of arsenic wastes and meet UTS for arsenic.

       Attached please find the waste treatment of selenium and stabilization capacity data
 submitted by Highway 36 on May 17,1996.
                                         Page A-20

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 PRONE LOG

 TO:         The RCRA Docket

 FROM:      C. Pan Lee
             EPA/OSW/HWMMD/AIB

 SUBJECT:   Clarification for the Information Submitted by Rollins

 CONTACT:  Mike Fusco                                         DRAFT
             Director of Environmental Affairs                       *^ *^ ^"^   
             Rollins Environmental Services (RES)
             Tel: (302)426-3471

 DATE of PHONE CALL:  May 29,1996

      RES confirms that the CBI for incineration capacity submitted by RES on May 7, 1996 is
 annualized data. Among the information provided, Rollins Rotary Reactor (RRR) is a long
 rotary kiln with a lifter (a bucket like) inside for feeding sand and soil to the kiln. It is a fluidized
 rotary kiln and designed for low BTU materials such as soils. Generally RES blends solids and
 soil/debris in the mixing building (pits tank) and the mixture directly goes to feeding harper in
 front of kiln. Soil/debris usually come to RES by rollofif container or trailer.

      Also, RES stated in their comment in response to LDR Phase IV proposed rule (published
August 2,1995) that EPA did not include ECOVA in the available combustion capacity . Per
phone conversation RES expressed that ECOVA is not one of RES's subsidiaries, but they know
ECOVA has a fluidized bed kiln for treating low BTU solid and was originally bought by
Amoco for treating K048-K052, F037 and F038.  Now it is operated by Clean Harbor (but RES
did not know who is the owner), RES also mentioned that ECOVA is a relatively small
commercial facility. (The contact in ECOVA is: Paul Aheorn, tel: 617-849-1800 although RES is
not positive about this information.)
                                          PageA-21

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                                  Appendix A-6


MEMORANDUM

TO:         RCRA Docket

FROM:      C. Pan Lee                                   T\D AFT
             EPA/OS W/HWMMD/AIB                      l/l\r*l   

SUBJECT: .   Meeting with Brush Wellman

DATE:       May 23,1996

Participants:
      Mary Cunningham, EPA/OSW
      C. Pan Lee, EPA/OSW
      Anita Cummings, EPA/OSW
      Marc Kolanz, Corporate Director, Environmental Health and Safety, Brush Wellman
      Mike Petruska, EPA/OSW

      We met with the representative of Brush Wellman to follow up beryllium issues (e.g.,
disagree with such low beryllium UTS) raised in its comment. Their lead-bearing waste streams
(D008) contain more than 14% of beryllium. Its comment claimed that Horsehead would not
accept its wastes and it has not contacted INMETCO yet.

      We have asked Brush Wellman to provide the EPA with problems to meet UTS for
beryllium, any available treatment data to justify a higher standard if any, volume of the lead-
containing waste streams, and sources of the streams.
                                        Page A-22

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                                       Appendix A-7


 ]UTT]VfORANDUM

 FROM:      C. Pan Lee
             EPA/OSW/HWMMD/AIB

 TO:         The RCRA Docket

 SUBJECT:   Capacity-Related Information

 DATE:       May 23,1996                                    UK AFT

 Participants:
      Anita Cummihgs, EPA/OSW
      Mike Petruska, EPA/OSW
      Kevin Igli, CWM
      Mitch Hahn, CWM
      Paul Borst, EPA/OSW
      Mary Cunningham, EPA/OSW
      Jim Buchert, Versar
      C. Pan Lee, EPA/OSW
      Jose Labiosa, EPA/OSW
      Steve Silverman, EPA/OGC
      Sue Slotnick, EPA/OSW
      Jim Thompson (Phone), EPA/OECA    -~ fa'**? ^ Xx: F Vx.
      This meeting note mainly sumnlanzed the capacity-related information. (For treatment
issues, please refer to meeting notes prepared by Versar for Waste Treatment Branch.) CWM
provided treatment data (CBI) to EPA. They stated that industries are generally lack of data for
UHC in  the wastes streams.  They will provide volume data for the 20 to 30% of total waste
streams received which are subject to additional treatment if they have to meet the proposed UTS
for some of TC metals. Another 5 to 10% (in addition to 20 to 30%) of currently approved waste
streams will not be able to meet the proposed UTS even with the development of new recipes.
      r.*.
      CWM's current stabilization  capacity of 500,000 tons per year is provided by their
facilities in (1) Emelle, AL; (2) Kettleman City, CA; (3) Arlington, Or; (4) Model City, NY; (5)
Fort Wayne, IN and (6) Menomonee Falls, WI. They are not currently using stabilization
capacity maximally.

      Attached please find a copy of meeting notes prepared by Versar for OSW/WTB.
                                         Page A-23

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    DRAFT SUMMARY OF MEETING WITH REPRESENTATIVES OF CHEMICAL
  WASTE MANAGEMENT (CWM) TO DISCUSS COMMENTS AND DATA
                                   TO PHASE IV

                             May 23, 1996, 10:00 - 12:00
                                 2800 Crystal Station
                                   Arlington, VA
                              2nd Floor, Costale Room

                           ATTENDEES: See Attachment 1

The following summarizes the issues that were discussed at the May 23,1996 meeting between
EPA and CWM representatives. This narrative  does not provide a verbatim account of the
meeting, and for the purposes of clarity and continuity, items are sometimes not presented in the
order in which they were discussed.

The purpose of this meeting was for EPA and CWM representatives  to discuss comments and
additional data  regarding the Proposed Phase  IV  rule (proposed  treatment standards  for
characteristic metal wastes).  The  primary concerns  expressed by CWM were treatment of
wastes that (1) have problems meeting current LDRs; (2) have more than one metal contaminant;
(3) contain arsenic, lead, or selenium; and (4) have low levels of contamination.  CWM also
expressed concerns about the perceived inconsistencies between RCRA and TSC A and the HWIR
and Phase IV rules.

After copies of the meeting agenda (attachment 2) were distributed,  CWM began with a  few
opening comments:  The comments submitted by CWM were based  on a survey of their
technical managers. Additional data were provided by CWM that backs up their comments with
real waste stream  data.  In general, CWM lacks data for UHCs, because there have been no
previous regulatory drivers requiring generators to test for these constituents in their wastes.

CWM asserted that from a policy standpoint, the  Phase IV proposal does not make sense.   For
example, concerns were  raised regarding scenarios such as  the following:  if  a waste is
characterized as D008, it will need to be treated for UHCs, but if a similar waste had the same
UHCs at higher concentrations, but did not contain lead, it may not be  hazardous, and therefore,
could be sent to a f 
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                                                                DRAFT
the generators would just be guessing.  Currently, no one can certify that the UHCs are not in
the waste.

Sometimes dechaiacterized waste is sent to a Subtitle C landfill. (The changes to 40 CFR 258
have resulted in better construction of Subtitle D landfills, and the design standards are much
closer to Subtitle C than before.)

Agenda items 1 and 2:  Applying UTS and UHCs to Characteristic Metal Wastes

CWM stated that  their  technical  managers  provided their data quickly, and  more may be
available. They also stated that when, for example, D008 is treated, treatment is halted when
the concentration of the lead in the waste is below the characteristic level of 5.0. Sometimes the
TCLP result may be lower than 5.0, but CWM has not tried to reach 0.37, and although they
have achieved this level on some occasions, they do not know if it can be reached on a regular
basis. Typically, the waste will carry multiple waste codes, and interaction of the  metals will
interfere with the test results (e.g., low lead leachate, but high chromium leachate levels). CWM
indicated that they need to examine the waste streams individually, and determine what new (and
possibly cheaper) reagents they need to add to meet the UTS. CWM referred to their original
comments where they stated an estimated cost of about $1,000 per waste profile to do this. They
mentioned that one of their facilities recently examined different profiles and determined that the
cost of changing their stabilization recipes increases the treatment cost by about 32 percent
CWM estimates that about  70 to  80% of the waste that they currently treat can meet UTS
without additional cost

The current CWM treatment  capacity  is 500,000 TPY,  but '20  to 30 percent' of this  will
require a new treatment recipe to meet the UTS for D004 through DO 11 wastes. The recipe for
a batch stabilization is specific for that batch and is determined on a case-by-case basis. CWM
tries different recipes in the lab, and then scales up the process. Treatment is verified at each
step in case the original sample was not representative of the waste.

CWM disagrees with EPA's positions that (1) treating to  meet the characteristic level does not
exempt a waste from RCRA,  and (2) even though there is good treatment now, it should be
modified if there is better treatment.  When treating for metals to UTS, there can be other
changes to the wastes characteristics (e.g., solubility) that may effect its treatment Problems
can occur when treating at lo\v i^a levels. For example, when the standard  is 0.5 ppm and a
waste has been treated to 0.75 ppm, re-treatment with  bulk reagents can lead to incidental
dilution.  (Multiple facilities use a back hoe and a pit to do stabilization.)

CWM believes that pie-treatment is too costly, and competition is already difficult.  EPA
believes that pie-treatment to homogenize wastes should not be cost prohibitive, because, based
on the reaction kinetics, treatment would be ineffective without it  Sometimes pre-treatment
(e.g., crushing) is done to facilitate the  process.  Sometimes problems such as different particle
sizes, or a  "sticky" clay  matrix can require pre-treatment
                                         Page A-25

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                                                                  DRAFT
Problem wastes include those that contain arsenic, lead, and selenium.  Treatment of wastes
containing  selenium is a consistent problem, especially as an UHC.  Sometimes lead  is a
problem, but CWM can normally treat to meet UTS most of the time.  Treating for more  than
one metal at a time is a problem.  Results depend on the interaction of the metals in the waste.

In addition to the "20 to 30 percent" of wastes that are difficult to treat, CWM indicated that
5 to 10 percent are "untreatable."  CWM was unsure of the characteristics of these wastes (data
and information was not presented at the  meeting).  EPA is interested in a breakdown (Le., soil',
debris, process) of these wastes. CWM uses the alternative standards for debris, and generally
segregates "problem" wastes such as those that contain arsenic and selenium.

When  asked  about the co-mingling of wastewaters that generate a sludge, and  whether the
stricter standards  will lead to source  segregation, CWM stated that they did not believe so.
Rather than installing a second tank, CWM believes an electroplater will send the waste  to a
treater to get rid of the problem before 90 days. They believe that generators will keep looking
for a TSDF to solve their problem, such as sending wastes to Stabile* and Laidlaw in Canada,
and that generators will treat the waste themselves only in an exception. In general, generators
call a TSDF for large one-time wastes, and focus on minimization of continuous process waste.

The CWM  waste treatment database (comprised  of 6 years of data from all of their sites)  may
not contain information on trying to treat selenium to lower levels, because CWM only tries to
meet the current BDAT levels. CWM stated  that the TCLP for selenium in a waste may not
change, even  when the treatment process recipe for that same waste is modified. Treatment of
wastes containing beryllium was not included as part of CWM's data submission, but they could
look into it if necessary.

Agenda hem 3:  May 10,19% NODA

            Organic UHCs

CWM does not have much data on organic UHCs except for PCBs treated in conjunction with
metals.  TOC data is also not available because the generators do not provide it, and CWM does
not ask for it.  For example, additional TOC information may be requested if organics are
identified on  a waste profile as present at significant concentrations (e.g., one percent).  In
general, there is no analytical data to back this value up.  CWM does not request halogen
analysis for wastes to be ittafriliztd, When their database was queried, only a few examples were
found. Previous CWM comments to EPA regarding organic UHCs were guesses, based on their
PCB data.  CWM conducted stabilization tests in  1985 on low level (1%, 2%) organics, and
may have some data (CWM did not have the data at the meeting, and would need  to retrieve it
from their database).

CWM asserted that treating foundry sands is not a problem if the levels of organics are known.
Treating foundry  sands with TC level metals can be a problem.  CWM asserted that when
treating a waste, they need to consider how the level of organics will effect the treatment. They
                                      Page A-26

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                                                             DRAFT
also Banning the level of interference of the constituents, and the effect that these constituents
(especially organics) have on liners.

Regarding treatment with organically modified clay, CWM has not reviewed this process yet,
but has tried organic oxidation and stabilization (same principle), and submitted their data to
EPA.  The data show that the treatment does not work well.  When the waste is stirred, organics
are volatilized. When cement is added, heat is generated,  and more organics  are volatilized.
Even low levels of organics will be volatilized, and these organics are not easily captured.
EPA is  examining the following  scenario:  if a waste meets  the UHC standard,  then  it
automatically meets the Subtitle! CC standard (i.e., Air Emission Standards for TSDFs).  EPA
is looking for data that correlates UHC concentrations to the 40 CFR Part 264 Subtitle CC (i.e. ,
Air Emission Standards for TSDFs) action levels, and if the above scenario works in both
directions. CWM commented that it would primarily depend on the efficient operation of the
stabilization technology.  Subtitle CC air emission controls could cover the VOCs that were
driven off during treatment, but adequate capture may be a problem.  Particulates are captured,
but VOCs are a problem because of the huge air volume.

When asked which organic UHCs are most likely to be found in wastewater treatment sludges,
CWM stated that they do not have data for plating sludges with low levels of organics because
their waste profiles do not always have this information. This may be asked of their customers
if the new rule is promulgated. Treated F006 and F009 wastes have not been tested for
phthalates, etc., and CWM does not know if they are present  EPA suggested that a generator
would know what was in a solvent  used in cleaning operations, or the plant engineers should
have a feel for this data. CWM suggested that the electroplaters trade association might know
this information.

To  determine the volume of UHCs and the levels of UHCs in wastewater  treatment  plant
sludges, CWM could only give an educated guess, from the information in their database.  This
would tell them where, to look in the future.  Surveying their managers and doing a database
query would take a couple of weeks.

CWM data for D012 through D043 wastes has some metals information,  but not much on
UHCs.  EPA wants to get an idea of what is in the waste (e.g, phthalates, solvents, etc.). To
accomplish this, die CWM datahasr can be queried by company name,  process name, waste
code, etc., and after input from their technical managers, CWM could extrapolate a response.

The "order of ibagnitude" test for organics was recommended by CWM technical managers as
an approach to alleviate the problem of wastes with low levels of organics (but CWM has no
data to support this).
                                         Page A-27

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            PCBs

Last year CWM stabilized 46,000 tons of D004 through D011  wastes with TSCA levels of
PCBs. TSCA allows land disposal of "solid" PCBs in a TSCA cell without incineration.  There
is substantial data to support that "solid" PCBs stay in place once stabilized. RCRA requirement
to incinerate may be  counterproductive. CWM indicated that the levels of PCBs in the waste
they treat are so high that even the order of magnitude solution could not solve this problem.
CWM expressed concerns over inconsistencies; TSCA allows land disposal, and treating the
UHCs of metal wastes will require incineration.   TSCA landfill standards are only slightly
different than RCRA  standards.  CWM suggested that the TSCA standards are sufficient for the
PCBs and the metals  would be treated.

            Petroleum contaminated media

CWM requested clarification of the 261.4 exclusion for UST corrective action wastes:

Q:  If a waste is  characterized as D008,  the  proposal requires treatment for UHCs (e.g.,
benzene) that seem to be excluded under 40 CFR 261.4. What is the purpose of the exclusion?

A:  The exclusion is  for hazardous waste identification purposes only.  If a waste is hazardous
for any other reason, the exclusion is void, and the waste is subject to all RCRA provisions,
including LDRs.

            Costs associated with change

Paul Borst/EPA asked if UHC standards would lead to exports or waste minimization, rather
than incineration.  The answer will depend on economics (currently, incineration can cost from
$1,300 to  $1,400 per ton). Paul will follow-up with CWM to discuss the nature and types of
wastes where the proposal has more than a moderate cost  impact.

            Environmental reasons for change in light of HWIR

CWM expressed concerns about how the HWIR rule may be in conflict with the Phase IV rule;
that the Agency seemed to be going in opposite directions in terms of stringency.

EPA is constrained because of the consent decree. Also, HWIR is based on total concentrations,
and Phase IV is based on TCLP concentrations.  CWM was asked if they knew of any obvious
wastes that would be  covered under the Phase IV rule, and be exempted by HWIR. CWM data
is TCLP-based; They do not have much information on the relation of totals to TCLP results.
Generally CWM does not run a total analysis on untreated waste.

CWM discussed the issue of contingent management and risk. LDRs are not required to be met
if placed in a low risk area.  A risk model on a properly designed Subtitle C  landfill in a dry
climate might indicate that not much treatment is required for waste disposal.  This changes if
                                      Page A-28

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the area is subject to high precipitation. Similarly, CWM is intrigued became wastes can be
delisted at higher than BDAT levels, because delisting is based on risk.

            Lead-bearing Smelter Wastes (Slag from lead-acid batteries)

CWM requested clarification of an issue in the May 10, 1996 NODA.

Q:  If a battery is smelted to meet the LDRs, does the slag require further treatment?

A:  If the slag is characteristic, all other non-LDR requirements must be met The slag must
be sent to a Subtitle C unit or treated to non-characteristic levels, and then sent to a Subtitle D
unit.  The waste has met the LDR treatment standard, and the residue does not need to be
treated further for Subtitle C disposal.

At the end of the meeting the following Action Items for CWM were di
            Provide break-out (media, process, etc.) of the 20 to 30% of wastes that need to
             be re-tested.

            Provide break-out (media, process, quantities, etc.) of the 5 to 10 % of wastes that
             need are "untreatable."

            Provide list of industry wastes that CWM expects will have UHCs and organic*.
             Include corresponding SIC codes if possible.

            Provide data on testing of organics and interference problems.

            Provide information on foundry sands,  Include data for organics and metals, and
             provide treatment costs and volumes.

            Provide data on treatment of Selenium wastes (treatment recipe is CBI)

CWM expects to have all information to EPA by June 17. CWM will call Anita Cummings with
a tentative schedule for individual items.
                                         Page A-29

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                        Attachment 1: List of Attend
Anita Cummings, EPA/OSW/WTB
Mike Petruska, EPA/OSW/HWMMD
Kevin Igli, CWM
Mitch Hahn, CWM
Paul Borst, EPA/OSW
Mary Cunningham, EPA/OSW/WTB
Jim Buchert, Versar
C. Pan Lee, EPA/OSW/HWMMD
Jose* E. Labiosa, EPA/OSW
Steve Silverman, OGC/EPA
Sue Slotnick, EPA/OSW
Rhonda Craig, EPA/OSW
Jim Thompson, EPA/OECA (via Phone)
                                   Page A-30

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                           Attachment 2:  Meeting Agenda

                         EPA/Chemical Waste Management

                                  May 23, 1996

                                     Agenda

1. Applying UTS to Characteristic Metal Wastes
2. Applying UHCs to Characteristic Metal Wastes
3. May 10,  1996 NODA

            Metal UHCs
            Organic UHCs
            Inorganic Combustion Policy
            PCBs
            Petroleum contaminated media
            Costs associated with change
            Environmental reasons for change in Light of HWIR
            Lead-bearing Smelter Wastes (Slag from lead-acid batteries)
                                        PageA-31'

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[This page intentionally left blank.]
                                       Page A-32

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                                   Appendix. A 8

    DRAFT SUMMARY OF MINUTES OF APRIL 30, 1996 MEETING OF EPA AND
            REPRESENTATIVES OF LEAD RECOVERY FROM BATTERIES

                           April 30, 1996, 1:00-2:00 p.m.
                                2800 Crystal Station
                                   Arlington, VA
                           2nd Floor, Conference Room B

                                   ATTENDEES

                         Mary Cunningham, EPA/OSW/WTB
                       Michael Petruska, EPA/OSW/HWMMD
                          C. Pan Lee, EPA/OSW/HWMMD
                          Anita Cummings, EPA/OSW/WTB
                               Suzanne Wade, Versar  (
                      Robert Steinwurzel, Swidler & Berlin/ABR
                                 Susan Panzik, S&B
                             Jean Beaudoin, JCBGI/BCI
                                Jack Waggener, RCI
                               Charles M. West, RCI
                               Katie Champon, WBN

Introduction
DRAFT
The purpose of this meeting was for EPA and representatives of lead recovery from batteries
(Association of Battery Recyclers, Resource Consultants Inc., and Battery Council International)
to discuss proposed treatment standards for lead  characteristic wastes.  Mary Cunningham
opened the meeting by explaining the historical background for setting treatment standards under
the Land Disposal Restrictions (LDR) Program.  For listed waste codes, residuals carry the
waste code forever, unless the waste is delisted. After treatment to the LDR levels, listed wastes
may  be placed in a Subtitle C landfill.  For characteristic wastes, residuals are considered
characteristic until they no longer exhibit the characteristic of hazardousness. For wastes treated
by recovery of lead, residuals may be placed in a Subtitle D landfill if the lead concentration in
the leachate is less than the TCLP limit.  If this standard is not met, the  characteristic waste
could be disposed of in a Subtitle C landfill or undergo further treatment until it no longer
exhibits the characteristic of hazardousness,  at which  time it could be placed in a Subtitle D
landfill.

Discussion

The following questions, concerns, and issues were discussed:

1.     Universe of wastes treated by recovery of lead

       EPA:  What other types of wastes are treated with battery wastes? (Cunningham) What
             are the underlying  hazardous  constituents?  Do  the characteristics  of  the slag

                                        Page A-33

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              remain the same (no substantial differences) when other wastes are added to the
              treatment process? (Petruska)

       Ind.:   Believes the main issue is slag (residuals).  If other wastes are going into the blast
              furnace, are they also  "treated" by  "recovery of  lead"?  Feedstock includes
              Appendix  11   list  constituents  (lead  materials  from various  industries).
              (Steinwurzel)

       Conclusions:  Based on limited information,  EPA could state that the primary waste
                    treated is lead and that other wastes do not appear to significally change
                    the characterics of the slag. EPA  could ask for public comment on this
                    issue  in the Notice of Data Availability (NODA).

2.     Lead-contaminated soil and other non-smelter D008 wastes

       Ind.:   How is  lead-contaminated soil to be managed? (Steinwurzel)  How are other
              D008  wastes to be managed  that don't go through smelters,  such as remedial
              wastes, building debris, soil and debris. Industry has data on 7 sites for mobile,
              commercial excavation plus stabilization (pug mill or phosphate stabilization).. It
              was stated that these wastes usually go to Subtitle D landfills after treatment or
              are capped in place. (Beaudoin)

       EPA:  In  the  Phase  II Rule, all  available data was  evaluated   when  UTS  was
              promulgated. Limited data and comments were received, so  the Agency went
              forward with UTS based on the available data. It was the Agency's belief that
              existing stabilization processes (as evidenced by the data) are not optimized for
              the lower UTS levels, so these stabilization! data may not be reflective of actual
              capabilities. (Cunningham)  EPA believes  stabilization can achieve lower  levels,
              but there is little supporting data.  When the Phase n Notice was published, little
              feedback was received to suggest that characteristic lead wastes are substantially
              different from metal wastes in EPA's database and couldn't meet UTS.   EPA's
              position with respect to characteristic soil is that it is substantially different from
              the metal wastes in EPA's database,  so it is assigned case-by-case standards.
              (Cunningham)

       Conclusion:   EPA:  If there is limited capacity, implementation of the rule for these
                    metal-bearing waste streams could be deferred.  Otherwise case-by-case
                    standards could be allowed until  the HWIR Media  Rule is in  place.
                    Alternatively, a generic variance could be used. (Petruska)

                    Ind.:   ABR would prefer to defer  implementation  and maintain  the
                    characteristic level of 5 ppm as the standard until KWIR goes into effect.
                    Cleanup limits for Superfund sites include characteristic levels and site-
                     specific standards (ARARs).  It was noted that cleanup is usually under
                     state supervision, so more stringent limits may be imposed.  (Steinwurzel)
                                     PageA-34

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3.     Additional treatment of secondary lead

       EPA:  What types of treatments are used  for secondary lead (after recovery of lead)?
              East  Penn. runs their lead waste through a reverberator repeatedly until it is non-
             .hazardous (i.e., passes TCLP test for characteristic metals).  (Petruska)

       Ind.:   Usually stabilization or further HTMR is used for secondary lead treatment.

       Conclusion:    See ABR response above.

4.     Capacity issues

       EPA:  Pan  Lee  is  working on capacity  issues.    Large quantity  remediation sites
              sometimes treat onsite for economic reasons.  Mobile, commercial stabilization
              units  are  more commonly used.  Regions 4 and 10 rejected  soil washing as a
              viable option for most lead-contaminated soil because it only  works reliably on
              sandy soil.  Pan Lee noted that LDRs are not in effect if the treatment is in-situ,
              for example,  if surface  contamination is present, then chemicals can be  plowed
              into the soil for treatment.  It is believed that less than 10 percent of stabilization
                   use insitu treatment. (Pan) For abandoned sites it is more economical to do
                 l****3-  v  i  i    .       So*-*" *  )**t*'rMt**    . \  -      .   -
                 HK&on) than (run the waalciluougliTumace again) It may be feasible to run
              the waste  through the furnace at RCRA corrective action sites, if there is an
              operational furnace present. (Petruska)

       Ind.:   Industry has  data on 7 sites for mobile, commercial excavation plus stabilization
              (pug  mill or  phosphate stabilization).  It was stated that these  wastes usually go
              to Subtitle D landfills after treatment or are capped in place. (Beaudoin) Dozens
              of Superfund sites involved.  'Can get lower numbers than characteristic,  but not
              to UTS.  Smelters with RCRA Part B permits doing Corrective Action. LDR
              still applies to corrective action. (Steinwurzel)

       Conclusion:    Analysis needs to be completed to determine capacity.  Not a problem for
                     existing standard, but may be for UTS (see next issue).

5.     Capacity of  processes to treat below 5 ppm for lead

       EPA:  What is the capacity of stabilizers treating to below 5 ppm? Some can do it but
              not all.  This could be  capacity problem for treatment levels below 5 ppm for
              lead.

       Ind.:   Stabilization process is limited by chemical reactions.  Not necessarily better to
              add more of everything.  Must be tailored for each site.  Some variability must
              always be expected. Approximately 3 ppm is probably the best consistent target.
              (West) Feedstock is variable also.  (Beaudoin)

-------
       Conclusion:   There are probably  no capacity problems unless the lead standard is
                    changed to 0.37 ppm, then there could be some problems.  The issue of
                    whether to use a variance or an alternate plan is still under consideration.

6.     Proposal for contingent management options

       Ind.: The idea was introduced for an alternative LDR for generated lead if it can be
       proven that the lead does not leach. The industry would like to get away from the
       treatment emphasis on secondary lead and instead try a contingent management scenario
       like monofills instead of Subtitle C. (Steinwurtzel)

       EPA:  HWIR may be an appropriate rule to incorporate this type of idea. (Petruska)

       Conclusion:   See EPA response above.

7.     Underlying hazardous constituents

       Ind.:  Would underlying hazardous constituents (UHC) have to meet BOAT  levels?
             (Champon)

       EPA:  Flexibility is decreased by specifying treatment method, but then limits are not
             needed for other constituents.  Treaters would  only have to meet characteristic
             level.

       Conclusion:   See EPA response above.

Closing/Summary

The Notice of Data Availability is scheduled to go out next week.  June 30 is the deadline for
the rule. Industry does not plan to submit additional data.  A videotape of the lead recovery
process was provided to EPA.
                                       Page A-36
DRAFT

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 i.u:  a can aoore, Suzzane Wade  

 .neoKc: Stephen Scfawartz^^^ AppendixA'9


 SOBJECT:  Phone calls to TSDs Who Stabilize 0008 and Other
           TC-metal Hazardous Wastes

 DATE: 13 May 96


                   -o


details of their te^   contacts,  including the
        tstes' or  "^ **" bul]t solids-
                             believed were
                      that there

con^onent.  (Most seemed f aadliar withelTS
                                                      Mnr
of 0.37 ppm TCLP, rather than the current D008 iSad recrement of

^c Wt0,  2SJ5CHity ** ^^ do ^^i3 typ*  stabSizSSn to
^.^^^P^tin^y^and  find no difficulty  90*  of 4e  time?
(initially they were only able to hit all DTS levels about 70* of
the toae, but have since improved.)                  wt /u* or
                     Post-It* brand tax iransmittal memo 7671 |*fwti fQ

                                 Page A-37

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   NAHE/ADDRESS/FHQNZ





   COHT*CT  fEBSOH.- g^, ^J^"", UR 7O6iI






   1 -  Do  you  receive
                               a few
                                     -       *, zinc,




                                                         f ^T5*w^tX ajfc?2
                                 tho,.              P02201onic.t?pe
 3 "
5-   Would  you

     levels?
                                  Page A-38

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   HaHE/ ADDRESS/PHONE, jgp
   CONTACT PERSON: &.._ /      "< Rooct, us 7*137

 2 '
 3 
5-   Would you
                                in
                                               th
                                                        **-
                                             o'T-
                                                         to TC/UTS




                                                              d
                                  Page A-39

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     HaHE/ADCRESS/JHOHB
                     "*
COHT&CT PERSOM:
1 -  Do  you
                                           **     '
                                                       . PA
   2 -
                                                        pczaoi
        To what
at T so   -**_
                                    Page A-40

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  ^/ADDFESS/FHOHE OF f.

                               not w
                                                         copper.
                             *^ TT^ .^.^ -^-.NI _    ^

                    .
2 _______    	
                                those   	
                                                              -type
Would you *                              A

levels?     ^^ P^lems in treating these wastes to
                                                            TC/TJTS
                                 Page A-41

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   CONTACT PERSON:
                                                                /o


  2  -
                                                                      XcOfl
5-
                                    Page A-42

-------
         PERSON: A  /
CK^^U^

'  "
  To what  TCU
                                     wastes
                                                      to TC/UTS
                             Page A-43

-------
  CONTACT PERSON:
   1 -  Do  you
        foundries?
        are  they
                         -
                          ^TV^stcvater  wastes
                                  siaiiar wastes?  if
2 "
                                             with
4-   To what  TCLP
                  levels
                                                                  ^
                                                       to
                                Page A-44

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P.O. BOX . _
Texas City,  T3T
Ms. Tracy Hollster - 409/945-3301


                                  THEY   WOULD    SUBCONTRACT
                           Page A-45

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     1 -
          Deer Park, 03 77536
          Kr.  warren Worris - 713/930-2588
     2 -  clean Harbors of chi
          lisoo Stoney isLSrf3*0
          Chicago   ^f^f*21* Avenue
            .  Tia Getzioff - 312/646-6202
         Mr. Alan Itoumtz - 414/255-65S
    4 -  SST
         tadianapoli,, n,
         "' arCy *W J "7/243-0811
   5 -   Envirite Corp
         16435 s. center Avenue
         Harvey,  tt 60426
             David Reyes  < 708/596-7040
   6 '
        Baton Rouge, LA 74137
                                 -2293 (Colorado facility.
       Ms.  Rene. Dillion; - 318/583-2169
  8 -  Treatment One
       5743  Cnesvood
       Houston,  TX 77087
       =- Shiol. to,strong . 502/327-8860 (LouisvUl., K facility)
                     HOT  H&TO1E  BOH SOLIDS,
                                  Page A-46
H t x^   a^w j

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                                                Appendix A-10

                                                AMCHfCAM FOUHDHYMCm SOCIETT, IMC.
                                                          publishers of modem casting
                         '_ 505 STATE STREET V OES PLAINES. IL 60016-8399 r 800/537-4237 r  847/824-0181 r FAX 847/824-784*
    HtV O"SI
    n rKr
     Call
           Sun Soaoaoy Company
                                   OJ Samara
                               Suerar Akxmvn Cuangt. me.
                                                                             CM
 Atv Sovd
  Nova PreiMin Cauno. Con).
 CO
  Cairmoum Mmarata
  Em Joraan Iran Wort*. Me
 c.a.
 uaca&axiy Company

 PL 3uur. Jr.
 nMwiarn uanutactumg. we

 S.Bta
 General Mann at Canada Ud.

ea.amif.jr.
 Th Taylor A Ftm Co.

Cf DtUto
 n< General Casting Co.
G. I
 noOOt foundry

3.1. DOM
 Vtaiai Dynannci Core.
 uwncan Can iron Pig* Comeany
  ana amiim Co.
O.E
 Mtueuuna. Eaucmm. inc.

CO Gnoi
 Fora Motor Company
OLHuotngt
 Kurezai inouiom inc.

If uuon
 Wagner Caungj Company
 Navuiar inramanonai
"C
 *icn

3.R *(
 MOW American Hovaim. inc.
 wrwana Founory Ovoon

SO Sj/
-------
 Mr. Petruska
 August 2. 1996
 Page 2
 Variability

 The comments filed by AFS on LDR-Phase IV included discussions on the variability of foundry
 waste and the impact this has on assurances of treatment meeting UTS levels and any underlying
 hazardous constituents.  At our  June 6,1996 meeting the OSW requested more information on
 the variability issue through analytical comparison of untreated to treated waste for various UTS
 metals.  Attachment 1, pages 3-8, contains this information and shows the ranges of cadmium,
 lead, chromium, copper, and zinc in foundry waste materials.  This attachment  illustrates the
 point that while one foundry may have a chromium and gadminfn problem.  another may only
 have problems with cadmium or high zinc levels placing them at different ends of the treatment
 scale. Additionally, the attachment shows the substantial differences between foundries on lead
 and cadmium ranges for the same basic type of characteristic waste stream waste sand.

 This variability makes it difficult to treat  and consistently (or with any assurance) meet the UTS
 and underlying constituents. In support of AFS's position, the June 10,1996 comments filed by
 the Environmental Technology Council (ETC) to docket F-96-P42A-FFFF show that when their
 members stabilize foundry waste, 20% of the samples fail UTS for either lead, cadmium, or
 chromium while meeting UTS  for the other two. metals. ETC's comments were unsolicited by
 the foundry industry but independently reaffirm the RMT information appended to this letter.

 Off-Site Treatment

 In our November 27,199S comments, AFS estimated that off-site stabilization costs could range
 from $150 to $200.00 per ton at commercial sites.  Several member foundries recently  placed
calls to obtain quotations  from commercial facilities for  treatment of their waste in various
 regions of the country. The quotations ranged from SI20 to $329 per ton, with the average being
 $245. None of the treatment facilities would guarantee that they would meet UTS and underlying
 constituents.

 Economic Impact

 In an earlier analysis, AFS showed that  the foundry industry's cost to treat onsite and to meet
 TCLP levels for lead and or cadmium ranged from $31 to S64iOO/ton with the average being $41
 per ton (attachment  2).  Applying  the cost range cited by  RMT to meet the UTS  levels
 (attachment 1, page 1 and 2) of an additional $12 to $30.00/ton treated, average of SI 5 per ton,
 the new cost range would be S43 to $94.00/ton treated, averaged to $56 per ton.

 Using the incremental treatment costs, the additional annual economic impact on the foundry
 industry to meet UTS will range from $11 million (based on average) to $23 million  (based on
                                     Page A-48

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 Mr. Petruska
 August2, 1996
 Page 3
 high end of cost range). This assumes that the practice of stabilizing materials on site by tank
 treatment continues with no further regulatory impediments. In the event that this practice is
 discouraged and all of this waste must be sent to off site treatment and disposal facilities, the
 annual cost to the foundry will increase by $60 million.

 Assessing the impact of these proposed regulations cannot be divorced from the unresolved issue
 of how the Agency views the foundry industry's use of iron fillings to treat waste sand. The
 impact of this issue alone, absent any action on LDR-Phase IV, would add a $6 million economic
 burden on our industry.

 Summary

 AFS maintains that  implementation of UTS will have a sigificant economic impact on the
 foundry industry in the following ways:

       1.    The cost increases for on-site treatment to meet UTS will range from SI 1 million
             to $24 million.
                                             *
       2.    If offsite treatment becomes the only viable option, the foundry industry will be
             burdened with an additional annual cost of S60 million.

       3.    It is unlikely that the control technology is in place to allow foundries to meet
             UTS through on-site treatment

       4.    The waste stream variability will result in treatment ineffectiveness and increased
             cost impacts for significant quantities of materials.
Please contact my office at (800) 537-4237 if you have any further questions.


Sincerely,
Gary E. Mosher
Director of Environmental Affairs
                                      Page A-49

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                                                                       ATEACBMBiT 1

                                                                       Page 1 of  9
 TREATMENT INCREASES DUE TO UTS REQUIREMENTS

 The economics associated with treating wastes to meet the proposed universal treatment standards
 (UTS) can be addressed, in part, by evaluating increases in dosages of reagents required for
 effective treatment  In some  cases, the  same treatment approach and  reagent dosages may
 effectively treat  foundry wastes  to pass either the  existing TCLP criteria and also meet the
 proposed UTS requirements.   On the other hand,  increased  dosages or alternative chemical
 additives might be required for treating some wastes.

 Examples of foundry wastes that would require additional dosages to meet the proposed UTS are
 attached to this report as Exhibits 1-6. A brief analysis of the costs associated with the dosage
 increases is presented in Table  1.   Estimates were based upon a delivered, cost for chemicals of
 $300 per ton.  Most of the examples outlined in Table 1 demonstrate that a cost increase for
 treatment chemicals of S15-S30 per ton would be required to treat the wastes to UTS levels.

 For the example shown in Exhibit 2, none of the dosages tested was effective in treating the
 waste to UTS levels, although higher dosages would likely work. Based on the results of studies
 performed on similar foundry waste materials, it is likely that the dosage increase required to treat
 this waste to meet the proposed UTS would lie  in the 80%-100% range. For this waste material,
 such a dosage  increase would likely cost about 39-315 per ton of waste.

It is likely that the average cost increase (industry-wide) associated with treating wastes to meet
UTS standards would be somewhat less than $15 per ton.  However, cost increases for specific
wastes could be as high as $30  per ton, as is demonstrated in Table 1. For a facility generating
 1,000 tons of such a waste per year, the added treatment cost  could be as high as $300,000.
                                       Page A-50

-------
                                                                ATTACHMENT 1

                                                                Page 2 of 9
        Table 1.  Dosages of Chemicals Required to Meet UTS
Exhibit
Number
1
2
3
4*
5
6
Dosage Required
to Meet Existing
Phase III
Regulations (%>
30
5
5
15/20
15
3
Estimated Dosage
Needed to Meet
Proposed UTS (%)
40
X
15
20/25
25
7
Estimated Dosage
Increase <%)
33
X
200
33/25
67
133
Cost Differential
$30
X
$30
$15/$15
$30
$12
x Treatment was not effective in meeting UTS in treatability study
 Two dosage schemes were included in study
                            PageA-51  

-------
                                   Exhibit 1
                                 ATTACHMENT I

                                 Page 3 of  9
                                                  TEST RESULTS
    SAMPLE
SCREENING TCLP TEST RESULTS
      Cadmium     Copper      Lead
       mg/L        mg/L       mg/L
                                                                            Zinc
                                                                            mg/L
   Standard TCLP Test

   Untreated                4.8

*  +10% MgO & 20% TSP     7.0
   + 15% MgO & 20% TSP     6.9
** + 20% MgO & 20% TSP     9.3
      25

       0.96-
       1.8
      <0.01
0.029
360

 <0.2
 <0.2
 <0.2
2500

  2.8
  8.0
 <0.02
       * Meets UTS for lead but not for cadmium

       ** Meets UTS for both lead and cadmium
 SOURCE MATERIAL:  BAGHOUSE DUST
                                     PageA-52

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                                                                    AT
                                      ExhibiC 2
                                                                    Page 4 of 9
      SAMPLE
                               BENCH SCALE TESTING RESULTS
                                     AUGUST 16, 1990
TCLP RESULTS

Untreated
+ 2.5% TSP
+ 5% TSP
+ 7.5% TSP
-I- 2.5% H3PO4
* 5.0% H,PO4
* + 7.5% H3PO4
PH,
8.9
8.5
8.0
7.4
7.6
7.3
6.8
PH,
4.6
4.5
5.4
5.0
5.3
5.2
5.0
Solution
2
2
1
1
1
1
1
Cadmium
mg/L
3.6
1.4
0.31
0.23
0.36
0.22
0.23
Lead
mg/L
450
14
0.7
0.4
1.5
0.5-
0.3
           * Meets UTS for lead but not for  cadmium
SOURCE MATERIAL:  HASTE SAND
                                      PageA-53

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                                        Exhibit 3
                                                                Page 5 of 9.

                                                 TEST RESULTS      PROJECT #:
      SAMPLE
      Untreated
   *   +5% MgO
      SCREENING TCLP TEST RESULTS
PH,
5.97
7.72
       + 5% MgO & 5% FeSO4      7.28

       + 5% MgO & 10% FeSO4     6.29


       + 5% MgO & 5% TSP       6.24

       + 5% MgO & 7.5% TSP      5.89


       + 7.5% MgO & 5% TSP      6.44


   **  + 7.5% MgO & 7.5% TSP     7.47
Cadmium
mg/L
6.9
0.96
1.18
2.91
1.59
1.80
1.1.4
<0.15
Chromium
mg/L
12.3
<0.15
<0.15
<0.15
0.45
Z91
0.27
<0.15
Zinc
mg/L
450
4.2
21.6
183
10.8
10.2
13.2
<0.15
              *  Meets  UTS for  chromium but not for cadmium
              ** Meets  UTS for  both chromium and cadmium
SOURCE MATERIAL:  BAGBOUSE DUST
                                       Page A-54

-------
                                 Exhibit.4
                                                     AXTAOBNBir 1

                                                     Page 6 of 3
                                        WASTE TREATMENT
                      BENCH-SCALE TREATMENT TESTING RESULTS
  SAMPLE
          COMPOSITE

  UNTREATED COMPOSITE 1
      +  5% MgO & 5% TSP
  UNTREATED COMPOSITE 2

        + 5%MgO& 5% TSP
   *     + 5% MgO & 10% TSP
   **    + 5% MgO & 15% TSP
                                        TCLP RESULTS
   *
   **
+ 10% MgO & 10% TSP
+ 10% MgO & 15% TSP
                               pH,   pH,    Solution
                       9.0
                       7.5
                       7.1
7.4
7.3
5.6
2
2
                                              Cadmium
                                               mg/L
4.4
0.63
            5.2
8.0
7.4
6.5
7.8
7.6
6.3
6.6
9.0
6.8
9.1
2
2
2
2
2
2.1
0.65
<0.005
0.46
< 0.005
                                   Lead
                                   mg/L
34
                                                                14
 HAZARDOUS WASTE CRITERIA
                                                1.0
                                    5.0
   Composite of Afl 3 Foundries
                                                COMPOSITIONAL ANALYSIS

                                          Cadmium          Lead        Zinc
                        composit 1 260
                        composit 2 370
       *  Meets UTS for lead but not for cadmium

       ** Meet* UTS for both.lead and cadmium



SOURCE MATERIAL:   WASTE SAND
                       5,700
                       9,400
                             5.900
                            100,000
                                   Page A-55

-------
                                                            Page 7 of 9
                                   RMT.INC
                                 March 9,1995
                                                TEST RESULTS
Project *-
*


*
*
**
**
SCREENING TCLP TEST RESULTS
SAMPLE

Untreated
+ 5% MgO & 5% TSP
+ 5%MgO& 10% TSP
+ 10% MgO & 5% TSP (A)
+ 10% MgO & 5% TSP (B)
+ 10% MgO & 10% TSP
+ 15% MgO & 5% TSP
+ 15% MgO & 10% TSP
+ 15% MgO & 15% TSP
PH,

5.73
6.23
6.65
6.25
6.75
6.74
8.27
9.24
9.07
Cadmium
mg/L
9.4
4.3
0.8
3.7
4.1
0.7
0.35
<0.05
<0.05
Lead
mg/L
19.7
0.7
<0.2
0.4
0.4
<0.2
<0.2
<0.2
<0.2
Zinc
mg/L
1560
760
38
480
480
34
1.5
<0.05
<0.05
  *  Meets  UTS  for lead but  not  for  cadmium

  ** Meets UTS for both lead  and cadmium
SOURCE MATERIAL:  BAGHOUSE DUST
                                        A-56

-------
                                                               Page 8 of
                                                                         la
                                      Exhibit 6

                           SCREENING TCLP TEST RESULTS
                                     RMT.INC
                                  November  8. 1995
Project t:
Sample Type
xxxxxxxxDust

+ !%MgO + l*TSP

+ 1% MgO + 2% TSP

+ 1% MgO + 3% TSP

' + \% MgO + 4% TSP

+ !%MgO +59&TSP

+ 3% MgO + 1% TSP

+ 4% MgO + 1% TSP
_-
+ 595 MgO + 196TSP

+ 6% M^O -H%TSP

PH,
5.0(Soln. .

5.4 (Sola. 1)*

5.4 (Solo. 1)*

5.4(Soln. !)

5.5 (Soln. !) .

5.5 (Soln. 0*

4.9 (Soln. 2)*

5.3 (Soln. 2)*

5.9 (Soln. 2)*

. i 7.8 (Soln. 2)

Metal
Cd
Pb
Cd
Pb
Cd
Pb
Cd
Pb
Cd
Pb
Cd
Pb .
Cd
Pb
Cd
Pb
Cd
Pb
Cd
Pb
Cone.. mg/I
1.1
145.
0.41
0.77
0.32
0.22
0.37
<0.2
0.28
<0.2
0.25
<0.2
0.94
.3.8'
0.63
0.59
0.54
0.83
<0.05
<0.2
      *   Med UTS for lead but not for cadmium

      *  Meets UTS for both lead and cadmium


SOURCE MATERIAL:  BAGSOUSE DUST
                                   Page A-57 

-------
     'luff
                                                               EXHIBIT 7
                                                                                                Juno 3,108Q
Quicklime* (CO)
Unie. hydrated (Ca(OW
Portland Cement

TJ

  ivlroB|ana
FnvlroPhoa*
(Mapoaal aa RCRA haxardoua
watte
NOTES:
10-100%
 ft-18X
 0-26%
  N/A
                                              SLUDGE * TREATMENT FOR LEAD AND CADMIUM
                                        fflMATE COSTS FOR ALTERNATIVE TREATMENT CHEMISTRIES
              40%
              83%
60%
10%
14%
M/A

                                 $80
                                $260
                                1220
                   NfA
                                                                             if|nICot4/Toqof8lud mo
-------
                   and Cot of Foundng industry Hazardous
            Air Pollution Control
             Oust and Sludges
             110,000 Tons/Year
                          Waste Sand

                       300,000 tons/Year
  In-Line Treatment

  80,000 Tons/Year
                         i
        Hazardous Waste

       330,000 Tons/ Year
             Onsite Treatment
                 in Tanks
            266,400 Tons/Year
                            Offsrte

                       66,000 Tons/Year
   Stabilized with
    Iron Fillings
 200.000 Tons/Year
  Stabilized with
 Other Chemicals
 66,400 Tons/Year
     Treatment

  33,000 Tons/Year
 Current Cost per ton
       $11.00

  UTS Cost per ton
$43 to 94, ave $56.00

  Per ton increase
       $45.00

Total Annual Increase
 200,000 X $45.00 =

    $9,000.000
 Current Cost per ton
$31 to 64, ave $41.00

  UTS Cost per ton
$43 to 94, ave $56.00

  Per ton increase
      $15.00

Total Annual Increase
 66.400 X $15.00 =

     $996.000
  Current Cost per ton
       $200.00

    UTS Cost per ton
$120 to 329, ave $245.00

    Per ton increase
        $45.00

 Total Annual Increase
   33,000 X $45.00 =

      $1,485,000
             Summaiy Total Annual Increase for UTS

                         $11,481,000
               (based on average per ton increase)

                         $24,376,200
             (based on high range value of increase)

                         $61,897,000
            (based on all hazardous waste going offsite)
                                    Other Uses

                                 33,000 Tons/Year
                                             Page A-59

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                 APPENDIX B
PHONE LOGS REGARDING METALS RECOVERY CAPACITY

-------
                                  Metals Recovery
                                     Phone Logs
Mr. Richard Hanewald
INMETCO
Location: Pittsburg, PA
Phone: 412-758-2808
Interview conducted by: Maribelle Rodriguez
Date of interview: November 11,1997

Mr. Hanewald stated that INMETCO can meet the treatment standards proposed in the second
supplemental proposed rule for all metals with the exception of beryllium, silver, and antimony.
He indicated that they do not treat waste streams containing any of these metals, but the metals
are present in the wastes as trace elements.  He noted that their systems cannot be modified.
They can either treat the waste or not.

INMETCO's counsel, Mr. Neil King, called on November 20,1997 and confirmed the
information provided by Mr. Hanewald.

Mr. Ali Alabi
Horsehead Resources Development Company, Inc.
Location: PA
Phone:610-826-8815
Interview conducted by: Maribelle Rodriguez
Date of interview: November 12,1997

Mr. Alabi indicated that they were compiling data on treatment performance to be submitted
directly to EPA on that same day. He also indicated that any questions regarding the ability of
their treatment systems to meet the proposed standards could be answered by reviewing that data.

Mr. Joseph DeSipio
Environmental Technologies International, Inc. (ETI)
Location: Shillington, PA
Phone: 610-796-9102
Interview conducted by: Maribelle Rodriguez
Date of interview: December 1,1997

Mr. DeSipio stated that ETI can treat various kinds of hazardous wastes (i.e., mercury, lead,
arsenic, copper, chromium, and cadmium) to the treatment standards proposed in the second
supplemental proposed rule. They would need six to eight weeks to modify their units (i.e.,
mobile and fixed-base units) to meet these standards.  He also indicated that they have five sites
and each site has a maximum capacity of 100,000 tons per year.
                                       Pase B-2

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                                   APPENDIX C
                      DATA ON VITRIFICATION CAPACITY
This appendix has two sections:

C-l:   Provides phone logs of a calls to vitrification facilities and vendors contacted by the
       Agency.

C-2:   Describes the vitrification technology, its applicability, limitations/constraints, and
       availability/costs.

-------
                                   Appendix C-l

                   PHONE LOGS OF VITRIFICATION FACILITIES
       Mr. Matt Haas
       Geosafe Corporation
       Location: Richland, WA
       Phone: 509-375-0710
       Interview conducted by: Gail Shaw
       Date of interview: March 7,1997
       Date of follow-up interview: April 11,1997

       Mr. Haas believes that their facility may be the only supplier of in-situ vitrification. They
currently have one system operating which has an available capacity of 15,000 tons/year. The
facility can readily expand its operations to three systems if the demand arises. Therefore, their
current maximum capacity would be 45,000 tons/year.
       Mr. Doug Rosholt
       MSE Technology Applications
       Location: Butte, MT
       Phone: 406-494-7100
       Interview conducted by: Gail Shaw
       Date of interview: March 7,1997
       Date of follow-up interview: April 11,1997

       Mr. Rosholt responded that their commercial facility supplies plasma vitrification. The
unit's available capacity is 2,000 tons/year, that is also their maximum capacity.
      Ms. Yvonne Eglanton
      Vortech Corporation
      Location: Collegevffle, PA
      Phone: 610-489-2255
      Interview conducted by: Gail Shaw
      Date of interview: March 7,1997

      Ms. Eglanton responded that their corporation is a vendor of vitrification technology
equipment.
                                       Page C-2

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       Mr.MattMede
       Retech
       Location: Ukiah, CA
       Phone: 707-462-6522
       Interview conducted by: Gail Shaw
       Date of interview: March 7,1997

       Mr. Mede responded that their corporation is a vendor of vitrification technology
equipment.
                                     Page C-3

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AppendixC-Z
 1.  Process Description

     Vitrification is the process by which contaminated soils a^
 converted into chemically inert and stable glass  and crystalline
 materials by a thermal treatment process operating at a
 temperature of 2000 degrees F to 2800 degrees F.   This technology
 is  primarily intended for the treatment of heavy  metals; however,
 an  organics content of up to 20% can be handled.   A high current
 of  electricity is passed through electrodes inserted into the
 contaminated soil.  The heat causes a melt that gradually works
 downward through the soil,   organic constituents  are destroyed
 while  the inorganic contaminants are immobilized  in the high
 compressive strength glass-like or ceramic end product.  A volume
 reduction of 20* to 45% is achieved.  -Types of vitrification
 processes include glass-melting furnaces",  higB-'tbape'racnre lluitt-
 wall reactors.

 2.  Waste
     vitrification was originally tested  as a means of
 immobilizing low level radioactive metals.  However,  it can  be
 applied  to  a wide range of contaminants.  The process destroys
 nitrates and partially decomposes sulfate compounds.  Fluoride
 and chlorine compounds are dissolved into the glass materials up
 to their limits of solubility.   Wastes containing heavy metals,
 PCBs,  for example,  will either  fuse  or vaporize.

 3. Limitations/Constraints

     vitrification processes are very energy intensive (800-1000
 kw/ton) ,  requiring temperatures up to 2500 degrees F  for  fusion
 and melting of the waste-silicate matrix.  Commercial waste
 management  companies may not have built vitrification processes
 because:  vitrification is only  specified  as BOAT for  a few
 relatively  small-volume hazardous wastes, there is little, if any
 operating experience with the process, and RCRA permitting
 officials have essentially no experience  with this process.
 Total  organic concentrations are limited  to 20% by weight.   Also,
 inorganic debris is limited to  a maximum  of 20% by volume.

 4. Availabilitv/Canaeitv/Costa

     At this time,  vitrification processes have not been  widely
 accepted.  As mentioned above,  this  may be due to the high
 operation costs, technical complexity of  the process, and
 difficulty  in obtaining permits.  The cost of this process can go
 up to  $1000 per ton, with an average cost in the range of $400-
 $600 per ton of soil.  The following companies* are believed to
 provide vitrification processes:

      1.   B&W Nuclear Environmental  Services, Inc.; pilot-scale

                              Page C-4

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           unit:  200 Ib/hour
      2.    DOE/Battelle Memorial Institute's  Pacific Northwest
           Laboratory;  pilot scale;  3  units constructed,  6  other
           units  planned:  10-25 tons/day
      3.    Electro-Pyrolysis,  Inc.:  pilot-scale  unit:  100-500
           Ib./hour
      4.    EM&C Engineering Assoc.;  bench-scale; hoped to ao full-
           scale  in 1993
      5.    Geosafe  Corp.;  full-scale unit: 4-6 tons/hour; l unit
           constructed,  1  other unit planned
      6.    J.M. Huber Corp.
      7.    Penberthy Electromelt International,  Inc.
      8.    Pyrogenics,  inc.
      9.    Stir-Melter,  Inc.(subsidiary of Glasstech,  Inc.); full-
           scale  unit:  2 tons/hour
      10.   Texaco Syngas,  Inc.;  full-scale unit: 2-4 tons/hour
      11.   Thagard  Research Corp.
      12.   Western  Product Recovery  Group, Inc.: full-scale unit:
           600-1000 Ib./hour;  1  planned unit
      13.   Vortee Corp.: pilot-scale unit: 20 tons/day
      14.   Vulcan Resources, Ltd.
      15.   Westinghouse  Electric Corp.
* NOTE:  Many of the above-mentioned bench-scale/pilot-scale
systems for each of the treatment technologies were reported as
being such nearly a year ago.  Thus, it is quite feasible that at
least some of these systems are now commercially available as
full-scale systems.
                                 Page C-5

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                APPENDIX D
           1995 BRS DATA (GM FORM)
TC METAL WASTES MANAGED ON-SITE AND OFF-SITE

-------
 1995 BRS Data (GM Form) - TC Metal Wastes Managed On-Site and Off-Site

                                  Data Keys



 WASTE CODE



 D004  - Arsenic

 D005  - Barium

         ^-
         -aJ
D007  - Chromium

D008  - Lead

D009  - Mercury

D010  - Selenium

D011  - Silver



ORIGIN CODE


1      Hie hazardous waste was generated on site from a production process, service activity,
       or routine cleanup (including off-specification or spent chemicals).

2      The hazardous waste was the result of a spill cleanup, equipment decommissioDing, or
       other remedial cleanup activity.

3      The hazardous waste was derived from the management of a non-hazardous waste.

4      The hazardous waste was received from off site and was not recycled or treated on site.

5      The hazardous waste was a residual from the on-site treatment, disposal, or recycling of
       a previously existing hazardous waste.
                                    Page D-2

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                                                                  SOURCE CODES
 Code   Waste source
                                               Code  Waste source
 CLEANING AND DECREASING
 A01
 A02
 A03
 A04
 A05
 A06
 A07
 A08
 A09
 A19
        Stripping
        Acid cleaning
        Caustic (Alkali) cleaning
        Flush rosing
        Dip fluting
        Spray rinsing
        Vapor degreasmg
        Physical sp raping aod removal
        Clean out process
        Other
       A55    Filter/Battery replacement
       A56    Discontinue use of process equipment
       AST    Discarding off-spec material
       A58    Discarding out-of-date products or
       A59   Other production-derived one-tune and
                     it pi
SURFACE PREPARATION AND FINISHING
       A60   Sludge removal


       REMEDIATION DERIVED WASTE

       A61   Supenund Remedial Action

       A63   RCRA Collective Action at solid waste
                                                             at
                                                     RCRA dene of haardom
                                                              :ttmt
                   aatmg/preparation (Specify
PROCESSES OTHER THAN SURFACE
PREPARATION
A31
A32
A33
A34
A35
A36
A37
A38
A39
A40
A41
A49
PRODUCTION OR SERVICE DERiVJEDONE-
TIME AND INTERMITTENT PROCESSES
                                              A64

                                              A65
                                              A69
                                              POLLUTION CONTROL OR WASTE
                                              TREATMENT PROCESSES
                                              A71
                                              A72
                                              ATS
                                              A74
                                              ATS
                                              AT6
                                              ATT
                                              ATS
                                              AT9
                                              AS9
             Air pottntion control devices

             Other poUation control or
                                              A91

                                              A92

                                              A93
                                              A94
                                              A99
                               (e.t>, floor
                    
                   Of
                                                                agementunit(s)or
                                                             other than by remediatk
                                                                  A61-A69
             Other
A51
A53
A54
       Ckanup of spill residue*
       Oil
Page D-3

-------
 FORM  CODES
 Code   Waste
                                              Code  Waste description
                 LAB PACKS
 LAB PACKS  Lab packs of nixed wastes,
 chemicals, lab wastes

 B001   Lab packs of old chemical* only
 B002   Lib packs of debris only
 B003   Mixed lab packs
 B004   Lab packs eootaiBiagacat
 B009   Other lab packs (Specify in G
                                 i)
                   LIQUIDS
 INORGANIC LIQUIDS - Waste that is primarily
 inorganic aod highly fluid (e.g.f aqueous), with low
B101
B102

B1Q3
B104
BIOS
B106

B107
BIOS

B109
B110
Bill
Bill

B113

B114

B115
B116
B117
B119
              with low other toxic
Spent acid with
Spenti
Acidic
       solution with **** but no
       sohttioowith
       oration with cyanides but no
Aqueous waste with reactive solfides
Aejaeoas waste with other itactives (e.g..
         i)
Other aqiieous waste with high dissolved
solid*
Other aqueous waste with low dissolved
solids
Scrubber
Waste liquid i
Other inorganic liquids (Specify in
               us)
ORGANIC LIQUIDS - Waste that is primarily
organic and is highly fluid, with low i
                 low-to**Bodente water
B201   Concentrated solvent-Witt
                         oration
B202   Halogenated (e.g.. chlorinated) solvent
B203   Nonhalogenated solvent
B204   Halofenated/nonhalogenated solvent
        mixture
                                                     Oil-water emulsion or mixture
                                             B206    Waste oil
                                             B207    Concentrated aqueous solution of other
                                             B208   r**~~rmA r*THTUrt
                                             B209   Organic paint, ink, lacquer, or varnish
                                             B210   Adherives or epoxies
                                             B211   Paint thinner or petrokni
B212    Reactive wpolymerizaWe organic liquid
B219    Other organic liquid. (Specify in


                  SOLIDS
INORGANK SOLIDS-Waste that is primnfly
      BC and solid, with low organic content and
B302   Soil
B303   Ash, slag, or

B304   Other 'dry' ash, slag,
MAC
BXO
B306    "Dry* Ihw
        fixed'
B307    Metal scale, fifing^ or
                         hydroxide oottdi not
B309
B310   Spent solid fitea or iilmlii nti.
B311
B312
B313
B314
B315   Other icactive aata/c
B316   Other men
B319   Other waite inorganic solids (Specify i


ORGANIC SOLIDS - Waste that is primarily
organic and solid, with
B401   Halogenated pesticide solid
B402   Nonhalogenated pesticide solid
B403   Solid resins or noiymetaed orgmics
B404   Spent iailxju
B40S   Reactive organic aolid
B406   Empty fiber or plastic containen
                                                 Page D-4

-------
  FORM CODES
  (Continued)
 Code   Waste description	Code  Waste description	

 B407   Other batogemted orgnie solids (Specify        B608  Sewage or other untreated biological
        in Comments)                                   sludge
 B409   Other nonfaalogeoited orgafe solidt            B609  Other orgnie lodge. (Specify in
        (Specify in
                 SLUDGES                                       GASES
 INORGANIC SLUDGES - Watfe thtf is prinafy       INORGANIC GASES - Ws tfatt n pruMrfly
 inorsnie. with modentMo-iii^i witer oootent ad        noigiDie with a low osgaic eooteat tad u a CM it
 low oTjmc yoBCffltp nd
 BS01   Lime sludge without neb*                   B701
 B502   Lineihidaewii
        todfe                                   ORGANIC GASES -Wto that ttprinrily
 B5CO
                                                it ft fM it

 BS05   UatmtadpbtiBdDdfBwiftoBeynid        B80I   Orpnk
-BS07   Other stodge with cyanides
 BSOS   Stodge with reectivesalfidee
 B510
 BS11   Air pc4hrtkcetiol device tadge(e.j.,
        fly Mfa, wet Knhber
 B512
 BS13   Sodnntot or iifooB dnfK
         *A S^-^B^^fcj^ ^^k*
        vriifl IUM jimEv vmy
 BT^   .-	^.-.J
 ^SlA   ^JQMI^HV ^BBB
 B513
 BS16
 BS19



 ORGANIC SLUDGES - Watt i
 oronicwith
 B601   StfflboaaaiofhdofeBtfBd(e.f..
 B602   SbUbottDnvofi
 B603   OUy stodge
 B604   Orgmcpmu or ink stodge
 ncn<    * __  i,    *.iiii
 OOMJ   KBKuvc or poiynni^RH

 B607   Biologiol treatment stodge            PageD-5

-------
 SYSTEM TYPE CODES
 Code   System type
                                              Code  System type
 METALS RECOVERY (FOR REUSE)
                SAIIC> ZDetsjs neovery
M011   High
M012   Relenting
M013   Seeoadoy melting
MOM   Other mettls recovery for
                                e.g., ion
      etc. (Specify m Comments)
M019  Metals neovery - type unknown

SOLVENTS RECOVERY
M021
M022  Thin fibn cvipontioD
M023  Solvent tjUiK lion
M024  Other solvent noovoy (Specify in
       Comments)
M029  Solvents neovery - type i

OTHER RECOVERY
M031   Acid
MQ32   Other nooveiy:  e.g.t
                      iecoveryt
M039   Oner neovery - ^pe nkaown

INCINERATION
MD41
           ntk
                 liquids
M043   IT
           ntion-
M044  Iwanentko-
M049  Incinention  type ooknown

ENERGY RECOVERY (REUSE AS FUEL)

MQS1  Energy recovery - liquids
MOS2
M053
MOS9  Lflugy iDcovcry  type
FTJEL BLENDING

M061   Fuel blending

AQUEOUS INORGANIC TREATMENT

M071   Chrome reduction followed by chemiesl
M072  Cysmfedestnietion followed by
       piecipitstion
MOTS  Cysaide destruction only
M074  ChemicsJ oxidation followed by
       pncipitstiQn
M075  Chfrnicsl oxidation only
M076  Wet sir oxidation
M077  Cfaankal pracipitstion
NUTS  Other aqueous moi;

       (Specify n Commeots)
MOT9
                                                                               e.g..
                                                                           type
                                             AQUEOUS ORGANIC TREATMENT

                                             MD81  Bfetogiali
                                             MOM  Wet.
                                             MOSS  Other
                                                                            (Specify
                                                                        -type
                                             AQUEOUS ORGANIC AND INORGANIC
                                             TREATMENT

M092
MOW  Wetsir<
MOM  CKherorgsak/inorgi
                                                    biolocicsl

                                                             i)
                                             M101  Stodge dewate
                                                                             (Specify
                                             M099  AqoeoBs oigsjuc nd morgsnic treatment -
                                                   type unknown

                                             SLUDGE TREATMENT
                                             M1Q2  AiMi*VT of CTfttt lime
                                             M1Q3  Absorptiao/adeofption
                                             M104  Solvent extraction
                                             M109  Sludge trestment  type
                                          Page D-6

-------
 SYSTEM TYPE CODES
 (Continued)
 Code   System type	Code  System type
 STABILIZATION
        cemeatitious and/or poTiotanic materials
 Ml 12   Other stabilization (Specify in Comments)
 Ml 19   Stabilization - type unknown

 OTHER TREATMENT

 M121   Neutralization only
 M122   Evaporation only
 M123   Settling/clarifieationoaly
 M124   Rase sfparatioB (c.x.f enolsMn brealonf,
        filtration) only
 M12S   Other treatment (Specify in <
 M129   Other treatment- type onkni

 DISPOSAL
M131
M132  LndfiO
M133  SorfHeiBpoaBdmeat(tobeeIoHdMB
       landfill)
M13S  Direct daehttfe to Kwa/PCTW (00 prior
M136  Direct ducharfe to
       NFDES (ao prior trattBBOt)
M137
TRANSFER FACILITY STORAGE
M141   TrBfferfiKifiryDnfe,m
       liiiplixi'oil Bte with ao oo^fltB TDR
       etivity
                                         Page D-7

-------
 ACTIVITY  CODES
 Code   Waste Him nniatioo activity
                                   Code  W<
                                                                       activity
                                  RECYCLING ACTIVITY
 W01   Go-cite beneficial uae/r
       1993
 W02   Off-rite beneficial use/ieuee began daring
       1993
                              SOURCE REDUCTION ACTIVITY
 GOOD OPERATING PRACTICES

 wn
      to
 WI2  Began to
      hazardous
        types of hazardous
          neoabfeto
      (Note:  for puipain of haaardooj
          fting mimes vohnne of
W13  Improved mamteo
      recordkeeping, or
W14
W19
           schadnla
      (Specify in Comments)

INVENTORY CONTROL

W21
         to en
do not stay in inn
                                'beyond
      abelWife
W22  Begmto
         if ctQl
W23  EIiinmatedhelf-Iife
W24  bsthntodl

              that woold othuviae bedifeaidod
W29  Other (Specify in
SPILL AND LEAK PREVENTION
W31   Impioved storage or stacking proa
W32   unproved procedure! for loading.
W33  Installed overflow aitrnw or
      abA-offvalvea
W34  Installed lecoaduy cooaininent
W3S  Installed v
                                   W36  IB
                                                                      ion or mooxtonng
                                                                          or leak SOUR
                                                      \fBiTf {Spcciiy in
                                   RAW MATERIAL MODIFICATIONS
                                   W41
                                   W42
                                   W49  Other (Specify IB
                                                PROCESS MODIFICATIONS
                                                -	J *	 
                                                doaeo-toop ncycixnf
                                                           -    	 -  
                                                         uyuui, or piping
                                                      cataJyat
                                                WS5
                                                i (flow
                                                   B)
                                               i from maD vohnBc contaisen to
                                  W5S  Other (Specify in
                                                                           i)
                                  WS9

                                        devieea (from aoiventa or other riu)
                                  W61  Changed to aqueous ckanen (from solventt
                                        or other mttriais)
                                  W62  Reduced the auaber of solvents uaed, to
                                             waste more amenable to recycling
                                  W64  Inproved dnnintg proceduna
                                  W65  Redeiigned puts neks to reduce dragoot
                                  W66  Modified or nattlkdi
                                  W67  Improved rinse equ
                                  W68  Improved rinse equip
                                  W71  Other (Specify in

                                  Page D-8

-------

        Wests nunimuxtion sctivity                   Cftdp  Wsste nunimizttioD activity
       Surface preparation and finishing

W72   Modified spray systems or equipment
W73   Substituted coating materials used
W74   Improved sppiicatioa
W/5  ChiDfed from spwy to otber
W78  Ouw (Specify in Comment!)

PRODUCT MODIFICATIONS
W81  Changed product specifications
W82  Modified desigB or cempoaitiflB

WV9  Other (Specify in Comments)

OTBER SOURCE REDUCTION ACTIVITY

W99  Specify in
                                        Page D-9

-------
ciata (GM-Form) -TC Metal-Only Wastes Managed On Site

0004
0004
0004
0004
0004
0004
0004
0004
0004
0004
0004
0004
0004
0004
0004
0004
0004
0004
ooo4 	 r "
0004 	 	
0004
0004
0004
0004
0004
0004
0004
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0004
0004
ooo4 ' 	 ~"
0004
0004
0004:0005:0006:0007
D004:D005:0006rod07 	 ~
0004:0005:0006:0007"
0004:0005:0006:0007
0004:0005:0006:0007
0004:0005:0006:0007
D004;D005;D006:D007;D007:D008:0010:001 1
0004:0005:0006:0007:0008
0004:0005.0006:0007:0008
D004;o005:Db06:'0007:D008"
D004:D005:D006:D007;D008 	 "
0004:0005:0006:0007:0008
0004:0005:0006:0007:0008
0004:0005:0006:0007:0008
0004:0005:0006:0007:0008
0004:0005:0006:0007:0008" "
0004:0005:0006:0007:0008
0004:0005:0006:0007:0008
0004:0005:0006:0007:0008"
0004:0005:0006:0007:0008:0009:0010:001 1
DOb4:D005:D006:D007:D008:b009:0010:D01 1
0004:0005:0006:0007:0008:0009:001 0:0011
0004:0005:0006:0007:0008:0009:0016:001 1
0004:0005:0006:0007:0006:0009:0010:001 1
0004:0005:0006:0007:0008:0009:0010:0011
D004:D005:D006:b007:D008:D009:b010:b01l'
0004:0005:0006:0007:0008:0009:0010:0011
D004:D005:0006:0007:OQ08:D009:D011
0004:0005:0006:0007:0008:0009:001 1
0004:0005:0006:0007:0008:0010
0004:0005:0006:0006
0004:0005:0007:0008:0009
0004:0005:0007:0008:001 1
D004:D005:D6b8:b6io 	
D004:obo6:DOoY:D008
D004;D006;0007:D008
D004-D006:D007;0008" 	
0004:0006:0007:0008
0004:0006:0007:0008
0004:0006:0007.0008
0004:0006:0007:0008:0010
0004:0006:0007:0008.0010
0004:0006:0007:0008:0010
0004:0006.0007:0008:0010
0004:0006.0007:0008:0010:0011
0004:0006:0007:0008:0010:001 1
0004:0006:0008
0004:0006.0008:0009
0004:0006.0008:0010
0004:0006.0008:0010
0004 DOOS.D010

M078
M077
M077
M041
M125
Mill
M077
M125
M043
M043
M043
M137
M132
M137
M137
M123
M141
M141
M141
M141
M077
M101
M121 "
M123
M12S
M074
M141
M141
M141
M141
M141
M141
M094
M032
M132
"M1*32
M132
M132
M141'
M141
M132
M071
Mill" "
M092"
M081
M132
M132
M019
M039
M132 *
M132
M041
M137
M099 "
M125
Mill
M141
M141
M111 '
M13Z "
M132
M043 "
M043
M125
M132
M077
M137
M122
M074
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M049"
M141
M141
M077
M121
M125
MOS1
M043 "
M043
M077
M077
M041
M137 "
M077
M141
TV&al  CR^D - IVol
AZD091235457
IA09&4591B91
IA0984591891
KYD006373922
MA098067239B
M06150004095
NYD001325661
NYD042352658
NYD980S92497
NYD980592497
NYD980592497
1N3B900900br ' "
'TN8570024044 "
1ND003376928
TND003376928
TXDOOOB36486
1X0007321904
1X0008073926
1X0008073926
7X0008073926
TXD0080B5185
1XDOOBOB5165
7X0008085185 ""
TX0008085185
1X0009085185
1X0076705961 '
TXD095436747 '
7X0980627111
1X0980870356
~ "TXD980870356
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WID044394757
WVD003074770
ORD089452353
bRD089452353 	
bRbb69452353"
OR00894S2353
"TX0572124188
TXD055135388
NY0049836679 '
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CAD980675276
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LAD000777201
LAD000777201
SC1890008989
SC 1690008989
SCD07037598S
SC0070375985 "
SCD981467616
TN0210026582
"MKXS2947928
MID09294792B
NYD049836679
TX7170022787
1X0020332078
Ufb99130"l748 '"
"UTD991301748
UTD991301748
AR6140090006
AR61 40090005
MID092947928
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WA5170027291
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UTD982598898
ALOOOOB27154
TN0210020582
7N8570024044
1X0008117186
1X0008117186
WA51 70027291
100070929516
ID0070929518
LAD008161234
'OH0048415665
NY0980592497
WA0000105635
PAD041895566 '
LA0053783445 '
7ND004048690
TXD048772610
'1XDOOOB36486
nXTcnolFom
40.00 81 19
1.251 .00 81 19
44.202.00 B1 19
282.55 B310
7.602.96 B1 14
0.01 B102
4.25 61 19
10.55 B1 19
0.03 81 14
0.166319
0.35 B319
o!io
0.53
25.76
041
32.864.458114
0.02 B310
0.65 B1 19
5.66 B1 19
0.468310
61.888504
88.228504
61.88 8504
88.228504
176.44 8504
1.646.328114
0.03 8319
0.31 B319
	 0.128206
0.068319
0.75 8310
' 	 0.928114
0.91 B102
119618319
11.298302
"~4.35B319
0.988319
"25.838319
0.308302
2.05 8319
7.52 8319
23.410.648114
0.94 B409
6.105.09 B101
1.259.38 B114
0.00 B301
4.40 B513
21.34
0.15
14.79
12.51
1.43
28.39
102
950
12.61 B319
0.07 8409
6.00 8319
0.25 B1 13
0.028113
15.71 8309
0.29 B1 19
1.11 8119
1.03
0.28 B316
21. 19 B1 14
0.18
0.11 B102
157 69 8519
0.22 B503
0.768201
0.25 B206
0.23 B489
68.208114
0.50 8103
414.96 B310
2.800.198208
2.74 8301
~" 0.01 8009
0.26 B103
24.10 B103
0.15 B207
3.60456
248.20 B103
11466319

3674
2633
2833
2669
3674
8099
2899
3229
3861
3861
3661
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9711
2819
2821
2879
3674
3674
3674
2879
2879
2879
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                  Page 0-10

-------
19S5 SRSi-1ftte.(8Mr Fcnnj-Te Metal-Only Wastes Managed On Site

0004.0007
0004.0007
0004.0007
0004:0007
0004:0007
D004.D007.D008
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0004:0007.0008:0010
0004:0007.0009
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49.50 B102 3728 A19 1
2.732.71 B114
818B319
0.23 B319
0.86 B319
1.674 06 B103
33611 B105
11144B502
1.69 B106
0.08 B319
023
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003B310
10.508.76
137.68 B305
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35. 500.00 B1 13
182.08 B1 14
1. 552.90 B1 19
17.955.70 B319
549.00 B319
838.30 B319
0.53 B106
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0.50 B505
2.85 B1 13
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0.01 B009
0.13 B316
0.31 B319
"3.47B319
12.84 B106
2.51 B106
1.75 B106
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0.01 B119
0.02 B1 19
0.00 8119
0.46 B316
0.05 8319
0.15 B319
	 1. 148319"
15.03 B316
192.57 B304
303.58 B101
0.21
0.38 8101
7.44 8319
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1.17 B206
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0.03 B209
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6.39 B319
4.58 B319
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0.06 8301
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189 09 81 14
294.01 B504
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18.89 8302
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                          Page 0-11

-------
1995 BRS Data (@M Form) -.TO hrteiai-Only Wastes Managed On Site

0006
0006
0005
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006 	 
0006
0006
0006
0006
0006 	 "
0006 	 "
0006
0006
0006
0006
0006
0006
0006
0006
0006 	
0006' " 	 "
0006
0006
0006
0006
0006 	 " 	 	 "
0006
0006
0006 	 	 "
0006
D006
0006
0006
0006
0006
0006
0006 	 	
0006
0006
0006
0006
0006 " 	 "
0006 	 	
0006
0006
0006
0006
0006 	
3006
0006
D006
M077
M072
MIDI
M072
M073
M072
M072
M072
M072
M072
M072
M074
M072
M072
M077
M072
M077
M072
M111
M135 "
M077
M077
M078
M123 ""
M133
M133
M072
M077
MIOl"
M101 ""
M041
M077 "
M078
M077
M125
M072
M101
M072"
M123 "
M072
M077
M014 ~"
M077
M122
M071
M101
Mill"
M041
M043 '
M081
M081
M078
M132
M072"
M077
M12""f
M137
M079
M079
M079
M137~ "
M137
Ml 37
M137
M137
Ml 37
M141
M141
MQ21
M141
0006 M141
0006 ' ""' " 	 ~ 	 M141
0006 " " " M141
0006 M141
0006 	 M141
0006" "  '  - 	 - M141
0006 " " ~ "" M141
0006 ' ' M141
0006 	 M092
0006" " 	 " 	 M141
0006 " " M141
0006 M141
0006 Mill
0006 " 	 M141~"
0006 " M111
0006 M072
CA7170090016
CAD000093500
CAD000093500
CAD008271090
CAD008289183
CAD008358145
CAD008392722
CAD008495327
CAD00954B256
CAD009603184
CA0009630708
" CAD044429884
""CAD097458533
"CA0981379100
CAD981635741
CAD982018939"
CTD001148717
CTD0014S4032
GAD000603597
GAD003292885
GAD063152573
GAD082828716
IDD070929516
100070929518
IDD070929518
100070929518
INDOS2959525
_KSD007233323
KSD007 233323
KS0093503498
"LAD05378344S
~" MAD9S0730857
MID005511852
MID092947928
MrT270bi0325
MII2/U010325
" MNDOOS253B01
	 MODS81508401
NCD003459336
NCD098770746
NED007281728
NHD001091073
NVD982430064
NYD002207S20
NY00109597S7
NYD010959757
" "NYD98b592497
NYD960592497
NYD980592497
" NY0980592497"
01(0000829440'
OKD06543B376
PA0002161685
""PAD002351484
PA0004372363
TN0000987990
TN2170022600
TN2170022600
TN21700Z2600
" 7TN3890090001
	 TN3B90090001
TN3890090001
TN3890090001
TN3890090001
TN0003376928
TX0000054775
TX2571724333
" "7X3571524161
TX81 70022786
" 7X8214020424"
" '7X8800016125'
TXD000357707
7X0000820928
TXP00083&137
_ 7XD007321904
TX0007330202
TXD021940416
~7XOOS4385018
7X0078432457
7X0086278074
TXD981056815
TXD981907231
7X0981907231
" TX0988081162
UTD009085101
6.24 8105
16.551. 29 B107
16.551.298107
1.418 68 B107
12.339.00 8107
4.802.06 B107
3.569.04 B107
7.224778119
1.676.30 B107
3.240.20 B107
14.818.53 8107
"" 4,620.00 8107
2.900.42 B1 14
656 60 B107
4.128 44 8105
485.098107
97.777.80 8103
125.10 B107
5.00 B319
150.13 B107"
231.620.29 B106
114.108101
65.079.238115"
199.491.248115
340.613.01 B119
150.817.35 B519
2.170.98 B107
"0.08 Blii"
""0.08 81 13"
1.375.00 B110
0.068219
2.239.188119
5.54 B316
3.60 81 19
1.34
5.992.49 B1 10
" 5.992.49 B1 10
120.759.33 B107
	 16.26 B107
786.24 B107
10.27 B1 19
7.237.56B102
106.063.30 B1 19
"10.038106"
' 33.158114"
15.012.51 B513
34.582.008302"
1.47 81 14
" 0.17 B303
0.05 B114
" 1.313.55 B114
	 51.01 B310~
0.87 B319
3.740.09 B107
10.63 B107
663.052.54 B1 13
"30.85
"0.05
0.03"
0.03
	 6.11
" 0.40
0.01
0.81 8101
" 0.13 B201
0.62
0.13 B319
0.10 8309
0.45 81 19
1.04 B114
0.55 B309
	 0.11 8309
0.428119
0.05 8309
	 1.388490
"""0.62B319
0.108309
0.50 B609
22.906.00 B1 14
006B309
0.56 B307
0.50 B391
9.90 8490
	 " 1.76 8490
4.95 8490
992.60 8107
9711 A22
3452 A22
3452 A22
3471 A22
3452 A22
3471 A22
3471 A22
3471 A22
3452 A22
3471 A22
3678 A22
3728 " A22
3644 A22
3471 A22
3471 " "A02
3471 " ~A22
3562 A22
3471 A22
3714 A19
~ 3728 ' ' "A22
3691 A31
3471 ' A22
2819 "A7B
"2819"" A7B
"2819 A92
2819 A49
"3452 A22
" ""3471 " ~A01
3471 'ADI
3952 A76
2879 "A58
3827
2816
3471
3826"
" 3826 ""
3471
3471
" 3471"'
3728
3471
3825
""3999
3471
95li
9511 "
3861"'
3861
3861
3861
	 334'f
4953
3496
3471
3339
3548
"9711
9711
9711
2819"
2819
2819
" 2819
"2819
9999
"3823
9711
9711
4581
9711
_ .9661
*9flRQ
*OQ9
"3728
	 3674 "
2869
3585
3691
2869
3471
3355
3511
3511 "
3511
3471
A49
A32
A01
A22
"A22
A22
A22
" A22~
A01
A22
A22
~" A03"
A22
"A69
"A69
A94
A19
A09
A09
A71
A69
"A22
A22
A49
A29
ASS
"A05
A04
"ASS
'"ASS"
ASS
A01"
AS6"
ASS"
"A09
A31
ASS"
A29
A78
A08
A08"
A08
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1
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                          PageD-12

-------
1995 BRS Data (GM Form)  T^Metaj-Qmy Wastes Managed On Site
-  wMCed       - l."7l.  EfAC..  lvBtoi-
UTD0595i3B7S
WA1 170023419
WA2170023418
WAD041337130
WAD041920S54
AZ0000278820
A20000278820
CA71 70090016
CA7170090016
CAD00849S327
C00983777731
COD98377773"
CT0990672081
GAD000143677
GA000329288S
~GAD981242613
INDOOS1770SO
KSD007482011
MAD980672216
NCD067441394
NY0002204543
OKD0018245S4
OKD007220148
OKD082708371
OKD9808640S2
OKD9S08640S2
OKD982285S46
"~ PADOQ23514M
"PAD00300679B
' >AD005029S82
* "PAD005029582
PAD096225081
TNDOS2144011
TX3213820738
TX3571S24161
TX3571924643
"""7X8170022786
TX8571524091
TXO000017640
TX000736S984
TXD007365984
TX000736S984
TX000750S233
TXO981916901
TXD9S8042404
TXO988042404
TXO9S8042404
TXO98B042404
VAD000019364
VAD003259561
VA0988211850
WAD009249509
~ WWO009491200
AL321 0020027
AL3210020027
CADOS080SBSO
CTD990672081
GAD006924872
"GAD033842543
MT006"sd6B143
MIOOOS068143
MN0006963S08
M0004393S048
NCD986228146
NE09811171S3
NED9811171S3
NYD980592497
NYD980592497
OKD001824564
OKD081398612
" OKD082708371
PAD000000554
PADOOS031448
PAD041731670
RID001620210
SCD003344496
" TND051386506
' TND980847024
~ "TND982157570
" TND982157570
TN0982157S70
TN0982157S70
TX2S71724333
TX2S71724333
TX2571724333
TX2571724333
|vehm|SlCI
3728
7699
7699
9711
9711
3471
2531
2531
3724
3471
3728
3442'
3471
3721
"3471
2754"
3678
4512
"4512"
'" 3743'
7699
"7699
'4512
3471"
3471"
5047
5047"
3471
"3471
9999
9711
9711
4581
4581
3479
3721
3721
"3721
"3714
3714
4512
4512
	 4512
4512
'3621
3728
'3471
' "9711
9711
4959
"3724
4512
7699
3651"
3651
4512
4581
3679
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'4789
3861
3861"
' 4512
3714
3743
3452
"3471
2816
"3471
3743"
7389
3399"
~ 3399
3399
3399
9711
9711
9711"
9711
:aa|sau*BrM
A22
A19
AOB
A05
A01
A19
A05
A22
A01
A22
A23
A01 ~
A53
A22
A22
A21"
A29
A31
A22
" ~A22
"A22
A08
"AOI
A78"
A29
A21
AOI
AOl"
A22 "
" "A31
'A31
A31
A29
A60
A01
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A29
"A31" "
A29
" A01
A59
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A22
A29
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A29 	
A29
A22
A22
A22
A06
A75 "
A22
A22
A99
A31 "
A19
A09
A22
A22
'A19 '
A08
A06
A78
A78
A24
A92"
	 A09
AOB
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A22
A22
A09
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A01
A03
A29
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(OnginCoda
1
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1
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1
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                               Page 0-13

-------
1995 BRS Data (GM Form) -TC Metal-Only Wastes Managed On Si

D006.0007.DOQ8
0006.0007:0008
D006.D007.D008
0006:0007.0008
D006.0007.D008
0006.0007:0008
0006.0007:0008
0006.0007:0008
0006.0007:0008
0006.0007.0008
0006.0007:0008
0006.0007.0008
0006.0007.0008
0006.0007.0008
0006:0007.0008
0006.0007.0008 "
0006.0007.0008
0006.0007:0008
0006:0007:0008:0010
0006:0007.0008:0010
0006:0007.0008:0010
0006:0007:0008:0010
0006:0007:0008:0010
0006:0007:0008:0010
0006:0007:0008:0010:001 1
0006.0007:0008:0010:0011
0006.0007:0008:0011
0006.0007:0008:0011
0006.0007:0008:0011
0006:0007:0008:0011
0006:0007:0008:001 1_ 	
0006:0007:0008:001 1
0006:0007:0008:0011
0006:0007:0008:0011
0006:0007:0008:0011
0006:0007:0009:001 1
0006.0007:0011 "
)006:D007:D011
)006:D007:D011 	
X)06.D007:DOil
0006:0007:0011
0006.0008
0006.0008
0006:0008
0006:0008
0006:0008
0006:0008 	
)006:D008 	 "
0006.0008
0006.0008
0006.0008
0006:0008
0006:0008
0006:0008
0006:0008
0006.0008
0006:0008
0006:0008
X06.D008
0006.0008
0006.0008
3006*0008
0006:0008
3006:0008 """"'"
3006:0008
3006:0008
0006:0008
0006:0008
0006:0008 	
0006:0008
0006:0008 	
0006:0008
0006.0008
0006:0008
0006:0008
0006.0008
0006:0008
0006.0008
0006:0008
0006.0008
0006.0008
D006.D008
0006.0008
0006.0008
0006.0008

 .-.-. ISVMRI
M141
M141
M141
M141
M141
M112
Ml 12
M141
M141
"M141
M141
M141"
M077
M121
M141
M141
M141
M032
M071
M141
M043
M141
" ~M14l' "
	 M141
M071
M141
M077
'M077~
M077
	 M077
_".. _I_.M?2 ..
M141
M141
"' " -M141
'M141
M032"
	 M077 "
	 " M077
" 	 .M043
~M077~
M141
M111
M111 "
M12S
	 M122
; "_ "M121
Ml 12
	 -Mill""
Ml 11
	 M053
M013"
M077
MIOl""
	 M077
M112
M077
"M124
M141
M077
M043
M043
M077
~ M112~~
	 M132~"
M101
M077
M019"
M137
_ M~37 -
M137
M137
	 M137
M137
M112
M021
	 M141
M141
M141
M111
M132
M141
~M141
M141
M141
M077
M112
Ttatl -EPAO
TX2571724333
TX2S71724333
TX2S71724333
TX2S71724333
1X2571724333
TX321 3820738
TX321 3820738
TX3213B20738
TX321382073B
TX71 70022787
TX71 70022787
TXD000836437
TX000736S9B4
7X0008097487
TX0008097487
'TX0048772610
TXD987992690
WA00064S4S16
AZ0063276000
MID092947928
OHD04841S665
TXDOD0357707
TXDOD04S2003
TXOOS626352B
CA0097030993
TXD000357707
CA7170090016
"'GAD059240663
CO00070S7995
CTD983B669S5
."' PAD990827610
IXD0003b7/07
TXDOOOB21264
TXD000821264
TX0007 365984
"" MNT280010414
GAD98~1270226
MADOnTWMWM
~ NVD986S92497
"" " TXD00083&437"
TXD000836437
AKD983066028
~ AUXXM017869
AR0213B20707
AZOS82S03948
CAD982S07766
CTD060uu8307
GA00000045S6
GAD006924872
IAD984S99308
ILD097271563
MAD001 027325
MIDOb4320479
" 'NCD980602445
' NJD002347S65
NYD002227296
NYD06S939902
NYD9B0592497
NY0980S93024
OHO04B415665
j; OHD04841S665
OKD000829440
" OKD000829440
PAD002347003
PAD041731670
SCI 890008989
TN3890090001
TN3890090001
TND003332012
TN0980316301
" "TND982157570
TN0982157570
TX321 3820738
TX3S71S24161
TXD000837369'
TX 0008092306
TXD02711S856
TX0041S1S420
TXD041S15420
TX0048772610
TX004B772610
TXOOS0842277
TXOOS21210S8
TXD066349770
TX0066349770
| vaunt IUMM Fonn o

0.02 8205 
010B310
0298310
2.36 B319
367 19 B319
4651BS19
948B319
8.72 B519
0.08 B310
4SOB409
	 02SB304
22.89861 B119
41 70 B1 14
010B304
0.07 B489"
2.40 B405
974.21 8114
0.20 B114
' 7.75
0.93 B407
1.17 B119
0.07 B304
0.28 8206
6.405.53 B1 19
0.08 B105
2.577.48 BIOS
18.308306
18.474.94 B103
19.427.648114
" 20.492.008114
0.23 B107
0.24 B106
0.29 B1 19
"_1.61B119
0.098309
2.527.94 BIOS
8.937.81 B107
" 0.01 8003
34.61 B106
3.50 B106
137.79 B303
2.386.81 8305
9.25B304"
	 25.56 B207"
''__ 4.01 B114
	 3,854.48 B302
""181.30B309"
45.00 B319
0.75 B306
170.75 B404
598.87 8113
34.570.81 8114
1.920.00 8106
2.198.55 B304
21.66 B1 14
4.71 B205
0.13 B319
6.158.88 B1 19
9!07 8301 "
7 .066409
389.679.70 B1 14
1.97 B310
508.68 8302""
213.35 B1 19
14.153.868115
21.96
"0.32
" 1.21
9.021.37
675.70
" 12.18
1.42
53.31 8119
2.72 B101
0.56 B307""
" 5.21 B319
1.18B490
7.98 B319
7.98 B319
1.70 B489
0.16 B603
2.25 B1 14
0.15 8309
717.303.00 B1 15
2.456.00 B319
dalSICCo
9711
9711
9711
9711
9711
9999
9999
9999
9999
9711
9711
3724
3721
2819
2819
3432
3749

3444

4953
3728
3499
2812
3471
3728
9711
3471
3728
3728
. M71
" 3728
8062
8221
3721
"8221
7699
3471
3861
3724
3724
4938
3321
3489""
3724
3844
9999
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4512
3341
3341
3269 '
3312
3432
3321
3499
3679
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" 4953
3341
3341
3341
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2816

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2819
3321
3321
3399
4953
9999
9711
4911
3491
3714
2869
2869
3432
3432
3315

3321
3321
MlSoun
A03
A29
ASS
A71
A08
A08
A29
A08
A29
A71
A01
A01
A75
A06
A39
A92
A01
A04
A38

A09
A59
A09
A54
A22
A94
A22
A22
A22
A01
"A22
A94
A59
A59
A99
' ASS"
A02
A22
A99
A03
A03
A74
A78
A99
A27
'A27
A69
A65
A08
A78
A64
"AD9
A89
A05
A78
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A03
A99
A22
A63
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'A69
A71
A64
A09
A78







AOS
A19
A21
A39
A19
A29
A29
A92
A49
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                          Page 0-14

-------
1995 BRS Data (GM Form) -TC Metal-Only Wastes Managed Oh Site

0006:0008
0006:0008
0006.0008
0006.0008
0006.0008:0009
0006.0008:0009
0006:0008:0009
0006.0008:0009:0011
0006.0008:0011
0006.0008:0011
0006:0008:0011
0006:0009 	 " 	 """
0006:0009
0006.0010
0006:0010
0006:0011
0006.0011
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
O007
0007 	 " '" 	
0007
0007
0007
0007 	 "
0007
0007
0007
0007
0007
0007
0007
0007 "
0007
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-------
RS Data(GM Form) - TC Metal-Only Wastes Managed On Site

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                    PageD-16

-------
199bBRaDaGnGMPormt-TC Metal-Only Wastes Managed On Site

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                        PageD-17

-------
1995 BRS Data (GM Form) - TC R;'iis!-.Ofi!y VfcsUka Managed On Site

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 WiMfnrH {ST**
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MI09B0990113
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                          Page 0-18

-------
1995 BRS Data (GM Form) -TC Metal-Only Wastes Managed On Site
WB
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21.935.36 BIOS
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                          Page 0-19

-------
1995 BRS Data (GM Form) -TC Metal-Only Wastes Managed On Site
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                          Page 0-20

-------
i'995 3RS Data (GM Form) - TC Metal-Only Wastes Managed On Site

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                          Page 0-21

-------
!395 SR5 Data (GfttFormtiTC Metal-Only Wastes Managed On Site

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                          Page 0-22

-------
1995 BRS Oa*K^M:roria)-,TCM8tai-Only Wastes Managed On Site

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84.355.63 8309
15.808.006304'
1.668.008114
188.295.50 B1 14
40.00 6302
' " 7.01 B219
52.40 B106
52.406106
583.44 81 14
50.231.01 6106'
14.443.48
6.93 6319
27.780766105
217.70 6310
1.985.806314
270.22
4.276.808105
0.078114
"3.528114
0.636114"
~ 5.657.21 6119
10.273.71 6103
5.107.26 B103
85.25 6207
53.168316
65.808316
60.506316
1.386205
162.01 6101
84.07 8310'
6.020.006409
234.746119
3.11 6119
1.696206
500.00 B319
145.386.05 B105
6.567.97 6102
968.670.25 6103
2.235.221.00 6319
17.606302
675486103
83.312.496114
5.854.88 B1 14
9.007.51 6114

2869
3471
3471
3728

3471
3471
3728
3724
3491


3716
3728
3931
3931


3861
3861
9711
3229
3652
3764
3764
7812
2082
'"3661
2711
3861
3861
"3861
3861
'2741
_ 7384
3229
9661


3321
3321
3341
'3341
3341
3482
3496
3351
3672
3471
3471
"3672
3451"
3672
3691
3471
2819
2819

3672
' 3672
3672
3672
3471
3672
3672
3672
3671
3671
3671
3826
3672
3341
'3341
3672
3672
" 3672
3691
3672
3675
3672
3691
7539
3471
3471
3471
3672

A29 1
A75 1
A38 1
A29 . 1

AOS 1
A22
A3B
A31
A54
A22
A40
AOS
A59
AOS
AOS
A27
A37
A99
ACM
A94
A78
A31
A49
A49
A72
A99
" ' A75 ~ 	
"A37
A59
A59
" A92
A99
A89
A37
A49
AST-
A59 1
A59 1
A77 " -,--
A78
A72
A49
" A72
"A92
A49
A69
A78
A31
A31
AOS
" " A27 	 "
A22
"A91
A22
A32
A32

A22
~"A94
'A59
A94
"A29
A22
A22
A01
A49
A49
A49
"A37
A01
A36 ' 3
A49
A01
A01
A19
A91
A32
A22
A22
A75
AOS
A01
A22
A22
AOS
                           Page 0-23

-------
1995 BRS Data (GM Form) -
         WtfibUia .Managed On Site
VMM Cod*
0008
0008
0008
0008
0008
0008
0006
D008
0008
0008
0008
0008
0008
0008
0008
0008
0006
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008 '
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008' 	 "'
0008
0008
0008
0008
0008
0008
D008
0006
0008"
0008
0008
0008"
0008
0008
0008
0008
MOB
0008
0008 " "" ~ 	 ~
0008 	 ""
0008
0008
0008
0008' 	 	
0008 	 "
0008
0008
0008
0008
0008
0008
0008
0008
0008
3008
0008
0008
0008
0008
0008
0008
0008
- .ISMMOI
M094
M111
M077
M124
M077
M07B
M077
M032
M111
M112
M077
M013 '
M013
M013
M013
M111
M091
M077
M111
M111
M111
Mill
M111
M111
M111
M111
Mill
ill 11
' M111
M111
M111
M111
M111
M111
M111
' Mill"
M111
"Mill"
Mm'
M111
M111
'M111
M111
M111
M111
M111
M077
M078
14085
Ml 19
M077
M077
M077
M077
~ ' ' " M112"
M111
'M099
M071
M071
M071
Mi 12
M112"
M111
M111
M112
M077
	 M077
M077
M077
M111
" "M077
M077
M077
M043
M041~
M077
M132
M013
M077
M077
M077
M077
M078
M07B
LTypel EPA.D l\
CTD043036995
CTD072138969
CTD09S233433
DE8570024010
DED002369205
FL68S0090008
FL0061993606
FLD981477904
FL0984219576
GAD000603597
GAD009703349
6A0070330576
GA0070330576 '
GA0070330576
GA0070330576
GAD070330576
GAD981266380
GAD984311B60
GAR000001909
" GAR000002774
" GAT000002112
GAT000002113
~..C5AtOOOOb2li4
GATOOOOQ2139
"GAT000002140
GAT000002147
GAT0000021 53
''"_" GAT000002154' "
GAT000002186
~ GAT000002187
GAT000002168
GAT000002189
GAT000002194
GAT000002195
GAT000002196
GAT000002205
GATOOOOQ2206
SAT000002207
	 GAT000002208
GAT000002209
GAT000002210
GAT000002212
GAT000002214
GAT000002215
GAT000002219
GATDOQOQ2220
GAT000002221
IAD040611121
IAD065205056
IA0096526108
ID489Q00895?
100009066461
~ 100984669424
ILD001899772 _
IL0006271698
ILD01 0279222
' H0025444837
ILDOSB002429
ILD083076018
ILOOB307601B
IL0083076018
" "IND000717959
"IND000717959"
IND0050B1955
IND005081955
"""IN0005445143
"IND00606BOSO
IND006417620
IND057520B68
IN0064708845
" IND985104736
KSD065755100 '
KSD065755100
KS0981506025
KVD006373922
KYO079674016
LAD000777201
LAD006184137
MA0001012244
MAD049441512
MAD049441512
MAD076590652
MA0076590652 "
MA0076590652

184.81 B113
0.96 8319
753.48 8106
0.538114
30.600.508113
817B114
17.31 8114
0.678114
35.66 6304
6.00 8319
7.054.138103
78.918306
149.758307
890.938309
343.48 8319
3.083.00 8302
0.03 8103
9.826.47 Bl 19
63.70 8301
	 2.408302
14.008319
1.258319
19.00 8319
"" 2.00 B319
	 "15.00 8319
26.408319
3.25 B319
2.00 B319 	
	 19.508319 	
3.00 8319
3.008319
3.008319
19.008319
13.00 B319
2.00 B319
2.008319
20.008319 ""
18.50 B319
" 13.50 8319
21.508319"
2.50 B319
2.508319
4.80 8319
S3.00B319
10.508319
0.508319
22.008319
50.082.99 B311
081 8119
0.608409
1608307
"320J03.43 B106 '"
	 1.168.408106 	
""~7.503.Bi 8103
606.838105
" 168.18 8409
" 1.088.75 8319
217956B301
585.028102
1.156.808106
12.55 B1 14
41.308219
11,152.508304
21.508319
961.908302
164.40 8319
" 1.936.68 8319
"25.075.858114""
281.198.29 8103
888.608504
11.600.938114
120.00 8319
19.916.608105
40.600.008114
1.278205
"1.278301
3.658102
2.20 8219
0.10 8307
21.243.308304
6.505.428119
416.358114
417.01 8114
7.34"B207
27.939.95 8105
81.317.768105
3K7E:
3672
4953
3714
9711
3711
8734
3672
4911
4953
3714
3691
3341
3341
3691
3691
3341
3691
3691
4941
1799
1622
1622
1622
1622
1622
1622
1622
1622
1622
1622
1622
1622
1622
1622
"1622
1622
1622
1622
1622
1622
1622
1622 '
1622
1622'"
1622
1622
1622
3714
3669
3714
8733
3482
3482
3482
3679
"3482""
'3312
7699
'3356
3494
3494
3494
'3341
3341
3432
3432
3369
3443
3471
3671
3471
3369
"3714
3714
3714
4953
2869
3672
4953
3341
3672
3672
3672
3672
3672
3672
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A49
A21
A03
A37
A06
A99
A19
A54
A74
A99
A49
A76
A64
A40
ASS
' A63
A75
A75
A21
A08
A21
'A21
A21
A21
A21
A21
A21
A21
A21
A21
A21
A21
A21
A21
A21
A21
"A21
A21
' A21
A21
A21
A21
"A21
A21
A21
A21
A21
A02
A71
A19
AB9
A19"
A03
~ A49
A22
' A29
A69
A62
A05
A03
A06
A92
A72
A49 ~
A40
A29
A49
A75
A22
"A75
A31
A49
A05
A49
A54
A89~
" A37
A29
ASS
 A72
A05
A27
A31
"A29"
~~A29
A29
iCodalOngnCoda
1
1
1
1
1
1
1
1
3
1
1
1
2
1
1
2
1
1
1
1
1
1
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1
1
1
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1
1
1
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1
'i
i
Page 0-24

-------
1995 BRS Data (GM Form) -TC Metal-Only Wastes Managed On Site

D006
D008
D008
0008
D008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
D008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
D008
0008
0008
0008
0008
0008
0008
0008
0008
0008
D008
0008
0008
0008 *
0008
0008
O008
0008
0008
0008
0008
DOOB"" 	
0008
0008
0008
0008
O008
3008
0008
0008
0008 	
Dooe
0008
D006
0008' '"
0008
DOOB
0008
0008
0008
0008
0008
0008
D008
0008
0008
0008
0008
0008
0008
0008
0008
WMftt Coda  -- -  | syrtm 1
M077
M077
M077
M077
M111
M074
M077
M078
M12S
M051
M077
M077"
M077
M077
M019
M019
M125
M077
M014
~ 	 MOM
M078
M077
"" 	 " ' M077
	 M078
M014
M014
.M014
M014
M077
M024
M079
M077
M122
M077
" 	 " "" M072
	 M077
"" " M077
M077
M014
M021
M101
M077
M021
	 "M078 "
	 ~ M077
M119
	 	 " 	 	 M125
M122
M125
M122
'M077
M07B
M091
	 	 ' 	 M132
	 M132
" :M132"
M132
'M132
	 M132"
M111
M077
M12S
M032
M021
" 	 " 	 " 'M072
'MOBI
M081
M081
"""' 	 ~ 	 M077' "
M124
M124
M043
	 M043
M043
M043
M043
~ 	 M043'
M043
M043
M043
M043
'M043
"M043
~" M043
M081
M081

MAD1S5318066
MAD980730857
MAD981204316
MAO98526B5S6
MD61S0004095
MDD003091972
MDD064846959
MDD98S369305
MIDOOS344973
MI0006020408
MID006021414
MID006021414
MID006021414
MID043772490
MI0092947928
MID092947928
MID092947928
MI0982604001
MN7213820908
MND000819292
MND001037639
MND006147268
MND00614726B
MND006147268
MN0058330473
MND0851 14890
MND98S6S7807
MNT280010034
MOD003537271
MOD981699622
'MSD980601686
MS0985978501
MTD010380574
NCD00061S872
NCDb03459336
NCD041230418
NCD04S646924
NCD0498422S5
NCD107B58812
NCD108706029
NCD980843866
NCD9B1014996
NCD98186U38
NCD982077570
NC098618S369
N00000690S94
NHD001079219
NHD037695236
NH003769S236
NHD058S37960
NHD980671077
NHD982202673
NJD0023BS730
NJD002385730
NJ 0002385730
NJD002385730
NJD0023B5730
NJ00023BS730
NJD002385730
NMD083212332
NYD00132S661
NYD00202656S
NYD002038S86
NYD002204543
NYD0022072S6
NYD0022419B2
NYD002241982
NYD002241982
NVDOS586S125
NYOOSS86512S
NYD065939902
NYD980592497
NYD980S92497
NYD980592497
NYD980592497
NYD980592497
NYDS80592497
NYD980S92497
"NYD980592497
NYD980S92497
NYD980S92497
NYD980S92497
NYD980S92497
NYD980S92497
NYO980S92497
NYD980592497
JVMn(T(n)IFannCi
2.084.86 BIOS
8.26 B103
4.21 B105
'50.048119
0.30 81 14
66.317.76 B119
7.51 B106
2.1 10.16 B1 14
0.50 B505
299.33 B206
18.00 B1 19
225.01 B119
	 22.50 B119 "
13.756.47 B1 19
0.29
0.25
3.46
354.089.09 B519
1 .770.008302
	 867.39 B1 19
227.51 B106
831.28 B113
620.91 B114
21.123.818114 "
1.501 .25 81 19
544.188119
500 42 B1 19
39.032.53 B1 14
148.62 BIOS
0.69 B219
"179.70 B316
3.715.20 B1 14
"155.00B114
1.111.20 B103
124.80 B103
4.639.90 B103' "
50.041.708119
4.00 B103
8.30 B307
0.49 B1 19
155.12 B114
2.324.85 B103
0.29 B1 19
1.339.37 B114
3.262.03 B114
0.15 B319
	 27.23 B219
	 7.56 B205
129.48 B1 14
95.20 B205
11.189.59 B105
1.410.63 B105
109.00 B106
20.006301
12.00 B301
	 Y40B302
15.006302
75.00 B302
95.00 B319
1.94 81 19
51 04 B1 19
15.418.40- B101
9.40 B101
16 40 821 1
104.04 B107
64.30 B219
2.262.30 B21 9
277.20 B219
""304788114
61.67 B114
18.76 B205
1 .068002
0.43 B003
0.02 B1 19
0.10B119
0.08 B1 19
	 0.08 B1 19 '
0.02 B1 19
"6.16B310
0.04 B319
1.84B319
0.11 B319
0.04 B31 9
0.20 B319
~il.88B106
2.09 B1 19
)dB|SI&Cad
3672
3841
3672
3663
8099
3713
3672
2672
3471
3465
3714
3714
3714
3714
3479
8744
3672
3672
3679
3679
3679
3672
3SS9
3672
3672
3672
7539
3519
3315
2911
3678
'3471
3471" "
3471
3672
3432
4911
8734
3678
"4911
3262
3262
4925
3699
3555
'3555
3494
3672
3672
2869
2869
2869
"2869
2869
2869
2869
3699
2899
3711
3679
3676
3471
3672
3672
3672
3262
3262
3679
3861
3861
3861
3861
3861
3861
'3861
3861
' 3861
3861
3861
3861
"3861
3861
3861
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A29
A19
A05
A19
A94
A29
A01
A22
A38
A54
A37
A37
A49
A24
A21
A64
A31
A01
A92
A22
A06
A31
A05
A31
A22
"A29"
A99
A09
A31
A04
A31
A22
'A22
A22
A05
A40
A59
A04
A22
A59
A92
A75
A08
'A06
A54
A71
A75
A22
A22
A09
A99
A99
"A59
A59
A99
AS6
A92
A92
A92
A71
A19
A22
A03
A06
A19
A09
A32
"A92
A09
A19
AS3
A53
A53
'A53
A53
'A71
A53 '
A57
A92
A99
A99
A27
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1
1
1
1
1
1
1
1
1
1
1
1
1
1
2
1
1
1
1
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1
1
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1
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1
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1
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2
2
2
2
2
1
1
1
1
"1
1
1
1
                          PagaD-25

-------
1995 BRS Data (GM Form) - TC Metal-Only Wastes Managed On Site

0008
0008
0008
0008
D008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
DOOB
0008
0008
D008
0008
0008
DOOB
DOOB
0008
DOOB
DOOB
0008
0008
0008
DOOB
0008
DOOB
0008
0008
DOOB
0008
0008
DOOB
DOOB
DOOB
DOOB
DOOB
0008
DOOB
DOOB
DOOB
DOOB
DOOB
0008
0008
DOOB
0008
0008 	
DOOB
0008
DOOB
DOOB
0008
DOOB
DOOB
DOOB"" 	
DOOB
0008
0008
DOOB 	 '
DOOB
0008 	
DOOB
DOOB
0008
0008
0008
DOOB
DOOB
DOOB
0008
DOOB
0008
0008
0008
0008
DOOB

M081
M141
M078
M043
M043
M124
M122
M077
M077
M101
M101
Midi
M112
M101
M121
Mill"
M014
M077
M122
M12S
M077
M077
M077"
M032 '
M077
M111
M137
M137
M132
M132
M137 "
M137 	
M137 '
M137
"M137
M137" '
M137
M137
M137
Moer
M132
'M049
'M137
	 M137
" M137
M137"
	 M137 	
M137
"M137
M137
M141
M141 	
M077
M141 	
M141
M141 	
M141
M141
M141
M14l"
M141
M141
M141
M141
M141
M141
M141
M141
"" 	 M141'"
"M141
M141
"M141
M077
M141
M141
M14l"
M077
M141
M141 "
M141
M141
M141
M121
M141
M141
M141
NYD980592497
NYD980S92497
NYD986913952
OHD048415665
OHD04B415665
OKD007194475
OR0000409581
ORD009020231
ORD009020231
ORD009020231
ORD009020231
ORD009020231
ORD050955648
ORD981 773377
ORD987175569
ORD987181146
ORR000000182
PAD000796334
PAD002282556
PAD002330165
PAD002334373
PAD043891530
PAD044366003
PA0981039613
PAD981104110
PAD990753089
TNOB90090004
TN1890090003
TN2170022600"
TN2170022600
TN3890090001
TM3B90090001
TN3890090001
TN3890090001
TN3B90D90001
TN3890090001
TN3890090001
TN3890090001
TN3B90090001
TN8570024044"
7N8570024044
TND003376928
TND045499035
TND067690040
7ND067690040"
TN0067690040
7NDOS7690040
TNDSB2157570
TND9B2157570
TND982157570
TX0000054775
TX2571524071
7X2571724333
7X2571724333
7X4890110527
7X6213820529
7X6213820529
7X0000709964
7XD000709964
TXD003913381
TXD0064962S1
7XD007321904
7XD008018004
7X0008073926
7XD008073926
7XDOOB081101
7XD0080961S8
7XD008096158
7XDQ27115BS6
7X0041087925
7X0041515420
7X0042684670
7XD0489163S7
7X0050858182
7XD069450997
7X0071378822
7XD081S43910
7XDOB2688979
7XDOB4284132
7X0087491924
TXD089602684
7X0095436747
7X0095449047
7X0097976245
7X0980626014
TXD980626O77
0.00 81 19
0.17 8009
1.908114
100.39 8219
0158301
260.408114
9.198113
0.908110
0.00 8319
0.108114
0.088119
	 0.07 8319
717.268319
6.178504
5.258.078115
45.108301
72.16 8302
1.985.268119
4.008113
3.617.448309
557.078114
736.365.708113
6.313.598119
57.408206 '"
16.810.008114
3.815.70 8302
11.54
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0.09
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0.13
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0.20
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	 0.69
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25.806.05
	 5.897.67
7.95
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84.80 	
5.52 8101
54.378503
0.668206
	 0.01 8309
6.248207
8338207
1.22 8307
0.02 B202
0.158302
0.208206
0.108319
0.308319
0.288403
1468114
2.808310
" 0.078319" ""
0.01 8319
7.50 8319
0.808206
0.608310
9758490
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5.008489
041 8114
2.88 8307
1.008505
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5 78 8103
0.25 8319
0.25 8319
0.808409
0.01 8310
0.01 8319
0.21 8103
0.23 8205
1.008319
14.00 8490
3861
3861
3672
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4953
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3678
3823
3691
3827
3229
3229
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3451
3572
3679
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3672
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3229
3531
3676
3674
3679
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2911
A49
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AS9
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A21
A22
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A21
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A29
1
1
1
1
2
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                          Page 0-26

-------
Data (GM Form) - TC Metal-Only Wastes Managed On Site
1 W*aCod . ISymmTmel EPAD

0008
D008
D008
DOOB
DOOB
DOOB
0008
DOOB
DOOB
DOOB
0008"
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
D008
DOOB
DOOB
DOOB
DOOB
0008
DOOB
DOOB'
0008
DOOB
DOOB
DOOB
DOOB
0008
DOOB
DOOB
DOOB
DOOB
0006:0009
0008:0009
0008:0009
0008:0009
0008:0009
0008:0009
0008:0009
0008:0010
0008:0010
0006:0010
0008:0010 	
0008:0010
0008:0010
0008:0011
0008:0011
0008:0011
0006:0011
0006:0011
0006:0011
0008:0011"
0009
0009
0009
0009
DOW
0009
0009
0009 	
0009
0009 	
0009 	 ""
0009
XX39
0009
O009
0009
0009
0009
0009
0009
0009
0009
0009
0009
0009

M141
M141
M141
M141
M141
M124
' M141
M141
M141
M141
M141"
M141
M094
M141
M077
M077
M077
M077
M077"
M077
M077
M122
M125
M077
M021
M125
' M077""
M071
M111
M012
M032
M032
M032
M077
M094
M124
M074
	 M099
M041"
M112
"M137
	 M137
M137""
	 Mil 37
	 M043
	 M141
M141
M125
M043
'M077
M129"~
	 M137
	 M137
M071
" 	 M077
"M077
	 M043
	 M043
M141
" M141
M125
	 	 M125
M125
"M011
M129
M012
M012
M012
M012
M078'
M077'
M077
M014
"M032
M125" '
M125
M129
~~M012
M101
M125
M011
"M125
	 Mill"
M043
M081

TX0982S6298S
TXD9827S8575
TXD9879814S3
TXD987981453
TXD988032777
TX0988043204
TXD9B8043204
TXD98B043204
TX0988087219
TXD99070968S
TXD990797441
TXR000008748
TXT490011228
TXT490011228
VAD098444474
VTD002085108
WA2170023418
WA2170023418
WA2170023418
WA2170023418
WA2170023418
WA2170023418
WA2170023418
WAS170027291
WA8570024200
WAD009460B23
WA0053S14091
WAD061670766
WA09B0723738
WID006073225"
WID006073225
WID006073225
WID006073225
WID006073225
WI0044394757
WID044394757
WI0049991862
WID9B0791347
WVD004341491
WVP000006106
TN0890090004
TN0890090004
TNOB90090004
TN3890090001
T7CDOOOB38896
"TXD008073926
TX09825SS674
MID092947928
NYD980592497
PAO9B173S061
SCD043979822
TN3890090001
TND981479777
ILD083076018
MAD063894786"
NCD981021413
NJD9907S3493
NJ0990753493
TX09825SS674
"TXD988043204
"ALD004019642
"CA71 70024528
CAT000646117'
COD048742175
DED0008002&4
DED003913266
FL0000207449
" FL0000207449
FL0000207449
GA0040690737
110001899772
KYD006370167
I AfYWMWfi^ilfl
LA0062666540
"" MID092947928
MID092947928
'MI0092947928
MN0000903468
MND990860470
MOD006301S01
NJR000005637
NM65721 24422
* NYD049836679
NYD980592497
NYD980S92497

0.058307
0.04 B310
1.33 B319
5.20 81 13
0.38 B406
0.27 B307
0.42 B219
0.75 B219
0.15 B489
1.24 8319
6.53 B319
0.22 B209
0.50 B504
2.48 B205
044B207
7.727.80 B1 13"
69.498.21 B113
4.21 B113
0.92 B1 14
0.37 B1 14
1.01 B114
0.18 B1 14
24.24 B205
1.17 B219
0.01 B110
1.586203
0.05 B319
3.377.66 B1 14
0.23 B114
1. 429.47 B319
	 748.778319
12.32 BIOS
20.76 8106
97.01 8205
1.181.11 BIOS
5.86 8503
31.07 B205
258.86 81 14
3.08 B201
	 12.708206"
1.492.708304
6.41
0.12"
0.94
1.01
3.19 B319
	 0.07 B319
0.42 B319"
2.39'
" 0.10 B302
189.708105
0.61 	
0.13
13.29 B201
206.84 81 14
~ 	 34.70 BIOS"
94.343.52 8101
77.748310
77.74 B310
0.59 8319
0.20 8409
345.903.50 B1 19
	 1.26 B304
. .  --07S B3,g
0.03B302
0.20 B319
0.01 B319
0.43 8319
0 43 8319
17.75 8319
809.226.408114
1.59B114
489.979.83 B1 14"
32.40 B519
5.00 B519
0.05
0.12
0.03
2.00 B319
0.13 B519
0.538113
1.11 8117
0.58 B319
0.02 8319
0.02 8001
0.06 81 14
3679
3471

3949
3049

3672
3672
3672
3691
3691
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7389
3356
2819
3471
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A72
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A21
A22
A54
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A04
A06
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A78
A89
A37
A19
A22
A19
A49
A75
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A03
A40
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A35
A35
A22
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A99
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A72
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A89
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                 Page 0-27

-------
1395 BkS Dto (GM Fprm) -TC Metal-Only Wastes Managed On Site

0009
0009
0009
0009
0009
0009
0009
0009
0009
0009
0009
0009
0009
0009
0009
0009
0009
0009
0009
0009
0009
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0009
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M141
M141
M141
M082
M079
M079
Ml 37
M137
M137
M137
M137
M137
M137
M137
M137
" 	 M049
M079
M132
M137
M049
M132
M132
"'M137
M137
M137
M137
M137
"" 	 " " M141
M141
M141
M141
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M141
M141
M141
M141
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M141
M141
M141
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M141
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M141
M141
M141
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M012
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M141
M141
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M141
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M125
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M077
M077
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M077
M132
M021
M132
M081
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NYD980592497
NYD9B0592497
NYO980592497
PAD004316B32
TN2170022600
1N21 70022600
1N3890090001
1N3890090001
1N3890090001
1N3890090001
1N3890090001
1N3890090001
1N3890090001
1N3890090001
1N3890090001
" 1N4210020570
1N4210020570
1N8570024044
1ND003095635
1N0003337292
1N0003337292
1ND003337292
1ND003337292
1ND003337292
TND003337292
1NDQ03376928
TND003376928
1X2571524071
1X7170022787
1X7213821831
1X7213821831
1X8214020424"
1X8800016125
1X880001612S
1X0002560233
"" 1X0007321904
1X0007330202
1X0008076846
1X0008077190'
1X0008077562
1X0008079212
1XD008081101
TXD008084600
1X0008113441
1X0008113441
1X0008117186
1XD041S15420
1X0041515420
1X0048916357
1X0052121066
1X005*1664611
1X0056263528
1X0056263528
1X0056263528
1X0056263528"
; 1X0056263528
TXfX)59Q85339
* 1X0066349770
1X0069450997
1X0069747608
"1X0082688979
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"1X0084284132
1X0096397211
1X0102688298
1X0980524225
1X0980527111
1X0980870349
1X0982283764
	 1X0982284382
1X0982290140
1X1490011293
VA1170024813
V1D982762619
"WA5170027291
WA5170027291
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WI0071 164032
WVD00076S297
WVD004325353
VW0004336343
WVD005005509
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NVD980592497
VokMw (lomll FonD C
0.00 B001
0.32 B002
0.93 B003
948.80 81 19
0.08
0.04 B201
1.30
0.06
0.17
016
0.01
5.27
0.01
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0.11 B201
0.17 B201
0.06
5.52
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139.52
20.228609
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0.30
21.07
0.038701
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0.14 B319
0.06 B309
0.18 B117
0.04 B319
0.04 B319
0.03 B319
" 0.128319"
0.20 B319
0.15 B319
0.15 8319
0.60 B319
0.17 B302
0.10 B319
0.04 8319
0.15B309
0.01 B319
0.10B117
1.64 B319
0.03 B319
0.47 B319
0.12 B319
0.01 8319"
	 21.588302
4.78 B404
318.367.008113
14.62 B302
1758307
010 8319
0.02 B103
	 0.90B319
0.11 B319
0.25 B319
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0.14 8319
0.05 B319
0.19 B319
0.08 B319
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0.02 B319
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0.038319'
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0.258117
0.028114
0.26 8409
0.29 8102
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419.952.03 8114
60.508319
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0.60 B319
5.038307
1.55 8319
2.77 B114
0.21 B310
DdBlSICI
3861
3861
3861
3822
9711
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2819
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2812
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                          Page 0-28

-------

"
0010
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M081
M122
M135
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M014
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CA00091 08705
CAD009108705
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NY0002134880
NYD980592497
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AZD980896310
AZD981636i29
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CA1B00005034
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CA7800019419
 CAD000086686
CA0000086686
CAD008289183
CAD0082B9163
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CAD008384588
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OE0003930807
FL2S70024404
"FL2800016121
'FL68000145B5"
~ Fi.8170023792""
FL0000608125
FL0004100152
FLD05045S278
FLD069687242 "
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MD062761671
KSO980852669
KY5170024173 "
KY6210020479
KY0006380125
KY0006383665
KY006B135516
"KYD074047556
KYO074051202
KYO981854987
' KY0985082270
KYD985085166
KYD985085174
KYD9851 16169
MA0001027325
MAD00103235B
MAOOOM19514

963308119
252.122.60 B1 19
0.21 8119
193.192.99 8114
001 8307
0838119
002
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53368114
0.03 B307
0618119
10.582.00 BIOS
0938114
145508114
915318119
0448114
0508119
1 42 81 14
142 81 14
"21.10 B107
8.205 40 B107
9.00 B103
3.864.22 8505
0.23 B1 13
6.87 B103
0048102
0.63 B1 14
" " 0.32 B1 13
065B106
0.69 B106
1.058114
0.33 81 14
0.008307
4.028113
24.088119
6.38 8103
31.538119
64.08 B1 19
49.41 B1 19
1.53Bl'l3
0.05 B519
0.40 8219
"1.882.82B119
9.11 8119
61.308119
0.15 B302
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1.84 B102
319B119
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0.33 81 14
" 0088319
0.098119
1.07 BIOS
40.608103
108.466110
1.00 81 19
5.620.68 B107
1.608119
0.37 B106
1.12 8114
130.09 81 19
1.188113
0108114
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12.70 B1 14
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60.70 B102
0.768119
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28.91 81 19
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22.64 8103
14.288114
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29868119
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21.348113
1.276.008114
SodalSICCodi
2911
2911
3471
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3861
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1311
3483
3672
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9661
9661
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Page 0-29

-------
1995 BRS Data (GM Forfnh--:Tg:Meta!-Oi-iy,yy.3ltes Managed On Site
%UMMCacte
0011
0011
0011
0011
0011
0011
0011
D011
0011
0011
0011
0011
0011
0011
0011
0011 	 "
0011
0011
0011
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0011
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0011
0011
0011
0011 	 ""
001 1
0011
0011
D011
D0f1
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0011
0011
0011
0011
0011
0011
0011
0011
0011 	
0011 	
D011
0011
0011
0011 	
D011"
0011"
0011 """
0011
0011
0011
D011
D011
001 1
0011
D011
0011
0011
0011
0011
0011
0011
0011
ISnamTypal EPA IVMune(Tm)IFamCodal SIC Codcl Sauna CocMIOnon Coda
M077
M014
M078
M014
M014
M014
M014
M078 "
M014
M125
'M014
M077 "
M077
M014
M072
M019
"M125
M014
M014
M078
M124
MOM
MOM
MOM~"
M014
M121
M014
M014 	 ~"
M135
M014"
M014" '
	 MOM
MOM"
M014
M014
	 MOM 	
M125
M072
MOM 	
MOM
MOM
"MOM
M077
M043
M101
' M122""
"M122
	 MOM"
MOM
M074
M077
M077~ 	
	 MOM 	
M124"
M043
M043
M043
M043
M043 "
M043
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M043"
M043
M043 	
M043
M043
M043
	 MOBl"
M081
M081
M081
M081
M081
M081
M081
M081
MOB1
M081
M081
M081
MOS1
'M081
M081
M081
M081
MOB1
MAD0014195M
MAD001423631
MA001 9291 525
MAD041 710609
MAD071723S63
MADOB6538394
MAD086538394
MAD982755639
M03750832062
MD61 50004095
MDDOS0793926
MDD064646959
MDD064B469S9
MED037719846
MED985469279
MED98S474576
MN31700229M
MND00061926B
MND006159149
MN0006963508
MND03733S072
MND05B330473
MND08i 138604
MND980700900
MND981089790
MN0985668227
MN098S677210
MND985681998
MND98S681998
MND9B5684620
MND990860470 "
MN0360090195"
MNT280010414
MO3213720979
MOD007131113
MOD071999783
NCD000830737
NCD0034S9336
NCD9806008S4
NE0000766608
NED000766816
NED986387041
NHD991302522
NJ0002141489
NJ0064266000
NM8800019434
NY000018820r
NY6360010312
NYD000810986
NYO0021 12399
NYD045604964
NYD04S6049S4 '
NY0045606480
NYD04S606480
NYD980592497
NYD3BOS92497
NYD980S92497
NYD980S92497
NYD9BOS92497
NVD9B0592497
NYD9B0592497
NYD980592497
NYD980592497
NY0980592497
HYD980592497
NYD980592497
NYD980592497
NYD980592497 '
NY0980592497
NY0980592497
NYD980S92497
NYD980S92497
NYD980592497
NYD9B0592497
NYD9B0592497
NVD980592497
NYD980592497
NYD980S92497
NYD980592497
NYD980592497
NYD980592497
NYD980592497
NYDS80592497
NYD980592497
NYD980592497
NVD980592497
322.98 Bl 14
0.37 Bl 14
744B114
0548103
0108119
2.178114
2.178114
1.962.33 B102
0.95 Bl M
0028114
2.09 8003
1468103
2.19 BIOS
5.00 B103
95.78 B107
5.25 B103
0.21 Bl 19
0.76 Bl 13
25.80 B103
4.05 Bl 14
0.00 B103
1.25 Bl 19
0.50 B101
4.13 BIOS
59.838113
14.37 B101
2.56 BIOS
8.73 B119"
"9.52 B119
9.51
0.30 B103
" 25.21 BIlV
48.51 8119
19.38 B219
33.04 BS19
0.558114
2.33 B113 "
" 6.864.00 B107
0.588009
2.37 Bl 19""
0.69 B1 19
25.208113
0.27 8114
	 1.10 8504
26.47 B519
2.198119
87.57 B103"
6.19 Bl 14
0.568114
3.502.92 Bl 14
3.958119
2.75 B119 '
"84.41 8307
54.601.108119
0.038002
0.068009
1.07 B310
0.25 B310
0.038310
0.53 8310
1.51 B310"
0.29 B316
0.11 B319
0.71 B319"
2.00 B319
0.11 B319
0.01 8407
0.04 8103 ~
0.01 8105
32.538113
20.85 Bl 13
20.858113
20.85 Bl 13
2.251. 80 B1 13
110.328113
4.095.778113
0.88 Bl 14
0.298114
275.43 Bl M
19.17 Bl 14
4.658114
0.008119
0.09 Bl 19
345608119
0.32 B219
1.399 68 B219
3053
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                            Page 0-30

-------
1995 BRS Data (GM Form) - TC Metal-Ocwy Wastes Managed On Site
***OM 'ISWBiiTwel. B'AIO.

D011
D011
D011
0011
0011
001 1
0011
0011
0011
0011
0011
D011
0011
001 1
0011
0011
0011
0011
0011
0011
0011
0011
0011
0011
0011
0011
0011
0011
0011
0011
0011
0011
0011
0011
0011
0011
001 1
0011
0011
001 1
0011
0011
0011
0011
0011
0011
0011
0011
0011
0011
0011
0011
0011
0011
0011'
0011
0011
0011
0011
M122
M122
M122
M014
M014
Ml 35
M014
"MOM
M014
M014
M014
""MOM"
M077
M072
M077
	 M077
M077
M077
M072
M077
M019
M077
"" M137
" 	 ~ 	 "" M137 ""
M129
M137
M137
M137
	 M137
M137
	 M132~"
M137
M137
MM1
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M072
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' MOM
	 MOM
MOM
M077
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"MOM"
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MOM
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NYD980776827
NYD982744039
NYD986912558
OH6890008976
OR0049793995
ORD960726277
OR000000001B
ORQ000000067
OR0000000091
ORQ000000109
ORQ000000133
OR00000001B2
PAD00050417S
PAD005032750
PAD005032750
PA0982568735
PAD987270279
PR0090426180
RID0012002S2
RID987489473"
SC1890008989
SDD006167407
_ TN0890090004
TN1690090003
TN3890090001
TN3890090001
TN3890090001
~ TN3B90090001
; ;TN3890090001
TN3890090001
'TN8570024044
TND044204568
TND982095036 "
TX4B90110S27
TX0008073926
TXDQOB080996
"VA0000820712"
WA000091S298
WA2170023418
WA2170023418
WA2170023418 "
WA7890008967
WA78900089S7
WAD009480B23"
"WMJ02B134799
WAD061670766
WAD093639946
WA09B07386S2
WAD9684916SO
WARC00001461
WAR000003780
WAR000003798
WAR000003806
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" WARU00003822
WAR000003830~
WAR000003848"
WAR000003863
WAR000003871
"WAR000005199
I vaun (Tennl Fonn Coda! SJC Ct
13.01 BIOS
37.53 B106
6.10 B1 10
033 B1M
0.53 B106
23 71 B102
30.16 BS03
18.59 B503
12.57 B503
24.96 B503
16.29 B503
9.65 B503
179.31 B110
20.234.19 B107
30.351.28 B105
187.65 BIOS
1.138.41 B105
729.75 BIOS
36.295.53 B107
6.676.42 B106
0.69
399 43 B1 M
0.29 B101
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3.40 B201
0.01 '
20.05. B101
6.45 B101
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0.12 B201
3.57 B101
408.15 B101
105.35 B201
	 0.02 B319
" 0.08 BIOS
2.25 8119
	 80.28 B119
4.25 B503
0.18 B1 M
0.86 81 14
0.07 B1M
" 0.57 B1 13
0.25 B113
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0.86 B1 19
" 	 1.21 B119"
2.15B113
5.82 B1 14
11.048119
15.888503
20.86 B503
19.05 B503
21.888503
	 35.23 B503"
23.558503
'267448503"
21.13 B503
18.95' 8503
38.59 8503
' 24.42 B1 19
7384
7384
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A37
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A59
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                          Page 0-31

-------
1995 BRS Data (GM Form) - TC Metal-Only Wastes Managed Off Site
VMMtoCn
0004
0004
0004
0004
0004
0004
0004
0004
0004
0004
0004
0004
0004
0004
0004
0004
0004
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0004
0004 '
0004
0004
0004
D004
0004
0004
0004
0004'
0004
0004
0004
0004
0004
3004
0004
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0004
0004
0004
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0004
0004
0004
0004"
0004
D004
0004
0004
0004
0004
0004
0004
0004
0004
0004
D004
0004
0004
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0004
0004
0004
0004
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0004
0004
0004
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0004
0004
0004
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0004
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0004
D004
0004
0004
0004
0004
0004
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M141
M141
M051
M051
M061
M094
M094
M141
M141
M141
M141
M132~
M141
M141
M132
M141
M141
M049
M111
M111
M111
M041
M043
M132
M141
M141
~'M129
M022
M112
~ M141
M141
M061
" M061
M043
M079
' M043
M141
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M111
M132
M132
M132
M132
M043
M141
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M141
M111
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M129
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M132
M039
M039
M043
M043
M132
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" M119
M132
"M141 "
M043
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M061
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M132
M132
M132
M132
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M141
M132
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M041
M053
M125
M129
M129
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AK1210022157
AKB57002B649
AK0092876390
AK0092876390
AK0092876390
AK0092876390
AKD092876390
AKD092876390
AK0092876390
AKD092B76390
AL5640090002
ALD000615625
AL0000826958
AL0000826958
AL0000827154
AL0075045575
ALD075045575
AL0079474037
AL0095688875
ARD030414494
AR0030414494
ARD055600001
AR0983275595
ARD983275595
AZ0000886572
AZ0000962530
	 AZ4570024055
AZD009004177
AZ0009004177
AZO009004177
AZ0009004177
AZD077537108
" AZD091235457"
AZD093660579
AZD0971 16362
AZD980816920
AZD981582216
AZD982491631
AZD982491631
AZO9B2491631
AZD982491631
"AZD982491631
AZD982491631"
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CAOOOOOB6322
CA2170023533
CA4971520834
CA7170024775"
CA7170024775 	
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CAB210020832
CA8210020832
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CA9800013030
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CA9800013030
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CA9800013030
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CAD008371437
CAD009114919
CAD009120817
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CA0009131392
CAD009131392
CAO009142290
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CAD009147000 "
CAD009164021
CA0009205097
~ CAD009442484
' CA0009442484
CAD009442484
CAD03463S730
" CAD039138797
CAD041 156969
CAD041156969
CAD041156969 '
CAD0411S6969
CAD041 156969
7"TtK,.HK.':T?^
0.00 B101
0.31 B211
758.20 B219
22.88 B219
0.028409
0.45 8207
0.60 B519
2.358307
1.958310
0.38 8310
0.01 B519
111.098302
0.008003
0.02 B003
5.188404
0.12 B207
0.04 8207
0.008003
'14.27 8409
4.58 B119"
0.80 8319
" 0.11 8003
12.78 B316
"24.248316
0.048307
0.48 B1 14
0.00 8312 "
3.33 8219
0.158319
0.44 8219
1.138319
0.038001'
" 1.738409
0.828316
0.20 8316
0.37 B319 "
0.458319
0.89 B310
1.04-8310
~ 0.11 8002"
0.368002
0.088310
0.08~B406"
0.63 8319
2.138319
0.078406
0.00 B319
' 0.03 8319
0.01 8319
0.00 8316
0.08 A316
0.03 8119
4.008302
" 0.00 8319
0.03 B319
'0.068319
" " Oil" 8319
0.00 8319
0.848306
0728302
1.708319
"" 0.738310
0.01 8319
""0.108319
0.61 81 19
1.818409
1.228114
23.52 B319
5.06 B319
69.70 8319
0.08 B316
"0.058319 	
0.11 8319
0.958504
1.858319"
0.00 BOOl"
0.428114
1.428319
0.70 B511
" 0.16 B1 14
34.758115

9711
9711
2873
2873
2873
2873
2873
2873
2873
2873
1629
4911
8221
8221
2895
2869
2869
8221
2869
2879
2879
8221
'2834
2834
3674
.3479
971 1'
'3674
3674
3674
'3674
3674
3674
3674
2819
3674
3452
2813
2813
2813
2813
2813
2813
3674
'3674
9711
9199
3731
3731
3731
9199
9199
9199
9661
"9661
9661
9661
9661
3679
2911
'3674
2911
3674
3674
3674
3674
2819
2819
"2819
2911
3674
3674
3674
3674
3827
3679
8731
8731
8731
8731
8731
JodBlSou
A99
A21
A37
A37
A53
A38
A09
A09
A49
A71
A58
A69
A94
A94
A32
A94
A94
A94
A49
A09
A91
A94
"A92
A92"
A09
A22
" ASS
' "A29
"A99
' A29
A99
A19
A19
A09
" A94
~A59
A94
A49
A49
A56
A91
A32
A49
A09
'A09
A99
ASS
" " A93
"A93
A99
A5B
A59
"A53
A27
A27
" A27
~ A27
'A27
A76
" " A69
"A08
A32
A56
A56
A08
A09
" A53
"" A32
"A32
A36
A53



A19
A21
A29
A78
A7B
A29
A78
OB Coda I Origin Code
1
2
1
1
2
1
1
1
1
3
1
2
1
1
1
1
'l
1
1
1
1
1
1
1
"l
1
1
1
1
1
1
l"
1
1
"_ 2 _
l""
1
1
1
1
"1
1
"1
1
1
1
1
1 "'
1
1
"l
1
r
~i
i
i
"V
i
1
1
1
1
1
1
'1
i
2
1
1
1
1
. _
1
1
"l
i
i
1
1
..

i
                           PageD-32

-------
1995 BRS Data (GM Form) - TC Metal-Only Wastes Managed Off Site
WMMC
0004
0004
0004
0004
0004
0004
0004
0004
0004
0004
0004
0004 "
0004
0004
0004
0004
0004
0004
0004
0004
0004
0004
0004
0004
0004
0004
0004
0004
0004
0004
0004
0004
0004'
0004
0004
0004
0004
0004
0004
0004"
0004
0004
D004' "
0004'
0004
0004
0004
0004"
0004
0004
DOW
0004" "
0004
0004
0004
0004
0004
0004
0004 ~
0004"""
0004
0004
0004
0004
0004
0004
0004'
0004
0004
0004
0004
0004
DOW
0004
0004
0004
0004
0004
0004
0004
0004

M077
M141
M141
M141
M141
M042
M042
M043
M043
M079
M089
M132 "
M132
M141
M141
M079
M079
M077
M141 '
M043
M141
M019
M061
" M081
M043
M043
"M043 ~"
M141
M043
'M014
M132
M141
"M141
'MOBS
"M061
M132~
M141
M141
M041
" M042
M141 '
M132
"M043
M049"
M132
M051
M051
' M132"
M132
M019
M019
M041
M089
"M079
M132
M141
~M043~
M043
'M043 ~
~M019
M119
"M041
M043
M043
"M043
M043
" ~M077
M092
M092
~M092
M092
"'M"092~
M111
M111
M111
M111
M111
M111
M111
" M019
M079
IB^^HP- -j v ' il^^B 1
^^^r^irl '^^"^" 1
CA0041472986
CAD041472986
CAD041472986
CAD041472966
CAD041472986
CA0053236212
CAD053236212
CA0053236212
CAD053236212
CAD053236212
CAD053236212
CA0053236212
CAD05746B944
CAD05B412842
CA005B412842
CADOS1623229
CAD061623229
CADOS2525985
CAD064469679
CADOS9139376
'CAD076296813
CAO077227049
CA0097456099
CAD097456099 "
CAD9B05B4692 "
CAD980585186
CAD980S94590'
CA0960737936
CAD980881510 "
CAD980881676
CA0980B93267
CAD980895155
CAD981412828 '
CAD981420557
CAD981447535
CAD981452568
"CAD9814S256B
CAD981574171
CAD981574536
CAD9B1689862
CAD9B1997513
CAD982053092
CAD982462012
'CAD982462012
CAD982462012
CAD9B2499642
CAD982499642
CAD982499642
CAO982499642
CAD982511768 '
CAD982511768 "
"CAD982525073 ~
"CAD982S25073 '
CAT000811400
"CAT000611400
CATb00811400"~
CAT000824130 "
CAT000824130
CAT000625392
CAT080bl0804 "
CAT080010804 '
CAT080010903
'CAT080014079
CAT080014079
CAT080014079
CAT080014079
CAT080014079
CAT080014079
"CAT080014079
CAT080014079
CAT080014079
CAT080014079
CATOBOOl'4079
CAT080014079
CAT080014079
CAT080014079
'CAT080014079 "
CATOB0014079
CAT080014079
CAT080033996
CAT080033996
' ' ' Kirf'V Hl?"^'l *''
0.06 8316
0.488206
0.24 8206
2.38 B316
0.26 B316
0.488001
0.008003
2.67 8002
0.02 B310
9.02 8119
6.328119
"246.968319
0.31 B319
0.38 B319
1.64 B519
0.61 8609
0.338609
0.66 B106
0.888119
0.12 B319
0.01 B310
3.908319
0.48 BIOS
0.24 B106
0.09 B319
0.98 B319
0.768319
'" 0.43B316~"
4.60 B319
41.808319
' 1.01 B310
0.708002
0.25 B409" "
15.898101
0.96 8206
0.46 B319
0.13 B319
1.048306
0.01
0.058403
1.4l'B319~
0.55.B319
0.14 8504
0.528310
1.208504
3.618206
0.96 8206
0.058307*
039 B307"
0.63 B316
" 6.63"B316~~
1-208113
12.398113"
"30.32 8113
21.808319
2.22 B504
	 0.42"B002 	
0.158002
0.178009
0.43 B316
4.95 8504
0.24 8209
0.048003
0.30 B319
0.088409"
0.058409
0'.10B409
" 0!32B119
0.408119
1.60 8119
0.408119
"6.206119
" 0.10" 8307
0.13 B319
0.10 8319
0.888409
0.08 8409
1.068519
0.38 B519
0.03 81 13"
0.12 BIOS
3E32Z!
3674
'3674
3674
3674
3674
3674
3674
3674"
3674
3674
3674
3674
"3679
3825
'3825
3674"
3674
3674
3674
3674""
3674
2911
3674
3674
8221
3674
3674"
3674
3674
2911
"3674
3674_
2037
'2297
3674
3674
'3674
3679
4911
3724
3674 "
'2869
3674
3674
'3674
3674
3674
3674
3674
"3674
"3674"
2843
2843
3674
3674
3674
8221 ""
8221
3674
3679"
"3679
8731
"9199
3825
3671
3674
3471
" 3471" '
"3471"
3674
3674
3825 	
3674
"3674
3825"
3577
3674
3825
'3825
'3674
3674
>l SOUOB Ceoal Ortotn Cod*
A60
AS7
A57
A09
A09
A94
A94
A19
A71
A35
A31
A56
A91
A29
A29
A31
A31
A78
A19
"A09 "" '
A08
A36
A09
A09 	
A92
"A09
A09
A59 ""
A91
A36
A09
AS2
A99
A29
A54
A29
A29
A76

A21
ATS
A59
A89
A59
"A89
A54
'AS4
A29~"
A29
"A56
A93
A09 	 - - -
"A09
A75
A92
A29
A94
A94
A29
A23
"A72
A94 'l
~A94 1
A59 1
A53
"A56
A56
A23
A23
A37
'A37
A59
A56
A56
A59
A56
"A59
A29
A29
A22
A03
                          PageD-33

-------
1335 3RS Data (C1M Form) - TC Metal-Only Wastes Managed Off Site

O004
0004
0004
0004
0004
0004
0004
0004
0004
0004
0004
0004 '
0004
0004
0004
0004
0004
0004
0004
D004
0004
D004
D004
0004
D004
0004
0004
0004""
0004
0004
0004
D004
0004 "
0004
0004
0004 *
0004
0004
0004
0004
0004
0004
0004
0004
0004
D004
D004
0004
0004
0004
D004~
0004
0004
0004
0004
0004
0004
0004
0004
0004
D004
0004
0004
0004
0004
D004
O004
0004
D004
0004
O004
0004
0004 "
0004
0004
0004
0004
0004
0004
0004"
D004
odttl SyMnTyM
M079
M111
Ml 11
M132
M132
M141
M132
M043 "
M041
M043
"M111
M061 "
M061
M112
M111
M111
~M041
M043
M141
M141~
M141
M141
M043
M141
"M141
M141
'~M04jn ~
M061
M141
M141
M141
M132~~
M132 "
"M141
'"" M141 "
M999 "
M999

M141
M141
M111
Mill
M041
M043
M141
M141
M141
M141
M043
M043~
M043
M111
M132
M141
M099
M129
M129
M141
M141
M043~
"M132 	
M132"
M132
M141
M141
"Mitt 	
M132
M141
" M132
M111
M111
"M141 "
M043
M132
M132
M111
M141
M041
M041
M043
L"'-EPA.ID. |.W
CATOB0033996
CATOB0033996
CAT080033996
CATOB0033996
CAT080033996
CAT080033996
CATOB0034036
C00000855130
C08572924928
COD000716S97
C00048742175
COD058158775 "
COD069712792
COD097665558
COD9806670S9
COD980667059
CT0001147495
CTD001 147495
CTD095532131
CTD983871914
'OC8170024311
DC8170024311
OED064370992
DE09805S1261
FL6170024412 '
FL6800014585
FLD000602334
FL0069687242
FL0980845010
FLD980845010
FLD980845010
FL0982145500
GAD066821934
GAD000821934
GU4170027334
HI3170024340
HI8170090007
HI8170090007

HI8690390036
HI9210022241
HID056786395
HID056786395
IA0005275S40
IAD005275540
IAD062761671
"IAD062761671
IAD062761671
IAD981121486
IAD984591B91
IAD9B4591891 ~~
IAD9B4591891
IAD984591891
IA09B4591891
IAD984621383 '
IAD984621920
IAT200010601
'IAT200010924
103572124557
ID35721 24557
'ID0053798104
IDD093120871
IDD093120871
IDD097762231
IL0000993428
IL5210021B33
110000806075
ILD005468616
IL0005468616
IL0005476882
ILD006278170
IL0062341805
ILR000004929
IND000807016
KS6214020756
KS6214020756
KSD007124506
KY6210020479
KY0006370159
KYD006373922
KYD006373922
^T-rurniE.vi.T.'i
0.81 8114
1.148113
0.87 B114
10.03 B319
0.23 B319
0.12 8219
7.60 8319
6.068002
0.00 B106
0.13 B319
0.258302
0.40B310" '"
0.08 B319
0.85 8319
0.058319
" 1.858319 	
0.04 BOOS
0.01 8003
0.008003
" 0.01 B"114 	
6.008003
" 0.168003
0.00 BOOS
0.23 B319
0.048319 	
0.00 B409
0.14 B3lV~
0.02 B1 13
0.558409
0.558319
0.188409
0.068009
19.79 B302 "
41.028302
""" 6.02"B314 """
" 0.00 8219
0258113
"0.008319 "

0.01 8114
0.05 B1 19
0.76 8319
4.05 B409
8.32 8102
1.958409
0.00 B102
0.048113
0.00 B316
0.00 8103
0.33 B302
	 46.61 B409~
4.918409
8.02 8319
16.768319
6.05 8103
0.308102
0.01 8103
0.00-B302
0.008206
0.00 B319
6.448002
" "0.48B~114"
0.64 8319
1.31 B319
3.50 B1 19
0.008001
" 0.00"B001
0.75 B310
	 aSS 8310
~ 8.79 8319"
8.40B3lV~
1 JO 8219
~"420B'ilO"~
' 0.61 B319
0.00 8316
"' 0.01 8316
346.00 B319
0.01 8319
7.428114
34.28 B3l6~"
0.50 B310
F^T
3674
3674
3674
3674
3674
3674
3679
9711
3674
8734
3672
8221
3674
3674
3674
2833
2833
8731
2621
8733
8733
8731
3083
9711
9661
3674
8221
3674
3674
3674
2834
2819
2819
4499
9711
3731
3731

9621
9711
2911
2911
2836
2836
8221
8221
8221
8221
2833
2833
2833
2833
2833
8221
2879
8221
8221
9711
9711
3674
3674
3674
3674
4931
3471
4911
3211
3211
2911
2819
4924
4931
2835
9711
9711
2819
9711
2869
2869
2869
Mri Sauce Cotel OWn Code
A93
A49
A49
A09
A49
A93
A91
A94
A94
A19
" A94
~A71
A94
A08
AS6
A91
A94
A94
A94
"A94'
A94
A94
"A94
A93
A19
"AD9 "
A94~"
A09
A59
A09 	
A94
" A32
'A32
" "ASB 	
" A58
A22
	 A5B

A93
A94
'A36
A59
A09
A78
A94
""A94
A58
A94
A53
" A32"
A92
A92
A56
~A94
A09
A94
A59
AS9
' A91
" A04
"A56
AOB
ASB
*AS8
"ASB
A19
-A19
A36
A08
A09
"ASB
~*A57
ASB
"" A58 ""
~A32
ASB
A57
" A32
A32
                           PageD-34

-------
1995 RRS Data''{@M Form) - TC Metal-Only Wastes Managed Off Site
WMaCod
0004
0004
0004
0004
0004
0004
0004
0004
0004
O004
0004
0004"
0004
0004
0004
0004
0004
0004
0004
0004
0004
0004
0004
D004
0004"
D004
0004
O004
0004
0004
0004"
0004
0004
0004
0004
0004"
0004
0004
0004
0004
D004
0004
D004"
0004
D004
0004
0004
0004
D004
0004
D004" """
0004
0004 "
0004"
0004
0004
0004
0004
0004
0004
0004
0004
D004
0004
0004
0004
0004
D004
D004
0004"
0004
0004" "
0004
D004
0004
0004 "
D004
D004
0004
O004
O004
3EEI
M111
M141
M043
M051
M141
M132
Mill
M111
M132
M043
"M014
Ml 19
M119
M141
M141
M141
M141
M043
M041
M043
M141
M141
M141
M141
M049
M141
M141
M141
M141
M043
M141
M141
M111
M141
M141
' M141
M141
M141
M141
M141
" M141
M041
" ~M141
M141
M141
'"ill 41
M141
M141
M129
M041
"MOSS
M141
M141
11141
M141
M094~
M141
M132
M132
M132
Ml 11
M132
M141
M141
M019
"Ml 11
M012
M132
Mill
M111
Ml 25
M132
M043
M043
M043
M041
M014
M041
' M132
M125
i ii iF'ni i ' i imn1
KYD006388797
KYD00694S687
KYD053350229
KYD062979158
KYD089227227
LAD00080286B
LAD000812818
LAD008050726
LAD008080350
LAD008187080
LAD990683716
	 LAT230012833
'LAT230012833
MAO000189068
MA00001 89068
~ MAD000649640
MAD000649640
MAD000829986
MAO000844670
MAO000844670
MADOOQ84 4688
MAD000846469
MAD000846469
MAD000846469
MAD001 199256
MA0001339159
MADOOi339159
MAD001339159
'MAD001424985
	 MAD002297968
"" 'MAD002423267 "
MAO002423267
MA006661058S
MAD106768344
	 MA0106768344
	 MA0980672398 '
'MAD980672398
MAD980913172
MAD980913172
MAD980913172
	 MAD98528085B
MAD985290287
	 MD0000106310
MD2970S90004
	 MD6150004095 "
	 M06470090006
MD6470090006
M07170024536
M0821 1620267
'MDD003071875
MDD053941878
M00069386460
"MDD980553994 "
MDD981043383
	 	 MDD981940737_
MDD985423789
~ 'MED001098458
MED0010984S8
MED00109845B
MI0000937094
MI00053S6944
MI000601S960
MI000601S960
~ "MID006016596
M1D009708678 "
MID0556S0366
MIO000991752
	 MIR000001784
'MIR000001792
MIR000001792
MND006172969
MNO980996433
" M08571924549
MO0001700848
'MSD000272385 "
MS0054179403
MT8571924556
MTD010380S74 "
NCD003154960
;-'..i'n'-ii<-'i'ni^...i^*.7
8.13 B105
1.868119
27.25 8409
0.05 B219
0.31 8316
9.95 B310
60.908404
2.10 B319
16.808307
0.038403
187.70 8319
2.80 8316
0.03 8316
0.15 B316
4.168319
1.49 B319
0.34 8319
1.108319
0.08 8001
0.01 8001
0528307
0.028119
0.15 8307
0.088307"
0.04 8001
0.01 8001
0.788307" ""
0.638307
0.1S 8003
 0.01 8001 " |
2.06 8310
32.108502
1077 B319"
3.008519
0738114
9.998319
0.48 8206"
0.408409
0.058409
"" " 6.038003"
0.028206
075 8309
0.008001
0.028003
0.18 8319
074 8319
0.048210
0.008001
0.01 8316
1 13.02 Bi"l9"
2.70 B1 13
6.158319
"0.608002
0.008003
5.86B102
0.02 8316
073 8319
1.568319
0.138319
6.488119" "
13.448319"
3.83 8319
0.01 8009
0.008009 .
0.01 B405
" 2.33 8310 "
0788319
3173 B303"
0.00 8316"
0.07 B316
0.06 81 19
0.458319
0.008319
""2718310"
4.00 8102
93.608319
0.24 B602
0.50 B1 14 '
1.238409
FIT
3229
7216
2869
3089
2911
2869
2869
3229
2911
'2821
2911
8221
8221
3674
3674
3674
3674
3674
8221
8221
*5922
3861
"3861
3861"
3911
3679
3679
3679
8733
3613
'3674
3674
2813
3559
3559
3674
"3674
3674
3674
3674
5961
2842
9999
9711
'8099
8412
'8412
9711
9999
2879
3851
8731
3674
7389
8099
4922
2834
'3674
3674
3674
4922
8731
'3465
2023
2023
3812
2819
2657
4911
8221
8221
8221
3674
9711
2819
2879
2911
9711
2911
2833

A78
ASS
A32
A57
A09
A32
A32
A57
A09
A94
A36
"A94~"
A94
A60
"A19
" A09 ~
A19
A09
A94
A94
A55
A94
A56
* A56 ""
A93
A94
A56
A57
A94
AS8
""AS4 ""
ASS
A77
"A91
A19
" '" 'A92 " "
"A09 '
" A54 '
A54
A99
A99""
A54
	 A69"
A58
A94
A99
"A99
A99
A58
"A58
A37 "
A94
'A59
""" A59
A94
"A53" "
A94
A09
A09
A53
" "A09
" A92
A94
A94
A5B
" A35
"A99
"A49
A94
A94
" " A94 "
'A09
ASS
^59' -
A31
A36
A89
" A09""
A71
CodclOriokiCoda
1
1
1
i
1
1
1
1
1
1
1
i
1
1
1
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1
1
1
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2 " ""'" "
1
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1
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1"
'1
i
1
                            PageD-35

-------
1995 BRS
Data (GM
Form)-; IP
MgtaJrPliIy Bastes Managed Off Site
^^^^B IV ~""T?. 'v-ll-u :'. V lif'j.MMHHTTniBL'i. !l.,<.|if.1,!.l|li.'iiilP!;'"

















































































0004
0004
0004
0004
0004
0004
0004
0004
0004
0004
0004
0004"
0004
0004
0004
D004~
0004
0004
0004
0004"
0004
0004
0004
0004
0004
0004
0004 "
0004
0004
0004
0004
0004
0004"
0004
0004
0004~
0004
0004
0004
0004'
0004
0004
0004
oooT
0004
0004
0004
0004
0004
0004
0004"
0004
0004
0004
0004
0004"
0004
0004
0004
0004
0004
0004 "
D004
0004"
0004
0004
0004
0004
0004
D004
0004
0004 '
D004
0004
D004
0004
0004
0004
0004
D004
DOW
M141
M141
M141
M141
M141
M041
M043
M043
M043
M043
	 M043
" M043
M043
M043
M043
M043
'M043
M043
M043
M043 '""
M061
M111
M132
M141
"M141
M141
~M141
M061 	
M041
'M049
M049
M141
"M141
M132
M132
M043
M141
"M141
M019
"M019~" "
"M019
M141
M141
M141
M041
" M091
M132
' M129
"M141
M141
M141
M141
M141 "
" M043
M042
	 Mill
M041 	 "
M041
" " "M041
"M043
M049
'MOSS
M079
M043 	
M12S
M125
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M043
M042
Mill
M079
~ M039
~M043
M141
"M141
M043
Mill
'M141
M141
M141
M049
NC0048467427
NCD048467427
NC0048467427
NC0980559660
NC0980845044
NC0986166338
NC0986166338
NC0986166338
NCD986166338
NCD986166338
NC0986166338
NC0986166338
NCD986166338
NCD986166338
NCD986166338
NCD986166338
NCD986166338 '
NCD986166338
NCD9B6166338
NCD986166338
NCD98816B33B
NCD986166338
NCD986166338
NCD98616S338 "
NCD990734055"
NCO990734055
ND45719247S8
NHD000769869
NHD003941655
NHD045S13785
'NHD045S13785 " 	
NJ2210020978
NJD0021912H
NJD002454163
NJDOQ2454163
NJ0006980924
NJ0006980924
NJD009305772
NJD043973122
NJD043973122' 	
NJ0045445483 " ~
NJD058118308
NJD073745945
NJD07931M14 ""
NJD094961042 "
NJD169077427
NJD169077427 '
NJD9B0650154 '
NJD981131550
NJO981134406
NJD981 134406 "
NJ0981137292
NJD981 137292
NJD982532202
NJD986S68723
~NJD986645984
NM0890010515
NM0890010S15
NM0890010515 "
NM0890010S15"
NM0890010515
NM089001051S
NM48901 39088
'NM58901 10518"
NM9570024423
'NM9570024423 "
NMD000609339
NMD000709782
'NMD048918B17
NVD000626S31
NVD008290330
NVD058M7086
NYD000707901
NYD000767764
NYD000767764
NY0000809335
NYD0021 26845
NYD043827583
NYD051S902S5
NYD05938S120
NY007870S9B5
3.00 B114
17.76 81 14
61.498319
0.27 B304
3.60 B307
0.20 8219
0.03 B001
0.01 B001
0.03 8001
0.05 8303
0208303
0.02 B319
0208403
0.068409
0.108409
0.188409'
0.068409
0208409
0.13 8409
6.608409
0.118409
0.30 B319
0.05 8307
0.05 8319'
290.02 B219
020 B219
0.96 8609
0.01 8001
0.03 8001
0.93 8316
0.19 8316
0.06 8316 "
0.00 BOOS
145.86 8319
11.498319
0.15 B002 '
0.13 8002
020 8310
1.61 B102
023 8403 '
17.63
0.01 BOOS
0.00 B001
	 3.188301
0.01 8001
63.608302
2.10 8302
~"' " '_ 5.71 8319""
0.008003
1.35 BOOS
"1258409
1.35 BOOS
1258409
0.008003
3.95 B319
'6.608319
0.06 B1 14
0.008114
0.00 81 14
0.008307
0.008001
0.008316"
0.068113
0.008003"
0.09 8319
028 8319 
21.67 8316
4.798319*
7.348310""
0.05 B1 19
0.23 8101
0.608310
3.03 8316
0.028309
0.638310
0.018319"
72.00 8302
1.50 B310
0268207
0.28 8319
0.00 8001
|SIC(
2819
2819
2819
3674
3674
2869
2834
3674
8062
2813
2813
9199
8748
3674
3674
3674
3674
8734
8734
9999
3679
3674
3674
3674
2869
2869
9711
2672
3356
3674
3674
9711
2834
2819
2819
8731
'8731
8731
3081
3081
2911
2834
2911
8734
4931


5171
2834
3674
3674
3674
3674
8733
4512
2911"
9711
9711
9711
9711
9711
9711
4953
9711
9711
9711
3674
"3674
2911
1041
2819
4226
3674
4922
4922
3861
2879
4922
4931
3679
8062
2oda| SOWOB Codal Orfofei Cod*
AS3 2
A59
A32
A09
A08
A09
A21
A94
A94
A74
A74
A94
A94
A53
ASS
ASS
ASS
ASS
ASS
A60
'ASS
AS9
A56
A56
ASS
ASS
A89
"A94
"ASB
A09
A09
A94
A94
A32
A32
A94
'A94
A94
A09
A09 	

A94
A94
A94 1
ASB 1
A69 2
A69 _2
~A57 ~2"
A94 "
A89
AS9 	
AB9
'A59
A94
AS3
'ASS
A22
'AM
"AM
	 AM
ASB
AM
A99
"AM"""
AS9
AS9
A09
A09
A32
A59
AM
A55
A09
ASS
ASS
ASB
A63
ASS
A99
A19
AM


















































































PageD-36

-------
1995 BRS Data (GM Form) - TC Metal-Oniy .Vtasttife Managed Off-Site
Iw55
i""""
0004
0004
0004
0004
0004
0004
0004
0004
0004
0004
0004
0004
0004
0004
0004
0004
D004
0004
0004
0004
D004
0004
O004
0004
0004
D004
D004
0004
0004
0004
0004"
0004*
0004
0004
0004"
0004
0004
0004
0004
0004
0004
D004
0004
0004
0004
0004
0004
D004
0004
D004
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0004
D004
0004
0004
0004
0004
D004
Db04~
0004
0004
0004
D004~
0004
0004
0004"
0004*
0004
0004
0004
0004*
0004
0004
0004
D004
0004
0004
0004
0004
D004
^^STIJjSJSJJ
" 	 M141
M019
M141
M043
M141
M043
M141
M032
M141
M141
M141
M141
M041
M141
M141
'" M141
M141
M061
M011
M141
M043
M111
M041
M061
M051
M141
~M043
M137~
M053
M043
M043
M061
"M041
M043
M077
M101
M132
	 M141
M022
M032
	 Mill
M141
	 M132
	 M132~
M141
M141
M111
MlVl '
Mill
M112
M141
M141
M077
Ml'l'l
M014
M111"
	 M043
M141
M141
M14*l"
M014
"*M141
M141
" M111
	 M091
" M141
*M141
M041
M041
M141
M141
M141
~M099
M099
M137
M137
M137
M132
M137
M137
Ml 25

1 TlfiB I " |!^A IV 1 VHi
NYD9B0525976
NYD981077480
NYD986969301
NYP003630860
NYR000003541
OH2570090066
OH7571724312 '
OH7571724312
OH7571724312
OH7571724312
	 OHD000724302 "" "
"OHD004200044 "
OH0004232930
OHD004232930
OHD004232930
OHD0042841B8
OHD005039334 '
OH0005057542
OHD0478142S6
OHD061020871
OHD061020871
OHD077759405
*""" OHD093903235 "
OHD097240097
OHD982071896
OHT400013892
OK4213720B46
OKD007158454
ORD060591963
ORD060591963
ORD081 182180
ORD987166204" "
ORD987166204
ORD9B7196771
	 "ORD987196771
ORD987196771
PA0890090004
PA0000738823
PA0001604693
PAD002327708
PA0002327708
PA0002336410 	
PAD002336410
PAD002389252
PA0002389252
PA0003005014
"PAO003005014 "
PA0003005014
PA0003005014
PA0003023371
PAD003031B46
PAD00303841 1
PAO003044609
PA0004329835 '
PA0004329835
PAD004498432
PAD014416762
PA0021047584
PAD041421223
PAD065626822
PAD065651671
PAO981045107
PA0981111735"
PAD981937816 "
PAD982566341
PAD987279049
PRD000691014
"PRD090493917
PRD118150317
PRD980298764
	 RI0001 198605
SC0000003558
SCD044442333
TN91 70024062
"~ TND003376928
TND003376928
TND051140416
TND980600514
TND981023674
TN0987788882

0.01 B004
3.54 B103
0.23 B209
2.848309
1.638301
0.028001
0.00 B316
0.08 B219
0.02 BOOS
0.038307
0.00 B310
	 1.01 B319
0.08 B219
0.01 B106
0.008106
"* 0.028316
0.558113
0.608206
" ""4.55 B319
"0.01 BOOS
0.198409
2.44 B409
	 0.01 8003
0.07 8203
11.188209
1.408319
0.35 B319
~ 0.01 8319
1.058319
0.94 B319
4.81 B319
"~0"21 B319
0.46 B102
1.708302
14.408519
'5.608519
0.13 B319
0.438113
8.08 B101
12.63 B319
0.96'B316
0.238106
20.69 B316
4.30 B316
1.908307
1.81 8307
13.838311
39.45 8319
68.92 B319
20127 B319
"~ojsesn
2.01 B319
27.40 B1 10
2*44 8306
25.90 B319
2.90 B319
0.008001
2.46 B1 19
0.01 BOOS
0.12 81 15
14.50 B319
0.03 B001
0.23 B219
3.26 B310
22.108119
0.10 8002
0.838207
	 2.98 B101
0.00 B319
O.OS'B001
0.01 BOOS
025B502
0.04
0.02
4.62 B101
" 13.99
0.43
3.378609
0.81
0.16
5.61 8201

2835
3695
9199
3692
9511
7699
9711
9711
9711
9711
9711
4911
3089
3241
3241
3241
2819
3674
2911
8221
2834
2834
6062
2899
	 3411
3479
8731
9999
3341








8731
" 7389
2911
3674
3674
2819
2819
3674
3674
2834
2634
2834
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3315
3674
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3399
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2911
2819
3691
3674
3678
2911
3317
4922
2813
4922
6731
4922
2835
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2834
2834
3229


3769
2819
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2879
2851
2869
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ASB
A21
A21
ASS
A69
ASB
ASS
ASB
A94
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ASB
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A36
A54
A36
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A09
A92
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A53
A22
	 A94
A57
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A09
A09
A29
A29
A29
A59
A19 
A36
A91
A02
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A32
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A09
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A36
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.
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2__
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2




















1
2









                           Page D-37

-------
1995 BRS Data (GM Form) - TC Metal-Only Wastes Managed Off

DOM
0004
0004
DOM
DOM
0004
0004
0004
DOM
DOM
DOM
DOM
DOM
DOM
DOM
DOM
DOM
DOM
DOM
DOM
DOM
DOM
DOM
DOM
DOM
DOM
DOM
DOM
DOM
0004
DOM
DOM
0004
0004
DOM
DOM
DOM
DOM
0004
DOM "~"
DOM
DOM
DOM
DOM 	
DOM
DOM
DOM
DOM
DOM
DOM
DOM
DOM
DOM
DOM
DOM
DOM
0004
DOM
DOM
DOM
DOM
0004
DOM
DOM
DOM
DOM
DOM 	 "
DOM"
DOM
DOM
DOM
DOM
DOM
DOM
DOM
DOM
DOM
DOM
DOM
DOM
DOM
ISym
M132
MM2
M141
M141
M141
M141
M141
M141
M132
M132
M132
M132
M132
M132
M132
M141
M141
M141
M112
M141
M141
M141
M132
M141
M141
"M141
M132
M132
M132
M132
M132
M141
M119
M131
M141
MM3
M141
MM3
MM3
MM3
MM3
M129
M141
MM3
M141
MOSS
M061
M121
M141
M132
M112
M141
M141
M141
M141
*MM3
M141
MM3
M019
M141
M129
M141
M141
M141
M141
M141
M141
M141
M019
MOM
M141
MOM
MM2
M043
' M111
M141
M111
M111
M061
M141

TX321402M29
TX8214020424
TX00073219M
TXD0073219M
TXD0073219M
TXD008073926
TXD008073926
TXD008073926
TXD008085185
TXD0080B5185
TXD008085185
"" TXD0080B518S "
TXD008085185
TXOOOB08518S
TXDM106763B
TXDM7B25633
TXDM7B30443
TXDM7B3M43
TXDM9038201
TXD056740202
TXD06155S611 "
TXD061S55611
TXD061S55611
TXD0746M166
~ TXD076705961 	
TXD076705961
TXD076705961
TXD087491973
'TXD087491973 '
TXD087491973
" "TXD087491973 "
TXD087491973
TXD091 693622
TXD095436747 "
TXD095436747" "
TXD095436747
TXD096397211 ""
TXD160825428
1X0980827111 '
" 7X0980827111
"" TXD980870356 	
"TXD981 153174
TXD981153174
TXD982284382" 	
TXD982556524
TXD982556524
TXD9827S8641
TXD982758841
TXD98275B641
TX098275B641
TXD987981S60
TXT490012218
UT0571724350
UT05717243SO
"UT0571724350
UT0571724350
UT3750211259
UT9210020922
UTD0006516S3
UTD0094383S9
'UTD073008237 "
VA3971520751
VA7213720082 "
VAD000019364
VAO003123072
"VAD003123072
VAD003123072
VAD003123072 "~
"VAO003123072
VAD0589092SO
VAD988170064
VAD9881700S4
VAD988170072
VTD002084705
VTD002084705
VTD002084765
VTP000002971
WA2170023418
WA4170090001
WA9214053465*
WAD000064642
ZlgSHTMngg'
80.92 B392
0.01 8316
1.278310
1.04 8310
0.348319
0.658119
2.83 8119
0.46 8310
0.50 8310
0.50 8319
0.508403
0.50 8409
11.36 BSM
76.86 BSM
28.23 8489
0.35 8519 ~
0.908307
0.40 8307
2.338310
16.828519 "
7.518114
3.38' 8310
0.08 8310
62.658393
1.668101
0.05 8316
" 0.88 B319~
69.00 8316 ~
474.00 8316
16.00 8403
91.008488
44.008488
0798319
0.02 8319 "
b.09"B3i9
0.138319 .
3148.8319
0.188409 '
1>15~B319
2.058319
1.48 8319 	
0.05 8319
0.11 8319 	 "
0.05 B319"
3708310
1. 008310"
0738310
0738119
0.698114
6.008609
0.15 8301
0.01 8219" "
0.00 B219
0.02 8409 	
0.008409
1.47"B301
0.00 8312
0.10 8319
0788310
0.97 8319"
0.018309
0.00 B310
6.50 8519
0.06 8002
0.80.8310
0.30 8310
07b"B316
076 8319
0.06*8113
15.79 8102
0708102
17.68 8102
0.80 8119
0.09 8319 	
"07MB119
0.00 B001
30.178302
0.028202
0.07 8206
O.'lO 8307
Flag
9711
3674
3674
3674
3674
3674
2879
2879
2869
3674
3674
3674
3674
3674
3674
3674
2911
3674
3674
3674"
3331
'3331
3331
3331
3331
8733
3674
3674
3674
"3674
3874
3674
3674
3674"
3674
3674
3674
3674
3674
3674

9711
9711
9711
9711
9711
'9199
8221
3844
3674
9711
9711
3621
3874
3671
3671
3671
'3671
3679
4922
4922
4922
3674
3674
3674
'8221
^Pm;
AS7
A08
ASS
A57
A09
A09
A69
A69
A32
A29
A56
ASS
A09
A06
A09
A09
A36
A29
A09
A09
A32
A32
M9
"AOB
AOB
A49
"A09
A09
A09
AOB
A09
A29
A29
A09
A29
A29
"A71
A75
A7S
A27

~A29
A29
'A23 "
A49
A63
" ASB
A94
A22
A09
A99
~A94
A49
A29
'A78
A78 " '
A57 "
"A09
"~ A22
"A59
A51
AS9
'AOB
A09
' A08
"A94
A99
'ASB
A54
A92
iodcKMabiCode
1
1
1
1
1
1
	

_- ..
	
1
1
"i
1
1

-,
1
1
1
	 2"
1
1
1
1
1
1
1
1
i
r
...
1
1
1
_..... _
2
1
"i
                          PageD-38

-------
ass Data (GM Form)  TC Metal-Only Wastes Managed Off Site
VMMC
D004
O004
0004
0004
0004
0004
0004
0004
D004
0004
0004
0004
0004
0004
0004
0004
0004
D004
0004
D004~
0004
0004
0004
0004
0004
0004
0004
0004
0004
0004 "
0004
D004 "
O004
0004
0005 "
0005
D005
0005
0005
0005
0005
D005
D005
ooos
0005
0005
0005
ooos'
boos'
0005
D005
0005
0005
0005
0005
0005
DOOS
0005
DOOS
0005
boos'
boos
oops _
DOOS
boos"
boos
boos'
DOOS
DOOS
boos
DOOS
boos""
0005
DOOS
0005
D005"
DOOS
DOOS
DOOS
DOOS
DOOS
to[^
M141
M111
M082
M132
M132
M111
M141
Mill
M111
M043
M099
Ml 19
M041
M132
M141
M141
M141
M141
M141
M141
MOSS
M119
M041
"M041
"Mill
M132
"M132
M132
M132
"M019
M049
" M132
M092
M092
M141
M141
M141
M141
M141
M141
M141
M141
M141
M141
M141
M141


M041
M041
M141
M141
M141
M042
M061
M132
M049
M141
M141
M043
M132
M141
M141
M129
	 M129
M061
M141
M129
M129
M021
M021
. M132
"M141
' M141
" M079
M129
M132
"M132
M141
M141
"M141
^B73 "EZ3HSH
WAD004492S7S
WAD0092S3246
WAD057311094
WAD057311094
WAD057311094
WAD9B0738868
WAD980836191
WAD988S13909
W10000038893
WI3210020563
WID006073225
WID006085419
WID006136659
WID006429005
'WID006429005
WID006429005 ~
WID00642900S '
WID006429005
W1D006429005
W1D006429005
WID044394757
"" WID04653S936
VWD003074770
" VWD003074776"
VWD003074776
WVD003074770
	 VWD003074770'
WVD003074770
VWD003074770 '
' VWD057634776
VWD060682291
"" WVD1160251'80
VWD988784765
"WVP000005941 ~
AK0570028712
AK1570028646 '
AK1570028646
AK1570028646
AK1570028646
AK1570028646
AK6210022426
AK6210022426 '
AK6210022426
AK6210022426
AK6210022426 *
AK8570028649"
'AK9570028705
AK9570028705"
AL6210020776
AL6210020776
AL8640006690
ALD00082695B
ALD0008269S8
ALD004023164
ALD005346432
ALD062464748
ALD079474037
ALD983184276 '
ALR000005058
AR0000064311
ARD983267600
AZ02ld020434
'AZ0210020434
AZ4570024055
'AZ457002405S
"AZD091 235457
AZD981636665
CA0001019694
"CA1170090020
CA2170023236
CA2170023236
CA2170023236"
' CA2170023236
CA2170023236
CA2i70090011
CA2170b906l"l
CA3S70024551
CA3S70024551
CA4170090027
CA41 70090027
CA41 70090027
VotemeffCBi'TKiiii
0.37 B319
2.06 B302
1.506106
20.96 B106
10.45 6201
0.31 B310
0.006009
0.10 6319
6.92 6410
0.00 6319
3.478119
025 B319
0.366206
1.758316
5.74 8114
1.61 B114
2.S2 6114
4.75 6316
12.08 6319
3.508319
0.52 8102
5.178205
14.84 8102
62.638319
77.75 8319
292.00 6319
60.006319
16.25 8319
28.006319
6.68 B31S
0.04 6003
14.858319
3.78 6205
408.036205
0.20 8407
' 0.01 6101
0.00 8101
0.008101
0.01 6206
0.058209
0.00 8101
0.53 B101
0.19 6101
0.01 6202
0.00 8210
0.15 6304
0.02
" " " 0.00
0.038209
0.02 8209
0.01 6001
0.026003
0.048003
0.578204
0.11 8206
104.828306
O.Ol'BOOS
0.13 8105
0.486001
0.34 6519
17.42 6319
0.00 8210
2.79 8316
"oil eTig
0.00 6219
0.62 8206
2.86 6319
0.13
0.34 8310
0.006203
0.08 6211
0.706403
0.068203
0.03 B211
0.008001
0.18 B101
0.00
0.00
0.048203
2.04 B319
0.008801
Code) SIC








2499
9711
3471
3494
2621
2819
2819
2819
2819
2819
2819
2819
'3554
3592
3229
3229
'3229
3229
' 3229
3229
3229
2911
2869
4922
4922
'4922
~ 9999
9711
9711
9711
9711
" "9711
9711
9711
9711
9711
9711
9711


9711
9711
4911
8221
8221
2899
3769
"2819
8221
9999
2861
3482
3496
9199
'9199
9711
9711
3674
3675
9999
9711
9711
9711
9711
9711
9711
9199
9199
9711
9711
999E
9999
9999
Codal Source
A94
A69
A61
A61
A61
A09
A99
A57
A49
A89
A22
A81
A54
A78
AB2
A82
A89
A78
A89
'" A89
'A35
A7S
'A53
A59
A78
AS9
A59
AS9
A78
A59
A94
A09 "
A59
'AS9
A61
~A57
"A57
A57
*AS4
" A21
A57
A57
A59
ASS
A21
A69


"""ASS
ASS
ASS
A94
~A94
ASS
ASS
A57
	 A94
~A61
A58
~A57"
A40
AS8
'AOI
ASS""
ASS
A29
' A09

" A53
A21
A59
"" A21
A21
'A59
"" A59
A59 ""


A19
A99
A59
Code) OrMn Coo*
i
2
2
2
2
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
"i"
1
i
1
1
i 	
"i"
1
"1
1"
1
i
1
	 1
'"i
i
i
i
1
" 1


" i"
i
1
1
i'"
i
1
1
i
2
"2
	 1
1
'1
1
	 i ' ~
' "1
1
"1 '
i"
1
'i
1
i
i
1
1
i
1
1
i
1
"i
                      Page D-39

-------
1335 3RS Dalo (GIYI ,5=orm) - TC Metal-Only Wastes Managed Off Site

DOOS
0005
DOOS
0005
0005
0005
0005
0005
DOOS
DOOS
DOOS
DOOS
0005
DOOS
0005
0005
DOOS
DOOS
0005
DOOS
0005
DOOS
DOOS
DOOS
0005
0005
DOOS
DOOS" 
DOOS
0005 "
DOOS
DOOS "
DOOS' '
0005
DOOS
0005
DOOS
DOOS
DOOS
0005 *
DOOS
DOOS
0005
DOOS 	
DOOS
0005
DOOS
DOOS
DOOS
0005
DOOS
DOOS
0005
0005 "
0005
DOOS~
DOOS
0005
DOOS
bobs"
poos
0005
DOOS
oops""
DOOS
DOOS 	
DOOS
0005 ~~
DOOS
DOOS
DOOS
DOOS
0005
0005
DOOS
0005
DOOS
DOOS
DOOS
0005
DOOS
M141
M044
M141
M141
M141
M141
M141
M141
M039
M039
M042
M049
Ml 19
M129
M129
M141
M141
M141
M129
M129
M129
M129
M129
M129
M129
M077
""M125
M12S
M129
'M129
M141
~M141
M129 "
M129
M141" '
M141
M129
M129
M129
M129"
~ M129
M129
M129
M132
M132
"M039
M074
	 M129
"M129 ""
M132
M141
M112
M019
M129 ""
M039
M132
M
M061
M121
" M137
M137
M043
M019
" " M141 "
M039
M039
M039
~ M039
M039
M039
M049
M141
'M141
M141
M132
M061
M061
M061
M061
M077
M077
CA4 170090456
CA4570024337
CA4971520834
CA4971 520834
CA4971520834
CA4971 520834
CA4971 520834
CA5170022573
CA5570024575
CA5570024575
CA61 70023323
CA6170024289
CA6170024289
CA6170024289
CA6170024289
CA6170024289
CA6170024289
CA61700243B8
CA7170023330
CA7170023330
CA7170023330
CA7170023330
CA7170023330
CA7170023330
CA7170024528
CA7170024775
" CA7170024775
CA7170024775
CA71 70024775 '
CA717002477S
CA7170024775
CA7170024775
	 CA7170090206
CA71 70090206
CA9170024740
CA9170024740
CA9170027271
CA91 70027271
CA9170027271
CA9170027271
CA9170027271
CA9170027271
CA9170027271
CA9170027271
CA9170027271
CA9170090022
CA9570025149
CA9570025149""
CA9570025149
CA9570025149
CA9570025149
CAD000051433
CAD008369050 '
" CAO008369050
CAD008378044
CAD008378044
CADOD9125303 "
CAD009125303
CAD00920BB55
CAD009206855
CAD009206855
CAO0095470SO
CAD029379104
CAD049904766 "
CAD050674506
CAD050674506 '
CAD092694538
CAD092694S38
CAD092694538 '
.CAD092694538
CAO09269453B
CAD981399728
CAD981399728
CAD981461767
CAT080010903
CAT080014079
CATOB0014079
CAT080014079
CAT080014079
CAT080014079
CAT080014079
VokiRM (Tcra)l Fonti Co*
0.13B316
0.18 B001
0.01 B203
2.55 8316
0.15 8409
0.01 8409
0.01 8409
0.1BB310
0.08 B219
0.01 8219
0.308604
0.68 6310
0.32 B316
0.33 B310
0.68 B316
0.74 B316
0.09 B316
0.02 B510
0.00 B219
0.008409
0.008409
' 0.12'B409
0.01 B409
" 0.00 8801
0.038309
0.24 81 19
	 0.198119
0.01 B219
0.12 8207
0.00 8319
0.008219 "
" 0.00 B701
	 '0.088219"
0.01 B219
0.01 B310~
0.54 B316
0.03 8219
0.99 B219~
0.07 8219
0.00 8219
0.43 8409
0.018409
3.868409
0.798409 "
0.488409
0.19 B319
0.038207
'""" 0.318207 '
0.008207
0.088409
0.058409
191.108319
0.23 8003
0.128003"
0.35
~" 0.54 BSTO "
	 42t> 	
458
0.508306
	 4.50 8403
1 .548403
0.03 8102
0.03 8316
0.60 8209" "
1.108406
0.908406
89.24 8119
0.04 81 19
0.00 8316
" 0.058409
0.04 8319
	 1.138101
0.908106
0.71 8003
0.04 8314
~ 0.26 B207 ~
0.608207
0.27 8207
0.90 B207
0.058103
0.18 8103
lisiCCodalSeu
9711 A59
3728
9199
9199
9199
9199
9199
9711
4581
4581
9199
9711
9711
9711
9711
9711
9711
"9711
9999
9999~
9999
9999
9999
9999
9711
3731
3731
3731 "
'3731
3731
"3731
3731
9199
9199
9711
9711
9199
9199
9199"
9199"
.919S
9199
9199'
9199"
9199
9711
9199
9199
9199
9199
"9199
3711
3812
3812
3721
"3721
2851
2851
2851
2851 "
2851
2821
'3669
"3577"
3411"
3411
2834
2834
2834
2834
2834
3572
3572
5043
8731
3679
'3679
3679
3679
8221
9221
A57
A19
A58
A58
ASS
ASS
A53
A57
A57
ASB
ASS
A59
ASS
A59
A59
A59
A60
A64
" A57
"A57
A64
A64
A64
ASS
A99
A93
A93
'A93
" A99
A99
"" A29
' A59
"AS9
A53
A59
A59
A59
AS9
A59
""""A5B
'ASB
A5B
'ASS
'ASB
A21
"A99
A99
A99
'A99
"" A99
A21
""ASS
' ASB
	 ASB
A71
" A32
A09
~ A93
A01
A93
ASB
ASB
" A21
A29
'A29
A35
A35
A99
A99
ASS
' A29
" A37
A57
"" A94
A29
"A29
A29
A37
A94
A94
ice Coital Origin Code

1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
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1
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1
"i
1
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'i
i
'i
1
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	 i
1
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"i
	 1
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' 1
1
1
"V
1
	 " ' '1
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" 1
	 2
	 2
2




















                            PageD-40

-------
1995 BRS Data (Gird Fumi. TC Metal-Only Wastes Managed Off Site
Wtato
DOOS
0005
0005
DOOS
DOOS
DOOS
DOOS
DOOS
DOOS
DOOS
DOOS
0005
DOOS
DOOS
DOOS
DOOS'
DOOS
DOOS
DOOS
DOOS
DOOS
DOOS
DOOS
DOOS
DOOS
DOOS
DOOS
oobs'
DOOS
DOOS
DOOS
DOOS
DOOS
DOOS
DOOS
DOOS'
DOOS
DOOS
DOOS
DOOS
DOOS
DOOS
DOOS
DOOS
DOOS
DOOS
DOOS
DOOS
DOOS
DOOS
boos"
DOOS
DOOS
DOOS
DOOS
DOOS"
0005'
DOOS
DOOS
DOOS"
0005
DOOS
DOOS
boos"
boos
DOOS
DOOS
boos
DOOS
0005
0005
0005
DOOS
DOOS
DOOS
0005
0005
0005
DOOS
DOOS
DOOS
CodalSmmTm
M077
M141
M141
M141
M141
M061
M141
M043
M041
M043
M043
M129
M043
M043
M043
M019*
M019
M141
M141
M119
M141
M132
M041
M141
	 M141
M141
'M141 ~
M132
M041
~M041
M132
M14l'
	 M141 	
M141
"M141
M141
M141
M141"""
M141
M141 	
M141
M141
M141
M141
M141 	
' M141
M141
	 M141~
" M141
M141
"M111
M141
M041
M061
" M061
M141
M141
M141
"M141~" "
M14T"
""M141
M141
M141
~ M141
M141 "
M141
"M141"
"M141 ~
M141
M141
M141
M141
" M141
M141
'" M141
"M141
M141
'M141
M141
M129
M129
 I . EPA ID  Iv5
CAT080014079
CAT080014079
CAT080014079
CAT080014079
CAT080014079
CAT080033723
CT4 170022020
CTD001 140854
CTD001 147495
CTD001 147495
CTD001 147495
CTD001148717
CTD001 159730
CTD001 164888
CTD001 164888
CTD001186212
"CTD001186212
CTD001 186212
CTD042279513
CTD043029644
CTD043029644
CTD1089632S7
CTD980916597
CTD983871260 ~
CT0690307871
DC8170024311
DC8170024311
DED003930807
'DED042263764
DE0980830400
DE0980830400
FLS170022474
FL5170022474
FL5690308338
FL6170024412
FL6170024412
FL6170024412
FL6170024412
FL7570024375
FL7570024375
FL81 70023792
FL9170024260
FL9170024567
FL9170024567
FL9170024567
FLO004104105
FL0039677810
FLD039677810""" "
FLO050455278 "
GA4210022733
GAD003267192 "
GAD006924872
GAD059554113 '
GAD059554113
GAD059554113 '
GAD073440950
GAD073440950
GAD073440950
GAD075942706
'GAT000002148"
GU4170027334
GU4170027334
GUS170022680
GU5170022680
GU5170022680
GU5170022680 '
" GU5170022680
GU5170022680
GU5170022680
GU5170022680
GU51700226BO
GU5170022680
GU6571999S19 '
GU6571999519
GU7170027323 '
GU7170027323
HI0000243618
HI0000449199
HI0170090005
HI1 170024326' "
HI1 170024326
.' I'.l-HlALLJI iV ml*^'j"- "~
0.02 B114
0.15 B409
0.08 B409
0.048409
0.068409
19.74 8606
0.01 B319
~ 0.01 B001
0.01 BOOS
0.07 8316
0.19 8316
' 1.20 8316
1.948403
027 B319
0.42 B319
2.85 8319
6.90 8319
21.068119
5.838519
23.52 8302
5.67 8319
0.50 B307
2.488206
0.15 BOOS
0.00 B409~
0.00 BOOS
6.00 BOOS
2.15B306"
0.608409
' 0.39 B409
26.878302
0.00'B119
""" '6.06 B202" "
50.038309
0.00 B219
~"0.05 B401
0.008407
"0.07B407
0.04 8310
' 0.01"B310"~
' 0.01 B306
0.028206
1.57 8307 "
0.44 8319
0.09 8319
023 B316
6.05 B316
4258316
0.12 8219
0.01 8219
025*8316'
3.508319
" 1268101
1.508209
0.53 B409
11.158316'
5.50 8319
3.80 8516
1.978319
Y.15 B101
0.10 81 19
0.01 B314
0.10 B113
"0".02 8113
"0.188113
1.77 B113
0.08 B206
0.048206"
0.088206
0.02 B206
0.03 B209
0.02 B316
O.Ol'B202
0.01 B407
0.02 8206
"0.08B219
0.048202
0.01 B219
0.15 8219
0.00 8204
' 0.00 B209
]E3S
8221
7996
7996
7996
7996
2522
9711
3724
2833
2833
2833
3562
3086
2851
2851
3675
3675
3675
2869
3728
3728
3585
'3812
8734
8221
8733
8733
8731
3841
2865
'2865
9711 "
9711
8744
9711
9711
9711
9711
9711
9711
9711
9711
9711
9711
9711
3812
3675
3675
3669
9711
2841
4512
2893
2893
2893
3545
3545
3545
3691
5311
4499
4499
4424
4424"
4424
4424
4424
'4424
4424
4424
4424
4424
4225
4225
9711
9711
9711
9711
9711
4581 '
4581
adoTsouca Code) Odoki Cod*
ASB
A21
A21
A21
A21
A21
A09
A57
A94
A34
A34
A57
A92
A92
A92
A57'
A71
A09
A3B
A69
A25
AOB
'A40
A94
ASB
A94
" A94
' A94 " "" 	 "
A57
ASB 1
A99 2
""ASB 	 .1"
A19 1 	
A69 2
A49 	 ~
ASB"
ASB
ASB
ASS
" ~A55 	
ASB 	
-A54
ASB
ASB
ASB
ASB
ASS
ASS
A49 "
ASB
AS7 	
ASB
"A19
AOB 	
A78
A2S
AS9 	
A05
ASB '
A60
A19
ASB
A57
A57~ 	 """
ASB"
ASB
ASB
ASB "
ASB
ASB
ASB
ASB "
ASB
'ASB
ASB
A59
ASB
ASB
ASB
ASB "
ASB
                           PageD-41

-------
1995 BRS Data (GM Form) - TC Metal-Only Waster, Managed Ott Sit-
tv-n^-'.'itA. nil1, , ii ^ivrT.,'.ii;.',mE'.T7i.^ni?re?
DOOS
0005
0005
DOOS
DOOS
0005
0005
DOOS
DOOS
DOOS
DOOS
0005
0005
DOOS
0005
DOOS
0005
0005
DOOS
DOOS
DOOS
DOOS
0005
0005
0005
DOOS
DOOS
0005
0005
DOOS
DOOS
DOOS
DOOS
DOOS
0005
0005
DOOS
DOOS
DOOS
DOOS
0005
DOOS
DOOS
0005
DOOS
DOOS
0005
0005
0005
DOOS
DOOS
0005
DOOS
DOOS
DOOS
0005
0005
0005
DOOS
0005
DOOS
DOOS
DOOS
DOM
DOOS
0005
DOOS
DOOS
DOOS
DOOS
DOOS
DOOS
DOOS
DOOS
DOOS
0005
DOOS
DOOS
DOOS
0005
DOOS
Ml 29
M061
M061
M061
M079
M111
M141
M141
M141
M141
M141 '
M141
M141
M141
M141
M141
M141
M141
M141
M141
M141
'M141
M141
M14l"
M141
M141
" M129
M12B 	
" -M129
M141 ""
M049
~" "M04~1 "
"""MMI"
M141
" M141
M141
M141 *
	 M141
M111
M077
" M132 ~
M141
	 M141
	 M043
M141
M043
M111
M061
M061
M111 "
	 Miii 	
	 ~~Mi32""
" M111
	 M141
M141
'MlVl
Mill
M051
~M06l" "
Mill ~
M111
M141
M111
M132
"Miii'
M119
"M119
' 	 M039
M141
'M141
M061
M061
' Mill
M041
M132
Ml 19
M132
M132
M111
M141
M041
H1 11 70024326
HI1 170024334
HI1 170024334
HI1 170024334
HI1 170024334
HI1 170024334
HI1 170024334
HI1 170024334
HI1 170024334
HI1 170024334
HI1 170024334
HI3170024340
HI3170024340
HI3170024340
HI8170090015
HI8170090015
HI8170090015
HI81 7009001 5
IAD062761671
IAD062761671
IAD062761671
IAD062761671
IAD062761671
IAD062761671
IAD981 121486
1AD984621383
IAT200010924
IAT200010924
IAT200010924
100570025874
IDD009073511
IDD07S746271
IDD980976831
IL31 70022930
li_38900Q8946
IL389000B946
"IL7170024S77
ILD002293124
'ILD005071808
ILDOOS076567
110005076567
ILO005076567
ILD005076SS7
ILD005078126
ILD005093109
ILD0051 19839
IL0005128814
ILOOOS171004
IL0005189196
ILD005212097
iLD005212097
ILD0060b9690 "
ILD006303333
ILD042067058
IL004206705B
110045700945
IL0055435895
ILOOSSB71370
ILD055B71370
ILDOS5B71370
ILO070168968
ILD07016B968
ILD074582420
ILO094740412
ILD980824734
IND000809236
IND000809236
IND003938701
'IND006376362
IND040294621
IND044073922
IND082859455
IND0981 38936
IND980792154
KS62140207S6
KS0007120751
KSD007120751
KSD043941S90
KSD086056637
KY6210020479
KYD006370159
0.00 8219
0.01 8206
0.14 8219
0.038801
0.03 8206
0.00 8319
0.038203
0.068206
0.308209
0.73 8209
0.088409
0.03 B219
0.00 B219
0.098409
0.04 8106
0.008207
0.01 8209
0.00 8316
0.008113
0.078113
0.008305
0.01 8310
0.008316
0.008316
0.00 BIOS
0.13 8103
0.008114 	
	 0.008305 ""
O.X 8316
0.00 8219
0.028009
0.1~8 B'idl
0568209
0.01 8801
0.178316
0.068409
0.00 B101
19.908604
2.50.8316
50.858106 "
3.588316 '
4.18 8316
" 7.708316
6.10'B319
1298205
2.12 8310
9.08 8315
4.40 8609 ~
22.84 8310 "
5.78 B316
1.93'B316"
2.25 8319
26.94 8319
1.32*8209 	
0.448209
1.098316
327 8319
4.60 B219
8.04 8219
""16.006319
6.39 8316
5.48 8316
217.02 8504
21.008405 "
5.978316"
0.72 8310
55.298319
0.01 8001
1.35 8316
2.508319
1.628205
2.81 8316
0.58 8319
1.62 B212
0.048801
3.50 BSOi""
6.78 8319
2.438308
0.098409
0.01 8209 "
0.03 B001
4581
9711
9711
9711
9711
9711
9711
9711
9711
9711
9711
9711
9711
9711
9711
9711
9711
9711
8221
8221
8221
8221
8221
8221
8221
.8221
8221
8221
'8221
9711
2819
8221 '
3743
3724
8733
8733
9711
2893
3398
3541
3541
3541
3541
2869
"3579
35B9
3S45
2851 '
3449
'3452
3452'
3743"
3264
2761
2761
2899
3261
2869
2869
2869
3545
3545
3479
3398
3469
2819
2819
3534
2821
2834
3531
4931
3432
3086
9711
3728
3728
3641
2771
9711
2869
Dda| Sowoe CodBj Origin Coda
ASS
ASB
A57
ASB
ASB
ASB
ASB
ASS
A21
A59
A21
ASB
A59
A59
'A58
ASB
ASB
ASS
ASS
A94
ASB
ASS
ASB
"A94
A94
A94
"ASB
"ASB
"ASB
ASB
A94
A94
A57
A93
ASB
A53
A19
ASB
A2S
A31
' A25
A25
A25
A9l'
'ASB
" A2l"
A25
""AST"
A21
'ASB
ASB
A08~
~"A75
A37
A37
A57~~
A29
" A31
A31
"A32
~~A25
" A59
" A29
" A2S
" A25
'A78
"A92
ASB
'A59
A69
A05
A99
A29
ASB
ASB
A71
A57
A99
'ASS
A57
ASS
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
r
1
i
i
"1"
i
i
i
. ..^ .
i
i
~ i
~r
i
1
i
"1
"i"
2
1
"i
i
" 'i
1
" 1
i
'i
i
	 2
1
1
1
. 
" "1
1
1
. ..
"i
"1
1
1
1
1
"i
1"
i
~i
i
1
"1
" 1
i
i
i
i
1
i
1
i
i
"1
i
'1
i
1
1
                          PageD-42

-------
1995 BRS Data (GM Form) - TC Metal-Only Wastes Managed Off
MfcitrCodalSMamlVp*! - EPAD IYakMM(Ton)lFeaaCodelSIC.Cad
D005
D005
DOOS
DOOS
0005
0005
DOOS
0005
0005
0005
DOOS
DOOS" "
DOOS
DOOS
0005
0005
0005
DOOS
DOOS
DOOS"""
0005
0005
DOOS
DOOS"
0005
0005
DOOS
DOOS
DOOS
DOOS
DOOS
D005~
DOOS
9005
0005
D005~"
0005 "
0005
DOOS
DOOS"
DOOS"
DOOS
DOOS
boos""
0005
DOOS
0005
DOOS
DOOS
DOOS
DOOS"
DOOS
poos
DOOS
DOOS
D005"
DOOS"
DOOS
0005 '
DOOS
0005
DOOS
DOOS
0005" "
boos
DOOS
DOOS
boos"
DOOS
DOOS
DOOS
DOOS"
0005
DOOS
DOOS
DOOS
DOOS
DOOS
DOOS
boos
DOOS
M111
M077
M061
M061
M061
M061
M043
M053
Mill
M041
M061
"Mill"
M041
M043
M061
M132
M132
M077
Mill
" M077
M125
M043
M043
M089
M141
M111
Ml"32
M132
M141
~~M141 ""
M141 '
M141 '
""M141
M041
~M141
M141
M141
M141 	
M141
M141
" ~M141
M141
' '~M141
"~M043~~
M043
""M141 "
M132
M141
" "M141
M141
M141
M043
M041
M141 '
M141 	
Mill
M022
M061
M12S
M132
M132
M043
M061
M051
"M061
M111
"~"M
M125
M132
"M119
Mill
' Ml 19
"M137
" M141
" 'M141
M111
M111
'Ml 11
M111
M061
"M061
KYD006372254
KYD006378325
KYD006387021
KYDOOS387021
KYD006387021
KYD0063B7021
KYD006390017
KYD006394423
KYD068934967
KYD070814033
KYD070814033
KYD136936366
KYD161955380 '
KY0161955380
KYD161955380
KYD161955380
KYD161955380
KYD985094879
KYR000000224
LA0214022725
LA0214022725
LA6170022788 ~
LA6170022788
LA61 70022788
LA6170022788
LAD008050726
LAD008050726
LAD980874093
MAD000844126
MAD002423267
MAD002423267
MA0019367176
MADb597i6597
MA09B1062797
MAD981062904
MAD985280658
MDOS70024000
MD0570024000
MD0570024000
MD0570024000
MD3210021355
MD3210021355
MD61S0004095'
MD8213822762
MDD001910777 "
MDD003102753
MD0069390B39
MDD074927740 '
MDD074933961
MDD074933961
MDD074933961 '
MOD9805S0735
MDD980555189 "
MDD980S55189
MDD985423789
MED045li3495*
MID000721720
MID004921318
MID005344973
MIDOOS3S6712"
MI000535S712
MID005356860
MID005356860
MIDOOS35B007'
MI00065690ei"
MID082220757
MID099662439
MI0980682827
MID980700B27
MID982428328
MID982644957
MID9B5822224
MID985641448
MIOS71924760
MIO571924760
MIROOOObl735 '
MIR000001792
MIR000004622
MIT270010S98
MN3170022914 '
MND000294389
0.00 B001
1.95B304
10.86 B319
29.19 B319
4.95 B319
17.95 B319
8.16 B609
1 .508009
28.46 B316
4.32 B209
0.21 B209
0.01 B003
62.91 B519
164.648409
3.648409
" 7.168409
6.048604
4.58 B519
2.40 8302
"0.008407
0.03 B801
0.01 B311
0.108403
	 "0.018403 "
0.05 8310
023 8119
0.658319
25.04 8211
0.01 8003 "
0.46 8319
0.46 8319
0.25 8319
0.468114
6.888603
0.008004
" 	 0.04 8003"
0.008206
0.09 8319
0.128319
0.17 8319
0.838316
0.90 8316
0.01 8003 ~
0.01 8001 '
0.258001
0.058316
22.66 8310
0.01 8004"
0.01 8003 "
0.358003
0.058003
0.028004
0.238114
0.458315
0.108116
5^08316 "
"l.26'B2ir
0.398206
0.50 8505 "
66.63 8304
44.15 8304
1.84 8316
2.10 8206
4.168219
0.29' 8209
0.18 8310
0.02'
0.01 8003
0.088304
0.4/8316
0.22 B316
0.04 BOOS
3.158316
0.01 B211
0.00 8316
6.01 B316 "
0.00 8316
30.49 8302
0.01 8316
1.508206
0.89 8206
2893
3645
3631
3631
3631
3631
2821
3671
3545
2851
2851
8221
3714
3714
3714
3714
3714
3671
1721
9711
9711
9711
9711
9711 "
9711
3229
3229"
3675 "
2835
3674
3674
3425
3823
3425
8731 '
5961
9711
9711
9711
9711
9711 ""
9711
8099
8733
8221
3471
2851
8221
8731
8731
8731
8221
4953
4953
2834
3545"
8734 ""
3714
3471"
3711
3711
3714
3714
371 1"
3089
8734

8221
3711
8733
3728
4215"
3398
9999
9999
8221
8221
7999
8221
3489.
3674
1 Saue* Cod| (Main Code
A58
A01
A29
A29
A29
A29
A60
A29
A25
A57
AS7
A94"
A09
A09
"A09
~A09'
A09
A29
A40
A5B
ASB
A69
~A29
~A29
A01
A49
A49*
A35"
A59
AOB
"A49
A2S
A49
A53
A94
A99
"ASB
A21
A21
"A21
A89 '
A89
A94
AM'"
A94

"A32
A94"'
A94~
A94
A94
A94
A99
A99
A94
A25
"A19
A54
A38
A78 "
'A78
A09
A54
A49
A21
ASS

A94
"A39
A25
A25
A53'
A25
ASB
A57
A94 '
A94
A69
A94
A29
A54












































1
"1
1
1 "
"1


















" 1
1
1

" "~" "2"
"1
1
1
,"
1
2
1
1
1
                          Page 0-43

-------
1995 BRS Data (GM For*flpTC*!ftefaUOn!y Wastes Managed Off Site
WMBCadalSntamTVpel EPAID - .. IVaUMaom)|FamCod>ISCCod*ISeucBCodIOdiilnCode
D005
0005
D005
D005
0005
0005
0005
0005
0005
0005
0005
0005
D005
0005
0005
0005
0005
0005
0005
0005
0005
0005
0005
0005
0005
0005
0005
0005
0005
0005
0005
0005
0005*
0005
0005
0005
0005
0005
0005
0005
0005
0005
0005
0005
0005
0005
0005
0005
0005
0005
0005
0005
0005
0005
0005
0005
0005
0005
0005
3005
0005
boos
D005
0005
0005"
0005
0005
0005
0005
0005
0005
0005
0005
0005
0005
0005
0005
0005
0005
0005
0005
M132
M141
M132
Ml 19
M119
M061
M129
M061
M061
M041
M043
M053
M061
M061
MOS1
M132
M03
M132
M041
M043
M061
' M141
M141
M141
M119
Ml 19
M119
Ml 19
M119
M132
M061
M061
' M061
M077
"M077
M132
M132
M141
M141
"~M141
~ M119
M119
~MUI "
M125"
M141
M141
M141
M032~
" M043
M043
" "M043
M043
M043
M043
: M043
M043 	
M111
M092
M141
	 M041
M061
~M141
M141
" 'M141 	
M141
M141
'M141
" M14l"
MOB1
M141
M119
M141
M141
M079
M141
MOK
MDK
M129
M141
M111
M111
""TJT;2;32v2^^"B""|
MND006983508
MN0081138604
MN0151774049
MND985761113
M02572890026
M08571924549
MOD001 829852
MOD006270318
MOD006273726
MOD007120652
MOD043935048
MOD085002319
MOD094391778
M0009439177B
MOD096726484
MOD981123409
MSD054179403
MTB571924556
MTB571924S56
MTD006238083
NC8170022570
NC81 70022570
NC8210020121
NCD003195161
NCD003195161
NCD003195161
NCD003195161
NC0003195161
NCD003195161
NC0003224037
NCD003224037
NCD003224037
NC0003224037
NC0003224037
NCD003224037
NC0003224037
NCD003224037
NCD053530B95
NC0980728901
NCD9808419S1
NCD980841951
NCD98185B396 "
NCD982134181""
NCD982134181
NCD982134181
NCD982134181
NCD986166338
NCD986166338
NCD986166338
NCD986166338
NCD986166338
NCD986166338
NC098616633B
NC0986166338
NCD9861S6338"
NCD986166338
NCR000002477
N04571924758 *
NDD990872590
NE0035036201
NHD001078682
NHD00107B682 '
NHD005574223
NHD005574223
NHD005574223
NH0005574223
NHD037695236
NHD0487296B5 "
NJ16S0090015
NJ3210020704
NJ4213720275
NJ0000811034
NJD002163673
NJO002164135
NJD002171189
NJD002171189
NJD002189132
NJD002191211
NJD002325991
NJD002325991
jE"i2ii~""~B
1.00 B319
0.16 B316
9.00 B31 6
39.47 B310
0.02 B211
0.04 B319
1.58 B319
11.63B206
0.04 BOOS
0.25 B316
0.53 B316
0.28 B219
67.13B206
23.76 B206
51.78 B319
0.18 B315
26.13 B319
0.00 B102
0.01 B102
1.39B219
0.01 B204
0.02 B219
0.06 B310 	
11.73 B113
12.26 B310
2.45 B319
20.08 B319
7.18 B409
47.97 B319
0.92 B206
1.84 8206 	
071B206
3.67 B101
1.61 B101
' 3.00 8319
10.00 B319
0.90 B319
055 8212
11.60 B315
51.028319
0.75 B319
'0.188206
19.23 8604
8.25 B604
4.13 B604
28728604
0.01 B309
0.03 B001
0.00 B001
0.00 B001
0.00 BOOi"
0.01 B001
2.208113
V.40B113
0.15 B409"
0.80 B307
13.19 B102
0.02 B206
1.108211
0.99 B219
0.15 B1 14
1J7 B316 	
073 8206
0.53 B206
0.02 B319
0.048319
2.31 6209 '
6.81 8603
0.02 8001
0.088003
276 8203
0.20 BIOS
1.048114
0.388519
0.22 BOOS
0.53 BOOS
1.38 B519
0.01 8003
1.448319"
0.75 8319
RTO
4512
3483
3545
3444
9711
9711
3086
3621
2869
3674
4581
3711
3621
3621
2819*
4581
2911
9711
9711
2911
9711
9711
9711
3675
3675
3675
3675
3675
3675
3423
3423
3423
3423
3423
3423
3423
3423
3713
3423
3548
3548
9229
3621'
3621
3621
3621
2111
3825
8221
8734
9511
9651
3231
3231
3679
3622
2657
9711
3523
3523
3324
3324
3641
3641
3641
3641
3555
3089
9511
"9711
9711
9999
2851
3641
3861
3861
2819
2834
3562
3562
^23~~^~^~^^^^^Hj
A99
A57
A25
A09
ASS
A08
A92
A54
A94
ASS
ASS
A57
A54
AS4
A32
A58
A36
A19
A59
ASS
AS8
A58
" A58
A49
A32
A49
A76
'A49
A49
"A29
" A40
"A40
A05
A05
A25
A2S
A25
A58
" A25'
" A92
A92
A54
A21
A09
A09
~A21
'ASS
A94
A94
A94
"A94
'AM
A49
'A49
~A29 	 '
A09
A09
ASS
""ASS"
AS6
A05
A25
A09
A09
A57
A57
A29
A08
A5B
A74
A59
A57
A09
A29
A99
A99
A58
A94
A25
A25
                           Page 0-44

-------
1995 BRS Data (GM Form) -TC Metal-Oniy Wasie? Managed Off Site
K
DOOS
DOOS
DOOS
DOOS
DOOS
DOOS
DOOS
DOOS
DOOS
0005
0005
0005
DOOS
DOOS
DOOS
DOOS
DOOS
DOOS
0005
DOOS
DOOS
DOOS
DOOS
DOOS
DOOS
DOOS
DOOS
DOOS
DOOS
0005
DOOS
0005
0005
0005
DOOS
DOOS
DOOS
DOOS
0005
DOOS
DOOS
DOOS
0005
0005
0005
DOOS
DOOS
DOOS
DOOS
DOOS
DOOS
DOOS"
DOOS
DOOS
DOOS
DOOS"
DOOS
DOOS
DOOS
ooos"
0005
DOOS
DOOS
DOOS"
DOOS'
DOOS
DOOS
DOOS"
DOOS
DOOS
DOOS
D005~
DOOS
0005
0005
ooos'
DOOS
DOOS
DOOS
DOOS
DOOS
Codftl S^HmiTy
M049
M043
M111
M141
M043
Mill
M141
M043
M043
M141
M141
M14l" '
M141
M129
M141
M14"l
M041
M043
M043
	 M043
M043
M129
M125
""M125
M125
M125
M132
M041
M129
M129
M129
M079
"M041 	
M141
M141
"" M043 	
M043
M011
M061
M111
M111
Mm
M111
"M141
M132
Mill
M043
M061
"MOT?
M132
' "M121
MOSl" "
MOTS
M029
M132
Mill"
	 M132 	
M061
	 M132
M141
M132
	 M129
M141
M141
M141
M141
M141
M125 "~
M111
M121
M141
	 M141
M141
M111
M061
"~M041
M077"
M132
M132
"Mill
"M141
1  ' EPAO) 1
NJ0002334795
NJD002342087
NJD002347S65
NJD002444719
NJD01 1550092
NJD044132116
NJD046941530
NJ0048794986
NJD048794986
NJD052204633
NJD052204633
NJ0068715424
NJ0980755367
NJD986568723
NJD986592418
NJD986605913
NM089001051S
NM0890010515
NM0890010515
NM0890010S15
NM0890010515
NM75721244S4
NM9570024423
NM9570024423"
NM9570024423
NV0000148502
NY0213B20830
NY2170084485
'NY4571924451
NY4571924451
NY4571924774 "
NY0000522532
" NYD000730382 "
NY0000799239
NYD000799239
NYD000809327
NYD000809335
NYD001307735
NYD00210693B
"~" NYD002123S03
NYD0021 23503
NYD002123503
NYD002123503
"~ NYD0021235O3 "
NYD002206S71
NYD002207751
NYD01 0781334
NYD01 2780441
NYD01 2780441
"NYD021T45179
NYD049830987
NYD055B65125
"NYDOS8650102
NYD08430B455
NYD065946642
NYD071S96449" '
NYD083S36144
"NYD096925524 '
NYD980592497
NYD980648554
NYD980651210
NY0982530313
NYD982540429
OH0000048454
OH2S70090066
OH2570090066
OH2570090066
OH6890008976
"OH75T1T24312
OH7S71724312
OH7571724312
"~OH757i724312
OHD000717173
OHD000804682
OHD000817098
OHD003913308
OHD004154S71
OHD004154571
OHD0041 54571
OHD004166591
OHD004167185
Vokroe (Tons)) Faro
0.01 8001
5.00
1.176.07 B319
0.01 8001
0.02 BOOS
0.508209
0.608001
0.01 8003
0.02 8310
0.408304
4.60 8316
'2.00
0.00 BOOS
21.03 8513
0.35 B319
~ " 0.44 BOOS
"0.018114
0.00 8316
0.01 B319
" 0.00 8319
0.02 8319
0.14 8101
0788319
0.01 8319
O.Ol"B319
1.678504
" 0.17B303"
	 0.098102
0.00 8315
0.008316
O.Ol"B001
"6.008001"
0.638001
1.448407
0.028407
" ~ 0.01 8206
0.01 8316
0.108003
1.308606
" "2T30 8316
2.308319
5708319
0.20 8319
0.708319"
070 8304
0.32 8519
0.038001
0.168206
"0.638114"
47.50 8316
5.008316
0.078209
0.13 8316
3.60 8204
3.90 8316
36.808316"
6.00 8319
1.088310
4.878319
0.i3~Bil9
1.38 B319
0.35 8211
0798319
0.038316
0.00'B202
0.00 8316
0.00 8319
~ 0.028319
0.008307
0.00 BOOS
0.01 8003
	 0.00 "8202"
0.108316
0.01 B316
0.02 8203
0.278219
570 8316
6768409
3.008603
0.03 8316
21.55 B315
COM) SIC Cod)
2821
3229
3321
2821
2834
2821
2869


2869
2869

3341
4512
2821
5043
9711
9711
9711
9711
'9711
9199
9711
9711
9711
3661
9199
9711
9T11
9T11
"9T11
3663~ "
4911
8221
8221
3861" '
3861
3229
2821
2812
2812
2812
2812
""" 2812
3536
382T
1479
3562
3562
3398
3541
3262
3692
3499
3398
"3312
3291
3082
"" 3861
'4789
'3675
3479
8221
"3714"
. 9T11
"9T11
9T11
4953
"9T11
9T11
9T11
" "9711
" 2842
2819
3711
""" 2869
3542
3542
3542
3325
3545
ISoucaCod
A94
ASS
A40
ASS
A94
A09
ASS
A94
A94
A56
A56

A94
A60
A93
A57
A94
A94
A94
A94
A94
A57
A19
A19
A19
A29
A89
A64
'ASS
ASS
'ASB
A58
AS9
A94
A94
ASS
ASS
A94
A32
A92
A19
A78
A78
A09
A25
A29
"A94
A29
A69
A25
A25
A57
A99
A01
A2S
A25
A99
ASS
A29
"A19 "
A49
A08
A99
ASS
AS8
ASS
ASB
AS9
A94
A94
"ASB
ASS""
AS9
'A57
A19
ASB
ASS
A59
"A56
A94
A2S
ilOriafeiCod*
1
1
1
1
1
1
2
1
1
1
1

1
1
1
1
1
1
1
1
1
1
1
'1 	
1
2
'1
2 '
1
1
1
1
'1
1
1
T " ~
i
"1
1
"i'~
i
1
"i
i
i
i
2
r
2"
1
1
1
i
"1
i
i""
"2
1
1
1
1
1
1
V
'i
1
1
1
1
1
1
1
1
1
1
'i
1
1
1
1
1
                          Page CMS

-------
1995 BRS Data (GM Form) - TC Metal-Only Wastes Managed Off Sit-
Want
0005
0005
0005
0005
0005
0005
0005
0005
0005
0005
D005
0005 "
D005
0005
0005
0005
0005
0005
0005
D005
0005
0005
0005
D005 '
D005
D005
D005
D005
0005
D005
D005
0005"
0005
0005
O005
0005 ~
0005
0005
0005
0005
0005
0005
0005
boos
0005
0005
0005
0005
0005
0005
0005
0005"
0005
D005
0005
O005
0005'
0005
D005
0005
0005
0005
D005
0005'
0005
0005
D005
0005 '
0005
0005
O005
0005
DOOS
O005
0005
D005~
0005
0005
O005
D005
D005
Mel synem Type
M111
M141
M141
M043
M141
M141
M061
Mill
M111
M111
M132
	 Mill
M111
Mill
M132
M141
M141
M132
M111
M111
Mill
M141
M043
M141
M141
M061
~M111
 ' Mill
M051
M111
M111
~~M141
"M061
Mill
M141
M041~~
M141
M141
M041
~M041~
M042
M129
"M019
"M041
M041
"M074
M061
M06l"
M061
M111
"Mill'
" ~M043 "
M043
*M141
M141
M061~"
M077
M121
""M111
M111
M111
M111
MOM
M14l" '
M111
M111
" "M141
' M14l"
M014
M014
M111
M141
M061
M112
M141
M111
M132
Mill
M141
M141
Mill
B>AID  IVOtaox
OH0004172623
OH0004178513
OHD0041B9718
OHD004222030
OHD004232930
OHD004232930
OHD004284188
OH00042841B8
OH0004284923
OH0004284923
OH0004294419
OHD004461208
OH0004496B32
OHD004496832
OHD005039722
OH0005039722
OH0006482178
OHD01795B604
OHD01 8221853
OHD01 8221853
OHD020649919
OHD020649919
OHD038703484
OH0039992516
OHD039992516
OH0041608282
OH0041608282
OH0048784920
OHD051633113
OHO059061317
OHD059061317
OH0059109652 	
OHD064105000 "
OHD097537609 *
OHD981195779 _
OHD9870079SO
OHD987007960
OH09B7008745
OHD987018447
OHD987055142
OHD9B7055142
OK4213720846
OK9571824045
OK9571824045
OK9571824045
OK9571B24045
OKD007188147
OKD080576408
ORD009027368
PA0000193334
PAD000651935 "~
PAD000766170 "
PAD000766170
PA0001882372
PAD001882372
PA0002320737
PA0002344315
PA0002350B66
PA0002361764
PAD003044609
PAD003044609
PAO003044609
PAD004322863
PA0004322913
PAD004388500
PAO00438B500
PAD004393468
PAD021052329"
PAD043882323
PA0043882323
PAD046762258
PAD065851671
PAOOS9776185
PA0069776185
PA0071203046
PA0075988071
PAO082248972
PA0086733540
PAO095366548
PA0980712525
PA0980715742
i(Tora)IFonnCodi
28.00 B319
0.24 B219
0.62 B316
0.15 B308
0.05 B316
0.01 B316
0.238403
0.23 B403
0.15 B406
0.508406
1.23B316
0.44 B409
6.75 B1 14
2.98 B316
0.33 B316
0.46 B316
621 B114
024 8316
4.108113
8.498113
0.028304
0278310
0.16 8310
0.01 8003
0.108003
0288603
0.40 8603
1.098409
0.488606
0.35 8319
0208319
" "10.88 8316
'0.90 8319
0.15 8314
2.83 B316
0.648206
7.468206
1.158102
0.038001
'6238210'
' 2.558606'
0.18 8209
0.008001
"O.OOB001
0.01 8001
0.048001
0.69 8211
4.91 8319
1.078219
0.83 8316
0.13*8101'
" 0.01B30B"
0.028406
47.15 8109
0.60 8319
2298201
1.608316
0.458119
' 0.03 B316
" 0.73 8319
0.80 8319
0.26 8319
14.44 8206
0.138306
68298319.
22.13 8319
3.608319
2258113
23.87 8319
35.73 8319
0.30 8316
' 0.128001
0.34 8207
0.91 8207
0.88 8316
0.718119
65.618304
5.00 8316
0.788211
1.908319
0.46 8316
llSCCodl
2869
2992
3724
3312
3241
3241
2819
2819
3599
3599
3429
3714
3545
3545
3069
3069
3069
3585
3423
3423
3465
3465
3672
8731
8731
3317
'3317
3711
3499
3641
'3641
3643
3444
3728
3241
3728
3728
2819
2672
2819
2819
9999
9711
9711
9711
9711
'2992
3531

2819
2759
2891 "
2891
3672
3672
2992
3312
2899
5169
2819
2819
2819
3317
2819
2843
2843
3312
3679
'3675
3675
3676
3317
3081
3081
2892
3089
3315
3351
3499
3676
3679
1 Source Coda I Odeki Code
A32 1
A5B 1
A25 1
A99 1
ASS 2
A5B 2
ASB
A38
A56
A56
A25
ASS
A05
A25
A92
A92
A09
ASB
A25
A25
'A71
A71
ASS
A94
A94
A09
A09
AS7
A38
A29
A29
A53'
A08
A22
A59
A51
"A51
ASB
A94
A09
A09
ASB
'ASB
ASB
ASB
ASB
A57
A21
AS9
ASB
AS7
A94 	
A92
A03
'ASB
ASB
A25 "
A53
A57
A32
A32
A94
"A37
A57
A32
A32
A25
A21
AS7
AS7
AS7
A94
A09
A09
A99
A49
A09
A25
A21
A59
A93 '2
                           PageD-46

-------
1S95 SRS Data (GM Form) - TC Metal-Only Wastes Managed Off Site
VUMB
DOOS
0005
OOOS
0005
DOOS
D005
DOOS
0005
0005
DOOS
DOOS
DOOS '
DOOS
DOOS
DOOS
DOOS
DOOS "
DOOS
DOOS
OOOS ~
DOOS
DOOS
DOOS
DOOS'
OOOS
DOOS
0005
DOOS '
DOOS
DOOS
DOOS
DOOS""
0005""
DOOS
DOOS
DOOS*
DOOS "
DOOS
DOOS "
DOOS "
DOOS
DOOS
DOOS"
DOOS
DOOS'
DOOS
0005
boos
0005 "
0005
DOOS
DOOS"
DOOS
DOOS
DOOS
0065'"
DOOS
DOOS
DOOS*
DOOS
DOOS
0005
DOOS
DOOS
DOOS*
DOOS
poos
DOOS
DOOS
DOOS
OOOS
DOOS
DOOS
DOOS
DOOS
0005
DOOS'
DOOS
DOOS
DOOS
DOOS
;od*l SyMmiy
M014
MOU
M014
M014
M014
M141
M141
M141
M141 '
M141
M132
~M141
M141
M043
M041
M111
MOW
M099
MOW
" MOW "'_""
MOW
MOW
M099
M099
MOW
MOW
"MOW
'MOW
* MOW
"MOW
MOW
M099
MOW
MOW
~ 'MOW
MOW
MOW
MOW
MOW
MOW*"
"MOW
MOW
MOW
"~ MOW""
M129
M137
M132
M137
" M137
M137
M124
M137
M081
"M061
"M132
M132"
M132 "
M141
	 M043*
M043*~
M141
M141
M141
M061
M061 	
M124
M041
M"*4"
M141
~M141
M141
"M14f
"M141* "
M141
"M141
"M141
M141
*M141
M141
"" M141
M141
l SAID
PAD980829287
PAD980829287
PAD980829287
PAD980B29287
PAD980829287
PAD980829287
PAD980829287
PAD980B29287
PAD981947294
PAD982364564
PAD987277373
PAD987280229
'PAD987324985
PAD987401221
PRD091 198366
. PRDW1291972
SC0170022S60
SC0170022S60
SC069030B309
SC17S0216169 '
SC8170022620
SCD000003S5B
SCD000003SSB
**" SCD003345683
SCD003350550
SCD003368891
SCD005320544
~SCD005320544"
'SCD044442333
" SCD044442333
" SCD055914436
SCDOS5914436
SCD0587S2BS8
"SCD062690557
SCD062690S57
SCD062690557
SCD062690557
SCD980803241
SCD980803241
" "500980803241*
SCD980840193
SCD981866007
'_ SCD987566023
SCR000000026
'SD2571924S44
TN0000997007
TND003095635
TND003380656
TND0070236S8
'TND034793893
TND057049223
' TND980314389
TX3571924643
TXD00802583S
TXD008142911
*** TXD041067638
TXD041067638
TXD044638427
TXDOS8260977
" TX'D058260977*"
TXD062867825
TXD980624605
TXD980869184
TXD98160B979*"
TXT490012747
TXT490012747
UT05717243SO
UT0571724350
'UT0571724350
UT0571724350
UT0571724350
UT0571724350
UTOS71724350
UT0571724350
UT3213820894
UT3750211259
UT921 0020922
UT9210020922
UT921 0020922
VA1 170024813
VA1 170024813
I Vokm (Tamil FOnn Code
10.87 B219
46.06 B319
6.39 B319
0.16 B609
6.268609
0.108119
0.02 B1 19
0.02 B609
0.75 B316
0.10 B319
14.20 B316
6.15 B1 14
84.46 B319
1.25 B409
0.13 B001
0.10 B310
0.19
0.02
0.05
0~09 	
0.18
0.53*
8.92
2.93
0.89
0.30
"" 1.47
2.26
O.W
0.93
6.59
"50.60 	
3.92*"" "
235.31
31.00 	
57.48 	
53.25
10.15*
5.00
" 	 ""2.40*" "
	 0.03* ~
0.12
3.36
1.20"
0.02 B319 "
0.18B201"
0.86
0.13
43.85*"
0.22 B201
0.21
1T1B201
0.01 B119
3.18 B609
0.10 B319
755.85 B489
144.616489
0.01 B319
0.04B001
""* 0.33 BOOf "
0.20 B1 14
0.30 BS14
	 1.29 B209
0 .228205
" ~4*34B206
0.97 B206
0.01 B219 " .
" 	 0.01 B219 "
OlOO B219
0.00 B219
0.00 B219
0.00 8219"
"6.11*8319*
0.04 8319
0.038219
"0.6*1 8001
0.02 B211
0.03 8305
0.03 B409
'0.028204 *
6.07 B210
StCC
3714
3714
3714
3714
3714
3714
3714
3714
3671
3671
3545
8731
33W
35W
3089
2911




























9711
8221
2819
3829
28W
2879
2834
3714 ~

2952

2869
2869

2869
2869 *


8221
3324


9711 "
9711*
9711
9711
9711
9711
9711
9711
9711
9711
91W
91W
91W
3731
3731
I Some Cod*| Ortotn Code
A37
A57
A57
A09
A94
A92
A92
A92
A49
AS8
A56
A94
A92
A41
A94
A49




























A49 1








A57 1

A32 1
A32 " *1

A94 * 1
A94 " *1

AW *1
~A29 1
A37 1


A29 " "1
A29 " " "l
A29 1
A29
A29
 A29
A29
A29
ASS
A57*
A57
A57
A53
ASS"
A21
                           PageD-47

-------
1985 SRS Data (C3M Poern) - -"C Metal-Only Wastes Managed Off Site

DOOS
DOOS
DOOS
0005
0005
DOOS
DOOS
DOOS
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-------
1995 BRS DataOfSiflEonn) vT&fyietal-Only Wastes Managed Off Site
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                            PageD-49

-------
1995 BRS Data (GM Form) - TC
          Wastes Managed Off Site

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Page 0-50

-------
1995 BRS Data (GM Form) - TC Metal-Only Wastes Managed Off Site

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CA4170090027
CA4170090209
CA4570024337
CA4971S20834
CA4971S20834
CA4971S20834
CA4971S20834
CA4971 520834
CASS70090048
CAS690090571
CA6170023109
CA6170023109
CA6170023109
CA6170023323
CA6170023323
"~ 'CA6170023323
CA6170090017
CA7170023330
CA7170024775
CA7170024775
CA7170024775
CA7170024775
CA7170024775
CA7170024775
CA7170024775
CA717002477S
"" CA7170024775
CA7170024775
"CA7170024775 "
CA717002477S
'CA7210020676
' CA8170024261
CA8210020832
CA8210020832
CA8210020832
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CA8210020832
CAB210020832
CA8210020832
CA8210020B32
CAB210020832
CA8210020832
CAB210020832
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CA9170090022
CA9570025149
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CA957002S149
CA9800013030
CAD000057109
CA0000546630
CAD000625939
CAD000626655
CA0000627273
CAD006493613
CAD006254708
CA0008268302
CAD008268302
CAD008268302
CAD008289183
CAD008289183
CAD008323255
CADOOB334260
CA0008334781
CA0008368987
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CADOOB3690SO
CA0008369050
CAD008382053
CAD008382293
CAD0083845B8
CA0008384S88
CAD008479479
CAO0091 10867
CA0009114919

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0228309
0.038309
2.18 8001
0.028309
0.008309
0.348309
0.008309
0.018309
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0.108119
0.24 8119
0.058309 "
0.178309
0.588309
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" 0.028309
0.13 8309
0.01 8309
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0238309
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2.168319
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0.00 8319
0.15 8319
0.148319
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0.048307
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A58
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A69
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A64
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                          Page D-51

-------
BRS Data (GM Form) - TC Metal-Only Wastes Managed Off Site:
EE:
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
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0006
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M132
M079
M043
M131
M031
M019
M141
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M141
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M111
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M111
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M014
M019
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M032
M019
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M132
M137
M141
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"" ~M132"
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CAD009205097
CAD009230244
CAD009305848
CAD009521089
CAD009584210
CAD010705143
CAD02782B250
CA0028260297
CA0030584S02
CAD041 156969
CAD041319294
CAD041319294
CA0041319294
CAD041512427
CAO041512427
CAD041520644
CA0042237735
CAD049974231
CA0050807122
CAOOS2418126
CAD0631 09243
CAD063567820
CAD067638957
CAD073S68180
CA0074103771
CAD074126681
CAD074126681
CAD074647017
CAD077184745
CAD079622569
CAD080031511
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CA0092694S38
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CAD980817878
CAD980817878
CAD980883292
CAD980895155
CAD980896369
CAD981390479
CAD981393192
CAO981393192
CAD981413933
CAD981413933
CAD9B1418395
CA0981423676
CA0981426778
CADSB1426836
CAD981426950
CAD9B1427131
~" CAD981427198
CAD981427313
CAD981427370
CAD981 427370
CA0981427495
CAD981448764
CAD981449739
CAD9814S0026
CAO981450026
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CAD981576978
CAD981576978
" CAD981689862
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CA0981989502
CA0982002412
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CAD982467011
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CA0983616731
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1.538114
0.038309
6.00 8319
0.028309
0.008309
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0.048309
0.20 B319
0.22 851 1
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221.008319
1.00 8319
0.80 8319
5.73 8302
0.07 8309
0.88 8310
0.79 8319
0.00 8309
1.888307
1.15 8101
0.01 8309
1.398403
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0.10 8319
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0.50 8309
0.00 8309
0.01 8309
0.03 8309
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0.01 8309"
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0.03 8003
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0.47 8309
6.038309
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0.01 8309
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0.038309
0.14 8319
0.108309
0.048309
0.278309
0.01 8309
19.40~B307
14.99 8307
0.01 8309
11268304
6.598304"
0.008309
0.138309
0.038309
1.38 8403
2.15 8403
aaisicc
3674
5169
3571
3471
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3812
7996
3812
7699
8731
4581
4581
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3728
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ASS
ASS
ASS
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A29
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                      PageO-52

-------
195 BRS*Da* ',<3M Form) - TC Metal-Only Wastes Managed Off Site
ES
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
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0006
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M141
M132
M119
M141
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M129
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M089
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M043
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Mill
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M111
M111
M111
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(Type) BPAID IVBkn
CAD983669268
CA0990667198
CAD990845513
CAD990845513
CAD990845513
CA0170090013
CA0170090013
CAR000004457
CAT000604017
CAT000613471
CAT000613471
CAT000626549
"CAT080012693
CAT080014079
CAT080014079
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COD007061617
COD041099086
COD048126726
COD048126726
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COD054929989
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COD983802877
" COD9B3802877 " '
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CT5000000786
CTD001 141662
CTD001 141662
CTD001 147495
~~ CTD001 147495
CTD001 147974
CT0001 148717
CTD001148717
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CTD001148717
CTD001 149277
CTD001 154558
CTD001 161538
CT0001 161538
CTD001162122
CT0001162122
CTD001162122
CTD001 164607
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0.01 8309
1.18 8307
3.90 BOOS
0.92 8003
0.22 BOOS
75.77 8206
4.008206
6.548309
0.688309
0.08 8319
0.15 B319
2.408114'
0.47 B1 14
0.29 8003
0.18 BOOS
0.07 8003
0.208205
0.24 8115
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0.648319
6.50 8319
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29.00 8304
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3827
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                           PageO-53

-------
1995 BRS
 1C JVIeta'-Only Wastes Managed Off Site
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D006
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0006
0006
0006
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CTD001 181205
CT0001181205
CT00014S0287
CTD0014S3273
CTD010166791
CTD03927S722
CTD044121259
CTD044121259
CT0046238630
CTD051 320372
CT0051320372
CTD051320372
CTD052704335
CT0058S16733
CTD060005766
CTD060005766
CTD0613S8792
CTD06135S792
CT0080849797
CTD080849797
CTD1072S2272
CTD134204916
CTD981073364
CTD9B3B66955
CTD983B76814
DC4170000901
DC4170000901
DC8170024311
OC9570090036
OC9570090036
DED002369205
DED003930807
" DED064370992
OED083235549
FU570024124
FL1570024124
FL1S70024124
FL2170023244
FL2170023244
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FLS170022474
FLS170022474
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~"~FL6170024412"
FL6170024412
FL6170024412
FL6170024412
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FL6570024582
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FL7170023710
FL7170023710
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FLD043860451
FLD043860451
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0.09 B409
0.32 B409
2.11 B309
1.94B319
0.01 B309
132.00 B302
0.84 B319
2.52 B319
20.85 B119
2.49 B1 19
0.45 B316
0.58 B316
0.34 B409
4.10 B1 19
1.5BB609
37.53 B319
0.22 B102
0.22 B102
1.04 B310
2.74 B310
0.13 B304
0.71 8319
0.46 B1 14
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2.11 B114
0.42 B209
6.43 B309
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0.19 B309
2.24 B309
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2.80 B307
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0.93 B309
0.228309
0.638211
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1 .246207
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0.118103
0.02 B106
0.12 B206
0.07 B206
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0.238309
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0.18 B309
0.16 B603
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0.21 B219
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0.66 B319
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0.46 B409
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0.26 8309
0.13 B309
12.44 B319
0.25 B319
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0.13 8309
24.508607
67.80 B302
578.708306
581.008319
83.308409
0.048209
3.178309
0.01 8309
2869
2869
3999
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3629
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3479
3479
3069
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    PageD-54

-------
1995 BRS Data (GM Forrti) - TCTMaiaSiQntyJWisstcs Managed Off Site

0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006" ~
0006
0006
0006
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0006
0006
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0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
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M141
M111
M141
M141
Mill
Mill
M119
M119
M119
M119
M119
M119
M119
M141
M111
M141 "
M141
M141
M141
M141
M141
Ml 41
M141
M141
' M014
M014
M051
M141
M132
M141
M141
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M141
M141
M043
M019
M043
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Ml 19
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M141
M141
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M141
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M141
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M141
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M129
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M129
M129
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M079
M079
M111
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FLD980841746
FL0982101933
FLD982125320
FLD984208413
FLD984258632
FLD984258632
FLD991279928
FLD991 279928
FLD991 279928
"FL0991279928
FL0991279928
FLD991279928
FLD991 279928
FLT950052803
GA0000107169
GA0000999805
GA0210020368
GA0210020368
GA0210020368
GA0570024109
GA0570024109
GA1570024306
GA1570024330
GA1570024330
GA3210020084
GA3210020084
GA3210020084
"GA3210020084
GA7170023694
GA7170023694
'GA7170023694
GA7170023694
GA7170023694
GAD000603597
GAD003304862
GAD003310810
GA0006924872
GAD006924872
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GAD006924872
GAD006924872
GAD006924872
GAD030058713
GAD060662301
"GAD061022216
GAD063152573
GAO0631 52573
GAD067009670
GAD067009670
GAD067009670
GAD078106B46
GAD980S56740
GAD981235823
GA0984303032
GU4170027334
GU4170027334
GU4170027334
"GU5170022680
GU6S71999519
GU6571999519
GU6571999519
GU7170027323
GU7170027323
HI0000449199
HI0170090005
HI0170090005
HM 170024326'
HM170024326"
HM 170024326
HI1 170024326
HI1170024326
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HI1 170024326
HI1 170024326
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HM 170024334
HM 170024334
HM 170024334
HM 170024334
HM170024334
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4.00 8302
0.25 8309
1.498309
259.50 B205
10.53 8307
28.758307
0.50 8310
0.908310"
21.948319
7.65 B319
0.28 B319
3.06 8603
0.088309
15.39 8505
1.86 B113
0.60 8309 "
0.068309
0.01 B309
0.09 B310
0.16 8319
0.15 B219
0.608309
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0.328309
0.028309
0.24 B219
0.018309
0.598307
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2.51 B307
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6.00 B319
0.50 8319
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0.60 8409
0.30 B3~10~
0.308409 ~
190.808304
0.208307
3.30 8309
0.27 8309
0.228319
2.138309
0.50 8409
239.908319
91.988403
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4.13 BS19
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0.01 8309
0.30 BS19
0.188114
0.24 81 19
0.04 B316
0.108319
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0.64 B20l"
0.678206"
0.20 B211
0.858205
0.268309
1.23 B211
6.06B114 "
0.008309
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0.008309
0.008316"
0.59 B319
0.238409
0.478119
0.11 8309
0.008206
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0.028309
0.098409
0.01 8203
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3728
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                            Page D-55

-------
1995 BRS Data (GM Form) - TC Me^i-Oruy
                Managed Off Site
VMMC
0006
0006
0006
D006
0006
0006
0006
0006
D006
0006
0006
0006
0006
0006
0006
0006
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0006
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0006
0006
D006
0006
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delSyMn
M111
Mill
M141
M141
M141
M141
M141
M141
M141
M141
M141
M141
M141
M141
M141
M999
M999
M141
M111
M132
M012
M061
M141
M029
M141
M141
M141
M141
M041
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HI6170024719
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HI8170090007
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IAD005273594
IAD005273594
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IAD981S04285
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IAT200010924
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ID35721 24557
103572124557
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ID3572124557
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100075746271
IDD093120B71
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ILS140090221
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IL7170024577"
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ILD000802827
IL0000805B95
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IL0005108659
ILO005128988
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0.158319
1.508205
0.12 8319
0.028409
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0.74 B1 14
0.06 B219
0.01 8309
0.03 B316
0.008409
0.398409
0.088409
0.10 8319
0.02 8219
0.15 B205
1.508319
0248309
0.36 8319
0.04 8309
0.018309
0.228203
0.008002
021 8114
0.07 8309
0.068309
0.008316"
0.008103
0.02 8309
0.04 8310
0.09 B310
0.01 8309 '
0.01 8309'
0.108310
0.00 8309
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0.008113
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0.008309"
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0.058310
0.348310
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0.06 8319
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0.438114
0.048114
0.428309 ""
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0.048309
125.11 B319""
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220 8302"
0.01 8001
0.03 8203
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0.178202 	
2.60 8106
2.07 8106
0.468309
11.57 8304
0.22 8310
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9711
9711
9711
9711
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9711
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8733
8733
8733
8733
8733
8733
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3471
3471
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3537
3471
3579
2046
3321
3679
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A21
A21
A49
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A59
A59
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A59
A59
A59
A59
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A59
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A01
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Page 0-56

-------
1995 BRS Data (GM Form) - TC Metal-Only Wastes

0006
0006
0006
9006
9006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
D006
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0006
0006
0006
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0006
0006
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0006
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0006
0006
0006
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0006
0006
0006
0006
0006
0006
3006
0006
0006
0006
0006
0006
D006
9006
9006
9006
0006
0006
0006
0006
O006
0006
0006
0006
0006
0006
0006
0006
O006
0006

M141
M141
M051
M077
M111
M141
M141
M141
M141
M013
M132
M132
M077
M141
M141
M141
M141
M141
M141
M141
Mill
M013
M141
M132
M042
Mill
M061
M044
M043
M011
M141
"""M14l"
M013
M043
M141
M011
M129
M141
M141
M129
M132
Ml 11
"M029
M141
M061
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M125
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"M14l"
M074
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M077
M041
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M044
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M029
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M132
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M011
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M043
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M039
M129
M129
M132
M132
M132
M132
M132
M132
M132
M023
M141

1 , " ' -CH^ ID  ' | VOi
IL00051 28988
ILD005421136
IL000545S571
ILD0054S5571
IL0005455571
ILD006220123
ILO041544081
ILD041 550567
IL0043352509
ILD056637879
ILD057863847
ILD059457150
ILD05945B604
ILD065871477
IL0068608314
ILD069503027
IL0069503027
IL0070015714
IL0071965214
ILD075603B86
IUX76877877
ILD079763140
ILO095792B59
ILO9806B1795
ILD980994867
IL0980994867
IL0981952203
IL0982072357
ILD9B4766600
ILD984783563
ILD9B4810739
1LD984816264
ILO984887349
ILR000009415
ILT180012692
IN0001005537
IN4210090003
IN4210090003
IN4210090003
IN9570024472 '
IND000804781
IND000806836
IND001926013
IND003934668
IN000455781S
IND005444062
IND005462601
IND005480942
IND006048417
IND0060655B5
IND006366819
INO006413348
IND006420657
IND009549593
IN0016354755
IND021641758
IND072051394
IND07B907672
IND088736103
IN0131521833
IND1 50610905
IND984873877
IND984879866
IND985102326
IND990849390
IND990873606
KS0213820467
KS0213820467
"KS0213820467
KS1 571924140
KS1571924140
KS1571924140
KS62140207S6
KS6214020756
KS6214020756
KS6214020756
KS62140207S6
KS6214020756
KS621 4020756
KSD000610485
KSD007234313

mw i'**win uiinooDV
0.01 B309
0.10 B309
17.85B205
55.44 B106
14.30 B307
0.70 B303
0.05 B011
0.06 B316
0.09 B309
3.11 B309
46.20 B319
0.02 B004
4.24 B106
0.85 B204
0.14 B309
0.65 B309
0.148310
0.77 B307
0.39 B309
0.24 B203
1.28 B319
6.58 8316
0.15 B309
0.24 8001
2.12 8519
88.83 8519
"22.178211
'0.028001
0.018003
1.33 B309
0.128114
0.01 8001
23238309
15.11 8319
0.11 8609
5.78 B309 "
0.01 8309
0.018309
0.068309
0.018309'"
0.13 8307
14.52 8319
0.03 8203
0.06 8009"
10.78 8307
2.02 8309
9.50 8310
56.408304 "
0.07 8309
1.078107
0.208309
0258309
0.608211
0.038308
0.41 8309 
0.698603
b.10'B309 '
3278407
0.37 8403 "
0.02 8211
0.04 8203
9.008307
30.448304
0.038309' 	
0.00 8309
0.28 8319
0.388102"
0.578304
0.69 8102
0.07 8309
0.01 8309
0.008309
0.388309
0.008309
0.01 8309
0.02 8510
0.138510
0.13 8510
0.06 8510
0.558211
0,308309

3679
8221
3562
3562
3562
2672
8221
2911
4911
3669
3317
8062
3499
7539
8731
4925
4925
7699
8221 "
2893'
8734
3663
2843
3471
3471 "
3471
2851
3711'
8734
7389
9711
1241 	
3669
9511
5171
7389 "
9711
9711
9711
9711 "
3714
3724
3714
3714
3612
3312
3312
3714
2833
3541
3334
3568
2732
3822 ~
2834
3714"
8221
3812
3728 "
3621
3448
3562 '
3716
5122"' "
3714
3479
3483
3483
3483
9711
9711
9711
9711
9711
9711
9711
9711
9711
9711
3999
3721

ISOUC*
ASS
ASS
A40
AOS
A40
A19
ASS
A94
ASS
A99
A78
A94
AOS
A54
ASS
ASS
A99
A29
ASS
AOS
A91
A99
ASS
A56
A09
A09
A09
ASS
A94
A5B
A04
A94
A99
A22
ASS '
A56
ASS
ASS
ASS
ASS
A22
AOS
A59
A57
AOS
ASS
A78
A69
ASS
A22
ASS
ASS
A19
A56
ASS
A03 '
ASS'
A21
A19~
AOS
AOS
A29
A74
ASS 	
ASS
A59
A74
A78
A74
ASS
ASS
ASS
ASS
ASS
ASS
A06
A06
A06
A06
A06
ASS

1
1













1
1
1
1
1
1
1
1
' " 2
1
1
"1
l'
1
1
1
1
	 1
2
1
1
1
1
1
r~
i
1
'i
i
" 1
i
1
2-
i
1
' 1
1
1
2
1
1
' ' 1
1
1
1
1
"i
3
1
'i
1
3
	 v
3
1
1
1
1
1
1
" 1
1
1
1
1
1
                           Page 0-57

-------
199* BRS Data (GM-Form) - TC Metal-Only Wastes Managed Off Site

0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006'
0006
0006
0006
0006
0006
0006
0006
0006 
0006
0006
0006
0006'
0006
0006
0006 '
D006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
D006
0006
0006
0006*
0006
0006
0006
oboe
0006
0006
3006 "
wbV
0006
0006
0006
0006
3006
0006
0006'
0006
0006
0006
0006
0006
0006
0006
0006
0006
M012
M043
M141
M141
Mill
M132
M132
M132
M132
M019
M141
M013
M121
M121
M141
M141
M141
M141
M141
M141
M141
M111
M141
M141
M141
M141
'M121 	
M061
M125
M141
M132
Mill"
"M132
M041
M141
M141
M019
M141
M111
M132
M141
M019
~ M061
M141
M141
M141
M141
MOIl"
'M141
M141
'"M14i~
M141
M141
"M141
M141
M141 	
M141
M141
~~~ M141
M14l"
M141
M141
M141
M14~1
MUl"
M041
M141
"" M141"
M141
*M141
M141
M141
M078
M141
M141
M141
M141
*M141
M141
M141
'M141
KS0007237241
KS00072S0764
KS0041917S01
KS0041917501
KS006S737868
KSD09350349B
KS0093S03498
KS0093503498
KS0093S03498
KS0980632772
KS09808S2669
KSD981126253
KY0000920074
KY0000920074
KY0210020509
KY5170024173
KYS170024173
KY5210020140
KY6210020479
KY6210020479
KY8213820105
KY0000206417
KY0001851S67
KY0001851S67
KYD001851567
KY0006371843
KYD006386049
KYO0466S5643
KYD05B692526
KY00615570S4
KY0085047736
KYD980845671
KY09850666S3
LA6170022788
LA61 70022788
LAOOOOB12818
LA0001809896
LA0020877361
LA0053783445
LA0053783445
MA0210092730
MAOS70024026
MA0570024026
MA0570024026
MA0570024026
MA0570024026
MA2570024487
MA721002S1S4
MAD000645412
'MAD001013994
MAD001015429
MAO00106S937
MAD001128032
MA000140B517
MAO00140BS17
MAO00140BS17
MAD001408517
MAO001 424985
MAO048975742
MAO04897S742
MAOOS3459673
MAO065781197
MAD066609520
MADQ8653B394
MAO980730857
MAO981062797
MA0981214620
MAO981214620
MAD9BS280858
MAO9B5294347
MA098S294347
MAO98S297209
MAO985307826
M00000106310
MD0570024000
MD0570024000
MD0570024000
MD2970590004
MD2970590004
MD32100213S5
MD32100213S5
| Vttma (Tons) | Fan
2.31 B309
1.90B319
0.58 B310
0.38 B310
0.75 B319
230.57 B1 10
0.25 B310
0.55 B319
0.198409
11.068309
0.06 B309
0.208309
3.09 8309
0.98 B603
0.01 8309
'" 0.10 8001
0.02 8209
0.398309
0.088309
0.098309
0.99 8319
024 8519
S.90B309
0.318309
0.31 8319
0.038309
0.258104
" 1.87 8319
0.01 8309
0.01 8119
0.038316
" 6.31 8403
11.288310
025 8203
0.00~B316
~ 0.40 8309
1.608309
0.05 8319
0.64 8319
0.64 8319
0.008309
0.01 8309
3.618205
0238205
0228206
0.18 8307
0.158309
'0.378309
0.038309
4208319
0.08'B316
1736 8304
0.01 8001
0.008409
0.148603
	 0.06 8603
023 8609
0.028003
12.60 8002
0.90 8319
0.208309
0.068114
0.028409
" 0.168003
6.00 8319
0.23 8309
0.468114
2.00 8319
0.038003
0.088003
1.768211
'6.368115
25.108114
0.30 8309
0.13 8114
0.09 8219
0.368309
0.138309
0.59 B309
0.278309
0.788309
CQMISC CodM SOUBB CoOmlOOctn Code
3728
3728
3724
3724
4741
3952
3952
3952
3952
8221
8221
3711
4513
4513
'9711
9711
9711
9711
9711
" 9711
"9711
3585
4513
"4513
4513
2111
3641
" 2611
"3334
2892
" '2621
3089
	 4011
"9711
	 9711
'2869
3661
2865
2879
" "2879
9711
9711
9711
9711
9711
9711
9711
9711
4911
3823
3613
3366
3462
3724
3724
3724
3724
8733
3483
"." 3483
3561
3827
3648
3679
3827
3425
	 3827
3827
"5961
3489
3795
3625
4931
9999
9711
" "9711
9711
9711
9711
9711
9711
ASS
A01
ASS
ASS
A99
A76
A71
A78
A91
ASS
ASS
ASS
ASS
A09
ASS
ASS
ASS
ASS
ASS
ASS
A56
A04
ASS
ASS
A29
ASS
A93
" A19
ASS
A94
A92
A71
A71
A04
A5B
ASS
ASS
ASS
A09
A09
ASS
ASS
AS1
	 A51 "
A54
A21
ASS
ASS '
ASS
A29
A99
A78
"A94
" A08
A09
A60
A09 "
A94
A19
A19
AS8
A21
"A69
ASS
" A59
ASS
A37
	 A09
"A99
"A94
A04
A71 ' "
A04
"A69
A19
AS4
ASS
ASS
ASS
ASS
ASS
                           Page 0-58

-------
1995 BRS :|9ats-
-------
1995 BRS Data (GM Form) :-7C Sfletai-Orjiy Wastes Managed Off Site
Was
0006
D006
D006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006'
0006
0006
0006
0006
0006
9006
3006
9006
9006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
iCodelSytt
M011
M011
M029
M061
M132
M109
M132
M061
M043
M111
M111
M053
M077
M132
M141
M141
M061
M043
M012
"" M011
M019
M019
M019
" " M043
M043
M043
M043
M043
M079
M043
M141
~M019
M131
M019
~M043
"M041
M041
M013
" M011
"M014
M132
M132
"~M023
" M132"
M132
M019
M019
M059
	 M129
M141
M141
M141
M141
M141
~~ M141
M141
M141
M141
" M141
M132~
M132
~"M132
M132
M132
	 M043
M043
" M053
M119
M131
M019
M141
M014
"M043
M043
M091
	 M091
M111
"M111
M111
M141
M141
mType)  EPA ID |Vc
MIR000001792
MIT270010598
MIT270011307
MND000272039
MND0006B6071
MND000773341
MND000773341
MND006167332
MND006172902
MND00625S764
MND0062S5764
MND006963508
MND006963S08
MND006963S08
MND006963S08
MND006963508'
MND059680165
MND079723979
MN0360090195
MO3213720979
MO3213720979
MO3213720979
M03213720979
MO8571924549
M08571924S49
M08S71924549
M08571924549
MOB571924549
MO8571924549
" MO0000677781
MOD000818906
~ 'MOD001700848
M00003941424
MOD0049S4111
	 MOD006269633
MOD006270318
MOD006273726
M00043935048
'MOD046740148
"MOD046740148~
MOD05071S655
M0005071S6S5
MOD05S871529
MOD08S002319
MOD09672648*
MOD981 123409
M0098S801380
MS1971S90012
MS1971S90012
'MS2570024164
MS6210809871*
MS621080987i""
MS6210809871
MS6210809871
'MS6210809871
MS621080S871
MS7570024060
MS7570024060
MS7570024060
MSD054179403
MSD054179403
MS098S979996
MSD985979996
" MSD98S979996
MT8S71924556
MT8571924S56
MT8571924SS6
MT8571924S56
'MTD00622940S
MTD093301836
MTD093301836
" MTD986067247
NC1170027261
NC1 170027261
NC1 170027261
NC1 170027261
"NC1 170027261
NC11 70027261
NC1 170027261
NCI 170027261
NC1 170027261
tame (Ions)) Fcrai Code
0.16 B309
0.08 8309
0.10 B211
2.25 B409
0.91 B319
0.04 B603
0.138*09
0.97 B203
0.038309
0.50 B319
2.59 8319
57.43 8409
0.288*04
48.25 8*09
0.83 8309
4.95 B309
0.21 B310
0.378309
0.048309
0.158309
0.048309
0.048309
0.01 8309
0.09 B1 19
0.20 8319
0.01 B319
0.32 B319
" 0.07 B319
0.07 B1 19
8.33 8319
0.108309 "
0.01 8309
0.508307
0.01 8309
0.038309
5.778205"
0.01 BOQ3
0.83 8309 ~
35.828504
9.39 8504
025 8316
0.03 8319
0.888103 _~~_'~_
0.638309
98.068302
0.408309
0.01 8309
0.608310'
0.658310
1.52 8114
0.208113
"" 	 0.208114
0.00811*
0.00 8315
0.00 8316
0.008316
0.26 8107
0.008307
1.038310
" 1.57 8319
1.208319
10.89 B310
3.44 8310
8.03 B310
0.01 8319
0.01 8319
0.17 8319
0.04 8319
1.188409
0.038309
0.038309
44.048304 	
0.83*8307
1.308310
0.86 B101
22.178114
0.71 8113
2.93 8307
0.788319
0.40 Bl 13
9.588114
|ac'
8221
8221
3211
3545
2911
9711
9711
2431
3695
3471
3471
4512
4512
4512
4512
4512
3499
3643
8062
9711
9711
9711
9711
9711
9711
9711
8711
9711
9711
3674
3721
2819
4011
2869
3699
3621
2869
4581
3692
3692
3724
3724
4231
3711
2819
4581
3471
3728
3728
9711
8733
8733
8733
8733
8733
8733
9711
9711
9711
'2911
"2911
3714
3714
3714
9711
9711
9711
9711
2911
1221
1221
9999
9711
9711
9711
9711
9711
9711
9711
9711
9711
Me) Source Gc
ASS
ASS
A09
A21
A29
A09
A08
A19
ASS
A03
A03
A19
A22
A19
ASS
ASS
ASS
ASS
ASS
ASS
ASS
ASS
ASS
' A06
A08
A08
A08 "
AOB
A06
A89
ASS
"ASS
A19
ASS
"ASS
A53"
A94
ASS
A75
~A75
~A58
"A22
" A04
'ASS
A63
' ASS
ASS
"A99
~A99
"A59
"A77
A94
"AS*
~A58
"ASB
A5B
"~A22
"ADS
ASS
' A29 "
"A29
~ A19
"A19
" A19 "~
A01
A19
"A51
" AOi"
A09
ASS
"ASS
' 'A08
ASS
"A21
A05
"" A19 " "
~A08
A08
A08
A08
A01
Mai Origin Code
1
1
1
1
1
2
1
2
1
1
"l
'l
1
1
1
1
1
1
1
1
1
1
1
2
2
2
2
2
2"










































_';,








'l
                            PageD-60

-------
1995 BRS Data (GM Form) - TC Mets*-an!y Wsctes feogsd Off Site

0006
D006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006 	
0006
0006
0006
D006 	
0006
0006
0006
0006
0006
0006
0006
0006 '
0006
0006
0006 ~
D006
D006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006"
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006 	
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006

BI oym
M141
M141
M079
M141
M141
M132
M141
M141
M141
M141
M141
'M141
M141
M141
M013
"M141
M124
M019
Mill
~ M141
M141
M141
M141
~M061
M061
M061
M011
M141
M019
M019
M019
M032
M032
M032
M032
M032
M032
M032
MO32
"M032
"M032
M032
M032
M032
M032"
M032
M032
M032
'M032
M032
M032
M032
M032
*M032
M032
M032~
~M032
M032
* M032
" M032
M032
"M032
M032
M032~
"M032
M032
~M032
"M032
M032
'M032
M032
'M032
~M043
M043
M043
M043
M111
M121
M121
M141
M141

BI Tj^w f   fcPw iv I vU
NC1 170027261
NC1 170027261
NC2690308232
NC6170022S80
NC6S70024475
NCD0031S2519
NCD006997795
NC0006997795
NCD006997795
NCD006997795
NCD006997795
NC000699779S
NCD00699779S
NCD041043811
NC0052547635
NCD057037194"
NCD06S6S5599
NCD079044426
NCD079044426
" NCD084167444
'NCD098770746
NCD09B770746
NCD098770746
'NCD101773992
NCD101773992
NC0980799142
NCD982094278
~ NCD982094278
NCD986166338
NC0966166338
"NCD986166338
"" NCD986166338" """
~ NCD986166338
NC0986166338
NCD988166338
NCD986166338
NCO986166338 "
NC0986166336
"NCD986166338
NCD986166338
NC0986166338
NC0986166338
NCO986166338
"NCD986166338
"NC0986166338 '
NC0986166338
"NCD986166338
NCD988166338
NCD986166338
NCD986166338
NCD986166338
NCD986166338
NCD986166338
NCD986166338
~ NC0986166338 '
NCD986166338
" NCD986166338 *
NCO98S166338 '
NC0986166338
NCD988166338
NCD986166338
NCD986166338
NC0986166338
NCD986166338
NCD986166338
"NC0986166338
NCD986166338
NCD986166338
NCD986166338
NCD968166338
NCD98616S338
NCD986i66338
NCO986166338
NCD986166338
NCD986166338
NCD986166338
NCD988166338
NCD986166338
NCD986166338
NC0986166338
NCD986166338

0.91 B114
0.23 B307
0.44 B102
1J9B309
8.178114
S1.80B319
3.208205
4.00 B205
0.50 B310
5.40 B316
5.30 B316
0.20 B519
0.20 B519
0.25 B309
0.028309
0.04 B310
0.258309
0.01 B309
23.58 B305
11.978312
0.398203
0.40 B319
0.71 B319
3.208603
18.038603
0.44 8119
15.078309
0.55 8309
0.01 8309
0.01 8309
0.01 8309
6.01 8001
0.01 8106 "
0.01 B309
0.01 8309
0.01 8309
0.01 8309
0.01 8309
0.00 8309
0.00 B309~
0.018309
0.028309
0.25 8309
0.008309
0.008309
0.01 8309
0.01 8309
' 0.01 8309
0.21 8309
0.008309
07228309
0.01 8309
0.008309
0.00 8309
0.01 B309
0.038309
0.01 B309
0.00 8309
0.448309
0.01 8309
0.01 8309
0.108309
0.03 8309
0.00 8309
0.008309
0.018309
0.02 8309
0.01 8309
0.01 8309
0.21 8309
0.008309
0.01 B309
0.038001
0.028001
0.00 8001
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0.15 B319
0.098309
0.038309
0.31 8309
0.038309

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9711
9621
9711
9711
3221
4512
4512
4512
4512
4512
" 4512
4512
2824
2833
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2834
3646
3341
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3728
3728
3728
3519
3519
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3841
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A55
A69
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A19
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A40
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A71
A19
A19
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A59
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A58
' A71
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"ASS
A78
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A19
A19
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A29
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                           Page 0-61

-------
1995 BRS Data (GM Form) - TC Metal-Only Wastes Managed Off Site
iv~n
0006
D006
0006
0006
0006
0006
0006
0006
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0006
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0006
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M141
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M111
M141
M141
M141
M141
M141
M141
M141
M141
M141
M141
M141
M022
M119
M013
M043
M141
M039
M079
M079
M089
M119
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M132
M132
M132
M141
M141
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ND457192475B
ND4S71924758
N04S719247S6
ND4S71924758
N045719247S8
NDD000690594
NE0007265077
NET320010077
NET320010077
NH0001082304
NHD001082908
NHD001083955
NHD045011616
NHDOS8537960
NHD064441132
NHD095506002
NHD982193005
NHD982193005
NHD986471027
NJ0000372409
NJ0000939S61
NJ0170022172
NJ0170022172
NJ19600111S2
NJ321 0020704
NJ421372027S
NJ7170023744
NJO000574491
NJDOOOS74491
NJ0000574491
NJD000574491
NJD000574491
NJD000574491
NJOOOOS74491
NJD000574491
NJDOOb574491
NJD000574491
NJD000603365
NJD000765081
NJ0001289610
NJD001314160
NJD0021S9812
NJ0002186633
NJD002186633
NJ0002191211
NJ0002191690
NJD002191690
NJD002342434
NJD002342434
NJ0002347S65
NJO002361947
NJ0009871401~
NJ0009871401
NJD009871401
NJ001 1550092
NJD041211392
NJD043973122
NJD044132116
NJD044132116
NJD047354881
NJD047456058
NJD04745605B
NJD04B797195
NJD048804488
NJD052204633
NJ00581 18308
NJD060792918
NJD0610609SO
NJD062026281
NJD064316714
NJD065710261
NJ0073745945
NJD106235138
NJ 0980536668
NJ0980790828
NJD981 076011
NJD981131550
NJD981485667
NJ0981485667
NJD981 555667
NJD982789745
Motane (Tern) 1 Fom Co
1.01 B203
0.79 B1 14
0.09 B210
2.63 B302
0.24 B319
40.398304
0.46 B319
4.62 B103
2.04 B304
0.78 8302
15.75 B310
1.81 B114
0.05 B319
0.27 B319
0.42 B309
0.09 B310
2.42 B309
1.12 B319
0.75 B310
2.10 B219
0.01 B309
0.07 B203
0.01 B001
0.03 B309
0.11 B309
0.15 B309
1.13 8307
1.31 8106
0.10 B302
0.13 8301
0.50 B302
1.658307 "
0.958307
0.30 B319
3.80 8307
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0.01 B309
0.608114
0.23 B119 '
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0.40 8205
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0.51 8319"
0.36 B319
0.01 B403
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156.808302
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10.31 B219
0.20 8302
0.008003
3.14 8303
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1.268403
0.768403
0.87 B1 14
1.838114
0.46 B114
0.04 B219
0.09 B309
0.60 B316
0.028001
0.508309
0.73 B219
0.01 8309
1.54 B211
0.078003
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A06
A06
A58
A53
A51
A39
A01
A02
A02
A59
A71
A19
'A92
A78
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A71
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                          PageD-62

-------
1995 BRS Data (GM Form) - TC Metal-Only Wastes Managed Off Site
WhsteC
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1 EPAID |V<
NJD986568723
NJD986S68723
NJD986S73715
NJD986566667
NJD986596732
NJD986S96732
NJD986S98340
NJD986600310
NJD986601706
NJ098661S300
NJD986628840
NJD986633766
NJ0986640S22
NJD986649911
NJP003401627
NM0890010S1S
NM0890010515
NM0890010515
NM0890010515
NM0890010515
NM089001051S
NM0890010515
NM089001051S
NM0890010S1S
NM0890010515
NM58901 10518
NM58901 10518
NM5890110S1B
NM65721 24422
NM6572124422
'NM6572124422
NM7572124454
NM7S721 24454
NM9570024423
NM9570024423
NM9570024423
"NM00750B8252
NV5570024112
NVD982434961
NVD982519316
NVT330010182
NY0000127605
NY0000146126
NY0000146126
NY000036S542
NY0570024273
NY3570025475
NY3570025475
NY3570025475
NY42T0022279
NY4210022279
NY45719244S1
NY4S71924451
NY4S71924451
NY4571924774
NY4571924774
NY4571924774
NY8210020915
NY9360010236
NY0000522532
NYD000631994
NY0000631994
'NYD000632083
NYD000730010
NYD000730432
NYD000799146
NYD000799239
NYDOOOB09327 ~
NYD000809327
NYD000824516
NYD00132B368
NYD001359694
NYD002033710
NYD00203BSB6
NY0002040277
NYD002042471
"NYD002047967
NYD002084135
NY0002111961
NYD002123503
NYD002126852
tome (Tons)! Fonn.C
3.60 B206
9.95 B310
0.008403
0.03 8409
0.00 8309
1.40 8319
0.01 8003
4.35 8319
5.90
0.52 8101
14.50 8319
0.84 8319
0.01 8309
0.16 8202
7.51
0.008114
0.01 8114
0.028114
0.00'B307
0.008307
0.008307
0.078309
0.00 8319
0.06 8001
0.22 81 14
0.028003
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0.308003
0.748307
0.22 8119
0.47 8219
0.90 8309
0.548309
2.81 8204
16.08 8204
0.13 8319
0.05 8309
0.01 8310
0.05 8310
' 0.48 8319
0.318309
0.708309
0.01 8309
' 6.00 8309"
0.508309
0.288219
0.17 8103
0.01 8309 "
0.01 8309
0.57 8309
0.01 8309
0.01 B210
0.00 8316
0.008304
0.10 8204
0.058001
0.388001
0.01 8309
0.03 8001
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0.01 8309
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" 0.158309* "
0.228309
0.06 8309
1.608119
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0.308309
0.038204
0.45 8319
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0.108309
3.608505
0.20 8206 *
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0.178206
0.91 8102
6.60 8319
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riaiacci
4512
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7699
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2087
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                          PageD-63

-------
1335 3RS.3axa (
- TC Metal-Only Wastes Managed Off Site

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NYD002230977
NYD00223S216
NYD00224063B
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NY000392S070
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NY000686600B
NYD010779098
NYD013563390
NYD041SB1026
NYD049199722
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NYD049836679
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NYD052780392
NY0053649430
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NYD061956470
NYD061966750
NY0067905752
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NYD093256063
NYD981134711
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NYD981 183338
NYD981555782
NYD982530347
NYD986934743
NYD986990398
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OHD000724153
OHD000810077
OHD000817304
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OHD000817577
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OHD000822510
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0.608309
0.05 B319
0.13 8307
3.63 B307
0.048308
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0.30 8309
0.31 8309
33.008302
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20.00 8302
60.00 8302
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"" 0248310
0.31 8310
0.708304
0.30 B310
0.11 8309
2.008307
4.91 8319
3.008307"
299.888303
0.01 8001
1208319
0.058109
30.00 8319
0.788309
0.008309
0.148309
0.00 8309 '
0.028309
0.03*8309
0.01 8309
0.008309
0.078310"
0.14 8310
0.078309"
0.09*8309
0.398307
1.028316"
0.00 8003
0.00 BOOS
0.008003
0.058309
"0.16 8309
0.008309
0.01 8315
028 8319
0.13 8309
0.058309
62.36 B1 13
0.048309
~ 4.548119
0.13 8319
0.20 8207
0.128309
1298114
8.888203
0.008309
1.448206
26.548304
2.30 8310
:odelSCCi
3714
2673
3546
3613
3484
3465
'3451
3451
4931
4939
3861
3471
8062
3471
3471
4953
3469
3469
8062
" 3674"
3861
2051
3479
" 3714
6062
3679
3669
"7699
9999
9999
3571
'517V
3629 ~
3629
3471 "
" 5088'
"9711
3743
"3694
""3743 "
7349
4931
9511
4011
9999
9711
"9711
9711
9711
"9711
9711
9199
"9199"
9711 "
9711
9711 ""
"9711
9711
9711" "
"9711"
9711
9711
9711
9711
9711
9711
4953
"~8221"
"3724
3724
3585
3692""
3692 ""
4911
2851
'3089"
'3089
2869
3471
3443
3312
0ft| ^ffurpft Cotttl Oriitin CodB
ASS
A06
ASS
A57
A78
A75
A72
A22
A99
ASS
A69
A29
ASS
A62
A62
ASS
A64
A64
A56
~A08
A49
A74
'A53
A03
ASS
A92
~A99
"~A29
A61
" A61
"ASB
A39
A71
A78
A09
A09
ASS
" A08
A29
" A29~
" A74
ASS
A69
' ASS
A69
ASS
ASS
ASS
"ASB
A58
"ASS
ASB
"ASB
~A51
A51
A55
ASS
A08
"A94
"A94
ASB
A94
ASS
" ASS
ASS
ASB
AS9
' " A94
"ASS
A78
ASS
A69
ASB
ASB
ASS
" A06"
A06
ASS
~A49
A78
A78







1
1
1
2
3
1
2
2
1
2
2
2
1
1
1
2
1
1
1
1
" 1
2
2
1
' i'
1 "
1
1"
"i
1
"i
i
^
"3
1
' " 2 "
' r 	
2
"1
1
""i ~"
""i"
1
~1
1
1
'1
1
_..
1
1
1
" 1
1
"~'1
1
1
"1
1
1
'i
1
"1
1
~ 2
1
1
"i
~ 1
1
1
1
"i
1
    PageD-64

-------
1995 RS Daia-(@& Form} - TC Metal-Only Wastes Managed Off Site
[wCSj
O006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006 ~
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006"
0006
0006
0006
0006"
0006
0006
0006
0006"
0006
0006
0006
0006"
0006 ~
0006
0006
0006
D006
0006"
0006
0006"
0006
0006
0006
0006
0006
0006""
oobe"
9006
9006
9006
0006
0006
0006
0006
0006
0006
0006
0006
D006
D006
0006
0006
D006
0006
0006
gTrik-.TVntt',.'.]
M043
M141
M132
M141
M125
M132
M141
M061
M022
M141
M141
M111
M061
M111
M111
"M111
	 M043
M141
M111 ^
M141
M043 ~~ '
M141
M141
M132 	
"" M111
M141
M141
M019
M094
M101
M141
M141
M109
" M043"
M043
Mill
M141
M141
M061
"M141
M132"
M111
"""imi 	
	 "Min" 	
M125 ""
	 M111
M141
~~M14i
	 ~M132
M111
M132
""M132
M141 	
M141 	
M141
M141
""""Mi29
" M129" 	
M137"
M141
M041
	 Moei 	
~ "M061
M061
M061
M061
Mill ""
M11l"
M132
"M
M129
" ~M129 	 ~
M11l"
M041
"'M011 	
"~M02i
M132
"M132
M043
M053 "
'M132
EPA.n>
OHD004222030
OHD004232666
OHD004234787
OHD004282703
OHD004287322
OHD004287322
OHD004291100
OHD004294351
OHD004298089
OHD004343117
OH000449S495
OHD005039722
OHD005039730
OHD005039730
OHDOOS039730
OHD005046511
OHD005050273
OHD005108477
OHD007901598
OH0010841617
OHO017958604
OHO017958604
OH0017958604
OHD038703484
OHD038951554
OHD039992516
OHD041076266
OHD042315747
OHD046630679
OHD046630679
OHD04B433080
OHD04964S120
OHD056743933
OHD061705S47
OH0061705547
OHD06410662B
OHD071B50709
OH0080166945
OHOOB18S3681
OHD085763555
OHD980569388
OHD980609994
OHD980616403
OHD980618177
OHD980618177
OHD981799471
OHD981799471
OHD982615668
OHD986974665
OHD986975100
OHD987048329
OHD987048329
OHD987048329
OHD987048329
OH09B7053949
OHR000002139
OK4213720846
OK4213720846
0X4213720846"
0X4571524095
0X9571824045
0X9571824045
OK9571824045
OK9S71824045
OK9571B24045
OK9571824045
0X9571824045
0X9571824045
OKD007188147
OKD9B1909641
OKO987087012
OK0987087012
OR1570024264
ORD0090428S4
ORD009227398
ORD009759085
ORD009759085
ORD009759085
OR0049793995
OR0049793995
ORD054964481
I Vofame (Tem)| Form Code|SIC i
0.81 8319 3312
0.25 B209
29.94 8302
0.01 8309
0.45 8309
0.668309
0.32 8306
0.22 B219
0.05 B204
0.03 B319
0.058309
"" 	 1.998319
1.808206
1.446.008302
24.00 BS19
0.01 8309 "
0.358309
0.81 8309
0.06 8302
6.01 BOOS
0.00 B309
0.01 8309
1.94 8505
710.848302
20.008319
0.008003
11.768319
" 0.218309"
0.228519
~ 3.30 8409
"1.048205
0.328309
"" "42.538519
0.038003
0.00 BOOS
"0.758319 '""
0.038309
0.01 8309
0.25 8103
0.01 8309
73.228409
5.18 8407
0.068309 '"
118.008319
25.00 B319
1.10 B519
2.48 8519
	 0.02 B001
" 0.10 8603
1.01 8316
0.00 8319
~6.B3B403~"
0.938403
	 0.358403
0.028309
"~ 	 0.00 BOOl"
0.048309
0.09 8309
0.40~B319
0.068311
0.72 8206
0.40 8206
0.41 8206
0.21 B206
0.568206 .""
0.21 8206
0.088316
0.07 B316
US 8319
0.14
0.348409
0.068409 '"
	 0.03 B309
0.01 BOOl
0.09 B1 14
3.098203
26.278307
3.568307
0.07 8309
0.078309"
3.68 8106
3423
2819
3661
2821
2821
3585
2295
3355
2822
3296
"3069
3451
3451
"3451
2911
3321
2865
8731
8221
3585
3585
3585
3672
3369
8731
4911
"3561"
"3081
3081
"2816
"3713
5169
2079
2079
3052
8221
8221
2841
"2822
3519
'9511
3714
" 3312
3312
3669
3669
"3724
" 4922
"3728
" 3674
3674
3674
3674
3087
" 2899
9999
"9999
9999
"""9199"
9711
' 9711
9711
"9711
9711
'9711
9711
9711
2992
9711
"3669
3669









2oda| Souta Code) Origin Code
A78 1
A21
A69
ASS
ASS
ASS
A76
A57
A19
A99
ASS
A19
A94
A69
A69
A94
ASS
ASS
A94
A94
ASS
ASS
"A56
" A63
A59
A94
A78
ASS
"A60
	 A08
"A59
ASS
" " A60 	
A94
A94 	
ASS
~A94
A94
" "A57
"ASS "
A93
A61
AS9
A78 "" '
" "A78
A71
A71
A57
" A38
"A57
A59 	
"A91
A91
A91
ASS
 A94
~ ASS
ASS
" A92
"A21"
A54
A54
"A54
A54
" A54
A54
A99
A99
. "A57

..... A*6
AS6
"ASS 	
A49
__ AS7
~ "A19 ""
'A49
A49
ASS
ASS
A22
1
2
1
1







1
2
2







2
2
1
1
1
i """
1
i
1









2
2
1
1 "
1
1
1
1 "

























2
2
1





                           PageD-65

-------
1995 BRS Data (GM iForfn) - TC wletai-Giiiy Wastes Managed Off Site
WMe Code rsnani Type 1 . EPA ID IVekma (Tons)! Fonn Code! acCodalSoueBCodtlOiUn Cod*
0006
0006
0006
0006
0006
0006
0006
0006
0006
D006
0006
D006
0006
D006
0006
0006
0006
0006
0006
0006
0006
0006
0006
3006
0006
0006
0006
0006 "
0006
0006
0006
0006
0006 '
0006
0006
0006
0006
0006
0006
D006
D006
0006
0006
3006
0006
0006
0006
0006
0006
3006
0006
0006 "
0006
0006
D006
0006
0006
0006
0006
D006~"
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006"
0006
0006
0006
0006
0006
M132
M132
M132
M132
M132
M011
M043
M043
M013
M043
M043
M041
M013
M111
Ml 41
M141
M141
M011
M141
M141
M141
M141
M141
M141'
M141
M141
"M141
M141
M141
M043
M111
M111
MU1
M141
M111
" M141
M111
M141
M111
M011
M141
M061
M111
'" M111
M111
M111
M111
M111
Mill"
M111
' ""Mill
M077~
M043
M061
M077
M141
M141
M061
M111
M141
MOBS
*M141
M011
"Ml 12
"M141
M141
M141
" M141
M043
M141
M141
" M141
M141
M141
'Mill
Mill
Mill
M111
Mill
" M111
M111
ORDOS4964481
ORD054964481
OR0054964481
ORD0549644B1
ORD054964481
ORD060591963
ORD07641413S
OR007641413S
ORD177731312
ORD9809769S5
ORD980986368
ORD9809883S6
OR0981762396
PA0690090004
PAQ890090Q04
PA3170022104
PA4170022418
'PAS213B20B92
PAS213820892
PA5213820892
PA5213B20892
PA5213B20892
PA5213B20892
" PA5213B20B92
PA5213820B92
'PA5213B20B92
' PA5213820892
PA5213820B92
PA5213820892
PA6213B20S03
"PA6213820503
PA6213820503
" PA6213820503 "
PA8213B20642
	 PA0000000554
"" PAD000441907
PAOOOOB24722
PA0001680719
PAO002101301
PAD002387926
PA0003023371
PAO003037934
" PAO003044609 "
' ' PAD003044609
PA0003044609
PA0003044609
PAO003044609
PA0003044609
PAD003044609
PAD003044609
PAD0043228S3
"PAD064335469
PAO004336731
PA0004372363
>AO00439313B
PAD004393138'
' PAD004SOOS59
PAO03723S116
PAO037235116
"PAD037235116 "
PAD046558037 '
PAO046558037
"PAD052197860
"" PAD052197860 	
PAO054136924
PAD058445313
PAD071203046
PAD075485938
PAD080719289
PAD091646489
PAD09S322764
PAO0968373S6
PAO0968373S6
PAO0968373S6
PAO114942832
~ ' ' ~ PAD114942832
PAD1 14942832
PAD1 14942832
PAD1 14942832
PAD9B0917975
PAO980917975
0.76 B106
0.76 B106
41.74 B119
39.S4 B119
0.48 6319
0.12 B309
0.73 B310
1 .206319
0.70 B309
0.12 B316
0.32 B309
1 .308603
0.07 B309
0.19 B319
1.19B319
0.02 8309
0.158309
0.348309
0.098206
2.13 8309
0.07 B310
0.07 8310
0.06 B310
" 0.05 B310
0.30 8319
1.30B319
5.19 8319"
" 0.14 8319
778 B319
0.14 B409
2.87 B310
3.59 B409
0.48 B503
0.058309
64.00 B307
1.058319 "
84.50 8319
0.028309
0.138303
0.188309" '
2.44 8307
0.988207
1.12 8310
0.24 8319
0.30 8319
0.92 8319
3.128319
1.188319
0.41 8319
0.398319
0.458319'
8^8081 14
0.13 8219
57.908205"
1.038219
" "0.14 8219
1.008319
0.42 B106
1.258319' "
1.388319'
6.008114
2.748114
0.258306
56.51 B319
0.058319
0.088307
0.108319" ""
0.148306"
0.87 8319
0.04 8207
0.53 B319
0.758119
2.17 B119
1.038304
0.44-8114
0.31B2l"l
0.11 B310
0.44 8409
0.468409
1.72 B103 	
0.05 B307













8731
8731
9711
3731
QOQQ
V090
3679
9999
3471
3471
3471
3449
3449
3449 '
3449
3471
3449
9711
9711
971 1
9711
4225
3452
3728
9999
3663
3471
2834
3315
3592
3399
3399
2819
2819
2819
2819
2819
2819
3317
3824""
2869
3339
8731
8731
3532
4011
4011
4011
3613
3613
3229
3229 "
2821
3671
2892
3479
4512
2752
3479
3721
3721
3721
9711
9711
9711
9711
9711
3832
3832
A22
A22
A75
A75
A56
ASS
ASS
A19
ASS
A91
ASS
A60
ASS
A69
A69
ASS
ASS
A58
A19
ASS
A22
ASS
ASS
A78
A08
"AOB
A08
AS3
A91
AS9
~A54
A59
A61
ASS
AOB
A29
A69
A59
A01
ASS
A2S
A29
A32
ASS
'A57
AS9
"A59
~A59
A99
~A99
A53
"AOS"
"A57
A59
~A94
"AS4
A19
A03
A19
A19
A59
A59
~A89
"A49
A78
A56
ASS
A93
"A29
A04
A49
A22"
A22
'A92
" A19
" A05 "
A53
AOB
AOB
'AS6
A29









1
2
1
2
2
2
1 '
1
1
1
l"
1
1
1
1
1
1
.....
1
1
1
1
1"
'2 "
1
'l
1
2
1
1
1
"l
1
1
1
1
1
1
l"
"l
1
1
"l"
1
1
1
1
1
1
1
1
2
"2
1
. ^..
'l
1
1
1
1
1
1
1
1
1
1
i 	
i
'1
i
i
1
                             Page 0-66

-------
1995 BRS Data (GM Form) - TC IWeiai-Oniy'Wastes Managed Off Site
vmnCodai SvueniTyp| .erAK) 1\
0006
0006
DOOS
0006
D006
0006
0006
0006
D006
0006
0006
D006
D006
D006
0006
D006
DOCK
0006
0006
0006'
0006
0006
0006
9006
0006
0006
D006
3006
0006
0006
0006
0006
0006
O006
0006
0006
O006
0006
0006
0006
0006
0006
3006
0006
0006
3006
0006
0006 	
0006
DOOS
3006
D006
DOOS
3006
0006
0006
0006
D006
D006
D006
0006
0006
D006
D006
0006
DOOS
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
D006
DOOS
DOOS
M111
M111
M111
M011
Ml 41
M111
M141
M141
M141
M141
M013
M141
M141
M011
M111
M111
M141
M141
M141
M077
M019
M041
M141
M019"
M132
M078
M131
" M131
M039
M079
M141
M043
M141
M129
M129
M141
M029
M041
M132
"M099
M099
MOW
M099
" M099~ "
M099
M099
M099
M099
M099
M099
~M099
M099
M099
M099
M099
" M099
M099
M099
'M129
M129"
M129
M111
M137
M132
'M079
M049
" M049
M049
M049
"M137
M137
M079"
M137
M049
M137
M125
M049
M132
M129
M137
M137
PAD98091797S
PA0980917975
PA0980917975
PAD9B1036S51
PAD981044399
PAD9811034SO
PAD981 103450
PA0981 103450
PAD982364564
PA0987276S73
PAD987Z78082
PAO987328374
PAO987328374
PAD987342839
PA09873S6649
PA09873S6649
PAD987360047
PAD990823858
PAO990B23858
PAP000010636
PRD090031410
PRD090031410
PRD090031410
PRD0911S0060 "
PRD980S50709
PRD987376076
RI8170024790 *
RI8170024790
RID0006S23S4
RID0006S2354
RID001805670
RID030284293
RID062309299
RID980671887
RID980671887
RID981889777
RID98275436B
RID987479003
RID987479003
SC0170022560"
SC01 70022560
SC1750216169 '
SC3570024460
SC3S70024460
SCD001 368075
SC00031 59928
SCD036050854
SCD042629816
SC0049126097
SCD0491 26097
SCD053336194 ~
SCD070619796
SCD070B19796
SCD082236068
SCOOB5B57753
SCD094991429 "
800097640361
SCD987571619
SD2571924644
SD2571924644"
SD2571924644
SOO006198980
TN0000003145
TN0000987990
TN2170022600
TN5210020140
TN5210020140
TN5210020140
TN5210020140
TN5640020S04
TN6640015412
TN9210800000
TN0003376926
TN0003932605
TND048120083
TND054876834 "
TND093153450
TND980S00480
TND981 468646
TND987767845
TND987767845
)l Form Code! StCCoo*ISouro Code) Ortofei Coda
0.53 B319
48.70 B319
0.69 B519
1.07 B309
0.86 B319
0.73 B316
3.05 B316
5.95 B316
020 B319
1221 B113
277.65 B304
0.03 B309 "
0.18 B309
0.08 B309
7.95 B319
5.85 B319
0.80 B316
0.65 B316
0.23 B316
"~ 7.578119
0.18 B403
1.40B102
12.10 B102
16.60 B309
1.10 B307
5.94 B319
2.25 B1 19
1.08 B205
48.35 BIOS
1.5BB103
0.03 B309
" 0.15 B319
0.60 B304
0.11 B310
0.19 B319
0.50 B113
31.85B207
21.68B101
0.20 B319
"i.09~
0.21"
022
0.17
" 0.19
1.39
0.01
0.04
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0.65
0.52
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0.88
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7.25
0.12
0.04
124
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1.09 B309
0.03 B319
0.18 B304
16.36
0.83
0.02"
0.80
0.18
0.80
0.18
0.68 B101
1.82
0.06
0.38
76.65
0.02
0.14'
0.45 8201
149.98
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4.76
3832
3832
3832
3829
3341
3087
3087
3087
3671
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3341
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4813
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3499
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3961
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9199
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9711"
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4513
3548
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9711
9711
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8734
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9999"
7699
3713
3087
3585
3563
3711
2821
2821
A08
A69
A27
A57
A7B
A41
A41
A41
A58
A29
A78
"" A55
ASS
ASS
A29
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A78
A22
A22
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A32
A19
A19
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A60
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                          PageD-67

-------
1995 BRS Data (GM Form) - TC Metal-Only Wastes Managed Off Site
WnM
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
D006
0006
D006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
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0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
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0006
0006
0006
0006
0006
0006
0006
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0006
0006
0006
0006
0006
0006
0006
0006
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0006
0006
0006
0006
0006'
0006
0006
0006
0006
0006
D006
0006
0006
0006
Codel SyttrniTvoe
M049
M141
M141
M043
M12S
M111
M111
Mill
M141
M141
M141
M141
M141
M141
M141
M051
M141
M141
M141
M141~
M141
M141
M141
M061
M041
M043
M043
M043
M043
M121
M129
M141
	 M112
M011
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" M043
M129
M141
M011
M061
" M072
M077
M121
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M141
M141
M141
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M141
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M132
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" M094
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TT0570090001
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TXD042288597
TX0048772610
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TXD054385018
TXD054385018
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TXD069450997
TX00701 33319
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1.01
0.11 8509
0.048309
0.29 B319
11.188203
5.78 B319
0.70 B319
12.87 B519
3.27 8113
1.41 B113
9.808301
119.528301
2.29 B309
0.268309
0.488309
0.02 B102
0.10 B102
1.278119
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0.598490"
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0.53 B510
0.47 B510
0.87 B1 10
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16.70 B319
4.77 B319
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1125 B609
1.75 B609
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1.20B319
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0.72 B310
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1.938319
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136.97 B319
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0.278309
0.25 B309
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0.23 B309
0.06 B309
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0.55 B490
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9711
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3499
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ASS
A29
A19
A29
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ASS
ASS
ASS
A06
A06
A01
A08
AOB
A60
A60
A60

ASS
ASS
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ASS

ASS
ASS

A38
ASS
ASS
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ASS
A55
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ASS
A94
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ASS
A59
A59
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A09
A09
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A22
A59
" A59
A40
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ASS
A62

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A09
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'1
1
1
1
1
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1
1


1
1
1
1
1
1
1
1
1
1
1

1
1
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1
1
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                          Page D-68

-------
1995 BRS Data (GM Form) - TC Metal-Only Wastes Managed Off Site
PTTJ
O006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006"
0006
5006
0006
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O006
5006
0006
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0006
0006
0006
0006
0006
5006
0006
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0006
5006
0006
0006
0006
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0006
0006
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0006
0006
0006
0006
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0006
0006
0006
0006
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0008"
0006
0006
0006
0008 "
0006
0006
0006 '
0006
0006
0006
0006
0006 '
0006
0006
0006
0006
0006
0006
0006
0006'
0006
EJECT:
M019
M011
M132
M111
M061
M141
M141
M141
M043
M041
M041
"M021
M111
M011
M141
M041
M043
M043
M061
'M089
MOB9
M089
M089
M132 '
M132
M132
'M141
M141
M141
M141
M141
M141
~~M141
M141
M141
M141
M141
M141
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M129
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M141
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M141
M141
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M141
"M141
M141
M141
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M141
M141
M141
!KZ3BBIiQi!^l
TX0193846722
TX0980S26774
TX0980744494
TXD981056815
TXD981907231
TXD981913684
TXD981917024
TXD982289415
TXD982555674
TXD982757742
TXD982757742
TXD987989522
TX0987995941
TXD988077640
"TXT000618090
"UT0571724350
UT0571724350
UTOS717243SO
UT0571724350
UT0571 724350 '
UT0571724350
UT0571724350
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	 1/T0571724350*
UT0571724350
UT0571724350
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UTOS71724350
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UT9210020922
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UTD021S33054
VA00001 25211
VA1 170024722
VA1170024813
VA1 170024813
VA1"170024813
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0.11 8309
0.178309
1.808113
2.08 8391
3.08 8114
0.488309
0.40 8319
0.028309
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18.82 8504
5.42 8504
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55.97 8519
223.058309
0.028309
0.49 8219
0.85 8409
0.21 8409
0.008409
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16.67 8302
6.28 8319
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0.61 8319
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1.838115
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1.108309
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0.078309
1.688406
0.538406
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0.15 8203
0.028404
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0.04'B309
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3825
2911
3471
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2821
3679
3661
4512
4512

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5093
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9711
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1
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1
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                           PageD-69

-------
1995 bKS Data (Gfin Form) - TC Metal-Only Wastes Managed Off Site
VMM* Code ISyswtn Typel EPA ID IVohme(Tflns)IFennCadelSCCMISounBCodB|{MglnCod
D006
0006
0006
D006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
O006
0006
0006
0006
0006
0006
O006
0006
0006
0006
0006
D006
0006
D006
0006
0006
0006
0006 '
0006
0006
0006
0006
0006
0006
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0006
0006
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0006
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0006
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0006
0006
0006
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0006
0006
0006
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5006
0006
0006
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0006
0006
0006
0006
0006
0006
0006
0006
0006
D006
D006
D006
D006
M141
M141
M119
M141
M141
M011
M141
Mill
M129
M061
M141
M019
M119
M011
M141
M141
M141
M141
M141
" M141
M141
M019
M141
M132
M019
Mill
M141
' ' M141
M141
M019 "
M019
M042"
M042
M061
M099
M141
Mill
"M1 11
M141
Mias"
M125
M021
"M135
"'MIH'
M111
M089
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M141
M141
M141
M141
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M135 """ ~
M141
M141
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" "M061
M141
M141
M141
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M039
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	 M141
M141
M141
M141
	 M141
M141
M141
" M141
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M111
M141
M141
M141 '
M019
VAB1 700241 70
VAB210020626
VAB21 3720321
VAO000019364
VAD000019364
VA0000820506
VAD000820712
VA0001307495
VAD002352110
VAD003122165
VAD003259561
VAD005358726
VA0007941644
VA0041286642
VA0046960449
VAD046964748
VAD046964748
VAD046964748
VAD077797793
VAD981738768
VAD981937717
VAD98B204B22
V1D980536080
VTO002493294
VTD060525151
WA1 170023419
WA1 170023419
WA1 891 406349
WA1B91406349
WA2170023418
WA2170023418
WA2170023418
WA2170023418
WA2170023418
WA2170023418
WA4214005395
WA6690331347
WA7890008967
WA7890008967
WA8214053995
WA8214053995
WAB570024200
WA8570024200 '
WA91 70023361
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WA9214053465
WA9214053465
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WA9571924647
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WAD000064642
WAD001 882984
WAD002788412
WAO004492575
WAO009041450
WA0009063B27
WAD009067281
WAD009262171
WAD009262171 '
WAD009262171
WAD009262171
WAD009262171
WAD009266511
WAD009270794
WA0041337130
WAD04158S464
WAD0415B5464
WAD052594751
WAD058349812
WAD061670766
WAD079253134
WAD082510595
0.01 8309
0.028309
0.22 8205
0.15 8310
1.358319
85.108304
0238309
' 0.04 8302
0.25 B319
0.80 8206
3.558319
0.038309
0.30 8302
0.048309
0.01 8309
0.92 8303
"1.558303
1923-8519
0.08 8309
0.08 "8309
0.058001
1.788309
0.208309
" 025 8001
0.108309
0.16 B1 14
0.188309
0.01 8309
0.00 8310
0.728309
" 328 8309
' 028 8515
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0.018206
1.598114 ""
" 0.368309
0.30 8319
0.008307
0.19 8319
0.058309
0.018309
0.12 B219
' 0.15 8203
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1.078409
3.84 8519
0.15 8319
6.158114
0.38 8309
0.58 8309
0.32 8309
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0.358114
0.03 8316
0.01 8319
0.02 8519
0.67'B114
0.01 8114
0.84 B1 14
0.52 8603 '
0.18 8203
0.108409
0.038309
0.23 8309
1.008107 '
0.238309
13.19 8302
0.028009
0.008009
3.418302
0.03 8319
0.58 8409
0.038309
1.148319
1.948309
" 1.758309
0.30 8319
0.308309
0.078009
0.01 8309"
0.048309
9711
9711
9711
3621
3621
3321
8221
3731
3494
2861
3728
3089
4011
2068
3443
35B5
3585
3585
4924
8221
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5045
2911
3357
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ASS
ASS
A54
A38
A19
A78
A94
A91
A29
A54
A19
ASS
A99
A93
ASS
A71
A71
A06
ASS
ASS
ASB
ASB
ASS

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ASS
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" A19
A19
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" " A99
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"A37
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ASS
ASS
A56
"ASS
"~A63
"A99
A99
" A63
A59
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ASS
ASS
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ASS
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                           Page D-70

-------
1995 BRS-Data-fGM Pom) - TO Mstal-Only Wastes Managed Off Site

D006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
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0006
0006
0006
0006
0006
D006
0006
0006
0006
0006
0006
0006
0006
0006
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0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
0006
3006
0006
0006
0006
0006
0006
0006
0006
0006
0006
D006
0006
0006
0006
0006
 wwjv| ^*^  Kmiu |
Ml 32 WAO094626868
 M141
M141
M141
M141
M141
M021
M111
M141
M141
M019
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M141
M141
M141
M019
'M043
M141
M141
M111
M141
M141
Mill
~M141
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M043
M043
M089
M132
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M081
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~M089
M042
Mill
M029
M079
M141
" _ M029
M043
M112
M129
M141
~ 	 M141
M141
M132
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M141
M029
M029
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M132
M141
M021
M141
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WAD980723449
WAD980723449
WAD980726384
WAD980726384
WA098073B48B
WA0980975361
WAD980980106
WAD980982037
WAD980982037
WAD980983522
WAD981763030
WAD981763949
WAD982652208
WA0982657900
. WAD988467650
WAD988468708
WAD988474S99
WAD988482527
WAD98B517934
" "WAD988517934
WAD98B517934
WAD991281767
WAR000000745
WI0000075069
WI3210020583
WI3210020583
WID000808SB4'
WID000809111
WID001854454
WI0004939831
WID004939831
WID006073183
Wl 0006073225
WID006073225
WID006075634
WID006092845
WI0006101521
WI0006101695
WID006101695
WID006101695
Wl 0006101695
WID00610S266
' Wl"D006119812
WI0006126379
WID006127146
Wl 000621 3003
WID006429005
WID011S53310
WI0023350903
WI0048027734
WI0054105218
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WID071147813
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WI008S481463 '
WID089589212 ~
WI0099131591
WID11410S091
" WID174233213
WI0174233213
WI0980283402
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W10981091531
WI0981094675
WI0981532997
WI0982204968
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' WID982219529
WID98BS71097
WID988573648
W1D988S91921
WID988S93661
WID98B628301
WI0988628301
WIR000003772
WIR000005355
WIR000007575

wnrav (i wail rain wo
0.03 B309
0.70 8310
2.18 8310
0.02 8009
0.21 8106
0.038309
0.028119
7.98 8302
0.02 8009
0.37 BOOS
0.14 B309
0.01 8309
0.098309
1.56 8309
0.02 8309
0.008309
" 0.01 8301
0.018309
0.108309
" 2.82 8310
0.29 8310
1.57 8310
28.50 8319
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64.828319
26.008307
8.008307
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138.438302
0.138211 	
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1.508219
0.40 8219
0.148203
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0.278319
0.12 8201
0.30 8310
37.578319'
6.888119
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0.11 8203
0.098204
0.758102 ""
0.20 8210
0.04 8315"
0.02 8211
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12.738307"
0.238202
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0.078309
0.83 8319
0.69 8103
0.528202
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0.22 8105
0.01 8309
0.05 8203
"139.808304
0.01 8309 .
0.688202
0.038202"
0.008003
0.91 B319
395.95 8319'
0.69 8310
0.208003
0.14*8202
313.00 8304
0.098211
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5.558119
0.25 8310
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5.008114 "

ASS























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3317
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                          Page 0-71

-------
1995 BRS Data (GM Form) - TC Metai-Oniy Wastes Managed Off Site
     ^	^	
VWM
0006
0006
0006
0006
0006
0006
0007
0007
0007
0007
0007
0007
0007
0007
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0007
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0007
0007
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0007
0007
0007
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0007
0007
0007
0007
0007
0007
0007
0007
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i Code! Syne
M141
M049
M132
M111
M019
M019
M141
M141
M141
M
M141
M141
M141
M141
M141
M141
M141
M141
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M141
M141
M141
M141
M141
M141
M141
"M141
M14l"
M141
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M141
M141
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M141
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M043
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M061
M061
M112
M112
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M132
M071
M071
M071
M079

WIT560012247
WVD060582291
WVD060682291
WVD072693070
W5571924179
WYD098805948
AK12100221S7
AK1210022157
AK1210022157
AK1 570028638
AK1 570028646
AK1S70028646
AK1 570028646
AK1 570028646
AK1570028646
AK1570028646
AK1 570028646
AK1 570028646
AK1 570028646
AK1570028646
AK1S70028646
AK1 570028646
AK6210022426
AK6210022426
AK6210022426
AK6210022426
AK6210022426
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AK6210022426
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AL4210020562
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AL7210020742
AL7210020742
AL7210020742
AL7210020742

0.05 BOW
0.11 B309
0.00 B309
1.15 B119
0.18 B309
0.01 B309
0.988309
0.02 8310
0.22 B310
21.26 B1 19
0.01 B101
0.28 B101
0.01 B101
0.04 B101
0.70 B101
0.01 B210
0.23 B210~
0.03 8210
0.12 B210
0.13 8310
0.34 8310
0.07 B310
0.01 B003
0.00 B003
0.01 8109
0.20 8109
0.108206
6.008211
1.058309
0.58 8309
0.05 B309 "
' 0.01 B309"
0.18 B309
5.07 8309
0.44 8206
0.138211
2.328211
0.008309
0.13 8310
0.49 8310
0.17 B310
0.24 8310
0.58 8310" '"
0.088310"
0.21 8310
0.01 8310
1.858403
2.29 B403 	
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0.00
0.02'B113
0.01 8211
0.92 B316
0.64 B304
0.00 8401
0.03 B310
0.16 B310 	
0.04 B1 14
0.008319
1.158319"
0.51 8106
0.02 B001
0.528303
0.56 8303
0.68 8303
0.01 8210
0.01 8319
0.11 8310
0.06 B211
0.02 8211
0.39 8310
0.12 8319" "
0.00 B102
0.058209
0.078310
1.558301
0.34 8310
0.01 8119
0.008119
0.068319"
0.28 B102

8221
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                           Page 0-72

-------
1995 BRS Data (GM Form) -TC Metal-Oniy Wastes Managed Off-Site
WntoG
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0.05 831 9
0.01 8409
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0.47 B310
9.82 B310
2.57 B310
0.008009
0.21 8009
0.80 B519
63.88 B319
0208211
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9.488403
0.72 8310
028 8302
0.23 B407
5.48 8319
3.83 8319
168.58 8504
25.20 8307
39.468114
317.27 8301
1.048310
0.008003
0.028003
0.658307
36.008319
1 .898307
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1.838310
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0.49 8105
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23.48 8103
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20.75 8319
1.58 8310 "
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0.258603
0.01 8207
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0.71 8316
0.02 8319
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0.72 8103
1.68 B103
0.378309
0.00 8309
0.04 8310
0.47 8310
0.16 8310
0.01 8310
0.018316
1.768510
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0.128210
1.56 B219
0.03 8319
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9199
9199 ' "
9199
9199
9199
9199"
9199
9711
9711
9711
9711
9711
9711
9711
9711
1 Sana Code I Origin Code
AS8
A57
A99
A22
A22
A22
A94
A94
A29
A78
A21
A2l"
A29
A21
A53
A53
A29
"A09
A75
A93 2
A23 1
A69 2
AS3 2
A94 " 'l "
A94
A40
A38""
A09 "
A09
A09
"A21
A09 	
A21
A29
A29
A29 ~
A29
A53
ASS
A22 "
A22
'A53
ASB
AOS
"A56
ASB
A38
"ASB
A21
"A21
A56_ 	 "_"_ 	
TVSB
A24
A71
A22
ASB
A19
'A32
ASB 	
ASS
'A01
A01
"A27
A57 1
A01
"A01
ASS
ASS
ASS
ASS
ASS
A55
A58
A21
ASS
A58"""
'ASB
A99
A99
A01
ASB
                           Page D-73

-------
1995 s3RS Data (GM Form) - TC Metal-Only Wastes Managed Off Ska
VUMaCode
0007
0007
D007
0007
0007
0007
0007
0007
0007
D007
0007
0007
0007
D007
0007
0007
0007
0007
0007
0007
0007
O007
0007
0007
0007
0007
0007
0007 '
0007
0007
0007
0007
0007
0007
O007
D007~~
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
D007
D007
O007
0007
0007
0007
0007
D007
0007""
0007
0007 	
0007
D007~
D007
0007'
3007
0007
obin~
D007
0007"
0007 	
0007
0007
0007
0007
0007
0007
0007
0007'
0007
D007
0007
0007
0007
ISyttB
Ml 29
M132
M132
M043
M043
M141
M141
M141
M019
M141
M041
Mill
M111
M111
Mill
M132
M041
M043
M141
M141
M141
M141
M141
M141
M141
M061
M132
M132
M019
M049
M129
M043
M074
M074
M043
M129
M141
M141
M061
M141
M019
M019
M032
M053~
M053
M071
M071
M141
M141
M141
M014
M014*
M014
'M124
M043
M043~
M141
M141
'M121
M049
M141
'M021
M039
M129"
"M129
M129
M132
M132
M141
"M125
Ml 25
"M129
"M
M051
M079
M049
M132
M132
M129
M141
M141
nTypel  EPAID | Volume (Tcn)l Fam Codal SIC CedISeieBCndIOtfciln Coda
AZ4570024055
AZ4S72190029
AZ4S72190029
AZ8170024493
AZ8170024493
AZB170024493
AZ8170024493
AZ9573124055
AZD000625715
A2D000625715
AZ0000628S60
AZD009000050
AZD009000050
AZ00090000SO
AZO009000050
AZD009000050
AZO009005224
AZD018517698
AZD0414S855S
AZDOS87B70B6
AZOOS87870B6
A2O058787086
AZD058787086
AZD063276000 '
AZO063276000
AZD09123S457
AZO0971 16362 "
~ AZD0971 16362
AZD98073S179
AZO980B14479
AZO980B14479
~ AZD980B81163
AZD980B81163
AZ0980B81163
AZD980B86477
AZD981462591
AZD981462S91
AZD981582216
AZD982320202
~" "AZD982328387
AZD982400889
AZD982400B89
AZD982468035
AZD982468035" '
AZD98246B03S
AZO98246B03S
'AZD982468035 '
AZD982468035
AZ0982468035
"AZD982471062
AZD982486169
AZ0982486169
AZO982486169
AZD982S19746
*AZD983468166
AZD983468166
CA0000066373
'CA0000197988
CA11 70090020
CA1170090210
CA2170023202
CA2170023236
CA2170023236
CA2170023236 "
CA2170023236
CA2170023236
CA2170023236
CA2170023236"
CA21 70023236
CA21 70023533
CA2170023533
' CA2170023533
CA21 70090011
"CA2170090011
CA2170090011
CA2890012584
CA2890012584
CA3S70024551
CA4170023788
CA4170090027
CA4 170090027
0.01 8319
0.01 B319
0.02 B319
0.41 B309
0.01 B319
0.01 B316
0.82 8319
0.10 8319
3.638307
5.35 8310
2.068304
2.23 8307
4.75 8310
8.28 8516
1.08 8516
'10.62 8319
0.228114
0.56 8310
14.11 8302
0.05 8301
30.848306
0.45 8319
0.228504
0.808113"
0.80 8310
0.488409
4.508307
0.708307
0.458307
0.09 8310
1.15 8103
" 9.93 8310
0698119 "
70.128119
1.308310
"6.028002
6.68 8319
0.02 8001
0.018002
0.03 8001
1.92 8106
2.05 8106
" 5.458119
1.20 8310
23.40 8319
10.94 8103
15.36 8103
" ' 0.91 8103"
0.74 8608
4.32 8119
17.048103
21.428103
2.208114
1.038114 "
1.698310
~ 0.508310"
0.21 8101
0.13 8319
1.908209
0.07
0.01 8310
0.46 8219
0.208502
0.038307
0.058307
0.00 8316
0.03 8307
0.828502
0.01 8316
0.75 8309
15.508309
" ~ 6.33 8310
0.008001
0.00 8203
0.028009
2.038302
113.958302
0.63
1.938202
0.34 8001
0.27 8203
9711
9199
9199
9711
9711
9711
9711
9711
3471
3471
4931
3724
3724
3724
3724
3724
3069
3728
3519
3324
"3324
3324
3324
3444
3444
3674
2819
2819
3679
3728
"3728
' 3721 '
" 3721"
'3721
4581
7699
7699
3452
8071
8062"
3429
3429
4512"
4512 '
4512
4512
4512
4512
ASS
ASS
A58
ASS
A91
AS7
A57
A99
A22'
A22
A59
" A92
A71
A76
A92
AS6
A94
ASS
AS9
AS3
A03
ASS
A76
' A38
A21
A19
AS6 "
AS6
A29
A21
A26
A55 	
A05 "
A29
A71
ASS
A29
A58 " '
ASS
A94
A01
A01
A78
A71
A01
A27
"A27
A27~ ""
4512 A27 " 1
3714
3471
3471
3471
3695
3724
3724
9711
3999
9711
"9711
9711
9711
"3724
3724"
3724
9711
3724
3724
9711
9711
9711
9711
9199
9199
9199
9711
"9711
9711
9199
9999
9999
A06
" A31
A31
A37
A92
A21
A29
A29 	
ASS
~_ A5B

ASS
A59
A76
" A40
A56
ASS
' A40
A76
A5B
"ASS
ASS
"~A32 '
A59
A59
A59
"A49"
A49

A58
A03"
A40
                           Page D-74

-------
1335 SRS-Oata (GM Forfn) - TC Metal-Only Wastes Managed Off Site

0007
0007
0007
0007
0007
0007
0007
0007
D007
0007
0007
0007"
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
3007
0007
0007
0007
0007
0007"
0007
0007
0007
0007
D007
0007
D007
D007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007 ~
0007
0007
0007
0007'
0007
0007
0007
0007
0007
0007
0007"
D007
0007
0007
0007
0007"
0007"
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
D007
0007
0007
codeisnu
M141
M141
M141
M141
M141
M141
M141
M141
M141
M141
M141
" M141
Ml 19
M119
M119
M011
M039
M019
M039
M039
M039
M132
M132
M124
M132
M141
'M129
M132
M129
M129
M129
~"M129
M129
M129
M129
Ml 29
M129
M131
M132
M132
M141
M099
M
M
M
M039
M079
Ml 19
M121
M125
_ M125
~ M129
M129
"M129
M129
' M129
M129
M132
"M132
M132
M132
M132
M132
M132
""M132
M132
M132
M132
Ml 41
M141
M141
' M141
~M141
M141
M141
M121
M129
M129
M132
M132
M129
mTvoel EPAD | Volume (TomiJFfcnnCadalSC Co
CA4170090027
CA4170090027
CA4170090027
CA4170090027
CA4170090027
CA41 70090027
CA4170090027
CA4971520834
CA4971 520834
CA4971520834
CA4971S20834
CA5170022573
CAS210020843
CA5210020843
CA5210020843
CAS213790038
CA5570024575
CA6170023109
CA6170023109
" CA6170023109 "
CA6170023109
CA6170023109
CA6170023109
CA6170024289
CA6170024289
CA61700243B8
CA6170090421
CA6570090047
CA7170023330
CA7170023330
CA7170023330
CA7170023330
CA7170023330
"CA7170023330
CA7170023330
CA7170023330"
CA7170023330
CA7170023330
	 CA7170023330
CA7170023330
CA7170023330
CA7170024S28
' CA717002477S
CA717002477S
"CA7170024775
CA717002477S
CA717002477S
CA71 70024775
CA7170024775
CA7170024775
CA717002477S
CA7i76024775
CA7170024775
CA7170024775
CA7170024775
CA7170024775" "
CA7170024775
CA7170024775
CA7170024775
CA7170024775 "
CA7170024775
CA7170024775
"CA7170024775
CA7170024775"
CA7170024775
CA717002477S
CA7170024775
CA7170024775
CA7170024775
CA7170024775
CA7170024775
" CA7170024775
CA7170024775
CA7170024775
CA7170024775
"CA7170090016
CA7170090016
CA7170090016
CA7210020759
" CA7210020759
CA81 70090023
0.02 B203
0.008207
0.60 B309
4.63 B316
0.45 8319
0.05 8403
0.088403
0.00 8319
0.026403
0.14 B409
0.00 B409
0.05 B310
1.348310
0.11 8310
0.04 83.19
'2.64 8309
0208211
0.11 B319
1208307
2.46 8319
3.68 8319
47.188319
0.70 8319
0.06 B209
5.578310
0.57 BIOS
"" 0.00
12.158319"
0.09
0.35
0.00 8319
0.00 8319
0.058319"
0.008409
0.08 B409
0268409
0.08 B409
0.61 8110
0.09 BIOS
0.61 8319
0208519
0268114
3620
2221
5228 B319
49.638114
0.44 B106
0.03 8319
0.278319
0.65 8319
0.io"B409 "
~ 	 " 0.03B103
0.00 B1 19
0.168119
0.00 B210
0.01 8319
0.80 8519
0.04 B306
0.00 B316
3.808316
1.008316
0.52 8319
0.00 8319
"0.01 B319 "
0.06 B319
0.29 B319
2.64*8319
0.19 B409
0.67 B301
0.10 8301
0.19 8301
	 16.008302
0.00 8316
0298319
0.06 8319
0.07 8310
0.00 B310
0.80 B310
0248203
2.50 B319
0.078309
9999
9999
9999
9999
9999
9999
9999
9199
9199
9199
9199
9711
9711
9711
9711
9711
4581
3731
3731
3731
3731
3731
3731
"" 9711
9711
9711
9999
3721"
9999
9999
9999
9999"
9999
9999
9999
9999
"9999
9999
9999
9999
9999
9711
	 3731
" " 3731 "
3731
3731
"3731
3731 "
3731
'3731
"" 3731
3731
3731
3731
3731
"~ 3731""
3731"
3731
3731
' 3731
" 3731
3731
3731
""" 3731'
3731
3731
3731
" 3731
3731
3731
3731
3731
3731
3731
3731
9711
9711
9711
'3483
' 3483
9711
tot Sourca Cadtl Ortahi Coda
A40 1
A57 1
ASS
ASS
A02
.A02
A02
ASS
ASS
ASB
ASB
AS3
ASS
ASS
ASB
ASS
A57
A49
A60
A29~
A29
A29
*A29
ASB
ASS
A29
A64
A69'

A64
AS7
" A84"
A64
A64
A64
'A64
'A64
A64
A64
A64 	 ~"
A64
A94

' A63
A64
A99
A93
A99 	 "
A99
'AW
AW
"AW"""
"A57
A93
~A99
" "A93 	 "
AW
A57
AS7
A99 ~
A99
A57
'AW
"AW
AW
A93
AW
" AW"
'A99
A99
"A99
'A92 "
AW
A93
AW
'A53 	
"AS3
ASS
'A09
"~A08
ASS
                           PageD-75

-------
1995 BRS;Pata (GM^otfri) - TC Metal-Only Wastes Managed Off Site

D007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
O007
0007
0007
0007
O007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007 "
0007
0007
O007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007"
O007~
0007
3007
9007
D007
9007
9007
D007~
0007
D007
D007
0007
D007
0007
0007
0007
0007
0007
0007
D007~
D007
Coda tlyitMii Type
M141
U141
M132
M132
M132
M132
M141
M141
M141
M141
'M141
M141
M141
M141
M132
M
M141
M141
M129
M043
M074
M074
M129
M129
M129
M129
M129
M132
M132
M141
M141
M141~
'M022
M041
M129
"M129
M071
M084
M111
"" M019
~"M019
M132
' 'M141
" M141
M043
Mill
M052
	 M043
"M071
M071
M071 	
M079
M141
"M07l" "
M129
M141
M043~ "
M051
'M123
" M079
M041
" "M041
M071
"~M07f 	
	 M "
M032
M053
M019
M029
"M071
M129
M141
~M019
M019
"M119
M019~
M111
~M039
M039
M132
M042
EPA ID
CA8210020436
CA8210020436
CA8210020832
CAB210020832
CA8210020832
CA8210020832
CA8210020832
CA8210020832
CA8210020832
CA8210020832
CA8210020832
CA8210020832
CA8210020832
CA8210020832
CA8890016126
CA9170023130
CA9170024740
CA9170024740
CA9170090022
CA9570025149
CA9570025149
CA957002S149
CA9570025149
CA957002S149
CA9S7002S149
CA957002S149
CA9570025149
CA9570025149
CA9S70025149
CA9570025149
CA957002S149
CA957002S149
CAO000030494
CAD000030494
CA0000041863
CAD000041B63
C^^D00005GOG9
CAO000094243
CA0000094243
CA0000097287
CAD000097287
CAD000097287
CAD0000992S9
CAD000099259
CAD0001 07268
CAO0001 07268
CAD000626812
CAD000627273
CA0000627273
CA0000627273
CAD000827273
CAD000627273
CAD000627273
CA0000627752
CAD000627752
CAD000627752
CAD001425206
CAD002909414
CAD002909414
CAD00541S633
CAD008237S96
CAD008237S96
CA0008237596
"CAD008237596
CA00082379SO
CAD0082S8626
CAO0082S9S58
CAD008261125
CAD008268302
CAD008268302
CAD008268302
CAD008268302
CAD008278236
CAD008286551
CAD008301467
CAD008301947
CAD008301947
CAD008314908
CAD008314908
CAD008314908
CAD008322737
Volume (Tant)| FOOD
0.03 B309
0.97 B309
4.09 B310
6.33 B310
13.05 B310
5.85 B310
0.01 B003
0.01 8210
0.06 8310
0.92 B310
0.83 B310
0.23 B310
0.00 B403
0.00 B409
0.91 B105
0.01 B319
0.01 B209
0.02 B310
0.04 8319
0.01 B404
0.06 B207
0.07 B207
0.06 B207
0.07 B207
0.01 B207
0.00 B409
0.01 B504
0.01 8409
0.01 8409
0.05 B207
0.55 B207
0.00 8409
1.58 8113
0.25 B1 13
0.00 8202
0.04 B319
3.44 BIOS
127.198114
30.68 B319
3.91 B519
1.588519
2.44 B310
0.928113
0.46 B1 13
0.388409
0.45 B319
0.288209
0.16 B319
18.44 8102
1 .808102
4.79 B1 19
3.12 B102
0.05 8319
76.958119
0.33 8315
8.078319
0.43 B319
0.338206
0.78 8315
" 0.88 B207
11.248102
4.06 B102
0.48 B102
6.19 B102
3.25 8302
14.60 8205
1.858316
0.65 8519
7.558319
21.61 8119
0.29 B310
0.25 B1 10
0.35*8310
8.47 8103
2.88 B519
1.05 8103
0.53 8308
0.608603
0.668603
25.85 8307
1.93 8604
Coda) SIC O
9999
9999
9199
9199
9199
9199
9199
9199
9199
9199
9199
9199
9199
9199
8221
9711
9711
9711
9711
9199
9199
9199
9199
9199
91.99
9199
9199
""9199
9199
9199
"9199
" 9199
3764
'3764
2841
2841
3083
2819
2819
3593
' 3593
3593
2835
2835
3399
3399
3625
3728
3728 "
3728
3728
3728
3728
3728
3728
3728
3679
3479
3479"
3211
'2891
2891
2891
"2891"
3471
3398
3471
3411
3728
3728
3728
3728
3471
3471
3429
"3053
3053
3511
3511
3511
3
d| Some Code I Origin Coda
ASS
ASS
ASS
ASS
A58
ASB
A58
ASB
ASS
A56
ASS
ASB
ASB
ASS
A22
ASB
ASS
ASS
A91
A99
A99
A99
A99
A99
A99
A99
A99
A99
A99
A99
"A99
A99
~A05
A05
A94
A94
A94
A09
AS7
AM" -   -
A29
AS3
A35
A35
A40
A40
A21
' A29
A19
A59
A99
" A19
"A29
A37
A56
' A56
A75
"A29
A01
A04 	
"A57
A57
A09
A09

'AOS
' A22
"" A38
A59
A37
A53
"" A03
A32
A22
A22
A09
A91
A38
A38
A40 ' 1
r28 A21 1
                            PageD-76

-------
1995 BRS Data (GM Form)- T-C Metal-Only Wastes Managed Off Site
WM
0007
0007
0007
O007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
D007
0007
0007
0007'
0007
D007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
3007
0007
0007
0007
0007
0007
0007
0007
0007
D007
0007
0007
D007
0007
0007
0007
0007
D007
0007
0007
0007
0007
iCode|SyiMmTyi
M043
M132
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CA0008334781
CAD008354052
CAD008362634
CAD008368896
CAD008369050
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CAD008378044
CAD008378044
CA0008376044
CAD008378044
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3.858302
8.40 B307
1.40 B319
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3.68 B209
19.09 B310
6.33 B319 	
33.33 B106
353.15 B106
417.39 B1 14
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9.88 B319 :
10.52 B319
7.88 B319
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4.40 8319
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80.10 8409 ~
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0.48 B105
0.09 8319
0.408307
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0.408319
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3.87 BIOS
0.07 8310
31.658119"
10.39 B319
1.09 B205
9.13 8205
0.00 B001
1.778603
2.048603
3.00 8319
0.028001
0.028001
0.01 8001
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0.60 8319
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3728
3728
3562
2911
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3812
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3721
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1
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1
                           PageO-77

-------
1995 BRS Data (GM Form) - TC Meta;-Cn!y Wastes Managed Off Site

0007
D007
0007
0007
D007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007"
0007
0007
0007
3007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007 "
0007
0007
0007
0007
O007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007"
0007 "
3007
0007
0007
0007
0007
O007
D007
0007
0007
0007
0007
0007
0007
0007
O007
O007
lodelSyrtnt
M141
M041
M043
M141
M141
M077
M032
M043
M141
M078
M141
M043
M043
M043
Ml 19
M132
M141
M132
M132
M132
M043
M132
M132
M019
M019
M123
"M132
"M132
M
M
M132
Mill
" "M111
M129
M129
M132
M141
MOT1
M071
M119
M141
M071
M141
" M043
M132
M141
M049
M132
""M111
M042
M014
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M043
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"M079
M079
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" M132
M132
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M111
"M132 "
M129 '
M132
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CAD009679077
CAO010705143
CA001070S143
CA0010705143
CAO010705143
CA0010938165
CAO028019149
CA0028489045
CAD028981967
CA0029910734
CAO0391 38797 '
CAO041512427
CA0041S12427
CA0041512427
CA0041S12427
CAD041666819
CA0041666819
CAO043237486
CAD043237466
CA0044B67G04
CAO044869469
CA004S2S6187
CA004S521184
CAO046056BS3
CAD046056883
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CAO048456941
' CAO048456941
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" CADOS3049490"" '
CAD053049490
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CA0060762432
CA0060897063
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CAD061623229
CAD063109243
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CA0074103771 '
CA0074103771
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CA0076528678
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CA0077184745 '
CA0077966349
CAD077966349
CA0080079601
CA008651000S
CA0086510005
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CA0086S10005
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1225B114
0.50 8201
0.40 B319
0.01 B31S
0.56 B409
0.47 B1 13
3.62 B103
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8.10 B319
1.42 B106
0.08 B310
2.05 B301
3.42 B310
1.00 B319
40.76 B519
0.86 B310 ""
0.06 B310
59.30 B319
24.70 B319
0.15 B409
0-25 B319
0.79 B302
6.13 B106
35.52 B119
0.12 B316
1.50B316
21.56 B319~
' 16.37 B319
0.19
37.83
0.14 B310
14.51 B304
27.57 B319
0.23 B105
0.69 B105
0.06 B310
0.04 B409
19.50 B103
11.68 B114
1729 B319"
1.06*6105
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0.91 B319
0.65 B519
0.52 B319
0.53 B319
33.72 B1 14
2.81 B507
0.04 B315
0.irB315
1 .708409
0.25 B209
1.71 B307
720B119
3321 B1 19
2.64 B316
3.30 B307
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1.72 B406
2.70 B511
1.108307
0.98 B409""
3.41 B409
67.70 B409
138.808409
0.04 B003"
0.38 B310
2.70 B310
222.10 B319
" 8.25 B603
024B106
3.45 B505
0.528114
020 B319 ""
23.34 B103
0.46 BIOS
1.19 B316
1.85B114
0.59 B302
3721
3812
3812
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3674
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3231
2819
3471
3679
3728
3728
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3671
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A93
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                          Page D-78

-------
1995 BRS Data (GM Form) - TC Metal-Only Wastes Mahagea Off Site
VMatoCo
0007
0007
0007
0007
D007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
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0007
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0007
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0007
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0007
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0007
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0007
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0007
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0007
3007
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0007
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0007
0007
0007
0007
3007
0007
D007
D007
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0007
0007
O007
0007
0007
0007
0007
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0007" '"
0007
0007
0007
0007
0007
0007
0007
0007
0007
delSysteaiTyi
M141
M141
M013
M019
M019
M079
M032
M111
M141
M141
M141
M071
M071
M079
M061
M132
M141
M019
M061
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M079
M141
M141
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M043
M043
Ml 19
"Ml 19
M132
M132
M061
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M132
M141
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" M019
M061
M132
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M111
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M042
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M084
M043
M132
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M071
M071
M141
M141
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M141
" M132
~M129~
M019
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Ml 32 "
M077
M132
M019
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M141
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l EPA ID IV
CAD981369739
CAD981 369739
CAD981 369853
CAD981369853
CAO981369853
CAD98137B7B9
CAD981388655
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CAD981412828
CA0981412B28
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CAD981419013
CA098142S580
CA0981448764
CAD9814S2568
CAD9814S2S68
CAD981657778
CAO9816843B4
CAD981690019
CAD981691108
CA0981691108
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CA0981974918
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CAD981990765
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CAD982467011
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tarn (Tooi)| Ferni Cade
1.13 B403
2.50 B513
2.80 B319
10.80 B106
20.80 8106
3.44 B219
0.29 B409
025 8316
0.10 8310
0.038319
0.108319
359.66 8102
33.72 8102
1.978103
0.098405
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0.19 8319
0.20 8519
8.758407
0.308310"
54.56 8101
11.61 8409
1.208409
0.158310"
0.96 8310
0.44 8310
31.118603
37.59 8603"
0.71 8319
1.588319
0.40 8310
0.068409
2.70 8319"
6.35 8319
1.61 8106
1.008319
22.648204
8.028319
89.448504
0.018316'
1.85 8319
1.83 8106
0.20 8406
5.96 8310
3.608310
8.00 8101
0.01 8310
0.15 8319
1.188310
37.358113
1.898114
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0.36 8310
3.78 8319
5.81 8319
0.01' 8310 "
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3.60 8103
3.60 8103
0.038310 '
0.24 8110
4.36 B307
0.04 8316
0.338316
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0.20 8219
0.00 8319
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2.65 8319
0.09 8319
167.11 8306
0.598114
26.988309
0.258404
0.35 8319
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3.58 8609
0.75 8310
1.108310
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0.138114
| SIC
3446
3446
3471
3471
3471
3443
3672
3442
2037
2037
2037
3721
3721
3471
3452
3674
3674
3491
3444
3471
2891
2891
2891
3469
2891
2891
3452
3452
3471
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3471
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3728
3728
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3728
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3672
3672
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3479
4911
3679
3724
9199
9199
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2891
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8711
8711
3674
4911
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A56
A56
A93
A56
A59
A59
A49
A32
ASS
A29
A99
A01
A01
A23
A21
A53
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A92
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A59 2
                           Page D-79

-------
1995 BR3 Data (GM Form) - TC Metal-Only Wastes Managed Off Site
Wsste Code (System Typo | &>AID 1
0007
0007
0007
0007
0007
0007
0007
0007
0007
D007
0007
D007
D007
0007
0007
0007
0007
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0007
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0007
0007
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0007
0007
0007
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0007
0007
D007
D007
0007
M141
M141
M125
M043
Mill
M111
M111
M129
M043
M043
M043
M043
M043
M043
M043
M043
M043
M071
M071
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M071
M077
M111
'Mill'
M111
M111
M111
M111
M111
M111
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M111
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M111
	 M111
M111
' M141 '
	 M141
M141
"M1 41
""" M141
M141
M141
M141 	
M141
'M141
M141
M141
M141
M109
M121
M052
" M132
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M141
" M141 ""
M111
M111
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M043 "
M111
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M111
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M071
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CAT00061B900
CAT000624122
CAT000624916
CAT000626549
CAT000626549
CAT0800123S4
CAT080012354
CAT080012693
CAT080014079
"CAT080014079
CAT080014079
CAT080014079
CAT080014079
CAT080014079
CAT080014079
CAT080014079
CAT080014079
CAT080014079
CAT080014079
CAT080014079
CAT080014079
CAT080014079
CAT080014079
' CAT080014079
CAT080014079
CAT080014079
CAT080014079
CAT080014079
CAT080014079
CAT080014079
"CAT080014079
CATOB0014079
CAT080014079
"CAT080014079
CAT080014079
CATOB0014079
CAT080014079 "
CAT080014079
CATOB0014079
CAT080014079
CAT080014079
CAT080014079
CAT080014079
CATOB0014079
CAT080014079
CATOB0014079
CATOB0014079
'CAT080014079
CAT080014079
CAT080014103
CAT080014103
CAT080014145
CAT080022171
CAT080031461
"CAT080031461
CAT080033392
CO9571924191
C09571924191
COD007056252
COD007058167
C00007061294
C00007073901
COD007084973
COD076470525
C00076470525
C000783416S8
COD078341658
COD078341658
COD078341658
COD07834165B
COD0783416S8
COD078341658
COD07B34165B
COD082657420
COD980962088
" COD980962088
COD980962088
COD980962088
COD98096208B
COD981543804
COO983777731
Volume (Tens) I Fonn Code 1 SIC C
0.50 8302
0.098409
1.808319
0.01 8409
10.67 8319
0.20 8319
2.00 8319
20.888119
0.738404
0.048409
0.938409
0.098409
0.198409
0.098409
0.11 8409
0.44 8409
0.368409'
0.10 8106
0.608106
0.208106 "
2.80 81 14
1.608114
0.12 81 14
" 2.708302 '"
4.508302
0.408307
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3.848316
2.40 8316
0208319
1.598319
4.20 8319 ~"
1.008409"
0.108409
0.11 8519
0.058519"
0.38 8310
0.41 8310*
0.57 8310
6.438409
2258409
0.668409
2288409
0.26 8409" "
0228409
0.228409
0228409
~ ' 0.288409
0.20 8519
0.02 8319
0.01 8004
0.70 8319
1.658519
131.81 B302
1.62 8319
0.128113"
0/188307
0.028309
28.35 8101
0.30 8319"
2.53 8513
3.008505
0.77 8310
6.60 8316
1.448409 "'
1.668113
0.528310
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0.14 8319
0.05 8319
0.47 8319
0278319
0.07 8319 ~
2.06 8103
0.68 8119
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0.45 8319
1.008319
0.48 8319
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4911
3728
3229
3511
3511
3479
3479
4512
2911
3825
2834
2834
2834
2834
2834
2834
2834
2834
2834
2834
3724
3728
8221
" "2879 "
4214
3567
3489
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3843
3728
8221
2911
8711
8711
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3671
3624
3624
3624
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2891
"2891
2891
2891
2891
2891
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2891
3724
3452
3452

3728
8221
8221
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9711
9711
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3569
3471
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2869
2869
3861
3861
3861
3861
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3861
3471
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3499
3499
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A69
A29
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A92
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A29
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A56
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A94
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A94
A21
A21
A21
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" A59
A69
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A53
A53
A59
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A53
A53
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" A92"
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2
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                           Page 0-80

-------
199* BR& Pata^GM Form} - TC Metal-Only Wastes Managed Off Site
WMB Code I small Tvnal EPAOX IVi
0007
D007
D007
0007
0007
0007
0007
0007
0007
0007
0007
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M125
M141
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M121
M133
M132
M124
M041
M041
M043
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M079
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M077
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" M141
M141
M141
M141
M141
C00983777731
CT21700221B8
CT68901 13792
CTD000844407
CTD000844407
CT0001 144062
CTD00114S267
CTD001 145341
CTD001 147495
CTD001 147495
CTD001 147495
CTD001 147842
CTD001 147842
CTD001 148303
CTD001 148717
CTD001 148717
CTD001 149277
CTD001 153840
CTD001153840 *
CTD001154558
"CTD001154558
CTD00115455B
CTD001 154954
CTD001 155225
CTD001 155225
CTD001 155225
CTD001 159557
CTD001 159557
CTD001 160811
CTD001 162395
CT0001162395
CTD001162460
CTD001 163732
CTD001164599
CTD001164599
CT0001166826
CTD001 180728
CTD001 181502
CT0001 183300
CT0001 185164
CTD001449511
'CTDOOI 449511
CTD001449511
CT00014495l'l ""
CTD001449511
CTD001449735
CTD001449735
CTD001449735"
CTD001449784
CTD001449784 '
CTD001 449784
CTD001450154
CTD001450154 "
CTD001451392
"CTD0014S1392 *
CTD001451855"
CTD001453711
CTD001454032
CTD001454032
CTD001B40974
CTD00184OB74
CTD003935905
CT0010170363
CTD010170363
CTD010170363
CTD010170363
CT0010174613
CTD010174613
CTD010174613
CTD01 8625632
CTD01 8625632
CTD042279539*
CT0042279539
CT0042279539
CTD042279539 '
CTD042279539 ""
CTD042279539
CTD042279539
CTD042279539
CTD042279539
CTD042279539
ton* (Ton*)) FeonCc
1.44 B403
0.00 B119
0.01 B319
0.45 B319
1 .258119
2.40 B307
0.66 B319
1.16 B114
0.85 B1 14
0.14 B1 19
0.30 8316
9.23 B114
4.98 B1 14
0.15 B102
0.40 B307
0.10 8307
025 BIOS
3.00 B310
9.53 B319
4.13 8207
1.10 B105
0.11 B310
2.388305
31.70 B119""
3.80 8319
0.60 B319
0.20 81 19 "
0.258319"
0.06 B106
1.838113
0.92 B1 13
"~ 8.42 B103
9.66 B603
0.04 8316
0.47 B310
1.61 8102
025 8505
0.10 8001
4.288113
15.008119"
1.788119
5.06 B319
1.888114
~ 27.31 8319"
6.728302
7.648307
2.628307
"" ~ 9.78 8302
3.50 8307
121 8202
1.088307
0.94 B219
4.468209
11.688119
14.34 B1 19
"12.478119"
0.02 B001
0.458404
0.45~B404 "
0.66 B119
7.55 B319
4.78 B106
3.44 B1 19
1.86B319
7.96 B119 
1.61 B319
77.21 B102
"~ "0.27 B310 '
0.41 8310
0.008001
1.04 B102
"0.15B310
0.25 B1 14
0.258114
0.60 B319
3.338319
0.30 8319
1.63 8319
0.61 B319
0.52 8319
0.21 B319
dej SC Codtl Source Codal Origin Coda
2531
9199
8731
3724
3724
3471
'3621
3728
2833
2833
2833
' 3731 "
3731
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3562
3562
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3432
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3479
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3479
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A35
A51
ASS
A59
A22
A29
A21
A34
A34
A34
A09
A39
A69
A22
A22
A03
A22
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A26
A78 	
A99
A99
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ASS
A01
A29
A29
A37
ASO
A58
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A23
A22
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ASO
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A29
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                          PageD-81

-------
1995 BRS Data (GM Form) - TC Metat-Qriiy Wastes Managed Off Site
WMaCoi
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
D007
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M141
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M071
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M141
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M141
Type) EPAID ivoui
CTD042279539
CTD046233003
CTD046233003
CTD046233003
CT0052541695
CT0052541695
CTD052541695
CTD052704335
CT0056748205
CTD056748205
CTD056748205
CTD056748205
CTD05B516733
CTD058516733
CTD058516733
CTD05B516733
CT0059831479
CTD060022944
CTD061749644
CTD062204S73
CTD062204573
CTD062204573
CTD063392955
CTD063392955
CTDOB3392955
CTD065529158
CTD065529158
CTD065S29158
CTD065529158
CTD06552915B
CTD085S29158
CT0065S29158
CTD065529158
CT0072138969
CTD095529954
CTD107252272
CT098066B198
CTD980668198
CTD380668198 '
CT0981889538
CTD983866955
CTD983866955
CTD983866955
CTD983866955
CTD983B66955
CTD983870577
CTD983870577
CTO983870577
CTD983871260
CTD983871260
CTD9B3871260
CTD983895608
CT0983895608
CTD983895608
CTD983895608
"'CTD983895608
CTD983895608
CTD990672081
CTD990672081
CTE001161793
DC2200907812
DC8170024311
DC8170024311
OC8170024311
DED003930807
"OED003930807
DED01 1028438
DED01 1028438
"DED040835795
DED054719851
DE0980555122
OED980555122
DED980827919
FL01 70023790
FL2170023244
FL2170023244
FL2570024404
FLS170022474
FL5170022474
FL5170022474
FL51 70022474
 (Tons) | Fern Co*
0.80 8319
25.858119
11.60B502
12.00 B502
2.51 BIOS
0.46 B310
0.21 B310
4.04 B519
12.78 8502
0.178304
0.41 8319
0.28 BSOS
0.498119
0.558119
1.198302
0.49 8319
100.008114
17.40 8504
0.07 8319
0.268119
2.498119
1.268119
6.67 8102
0.73 8519
1.668319
6.46 81 10
0.57 8310 " "
1298310' ""
6.178310
0.18 8205
2.568406
1.16 8406
1.16 8406"
0.51 8319
4.188119
0.08 8209
0.008003
0.648307
0.00 8310
" 1.07 B208
0.50 8106
1298205
0.56 8316
0.568319
0.368407
3.508316
4.75 8316
0.54 8316
0.028003 "
0.028003
0.46 8003
0.50 BSOS
6.70 8519
0238519
0.47 8319
6.14 8319
0.89 8519
1.00 8319
2.15 B319 '
2.008311
424 8307
0.008003
0.008003
0.008003
0.80 B106
0.338302
17.69 8101
625 8101
0.138304
0.008310
11.208319
8114
5.18 8316"
3.328206
0.11 8003
0.27 8409
0.088119
0.01 8203
0.00 8210
0.00 B212
0.01 8310 '
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3479
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3429
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3469
3479
3499
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3714
3714
3714
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3728
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*





1
1
                           Page 042

-------
1995 BRS Data (GM Form) - TC Metal-Only Wastes Managed Off Site

0007
D007
D007
D007
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0007
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3007
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D007
0007

-------
1335 ERS Data (GM Form) - TC Metal-Only Wastes Managed Off Site
WSMB Code ISyiMm Type) EPAID |
0007
0007
D007
0007
0007
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0007
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MUI
MUI
MUI 	
.MUI
M141 	
M141
MU1
M141
"~M043 '
" " M043 	 ~
"M071
M111
""MUI 	
MUI
M141
M141
MU1
" MUI
" M141
M141
M041 " ' '
M041
M041
M111
M061
M129
" M111
FLD046771952
FLD047986593
FL0047966593
FL0047966S93
FL0049765811
FLD053033S93
FLDOS9397448
FLDOS939744B
FLO060240207
FLD064824030
FL0064824030
FLD064824030
FLD064824030
FLD069687242
FLD0719S19S6
FLO0719519S6
FLD092713403
FLD092833151
FLD092833151
FLD092833151
FLO092833151
FLO097382592
FLO98060U21
FLD9806021U
FLD980602114
FLD980842173
FLO98U73606
FLO98U73606
FLD982101933
FLD98210677S
FLD982130379
FLO984167890 "
FLD984171306
FLD984171611
FLD9842S4870
FLD984254870
FLD984258632
FLO984263178
FLD984263178
FL0991279928
FUD991 279928
GA0000081281
GA0210020368
GA0210020368
GA0570024109
GA1570024306
GA321 0020084
GA4170090001
GA4170090001
GA4170090001
GA4210022733
GA4210022733
GA421 0022733
GA7170023694
GA7170023694
GA7170023694
GA7170023694
GA71700236M
GA71 70023694
GA71 70023694
GA7170023694
GA7170023694
"GAB570024606
GA8570024606
GA8570024606
"GA8570024606
GA9210020872
GA9210020872
GA9210020B72
GA9210020872
GA9210020872
GAD000609818
GAD000609818
GA0000614347
GAD000821934
GA0000821967
GAD000821967
GAD000821967
GAD003298684
GAD003300878
GAO003306750
/ohone (Tons) \ Fern Code) SICCodBl Sourca Cede) Ortah Code
0.10 8319
1.75B1U
18.758306
1.058510
6.858304
0.838119
0.57 B319
0.208319
0.198403
0.478114
0.23 B1 14
1.758519
1.008310
0.308113
21.21 8319
4.72 B319
18.72 8409
1.61 8114
0.60 B316
5.04 8310
0.168319
0.80 8512
0.98 8310
1.98 8114 ""
0.748114
0.15 8001
0.558310
" 0.308310
2.008403
85.93 8306
80.66 8302
0.33 B101
1.698114 "
0.978609
0.348309
0.02 8309
5.22 8205
1.888103
2.42 B310
0.80 8307
2.988310
96.108319
0.038309
" 0.088310
1.028319
0.168319
0.16 8106
0.078103
0.02 6209
0.04 B319
0.11 B219
0.08 8309
0.168409
5.408307
0.72 8102
0.14 8209
7.70 8302
3.01 8307
0.21 B309
0.098309
0.008309
0.50 B310
6.10 B310
5.50 8310
43.10 8106
62.40 B319
0.078309
0.57 8309
0.078409
028 8409
0.338409
0.008009'
0.008009
0.55 8310
0.91 8119
8.428119
191.268119
30.808304
1.608209
0.20 8001
15.90 B1 13
3721
3483
3483
3483
2869
2062
3851
3851
3761
3761
3761
3761
3761
8221
2869
2869
3532
3479
3479
3479
3479
3441
3724
3724
3724
3369
3724
3724
3728
3087
4789
3761
3499
2821
7549
7549
3724
3728
3728
7699 '
7699
2819
9199
9199
9711
9711
9711
9711
9711
9711
9711
9711
9711
9711
9711
9711
9711
9711
9711
9711
9711
9711
3721
3721
3721
3721
9711
9711
9711
9711
9711
8099
8099
3841
2819
2273
2273
2273
2893
7699
3714
AS3
A31
A75
A92
A09
AS9
A60
A60
A75
A19
A19
A76
ASS
ASS
A09
A09
AS6
A40
A60
A71
A56
A02
ASS
A29
A29
A49
ASS
ASS
A29
A75
"A29
A57
A37
A60
ASS
ASS
A54
A27
A21
A08
A21
A99
ASS
ASS
ASS
A58
"A03
A23
A29
AS9
ASS
ASS
A59
AOI
A24
A21"
ASS
A01
ASS
ASS
ASB
AS6
A78
A78
A03
A08
A55
ASS
A21
A53
~A59
"AM
"AM
A93
A34
A99
"A99
A99
~A19
A25
A21
2
1
3
1
1
1
1
1
3
1
1
3
2
1
1
1
1
1
1
3
2
1
1
1"
1
1
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1 ""
1
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1
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"i"
i
'i " '
1
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1
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V


2



2
"1
2
2
2
1
1
'1
                           PageO-84

-------
1335 8R3 Data (GW! Form) - TC Metal-Only Wastes Managed Off Site
vyMBCodelSMMiTypal EPA ID I Volume (Ten}iFem Code! SC CotolsaneB Coital 
-------
1995 BRS Data (GM Form} -TC Metal-Griiy Wastes Managed Off Site
1 1 11 1 ! 1 ^1
0007
D007
D007
0007
0007
tX7
0007
D007
0007
0007
D007
0007
0007
D007
0007
0007
0007
0007
0007
0007
0007
D007
0007
D007
0007
0007
0007
D007
D007
D007
0007
D007"
0007
0007
0007 "
0007
0007
D007
0007
0007
0007
0007
0007"
D007'"'
0007
0007
0007
0007"
0007
0007
0007
0007
0007
0007
0007
D007
0007
0007
0007
0007 "
0007
0007 "
0007
0007"
0007" "
0007
0007
0007
0007
0007
0007
0007
0007
O007
0007
D007
D007
D007
D007
0007"
0007
M111
M111
M111
M141
M141
M141
M141
M141
M132
M132
M132
M141
M141
M141
M141
M141
M061
M141
M019
 M132
M141
M141
M999
M999
M999
M141
M141
M141
M141
M141
M141
M141
M141
M141
M071
M079
M119
M043
M141
" M04l"
M042
M043
"M141
M141
M078
M141
M071
' M071"
M061
M141
M141~
~~M141 	
M141
M141
M141
"M132 ""
M043
M
M 	
Mill
M041
M041
M043
MOSl"
M131
M141
M077
M141
M101
M129
M141
M141
M141
M141
M141
M141
M141
M141
M041
M141
M141
HI1 170024334
HI1 170024334
H1 11 70024334
HI1 170024334
HI1 170024334
HI1 170024334
HI1 170024334
H1 11 70024334
HI1170024342
HI1 170024342
HM 170024342
HI3170024340
HI3170024340
HI3170024340
HI3170024340
HI3170024340
HI3170090002
HI3170090002
HI6170022762
HI61 70024339
HI6170024339
HI61 70024339
HI8170090007
HI8170090007
HI8170090007
HI8170090015
HI817009001S
HI817009001S
HI817009001S
HID056786395
"H1D056786395
HID05678639S
IADOOOS10436
1AD000610436
IAD000805168
IAD005266887
IAOOOS266887
IAOOOS268420
IAD005272703
IAD005277249
IAO005278S02
IA0005278502
IAO005278S02
IAO005278S02
IAO005480S61
IAO04S372836
1AD052461225
IAOOS2461225
IAOOS3737532
IAO062761671
1AD062761671
"" IAD062761671 " "
"1AD062761671
IAD062761671
IAO062761671
IAO0858246B8
IA0093107795
'IA009651S440
IAD096515440
IAD096526298
1AD981504285
IAD981504285
IA0981 504285
IA0981504285
IAD981504285
IAO981504285
IAD984566018
IAO9846213B3
IAO984621920
IAT200010924
ID0570025874
ID0570025874
ID3572124557
103572124557
104890008952
ID4890008952
ID4890008952
104890008952
IOD0931 20871
IL1 570024272
IL 1570024272
itotame (Ton)| ram Coda | SIC Codal Sou
1.308319
0.11 B407
0.00 B409
0.13 B209
0.05 B310
0.03 B319
0.02 B403
0.08 B409
0.39 B303
4.26 B303
7.18 B303
0.00 B119
0.01 B219
0.35 8319
0.05 B409
0.05 B409
0.01 B210
0.35 B219
0.07 B310
222.58 B319
1.35B319
0.47 B319
0.09 B1 13
0.00 B1 14
0.01 B210
0.01 B105
0.02 B202
0.00 B210
0.40 B310
0.03 B319
0.37 B319
0.14 8409
9.14*8315
37.04 8315
384.97 B1 14
1.83 B119
47.72 B319
0.248409
0.748114
6.198205
34.658604
8.258409
2.81 8119
1.51 8519
0.158109
1.62 8319
0.88 B103
0.44 8103
1.738310
0.01 B101
0.018102
OX 8113
0.01 8310
0.00 8316
0.008407
17.70 8319
0.32 8310
13.02
0.85
24.48 8319
0.298309
0.02 8310
0.26 8310
0.10 8310
0.05 8310
0.05 8310
5.888114
1.31 8103
0.25 8316
0.01 8310
0.828309
022 8310
0.088310
0.16 8319
0.058111
' 0.01 8302
0.01 8319
0.048409
0.07 8407
0.04 8310
0.08 8310
9711
9711
9711
9711
9711
9711
9711
9711
5085
5085
5085
9711
9711
9711
9711
9711
9199
9199
9711
3731
3731
3731
3731
3731
3731
9711
9711
9711
9711
2911
2911
2911
3632
3632
3523
3317
"3317
3728
3613
3724 '
2431
2431
2431
~2431
3679
2821
3714
3714
3452
8221
" 8221
8221
8221
8221
8221
3111
3728


4741' "
9199
9199
9199
9199
9199
9199
3469
8221
2879
8722
9711
9711
"9711
9711
8733
' 8733
8733
8733
3674
9711
9711
ASS
ASS
ASS
ASB
ASS
ASS
A08
A29
A01
A01
A21
A59
ASS
A59
ASS
AS9
A58
ASB
A91
A29
A19
ASS
A22
A01
ASB
ASB
A58~
ASB
ASB
A29
ASS
A99
A01
A01
" A29
A69
A69
A21
A59
A54
A21
A21
A21
A09
"AS6
A59
A22
A22
A21
AM
A94
A94"
AS3
ASB
ASB
~"A62
" A27~


A29
ASS
A91
A91
" A71
A71
A91
A29
A94
ASB
A53
"ASS
"ASS
A59
AS9
A11
"A53
A53
A53
A19
A91
A91
 Cede) Origin Code
i
1 1
1
1
i
1
1
i
1
1
1
1
i
1
1
1
1
1
1
1
i
1
i
i
1
i
i
V
1
"l
1
'i
1
i
1
2 '
2
1
1
i" "
" 1
1
2
1"
2
1
1
y
1
1
r 	
1
1
~Y
i
2
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i""
1
"i
1
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1
1
"i
' " 1 '
2
1
_1
"~l"
1
1
"1
... z_.
2
2
1
" i"
'"i
                           PageO-86

-------
1995 BRS Data (GM Form) - TC Meta!-On!y.Wastes Managed Off Site
ra
D007
O007
0007
0007
0007
D007
0007
D007
D007
D007
D007
0007
0007
0007
D007
0007
D007
D007
0007
0007
0007
0007
O007
0007
0007
D007
0007
D007
0007
D007
0007
0007
0007
0007
D007
O007
D007
0007
0007
0007"
D007
0007
D007
D007
O007
0007
D007
0007
D007
D007
D007
D007
0007
D007
D007
0007
0007
D007
D007
D007
D007
D007
0007
0007
D007
0007
0007
O007
D007
D007
O007
D007
D007
D007
0007
D007
0007
0007
D007
D007
D007
Codftt SyMBniTjfl
M141
M141
M141
M111
M112
M141
M141
M061
M061
M141
M141
M141
M141
M141
M043
M141
M061
M111
M071
M071
M141
M141
M043
M132
M071
M141
M077
M079
M111
Mill
M141
M111
M111
M019
M141
M141
M141
M061
M141
Mill
M111
M099
M111
M043
M121
M141
M141
M061
M071
M141
"M132
M141
M141
" "MUI 	
M041
~M077
	 "M111 "
M111
"M061
"M141
M041
M132
M072
" M094
"Mill
M061
" M077 ~
M111
M141
M077
M111
M141
"" M141
M132
M141
M061
M141
M041
M141
M079
M019
51 - B>A) fw
IL3170022930
IL31 70022930
IL3170022930
IL5210021833
IL5210021833
IL5210021B33
IL6890030046
IL7570024177
IL7570024177
IL7570024177
IL7570024177
IL7570024177
IL7570024177
IL7570024177
ILO000672121
ILD000716B86
ILO00080583B
ILD000806190
ILD00506B895
ILD0050SBB95
ILD005070S37
IL0005070537
ILO005072517
ILO005076781
IL000507B126
ILD005092572
" ILD005093109
ILDOOS093109
ILD005093109
ILD005093109
ILO005093109
IL0005105572
ILO005105572
IL0005105713
ILO00511S043
" ILOOOS115043 	
IL0005115043
ILD005119839
ILD0051255B8
ILD005128814
ILD005128814
ILD005128988
ILD005130E12
ILD005141551
ILD005145S60
ILD005149141
ILD005149141
ILD005162177 "
ILD005163332
ILD005163332
ILD005174297
IL00051770B4
'ILD005177084
ILOOOS17B975
ILO0052122S3
"ILD005215116"
IL0005215116
'IL000521S116
ILD005263124
ILD005263124
"ILD005263173
ILO005267810
ILO005269295
ILD005269295
ILD005457221
"IL0005535737
IL0005976865
" ILD005976865
ILO005976865
ILO006317614
ILO010219665
"* ILD010219665
IL0010219665
ILO0102B2598
ILD02094272B
" ILD025423054
ILD025494246
ILD041544081
"IL0041544081
ILD041SS0567
ILD045690724

-------
i995 BRS Data (GM Form) -TC Metal-Only Wastes Managed Off Site
Wnto Code | system Tvoel -EPA ID I VUumeaons)! Pom CodelSICCndal Sauna Code) Origin Cade
D007
D007
0007
D007
D007
D007
D007
0007
D007
0007
0007
0007
D007
D007
D007
0007
0007
0007
0007
0007
0007
0007
0007
D007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
D007
0007
0007
0007
0007
0007
0007
0007
D007
0007
D007
0007
0007
0007
0007
D007
0007
D007
0007
0007
D007~
0007
0007
0007
0007
0007
0007
0007
D007
0007"
D007
0007
0007
D007
0007
0007
0007
0007
0007
0007
0007'
D007
D007
0007
0007
0007
M141
M141
M141
M111
M141
M141
M071
M121
M141
M141
M061
M041
M061
M077
M099
M141
M111
M111
M043
M071
M074
M119 '
M141
M111
M077
M077
M061
M061
M043
'M141 "
M111
M061 *
M071
M141
"M061
"M14l"
M061
M043
M132
M071
M099
M141
	 M14l"
M141
M111
" Mill
M053
M132
M111
M129
M129
	 M043
M141
" ~M141
M141
M141 	
	 M141
M129
M071
	 M077
M077
'.Mill 	
' M141
	 "MOBI" "
	 M079
Ml 19
M077 '"
M032
M141
"MlTl"
M111
M111
""M141
M061
M072
M079 '
M019
M019
M111
M129
M121 "
ILD0482961BO
ILD048296180
IL0048296180
ILD049813256
ILD049998297
IL0049998297
IL0051 933075
ILD051933075
ILD051933075
ILD053218251
ILOOS4325758
ILD057863847
ILD057863847
ILOOS7863847
ILDOS7863B47
IL0057863847
ILDOS9949818
ILD067417337
ILD067989723
ILD068464684
ILD06949624B
ILO06999421B
ILO07439915S
ILD074587585
ILO080018914
ILO085224376
ILD089637B47
ILD089637847
ILO0931S4S99
ILD193600657
IL0980502280
ILD980589824
ILO980613160
IL0980613160
" 110980813913
" ILD980B81795"
'ILD980826515
ILD984775973
ILD984775973
'IL0984783431
IL0984790337
ILD984810739
ILD984810739
" ILO984913244
ILT180014698
ILT180014698
IN000008S464
IN0000142356
IN0000196436
IN1210022272
IN121 0022272
" iN42i~0090003~ "
IN4210090003
IN4210090003
" "IN4210090003
IN4210090003" '"
IN4210090003
IN9570024472
IND000806836
"" IND000806836
INO000806836
IND000806836
IND000806836
' iND001864073~ '
""" "IND003913423
IND003913423
IND004369096
" IND005068747
INO005175237
IND005224837
IN0005224837
INDOOS3B2346
IND005382346
IND005420245
INDOOS42024S
INDOOS42024S
IND005421177
INDOOS421177
INDOOS444062
IND005444062
IND005456173
2.50 B319
0.42 B319
0.21 B319
5.65 8519
6.10 B607
4.36 B607
303.16 B103
81.588103
148.66 B103
0.28 B106
0.69 B310
15.48 B101
83.16 B101
33.27 6101
302.01 B205
1.10B319
2.64 B319
53.73 B504
0.33 B319
0.2B B103
42.75 B103
0.55 B316
7.75 B119
2.64 B310
0.65 B1 19
1.50B103
1.62 B105
0.92 BIOS
0.22 B409
0.508307
0.28 B316
12.14 B101
0.25 B103
0.10 B319
0.67 B310
0.838101
3.30 B101
0.48 B319
2.02 B319
0.85 B1 13
17.09 B1 14
0.03 B310
1.42 8310
60.43 B319
5.50 B316
0.17 B409
33.91 B310
80.64 B306
57.10 8306
0.07 B310
0.07 B310
0.00 B319
0.50 B1 19
0.538309
0.00 B319
" 0.13 B319
0.55 B319
4.39 B319
0.22 B1 14
0.80 B319
0.47 B319
0.67 B307
16.16 B319
~1.86 B319"
637.31 BIOS
0.59 B310
5.50 B103
75.19 BIOS
4.248403
8.00 B316
7.07 B316
1.65 BS19
1.24 B519
0.03 B409
0.50 B1 13
" 0.22 B1 19
0.50 B103
0.81 B107
1.046.60 8302
299.308307
180.00 B105
2821
2821
2821
3479
3471
3471
3471
3471
3471
3861
3412
3317
3317
3317
3317
3317
3354
3632
2834
3471
4499
3728
3479
3822
3341
3471
4581 	
4581
2821
4011
'3599
3429 '
3479
3479
7389 	
3471
3429
3999
3999
3471
2893
9711
9711
2869
3479
3479
3711
3499
3496 ~
8744
8744
9711
9711"
9711 "
9711
9711 "
9711 	
9711
3724
3724
3724
3724
3724
4011"
3312
3312
3499
3556 "
3499
3471
3471
3053
3053"
3663
3663
"3663
3471
3471
3312
3312
3469
A36
A36
A36
A09
A03 1
A03 1
A22
A22
A22
A57
A78
A29
A29
A29
A54
A92
A09
A24
A29
A56 3
A06 1
A22 ~1
A29
A21
ASS
A57
A27
A27 "
AO9
A57
A09
A29 	
A21
A21
A21
A56 ""
A22
AS9
AS9
A22
A09
ASS
A56
A56
A24
A29
A21
A22"
A76
A91
A91
AS8
"ASB
'ASS 	
A58
A91
A91 	 	
A91
A99
A19 	
A22
A39
AS6
A21
A23
A71
A02
A05~"
A21
A69
A69
A40 	
'MO
"A21
A09
A56
'A22
A22
A76
A49'
A24
                          Page 088

-------
193S SRS Data (GM Form) - TC Metal-Only Wastes Managed Off Site

0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
D007
0007
0007
0007
0007
D007
D007
0007
0007
0007
0007
D007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
D007
DM7
D007
D007
D007
0007
0007
0007
0007
D007
0007
0007
0007
0007
0007
0007
0007
0007
D007
0007
0007
0007
D007
M061
M061
M061
M061
M061
M061
M061
M071
'Mill
M112
M141
M061" "
M071
M019
M019
M111
'M111
M111
M111
M077
M132
M041
M119
	 M077
M109
M109
M049~ 	
MOSS
M019
"MOO "
Mill
M077
M132
M132
M119"
M081" ""
M111
MOSS
M042
M071
M077
	 M099
	 M099
M061
M061
'M051
M132
Mill
M137 "
M019
"M041
M077
M111
	 ~M111
M132
"M019
"~" ~M073
M043
" M132
~ M109"~
M109
M119 "
M071
" Mill
MOS1 	
"Mill
M111
" M059
M141
M141
M071
M123
	 M121
M061
~ 'M129
M043
' M04l"
M111
MOS1
" M071 "
M109
IND005461S20
INOOOS461S20
INOOOS461S20
INDOOS461S20
IND005461S20
IND005461S20
IND005461520
INDOOS462601
IN00054G2601
IND005462601
INDOOS462601
IND005478094
INDOOS480710
IND00606S601
IND00606S601
IND00606S601'
INDOOG06S601
INDOOGOS5601
IND00606S601
IND006366619
IND006366B19
IND006383095
IN0006383095
IN0006413348
IND006414361
IND006414361
IND006417620
IN0006417620
'IND006419352
IND0064193S2
'IND006420699
IND006421143
iND006421218
IND006421374
IN00070010SO
IND009549593
IND009549593
IND039994975
IN00402893S7
IN0040289357
IN0044198034
IN0046170S69
IND0461 70569
IND0573B9710"
IND0573B9710
IND061560223
IN0074068810
IND074375585
IND093220861
IND0944582B8
IND098555313
IND0981 38936
INDOS8138936
"IND098138936
IND098138936
IND131S21833
IND131521833
IN01811S7009
IND980503825
IND980503841
IND980503841
IND980615678
IND980677496
IN0980677496
IND980700801
"IND980700801
IN0980700801
'IND980897524
"INDS81091242
IN0981091242
IND981094238
INO981 191091
IND981957327
IN0981960313
IND982612822
IN0982616559
IND982641094
IND982641094
IND984866194
IND984866194
IND9B4866194
IVotuma (Tons)) tamo
0.23 Bl 13
0.23 Bl 13
1.61 6113
0.23 Bl 13
1.15 B319
1.15 B319
1.84 B319
900.30 BIOS
44.10 B319
15.70 B310
5.50 B319
"1.00B206
0.23 B310
0.88 B307
26.53 B319
" 1.17 B319
3.42 8319
16.48 B319
19.99 B319
0.40 B206
236.60 B307
0.35 BOOS
43.56 B310
1.268113
4.538507
14.45 8519
9.26 8409
"" 15.86 8409 "
" 420 B103
' 0208310
~ 72.30 8310
	 1.628114"
'" 6.48 8319
0.10 8302
2.508310
	 0.05 8001
1.178310
0.108403
0.028302
~B8.20B119~
1.50 81 19
83.448202
"62.558202
	 320 BIOS
0.28 8114
0.208219
0.38 8504
63.508304
15.33 B319
32.00 8319
0.098119
"  " ~ 6.61 8316"
3.23 B310
O26B319
4.30 B307
'020 B307
	 0.238312
0.80 8310
0.10 B316
	 0.158319
0.51 B319
2.93 B603
8.51 B106
2.70 B409
4.75 B206
5.39 8310
1.258316'
	 10.08 B310"
1.5BB309
0.448310"
0.21 8106
298.58 81 14
1.5l'B109
0.69 B203
4.498114
0.388319
2.50 8519
0.79 B304
3.50 B319
5.62 B106
7.43 8319
xfelSiC Code) Source Cotol Origin Code
3423
3423
3423
3423
3423
3423
3423
3316
3316
3316
3316
3354
2754
3296
3296
3296
3296
3296
3296
3353
3334
3632
3632
3568
3469
'3469
3671
3671
3714
3714
3714
" 3471
3714
3357
.3089
3822
3822
5169
3592
3592"
5169
3713
3713
3479~
"3479
3231
3499
2911
3312
3296
3089"
3432'
3432
3432
3432
3621
3621
3312
3694
3592 '
3592
3341
3471
3471
3714
3714
3714"
3711
9711
9711
3812
3471
3479
"4785
3724
3714
'3714
3714
3724
3724
3724
A21
A21
A21
A21
A21
A21
A21
A27
A59
ASS
AS9
A09
A51
A56
A56
A56
A56
A78
A78
ASS
A53
A94
A21
' " A59 	
A38
~A38
" AS9 	
- ^ 
~A22
A21
"A21
A22 	
A69
~A32
ASS 	
A5B
A92
A99 .
A69
A22
A53
A09
A09 	
A24
A21 	
A99
A75
' A09 	
" " A78
A08
A5B
 '^38 - "
A32
A36
AS9 	
"A49 	 "
A25" " 1 	
~AS3 2
AS6 	 2 "
" 'A69 " "2
A69 2
A53 ~2
'AOS
A22" 	
" A53 	
A59
" A09 	
A71
ASS
A91
'A29
A06
A01
A3B
A49
"A92 	
A59
A59
A29
A27
ASS
                           Page D-89

-------
1995 BRS Data -{
TC Metal-Only Wastes Managed Off Site
WnMCodai-synmtTtol EPAD |v
O007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
D007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
O007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
O007
0007
O007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
O007
0007
0007
0007
0007
0007
3007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
M019
M111
M111
M111
M041
M043
M077
M079
M051
M061
M141
M141
M043
M061
M071
M071
M132
M043
M129
M129
M132
M132
M132
M132
M132
M132 "
M
M053
M061
"M011
M141
M141
M041
M043
M043 	 "
M071
M019
M011
M014
M053 "
"M111
M042
 M043
M141
M141
M043 	
M043
M053
M111
M111
~M111 "
M019
M132
" M132
M141
M043
M141
M141
M141 	 "
M061
M011
" 'M061
M043
	 M071 '
M141
M061
M061 	
M061
M061
M071
M043
M121
"M141
M141
M041
M091
M141
M141
M141
M141
M141
IN0984866285
IND9B4867960
IND9B4867960
IND984867960
IND984894741
IND984B95987
IN0984895987
IND984897231
IND984902205
IND984971259
IND984976100
IND984976118
IND985104736
IND990873606
IND990873606
IND990873606
INR000003392
KS0213820467
KS0213B20467
KS1571924140
"KS6214020756
KS6214020756
KS62140207S6
KS6214020756"
KS62140207S6
KS621402075S
KSD000203638 '
KSD000203711
"KSD000203711 "
KSD000610725
"KSD000610725 "
"KS0000651307
KSD000809673
KSD000809673
KS 0000809673
KSD000609673
KSD006871669
KS0007127327
KSD007127327
KSD007127327
KSD007127327
KS0007233S96
"KSD007233596
KSD007234313
KSD007234313 '
KSD007237241
KSD007240286
'KSD007240286
KSD007240286
KS0007240286
KSD007240286 '
KSD06724~li85 ~
'KS0007250764
KSD0074B2011
KSD007482011
KSD041 142902 "
KSD041917501
KS0041917501
KS0041917501
KSDOS6389711
KSD056789126
KSD05B1072B5
KSD073323081
KS0980B52669
KSD980852669
KS0984968172
KSD984968172
KSD9B4968172
"KSD9B496B172
KST210010062
KY0000920074
KY0000920074
KY0210020S09
KY0210020509
KYS170024173
KY5170024173
'KYS1 700241 73
KY5170024173
KY5210020140
KY5211890004
KY521 1890004
Uuma (Tom)| FonnCodel SIC Cod*rsoueeCodalOriaki Code]
91.67 B103
70.50 8307
8.80 8310
0.15 B310
0.01 8003
1.908319
2.45 B306
53.488509
2.26 8202
11.708406
2.478403
3.158403
5.338307
0.21 8409
35.328113
1.408319
18.10 8319
1.71 8304
0.738203
0.00 B603
0.028211
0.098310
1.188310
6.178310
3.528310 '
0.38 8310 .
0.64 8119
0.30 8319 "
1520 8319
73.48 B319
26.47 8319
160.80 8319
5.10 8307
18.758310
0.80 8319
47.228119
0268119
20278103
0.17 8316
0.48 B310
124 8319"
2.80 B609
20.67 8310"
12.728105
1.168310
2.08 8319
025 8319
0.19 8319
0.908308
0.17 8319
0.33 8319
' 2.888103
0.30 8102
8.65 B319
0.48 8505
0.90 8310
7.68 B119
1.368307
0.25 8307
0.228310
1.23 8319
6.82 8207
3.90 8310
0.03 8310
0.01 8310 .
31.10 B1 14
5.44 B1 14
0.16 B310
025 8310
0.13 8001
0.03 B310
11.61 8114
0.51 '8403
0.058409
3.34 8204
0.62 B1 19
0.71 8206
1.42 8505
19.24 8310
0.25 BIOS
0.048309
3471
3316
3316
3316
2879
3471
3471
2819
3479
3714
3569
3569
3714
3479
3479
3479
4941
3483
3483
9711
9711
9711
9711
9711
9711
9711
2899
2819
2819
3296
'3296
3296
"3721
3721
3721
3721
3471
3519
3519
3519"
3519
3721
3721
3721
3721
3728
3593
3593
3593
3593
" 3593
3471
3728
3721
3721
3812
3724
3724
3724
3532
3296
3433
3471
"8221
8221
3721
3721
3721
3721
2843
4513
'4513
9711
9711
9711
9711
'9711
9711
9711
9711
9711
A57 1
A29 1
A71
A92
A94
A22
A22
A38
A21
A21
A21
A21
A09
ASS
A09
A60
A19
A74
ASS
A54
A21
A91
A91
A91
A91
A91
ASS
A91
A92
A99
"A99
A09
AS6
A21
A29
A2S
A22
A22
A22
A22
A03
A21 1
A21
A29
A71
A53
A22
A91
A22
A22
A22
A22
A71
A25
A09
A21
A51
A29
"A29
A71
A3S
A21
A21
ASS
A55
'A01
A01 1
A21
'A21
A58 "l
A21
A09
AS8
ASS
ASS
A29
AS4
A23
A91
A27
ASS 1
   Page D-90

-------
1995 BRS Data (GM-Fcsrc}  TO Metal-Only Wastes Managed Off Site
VMM
O007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007"
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007"
0007
0007
0007
0007
0007
0007
0007
0007"
0007
0007
0007
0007"
0007
0007
0007
0007"
0007
0007
0007
0007"
0007
0007
0007
0007
0007
0007
0007
0007*
0007
0007
0007
0007
0007
0007
0007
0007
0007
CodeLSytt
M141
M141
M141
M141
M141
M141
M141
M141
M141
M141
M141
M141
M041
M043
M043
M111
M141
M111
M043
M011
M132
"M132
M077
M043
M132
M141
"M111
M111
M141
M041
MOO
M061
	 M141
M141
"Ml 41
M141
M071
M111
M061
"M125
"M141
M111
M011
*M141
M111
*M071
M019
	 Ml"l1
~Min"
M071
""Mill
"Mill
M141
~M14i
M077
~Mi4r
M'25
M081
M041
M132
M071
"Mill
M041
	 M077
	 *IM043
M132
~M132
M071
M071
Mill
" M111
~M14i
"M141
Mill
" M061
' M141
M061
" M141
M141
' M043
M043
mTypel EPAID IVOMM
KY521 1890004
KY521 1890004
KY6210020479
KY6210020479
KY6210020479
KY6210020479
KY6210020479
KY6210020479 "
KY6210020479
KY8213820105
KY8213B20105
KY8213B20105
KY0003924198
KYD003924198
KYD003924198
KYD003924198
KYD004255402
KYD005005160
KYD005013032
KYD006375414
KYD006375414
KYD006375414
KYD006377030
KYD006379945
KYD00637994S
KYD006382717
KYD00638S395
KYD0063B6395
KY0006386395
KYD006390017
KYD006390017 "
KY0006396246
' " KYD006398416
KYD006398416
KYD006398416
KYD006398416 	
KY0041 171257
KY0041376138
KYD045735305
KYD045735305 	
KYD04573S30S
KYD04B064017 ~
KYD049465255 '
KYD04946S255
KYD053351227
KYD055573125
KYD055831838
KYb057591133
" KYD05B6B8664
KYD05B691031
" KYD05B691031
KYD074047556 "
KYD074047556
KYD074047556
'KYD074053281
KYD074053281"
~" 	 KYD084265727*
*KYD084270481
KYD089226B1S
KYD089226B15
KYD175S98267
KYD980579650
KYD980589196
' KYD981020159
	 KYD981753197
KYD981 806458
KYD981806458
KYD98S080027
KY0985080027
KYD98S081132
KY0985081132
KY0985081132
KYD985081132
KYD985081660
KYR000003806
KYR000003806
LA0213820533
LA0213820S33
'LA0213B20533
LA0214022725 	
LA0214022725
(Tons)) Fom Cede) SIC Codal Souea Codvl OiUn Coda
0.09 8309
0.09 8310
0.13 8204
0.32 B209
1.178309
2.968309
2.65 B310
0.02 8319
0.01 8319
0.13 B319
0.10 B319
1.81 8319"
3.28 8101
0.15 8319
0.07 8319
"3.63 8319
0.30 8310
22.40 8307
18.158310
29.00 8319 " *
277.178302"
15.29 8319
12.56 8319
1.488310
0.24 8310
5.28 8106
1.61 8103
0.31 8319
1.628103
0.20 B219
0.028001
"' 1.81 8310
" 0.92*8102
5.05 8102
0.80 8310
0.068310*
2.15 BIOS
0.25 8319
0.12 B319
2.38 8319 "
5.508319
1.008507
22.81 B319
11.08 B316"
13.008319
258.00 B1 19
0.60 B319
113.868306***
0.40 8316
5.27 8103
150.54 8301
"UOBSIO""
1.64 81 14
0.02*8310
118.438119
7.008119
0.498406
5.18 8609
0.698113
96.068319**
0.53 B519
1.2BB219
0.23 8219
0.05 8316 '
0.02B310 '"
0.83 8310
0.31 8319
54.008114
36.908114
0.308119
0.50 8319
0.208119
1.758319
23.778206
77.07 8103
0.1S B310"
0.33 B211
0.19 B316
0.03 B604
1.638319
0.12 B319 '
9711
9711
9711
9711
9711
9711
9711
9711
9711
9711
9711
9711
2869
2822
2822
2869
3641
2819
3312
2819
2819
2819
2796
3479
3479
3625
3229
3229"
3229
2821
2821
2869"
3612
3612
3612
3612
3714
2911
3253
3253
3253*
3471
~ 3356*
3356
3711
4922
2869
3471'
3714*
3479
3479*
" 3724
3724
3724
5171
5171
3425
ASS
ASS
A57
A57
ASS
ASS
ASS
A57
A57
ASB
ASB
ASB "
A04
A51
A51
A36
AS9
A36
A78
A35
A69
A35
"A78
A21"
A21
A21
	 A22
A22
A22
A59
"" A94
"~ A78
A09
A09
A21
"" A21 *
" *A29
" A29
AS9
A59 """
" A59
A60
A78* "
A29~
A29
"" A57
'ASB
A29 "
"*A59
"MO
"" A56 	
A71
A49
ASS"
".~A59
A59" 	
" A99
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
i"
1
1
1
1
1
1
1
1
1
*1
1
1
1
1
1
1*
1
V
'1
1
*1
2
2
2
2
1
1
1
1
1
r
"i
1
2
V
1
'i
i
i
~2
3356 A35 1
2819
2819
3714
4922
4922
5169
3714
3714
3714
3317
3317
3S62
3562
3562
3562
3714
3714
* 3714"
3489
3489
3489
"9711
9711
ASB
A92
A29
"AS7
*A59
A57
'A53
A78
" " A59
"A37"
A37
A92 	
A99
A92* ""
"' A99
"*A51
" A37
	 ASS
AS6
AS6
A21
ASB 	
ASB
1
1
1
1
1
1
"2
1
1
1
1
1
1
1
"i
3
*1
2
1
1
1
'1
1
                          Page 0-91

-------
<995 BRS Data (GM Form) - TC Metal-Only Wastes Managed
                         Off

0007
D007
0007
D007
0007
0007
0007
0007
0007
0007
D007
D007
0007
0007
0007
0007
0007
0007
0007
0007
O007
D007
0007
O007
0007
O007
0007
D007
0007
0007
0007
0007
0007
0007
0007
0007
0007
D007
0007
0007
O007
0007
0007
0007
D007
0007
O007
0007
0007
D007
0007
0007
0007
0007
0007
0007
0007
0007
D007
0007
0007
0007
0007
0007"
0007
D007
0007
0007
0007
0007
D007
0007
0007
0007
0007
D007
0007
D007
D007
D007
D007
QdelSyMemT
M071
M071
M071
M111
M121
M141
M141
M141
M041
M042
M043
M061
M079
M141
M141
M141
M141
M111
M111
M061
M132
M111
M061
"" M041
M041
M041
Ml 19"
M109
M129
M132
M132
M132
M043~
M111
Mill
M047
M111
M061
M041
"M132
M041
M043
M141
* M043
M043
M132
M132
M141
"M071~
M019
M043
" M121
M141
M019
MOTS
M077
M071" "
Ml 41
M141 "
" M091""
M071
~M111
M141
M132~~
M042
Mill
M141
M141
M141
M141
M141
M141 '
M141
M141
M141
M141
M141
M141
M141
M141
M141
VPI EPA ID IVOI
LA0214022725
LA0214022725
LA0214022725
LA021402272S
LA0214022725
LA0214022725
LA021402272S
LA0214022725
LA4800014587
LA6170022788
LA61700227B8
LA6170022788
LA6170022788
LA6170022788
LA6170022788
LA6170022788
LA617002278B
LAD003913316
LAD003913449
LAD0080S0676
LAD00808650E
LA0008179707
LAD0081B6579
LAD008187080
LAO008187080
LAD008187080
LAD020805705
LAD0374SS42S
LAD037455425
LAO045756996
LAD050901669
" LADOS2S28965
LAOOS71 17434
LA0057117434
LAO0571 17434
LA0081419418
LA0081654295
LAD092104389
LA09B0333371
LAO981903487
LA098S173707
LAD98S218742
LAD985218742
LAO98S223270
LAR000000034
LAR000003798
LAR000003798
MA2S700244B7
~ MAS000001859
MA72100251S4
MA72100251S4
MAD0001 33496
MAD000639054
MAD001013515
MAD00101351S
MAO0010156SO
MAO001022375
MA0001023613
MAD001055235
"' MAO001113059
MAD00112S681
MAD001126861
MAD001 129519
	 MAD001 197755
MAO001402320
MAD001403104
MAD001403104
MAO00140B491
"MAO001408491
MAD001408491
MAD001408491
MAD001408491
MAD001 408517
MAD001 408517
MAD001408S17
MAD001408517
MAD001408517
MAO00140BS17
MAD001408517
MAO001408517
MAD001408517
tame fTon)| Feon Cod
0.01 B209
0.06 B316
0.01 B409
0.25 B319
0.28 B409
0.06 B208
2.33 B319
0.35 B319
0.74 B1 19
0.02 B604
0.18 B310
0.04 B209
0.00 B103
0.04 B106
0.00 B309
0.10 B310
0.00 B604
324.50 B319
0.04 B1 19
0.40 B209
0.26 B1 19
6.39 81 19
15.64 B203
0.01 B003
0.64 B201
0.40 B202
32.00 B304
2.308119 "
20.20 B1 19
6.75 8319
6.55 B307
91.628304
62.958302
271.41 B302
22.32'B302
0.18 B403
225.76 B315
18.61 B609
0.42 B319
0.34 8307
0.17 B310
4.67 B319
0.98 B103 '
1.66 B316
0.40 B319
0.52 B319
0.298319
0.00 8003
125.208219
2.51 B309
0.27 B319
2.16 BIOS
14.97 B1 19
0.08 B319
1.038106
1.54 B110~"
7.10 B114
0.23 B1 14
2.0aB409
150.13 B103
2.28 8505
0.65 B315
0.69 B1 19
0.15 B302
5.37 B114
0.34 B103
0.07B512"
0.20 B003
2.03 B102
0.20 B102
0.30 B319
0.10 8319 "
0.45 B101
2.33 B102
81.248102
42.028102"
0.12 B316
0.39 B409
0.17 B409
0.42 B409'
0.10 B409
') SIC Coda
9711
9711
9711
9711
9711
9711
9711
9711
3769
9711
9711
9711
9711
9711
9711
9711
9711
2819
2869
2671 '
2812
2911
2911
2821
2869
2812
2436
3444 """
3444
2621
2899
2819
2812
2812
2812
2869'
3356
2869
4922
3499
3272 "
3721
3721
2869'
9999
9711
9711
971 f '
2679
9711
9711
3052
3728
3471
3471 _ ~
3699
2819
2675
3761
3479
3545
3471
3469
' 3471 '
3861
9999
9999
3724
3724
3724
3724
'3724
3724
3724
3724
3724 ~
3724
3724
3724
3724
3724
Sera
A58
A58
ASS
ASS
ASS
ASS
ASS
A58
A99
A58
A91
A21
ASS
A01
ASS
A91
A5B
A32
ASS
A09
A51
A37
A09
A94
A09
A59
A04
AOS
A05
ASS
A56
A35
A60
A60
A60
A21
ASS
A37
A09
A35
A71
A29
A29
A91
AS7
AS6
AS6
ASS
AOS
ASS
A99
A29
A92
A19
A01
A29
AS9
A29
A21
A27
A09
A22
A37
A22
A94
A69
A69
A58
A56
AS7
A58
A91
A58
A32
A32
A32
A49
A09
A09
A32
A32
Code KMtfn Cod*
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
'l
1
1
1
1
1
1
1
1
2
l'
" "" 1
1
1
1
1
1
1
1
1
1
1
.... ^
2
1
1
1
'1
1
1
- .^
1
1
1
f
"2
1
1
1
1
1
1
" 1
1
2
2
1
2
1
1
1
1
1
1
1
1
1
1
1
1
Page D-92

-------
1335 BRS Data (GM Form) - TC Metal-Only Wastes Managed Off Site
WBMO
D007
0007
D007
0007
0007
0007
0007
0007
0007
0007
0007
0007'
D007
D007
0007
0007
0007
0007
0007
0007
0007
D007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007" "
D007
0007
0007
0007
0007
D007
0007
0007
D007 "
0007
0007
0007"
0007
0007
D007
0007"
0007
0007
D007
0007"
9007
0007
D007
0007
D007"
0007
D007
0007
0007
D007
D007
0007 ""
D007
0007
O007
0007
0007
D007
D007
0007
0007
D007
0007
0007
0007
0007
D007
0007
0007
gdelsyttmlVM
M141
M141
M141
M141
M099
M111
M141
M141
M071
M121
M141
M141
M141
M141
M141
M101
"M041
M141
M141
M119
M039
M079
M141
"M141
M129
M141
~ "M043
M081"
M141
~M141 ' ' '
'"MOII" "
~ Mill
M111
M141
M141
"M111
M111
M141
M042
M141
M141 "
M141
M141
M141
M141
M141"
M141
M141
'M141
M141
M141
M141
M111
" M141 "
M141
M141 "
M125
..M14l"~
M141
M14T"
M141 "
M141
M141"
M141*
M141
M141
" "M141
M141
M141 "
M141 '
M141 __'
M141
M141 """
M141
M141"
M141
M141
M141
M141
M041
M041
I EPA ID
MAD001411016
MAD001411016
MAD0014110B1
MAD001411081
MA0001 764794
MAD001764794
MAD001 829662
MAD001B63943
MA0047058565
MAD048975742
MAD051505477
MAD051505477
MAD051 505477
MAOOS1505477
MAO051505477
MA0052929635
MAD054430095
MAOOS9706937
MAD062163191
MAD0621 73497
MAD0795060B5
MAD079506085
MAD086538394
MAD087139945
MAD094266459
MAO094266459
MAO094277266
MAD094277266
MAD099198178
MAD980730980
"MAD981061419
MAD981062284
MA0981062284
MAD981071707
MA098S268556
MAD985280825
MAD985280825
MAD98S280858
MAD985290287
MAD985307560*
MAD9B5307560
MAD990685554
MAD990685554
MAD990685554
MAD991 302712
M00000106310
M00570024000
MD0570024000
MD0570024000
MD0570024000
MD0570024000
MD0570024000
MD321 0021 355
MD3210021355
MD5470090015
M05470090015
MO6170024685
MD6470090006
MD7170024536
MD7170024536
MD71 70024536
MD7170024536
MD71 70024536
MD7170024536
MD7170024536
M07170024536
MD7170024536
MD7170024536
M071 70024536
MD7170024536
MD7170024536
MD7170024536
MD7170024536
M07170024S36
M07170024536
MD7170024536
MD7170024536
M07170024536
M0821 1620267
MO8213822762
M08213822762
Vduma (Ton)| torn CeSS
0.258113
0.69 B519
0.31 B319
' 0.20 B604
136.508113
162.00 B302
1.61 B101
1.158119
0.13 B102
2.50 BOOS
1.10 B102
" O41 B102"
3.08 B102
0.22 B102
0.02 B409
1.838519
4.21 B219
2.52 B319
0.23 B1 14
" 3.00 B103"
0.08 B310
0.238103
0.01 BOOS
' 0.69B310
0.438307
0.20 B307
0.23 B403
	 "0.468403"
" 0.30 B319
0.23 B105
15.968106
~ 6.05B103
4.87 B502
3.01 8309
1.52 B310
" "09 B103~
0.01 B409
0.028003
0.39 B519
0.238113
4.850.168310
2.90 B1 14
4.73 B307
"o755B310"
0.41 B319
0.608309
0.00 8209
0.03 8209
0.01 B210 "
0.01 B210
0.01 "B219
0.16 B310
34.92 B310
2.21 B310
3.02 B408
0.20B409
0.79B319
0.01 B310
0.12 B103
0.01 BIOS' "
1.3OB1O3
0.00 8105
0.24 B1 14
0.01 8119
0.06 B1 19
0.12 B204
0.01 B209
0.00 B209
0.01 B210
0.00 B210
0.00 B309
0.13 B310
0.04 B310
0.11 B310
0.28 B310
" 0.04 B319' "
0.03 B319
3.02 B319
0.06 B309
0.00 B001
0.01 8003
StC Code
3679
3679
3761
3761
5169
5169
3812
3769
3471
3483
2869
2869
2869
2869
2869
3851
3471
5169
3861
3471
3471
3471
3679
3841*
3462
3462
3556
3556
8221
3821
3423
3357
3357
9711
3663
3429
3429
5961
2842
3679
3679
3669
3669
3669
3339
9999
9711
9711
9711 '
9711
971 V '
9711
9711
9711
9999
9999
8733
8412
9711
9711
9711
9711
9999
9999
9999
9711
9711
9711
9711
9711
9711
9999
9999
9999
9999
9999
"9711
9711
9999
8733
8733
<\ Soun Cedt>| Origin Coda
A94 1
A29 1
A58 1
ASS 2
A69 2
A69 2
A94 1
A29 1
A29 1
A19 2
AS7
ASS" '
ASS
ASS
AS8
A27
A29
A93
A37
A22
A71
A01
ASS
A71
A38
ASS
A72
A72 " " "
ASS
A29
A01
~A27 	
A76
"ASS
A21
A37"
"ASS
A99
A19
A29~"~
A21
"A29
A99 	
A29 " " 	
AS9
A69
AS7
A57
ASS
ASS
A54
ASS
A32
A32
A29
A21 	
A41
'ASS
A99
A99
A99
A99
A94
A29
A29
AS4
A21
A99
A21
A21
A99
A59
A59
AS9
A59
A29 	
A99
A99
A99
A94
ASS
                           Page D-93

-------
1995 BRS Data (GM Form) - TC Metal-Only Wastes Managed Off Site
UU^*f f^nftm 1 QMMA^HK ^- 	 1 EBA in
WBH
D007
0007
D007
D007
0007
0007
0007
0007
0007
0007
D007
D007
0007
0007
0007
D007
0007
0007
D007
D007
0007
0007
D007
D007
D007
D007
D007
0007
0007
D007
O007
0007
0007
0007
0007
0007
D007
D007
0007
0007
0007
D007
0007
D007
D007
0007
0007
0007
0007
D007
0007
0007
0007
D007
D007
0007
0007
0007
0007
0007
0007
3007
D007
0007
0007
0007
O007
O007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
i ww^ i wjmii tufa i cmw
M041 MD821 3822762
M049
M129
M129
M129
M129
M089
M141
M141
M141
M141
Mill
M061
M141
M141
M071
M141
M141
M077
M111
M112
M061
M079
M043
M111
M043
"M119
" M043"
M125
M141
Mill
	 M141
" "M141
M141
Ml 11
M141
M061
M141
M041
M043
M043
Mill
M141
"M141
M141
M141
M011
"" M141
M043
M111
" ~M141
"M141"
M141
M141
M141
M141'
" M141
M141
"M141
M141
M132
M119
M129
M129
' "MUI
M141
M141
M041
M019
M141
M141
M132
M061
M043
"M043
M111
M043
M043
M132
"" M112
M112
MD9210020567
MD9210020567
MD9210020S67
MD9210020567
MD9210020567
MDD000619718
MDD000619718
MOD001710227
MDD001710227
MOD001710227
MDD001715705
MOD003090198
M00003243532
MDD003243S32
MDD003419090
M00003419090
MD000341S090
MDD030324073
MD0030324073
MDD030324073
MDD044142123
MDD046283495
MOD048S81763
MD0052340973
MOD053937421
MDD062011796
MDD069380657
MD0069380657
MD0069380657
MD0069396711
MDD074933961
MD0074933961
MD0083501023
MOD08994S9SO
MDD08994S950
MOD10146Z752
M00120508940
'MD0131481038
MDD9805S0735
MD0980553820
MD0980553820
M009811 11206
MD0982S66218
MDD985384775
MES170024355
ME6S72890022
MEB170022018
MED000791681
MED000791681
MED000791681
	 "MED001096395
MED001096791
ME0001 102508
MED001 106293
MED001 107051
MED037714441
MED037714441
MED040228983
MED041460247
MED0432S22S3
MED04S1 13495
MED046217352
MED046217352
MED051431906
ME0051431906
MED071742225
MED077469864
ME0982195729
MED985467562
ME09B5467562
MED985731132
MI0000263871
M1000093B704
MI0000809780
MID003906773
MID004320479
MI0004916417
MID00503B500
MI0005050281
MID005050281

Q i> .''!. -if 1* t-l||m. m|*''  -lr^L*l*v.' -Ifr-.*-1 I" -**:-'. lL*;i.lriW**T
0.01 B001
0.13 B001
0.12 8001
0.18 B001
0.00 B001
10.43 B1 19
0.46 8209
0.08
0.05 B001
1.20B009
125.40 B319
0.90 B310
0.05 B316
0.10 B403
" 30.83 B1 13
3.34 B307
0.60 B310
504.07 B1 16
1.841.766301
1.088.30 B301
0.41 B211
54.41 B103
0.40 B310
223.00 B219
0.05 B310
" 4.40 B319
0.18 8319
48.858305
0.15 B316
~ "232.70 B319
0.01 8003
OX BOOS
0.16 8302
5.008303
1.058303
0.258409
0.088409
0.038001
" 0.23 B004
0.01 B001
0.05 B310
0.21 B106
	 3.20 BIOS
6.15 B310
0.00 B1 14
0.05 B310
	 0.00 8319
0.21 8307
1.77
33.90'
~ 5.65 B316
" 0.58 B103
0.46 B409
0.13 8304
"~ 3.508319
2.54 B303
0.538304
0.688406
" 0.16 B319
0.128119
47.24 B316
0.20 B310
0.10 8310
0.92 8307
0.438504
1.508316
2.258119
0.45 8307
0.34 B1 19
0.16 B319
0.40 8409
0.17 B310
0.58 8319
43.92 B310
2.50 B604
0.33 B319
3.00 B310
6.59 B319
1.458604
0.78 B604
9199
9199
9199
9199
9199
3812
3812
2819
2819
2819
3312
3999
3728
3728
3728
3728
3728
4491
4491
4491
3479
3731
3669
4952
3679
2816
" 3479
3479
3479
9999
8731
8731'
4581
3083
3083
4931
8733
3728
8221
* 3669
3669
3672
3484
2819
3669
9711
9711
3724
3724
3724
3111
3484
3143
3699
2621
3714
3714
3083
3731
3511
3545
2672.
2672"
3471
3471
261 T
3675
9711
3479
3479
3511
4581
9999
3713
A21
A21
A21
A21
ASS
A19
A29
A94
A94
A94
A03
A19
A56
A21
A21
A56
A75
A79
A79
A79
A21
A02
A21
A99
A21
A92
A91
A76
A22
A69
A94
A94
A49
A78
A78
"A21
A92
'A29
A94 '
A5B
A21
A22
A37 "'
"A78
A32
~A91
"A29
A56
A29
A29
~"~A92"
A01
A49
'AM
"A78
" "A74
A21
A92
"" A09
'A99
A59
A09
A09*
" A49
A75
A59
A29
A08
A21
A21
A49
A71
A69
A21
5013 A09
3313
2899
3241
3499
3499
A29
A53
'A99
A21
A21
1
1
1
1
1
1
1
1
1
1
2
1
2

1
'l
1
2
2
2






















































1





                           Page 0-94

-------
1995 BRS Data (GW! Form) - TC Metai-Only Wastes Managed Off Site

0007
D007
0007
D007
D007
D007
0007
D007
0007
D007
0007
0007
0007
0007
0007
0007
O007
0007
0007
0007 ""
D007
D007
O007
0007
0007
0007
0007
0007' "
O007
0007
D007
D007
D007
D007
0007
0007"
0007
0007
0007
0007
D007
D007
D007"
0007 "
0007
0007
D007
0007
O007
0007
0007
0007" "
0007
0007
0007
0007
0007
0007
D007
0007"
3007
D007
0007
D007
D007
O007
0007
0007 '"
D007
O007
0007
0007
0007
O007
0007
0007
0007
D007
D007
D007
0007
.ode ISptnn Type
M071
M071
M141
M077
M111
Mm
M132
M043
Mm
M111
Mm
M071 "
M119
Mm
Mm
M019
M071
M071
M132
M132
M043
M077
Mm
_M111'
M111
M119
"Mi 19
M011
Ml 19
"M071
M111
M132
"M132
M032
M032
M041
M043
"M111 ""
M111
~ M043 "
"M071
M111
M099
""""M099 "
" M141
~M109
" M109
M077
" "M079
M043
"M061
M061'"
" M111
~ M129 	
M
M
Mill
M071
"Mill"
M039
"M043
""M079" "
M119
MOTS
~M141
M061'
	 M141
M061
M111
M
" M141
M141~
" M141""
M111
"" 'Mill"
M071"
M111
"M1 25
M125
M111
'M043
1 -EPAID I
MID005068143
MID005107222
MID005107222
MI0005356498
MID005356498
MID005356621
MID005356712
MID0053568B6
MID005357371
MID005358007
MID0053587B3
MIDOOS362223
MID005392170
MID005503263
MID005503263
MI0006011472
MID006013403
M10006013403
MID006015911
MID006016919
MID006019251
MI0006019251
MID006019251
MI0006021414
MID006021414
MID006021414
M1D006021414
MID006022586*
MID006023378
MID006025324
MID006025324
MID006409387
MID016744971
MI0038624508
MID038624508
MID038624508
MID038624508
MI003B624508
MID038624508
MID03B708665
MID043682327
MI0048784896
MI0050615996
MI0050615996
M100546765BO
MID054699B30
MI0054699830
MID056717747
MID056717747
MI0061872917
MID062226998
MID062226998
MID099113128
MID099113128
MID099662439
MI0980681696
MIO980993869
MID981000060
MID981 197940
MID981798820
MI0985574961
MID9B5616689
MID985622224
MIO9856454S6
MID985656677
"MIDS8565668S
MID98SS56685
M1D985664770
MID985664895
MI0571924760
MI0571924760
MIO571 924760 '
MI0571924760
MIR000001735
MIR000001735
MIR000001784
MIR000001784
MIR000001784
MIR000001784
MIT270010598
MN3170022914
l';.lll,,Mii.,l.UIi.1,,,l.T.
0.70 B505
3.12 B105
0.39 B316
8.34 B1 19
3.08 81 19
32.06 B519
0.34 B409
0.10 B001
1.15 B319
5.47 B604
0.74 B319
133.79 B519
1.14 B102
60.008302
15.008319
2.078519
1.38 BIOS
3.67 B103
33.60 B319
180.04 B319
2.70 B310
15.658114
3.96 B310
0.31 B310
0.50 B319
0.558307
0.08 B310
" "52.70 8304
0798310
378.05 B103
9.08 B319
13.44 B307
25.57 B302
16.94 B119
1.158403
3.25 B1 19
6.958409
0.69 8403
0.66 B519
"3.49 B310"
68.758106
149.57 8304
68.138119
7.358119 "
3.99 61 19
0.548604
2.948604
	 40.32 B1 14
0.08 B1 19
0798310
0.33 8409
" 0.62B409
1.00 B319
0.15 B310
0.00
0.01
0.94 B1 19
26.38 B109
0.708119
	 0.028119
0.21 8409
0.58 B103
0.03 B003
6.48 B1 13
0.21 B113
0.23 B106
073 B106
0.05 B310
1.06 B319
0.01 B4O9
0.02 B319
O.OS B409
0.108409
0.02 B316
0.01 B316
1.05 81 19
0.02 8316
0.00 B1 19
0.02 B1 19
0.06 B316
0.22 B319
3E35ir
3651
3714
3714
3451
3451
3479
3711
3714
3714
3711
3714
'2899
3499
3471
3471
3479""
3545"
3545
2621
2819
3499
3499
3499
3714
3714
3714
3714
3325"
3471
3714
3714
" '3471
3479
3714
3714
3714
3714
3714
3714
"3479 "
3592
3211
371 1"
"3711
3471
3621
3621
2899
2899
3843
"4581
"4581
9711
9711

5169
4512
3625
4512
" 7538
8711
3479
421S
3492""
7699
7699
7699
4581 '
3479
9999
9999
9999
9999
8221
8221
8221"
8221
8221
8221
8221"
3489
Tsoucct
A23
A24
A60
A56
A56
A29
A08
A58
A93
A21
A56
A60
A21
A69
A92
A29 "
A22
A22
A59
A59
A09
A29
A09
A78
A78
A22
A78
A78
A32
A22
A92
A56 "
A53
A21
A09
A21
A21
A09
A29
A21
A01
A09
A24
A75
A37
A21
A2l"
A53
A94
A29
A53
A53"
A53
,A21


A58
A22
A58
A5B
"A21
A27
A53
A29
A59
A59
A59
A71
A21
A21
A57
A21
A21
A94
A94
AS9
A94
A94
A94
A94
A22
Cod* I Citato Code
1
1
1
2
2
1
1
1
2
1
2
1
1
2
1
r


1
1 "
1
i
i
i
1
1
i
1
i
'i
1
_ ^...
2
1
1
1
i
"i
i
i
"V .
i
"i
"1
i
"i
1
^
"1
' 1
1
~"i~ 	
1
i

1
1
1
"1
i" 	
1
"i
2
1
"i
1
1 	
1
1
1










1
                           Page D-95

-------
1995 BRS Data (GM Form) - TC Metal-Only Wastes Managed Off Site
WM
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
D007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
D007
D007
0007
0007
0007
0007
0007
0007
0007
D007
0007
0007
0007
0007
0007
0007
3007
3007
0007
D007
0007
3007
0007
D007
0007
0007
O007
D007
D007
0007
0007
0007
0007
0007
0007
0007
D007
D007
BCodaJSyni
M071
M042
M132
M043
M071
M109
M019
M132
M132
M141
M141
M043
M071
M061
M133
' M141
M061
M061
M061
M061
M051
M043
M013
M111
M141
M039
M049
M051
M019
M029
M111
M109
"M014
M071
M072
M109
MOS1
M061
M042
M125
M071
M109
M014
M043
M111
M141
M141
" M119
Ml 19
M071
	 M071
M119
M019
M019
M043
M132
~ M043
M019
"M041
M041
M043
""M043
M043
M043
	 M043
M071
M071"
M071
M071
M071
M129
M125
Ml 19
M119
M119
M132
M043
M061
M041
M041
M043
mTypel EPAID Fvo
MN7213820908
MND000245068
MN0000686071
MND000773341
MND006154918
MND0061S4918
MND006160014
MN0006219919
MND006219919
MND006248868
MND006248868
MND006251839
MN0006251839
MND006253B43
MND0062S61SO
MN0006963S08
MND008904336
MN0008904336
MND04229666S
MN0042296665
MND042302331
MND044792794
MND045397965
MND04S397965
MND049537780
MN0053417S15
MND053417515
~MND059034694
'MN0059660165
MND0596B0165
MND091728S83
MND095296364
MND1 16220898
MND116220898
MND980681589
MND980681589
MND985666072
MND985666072
MND985668201
MND985677889
MND98576011S
MN098S767482
MND990860470
~" MND990860470
"MND990B60470
MND990860470
MND990860470
MNT280010257
MNT280010257
_ "MNT280010547
M00000031823
M02572890026
M03213720979
M03213720979
\ M03213720979
M03213720979
M04213820489
M08571924549
M08571924549
M08571924549
M08571924549
MOB571924S49
M08571924549
M08571924549
MO8571924549
MO8571924549
M08571924549
MO8571924549
"M08571924549
	 MO8571924S49
M08571924549
' M09890010524
MOD000474361
MOD000474361
MOD000474361
MOO000818963
M00006265722
MOD006269385
MOD006269633
MOD006269633
MOO006269633
^j/.ti^M^Jlla-MllI*!'.'.
1.128119
4.138103
0.02 B319
0.03 B310
1 10.75 B102
0.55 B103
0.408305
0.36 B304
1 .808310
3.95 B310
0.32 8310
7.11 8310
12.868119
7.35 B310
1.008409
2.108409
10.92 8203
16.48 8203
3.05 8101
4.23 B409
0.50 B603
0.28 8310
1.408316
18.006302
0.53 B119"
33.02 BS19
3.30 B519
0.66 B209
0.62 B103
0.02 8103
1.14B319
1.488316
1.378106
0.91 B103
97.58 B1 14
1.758507
17.28 B101
23.338409
0.52 8103
0.55 BIOS'
0.94 8106
25.47 8114
0.58 8310
0.468319""
2.50 B1 19
1.50 B119
6.25 B1 19
0.60 B319
1.208319
8.34 B119
7.90 B1 14
"0.13B310" "
0.488309
0.57 B309
0.10 8319
0.1SB319
0.06 B319
0.008309
0.01 8210
0.01 8210
0.18 B319
0.09 B319 '
0.06 B319
0.088319 "
0.10 8319
4.368119
0.4SB119
0.38 B1 19"
1.13 8119
1 .358119
0.268319
0.56 8309
7.92 BIOS
1.568316
0.51 B316
20.10 B319
1.10B316
0.23 8209
1 .388001
0.74 B209
0.30 B403
3EHEZT
8744
3479
2911
9711
3471
3471
3471
3479
3479
3499
3499
3479
3479
3569
3471
4512
7218
7218
3841
3841
3423
3799
'3471
3471
4911
3621
3621
3411
3499
3499
"1011
3471
3851
3851
3471
3471
3841
3841
3479
3823
5093
3471
3479
3479
3479
3479
3479
3471
3471
3471
3312
9711"
9711
9711
9711
9711
3482
9711
9771
9771
9771
9711
9711
9711 ""
9711
9711
9711
9711
9711
9711"
9711
9711
3479
3479
3479
3721
0.834
3569
3699
3699
3699
IfcM' i-'.v.
A69
A29
A29
ASS
A22
A73
A22
A01
A21
A21
A29
A21
A29
A21
A92
A21
A49
A49
A09
A21
A2S
A27
A01
A69
AS9
A21
A21
A21
A29
A29
A99
A71
A01
A01
A92
A60
A09
A21
A21
A27
ASS
A29
A32
A91
A29
A29
"A29
A22
A22
A22
A56
ASS
ASS
ASS


A91
ASS
A58
A58'
A08
A53
AS3
~A53
ASS
ASS
A56
ASS
AS6
A56
A91
"ASS"
A01
A09
A09
A08 ~"
A94
ASS
'ASB
A21
A21
TZlH&'KZn
2
























































2
'2
2
2
2
_ 2
2
'2
2
"2
2
2
2
2









l"
                           Page 0-96

-------
1335 BRS Data (GM Form) - TC Metal-Only Wastes ManagtcTOff 3fi
WMtCodalsyMmTwel EPAID Ivw
0007
0007
0007
0007
0007
D007
0007
0007
0007
D007
0007
0007
0007
0007
0007
0007
0007
0007
0007
D007
0007
0007
0007
D007
0007
D007
D007
0007
0007
0007
0007
3007
0007
0007
0007
D007~
D007
O007
0007
D007"
0007
O007
0007
0007"
0007
0007
D007
0007"
0007
O007
0007
0007
0007
0007
0007
D007~
0007
3007
D007__
3007
9007
0007
0007
0007
0007
D007
0007
0007'
0007
0007
0007
0007
0007
O007
0007
0007
0007
0007
0007
0007
0007
M061
M109
M071
M043
M141
M092
M043
M119
*M042
M043
M061
M112
M125
M132
M019
M043
M132
M141
M141
M079
M079
M129
M041
M111
M019
M132
M041
M043
M111
M111
M061
M014
" ~M014
M132
M061
~M077
M141
~M141
M141
	 M14l"
M141
M141
"M141 "
M141
M061
' MOS1 "
M132
' M132
M141
M141
M061
"' M08l"
M061
M043
M043
'M071
'"Mill
M132
M141
M141 "
M061
'M119
" M041
M04l"
""MOW"
M043
M051
	 MOSS "
M079
'M132 "
M132
M061
~M132
M061
'M141
M14l"
M043
M061
M111
M111
M111
MOD006272843
MOD006275481
MOD006283808
MOD0071 18078
MOD007131113
MOD007133887
M00007146095
M000074S2683
M0004393504B
MODOS0715655
MOD050715655
MOD050715655
MODOS071S655
MOOOS0715655
'MOD057894321
MOD057894321
MOOOS2439351
MOD07G26S099
MOD076265099
MOD077B87909
MOD077887909
MOD077887909
MOD084396985
MOD088703764
MO0096726484
MOD192203487
MOD9B0968739
MOD980968739
MOD981715824
MOD98171S824
"MOD981722341
MOD985769066
MOD985769066 '
MOT300010022
MSOOOOW3307
MS0000043307
MS2570024164
MS3170024639
MS7570024060
"""' MS7570024060
MS7570024060
MS7570024060
MS7570024060 '
MS7570024060
MSD004000782
MSD008161432
MSD040663510
MSD040663510
MSD05064B757
'MS00616572SO
MSD0979694B5 '
1/180097909485 	
" "MS00979094BS
MSD099640930
MS0130452501
MSD980709846
MSD980709S46
MSD981749401 '
'" MS0981749401
MS0985969682
MT2890090036
MT8571924S56
MTB571924556
	 MT8571924556 "
' " "MT8S71924556
	 MTB571924556
MT8571924556
MT8571924556
MT8571924556
MT8571924S56
MT000622940S
MTO07i401368
MTD980807176
MTD982648099
MTD982648099
NC11700272S1
NC1170027261
NC1170027261
NC1170027261
NC1 170027261
ume (Tons)! Fenn Co
0.20 B406
1.40 BS02
0.50 B106
0.77 B310
2.10 B319
1.448114
1.28B306
1.88B310
0.53
0.05 B310
0.08 B310
0.28 B316
0.50 B106
0.10 B310
0.02 B316
0.51 B319
2.30 B319
1.20 B519
0.408519
18.72 B101
20.63 B101
2.10 B307
0.47 B103
1.31 B319
0.06 B001
1.40B310
1.40 BIOS""
0.80 B319 "
0.92 B1 14
0.80 B319
1.88B316
0.36 B310
0.34 B319
14.99 B409
0.88 B319
0.63 B103
0.12 B309
0.01 B309
0.48 B1 19
0.53 8210
0.09 B210
0.62 B307
0.37 8307
0.00 B309
2.63 B319
5.98 B206
17.08 B310
5.48 B310
58.80 B1 14
3.03 B310
8.61 8209
10.22 B209 "
1.59 8303
0.99 B319
1 .288409
36.02 B1 13
95.13 B319
127.01 B319
0.24 B309"
0.17 B310
1.34 8209
0.33 B319
0.04 B21 1
0.01 B319"
0.058309
0.04 B310
0.03 B210
0.08 B310
0.22 B102
0.07 B310
0.24 B310
0.03 B409
3.588604
0.14 B1 19
14.30 B319
11.50 B319
3.60 B310
0.02 8211
3.74 B103
0.82 B302
2.92 B310
le I StC Code) Sou
3634
3629
3728
3711
2796
3499
3627
3479
4581
3724
3724
3724
3724
3724
3081
3081
3585
3621
3621
2819
2819
2892
5169
3479
2869
3443
" 3449
3479
3354
3354
"3732
3519
3519
4789
3479
3479
9711
9711
9711
9711
9711
9711
9711
9711
3443
2873
3694
3694
3731
3714
3499
3499
3499
3612
3612
3699
2819
2819
9711
9711
2499
8733
9711
971 1"
9711
9711
9711
9711
9711
9711
9711
2911
3499
2493
9511
3471'
9711
9711
9711
9711
"9711
A56
A03
A02
A21
A22
ASS
A53
A22
A22
A21
A21
ASS
ASS
A21
ASS
ASS
A99
A24
A24
A09
A09
A09
A27
A53
A94
A21
A24
" A53
A53
A53
. A21
A78
A22
A21
A29
A29
ASS
ASS
A19
A21"
A21"
A21
A21
ASS"
A57
A59
A01
'A21
A26
A21
A29
A29
A74
A09
A71
A22
A56~
A71
ASS
" A91"
A71
ASS
ASS
A5B
' A58
A21
ASB
A21
A37
ASS
ASB
A19
A21
A57
A37
A92
A22
ASS
A22
A53
ASS
OB Code) Orioki Code
1
1

1
1
1
2
1
1
1
1
1
1
1
1
1
2
1
1
" " 2
2
2

2






	 .



_.
















	


























"l
                           Page D-97

-------
1995 BRS iDJjta {M rCmT) - TC Me&i-Only Wastes Managed Off Site

D007
D007
0007
D007
D007
0007
0007
0007
0007
0007
0007
0007
O007
0007
0007
0007
0007
0007
0007
0007
0007
D007
0007
0007
O007
0007
0007
0007 ""
0007
0007
0007
0007
0007
0007
0007
0007 '
0007
0007
0007
D007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
D007
0007
0007
0007"
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007 '
D007
dalSynan
Mm
M111
M141
M141
M141
M141
M141
M111
M141
M141
M141
M141
M141
M141
M141
M141
M132
M132
M141
M141
M019
M141
M141
M141
M141
M141
M141
M141
M141
M141
M141
M141
M043
M061
~ M141
M132
M141
M141
M141
M141
M141
M111
M132
M132
M132
"M061
M061
M061
MOSS
MOSS
M053
" 'MOSS'
M141
M014 "
M141
~M071
M141
M132
" M141
" M061
M061
'Ml 11
M141
M061
" M141
M141
M071
M043
M071
M071
M132
~ M132
M077
M077
"M077
M141
M141
M141
M061
M041
M043
rypel EPA ID. . h
NC1 170027261
NC1 170027261
NC1 170027261
NC1 170027261
NC1 170027261
NC1 170027261
NC1170027261
NC2690308232
NC2690308232
NC6170022580
NC6170022580
NC657002447S
NC6S7002447S
NC6570024475
NC8170022570
NCB170022570
NC8210020121
NC8210020121
NC8210020121
NCD000615617
NC0003162SOO
NCD003162SOO
NC0003162500
NCO003162SOO
NCO0031 84249
NCD00699779S
NC0006997795
NC000699779S
NCO00699779S
NCO00699779S
NC00371S2683
NCD041043811
NCD044438406
NCD047369046
NCO048467427
"NCD049774979
NCD050409150
NCOOS133139S
NCDOS18236BO
NCD051823680
NCD051823680
NCOOS3488409
NCD057454670 '
NCD057454670
NC0057454670
NCD062674338
NCD062674338
NCO075575191
NCD079054680 "
NC0079054680
NCD0790S46BO
NCD079054680
NCD0790S4680
NCD084170570
NC0085080182
NCD086872082"
NCD089903983
NC0091 245498
NC0098770746
NCD101 773992
NC0101 773992
NCD101 773992
NCD18S374899
"NCD980799498
NCD980841753
NCD980841753
NCD980844674
NCD98084S366
NCD98084S366
NC098084S366
NCD981003197
NCD981026909
NC0981473S64
NC0981473S64
NC0981473564
NCO9818S6396
NCD981856396
NCD981861438
NC0982140329
NCD986166338
NCD986166338
sofema (Tora)l Font O
0.09 B310
0.39 B319
0.34 BIOS
0.95 8309
3.00 B310
O.OSB409
0.07 8609
0.73 B301
2.00 B307
50.04 B309
23.97 B310
0.80 B207
0.10 B210
1.008309
0.41 B209
0.58 B309
0.368309
8.62 B310
2.898309
0.04 B107
2.21 8304
1.608310
0.60 B319
1.008505
32.00 B319
0.40 B1 14
2.60 B310~ ~
"0.33B310
0.25 B310
0.208403
0.25 B310
36.458319"
5.528403
5.708303
1 13.03 B319
8.30 8504 *
0.03 B001
0.178409"
0.55 B519
0.08 B519
0.10 B519
42.06 8319
89.52 8302
16.278311
93.57 8319
0.708409
1.57 8409
1.368504"
0.23B310 ~
0.45 B310
0.08 8310
" " 4.83 B519 "
2.20 B519
20.97 B319
0.01 B001
97.69 8103"
0.088305
15.008304
0.24 8319
1.83 B310
3.18 8310
4221 8302
0.01 8310
0.038209
1.508310
3.90 B310
6.45 BIOS
0.508319
3.308304
5.458304
1.608113
* 18.10 BIOS'
149.398105
2.20 BIOS
0.91 8302
0.038309
0.33 B310
0.04 8202
0.52 8603
0.40 B219
0.03 B001
delSCCod
9711
9711
9711
9711
9711
9711
9711
9621
9621
9711
9711
9711 '
9711
9711
9711
9711
9711
9711
9711
4581
2796
2796
2796
2796
3692
4512
4512
~4512
"4512
4512
3069
" 2824
3679
2865
2819
2679
3499
2531
4226
4226
4226
2824
2819
2819
2819
3713
3713
3433
3511
3511
3511
3511
3511
3221
3086
2754
5169
3711
3728
3519
3519
3519
3089
4512
3713
3713
3444
3499
3499
3499
3519
3399
2796
2796
2796
9229
9229
4911
3451
8733
2834
ISowce Code) Origin Code
ASS
A08
A22
ASS
A22
AS8
A5B
A69
A01
ASS
ASS
A37
AS9
ASS
A21
ASS
ASS
ASS
ASS
A22
~A29
A29
A56
A22
A69
AOS
A21
A21
A21
A59
~A40
A09
~A29
"A74
A53
A60
'A94
A71
AM
~AS9
A91
AOS
ASS
A69
~A92
"A21
*A21
A60~
"A71
"A71
A71
A29*
'A29
A59
"A94
A22
A5B
"A74
A19
A21
"A21
A69
'A21
"A21
A71
"A71
A29
"A91
~A99
A99
A56
A32
A22
A22
A53
ASS
'ASS
A09
A38
A94
A94
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
' "1
"2
_1
"l
' "~1
1
"l
'1
"l
'l
1
... 2
1
1
"l
1
"l '
i
i
"2 "
2
1
1
1
' V
i
i
. . ....
"1
i
i
1
.. 1 "
1
3
""l
1
1
'2
1
1
1
1
"1
1
1
1
2
1
"l
1
~2
1
1
1
1
1
1
                          Page 0-98

-------
1995 BRS Data (GM Porr^}  TC *fleta!-On!y Wastes Managed Off Site
II 1 II 1,1 ! I ! 1 1 III 1 ._..._ .._ ~ ~"1
0007 M043 NC0986166338 0.00 B001 8221 A94 1 ~
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007"
0007
D007
0007
D007"
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
D007""~
0007
0007
0007
0007 "
0007
0007
0007
0007
0007
0007
0007
0007
D007
0007
0007 ""
0007 "
0007
0007
D007
0007
0007
0007
0007
0007
D007
0007
0007
0007 ~"
0007
0007
0007
0007 "
0007
0007
0007
0007 "
0007 "
D007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
M043
M043
M043
M043
M043
M043
M043
M043
M043
M061
'M061
M061
M111
MT11
Mill'
M121
M121
M141
M141
MU1
M091
M141
M141
M141
M141
M049
M061
M061
'M041
M043
" M043
" M043
M049
M141
M141
M141
M141
M141
M141
M141
M141
"M141
' M132
MOS2
M132
M132
' M132
'M132
M132
M014
M071
M141
M111
M111
""M111
'Mill
M
"M019
M043
M043
M043
M077
"M"
"M043
M132
'M077
M082
M141
M141
M141
MOS1
' M141
M141
M132
' M141
M082
M141
M042
M141
*M141
NCD986166338
NCD986166338
NCD986166338
NCD986166338
NCD986166338
NCD986166338
NCD98616633B
NCD986166338
NCD98616633B
NC098616633B
" ~NCD986166338
NC0986166338
NCD986166338
NCD986166338
NC0986166338
NC0986166338
NCD9S6166338
NCD986166338
NCD9861 66338
NCD986166338
NCD966171189
NCD986171882
NCD986177061
NCD986186351
NCO986194421
_ ". NCD986215465
NCD991 276706
NCD991 278706
N035719247S9
ND3571924759
ND3571924759
N03S71924759
'N03571924759
ND4571924758
ND4571924758
ND45719247SB
ND4S71924758
"ND4571924758
ND4571924758
ND4571924758
ND45719247S8
' " ' NO4571924758
NDOOOB17S467
NED000325167
NED007263619
NED007263619
NED007263619"
NED007267214
NEDG07268790
NED007281728
' NEooo7286i98
NED043S3463S
NE006S133167
NED06S133167
NED065133167 '
NE006S133167
NED072904543
NED080219868'
NECXW0219868
NED080219868
NED080219868
NED082724071
NED980971733 '
NED980971733
NET320010077
NH0000636134
' NHD000636134
NHD000636134
NH0000636134
NHD000636134
NHD000769869
NHD000791889
NHD000842443
NHD001078682
NH0001088624
NHD001427475
NHD002579399
NHD01 8953794
NHD018953794
NHD0189S3794
0.20 B403
0.06 B409
0.20 B409
0.608409
2.20 B409
0.88 B409
0.40 B409
0.14 B409
0.08 B409
0.60 B403
0.90 B403
2.40 B409
2.188303
0.82 B319
0.20 B403
0.20 8207
0.20 8219
0.20 8119
0.40 8310
0.55 8319
65.858106
4.058205
0.01 BIOS
"22.90 BIOS
0.35 B310
1.10 8310
6.13 8209 "
1.32 8209
0.27 8106
1.288310
0.078310
0.588310
0.028404
0.18 B102
0.108102 '
10.93 8202
0.01 8202
0.078202
'" "0.108310 ~"
3.238310
0.01 8310
' 0.13 8409 '
0408304'
5.398609
2.30 B319
13.508403
11.908505
3.458409
1.34 B513
020 B923
4.448307
029 8319
0.43 8310
0.08 8310
0258319
1.638505"
0.80 6310
18.878105
2.35 8310
9.12 B319
0.64 8319
35.45 8101
1.838409'
1.388409
0.478304
0.54 8310
~ 0.91 8113
6.67 8113
5.84 8207
3.368407
0.01 8001 "
0.268114
0.388001
156.49 8316
0238307
10.11 8113
0.48 8103
13.348113
1.208105
1.808307
3661
3661
2816
2816
3231
3231
8099
8099
8731
3713
3713
3231
2869
2261
3622
8733
8733
3622
3622
3841
3714
3534
8734
4561
3499
3339
3585
3585
9711
9711
9711 "
9711
9711
9711
" 9711
'9711
9711
9711
9711
9711
9711
9711
2911
ASS 1
A19 1
A53 1
A53 1
A57 1
A57 1
A58 1
A58 1
A94 1
A21 1
A21 " 1
AS7 1
A74 1
A53 1
A08 1
A59 Y
A94 1
A06 1
A56 1
A69 1
A05 1
A40 1
A94 " i ~
A19 1
ASS 1
A91" " 1
A21 " ' "l""
ASS 1
A59 1
AS3 2
ASS ' 1
ASS"" "l
AS6 1
A57 1
A57 " " 1 '
ASS 1
A58 . 1
A99 1
ASS" " 1 ' "
A58 1
ASS 1
A21 ' "1
A57 	 1
2873 A60
3714
3714
" 3714
3499
3479
347
3594~
3764
3592
3592
3592'
3592
3594
3593 '
3593
3593
3593
3728
4581
4581
3585
3724
3724
3724
3724
3724
"2672
3699
3678
3324
' 3069
'3724
3443
3324
3471
3324
A22 1
A78 2
A22 ~" 1
A26 " 1
A02 1
1
AM 	 1~ 	
A53 1
A22 1
A78 1
A22 1
A22 1
A21 1
A37 	 1
A32' " 1
A38 1
A75 1
A01 1
A7l" 1 ~
A71 1
A40 1
A71 1
~A27 1
A27 1
A54 1
A92 1
A94 ' ' 2
A19 1
AS8 1
A03 1
A29 " 1
A40 1
A27 'l
A38 1
A29 " 1
A09 "1
                            PageD-99

-------
1995 BRS Data (GM Form) - TC Metal-Only Wastes Managed Off Sifc

0007
D007
0007
0007
0007
0007
D007
D007
0007
O007
0007
0007"
0007
0007
0007
0007
0007
0007
0007
0007
O007
O007
D007
0007
0007
0007
0007
0007
D007
0007
0007
0007"
D007
O007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
D007
O007
0007
0007
D007
D007
0007
0007
O007
0007
0007
0007
D007
0007
0007'
D007
0007
0007
0007"
0007
O007
O007
0007
0007
0007
O007
D007~
0007
D007
D007
0007
D007
D007
0007
0007
O007

-------
1995 BRS Data (GM Form) - TC Metal-Only Wastes Managed Off Site
WMB Code! System Tvoel EPAID I
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
D007
D007
D007
O007
O007
3007
0007
0007
D007
D007
O007
D007
DO07
D007
D007
0007
O007
0007
D007~ ""
D007
D007
0007
0007
0007
D007
0007
O007
0007
D007
3007
D007
0007
O007
0007
0007
0007
3007
D007
D007
0007
D007
0007
0007
0007
D007
0007
0007'
D007
0007
D007
0007
0007
0007
0007
D007
D007
0007
D007
0007
D007
0007
D007
0007
O007
0007
0007
0007
D007
M141
M141
M119
M141
M141
M141
M141
M052
M079
M132
M132
M132
M132
'M132
M132
M132
M141
M041
M141
M141
Mill
M141
M041
' M141 "
M141
M141
M061
M071~
M091
M011
M132
" M132~
M132
M043
M125
M141
M141
M141
M061
M041
M141
M
M079
M141
M111
M125
M049
M141"
M129
M141
M041
M041
M041
M041
M041
~M043
*M043
M043
"M043
"M043
M043
M043
M043
'M049~
M05l"
M053
MOS3
"M129
M125
'M125
M12S
M041
"M043
M132
'M132
M132
M132
~M109
M141
M141
M141
NJDOS5930549
NJD05S930S49
NJDOS6699267
NJD0581 12947
NJD0581 18308
NJD060792B01
NJD061071890
NJD061076600
NJD062042809
NJD062042809
NJD062042809
NJ0062042809
NJD062042809
NJ0062042809
NJ0062042809
NJD064353899
NJ0067520890
NJD096846S22
NJD096873724
NJD096873724
'NJD096880265
NJD09740034S
NJ0980536213
NJD9B0593404
NJD980S93404
NJD980644827
_ NJD9B0753875
NJD960753875
NJ0980755367
NJD9B0757330
NJD980790B36
NJD9807909SO
NJ0960791040
NJO9B1082043
NJD981 184773
NJD981 184773 '
NJD981184773
NJD981S66S32
NJD982540890
""' NJD982737777
NJD986569770
NJO986S73798
NJDS86S81213
NJD98658623B "
NJ0986609311
NJD9B6616894
NJD986B26208
^ NJD99/I290701"
NJP0007957B1
NJR000002584
~ NM0890010S1S
NM0890010515
NM0890010S1S
NM0890010S15
NM0890010515
' NM0890010515
NM0890010S15
NM0890010S1S
NM0890010S15
NM0890010S15
NM089001051S
NM0890010515
NM0890010S1S
NM0890010515
NM0890010515
NM0890010515
NM0890010S1S
NM7572124454
'NM9S70024423 '
NM9S70024423
NM9570024423
" NMD03S686823
NMDOS2684578
NMD052684578
NMDOS2684578
NMD052684578
NMDOS268457B
NV1 210090006
NV7570024110
NV9170022173
NV9170022173
Volume (Tens)) Fann Cadet SICCodel Same Codel Ohah Code
0.22 8319
1.64 B609
0.25 B307
0.20 B207
0.01 B001
0.02 B1 19
0.48 B316
7.34 B301
7.38 B302
0.69 B302
53.76 6302
12.60 B302
58.80 B302
2.95 B307
0.03 B307
"l.33 B319
0.18 B001
0.83 B106
13.20 B219
6.16 B306
70.53 B301
6.60 B1 19
0.22 B206
0.40 B207
0.15 B319
0.48 B319
2.40 B204
0.20 BIOS
233.35 B504
26.84 B319
0.06 B309
0.12 B309
0.08 B309 ~
0.13 B312
0.238114
0.80 B219
1.61 B219
0.33 B301
0.45 B206
"O.B3B106 "" "
0.258207
2.52 B101
12.90 B103
0.02 B001 ~~
1.50B319
15.00 8319
0.23 B001
1.13B319
"9.59
0.238316
0.00 B1 14
0.00 B1 14
0.06 B1 14
0.00 B1 14
	 0.01 B219
0.00 B307
0.00 B316
0.00 B319
0.00 B319
0.00 B319"
0.00 B319
0.02 B319
0.00 B409
0.00 B001
0.12 B114 ."
0.008316
0.00 B319
" 0.29B210
0.03 B409
0.07 B409
4.138409
0.058003
2.98 B310
4.02 B103
0.50 BIOS
" 1.13 B310
0.46 B310
0.17 BS19
0.208309
0.048207
0.03 8207
2952
A92
2952 ASS
3569
3662
2834
2754
8741
3562
3471
3471
3471
3471
3471
3471
3471
3471
2869
3663
3644
3644
4931
2869
8734
2821
2821
4931
2821
2821
3341
3296
9199
9199
9199
5169
3728
3728
3728
4215
3499
3663
2653
3469
3291
2834
9999
9999
4213
3341
9999
3471
9711
9711
"9711
9711
9711
9711
9711
9711
9711
9711
9711
9711
9711
9711
9711
9711
9711
3721
9711
9711
9711
5063'
3724
3724
3724
3724
"3724
9711
9711
"9711
9711
A78
A5B
A94
A19
A94
A92
A69
A69
A69
A69
A69
A59
A69
A53
ASS
A27
A93
A93
A53
ASS
~A94
A59
A59
AOS
A60
A60
A75
A49
A55
A69
' A69
ASS
A92
A78
A78
A59
A54
A27
A58
A23
A75
ASS
A69
A69
A94
A92
A62
ASS
A02
A29
A94
A94
A49
"A49
A94
A29
A53
A94~
A94
A99
A94
ASS
A49
A94
A94
A58
AS3
A99
A99
A57
ASS
A29
A29
A53
ASS
A60
ASS
'ASS
AS8
1
1
1





2
2
2
2
2
1
2
1
1
1
2
2
2
2
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i
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1
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1
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                          Page D-101

-------
1995 BRS Data (GM FOTC;   t C a*efc*!-QniyJWastes Managed Off Site
WMB Code ISMam Type.) EPA ID 1'
0007
0007
0007
0007
0007
0007
D007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
D007
D007
0007
0007
O007
O007
O007
O007
O007
D007
D007
0007
0007
0007
0007
0007
D007
D007
0007
0007
0007
0007
0007
0007"
D007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
O007
0007
0007
0007
0007
D007"
0007
0007
0007
0007
3007
0007
0007
0007
0007
0007
O007
0007
0007
D007
0007
D007
0007
0007
0007
0007
0007
M141
M141
M141
M141
M141
M141
M141
M109
M132
M125
M132
M132
M019
M119
M043
M141
MOSS
M099
M043
~M081
M132
M141
M141
M129
M019
M132
M141
M141
M141
"" M019
M049
M049 	
M129 	
M129
M129
M132
M132
M132
M132
M132
M051
M129
M043
M041
M119
M043
M043
M111
"M132
M111
""l/KMl"
M141
M141 "
	 M011
M071
M125
" M014
M141
' M141 "
M119
M141
"M071
Ml 32
M109
	 M071 	
M071
M043
M119
M061
~"MOB1
" M111
Mill
M111
M111
M141
M14i""
M141
M099
M099
M061
M141
NV9170022173
NV9170022173
NV91 70022173
NV9170022173
NV91 70022173
NV91 70022173
NV9170022173
NVDOOB290330
NVD008290330
NVD008477820
NVD008477820
NVDOOB477820
NVD056804487
NVD981963549
NVO982443962
NVD982519316
NY0000097394
NY000012760S
NY0000926436
NY0000926436
NY0213820830
NY0214020281
NY0214020281
NY0570024273
NY2572824249
NY3570025475
NY3570025B97
NY4210022279
NY4360010249
NY4571924451
NY4571924451
NY4S71924451
NY4571924451
NY4571924451
NY4571924451
NY45719244S1
NY4571924451
NY4571924451
NY4571924451
NY4571924774
NY5690319889
NY8210020915
NYD000128496
NYD000730408 "
NY0000799122 '
NYD000809327
NYD000813386
NYD000824359
NYD000824367
NYD000824409
NYD000829572
NYD001386077
NYD001 386077
NYD001 560879
NYD001876440
NYD002028421""
NYD002040921
NYD002042471
NYD002043198
NYD002043396
NYO002047967
NYD002049302
NYD002049302
NYD002061000
NYD002061380
NY0002061380
NYD002064335
NYD002066132
NYD002066777
NYD002066777
NYD002070100
NYD002070118
NYO002070118
NYD002070118
NYD002084135
NYD0020B413S
NYD002084135
NYD002103513
NYD002103513
NYD002105B49
NY00021 12944 '
/ofame (Tora)l Fonn Coda) SIC Codel Some Code) Origin Code
0.01 B207
0.05 B207
0.00 8207
0.00 B310
0.00 8310
0.00 8310
0.00 8310
74.94 8319
130.11 8319
3.74 BIOS
2.70 BS04
1.35 8504
0.20 8319
3.60 8604
4.948302
"0.66 BIOS
0.10 8205
0.35 B1 19
0.18 8310
185.65 8105
0.078409
" 3.96 8309
3.84 8310
	 0.04 8310
0.138310
0.028001
1.298319
	 0258310
0.64 8103
0.02 8309
0.01 8210
0.00 8210
	 6.01 B1"14
0.008114
6.03 8210
0.03 8114
0.16 8207
1 .488310
0.12 8316
0.238310 """
2.04 8202 ~
0.01 8309
0.48 8310 	
0.108119
2.80 B319
0.078310
2.508409
0.03 8316 '"
0.906319 ~
0.90 8310
6.19 BOOS
6.42 B1 19
0.41 8119
"2.208319
8.77 B114
1.068105"
22.40 8105
0.80 B212
6.008001
"0.13 8319
4.70 8204
6.648114
0.40 8319
0.30 8505
21.888103
16.34 8103
0.06 8310
9.70 B1 09"
4.75 8102
1.27 8209
0.10 8316
0.498310""
1.61 8310
1.85B310
0.13 8319
"1.688409
0.13 B519
0.258114
3.958114
1.128310
2.70 8316
9711
9711
9711
9711
9711
9711
9711
2819
2819
3823
3823
3823
3999
8221
3641
8711
3694
4911
2835
2835
9199
9711
9711
9711
9711
4581
9711
9711
8062
9711
9711
9711
9711""
9711
9711
9711
9711
9711
9711
9711
4959
8221
3699"""
4911
2892
3861
3714
3229
3231
3229
8221
3341
3341
3624
3812
3699'
3812
3829
2819
3569"
3721
3999
3999
3471"
3499
3499
3541
2676
2752
2752
2851
2821
2821
2821
3511
3511
3511
3081
3081
3412
2879
ASB
ASB
ASB
A01
A01
A19
A19
A32
A56
A27
A27
A29
A29
A57
AS6
A29
A38
A94
A49
A75
A91
ASS
AS9
ASS
A91
ASS
ASS
A91
ASS
ASS
ASB
ASB
ASS
ASB
ASS
ASS
A57
A91
A19
ASB
A08
ASS
A78
A94
A99
ASS
ASS
A29
A93
A71
A94
A09
A19
A99
A2S
A19
A49
A21
A57
AS3
A19
A59
A59
A22
A23
A23
A21
ASB
A49
A49
A57
A32
A32
A32
ASS
A59
A53
AS9
AS9
A92
A41












1
1
1
1
1
1
1
1
1
1
1
1
1
1
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1
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' 1
                           Page D-102

-------
1995 BRS Data (GM Form) - TC Metal Only Wastes Managed Off Site

0007
0007
0007
0007
0007
0007
0007
0007
D007
0007
0007
0007
0007
D007
0007
0007
0007
0007
0007
0007
0007
D007
D007
D007
0007
0007
D007
D007
0007
D007
0007
0007
0007
0007
0007
0007
D007
0007
0007
0007
0007
0007
0007
D007-"
D007
D007
D007
0007
0007
0007
D007
0007
D007
0007
O007
D007'
0007
0007
0007
D007
D007
3007
0007
0007
0007
0007
0007
0007
0007
D007
0007
0007""
0007
0007
D007
0007
D007
0007
0007
D007
0007
'  ** 1 #yMUI *n*qp | BTf^MX | W*ff^ \ >wiiv|   'MWMM|*01W WMV| OOW
M141 NYD0021 14197 023 B 103 3714 A27
M141
M141
M141
M071
M132
M132
M071
M119
M071
M071
M071
M125
Ml 32
M091
M051
"M111
M111
M141
M141
M141
M141
M043
M129 "
M141
M041
M043
'" M141""
M141
'M141
M141
M141 '
~M141
M123
M141
M053
M132
M141
M079
M132
M132
M013
~M141
~"M048'~'
Ml 32
' 'M141
M141
~M079
" M141
M07B
M079
M132"
M132
"M141
M121
' Mill 	
' M089 	
M043
M132
~M041
M043
"Mill
M111
M051
	 M125
M132
"M132
'"Mill
M141
M141
M071
""M14l"
~M141"
M104
M141
M021~
M141
M141
M078
M043
M043
NYD0021 14197
NY0002114197
NYD0021 14197
NYD0021 26852
NY0002126852
NYD0021 26852
NY0002204436
NYD002204436
NYD002205755
NYD002207744
NYD002207744
NYD002209013
NYD002215234
NY0002215739
NYD002220457
NYD002227973
NYD002233757
NYD002240638
NYO002240638
NYD002244911
NY0002244911
NYD003930849
NY0006978795
NYD008916504
NYD010779098
NYD010779098
NYD010779098
NYD010779098
NYD0107B3967
NYD010783967
NYD010783967
NYD01 0783967
NYO013524186
NYD013563390
NYD013596S56
NYD0185037B9
NYO041429242
NYD042569772
NYD045605888
NYD046337549
NYD046763777
NYD048779326
NY0049830987
NYD049830987
NYD05278014S
NYD052789625
NYD055056410
NYD0593B5120
NY0060545209
NYD060545209
NYD06054S209
NYD06054S209
NYD060545209
NYD063638670
NY0063784797
NYO067532580
NY00679215B5
NYD071586127
NYD071596449
NYD071596449
NYD071596449
NYD074033101
NYD077508091
NY008045B862
NYD091662726
NYD092465509
NYD093249688
NYD096924113
NY0096924113
NYD121029B62
NYD144518081
NYD144518081
NYD176893428
NY0980650675
NYD980653109
NYD980n6561
NYD980779540
NYD981 134711
NYD981 142342
NYD981 183338
3.14 B310
0.40 B310
0.23 B519
301.353.408102
0.95 B319
1.14B409
4.59 B103
2.208409
0.60 B302
1.61 8119
0.03 8310
0.45 B319
1.608502
1.248103
' 0.068106
0.19 B519
1.358103
1.808114
0.25~B316
0.238113
0.468113
0.11 8001
0.208119
4.25 B519
3.50 B319
0.10 B319
2.70 B310
0.60 B319
10.208113
5.10 6310
1.908310
0.90 B403
1.838209
0.20 B403
0.03 8319
0.46 8114
6.888119
0.91 BIOS
2.52 B310
0.02 B316
11.878319
0.10 8003
7.788206
2.988206
0.69 B106
0.48 B106
1.53 BIOS
0.03 B409
87.67 B106
49.468106
6.50 B319
12.35 B319
10.988119
0.70 B103
~ 3.40 B310
87.20 B1 10
0.05 8319
22.38 8307
0.048119
0.20 8316
346.60 B319
0.53 8403
15.14 8102
0.20 B319
21.41 B319
0.01 B307
3.17 8409
0.40 B1 19
0.75 8409
0.10 8106
2.46 BIOS
9.20 BIOS
0.05 81 19
0.70 8106
3.25 8203
0.04 8003
4.97 B1 19
0.508505
0.07 8310
0.11 B310
3714
3714
3714
3714
3714
3714
3721
3721
3541
3471
3471
3452
3714
3841
3398
3644
3496
3484
3484
3724
3724
2079
4924
3479
3861
3861
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3861
3479
3479
3479
3479
5511
3471
2844
7699
3679
3728
3531
7699
3297
8221
3541
3541
2761
3669
3471
3679
3312
3312
'3312'
3312
3312
3511
3841
2865
8222
3351
3312
3312
3312
2819
7699
8211
3471
3676
2865
3728
3728
2759
3449
3449
6021
4729
3269
9711
9999
3471
5088
9711
A21
A27
A27
A29
ASS
A21
A29
A21
A37
A29
A22
A29
A38
A27
A37
A21
A38
A19
ASB
A09
A21
'A94
A37
A3B
A99
A99
ASS
"A99
A29
A32
" A32
A09
A73
A91
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A21
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A22
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A29
A78
A94
A40
A40
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A03
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A29
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A29
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A21
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A01
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ASB
A04
ASB
A37
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1
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                          Page D-103

-------
1995 BK3 Data 
-------
1835 BR3 Data (Grn Form) -TC Metal-Only Wastes Managed Off Site

D007
0007
0007
0007
D007
0007
0007
0007
0007
0007
D007
D007
0007
D007
0007
0007 '
0007
0007
0007
0007
0007
0007
0007
0007
0007
D007
0007
D007
0007
0007
0007
0007" "
0007
0007
0007
0007
0007
0007
0007
0007
0007
D007
0007
0007'
0007
0007
0007
0007
0007
0007
D007
0007
0007
0007
O007
0007"
0007"
0007
0007
D007~
3007
0007
D007
0007""
D007 ~
0007
D007
0007
0007
0007
D007
0007
0007
D007
0007
0007 "
D007
0007
0007
0007
D007
odeisyn
M111
MU1
M141
M141
M132
M132
M111
M041
M061
M111
M061
Ml 11
M141
M061
M111
M111
M132
M132
M111
' Mill
M071
M111
M111
M125
M132
M077
*M141
~M141
M141
M141
M141
M141
M141
M011
M141
M141
M141
M141
M014
M043
~MOB1
M132
Ml 11
" "M032
M132
M132
M132
~M081
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M092
M141
"~M14l"
M141
M141
M061
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M111
M141
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M141
M141
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Mill
M141
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M132
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M111
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M111
M011
M011
M011
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M12S
M141
M141
mTyp| B>AID ivw
OH0000817312
OHD000817312
OHD000817312
OH0000817312
OHD000817346
OHOOOOB17346
OHD000817536
OHD000817S44
OHD001502632
OHD002946291
	 OHD003913308
OHD003937257
OHD0039372S7
OHD004154696
OHD004163275
OHD0041S3275
OHD00416327S
OHD00416327S
OH0004173027
" OH0004173621
OH00041821SO
OHD0041972S7
OHD004205464
OHD004210035
OHD004220810
OHD004227708
" OHD004227708
OH0004227708
OHD004227708
OHD004227708
"OHD004227708
OHD004232930"
OHD004232930
OH0004236360
OHD004238360
	 OHD004236360
OHD004236360
OHD004240313
" OHD004240396
OHD004240396
OHD004240396
OHD0042S4132
" OHD004254983
' OHD004255410
OHD0042S5410 '
OHD0042S5410
OHD0042S5410
OHD004268884
OHD004268884
"OHD004268884
OHD004268884
6HD004268884"
OHD004268B84 '
OHD004268884
OHD004278768
OH0004278768
OHD004281SS8
OHD004281S98
OHD00428475B
OHD0042B4923
OHD004291100
OH0004291654
OHD004294351
" 	 OHD004294351
	 OHD004294419
OH0004294419
OH0004294567
" OHD004294567
OHO004302428 '
OHD004303434
OHD004343117
OHD004448809
OHD004467247
OH0004469375
	 OHD004495495
OHD00449S49S
OHD00449S495
OH000449549S
OHD00449S49S
OH000449S49S
OH000449S49S
w (Tore) (Form Cot*
0.27 B409
0.23 B103
21. 90 B1 14
5.16 B1 14
1.158310
0.50 B310
1 .566306
3.44 B119
0.46 B504
0.92 BS04
12.73 B403
9.44 B102
2.90 B102
10.23 B310
5.05 B114
2.788114"
3.71 B1 14
0.08 B302
0.69 B003
4.15 B302
1.258103
0.08 B409
3.00 8319
27.00 B302
36.948504
19.60B205
8.80 B106
1.308310
3.90 8316
160.00 8316
24.50 8319
0.03 81 19
0.03 8316
2.668113
2.448113
0.77 B310"
8.40 8316
13.63 8319
0.18 8114
17.44 B310"
6.158310" "
9.15 8307
23.05 8319
18.48 8205
52.83 8316
1.108319
49.81 8319
3.92 8209
3.428409
59.228119
0.09 8301
0.038310
0.30 8319
' 1.338409
0.28 8310
0.20 B310
1.88 B315
3.11 B119
2.10 B519
30.14 B1 15"
0.92 B409
20.00 B519
0.41 B319
0.82 B319
0.75 B316
1.408316
39.028308
25.40 B316
0.04 B1 13
0.11 8319
0.258119
27 .008306
0.80 B103
0.19 B316
8.32 81 19
109.38 8304
4.25 831 9
0.72 B319
38.76 8319
0.92 B1 19
3.40 8319
(SIC Cod
3724
3724
3724
3724
3714
3714
3479
8731
3499
2851
2869
3069
3069
3713
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3499
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3471
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A53
A53
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A69
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A58
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1
2
1
1
"i
1
1 	
" "1 .
2
2
2
1
"2
..?.






















	










                           Page 0-105

-------
1995 BRS Data (GM Form) - TC Meta^Cniy Wastes Managed Off Site
V\ute Code 1 System Type 1 EPA ID |Volune(Tans)|i-onnCoile|SICCodalSouroCod(|OrigbiCoda
D007
0007
0007
0007
0007
0007
0007
0007
D007
D007
0007
0007
0007
D007
0007
D007
D007
0007
0007
0007
O007
O007
0007
D007
0007
D007
D007
D007
0007
0007
O007
0007
D007
0007
0007
O007
D007
D007
D007
0007
0007
0007
0007
0007
0007
0007
0007
0007
D007
0007
D007
0007 "
0007
D007
0007
O007
0007
0007
D007
0007
0007
0007
0007
0007
0007
0007
0007'
0007
0007
0007
0007
0007
0007
D007
0007
0007
0007
D007
D007
D007
D007
M141
M.141
M141
M111
M111
Mill
M111
M061
M043
M011
M011
M077
M141
M042
M042
M071
M111
M111
M061
M111
M111
M125
M111
M111
M043
M077
M077
Mill""
M111
M141
M141
M041 	
"M111
M111
* M141
M132
M132
"M011
M132
M132
M141
M111
M077
Mill
M111
"M141
M061
M111
M141
M141
M06i"~"
M141
M141
M111
M077 "
M141
"MOBI"
M081
~M092 ""
M071~ "
Mill '
~M111
M011
M011
"'MOB'I
M011
M07l" "
M077
M141
M094
M094
M111
M111
M141
"Mill "
M111
M141
"M043
M092
M077
M141
OH0005034459
OHD005034459
OHD005034459
OHD005034657
OHD005036264
OHD005041322
OHDOOS041322
OHD005043716
OHD00504S919
OHD005046149
OHD005046149
OHD005046677
OHO005048947
OHD005049184
OHD0050491B4
OHD005050406
OH0005050406
OHD005050406
OH0005053095
OHD005053095
OHO005053095
OHD005053095
OH0005108477
OHD010448231
OHD038703484
OHD03B954S25
OHD039461314
OHD039461314
OHD039992516
OHD039992516
OHD039992516
OH0042311209
OHD042319244
OH0042707513
OHD043638691
OHD043736644
"OH0043736644
OH0045247350
OHD04S557766
OHD045557766
OH00455S7766
OHD046430757
OHD048432975
OHD0487B4920
OH0057243610
OHD057243610
OH0060416047
OHD061023768
OHD061023768
OHD061023768
OHD06B106400
OHD072873664
OHD074713561
OHD077758753
"OHD079435897
OHD083321299
OHD086655198
OH0087706446
OHD091628511
OHD092818368
OHD092818368
OHD097537609
"OHD097546113
OHD097546113 '
OHD097925598
OHD098905946
OHD098914682
OHD147190417
OH0183824903
OH0980569701
OHD980569701
OH0980569701
OH0980569701
OHD980569701
OHDS80571947
OHD980618177
'OHD980681118
OHD980994701
OH0980994701
OHD980995930
OHD980995930
0.13 B319
0.43 B319
0.50 8519
3.20 8310
0.45 B319
115.008319
8.10 B519
0.868409
0.058409
7.43 B103
5.62 B103
1.27 8103
0.21 B114
0.538505
1.338519
" 1.378119
142.10 8304
10.508304
0.788209
1.148310
4.448505
38.61 8511
5.948307
' 14.89 8316
3.978307
10.408110
2.988316"
" 0.30 B316
0.25 8319
0.01 BOOS
0.08 BOOS
0.08 B114~'
1.273.41 B319~ ""
0.60 B319
9.998513
"47.008302
0.39 B310
8.908106
0.33 8310
" 0.53 B310
2.12 8609 "
1.13 B103
0.468119"
- ~ ' 21.048310* ""
1.32B503
0.668503
* 10.06 B209
	 5.008319
1.00 B310
6.008505
0.1l'B310
0.14 8319
0.01 8002
0.498114
25.89 8106
1.91 8319
0.058603
1.62 8206
~ 40.828106
15.288113" "
22.00 8502
0.35 B312
1 .488310
7.08 B316"
0.03 B310
1.47 8119
37.14 B106
86.00 B1 14
1.24 B101
45.988114
265.128114
104.59 81 14
0.26 B319
0.15 B310
25.488105
234.00 B307 ""
1.79 8103
0.10 B310
46.808502
6.91 8103
0.05 B319
3229
3229
3229
3546
3471
3296
3296
3317
3492
3432
3432
3724
4953
3053
3053
3211
"3211
3211
3537
3537
3537
3537
2865
3312
3672
3471
3316
" 3316'
8731
8731
8731
8731
3313
3432
3444
3229
3229
3423
3714
' 3714
A22
A22
A60
A21
A01
AS9
A99
A21
A7B
A22
A22
A37
A94
A22
A37
A56
A39
A39
A58
" A92
A38
A21
A36
A29
A92
A22
""A38
A38
A99
A94
A99
A94
A78
A59
A38
"" A53
A22
A01
A22
A22
3714 A21
3498
3229
3711
3479
3479
3713
3471
3471
3471
7532
3499
7699
2899
3536
~3463
3714
'3545
3354
2841
2841
3728
3471
3471
3554
3471
3592
3724
3052
3444
3444
3444
3444
3444
3479
"3312"
3471
3714
3714
3577
3577
A22
A09
A21
A71
A71
A21
' AS6
A22
A56
" A21
A19
'A59
A57
A22
" A60
A99
A40
A03
A57
"A75
A22
A32
A38
A21
A56
A56
A03
A29
A21
A21
A21
A59
A53
A21
A29
"A22
A75
A75
A22
' A22
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
2
1
1
1
1
1
1
1
1
1
2
1
1
1
' 1
1
1
1
2
"i
   j-
1
1
1
f
1
1
1 
i""
i
i
i
~ 2 	
~'l
2
r
i
1
i
i
"1
~"i
1
"i
1 " 1
i
1
i
1
i
i
2
1
1
1
1
1
2
2
'i
1
1
1
1
1
1
                          Page 0-106

-------
1995 BRS Data (GM Form) -TC Metal-Only Wastes Managed'Off Site
VMM.Code|SyMoiTvMl EPA ID IVMume(Tam)|FennCadelSICCode|SoieBCodIOMnCo
-------
1995 BRS Data (GM Form; -'TC Metal-Only Wastes Managed Off Site

D007
0007
0007
D007
D007
0007
0007
0007
D007
0007
0007
D007
D007
D007
0007
0007"
0007
D007
D007
0007
D007
O007
O007
D007
D007
D007
0007 "
0007
0007
0007
0007
0007
0007
D007
0007
0007
D007
0007
D007
0007
0007
0007
0007
0007
D007
0007
0007
3007
0007
0007
0007
0007
0007
0007
D007
D007
D007
0007
0007
0007
0007
0007
0007
0007
0007
O007
0007
0007
0007
D007
0007
0007
0007
0007
0007
0007
0007
0007
D007
0007
0007
odal SffttmT
M053
M141
M111
M053
M111
M043
M125
M043
M
M129
M129
M132
M132
M132
M111
M077
M111
M111
M132
M077
M043
M125
M111
M043
M111
M112
'M125
M132
'M132
'Mill
M043
M043'
"M043
MOSS
M132
M043
M043
"M094
M077
M077
" M077
M132
Mill """
" M111 "
* M111
M141
' M141
M141
""M061
M141
~ M14l"
M141
M141
M141
M141
'M141
Mill "
M141
M043
M111
M141
M141
M111
M141
Ml 11
M074
M094
"M071~ "
M111
M111
M111
M061 '
""M111
M011
	 M141
M094
M111
' 'M141
M141
M111
M141
Del EPA ID I VI
OKO007220262
OKD008010076
OKO020721098
OKD042600130
OKD061037750
OKD072401045
OKO072401045
OKO981 149404
OKD981909641
OKO987087012
OKO987087012
OR0001014927
OR0001014927
OR0001014927
OR01401 13218
OR1570024264
OR1S70024264
OR1S70024264
OR1S70024264
ORD0004095B1
ORD009030099
ORD009030099
ORD009672130
OR0010736262
ORD010736262
OR0010736262
ORD01 0736262
ORD018216887
ORD0277S0645
ORD05097S465
'ORD054964481
ORD054964481
ORD054964481
ORD054964481
ORD054964481
"" ORD060591963
ORD076414135
ORD081182180
ORD083647347
~ ORD099149445
OR009914944S
ORD9826S6076
" PA0000193334
PA0000193334
PA0890090004
PA0890090004
PA0890090004
PA0890090004
" PA2571225349
PA3170022104
"" PA417Q0001S8
PA4170022418
PAS213820892
PA5213820892
PAS213B20892
PA6170024545
PA6213820503
PA6213B20S03
PA821 3820642
PA8213820642
"PA8213820642 "
PA8213820642
PAO000441907
PAO000441907
PAD000621011
PAO000621219
PAO000621219
" PAD000731S05
'PAO000736942
PAD000736942
PAD000736942
PAOOOOB0502B
PAD000805028
PAO001 643691
PA0001732718
PA0001B82372
PAD001 882372
PAD001882372
PAD001882372
PAO002101418
PAO002101418
itoma (Tons)! Fonn Cod>| SIC Coda) Source Code) Origin Coda
0.33 B409
0.64 B319
10.86 8319
0.30 B409
41.808604
0.50 B409
4.00 B409
0.21 B310
2.06
1.41 B103
0.1S B316
0.10 B113
5.43 B1 13
0.23 B319
2.35 B319
" 0.41 8604
0.65 B319
0.06 B319
0.10 B310
0.75 BIU"
0.02 B319
1.05 8219
31.78B106
2.92 B319
2.02 B319
0.01 B309
0.548119
2.808319"
1.058304
16.76 B315
0.19 B409
0.13 B409
0.77 8409
0.21 B409
87.46 8119
0.80 B319
0.10 B310
4.14 B1 19
46.29 B1 19
4.22 B505
12.77 8505
13.338409
9.80 B319
	 11.40 B319 "
0.18 B409
0.18 B1 13
0728206
0.56 8206
~ 0.20 B310
2.61 B316
0.01 B307
3.04 B319
0.02 8114
2.778309
0.05 B319
0.97 B513
14.24~B409
4.30 B1 13
207.79 B310
' 53.998310
9.30 B310
0.01 B319
3.61 8307
0.02 B319 "~"
82.06 B319
22.55 B103
273.30 B103
117.47 B116
2.56 B319
72.68 B319
35.97 8319
48.50 8206
6.20 B310
19.50 8316
0.03 B001
0.20 B319
2.16 B319
3.02 8319
0.30 B319
6.03 B103
0.75B103
3728
3585
3432
3728
3442
3211
3211
3724
9711
3669
3669































2819
2819
8731
8731
8731
8731
9711
9711
4581
3731
3471
9999
3471
9999
9711
9717
4225
4225
4225
4225
3728
3728
4741
4911
4911
3312
2819
2819
2819
3313
3313
3751
2869
3672
3672
3672
3672
3462
3462
A21
A21
A93
A21
A21
A57
A57
A29

A22
A58
A93
A93
A93
A29
A49
A21
A21
A58
A94
A99
A22
A29
A91 *
A78
A78
A25
A59'
A09
A03
~A19~
A19
A22
A22
A32
A09
A29
A09
A29
A22
A22
A21
A56
A56
A09
A09
A54
AS4
A21
A58
A21
A21
~A29
A58
A29
A53
A64
A01
A57
A57
A57
A57
A65
A19
A19
A02
A02
A69
"A78
A78
A78
~A29 "
ASS
A22
AS7
A51
A09
A09
A09
A22
A22
1
1
2
1
1
1
1
1
1
1
1
2
2
2
2
2
1
1
2
1
1
1
2
1'
"2
2
" "2
2














2
2
1
'1
1







1
1
- 2
1
"i
"i
i
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2
1
" 'i
1
'1
2
1
"1
1
--j
1
1
" 2
1 - -
1
'i
1
1
1
                           Page D-10B

-------
1995 BRS Data (GM Form) - TC MsteS-On^Wastes Managed Off Site

0007 M111 PAD002102986
0007
0007
0007
0007
0007
D007
0007
0007
0007
0007
D007
0007
D007
D007
0007
0007
0007
0007
0007
0007
0007
D007
0007
0007
0007
0007
0007
O007
0007
D007
0007
O007
0007
0007
0007
0007
D007
0007
0007
D007
0007
D007
0007
D007
D007
D007
0007
0007
0007
D007
0007
0007
0007
D007
0007
D007
0007
D007
0007
D007
0007
0007
0007
D007
0007
0007
0007
D007
0007
0007
D007
0007
0007
D007
D007
O007
0007
0007
D007
O007
M141
M141
M043
M141
M111
M111
M132
M132
Mill
M141
M141
M141
M061
M011
M011
M011
M141
M141
M141
M141
M141
M111
M111
M112
M011
"M011
M141
M071
M071
M141
M141 ""
M141
M141
M141
M111
M125
M141
M111
M141
MOBS
M141
M141
M01 1
M077
"M141
M141
M141
~M141
M141
~M141
M141 '
M061
"MOBI
M077
"j!llil'~
~M111
M111
" "MUI"
Miii 	
M111
M061
M011
" M141
"" M141~ 	
M111
M111
M043
M051
" M111
" M141
M041 "
M141
M141
Ml 11
M111
M141
M132
M141
M071"
M043
PAD002298032
PAD002298032
PAD002312791
PAD002324978
PAD00232690B
PAD002326908
PAD002326908
PAD002333490
PAD002335131
PAD002335131
PAD002335222
PAD002342236
PAO002343630
PAD002344315
PAD002344315
PAD002344315
PAD002344463
PAD002348126
PAD002368066
PAD002378149
PAD002378149
PA0002387835
PAD002391548
PAO002391S48
PAD002392827
PAD002392827
PAD002392827
PAD002395226
PAD00239S226
PAD002395226
PA0002395226
PAD00239S226
PAD002487247
PAD002487247
PAD002917466
PAD003014S60
PAD003023371
PAD003023827
PAD003027182
PAD003032190
PAD003032190
PAD003032190
PAD0030327S2
PAD003037942
PAD003041415
PA0003044971
PA0003Q53709
PAD003053709
PAD003403953
PAD004317327
~ PAD004317327
PAD004319802
PAD004319802
PAD004322509
PAD004322509
PAD004322863
PAO004322863
PAD004325254
PAD004326S42
PAD004326542
PA0004328076
PAD004335154
PA0004336442
PAD004336442
PAD004340444
PA0004340444
PAD004378501
PAD004378501
PAD004379061
PAD004396610
PAD004498432
PAD005000591
PAD005030812
PAD005031737
PAD005031737
PAOOOS569538
PAD006266324
PAD006266324
PA0014391B74
PAD01 4479893

VOUnW II w t9ft t UUII \^MI0| Olw^OOi
1.64 B310 3569
2.28 B103
0.61 B103
1.028409
0.38 8310
135.108319
78.50 8319
31.30 8319
48.50 8316
28.83 8304
2.29 B1 19
5.648504
1. 99 8302
32.958403
682.70 8307
7.908310"
385.00 B319
0.28 B502
0.038009
1.008519"
8248114
0.108304
1.11 8319
" 	 121.878519
142.07 B519
2125 8105
2.35 8316
27.47 8316
21258119
23.01 B119
0.308119
" 	 2.08 8319
0.608319
0.80 8105
0.07 8310
0.92 8409
0.658114
2.72 B519
12.80 8307
	 0.63 B1 13
26.50 8101
 0.408409
6.18 B4O9
7.708103
1.508109
0.13 8403
46.50 8205
0.34 8319
5.82 8319
0.948609
1.739509
"2.20 B512
10.508113
225 B319
124.08 B105
	 6.128319
1.358319
0.23 8519
2.50 8319
143.578319
7.58 B319
19.98 8206
366.108511
0.20 B310
0.20 B409
15.65 8319
44.75 B319
0.40 B307
2.59 B106
4.75 B319
120B519
1.088219
6.25 8319
0.60 B603
0.16 8319
7.94 B319
0.25 B316
37.66 8306
1.20B114
9.038114
2.33 B319
3949
3949
2869
3316
3312
3312
3312
3313
2819
2819
3317
3823
3714
3312
3312
3312
3498
2834
3444
3465
3465
3351
2816
2816
3471
3471
3471
2816
2816
2816
"2816
2816
5961
5961
2865
3315
3315
3523
3585 "~
3829
3829
3829
3496
'3743
3471
3795
3724
3724
8221
3824
3824
3479
3479
3312
3312
3317
3317
3312
3229
3229
3479
3312
" 3823
3823
3312
3312
3316
3316
3312
3354
2819
2851
3495
3463
3463
3531
3479
3479
2611
3714
'"
A21
A59
A59
ASS
A29
A49
A78
A49
A99
A09
A09
~A76
~A22
A21
A29
A71
A78
A92
A53
A32
A06
A19
A60
A32
A32
A22
A22
A22
A69
A69
A69
A69
A69
A53
ASS
ASS
A22
A02
A40
A57
A21
A21
A21
A22
A05
A22
A75
A21
A56
A94
A09
A60~
A21
A21
A26
"A56
A38
A59
A09
A59
A69
A21
A78
ASS
AS3
A09
A09
A59
A59
AS9
A29
A31
A53
A09
A78
A99
A22
A7S
A29
A56
A92





























2
2
2
  2"
2
1
' "1
r~
1
"1
1
i
1
1
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i
1
i
3
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1
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1
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1
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1
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i
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3
1
2
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                          Page D-109

-------
1095 EiRS Data (GM Form) - TC Metal-Only Wastes Managed Off Site
Vfesto Code ISystam Type)  -EPA.1D . |Vakana(Temil fern Code) SIC Coda) Same Code! Ortoki Coda
D007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007'
0007
0007
0007
0007
0007
0007
D007
0007
0007
0007
O007
0007
0007
0007
0007"
0007
D007
0007
0007
0007"
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
3007
0007
0007
9007
0007
0007
D007
0007
0007
0007
0007
0007"
0007
0007
0007
0007
0007
0007
0007
0007
0007
MOS1
M111
M111
M111
M111
M111
M111
M111
M141
M011
M132
M111
Mill
M111
M112
M141
M071
M141
M111
M011
M111
M111
M141
M094
M141
M141
M141
M141
M141
M141
Ml 41
" M141
M111
M111
Mill
M141
M141
M141
M141
M071
M071
M141
M141
M132
M141
M141
M061
' M132
'M141
M141
M141
	 M061
M111
*M051
M141
M14"f
M141
M071
M061
M141
M141
"M111
M112
MOBY "
M082
M141
" M141
"M141
M061
*M141
M061
~~ M061
M011
M071
M043
Mill
M141
M071
M111
M071
M071
PAO014479893
PAO041399403
PA0041399403
PAD041399403
PAD041 399403
PA0041399403
PA0041399403
PA0041399403
PAD 041744 236
PAO0420922S4
PAD042092254
PA004209493B
PAO042094938
PA0042094938
PAD042499848
PAO043394683
PA0043891S30
PAD044311272
PA0045167053
PAO045878238
PAO04S87823B
PAO046S38211
PAD046558037
PAO049029697
PA0049029697
PAO049029697
PADOS1 658573 '
PAD051658573 "
'PA0061075S29
PAO061075529
"PA006107S529
PAO061075529
PAD065651671
PAD065651671
PA0065651671
PAD065651671
PAD065651671
PAD065651671
PAD065651671
PA0067392902
PA0068730225
PA0068730225
PA006873022S
PA0071 207880
PAO071612683
PAO0728359S2
PAD0749S3241
PAD074953241
PA007S48S938
PA007S48S938
PA007S99S803
PAD077491942"
PA0077491942
PA0080719289
PAO080719289
PAOOB4868785
PAD084868785
PAD086718566
PAO088916309
PA0095278917
PAD09S322764
PAO095366548
PAO095366S48
~ PAD096262522
PAO0968373S6
'PAD096848189
PA0096848189
PAD097156962
PAD1 191 18842
PAD980550388
PAO980714208
PAD980714208
PAD980715502
PAO980715S02
PAO980715767
PAD980715957
PAO980829287
PAD9808307S6
PAO960917975
PAD981 108210
PAD981111461
0.18 B319
1.44B319
9.22 B319
15.91 B319
18.21 B319
0.49 B319
4.93 B319
14.38 B319
4.80 B1 14
1.86B319
36.75 8319
1.73 B103
2.18 B307
0.50 B319
1.25B319
0.05 B105 "
116.96 BIOS
4.50 8306
3.31 B304
553.80 B319
423.90 B304
14.778409
0.53 B319
1 38.206119
31 .5781 19
1.40B319
1.52 B304
" "5.88 8319
6.998303
4.14 B310
0.708319
~"0.68 8319
1.208307
31 JO 8319
93.088502
'"'1.108206
3.348307
0.208319
0.33 8319
8.50 8114
0.42 8114
0.23 8114
0.61 8319
18.828304
0.40 8319
3.80 B205
0.058001
16.208304
1.078306
124860*
0.188319
0.47 8205
0.20 B319
2.53 8206 "
0.15 8319
"" "25.308307"
12.00 8307
13.31 BIOS
0.15 B319
24.28 8102
0.158319
0.248304
0.02 8319
8.55 B206
35.08 B119 
0.188316
0.88 8316
3.40 8103
37.13 B206
8.78 BIOS
0.13 81 12
4.41 8114 "
9.38 8103
28.79 8106
1.168310
2.25 8319
0.188119
0.39 8114
0.05 B319
110.29 BIOS
4.82 B102
3714
2819
2819
2819
2819
2819
2819
2819
3571
3296
3296
3229
3229
3229
'3469
2819
3229
3356
3221
3211
3211
9999
3613
3353
3353
3353
"3448
3448'
3499
3499
3499
"3499
3317
3315
3317
3317
3317
3317
3317
3471 "
2821
2821
2821
3211
2911
2752
8731
8731
3479
3479
4911
"3089"
3089
4512
4512
3713
3713
3354
7699
3444
'3479
3499
3499
3354
3721
8731
8731
3679
3429
3489
3824
3824
3471
3471
3561
3531
3714
2711
3832
3499
3585
A92
A71
A92
A92
A99
A99
A99
A99
A61
A59
A59
A57
A56
ASS
A56
A04
A22
A03
A39
A56
"A39
A60
A40
A29"
A29
A29
"' "AOI
A92
A21
A21
"A59
~A59
" A92
"A29
'"' A26
' A41
"A40
A09
A99
"A29
" ASS
A53
A53"
A39
A59
A51
A58
A09 "
A21 "
A19
~ ASS
A99 "
'A22
" A99
*A29
A29 ""
"~A29
A29
A29
~"ASS
"A49
A92
"A91
'A37
" "AOS
"A94
A94
"" A02
A40
" A23
A56
AOS
'AOI
"A03
ASS
A22
A94
A56
AS9
A29
A27
1
' 1
1
1
1
1
1
1
2
1
1
1
1
1
2
1
"l
1
1
1
1
1
1
1
1
1
'1
"l"
1
1
2
2
""l
1
1
1
1
1
1
l"
2
2
"1
'1
1
'l
1
1
"l
1
1
'l
1
1
1
"l
1
1
"l
-  2 '
1
" 'l
1
i_.
"l
1
1
1
3
1
1
" "l "
1
1
"l
' " "l
1
'l
1
1.
"1
                           PageD-110

-------
1995 BRS'uaia (GM Form) - TC Metal-Only Wastes Managed Off Site
WMB Code ISyMon Type 1 EPA ID 1 volume (Tonsil Feon Coda) SIC Co*
0007
D007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007"
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007 "
0007
0007
0007"
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007"
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007""
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
D007
0007
0007
0007
0007
0007
0007
0007
0007
O007
0007
M111
Mill
Mill
M141
M141
M141
M141
M141
M141
M141
M141
M14"1
M141
M111
Mill
M071
M071
M061
M061
M141
M141
M141
M011
M061
M061
M061
M111
M061
M141
M061
M119 "
M141
"M141
M061
M041
"M131
M131
M141
M141
~ M043
~M141 	
M071
M071"
" M141
M141
M014
M043
M141
"MOII""
M011 '
~M071
"~M029
M011
M011
MOW
MOW
MOW
M099
"MOW
"MOW"
MOW
MOW
MOW"
"MOW
"MOW"
MOW
"MOW
'MOW "
MOW
'MOW
MOW
MOW""
'MOW
MOW
MOW
MOW
MOW
MOW
MOW
"MOW
MOW
PAD981935026
PAD981945371
PAD981945371
PA0982364564
PAD982365967
PAD98236S967
PAD982570020
PAD982580763
PAD982580763
PAD982677130
PAD982677130
PAD982677130
PAD987267473
PAD987283298
PAD987283298
PAD987320900
PAD987333481
PAD987342185
PAD987342185
PAD987387305
PAO987387305
PAD987387305
PAD987388303
PAD987401221
PAD987401221
PAD987401221
PAP000010636
PR21 70027203
PRD090028101
PRD0902827S7
PRO090383B60
PRD09044865S
PRD101793834
PRD980759443
PRDW1291857
RI8170024790
RI8170024790
RID001189273
RID001 189273
R1D001 195387
RID001 198605
RSD001 199355
RID001 205921
RID001463090
RID001463090
RI0001 620210
'RID030284293
RID045365541
R1D101310639
RID101310639
RID980668610
~RiD982754368~
RIO987473022
RID987473022
800000029843
800170022560
SC01 70022560
SC0170022560
SC0170022560
800170022560
SC1750216169
SC3210020449
803570024460
803570024466
803570024460
SC6170022762
SC6170022762
SC6170022762
SC7570024466
SC7570024466
807570024466
SC81 70022620
SC00032B5020
800003343456
SCO003343456
SC0003343456
SCD0033434S6
SCD003343456
SCO003344652
SCD0033446S2
SC0003349982
66.838502
24.798307
26.008307
2.09 B1 14
57.20 Bl 10
0.208505
3.558114
5.75 B310
3.91 B319
0.55 8002
1.608114
9.40 B207"
0.408404
15.50 8319
8.50 8319
12.238205
97.17 Bl 19
5.37 B310
4.69 8316
1.158119"
1.488406
2.25 8407
97.71 8106
1.038206
0.648206
9.488207
1.808319"
0.038309
150.00 8310
5.108119
2.008113
0.13 8102'
0.00 8204
0.40 B1 19
3.00 8406
0.078310""
0.01 8316
0.78 8319
0.84 8319
	 0.50 8319
0.508502
40.71 8114
2.60 8603
0.238102"
0.12 8203
1.198103
0.01 8310
4.688205
0.73 B1 19
1.58 8316
0.608310
" 31.858207 """
3.85 8103
3.67 8310
7.10
0.88
0.01
0.16
0.02
0.83
0.02
0.08
1.10
0.25 .
0.06
0.07
1.83
' 0.29
0.05
0.82
1.08
0.07
1.45
0.42
51.77
7.20
4.80
7.49
0.05
0.20
1.B5
3370
3341
3341
3671
3444
3444
4011
9621
9621
3847
3847
3847
3841
3369
3369
3356 ""
2865
3479
3479
3671"
3671
3671
3999
35W
35W
35W
9999
97"l1 ""
2833
3643
'3613
3069"
3851
33W
3672
91W
91W
2754
2754
3471
3229
2298
34W
3812
3812
3471
3671
34W"
3471
3471
3965
2759 	
3471
3471



























I Some Codel Origin Code
A03
A49
A49
A57
A05
ASS
A29
A21
A21
A49
A06
A29 '"
'A71
A78
A78
A29
A59
A21
A21
A59
'A49
A56
A01
A40" '
A40
A40
A69
ASS
ASS
A22
A22
"ASS"
A94 	 "~
AW
A21"
ASS
ASS
A59
AW
A22
A38
A29
A49 "
A01"
ASS
A22
'A09
'A49
A29
"A38
A71
A49
A09
A32



























1
1
1
1
1
1
1
1
1
1
1
1
2
1
1
1
i
1
i
i
i
2
1
1
1
1
2
1
1
2
1
1
V
1
1
i'
1
2
1
1
2
1
1
i' '
1
1
1
1
1
1
1 _
1 " 	
1
1



























                           PageD-111

-------
1995 BRS Data (GM Form) - TC Metaf-Orily Wifiies n.anag&u Off Site
iMJwStB '
D007
0007
0007
0007
0007
0007
D007
0007
0007
0007
0007
0007 ~
0007
0007
0007
0007
0007
0007
0007
D007 "
0007
0007
D007
0007
D007
D007
D007
0007 '
D007
0007
0007
O007~"
0007
D007
0007
0007
0007
D007
0007
D007
0007
0007'
D007
0007"
0007
D007
0007
D007
0007
0007
0007
D007
0007
0007
0007
0007"
0007
0007
0007
0007"
0007
0007
0007
0007"
0007
0007
D007
0007"
0007
D007
0007
0007 "
0007
D007
0007
0007
D007
0007
O007
0007
O007
ZodelSyManTyp*
MOSS
MOSS
MOSS
MOSS
MOSS
MOSS
MOSS
MOSS
MOSS
MOSS
MOSS
MOSS
MOSS
MOSS
MOSS
MOSS
MOSS
MOSS
MOSS
' MOSS
M09S
"MOW
MOSS
MOSS '
MOSS
MOSS
'MOSS
MOSS
MOSS
MOSS
MOSS
' MOSS
MOSS
MOSS
MOSS
MOSS
M129
M12S
M129
M128
M129"
M129
" "M061
M049
M137
M137"
M04S
M04S
M132
M137
"~M137
M137
M04S
M132
M132
M132'"
M041"
M048
"M124
Mill" "
Mill'
M111 "
M137
" M132"
M132
M132
'M04S
M132
M137
M132"
M132
M137"
M125
M132
M132
M132
M132
'M137
M137
M137
~M049
-B>AID IVaki
SC00033S4230
SCD003358322
SC0005320544
SCD005320544
SCDOOS320544
SCD0360S0854
SC0042629816
SCD042629816
SC004444Z333
SC0045606910
SCD045606910
SCD04S606910
SC0052S4S641
SCD058753351
SC0062690557
SCD069326171 . *
SC0069328169 '
SC0070366497
SC0070367719
SCOOB2227141
SCD0822Z7141
SCD093877090
SCDOS3B770SO
SCOOS8254485
SCD098400948
SCD098400948
SC09806036S8
SCOS80803241
SCD980840193
SCD980B48717
SCD981467616
SCOS81759343
SCD982096372"
SC0987582632
SC0987582632
SCD987585304 "
SD2S71924S44
SO2571S24644
S02571S24644
S02571924644
SD2571S24644
SO2571S24644
SD098766844S
TN05700258SO
TN0570025890
TN4570024186
TN5210020140
TN5210020140
TN521002062S
TN521002062S '
TN9170024062
TN9170024062
TND000648527 '
TND000830745
TND000830745
TND000830745
TN0002958817
TND002S58817
TND002958817
TN00033747SO
TND003374780
TND0033747SO
TNO0033747SO
TND00338122S
TND003381225
TND0033B1225
TN0004035739
TNO004042057
TN0004042057
TND004044780
TND004044780
TN000404S557
TND005866355
TN0030671085
TND030671085
TN00348713SO
TND0348713SO
TND034871350
TND034871350
TND0348713SO
TND039406186
ne (Tons)) Fenn Co*
0.18
0.68
0.24
0.21
0.36
0.05
0.26
0.11
0.35
26.50
7.20
1S.35
0.54
1.36
0.08
37.10
0.01
2.80
0.09
3.56
2.27
3.32
0.21
" 1.67
4.06'
3.09
0.39'
0.60
1.95
133.52
" 12.29
"0.94"
i. 282.83
3.40
2.95
0.80
0.08 B001
0.02 8310
1.16B310
""1.01 8319
1.09 8319
0.11 B319
0.05 8310
0.08
0.07
0.81
O.S5
0.95
0.01
0.07
0.58
0.05
2.708503
13.46
0.61
"2.32
7.65'
1.12
20.64
375.82 8101 "
0.50
0.25
0.51
0.12""
0.13
0.22
1.49'
41.938101
0.31 8101
3.27
11.77
20.05 8101
0.78
0.56
39.98
64.55 8201
10.31
0.27 8201
0.80
4.48
1.45
>| sic coda| SBUM eada) ortgki Code




































9711 'A58 1
9711 A21 "1
971 1 ASS 2
8711 " A21 	 1
8711 A21 1
3711 'A58 1
3594 A21 1
8711"
9711
9711
9711
8711 	 "
8711
8711
376S
3768
3692
3471
3743
3743
3585""
3585
3585
3317
3317
3317
3317
3465" "
3465
3465
3398
3769"
3768
3524
3524
3471 	 " 	 ~
7531
4011
4011 '
3714 "
3714
3714
3714
3714"
3612
                            PageO-112

-------
1995 BRS Data (GM Form) - TC Metal-Only Wastes ftfariagedttff Site
VMnlB Code (System Type) EPA to  IVbki
0007
0007
0007
D007
0007
0007
0007
0007
0007
0007
0007
D007
D007
0007
0007
D007
0007
0007
0007
D007
0007
0007
0007
D007
D007
D007
0007
D007
0007
O007
0007
0007"
0007
D007
0007
D007'
0007
D007
0007
3007
0007
O007
0007
0007'
0007
D007
0007
3007
0007
0007
0007
0007
0007
0007
0007
0007
0007 "
0007
0007
D007
0007
O007
0007
0007
0007"
O007
0007 ~
0007"
0007
0007
D007
0007
0007
0007
0007
0007
0007
0007
D007
0007
0007
M077
M137
~M125
M111
M137
Mill
M137
M124
M132
M132
M132
M137
M111
M111
Mill
M049
M049
M049
M111
M119
M061
"MOSS
M121
" M121
M111
M043
"M043
" MOB1
M141
M141
M141
M141
"M141
M141
M141
" M141
M141
"M111
M141
" Sii4i 	
M141
M141
'M141
M141
M141
'M141
M014
M032 	
M043
M043
M061
M112 "
M121
M141 	
M141
M043 '
" M043
M043
M043
M043
M043
"M043
M043
M129
M14l" ""
M111
M132
M14l"
M141" ~"
M141 ""
M112
M141
M043
M043
M132
M011 	
M043
M043
M043
~ M049
M129
TND047001979
TND048120083
TND055798672
TND067716142
TND093153450
TND101768182
TND101768182
TND147605646
TND147605646
TND147605646
TND147605646
TN0147605646
TN0980600480
TN0980600480
TN0980727804
TND987790953
TND991 279563
TND991 279563
TNR000000919
TT0570090001
TX0000241877
TX0571924042
TX0571924042
TX0571924042
TX1200939626
TX2571524071
TX2571524105
TX2571524105
TX2571524105
TX2571524105
TX2571524105
TX2571724333
TX2571724333
TX2571724333
TX2571724333
TX2571724333
TX2571724333
TX3170024761
TX3571524161
TX 3571524161
TX3571524161
TX3S71524161
TX3571524161
TX3571524161
TX3571524161
TX3571524161
TX3571924643
TX3571924643
TX3571924643
"TX3571924643
TX3571924643
7X3571924643
TX3S71924643
TX3S71924643
TX3571924643
TX4213720101
TX4213720101
TX4213720101
TX4213720101
TX4213720101
TX4213720101
TX4213720101
TX4213720101
TX4213720101
TX4571524129
TX6170022770
TX6170022770
TX6570024939
TX6570024939
TX6570024939
TX7170022787
TX71 70022787
TX7572024605
1X7572024605
TX7572024605
TX8214020424
TX8214020424
TXB214020424
TX8214020424
TX8214020424
TX8214020424
me (Torn)) Fam Ce
0.51 8503
5.09 8609
13.53 8503
52.92 B503
0.18
1.76 8609
1.21
0.77
3.01 8609
1.07 8609
3.38
11.428101
0.71
0.36
11.02B101
0.42
2.11
1.44
20.05 B101
" 1.79 B319
0.10 8209
0.52 8409
0.17 B1 19
0.22 8119
4.70 B319
0.108309
0.28 8310
"4.46 BIOS
1.39 B105
0.08 B310
0.45 B310
0.12 B119
~ 0.11 8310"
0.01 B310
022 B310
' ' 2.64 B310 '
02SB409
0.74 B319
0.138119
0.07 8310
0.72 B310
0.72 B319
0.77 8319"
0.148319"
0.098490
0.348490
0.228309
0.158309
0.528309
0.308404
0.32 B1 19
0.20 81 19 "
0.34 B1 19
0.25 B1 19
0.79 B404
0.038309
0.128309
0.658309
0.10 B310
0.11 B310
0.22 8310
0.04 B319
2.80 B319
" "0.74B309
0.048309
1.43 B488
9.608302
0.21 B310
0.048501
0.398505
4.88 B519
""2.088519
7.61 B310
11.948409
0.28 B310
0.638309
0.528309
2.11 B310
0.95 B310
0.10 B310
0.94 8309
delStCCodelSaurceCodelortokiCocta
2869
3713
3444
3442
3585
3714
3714
3471
3599
3599
3471
3471
3592
3592
4922
7532
3728
3728
4231
9511" A29 1
5198 AS8 1



2754 A22
9711 A55
9711 A21
~ 9711 " A02~ 	
9711 A02
9711 A21
9711 "A21
"9711 ' A49
9711 ASS
9711 ASS
9711 ASS
9711" AS5 	
'9711 AS7
9999 A01
9711 A21
" 9711" A21'
9711 A21
9711 A01
9711 A01
"9711 A21
9711 A01
9711 A01
9711 ASS
9711 "ASS
9711 ASS
9711 A58
9711 "" A49
~9711 ' A49
9711 A49
9711 A49
9711 A5B
9900" A19
9900 " A19
9900 A19
9900 A21
9900" ' "A21
9900 A21
9900 ASS
9900 'ASS
' 9900 " A19
9711 ASS
3728 "A7S




9711 A01
""9711 ' "" A01
3721 A78
3721 A21
3821 A71


9711 ASS "l
9711 'ASS 1
9711 ASS 1

                          PageD-113

-------
1995 BRS Data 
-------
1995 BRS Data (GM -
 MetaUQnJy. Wastes Managed Off Site
WHM Code LSntan Type I EPA to IV
D007
D007
0007
D007
0007
0007
0007
0007
0007
0007
D007
D007
0007
0007
0007
0007
0007
D007
0007
D007
D007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
O007
0007
0007
0007
D007
0007
0007
0007
D007
0007 "~
0007
0007
D007
O007
0007"
D007
0007 	 ~
D007
0007
0007
0007
0007
D007 	
0007
0007 "
D007
D007
0007
0007
D007
0007
D007
0007
D007
0007
D007
0007
D007
D007
M061
M094
M094
M101
M119
M124
M081
M053
M053
M061
M061
M061
M141
M061
Ml 12
M043
M141
M121
M141
M141
M078
M141
M129
M132
M132
M141
'M043
M043
M141
M141
M141
M141
M141
M043
M112
M112
M132
M112
M132
M141
M141
M141
M078
M141
M141
M141
M141
M141
M132
M043
M132
M014
M014
M014
M014
M014
"M141
M111
"MI 11 '
M141
M141
"M043
M132
M091
M132
MOSS
M132
M132
M141
*M141
M141
M061
MOS1
M111
M111
M111
M111
"MI 11
M132
M141
M061
TXD008142911
TXD021940416
TXD021940416
TXD021940416
TXD021940416
TXD021940416
TX0026351304
TXD039045968
TX0039045968
TXD041S16709
TXD042288597
TXD042288597 "
7XD042288597
TXD0437SOS12
TXD043750512
. TXD043866233
TXD044638427
TXD048772610
7XD048772B10
TX0048916357
7X0049038201
TXD04903B201
TXDOS1375434
7X0051379006
TXOOS4385539
'TXD054460464
7X0055316273
7X0055328074 "
7X0056310113
7X0056310113
7X0056310113
' 7X0056310113
7X0057408924 '
7X0058212671
7XD05B276130
7XD05B276130
7X0058276130
7X0060720026
7XDC60720026
7X0061555611
7X0061555611
7X0061555611
7XD082867825
" 7X0062867825"
7X0082867825
7X0062867825
7X0062867825 '
"" 7X0062867825
" 7XD063085567
7X0063101794
7X0063101794
7X0064141914"
7XD064141914
7X0064141914
7X0064141914
7XD064141914
~" 7X0066425034 '
TXD068347814
7X0070133319
TXD074185141
TX0076726850
7X0078432457
7X0078432457
' 7X0078552932
7X0084284132
TXD091939520
' 7X0091939520
7X0093516656
7X0093516656
7X0094091808
7X0095179933
7X0096035274
7XD096445069
7XD098818339
7X0098818339
7X0098818339
7XD09881B339
7XD09881B339
7X0098818339
TXD098885007
7XD099711897
okma (Tora)| Ferni Code) SIC Cod*| Source Coda) Origin Coda
0.04 8319
24.75 B469
2.18 B519
5.20 B489
1.168489
3.25 8489
0.22 B310
0.55 B101
0.928488
59.00 B219
0.14 8310
0.34 B310
69.51 8409
0.11 8119
0.14 B319
0.17 B319
0.75 B403
0.25 B519
0.10 8301
0.04 8489
4.50 B1 14
2.00 B1 13
9.38 B319
16.33 B319
6.358390
1.36 B319
0.15 B310
0.058319
0.32 8310
0.75 8310
1.91 8504
4.74 8504
6.298519 "
1.158409
0.36 8319
2.66 8319
31.168319
0.30 B319
0.23 8319
"~ 0.02 8409
0.20 8489
0.208489
17.12 8102
6.85 B102
0.11 B319
0.40 8319
5.70 8319
0.25 8488
4.39 8319
0.45 8310
14.48 8302
' 36.928106
2.12 8113
0.138403
0.758403
2.808403"
1.068207
9.65 8319
17.26 8393
" 0.15 8209
2.08 8409
0.57 8310
1.188319
50.99 8519
7.42 8114 '
0.368409
10.91 '8319
3.90 8310 
0.41 8310
0.158301
1.208319
1.428114
0.11 8319
129.138302
8.59 8316
0.50 8316
31.838319
732.46 8390
5.55 B319
0.408316
11.578114
4580
3585
3585
3585
3585
3585
4911
3728

2821
2531
2531

2869
2869


3432
3432
3571
3674
3674
3555

3296
2819
3662
3761
5599
5599
'5599
5599
3841

2869
2869
2869
7699
7699
3674
3674







2911
2869
2869
3432
3432
3432
3432
3432
3721
3569
2869
2865
4512
2869
2869
3211
3229
3479

3471
"3471
3728


3711
2819
2819

2819
2819
2819
5161
3398
A29
A60
A03
A08
A08
A60
A51
A23

A37
A21
A21

A59
A59


A59
A92
A54
A21
A31
A22

A59
A91
A21 "
A27
A71
A71
"A75
A75
A29

A36
A36 '
A36
A29
A29
A59
ASS







A01
A32
A53
" A93
A93
A93
A93
A93
A22
A08
A36
" A21 '
A21
A32
A59
A76
A19
A53

A92
A92
A53


A29
A53
AS9

A59
A59
A56
A92
A08
1
1
1
1
1
1
2
1

1
1
1

1
1

































1
1
. . . _














2

2
2
2


"l
1
1

1
1
1
1
"1
PageD-115

-------
195o BRS Dote {SOf Form) - TC Metal-Only Wastes Managed Off Site
WntaCodelSysM
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
D007
0007
0007
0007
0007' "
0007
0007
0007
0007"
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
M132
M053
M053
M043
M132
M132
M132
M132
Ml 11
M111
MOSS
M111
M132
M132
M141
M141
M141
M141
M111
M014
M014
M132
M132
M141
M141
M061
M141
M141
M141
M061
M061
M141
M132
M112
M043
M141
M014
M061
M043
M043
M053
MOSS
MOSS
Ml 11
M111
M132
M132
M141
M132
M121
M041
M041~
M111
M132
M061
Ml 41
"M112
M112
Ml 21
"M141
M014
M043
M014
M061
"M014
Mil 2
M041
M041
M041
M041
M043
M043
M043
M043
M043
M061
M061
M061
M061
M089
M111
mTypel B>AID I volume (Tons) IFam. Cos
TXD099711897
TXD1 39554166
TXD139554166
TXD193B46722
TX0980626006
TXD980626006
TXD980626006
TX0980626006
TXO980626014
TX0980699771
TXD980810162
TXD980810162
TXD980810162
TXD980874200
TXD980874861
TXD980874861
TXD981055635
TXD981055635
TXD981056815
TXD981 145121
TXD981 145121
TX0981 152036
TXD9811 52036
TXD981 155203
TXD981512098
TXD981607468
" TXD981607468 '
TX098160746B
TXD981607468
1X0982287435
TX0982287435
TX0982287435
7X0982306144
TX0982552887
1X0982555328
TX0982562985
TXD987986098
TX 0987990330
TXD987992690
TXD987997335
	 1X0988019568
TXD988019S68
1X0988019568
TX0988019568
TX098B019568
TXD988019S68
TXD988019568
TXD9880212S9
TXD988026795
TXD98B042404
TXD988043469
TXD988043469
"TXD988066189
TXD988066189
TX098S079364
TXD988085189
" " TXO9880B7797
TXD988087797
TXD988087797
TXD988087797
TXD990757486
TX0990757627
TXR000001024
TXR000001503
TXT490012747
TXT490012747
" UT0571724350
UT0571724350
"UTOS71724350
UT0571724350
UT05717243SO
UT05717243SO
UT0571724350
UT0571724350
UTOS71724350
UT0571724350
UT0571724350
UT0571724350
UT0571724350
UT0571724350
UT0571724350
3.76 B1 13
3.57 B310
8.88 B310
2.71 B403
0.66 B302
60.69 B302
1.98 B319
28.82 B319
0.67 B302
5.40 B319
3.88 8319
12.00 8319
1.40B319
0.17 8316
62.13 B1 19
3.85 8319
0.69 8202
0.41 B409
7.73 B105
3.80 B304
10.35 B504
21.03 B4BB
6.838488
0.068310
0.70 8205
0.23 B205
1.83B205
1.83 8695
2.06 8695
075 8310
0.10 8319
" 0.468319
0.20 B319
6.35 B493
29.39 8310
4.13B519~
5.49 B310
0.28 B310
0.05 8310
0.058308
1.52 8310
2.59 B310
0.09 8310
2.44 8319
1.438488
2.44 B319
1.438488
6.65 B219
0.03 8319
0.81 8119
020B108
0.80 8108
30.008302
22.75 B393
1.258211
0.40 8310
2.00 B307
0.508489
0.78 8519
'1.248319
1.05 8310
44.60 B393
0.15 B403
0.068310'
15.18 B319
1.758319
0.00 B219
0.01 8219
0.01 8219
0.00 B219
0.238319
0.02 B319~
0.02 8319
0.04 8409
0.05 B409
0.498219
0.02 B219
0.01 8219
0.00 B219
"0.07 8409
0.10 B409
| SIC Code! SOUR

3443
3443
3825
3721
3721
3721
3721
2821

1COQ
<93;j9
3599
3599
3471
3479
3479
3721


3398
3398
2819

3812
3149
3592
3592

A21
A21
A49
A53
A53
A59
AS9
A53

A08
A08
A08
A22
A21
A21
A01


A25
A32
A53

A21
A37
A29
A29
3592 A29
3592
3728
3728
3728
2869
2821
4911
3471
3423
3452
3479
2869
3471


3471

3471

2843
3724
4512


2869
2869
3586
8711




2873
2821




9711
9711
9711
9711
9711
9711
9711
9711
9711
9711
9711
9711
9711
9711
9711
A29
A21
'A06
A06
A77
A36
A21
A22
A22
A21
A21
A21
ASS


A91

A91

A58
A29
A57


ASS
A36
A29
A32




"A55
A36




A29
A29
A29
A29
A29
A29
A29
A23
A23
A29
A29
A29
A29
A23
A29
a Co* I Origin Code

1 1
1
1
2
2
1
1
2

1
1
1
1
1
1
1


1
1
2

1
1
1
1
1
1
"1
1
1
'1 "
1
1
1
1
"l
1
i 	
i


""1

i

i
" "1
i


2
1
1
1




1
1




1
i










i
i
i
                          Page 0-116

-------
1995 BRS Oata  Codtl Origin Code
1









































' 1
2
2
~2
1
1
-2
1
"i
r
i
i
1
i
	 2
1
""i
1
1
1
1
1
1
1
" '1
" 1
1
1
1
1
'1
1
1
 - -
1
1
1
1
"1
                          Page D-117

-------
1995 BRS Data (GM Form) - TC Metal-Only Wastes Managtvi Off Site
WMeCode
0007
D007
0007
D007
0007
0007
0007
0007
D007
0007
0007
D007 	
0007
0007
0007
0007
D007
0007
0007
0007
0007
D007
0007
0007
0007
0007
0007"
0007 '
D007
D007
0007
0007
D007
0007
0007"
0007
D007
0007
0007
0007'
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007 ""
0007"
0007
0007
0007 ~
0007
0007
0007
0007
0007 ~"
0007
0007
0007
3007
0007
0007 """
3007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
D007
D007
0007
1 Synmi
M141
M141
M141
MU1
M141
M141
M141
M141
M141
M141
M141
M141
M141
M141
M141
M111
M141
M141
M141
M141
M141
M141
M141
M141
M141
M141
M141
M141
M141
Mill
M111
Mill"
"M111
M141
M043
M043
M141
M141
M141
M141
M141
M141
M141
M141
M141
M079
M061
M111 "
M079
M029
M043
M049
M092
"M043
M061
M077
M119 	
M043
"M119
M132
M132
M132
M129
M041
M061
M141
M061
M141
M141
M141
M141
~M141
M141
M132
M132
M141
M141
M141
M141
M141
M132
yp| EPA ID Ivotai
VA4S70024477
VA5170000181
VAS1700001S1
VA5170000181
VA5170022482
VA5170022938
VA6170061463
VA6170061463
VA61 70061463
VA6170061463
VA7210020S02
VA7213720082
VA7213720082
VA7213720082
VA7213720082
VA8170024170
VA8170024170
VA8170024170
VA8170024170
VA8170024170
VA8210020626
VA8213720321
VA8213720321
VA8213720321
VA8213720321
VA8213720321
VA8213720321
VA9170090022
VA91 70090022
VAD001307495
VAD00130749S "
VAD001307495
VAD00130749S
VAD001 307495
VAD001705110
VAD0031 18080
"VAD003122165
VA0003122165
VAO003122165
VAD003122165
VA0003123072
VAD0031 32545
VAD003132545
VA0003132545
VAD003132545
VA0003132560
VA0003142510
VAD003175072
VAO010070043
"VAD043344472
VA0046991097
VAD058607565
VAD0586S9210
VA0081753B81
VAD089030357
* VAD093561959
" VAD980551287
VAD980831283
VAD981045537
	 VAD988167821
VAD988175410
VAO988175410
VAD988190658
" VAD988211B50
"VAD988211850
VAD990710899
VAR000000760
VT0000649780
VTD0006497BO
VTD001075894
VTD001075894
VTD001075B94
VTO002065654
VTD00206B070
VTO002068070
VTD002083434
VTD002083434
VTD002083434
VTO002085108
VTD002085108
VTD069911873
 (Tons)! Fora <
0.14 B310
0.06 BIOS
0.19 B310
0.02 B403
0.638309
0.00 B212
0.04 B001
0.10 B1 13
0.01 B307
4.71 B403
0.27 8309
0.04 B003
0.89 B1 14
0.00 B310
0.29 B316
0.20 B319
4.72 B114
0.05 B310
0.00 B316
0.25 B604
0.00 B1 19
0.70 B1 14
0.03 B309
0.05 B309
0.01 B310
0.06 B310
0.05 B403
0.00 B106 '
0.168407
0.01 B002
14.358119
1.908302
20.73 B302
0.09 B305
1.13 B219
0.18 B209 '
1.10 B219
0.78 B219
0.06 B319
1.40B319
0.01 B316
15.37 BIOS
0.20 81 14
~ 0.40 B319
0.20 B319
0.90 BS19
1.688206
0.33 B603
17221 8113
1.60 B103
6.648403
0.038001
0.17 8001
0.03 8001
0.08 B319
173.67 BIOS
15.898505
7.67 B310
0.13 B310
0.458114
0.26 8310
2.258404
0.928003
0.75 8114
0.15 8206
0.43 BIOS
0.09 8319
0.03 B319
0.08 B319
0.46 B103
1.69 B319
28.16 8519
0.17 B1 19
0.82 8310
0.188409
0.20 B316
0.20 B319
0.60 B319
0.1 3 8304
1.348603
9.50 B319
xriel SIC Cod| Sow* Cod| OiUfn Code
9199
3731
3731
3731
9711
9711
9711
9711
9711
9711
9711
9711
9711
9711
9711
9711
9711
9711
9711
A71
A94
A71
A21
ASS
A58
A58
A09
A58
A21
ASS
A94
A27
A91
A27
A08
A09
ASS
A58
9711 A09
9711
9711
9711
9711
9711
9711
9711
3731
3731
3731
3731
3731
3731
3731
2834
3714
2869
2869
2869
2869"
3671
3625
3625*
3625"
3625
3452
3471
3731
3369
3471
2824
8731
3083
2759
2111
2796
3471
2599
3471
2511
3429
3429
3334
3471
3471
3812
2111
3484
'3484
3724
3624
3724"
3648"
3728
3728
3484
"3484
3484
3724
3724
3545
A5B
A69
ASS
"ASS
A91
A91
A21
" A22
A29
A58
A09
A29
A78
A59
A49
A21
A74
A74
A59
" ' AS9
~A59
'A27
" A93
A75
~A93
A29
A37
A38
A27
A29
" A58
A94
"A94
A94
A21
" A22
"" A38
ASS
"" A21
A29
"A32
A71
AS8
""A54
"" A29
A29
A21
"A29
A29
A02
"A59
A60
" A69
A22
A49
""" A22
A22
A22
" A59
A92
"A32



















1






















	 2'
	 2
2
1
1
"~'l
"~'l"
	 1
Y
1
1
"1
i
'i
	 1
1
~"i
	 i"
1
1
_ 1
i
" '1
.... 1
i
1
1
" 1
1
1" 	
2
1
"i
... ^ ..
1
1
1
1
1
                          Page 0-118

-------
1995 BRS Data (GM Form) -TC Metal-Only Wastes Managed Off Site

0007
0007
0007
0007
0007
D007
0007
0007
0007
0007
0007
D007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007"
0007
0007
0007
0007
D007
0007
0007
0007
0007
0007
0007
0007 ~
0007
0007
0007
0007
0007
0007
0007
0007"
0007
0007
0007
0007
0007
0007
0007"
0007
0007
0007
0007
0007"
0007
0007
0007
0007'
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
M101
Mill
M111
M111
Mill
M132
M141
M061
M077
Mill
'M111
"M111
M111
M111
M111
M135"
M141
M141
M141
"M141 	
' M141
M041
M041
" M04l"
M042
M043
M043
"M043
M043
'M043
~M061
"" ~M061 	
M111 	
Mill
M111
	 M111
Mill
"" ~M111
Mill
Mill
Mill
Mill
	 M111
~ M111
" M129
" 'M129
M111
M14l' "
'"M141
" M141
M141
~M141
M111
"Mill"
M111
"Mill ~
"Mill
M111
""M111 ~
M141
M141
"M141
M141
"Mill
	 M111
M111
"M135 "
M135
M141
	 M141
M111
M111
M141
M141
~"M077
Mill '
M135
"M141
M141
" M14l'
M141
WA0000380212
WA0000380212
WA0000380212
WA0000380212
WA0000380212
WA0000380212
WA00008S723S
WA1170023419
WA1170023419
WA1 170023419
WA1 170023419
WA1 170023419'
WA1 170023419
WA1 170023419
WA1170023419
WA1 170023419'
WA1 170023419
WA1170023419
WA1 170023419
WA1 170023419
WA1 170023419
WA2170023418
WA2170023418
WA2170023418
WA2170023418
WA2170023418
WA2170023418
WA2170023418
WA2170023418
WA2170023418
WA2170023418
WA2170023418
WA2170023418
WA217002341B
WA2170023418
WA2170023418
WA2170023418
WA2170023418
WA2170023418
WA2170023418
WA2170023418
WA2170023418
WA2170023418
WA2170023418
WA2170023418
WA2170023418
WA4170090001
WA4214005395
WAS960015498
"WA6170023430
WA7890008967
WA7890008967
WA8570024200
WA8570024200
WA8570b24200
WA8570024200
WA8S70024200
WA8570024200
WA8570024200
WABS70024200
WA8570024200
WA8570024200
WA8S70024200
WA9170023361
WA9170023361
WA9170023361
WA9170023361
WA9170023361
WA9170023361
WA9170023361
WA9214053465
WA921 4053465
WA921 4053465
WA921 4053465
WA9571924647
WA9571924647
WA9S71924647
WA9571924647
WAD00061B140
WAD000618140
WAD000618140
VMuma (Ton)l Fern Codel SIC Code) Sow
2.25 B519
0.20 B319
0.13 B319
0.93 B409
0.48 B409
10.88 B319
0.00 B319
0.51 8206
3.07 B101
0.74 B307
0.25 B310
0.53 B310
0.02 B403
0.49 8505
0.188505
~ 5.98 B505
2.26 B101
0.44 B101
0.66 B1 14
0.038206
1.80B309
0.05 B1 14
0.02 B1 19
0.01 81 19
0.84 B603
0.01 B316
0.09 B319
0.008403"
0.37 B409
0.01 B409
0.21 8205
1.34 B206 '"
0.198211
0.08 8304
0.828304
0.20 8310
0.01 8316
0.64 8319
0.01 8319
0.008403
2.078404
0.128409
0.04 8409
0.00 B409
0.308114
1.508319
0.00 B210
0.01 8310"
1.328206
0.01 8409
0.11 8113
0.00 8319
3.09 8209
0.36 8209
0.00 8210
0.428404 "
0.068404
0.068407
0.408409
0.028211 	
0.03 8211
0.07 B211
0.128409
0.08 B310 "
0.45 8310
0.388604
8.49 B1 19
213.778119"
0.13 8319
0.01 8319
0.02 8219
~~ 0.01 8409 '
0.01 8310
0.01 8319
0.07 B106
0.058409
0.57 8503
0.26 8202
0.85 BIOS
0.04 BIOS
0.068409
A09
A22
A22
A22
A22
AS6
A69
A59
A22
A39
A78
A78
A59
A59
A59
A59
A22
A22
A37
A59
ASS
A57
A29
A49
A60
A58
A92~
-'- AS7"
A06
A06
~A40
"~A40
A57
A09
A40
" A78
A22
A08
A09
A58
A40
A09
A37
ASS
A51
A29
ASB
ASS'
A54
A59
A94
A91
A29
A29
A92
"~A57
A91
A92
A01
AOl"
A01
A57
A92
A21
A21
A21
A06
A06
A08
A57
A99
A51
AS3
A23
A03
A21
A09
AOl
A22
A22
A29
B COM) (Mo* Code
1
1
1
1
1
2
2
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
" 1 "
" 1
1
1
"l"~"
1
1
1
l" 	
1
1
1
1
1
1
1
~ 1
" 1
1
1
'1 " '
1
'l
2
"2 	
1
2
1
1
1
1
2
" 	 1
1
2
2
1
1
1
2
i
i
i
i
1
1
2
1
' 1
2
1
1
i
i
i
i
i
i
                           PageD-119

-------
1995 BRS Data (GM Form) - TC Metal-Only Wastes iUSanagofi Off Site
Wuta Code (System Type |  B>A.ID 1 Volume 
-------
1995 BRS Data (GM Form) - TC Metal-Only Wastes Managed Off Site
WutaCode) CyMuuTvnel'  EPAR> I
D007
0007
0007
0007
0007
0007
0007
0007
D007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
D007
0007
0007
0007
D007
0007
0007
O007
D007
0007
0007
0007
0007
0007
0007
0007
D007
0007
D007
0007
0007
D007
0007
D007
0007
0007
D007
0007
D007
D007
3007
D007
0007
D007
D007
D007
D007
D007
O007
D007
D007
0007
0007
0007
D007
D007
0007
0007
0007
DO07
O007
O007
D007
D007
D007
D007
D007
0007
O007
D007
O007
D007
M043
M043
M041
M111
M111
M111
M119
M141
M111
M111
M111
M111
M141
M074
M141
M141
M141
M141
M141
M141
M094
M094
M141
M141
M032
M124
M111
M141
M111
"M019
M043
M043
M049
MOTS
M081
M132"
M043
M077
M111
M043
'M111
M061
*M053
M061
M111
~M132
M132
M077
~M043
M061
~M079
M077"
M141
M999
M061
'M071
' M141
M999
'M041
"~M061
M041
"M013
' M013
M014
M071
M132
M111
' 	 M043
" M071
""MI 11
MOBS
" "M141
	 M999
M109
"M125
""M043
M077
M071
M077
M049
M049
WAD988466900
WA09BB466900
WAD988468286
WAD988468286
WAO988468286
WAD988468286
WAD988468286
WA0988469870
WAO988474466
WAD988476149
WAO988478723
WAD988478723
WAD9884B2527
WA0988482592
WAO988482592
. WA0988482S92
WAO9S8482592
WAD988482592
WAO988482S92
WAO988497S41
WAO98B498325
WA098849832S
WAD98849832S
WAO988498325
WAD988S12349
WAD988512349
WA0988S17934
WAR000004960
WI0000876243
WI3210020563
"WI3210020563
WI3210020S63
WI3210020563
WI000071311S
W1D000808147
WID000808147
WID006069504
WI000607020S
WID006070338
WID006073225
Wl 0006073225
WID006076129
" WIO006078505
WID006084172
WID006089189
WID006091045
WID00609104S
WID006091227
WID006092555"
WID006092555
WI000609284S
WID006097109 "
WID006097281
WID006097281
WID006102S45
WID006102S4S
VUID006103972
WID006108906
WID006112478
WID0061 12478
WID0061 13906
WID0061 16529
WID0061 16529
WID0061 16529
WIDOW! 19812
WID006120141
WID006125215
WID0061 26213
WID006126213
WID0061 29522
"WID006136659
WIDOOS427017
' WID008806424
W1D023218332
WID02339415B
WID041411943
WID041411943
WI0045131182
WID045131182
W1D046535936
WI0046535936
VokMDtt (Toni)l Feim Code! SIC Codcl Sourae Codal Origin Code
0.35 B310
0.18 B403
1.53B102
0.56 B319
9.02 B319
5.01 8319
0.50 B102
0.24 6504
2.07 B603
0.11 B310
0.46 B310
9.74 B316
0.01 B409
0.72 B316
5.37 B310
1.69 B316"
0.97 B319
0.40 B409
0.08 B409
0.13 B103
1.13 BIOS
2.80 B1 14
0.38 B409
0.18 B409
0.238205
4.18 B205
0.61 B310
	 32.25 B409"
26.00 B302
0.148319
0.79 B309
"""0.138310
0.09 B316
31.648119
6.25 B001
6.76B316~
1.598315
23.858519
56.698304
	 1.46B319
2.15 8319
0.20 B101
2.988310
0.048403
0.148119
3.63 B319
0.40 B319
108.868113
0.338209
0.13 8209
2.51 8106
1.018114
1.10 8319
118.458319
0.10 8310
	 1. 274.08 B103"
0.10 B002
1.01 B209
0.14 8202
0.338207
0.04 B001
9.49 BIOS
1.558105
3.90 8316"
36.958113 '
0.75 8519
2.68 8319
1.768310
0.09 B207
41.80BS05
3.03 B205
0.25 B207
0.69 B319
0.58 8313
1.20 B113
1.11 8310
142.80 8519
16.66 8105
6.19 BIOS
" "0.25 Biro
0.19 B319




























3111
9711
9711
9711
9711
3621
2865
2865 '
3452
3634
3325
3471"
3432
3532
3554
3585
3559
3524
3524
3639"
3714
3714
3471
3625*
3317
3317
3524
3524
3555'
3499
3931
3931'
2869
3519
3519
3519
3317
3471
3999
3621
3621
3471
2621
3479
1721
3931
2851
3713
3713
3993
3993
3592
3592
A22
A01
A94
A60
A60
A60
A94
A19
A03
A21
A75
A75 "
A29
A01
ASS
AOl"
A19
A29
A29
A02
'A29
A29
A29
A29 "
A19
A19
A78
A61
A99
A89
ASS
ASS" 	
" A89
A21
A49
A35 	
A26
A21
A78
A82'-
A01
AS8
A78
A69 2"
"AS6 2
A21 ' "l
A21
AU
A21
A21
' A23 	
A24 " " ~ 	 "
A38
A94
'ASS
'A29~ "
A56 	
A21
AOl
A01 	 ~
A57
A22
A22
A22
A31
*A09
A21
A2l"
'A21
A60
A09
A5B
A21
A22
ATO
A21
A21
A05
AOS
A22
A22
                          PageD-121

-------
1995 BRS uata (Gltt r-onn; - TC Metal-Only Wastes Managed Off Site
WtBK
O007
0007
0007
O007
D007
0007
0007
0007
0007
D007
0007
0007
0007
0007
0007
0007
0007
D007
0007
0007
0007
D007
0007
O007
0007
O007
D007
O007
0007
0007
0007
D007
D007
0007
0007
0007
0007
0007
0007
0007
0007
0007
D007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
9007
0007
0007
0007
0007
0007
0007
0007
0007
0007
3007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
0007
iCoitolSyMBRiTi
M061
M141
M013
M071
M141
M999
M043
M071
M019
M043
M077 "
M111
M141
M081
M132
M041
M041
M043
M029
M999 ""
M999
M111 "
M071
M109
M141
M121
""1*079
M079
MOSS
M043
M071
M071
"M039
M119
M043
M061
M081
M077
M011
M125
M119
M141
M071
" M111
M132
M132
M132
"M119
M071
M132 "~
'M141
'M141
iM042
IM042
'M042
M041
M043
M141
Ml 01
M141
'M049
iM049
IM049
 M049
M132
M141
'M119
M141
M141
:M141
M141-
M141
M119
M043
M043
M071
M132 '
Mill
M141
M141
l EPA ID IVOhB
WIOOS0269372
WID053682712
WID054105218
WID0560621S1
WIDOS60621S1
WID056062151
WI0058735457
WID058735457
WIOOS9974881
WID066867060
WID07383002B
WID073830028
W1D073830028
WID076153030
WID07748295B
WID078673084
WID078673084
WID087253175
W1D102220381
WID150846715
WI015084671S
WID181254863
WID980S70550
WI0980S70550
WID980704209
WI0980791263
WID980792063
WID9807920S3
'WI0980826176
W1D980905293
WI0980905293 '
WIDS81091531
WID982074296
W1D982623431
WID988577797
WID988589354
WID9B8635298
WIR000002006
WIT560011363
WIT560011363
WIT560011850
WITS60011850
WV0170023691
VW0170023691
WV7 890031 886
WVD000088908
WVD000068908
VWD000068908
WVD000797480
VW000434S229
VWD00500S4B3"
WVPOOS005509
WVD005005509
WVD0301 43960
WVD0301 43960
VWD030143960
WVD045875291
VWD045875291
VWD055530604
WVD056795842
VWDOS679SB42
WVD060682291
VWD060682291
VWD060682291
VWD060682291
WVD060682291
WVD076826015
VWD0829S7317
VWD113433296
WVD1 13433296
VWD113433296
.WVD113433296
WVD981034101
VWD982701732
VWD988776B52
WYSS71924179
WY5571924179
WYD051843613
WYD088677943
WVT000010603
WYT000010603
a (Tom) (Form Co
3.30 B219
3.99 B305
0.82 B307
S.47 B505
12.94 8320
0.91 B50S
2.99 B310
0.28 B103
1.75 B316
0.16 B319
10.67 8101
174.33 B319
3.00 B319
0.44 B20S
0.18 B310
* 0.02 BIOS '
66.798114
5.56 B310
4.028205
0.35 B1 19
0.45 8203
2.52 B310
0.05 8307
1.38 B307
1.03 B410
11.198410
1.35 8103
1.20 8319
10.65 8310
1.36 B310
21758103
11.768119
0.14 B310
3.44 B101
10.208409
0.26 B310
2.588209
2.448114
19.10 B106
1.72 B119"
2.66 8319
1.33 B319
0.05 B319
1.63 B119
2.28 8319
1.008519
3.80 B519
14.80 8519
2.208106
5.008119
1.558302
0.15 8310
0.02 B606
21.78.8302
72.60 8302
79.86 B302
177.50 B219
0.20B310
0.06 B310
470.70. B519
0.00 B001
0.00 8003
0.278003
0.028003
0.00. 8003
0.328003
13.158306
370.60 8319
0.25. BIOS
2.05 8319
1.83 B319
2.808319
0.05 8101
4.848119
0.41 8310
0.09 B309
0.13 8101
0.13 8319
5.27 8304
0.02) B1 14
0.01 B114
leLSICC
3519
3612
3429
3471
3471
3471
3471
3471
3482
2851
3519
3519
3519
3822
3471
9999
3999
3471
3469
3321
3321
3531
3592
3592
3519
3449
3479
3479
3479
3713
"3713
2752
4111
2759
3554
3442
2653
4911
3471
3471
3999
3999
3764
3764
8733
3471
3471
3471
3423
3471
2869
2879
2
1795
1795
1795
2821
2821
3724
3069
3069
2869
2869
2869
2869
2869
3356
3641
3471
3471
3471
3471
7389
3471
3728
9711
9711
2911
2911
9999
9999
a6*| Sauce
A29
A06
A08
A38
A08
A38
A22
A22
A38
A78
A09
A21
A21
A40
A22
A09
A22
A89
A31
A89
A89
A21
'ASS
"""ABO '
AS6
A21
A29
A29
A78
A21
"A24
A22
A21
A69
A21
A21
ASS
A21
A01
A69
" A21
A21
A29
A28
A08
A53
A53
ASS
A22
A69
A53
A51
879 A35
A61
A61
A61
A37
A32
A21
A27
ASS
A94
A94
A94
iA94
A94
A26
A69
.A22
A22
A22
A22
AS3
A22
A21
ASS
A37
A99
A09
A79
A79
1 COM lortfki Coda
1
1
1
1
2
1
1
1
1
1
'l
1
1
1
3
1
'l
1
1
"l
1
1
1
1
2
1
1
~"l
1
'l
1
1
1
1
"~1
" ' 1
2
'l
_ "1
.
1
1
1
" 1
2
'"l
1
.. .
1
2
	 1
1
1
2
'2
.2

























                           Page D-122

-------
   etai-uniy.Wastes Managed Off Site
ll':.- -T^T-.-Jl-ll : njtlV.'-l^" 	 J:|llHH|V.
D008
0008
D008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
D008
D008
0008
0008
0008
0008
0008
0008
0008
0008
0008
D008
D008
0008
0008
0008
D008
0008
0008
0008
D008
D008
0008
0008
D008
0008
0008
0008
oooa
D008
0008
0008
0008
0008
0008
0008
0008
DOOB
9008
3008
0008
0008
0008
3008
0008
0008
DOOB
0008
0008
0008
0008
0008
D008
D008
D008
D008
0008
D008
0008
DOOB
M141
M141
M141
M141
M141
M141
'M141
M141
M
>M141
M141
M141
:M141
,M141
M141
M141
M141
IM141
IM141
'M141
IM141
IM141
'M141
AK8570028S49
AK8570028649
1AK8570028649
AK8S70028649
AK857002B649
AK8S70028649
AK8S70028649
.AK8570028849
AK8570028649
AK8570028649
AK8S70028649
AK8S70028B49
:AK8S70028649
AKB570028649
1AK8S7002B649
AK8570028649
AK8S70028649
AK8570028649
AK8570028649
AK8S70028649
AK8S70028649
AK8570028649
AK857002B649
AK8570028649
AK8570028649
AK8570028649
AK8S70028649
AK8S70028649
AK8570028649
AK8570028649
AK8570028649
AK8570Q28649
unw (Torn)) Fern Code) SCCodel Souoa Coo| Origin Coda
0.06 B102 9711. A04 1
0.01 B203
0.19 B206
0.12 B209
0.01 B210
0^9 B310
0.23 B310
0.04 B409
0.01 B309
0.11:8101
0.01 IB101
0.53:6101
2.92 B101
0.23 B101
0.58 B101
0.25 B101
0.00:8117
0.04 B209
0.39:6309
0.02 B309
0.05 B310
0.02. B310
072 B309
022:8206
0.03. B319
5.10. B319
0.03-B319
1.13B319
0.00- BOOS
0.00:8023
0.02:8101
0.09.B102
0.51 'B206
0.67:8206
0.00'B209
0.00'B209
0.00:8210
0.00!B210
0.00:8210
0.05iB210
0.03:8309
0.00'B309
0.01:8309
1.39 B319
0.008319
077:8102
022'8102
0.11 8106
0.38:8113
0.708114
025 8114
0.0518203
0.27:8205
02418205
0.16 8205
2.66.8206
0.24 8206
023.8206
0.83.8206
1.5618206
2.83 8206
1.00:8206
024,8206
024:8206
0.0818206
0.1718206
0.1518206
0.18'B206
0.88:8206
0.01-8209
0.38:8209
0.05:8211
0.19:8211
0.16 8211
0.2618211
0.13:8211
0.22 B211
0.15:8211
0.53.B211
025:8211
0.40:8211
9711 AS8
9711 A54
9711 A59
9711 ASS
9711 A92
9711 A92
9711 ASS
2879 ASS
9711 A57
9711 AS7
9711 A57
9711 -AST
9711.A57
9711 A57
9711 A57
9711 A53
9711 A21
9711 ASS
9711: ASS
9711 :A53
9711 A53
9711. ASS
9999 A54
9621 -A08
5171 A99
9621 :A08
9621 A91
9711. ASB
9711 !ASB
971LA99
9711 ASB
9711 iA57
9711 ;AS7
9711 :A58
9711. ASB
971LA21
9711 A21
971VAS8
9711 ASB
9711 ASS
971V ASS
9711 ASS
9711 AS3
9711.A57
9711iA59
9711 AS9
9711.A05
9711:A09
9711 A31
971VA57
9711 IAS9
9711 'A19
9711i ASS
971 11 ASS
9711.AS4
9711 AS4
9711 A54
971LA54
9711 A54
9711:A54
9711 1 A54
971 1 1AS4
9711 :A54 :
971HA54
9711, ASS
9711! ASS
9711 AST
9711; ACT
9711:A21
9711 IA21
9711 :A21
9711 -ASS
971VA56
9711 iA57
9711-A57
9711. A57
9711IAS7
9711:A57
9711 -AST
9711. A69
1
1
1
1
' " " 4
2
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
2
2
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
2
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
Page D-123

-------
1995 BRS Data
o
                  Managed Off Site
VHMaO
D008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
D008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008 '
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
3008
3008
0008
0008
3008
0008
0008 .
3008
0008
0008
3008
3008
3008
3008
D008
D008
3008
3008
D008
0008
0008
0008
0008
xtolSyMemT
M141
M141
:M141
M141
M141
:M141
M141
M141
'M141
IM141
:M141
M141
M141
M141
M141
.M141
M141
M141
M141
'M141
M141
M141
M141
M141







:M
iM
iM
M
:M
M
:M141
:M141
iM043
IM111
M111
M043
Mill
:M111
M043
:M043
M043
M129
;M043
M129
IM129
IM043
A69
9711 A69
821VA69
9711 A08







9229 A59
9229'A54
9229 A63
9229 A63
9229:A63
9229 A63
1311 A5B
1311 :A04
4612!A55
4612-A29
4612.A29
S171 ATS
1389:A19
1389A19
4612
-------
1995 BRS Data (GM Form) - fCrWJreta!On1y V
Off Site

0008
0008
0008
0008
0008
0008
0008
0008
0008
D008
0008
D008
D008
0008
0008
D008
3008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
D008
0008
0008
0008
0008
0008
0008
0008
0008
D008
D008
D008
0008
0008
0008
D008
0008
0008
0008
0008
9008
0008
0008
0008
0008
3008
0008
3008
0008
0008
D008
3008
3008
0008
0008
D008
0008
0008
0008
D008
0008
D008
0008
D008
O008
0008
0008
D008
D008

M112 AL6210020776 0.00 B302 9711 A51 2
M132
M132
M043
'M043
M141
M141
M061
.M079
M079
M141
M141
M141
M141
M141
M141
:M141
,M141
,M141
M141
IM141
M061
M061
M014
M132
iM141
IM141
IM141
IM141
:M111
-M061
M132
M125
M011
iM111
M132
:M061
IM132
IM141
urns
:M111
IM019
'M141
IM141
'M132
M132
'M043
M111
'M121
6604
1.39:8101
6.85:8319
2.74 8319
6.488203
1.33'8114
185.31 :B319
0.24:8319
0.2018319
2.88iB319
104.00:B4Q9
34.54 8409
3.06:B519
2.76iB403
0.14 8103
0.35:8207
0.99 'B207
0.00:8207
0.28.8513
1.858513
0.06! 8307
0.65iB303
115.608319
2.72 B316
1.79 B316
0.33 8316
9711 A59
9711 A59
4911 A21
4911 A19
4911 A21
4911-A19
9711 A54
9711 A38
9711 A5B
971VA5B
9711 A21
9711 A21
9711 A21
9711 A21
9711.A69
9711 A92
491VA91
4911.A21
491VA01
4911.A21
3585 A21
3585 A09
3429 A78
3429 A7B
3429 A01
3429 A01
8221 A94
8221 A94
3679 A78
3366.A54
3366 A72
3325 A7B
3679 A29
3679 A08
3724 A99
2851 A99
3315:A25
8221 ;A94
3498:A40
3714.A09
8221 -A94
4613 A19
4613iA19
3824. A40
3824. A78
3052IA59
3451 'A08
3451 .A55
3679IA78
5093: ASS
3669.A57
3679A3B
4581 A56
3053:A09
2531 iA49
3669. A49
3669 !A49
3669 A49




















































2
2
2
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
                             Page D-125

-------
1995 BRS Data (GM Form) - TC Metal-On!y; VVastes-MsriagediOff Site
WntaO
0008
D008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
D008
0008
D008
D008
0008
0008
D008
D008
0008
0008
D008
0008
0008
D008
0008
O008
D008
D008
D008
0008
0008
0008
DOOB
0008
0008
0008
0008
0008
0008
DOOB
0008
0008
0008
3008
0008
0008
0008 
3008
0008
3008
0008
3008
3008
DOOB
0008
DOOB
0008
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
D008
DOOB
DOOB
DOOB
0008
0008
DdalSynml
 M042
M042
M111
M132
Ml 25
:M111
M041
M141
M141
M141
M132
:M051
,M053
iM119
M119
,M119
M119
M111
:M131
M043
M137
M013
:M111
,M111
-M043
M141
'M141
.MUI
IM141
M141
:M141
M111
M129
:M129
M129
M129
M129
M049
IM049
M12S
'M141
IM019
M141
M043
:M112
.Ml 19
M119
iM119
:M141
iM141
M043
>MOB1
M119
M141
1M141
Mill
:M111
,:M141
:M141
M141
,M141
M141
M141
IM019
'M053
IMOS3
,M141
AO>  |We
ARD006354187
ARD043195429
ARD052S28809
ARDOS2S2B809
ARD07S6S6454
AR007S67307B
AR009168304S
ARD093414S97
AR0093414S97
AR0093414597
ARD980621155
AR0980868491
ARD980868491
AROS822B5447
ARD9B22B5447
ARD982S52739
AR0982SS2739
AR09825S8561
ARD982S62654
ARD983267600
ARD983267600 
ARD983272485
ARD98327248S
' AR0990722233
ARO990722316
AZ0210020434
AZ0210020434
AZ0210020434
AZ0210020434
AZ0210020434
AZ0570024133
AZ3142390027
AZ4570024055
AZ45700240S5
AZ4570024055
AZ4S70024055
AZ4570024055
AZ4572190029
AZS213820991
A2721 3820635
AZ7213820635
AZD00062S71S
IAZD00082S71S
AZD000819615
AZD001 886597
AZD001 886597
AZD001886597
AZD001BB6597
AZD00188B597
AZD008399263
' AZP008399636
AZD009002908
AZD009004177
AZD009004177
AZD009004177
AZD009005422
:AZD00900S422
:AZD009005422
:AZ000900S422
AZD009005422
AZD0090Q5422 .
AZD04145B555
AZD042018994
AZO063274609
AZD063274609
.AZD063274609
AZD063274609
AZD063274609
AZD070258017
AZD070258017
A2D091235457
AZ0091235457
AZD097116362
AZD980816920
AZD980816920
AZO98081B090
:AZD980896310
AZD980896310
A2D981421449
AZD981421449
AZD981624166
uraa(Tons)|FennCod<
6.59 B319
4.00 B510
0.40 B307
16.90 B307
27.96 B319
7.60 B310
3.75 8119
0.30 B114
0.01 B309
0.99 B319
76.98 B302
0.95 B114
5.65 B307
3.38 B310
1.13 B310
9.82 B302
0.07 B309
0.30 B316
12.80 B403
5.52 B301
25.18 B304
169.30 B316
77.50 B316
23.30.B319
0.25.B609
O.OO.B102
0.52 6114
1.07 B206
0.01 B307
0.01 .8310
0.08. B307
2.90 B319
0.00:B119
9.60 8219
0.30 8219
0.63 B219
0^6 B310
0.00 B001
0.48. B119
1.00B319
0.04 B301
1.26 B316
3J4.B302
1.71 B319
219.81 .8319
110.85 8302
7.17:8307
2.10 8319
0.54:8319
0.71:8316
0.03:B003
OiB 8404
0.24'B319
0.66 8319
0.46 B403
36.00:8102
33.90 B102
18.70 8102
0.44 8114
0.04 8219
2.72 8307
0.37.8310
0.20 8206
46.64 B119
2.64:8319
0.50 8319'
9.00.8319
28.98 8319
2.56 8103
0.80 8310
0.66 B409
0.03:8001
29.12 B311
0.41 8103
1.71 8110
0.33 B319
29.26 B1 19
9.00 8319
0.10 B319
0.06 '831 9
0.29 B101
1 SC Coda) Sown Cede \ Origin Coda
9999 AS8 2
2869 A38 2
2869 A09
2869 A09
3691 A99
3315 A78
3499 A35
4911 A59
4911 ASS
4911 A59
3999.A92
3585 A40
3585 A40
3494 A92
3494 A92
8744 A93 1
7538 ASS 1
2869 A09
3357.A29
3496AS3 2
3496A92 ! 1
3357-AS4 1
3672 A27 1
3672 A09
3672 A09 1
3672 A99
3672. A99
3469:A22
3469.A22
3674 ;A22 1
3674. A49 1
2819 A53
3674'A22
3674 A22
2B92:A92
3672 A27 -
3672-A99
3728 A92
3728 A92
3672 A29
                          Page CM 26

-------
1995 BRS Data (GM Form) -TC Metal-Only Wastes Mahageci

0008
D008
D008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
D008
0008
0008
D008
0008
0008
0008
D008
0008
0008
D008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
3008
0008
0008
0008
0008
0008
D008
D008
0008
O008
0008
0008
0008
0008
0008
D008
0008
0008
0008
D008
0008
D008
0008
M141 AZOS81624166
M061
M099
M111
Mill
M129
.M029
M061
M051
:M111
,M141
M132
M141
M141
M141
M141
M011
M12S
M039
:M119
M049
M014
IM032
'M061
:M061
M061
>M019
-M019
:M043
M092
IM132
M132
M129
'M039
.M129
:M132
IM129
IM132
-M132
:M129
M129
M129
M129
M129
:M129
M132
M132
M132
:M141
M129
M132
.M141
M
M039
M043
M109
M132
M132
M132
M132
M132
:M141
A29
4911 A99
4911.A92
3451 :A57
3451 A32
1041 ,A94
9711 A69
3672'A22
3672 A22
4941 A29
3499 A35
3714 A75
3714 A21
3714 A59
3714 >A75
3471 -A22
3672 A29
3672 :A29
3672 A06
3672 A29
4911. A08
9999
9711
9711
9711
IWM*^ AfiQ
UJfifif nO9
^qOQ AfiQ
ttyy9'fso9
9999 iA99
9711 :A69
9711 A69
9711. A69
9711'A69
9711 A59
9711 A59
9711. A69
9711. A69
9711. A69
9711 :A69
9711
. 9711
9711
9711 : A53
9661 .A19
9661 :A08
9661. A60
9661
9661 A21
9661 :A08
9661 A53
9661 AS9
7S49:A55
9711. A69
9711 :A69
9711:A58
9711 'A19
9711 :A53
971VA59
9711 AS9
3724^A29
9711 A59
971VA08
9711 'A58
9711 ASS
9711 :A58
9711 A91
9711 A91
9711-A92
971VAS9
9711-AS9



















1
1
1




















1
1
1


































                          Page 0-127

-------
1333 8RS;Da*a (GM Form) - TC Metal-Only Wastes Managed Off Site


0008
D008
0008
0008
D008
0008
0008
0008
0008
0008
D008
0008
0008
0008
D008
0008
0008
0008
0008
0008
0008
Dooe
D008
0008
D008
0008
0008
0008
D008
0008
0008
0008
0008
D008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
DOM
0008
0008
0008
0008
0008
D008
3008
0008
0008
3008
D008
0008
0008
0008
0008
3008
3008
0008
3008
9008
3008
3008
3008
3008
D008
0008
D008
D008
D008
0008
0008
D008
DOOB
0008
0008
M141
M141
M141
M129
M129
M019
M043
M089
:M049
M049
M141
M141
M132
M132
M132
M043
:M129
M141
M141 .;
:M141
M141
M141
M141
:M141
 M141
M141
M141
:M141
IM111
M129
;M129
IM129
:M129
M129
M
M
iM039
M129
A58
9199'A57
9199-A58
9199 A58
9199.AS9
9711 : A21
9711 A99
9711.A57
971 LAOS
9711 AS7
9711 1 A29
3731 -A99
3731 A99
3731 .A99
3731: ASS
3731 :A55
3731 :A53
3731 .A19
3731 ASS
3731 :A19
3731. A19
3731 A19
9711IA01
9199IA08
9199 1 AOB
9199:A58
9199IA69
9711 ;A69
971VA69
9711 ;A99
9711IA99
9999.A63
9999 1 A64
9999 iA64
9999'A64
9999:A64
9999-A64
9999:A64
9999IA69
9999iA69
9999iA64
9999. A64
9999'A64
9999- A84
9999 A64
9999
9999
9999'A64
9999
-------
1955 8Ra-Dat33{GW?^onTi}&TC Metal-Only Wastes Managed Off Site

0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
D008
0008
0008
D008
0008
0008
0008
0008
0008
O008
0008
D008
0008
0008
0008
0008
0008
0008
0008
0008
0008
D008
D008
0008
0008
D008
0008
0008
0008
0008
0008
0008
oooa
0008
0008
D008
0008
D008
D008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
D008
D008
0008
0008
0008
0008
0008
0008
oooa
0008
0008
0008
0008
D008
0008
0008
D008
D008
M129 CA7170023330 0.06 8409 9999 A64
M129
M129
M129
M129
M129
M129
M019
M
'M
M
:M
.M
:M
IM
M
:M
M
M
M
M019
IM019
M039
:M039
M039
IM039
IM039
A99
3731 :A93
3731 A93
3731 1 A93
3731 A93
3731 iA93
373VA93
3731 .A93
3731 -A99
3731 'A93
3731 IA93
3731 :A99
3731 >A99
3731 ;A99
3731 A57
3731
3731 IA19
3731 :A57
3731 IA57
3731 !A57
3731 A93
373VA55
3731 :A93
3731 -A93
3731 iA93
3731 :A93
3731 :A93
3731 A93
3731 iA99
3731 !A99
3731 >A99
3731 :A99
3731 IA59
3731 A64
3731 :A93
3731 >A93
3731 :A93
3731 -A93
3731 'A93
- 3731 A93
3731 iA93 1
3731 A93  1
                          Page CM 29

-------
1995 BRS Data (Gwi
           Wastes Managed Off Site
WntaC
0008
0008
DOOB
DOOB
DOOB
0008
0008
0008
0008
0008
0008
DOOB
DOOB
0008
0008
DOOB
DOOB
0008
D008
0008
0008
D008
0008
0008
DOOB
DOOB
DOOB
0008
0008
DOOB
DOOB
DOOB
0008
0008
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
0008
DOOB
DOOB
DOOB
0008
DOOB
0008
DOOB
DOOB
9008
0008
0008
DOOB
0008
DOOB
D008
DOOB
D008
3008
0008
DOOB
0008
D008
DOOB
0008
DOOB
0008
DOOB
0008
DOOB
DOOB
DOOB
DOOB
0008
0008
0008
DOOB
0008
DOOB
0008
DOOB
MalSystamT
M132
M132
M132
M132
M132
M132
M132
M132
M132
M132
Ml 32
M132
M132
M132
M132
M132
M132
M132
M132
M132
M132
Ml 32
:M132
M132
M132
iM132
'M132
:M132
M132
M132
M132
M132
;M141
IM141
M141
M141
M141
M043
M124
M129
M129
IM129
-M129
M132
M132
 M132
M132
:M132
M132
:M141
:M141
M132
M132
.M
:M
:M
M019
'M129
;M132
:M141
:M109
M141
'M141
IM141
'M141
M019
iM132
M141
iM141
M129
M129
M132
M019
M032
,M043
M021
M061
M061
M081
M061
 M061
| EPA ID IVb
CA7 170024775
CA7170024775
CA7170024775
CA7170024775
CA7170024775
CA7170024775
CA7170024775
CA717002477S
CA7170024775
CA7170024775
CA7170024775
CA7170024775
.CA7170024775 .
CA7170024775
CA7170024775
CA7170024775
CA71 70024775
CA7170024775
CA717002477S
CA7170024775
CA717002477S
.CA7170024775
CA7170024775
CA7170024775
CA717002477S
CA7170024775
CA7170024775 '
CA7170024775
CA7170024775
CA7170024775
CA7170024775
CA7170024775
CA7170024775
CA7170024775 '
CA7170024775
CA7170024775
CA7170024775
CA7170024775
CA7170090016
CA7170090016
CA7170090016
CA7170090016
CA7170090016
CA7170090016
CA7170090016
CA7170090016
CA7170090016
CA7170090016
CA7210020676
CA7210020676
CA7210020676
.CA7210020759
CA7210020759
CA7572890518
CA7572890S18
CA7572B9051B
CA7B00019419
CA8170027249
.CAB1700Z7249
CA8170027249
CA81 70090023
CA8210020436
'CA8210020832
:CA8210020832
CA8210020832
CA8890016126
CAB890016126
'CA9170024740
CA9170024740
CA9170027271
CA9570025149
CA9570025149
CA9800013030
CA9800013030
CA9800013030
CAD000051433
CAD000051433
CAD000051433
CAD000051433
CAD000051433
CAD000051433
'i',,'.|i<..i.Hl;i.',.,i.ffT
0.58 8319
0.04 8319
0.03 B319
1.04 B319
0.03.8319
0.48 B319
0.23 B319
0.14 8319
0.03 8319
0.19.8319
0.34 B319
2.07 B319
1.58 8319
0.02 8319
0.24 B319
2.59 B319
0.97 B319
0.80 8319
10.05 8319
1.14 8319
0.60 B319
0.04-8319
0.63 8319
0.438409
0.10 8409
2.42 8409
0.22 8409
0.02 8409
1.058409
0.12 8409
1.338505
0.19. B519
0.43
0.038009
0.36 8119
0.30 8302
0.08 8319
0.30 8319
0.098311
1.00:8311
0.79 8311
0.77 8311
5.76 8311
10.75 8311
0.25 8311
0.25 8311
1.06 8311
17.94 8311
0.60 8302
2.50.8114
0.03 8302
7.25,8209
0.73.8319
3.85
2.41.
0.53
0.50B119
11.75 8311
5.00 8311
0.17 8311
25874 8103
0.92-8114
0.07 B003
0.00.8309
0.05iB409
8.81 -8206
3.48 B206
39.34 8311
820.83. B319
0.73:8409
0.03 '8207
0.01 8409
0.22 8002
0.00 8002
0.00.8002
7.90 8113
12.40-8205
2.00 B219
20.80 8310
2.40 8409
15.20-8409
ISIGC00&I trfftfBtCff
3731 A93
3731 A93
3731 A93
3731 A93
3731 A93
3731 A93
3731 A93
3731 A93
3731 A93
3731 A99
3731 A99
3731 A99
3731 A99
3731 A99
3731 A99
3731 A99
3731 A99
3731 A99
3731 A99
3731 A99
3731 A99
3731 A99
3731 A99
3731 A57
3731 A57
3731 A93
3731 A93
3731 -A93
3731 A99
3731. A99
3731 A21
3731 A60
3731 .A64
3731 A99
3731 :A99
3731 :A69
3731 A93
3731 A93
97111A69
971VA69
9711 A69
9711.A69
9711 A69
9711 A69
971VA69
9711iA69
971VA69
9711 A69
9999 A61
9999
-------
1995 BRS Data
              stes Managed Off Site
WMaCodelSMaaiTVMl EPA ID 1 VWura (Tem)| Fam Codel SIC Coctol SOUBB (
0008
D008
0008
0008
0008
0008
0008
0008
0008
D008
0008
0008
0008
0008
0008
O008
D008
0008
D008
0008
0008
0008
0008
0008
0008
0008
D008
0008
0008
0008
0008
0008
0008
D008
0008
D008
0008
0008
0008
D008
0008
0008
0008
0008
D008
0008
D008
D008
0008
0008
0008
0008
0008
0008
0008
3008
0008
0008
0008
0008
0008
D008
0008
D008
0008
0008
0008
D008
D008
0008
0008
D008
0008
0008
0008
0008
D008
0008
D008
D008
D008
M132
M132
M132
M019
M132
M061
M132
M132
M132
M132
M132
M019
M061
M049
M132
M141
M141
M141
M141
:M041
M111
M129
M013
M013
M132
:M141
M013
M043
M043
:M043
M013
!M013
M013
.M137
!M013
M032
M111
M132
'M044
M019
M132
M013
;M013
M013
M013
M013
:M013
M013
M013
:M013
M043
:uois
M132
M132
M132
M132
;M011
M043
:M111
.M132
IM132
IM041
IM132
IM141
IM999
M051
IM132
M132
!M132
'M132
:M141
IM141









CAD0000727S1
CA000062S939
CA0000626010
CAD000626812
CA0000627943
CAD00062B131
CAD000628420
CAD0006ZB875
CA0000629295
CAD000632588
CAD000633099
CAD000633305
CAD000819839
CA0001 425206
CA0001 894773
CAO001894773
CA0001894773
CAD001B94773
CA0001894773
CAD005415633
CAD005415633
CAOOOS415633
 CAO008232829 :
CAD008232829
CAO0082S3957
CAD008254708
CAD008274375 -
CAO008274375
CAD008305062
CAO008314023
CAD008323388
CADOOB323388
:CAD0083233B8 
CAD008323388 
CAD008323398
CAD008323396
CAD008323396
CA0008323396
CA0008333438
:CAD008324055
CAD008324B32
CA0008330318
CAD00833031B
CAD008330318
CAD008330318
CAD008330318
CAD00833031B
CAD008330318
CAO008330318
CAD008330318
CA0008330797
CA000834428S
. CAD008352205
CAD008352205 :
CAO008352916
.CAO0083S2916
CAD008388987
.CAO008369050
CAD008371098
ICA0008382293
CAO008384190
' CAD008384588
CA0008390379
:CA0009105230
CAD009105230
CA0009105768
.CAO009105768
CAO009108705
CAD009108705
CAD009108705
CAD009114919
CAD009122532
-CA0009125S27
CA000912S527
:CA0009125527
:CA0009125S27
.CA0009125527
CA000912S527
CA00091 25527
CAD009125527
:CAD009125527
0.09 B409
66.00 B302
O.OS.B319
0.30 B307
125.33 B301
5.33. B409
0.75 B302
27.00 B319
11.08 B319
54.00 B301
34.30 B301
7.07 B409
0.658604
0.23 B114
70.59 8302
0.04. 8001
1.35:8302
0.108309
5.63 B603
0.24 8209
7.23 ' 8604
0.18 8316
2.40 B307
2.45A29
2911 :A69
3826.A40
3691 A91
3691 A91
3471 A22
3724 A49
3691. A99
3691A92
3691 !A99
3691 ,A99
3691 'A57
3691 AS1
3691 :A59
3691 A56
2851 'A08
3728 A59
3691 A89
3691 'A57
3691 A57
369V A59
3691 AS9
3691 :A78
3691 A78
3691 'A91
3691 :A75
3691 :A75
2893:A58
3672 A29
2819>A69
2819iA29
3231 :A21
323V A38
3764IA49
3812iA99
2911IA08
3812IA99
3432>A99
3761 !A49
3087:A92
3499IA40
3499'A40
2076>A21
2076 A21
291VA29
291VA29
2911 A99
291VA08
3674, A19









MtoiOriataCade
i
1
1
1
2
1
2
1
1
1
2
1
1
1
2
1
2
1
1
1
1
1
1
1
2
1
1
1
1
1
1
1
1
1
1
1
1
1
2
2
1
1
1
1
1
1
1
1
1
1
1
1
2
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
i 1
1
1









Page D-131

-------
,1395 BR&13ata-{GM Form) - TC Metal-Only Wastes Managed Off Site
WnttCedelSyMmTypel - EPA ID 1 Volume (Tcna)| Fern Codel SIC CodalSoutaCofelCktakiCori.
D008
0008
D008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
D008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
DOOB
0008
0008
0008
0008
0008
0008
DOOB
0008
MOB
0008
9008
0008
0008
XOB
0008
3008
0008
0008
3008
X08
3008
3008
0008
3008
DOOB
DOOB
3008
DOOB
DOOB
0008
DOOB
D008
D008
0008
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
M019
M013
M132
M132
M019
M039
M061
M079
M119
M132
-M019
M019
M019
M132
M029
M029
M132
Ml 32
:M132
M132
M132
M043
M061
M019
'M119
M
M
M
M043
M011
" .M011
.M079
M092
M039
M039
M039
M119
M119
M012
M019
M039
:M132
M132
M111
M141
:M129
'Mill
'M141
!M011
:M012
M132
IMOB1
IM132
:M019
 M141
M031
M081
M013
MIDI
M019
;M019
M141
IM011
:M019
IM141
M049



IM011
M043
A37
3499 A19
3499 A25
3471 .A59
3471 :A59
8221: ASS
3577 ' A29
3678 >A57 :
3678-A57
366V AW


3728 A58
3672 A29
7812 A21
7812:A69
3672 IA22
3671 :A29
3672.A22
3672, A22
3672 'A22
3679:A94
3491 A29
3491 :A03
NA A49






... .



































1
2
2
1
1
1
1
1
2
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1


1
1
1
2
1
1
1
1
1
1
1
1
1
                           Page D-132

-------
 .                  .    .
1995 BRS Data (GM Form) - TC Metal-Only Wastes Managed Off Site
Wteta Code) System Tym I ' . -EPAID 'IV
D008
D008
D008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
D008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
D008
0008
0008
0008
D008
DOOB
D008
D008
D008
DOOB
0008
0008
0008
DOOB
DOOB
0008
DOOB
0008
DOOB
0008
DOOB
DOOB
D008
M061
M141
M013
M019
M141
M119
Ml 19
M119
 Ml 19
M141
M132
M013
M051
:M012
:M029
M132
M132
M019
M129
M129
M011


M013
M132
M132
M
:M119
M132
M043
.M132
 M137
:M141
M011
M043
M141
M141
:M141
M132
M013
M132
M137
M019
M019
MOS1
M032
:M132
M132
M029
M111
:M111
M111
M049
:M049
:M019
M019
 M043
MU1
:M141
.M141
M141
M039
IM043
IM011
IM042
M043
M124
A59
8731 -A32
3843>A19
9999IA93
9661 :A94
3341
3341 -A36
3341 A35
3714 A19
1
1
1
1
1
 - 1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
2
1
1
1
1
2
1
1
1
1
2
1
1
1
1
1
1
1
1
1
1
1
1
1
2
1
1
1
2
2
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
2
1
2
1
1
1
1
1
1
3
1
1
                          Paged-133

-------
1995 BRS^Data ;OM FOKTI) . TC Metal-Only Wastes Managed Off Site
0008
DOOB
DOOB
0008
DOOB
0008
0008
DOOB
DOOB
0008
DOOB
0008
0008
DOOB
DOOB
DOOB
DOOB
DOOB
0008
DOOB
0008
DOOB
DOOB
0008
0008
0008
DOOB
DOOB
DOOB
DOOB
0008
0008
DOOB
0008
DOOB
0008
DOOB
DOOB
0008
O008
DOOB
0008
0008
DOOB
DOOB
0008
0008
0008
0008
0008
0008
D008
D008
3008
0008
DOOB
0008
D008
3008
3008
DOOB
0008
3008
D008
3008
3008
3008
D008
3008
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
D008
0008
DOOB
0008
DOOB
0008
M079
M079
M079
-M043
M019
M039
M125
M111
,M132
M141
-M019
M099
M119
M141
.M141
M132
M019
M132
M019
M132
M019
:M141
M132
M141
M141
M132
M141
M011
M011
M019
M043
Mill
M141
1M013
 M032
M132
'M043
M141
M141
M141
M132
M013
M011
M132
 M132
:M132
>M132
:M132
M011
M032
M132
M111
M132
M013
M141
M141
:M132
M125
M141
M043
M043
:M049
-M049
IM141
 U
'M141
M132
A08
4923A99
7812:AOB
4231 :A99
4231 A39
4231 A39
3231 A23
3672 A25
3672iA2S
8221 iAOB
8221 ,AOB
4941 ,A29
4941 -A29
4941 A56
8062!A55
8062'A94
461 2I ASS
1311 A29
3674;A59
3672:A25
3672A19
7812 A94
7812:AS9
7812:A59
7812 A59
3354 :A40
3672'A39
3672 A03
3672. A29
411VA29
4931 .A21
1
1
1
1
1
1
1
1
1
1
1
2
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
2
1
1
1
1
1
1
1
1
1
1
2
1
1
1
1
1
1
1
1
1
1
1
1
1
1
2
1
1
1
1
1
1
1
1
1
1
1
1
1
1
                           PageD-134

-------
1995 BRS
TC MetsiliOnly Wastes Managed Off Site
Vtesta Code (System Type I EPA ID , IVd
0008
0008
0008
0008
0008
DOOB
0008
0008
0008
0008
0008
0008
0008
DOOB
DOOB
DOOB
0008
0008
DOOB
0008
DOOB
0008
0008
0008
DOOB
DOOB
0008
0008
0008
0008
DOOB
0008
0008
DOOB
3008
DOOB
0008
0008
DOOB
DOOB
DOOB
3008
3008
DOOB
DOOB
3008
D008
DOOB
0008
DOOB
3008
3008
DOOB
3008
3008
DOOB
DOOB
3008
3008
3008
3008
3008
3008
0008
3008
DOOB
DOOB
D008
DOOB
DOOB
DOOB
DOOB
0008
0008
0008
DOOB
0008
0008
D008
DOOB
D008
M013
M013
M013
M132
M043
M141
M141
M011
M141
iM141
M141
M019
:M014
M061
:M141
M031
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:M061
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:M077
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M
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M124
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M011
 M043
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:M141
:M111
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M141
M019
:M041
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IM111
,11012
IM132
'M137
!M132
M119
M132
'M012
IM019
M119
:M013
rM012
M019
:M141
IM043
!M019
:M049
M141
IM053
M053
 M061
M043
:M081
M061
IM132
IM011
:M011
M043
M141
M141
IM111
:M132
M137
M019
M132
M051
M013
M019
M019
M012
CAD981632979
CAD981632979
CAD981632979*
CAD981633860
CAD981642804
CAD981642B04
CAD981655293
CAD981658669
CAD981665706
CAD981665706
CA09B1667264
CAD981675911
CAD981677404
CAD981677404
CAD9B1677404
CAD9816B1489
CAD981692726
CAD981692726
CAD981968179
CAD981966179 >
CAD981967797
CAD981978935
.CAD981980808
CAD981980808
.CAD982005696 '
.CA0982011629
. CAD982023988
CAD982030660
.CAD982052094
CAD982324154
CAD98234S449
CAD9B235B36B
CAD98235B388
CAD9823S8368
'CAD98235B368 
CAD982360562
'CAD982370829
CAD982402570
.CAD982403966
:CAD982408171
:CAD982412165
CAD982412165
CAD982429615
CAD982429615
CAP982430530
CAD982435026
.CA0982437089
CAD982442881
.CAD9824431S2
CAD982468282
CAD982482226
,CAD982484826 .
,CAD9824BS955
:CAD9B2493009
; CAD982493009
CAD982493587
CAD982510083
CAD982510083
CAD982S10497
CAD982516619
:CAD982S16619
CAD982S16619
A94
4581 ASS
3672 A22
3672 A25
3672 A49
491VA02
3672
3672 -A25
3691 A91
369.1 A91
3672 iA29
3999 ;A09
3675:A75
3675 AS6
7812 A69
8221 .A29
4111 A21
A92
2911IA99
372B:A21
3672:A02
3672.A29
3672 -A99
3672 A49
3672 iA29
3499 A56
3672:A29
3672:A22
4225IA99
3674 A22
3672IA09
3672 A99
3672 A29 1
3672 A71 2
3761 A93 1
3087 A35 1
3728 A29 1
3679A99 1
3672;A29 1
3672-A09 1
9199IA99 1
3672'A72 1
3672IA29 1
3672:A22 1
3672 A22 1
3842'A55
3672 'A49
3672 A09 1
4911:A59 1
3845
-------
BRS
Data(GM
Form) - TC
WutBCodelSyttniTypel. EPA ID I-VU
0008
0008
0008
0008
0008
0008
0008
DOOB
0008
0008
0008
0008
0008
0008
DOOB
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
DOOB
DOOB
0008
0008
DOOB
DOOB
0008
0008
DOOB
DOOB
0008
0008
D008
0008
DOOB
DOOB
DOOB
DOOB
D008
DOOB
DOOB
DOOB
0008
3008
0008
0008
3008
0008
0008
3008
0008
DOOB
3008
0008
3008
3008
0008
D008
0008
DOOB
D008
DOOB
DOOB
0008
DOOB
DOOB
0008
DOOB
0008
DOOB
DOOB
DOOB
M019
M013
:M041
M043
M043
M141
M129
M129
M129
'M129
'M129
M129
M141
:M141
M141
M
M109
:M129
M129
M011
M011
:M011
M099
M019
M132
M132

:M011
'M141
;M141
M141
.M141
;M141
M019
M132
M132
:M132
M132
M132
M132
M041
M132
M132
-M132
M141
M011
M011
:M011
M011
M011
M011
M043
:M043
:M043
M043
-M043
!M043
:M043
IM043
:M043
'M043
;M043
:M043
,M043
IM043
M043
-M043
M043
IM043
iM043
.M043
IM043
IM043
:M043
M043
M043
:M043
M043
M043
M043
M043
CAD99066S556
CA0990B43989
.CAD990843989
CAD990843989
CAD990843989
CA0000909523
CA0170090013
CA0170090D13
CA0170090013
-CA0170090013
CA0170090013
CA0170090013
CAR000001289
CAR0000012B9
CAR000001289
CAR000003665
CAR000004457
CAR0000044S7
CAR000004457
CAR000004713
CAR000004713
CAR000004713
CAR000005694
CAT000611400
CAT000614495
CAT000617001
CAT000617449
CAT0006175B9 .
CAT000617S89
CAT000617589
CAT000618900
CAT000624122
CAT080010B04
CAT080011489
CATOB0011489
CAT080011562
CAT080011S70
CAT080011646
CAT080011646
CAT080011653
CAT08001169S
CATOB0011695 .
CAT080011703
CAT080011703
CATOB0013584
CATOB0014079
CAT080014079
CAT080014079
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CAT080014079
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CAT080014079
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CAT080014079
CAT080014079
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CAT080014079
CAT080014079
CAT080014079
CAT08001407B
CAT080014079
CAT080014079
CAT080014079
CAT080014079
CAT080014079

now t ions)| Font Codejs
0.80 8304
0.04 8319
0.99 8519
0.12 8409
0.05 8409
0.04 8409
0.07 8209
0.06 8209
0.37 8302
268.70 8302
432.24 8302
0.07 8307
1.42 B110
0.148205
0.30 8310
67.70.8409
0.47 8319
025 8319
0.30 B319
17.99 8319
11.34-8319
7.34.8319
17.04.8103
0.16 8307
1.68 8603
9.69:8319
0.45
12S'B309
3.60 8319
0.20:8319
0.02,8319
0.52 8307
1.638316
0.92 8307
0.07 8210
0.4S 8307
0.08 8604
1.72.8319
0.11-8319
0.32:8307
0.08 8001
0.16.8209
0.22.8311
1.00-8319
12.750.008302
. 0.15-8307
0.03:8307
0.05:8309
0.11 8316
0.05 8319
0.04:8319
0.01-B310
0.02 '8319
0.03:8319
0.09:8319
0.0218319
0.2i: 8409
0.13.8409
1.12!B409
0.11:8409
023-8409
0.1318409
0.07 8409
0.03:8409
0.0318409
0.40. B409 .
0.31 8409
0.80 8409
0.10.8409
0.11:8409
029:8409
025:8409
0.44 8409
020:8409
0.09:8409
0.42 8409
0.08:8409
0.54-8409
0.00 8409
0.02 8409
0.13 B409
stas Managed Off Site
C Codel SOUJCB Coda I (Main Code
3812 A72 i
3572 A49 1
3572 A99 1
3572 A49
3572 A49
3572 A60
9199 A21
9199 A21
9199 A69
9199 A69
9199 A69
9199 A57
3672 A22
3672 A22
3672 A22
9199 A99
3672 AOB
3672 AS3
3672 ASS
3732 A40 1
3732 'A40
3732 A40
3483 A03 1
3674
4612 AOB
5169 A29

8221 ASS 1
8221 A21 1
8221 A21 1
4911 AOB 1
3728 A39
3679:A32
491 1: AOB . 1
4911 AOB
4911 A40
4911 A21 1
491VA29 1
4911 A29 1
4911-A21 1
4911.A58 1
4911 A21 1
4911 A69 1
4911.A21 2
3672 A22 1
2893.A59 1
3571 AS9 1
3571 .AS9 1
3571 -ASS 1
721-A59 1
3674 A94 1
3674 
-------
1995 BRS Data (GM Form) - TC Metal<)nly yya
                            Off Site
VMMBO
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
D008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
O008
0008
0008
0008
0008
0008
D008
0008
0008
0008
0008
3008
0008
0008
0008
0008
3008
XXJ8
0008
3008
0008
0008
0008
XXJ8
0008
0008
0008
3008
3008
0008
3008
3008"
0008
3008
ide| Syttam'

M061
M061
M061
M061
M061
M077
M077
M077
M077
:M077
;M092
M092
M092
M092
M111
Mill
 M111
M111
Mill
:M111
:M111
M111
Mill
M111
M111
:M111
M111
.Mill
:M111
Mill
'Mill
:M111
M111
M111
M111
.M111
IM111
:M111
iM111
M111
.M111
'M111
M111
:M111
M111
M111
:M111
M111
.M111
M111
:M111
:M111
Mill
M111
:M111
M111
;M111
IM111
'M111
:M111
IM111
IM111
:M111
IM111
IM111
IM141
'M141
IM141
IM132
IM043
>M043
:M013
M013

-------
1995 BRS Data (GM Form) - TC Metal-Only Wastes Managed Off. Sits,
VUMaG
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
3008
0008
0008
0008
3008
3008
3008
0008
0008
3008
0008
0008
D008
0008
0008
0008
D008
D008
0008
0008
0008
0008
0008
0008
0008
odelSntniT
M032
M043
M011
M141
M014
M014
M132
M042
M132
M043
M043
Mill
M141
M141
M043
M051
M043
'M111
M132
M111
M141
M011
M061
M019
M141
'M061
M013
;M013
M013
M013
 A94
4911IA60
8731 ,A56
8731 A58
4911 :A94
4911 A08
4911 A60
3613-A49
3484:A99
3484IA99
3484 :A99
491VA59
4911 :A56 :
3724 :A21
3499>A92
3499'A92
3621 A92
3463>A26
3728 A92
3728.A04
2B33:A34
3731 1A08
3731 A91
3731 :A99
3731 A69
8741 -A69
Coda










2
1
2
1
1
1
2
1
1
1
1
1
1
1
1
1
1
1
1
1
1
2
1
1
1
1
1
1
1
1
1
1
1
2
1
1
1
2
2
1
1
1
1
1
1
1
1
2
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
2
                          Page 0-138

-------
Data (GM Form) - TC Metal-Only Wastes Managed Off Sites
WMRCadel.SyMm.Type 1- - EPA ID . |va
0008
0008
0008
0008
0008
0008
DOOB
DOOB
DOOB
0008
DOOB
DOOB
DOOB
D008
0008
0008
D008
D008
0008
0008-
D008
0008
DOOB
DOOB
D008
DOOB
DOOB
D008
DOOB
DOOB
DOOB
DOOB
0008
0008
D008
DOOB
DOOB
0008
0008
DOOB
DOOB
DOOB
0008
D008
0008
DOOB
D008
0008
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
0008
DOOB
DOOB
DOOB
0008
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
0008
DOOB
DOOB
DOOB
DOOB
0008
DOOB
0008
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
0008
M141
M061
M041
M111
M011
IM141
:M141
M141
M111
IM099
IM141
iM111
M124
M078
M141
M119
IM051
IM111
IM141
IM141
M141
M141
M077
iM077
IM111
1M019
iM141
M141
:M132
M043
M132
:M111
'M131
M141
M132
M049
'M119
M111
'M111
iM141
M141
M141
M141
:M141
:M141
:M081
!M141
.M111
M141
M141
M141
M041
-M111
M079
IM124
IM141
M141
IM141
| Form Code! StCCodel SoweaCodal Ortoln Code
0.04.8319
0.74 8206
0.03-8219
3.04 8113
3.52.8310
2.98:8304
0.0218319
2.64.8113
8.50 8302
0.23:8205
0.23.8205
2.3918319
13.08-8205
65.47 '8319
5.17 8207
1.40.8319
12.71:8102
0.3118409
4.51 '8205
0.95:8205
021 :B205
0.83:8205
20.8S>8207
74.35:8207
0.30 8409
13.38:8319
1.45:8409
0.52:8307
47.78.8302
0.65:8310
43.8518319
2.35:8409
1.60:8513
0.80:8302
0.60.8319
4.80:8319
4.77 1 8310
0.43 8103
0.10:8310
0.10.8310
0.05:8310
0.05 8310
0.10:8310 .
0.35:B307
0.00:8409
1.12 8119
1.1518206
1.47-8319
1.30:8106
0.528114
024:8310
1224:8205
020:8319
327:8103
2.60:8609
0.49:8219
0.73:8219
4.65:8219
0.73 8219
0.50 8609
1.75:8609
10.41 '8114
0.70.8307
5.96.8609
2.52:8119
0.24. B219
0.15:8319
3.57 '8205
35.03:8205
0.4618205
0.18:8310
2.79:8511
3.14.8511
0.71.8519
0.20.8319
0.46 18409
6.951 8409
8.25 '8206
1.01 8603
7.5318409
32.10*8319
3724 ASS
3471 A92
3724 A59
3724 A56
3471 A22
3325 A78
8744 A58
3621 A05
9999 A56
2899 ASS
2899 A58
3356 A32
3356.A29
3463 A19
3951 A37
3999 A29
3541 .A40
3541. A37
3469 A40
3469' A40
3469-A40
3469 A40
3672 A37
3672:A37
3672, A71
3675.A49
3675:A49
3231 A08
3471  A69
3999'A92
8731 -A69
3356IA29
3482:A69
3482 :A69
3643 A99
3484.A94
3678 iAS3
3471 A29
3672 :A32
3672 A32
3672A09
4911 A58
3357IA3S
3357. A35
3429 A60
3429 A09
3429 A92
3369 A49
1
1
1
4
1
1
1
1
2
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
2
1
2
1
2
2
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
2
2
1
1
1
1
1
1
1
1
3
3
1
1
1
1
1
1
1
1
                 Page 0-139

-------
- TC Metal-Only Wastes Managed Off Site
r'.-rrv.'.'.ii^ i, IHBI ..' tmvr
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
O008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
DOOB
0008
0008
0008
DOOB
3008
0008
3008
3008
0008
3008
0008
DOOB
0008
3008
0008
0008
0008
0008
0008
0008
0008
0008
0008
M132
M132
M049
M061
M077
M077
M111
Mill
M111
IM111
IM141
1M132
M141
M111
M041
M089
>M089
.'M132
M041
'M043
M043
M043
.M119
M119
M125
M125
M141
M043
MOS1
M019
:M141
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'M132
'M132
'M141
M141
M013
M079
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M141
:M141
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M141
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 M141
-M141
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M043
M043
'M043
:M119
Ml 19
:M119
M119
CTDOS7794034
CTDOS7794034
CTDOS7794984
CTD06000S766
CTD060005766
CTD060005766
CT0060008307
CT006000B307
CTD06000B307
CTD06552130*
CT0085521304
CTD0670687S9
CT00670687S9
CTD069263424
CTD072115793
CT0072134927
CTD072134927
CTD072138969
CT007731178S
CTD07731178S
CTD082662289
CTD082662289
CTD0826622B9
CTD082662289
CTD0826622B9
.CTD0826622B9
CTO980S22940
CTD980668198
CT0980912026
CTD9810628S4
CTD98189S86S
CT098189SB6S
CTD98189S931
CTD98189S931
CTD981B95931
CTD981895931
CT0982200933
CTD982200933
CTD982200933
CTO982200933
CTO983869918
CTD983869918
CT098386991B
CTD983B70S77
:CTD983870577
CTD983871914
CTD983883901
CT0983883901
CTD983884164
CTD990672081
.CTD990672081
ICTD990672081
CTD990672081
CT0690307871
CT0690307871
iCT0690307871
CTO690307871
CT0690307871
DC1960000908
DC220090781Z
DC4141707162
:DC4170000901
OC4170000901
DC4170000901
OC4170000901
DC4170000901
:OC4170000901
DC4170000901
DC8170024311
OC8170024311
DC9S70090036
:DC0000819516
DCDOOOB19516
DC0000819S16
DC0000819516
DC0000819S16
'OCOOOOB19S16
:DCO000819516
OC0000819S16
.DC0000819516
OCO000819516
MM (Ton)| Fonn.Codel SIC Codel Sauca Codaj Orinki Cixto
0.40. B319
OJSBS19
0.92 B409
24.65 B205
19.65 6106
6.87. B219
22.10 B302
53.63 B31 9
76.51B319
9.50 B319
0.08!B319
0.15 B409
0.25 B106
57.20iB319
1.00 B205
70.04 B205
40.26 B205
0.96 B319
OM B319
2^8:8319
0.35IB319
0.70 B319
0.35iB319
2.10 B319
3.51 :B319
5^6iB319
0.08 B409
0.00 B309
7.60:B409
0.13 81 14
0.41 B206
3.44:8304
20.16 IB302
0.75:6304
0.22 '6001
1.50 8319
20.00 B319
2.42 81 14
1.00:6310
0.58:8310
13.65 8114
220-8519
0.97.8519
2.61 '8206
0.50:8307
1.25 8319
45.40:8119
0.01 18319
2.73 8114
0.19 8319
0.43 6319
0.04 B407
0.17 B205
0.01:8009
0.17.8114
0.15:8119
0.43'B310
0.02 8319
0.3018319
120 8319
0.40:8319
0.22 '8310
0.50 8114
0.88 B1 14
0.03 B304
0.06.8307
0.06:6310
0.1V 8310
0.01 BOOS
0.08 8003
0.38. 61 19
1 .3616206
15.71 8319
0.15 6319
3.41-8319
0.57 B319
3.63-8319
16.10 8519
3.14:8519
1.27 8519
4.43 B519
3369 A99
3446 A60
3728 A57
3356 A40
3356 A03
3356 A40
9999 A69
9999 A69
9999 A69
3672 A09
3672 A09
3643 A54
3643 A01
5171 .A08
3841 A49
3541 -A40
3541 A40
4953 A21
3451 A49
3451 A49
3827 :A29
3827 A29
3827 A29
3827 A29
3827 A29
3827 ,A29
9223IA08
971 LASS
3069:A49
2899:A94
3559;A54
3559 A99
3559.A99
3559 A99
3559A94
3559 A59
3499IA19
3499 A31
3499:A21
3499 A21
3949 'A38
3949 A92
3949 A92
3423 A49
3423 A27
2621 :A92
3678IA03
3678'A59
2899iA94
3724:A59
3724 !A59
3724 A69
3724 A99
8221 
-------
1995
           Wastes Managed Off Site
0008
0008
0008
DOOB
0008
DOOB
DOOB
DOOB
DOOB
DOOB
0008
0008
0008
0008
DOOB
0008
0008
0008
0008
DOOB
0008
DOOB
DOOB
0008
0008
DOOB
0008
0008
0008
0008
DOOB
DOOB
DOOB
0008
DOOB
0008
0008
DOOB
0008
DOOB
0008
DOOB
0008
DOOB
DOOB
0008
DOOB
DOOB
D008
DOOB
DOOB
DOOB
0008
DOOB
0008
DOOB
0008
0008
DOOB
0008
DOOB
DOOB
0008
DOOB
DOOB
0008
0008
DOOB
0008
DOOB
DOOB
D008
0008
0008
0008
0008
0008
DOOB
DOOB
0008
0008
M119
.M043
M041
M132
M141
M141
M141
M042
:M013
M119


:M132
M132

M132
'M041
:M121
M041
M041
M121
M132
M043
M132
M141
M141
;M129
M141
M043
'M111
M141
M141
iM141
M141
M141
:M141
'M141
M141
M119
M112
M125
M141
M141
M141
M141
M132
,M132
M141
:M141
!M141
IM141
M141
;M141
:M141
IM141
:M141
M141
'M141
M141
M141
M141
IM141
IM141
1M141
:M141
'M141
:M141
M141
'M141
IM141
M141
!M141
:M141
'M141
M111
M111
M141
M141
:M141
M141
.M141
DCD000819516
DE0000980920
DE8570024010
DE8570024010
DED000621417
DED000800284
DED000820704
DED00232973B
DED002353092
DED002357408
DED002366854 :
DED002366854
'OED002369205 '
DED002369205
DED002369205
DED003913266
DED003930807
DED004321212
DED042263764
DED064370992
DED131873853
.DED154576698
.DED980830400
DED980830400
DED980918668
DED98091B668
DED981042724
DED981 109317
FL0000964973
FL0000964973
FL0000964973
FL2170023244
FL2170023244
FL21 70023244
FL2170023244
FL2800016121
FL2800016121
FL4170023713
FL4170023788
FL4170090001
FL4170090001
FL5170022474
FL5690308338
FL6170022952
FL6170022952
FL6170024412
.FL6170024412
FL6170024412
FL6170024412
FL6170024412
FL6170024412
:FL6170024412
FL6170024412
FL6170024412
FL6170024412
FL6170024412
.FL6170024412
FL6170024412
FL6170024412
FL6800014585
FL7170023710
FL7170023710
:FL7570024375
FLB1 70023792
:FL8570024366
FL8S72128S87
.FL8572128S87
FL85721285B7
FL9170024260
FL9170024260
FL9170024260
FL9170024260
FL9170024260
FL9170024260
FL9170024567
FL9170024S67
FL9170024567
FL9170024567
FL9170024567
FL9170024567
FL9170024567
35.67 8519
3.61 B319
2.89:8114
0.16 6304
0.10 6319
0.01 8319
0.00:8319
4.80.6319
41.00:6309
35.60:6403
'6209
'8319
15.60 8310
5.1018319
:6113
105.30:6319
0.19!B203
3.8V 8307
0.05! 6302
0.02! 6003
0.00 ; 8201
106.70:8319
1.27 6319
79.43.6302
4.40:6219
0.18:8319
13.1116407
0.08.6003
44.60:8409
39.81 8409
109.43:8409
024:8119
2.67 i 8302
0.36:6311
0.53 > 6603
0.40:8102
73.8316302
628 6319
428.00! 6302
0.50:6403
1.00.8201
0.00 1 8309
0.56 B310
0.22,6119
0.00:8210
1023:8302
6.75.8514
025:8103
025:B103
0.12:8103
0.07:8110
0.01:8119
0.14:8309
0.03IB310
0.01 16319
0.7518319
0.03.8319
0.00.6319
0.00<6319
0.73:8103
0.01 8319
0.01 8319
0.78! 6409
0.0V 8307
0.03 ' 6307
0.43 8102
0.0318206
1.18'6319
0.01 1 8205
0.0216309
0.02.6310
0.03 8319
0.05 6409
0.06 8409
26.59:8319
109.43:8409
0.49:8119
0.57 6209
0.26 ' 8219
0.53:6219
0.01:8309
4911 A60
9999 A69
9711 A37
9711 A59
4911A08
2816 A91
8221 A21
2911 A21
3691 ,A7B
3711 A21
3471 A57
3471 :A92
371VA32
371VA29
371VA06
2812.A01
6731 A94
3315. ASS
3B41.A94
8731 A94
8999 A19
2819 ASS
2865.A99
2865:A99
491VA60
491VA01
401VA09
2899.A94
9711 :A01
9711 A01
971VA01
971VA5B
971VA59
971VA57
9711.A60
9711 A09
9711 A99
971VA01
9199 A69
9711 i A69
971VA59
9711A55
3564:A71
9199'A55
9199:A21
9711. A69
9711 A69
971VA22
971VA22
971VA57 i
9711 :A06
971VA5B
971V ASS
971VA53
971VA49
971VA49
971VAS7
9711; ASS
971VASB
966VA59 :
971VA57
971VA57
971VA08
971VAS9
971VA35
971VASB
971VA54
971VA59
9711, ASS
971VA55
971V ASS
971VA29
971VA01
971VA57
971VA29
971VA01
971V ASS
9711 ASS
971VA37
9711 A58
971VA58
"~"
2
1
1
1
2














1
1
2
2
1
1
1
1
1
1
1
1
2
1
1
1
2
1
2










































Page D-141

-------
1995 BRS
          Wastes Managed Off Site
O008
3008
D008
0008
0008
0008
0008
0008
D008
0008
0008
0008
0008
D008
D008
0008
0008
0008
0008
0008
0008
D008
D008
O008
0008
0008
O008
0008 
0008
0008
0008
0008
0008
D008
0008
0008
0008
D008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
Dooa
0008
0008
D008
0008
D008
0008
0008
oooe
0008
3008
3008
3008
3008
0008
3008
0008
D008
0008
D008
D008
0008
0008
0008
0008
D008
D008
0008
D008
0008
M141
M141
M141
M141
M141
Ml 41
M141
M141
M141
M141
M141
M141
M141
;M061
M129
M141
M141
'M141
M141
M141
IM141
IM061
.M141
:M141
IM125
IM141
:M141
:M141
iM061
'M061
 M141
.M013
.M077
:M141
:M141
M141
:M141
M111
:M141
'M141
M141
iM141
M141
!M141
IM141
>M061
M132
1M141
'M141
IM041
:M043
1M141
.M111
:M125
:M111
:M014
M111
iM111
'M141
FL91 70024567
FL9170024567
FL9170024567
FL9170024567
FL9170024567
FL91 70024567
FL9170024567
FL9170024567
FL9170024567
FL9170024567
FL9170024567
FL0000602334
FLD000602334
FL0000608182
FLO000654566
FLD000654582
FLO000654640
FL0000654640
FLD000733683
FLD000733683
FLD000792762
FLD000807305
FLD004065470
FLD004065470
FLO004065926
FLO004065926
FLD004065926
FLO004069183
FLD004088258
FLD004088258
FLD004088258
FLD004090452
FLD004100152
FLD004100152
FLD004100152 .
FLD005569405
FLO006430581
FL0010426526
FLD040216764
FLD04021BB79
FLD0431 17522
FLD045986841
FLD047096S24
FL0047966593
FLD047966593
FLD050455278
FLD050455278
:FLD050455278
FLD050455278
.FLD053497517
FLD053497517
FLD061993606
FL0061993606
'FLD061993606
'FLD061993606
FL006328B245
FLD063288245
FLD065912966
FLD065912966
FLD069660561
FL0071951966
FLO073216863
FLD073521684
:FLD079809331
FLD080106073
:FLD080106073
FLD080106073
'FL0080949613
FLD083200998
. FLD084723337
FLD084723337
:FLO087332433
IFLD087332433
:FLD093B46897
FLO095558466
FLD095558466
FL0097373542
FLD098917149
:B 0980838320
FL0980838320
FL098083B320
4.83 8319
1.30 8319
3.51 8319
0.49 8319
0.56 8319
0.29:8319
6.77 8409
1.29 8409
2.14 8409
1.19 8409
0.04 8409
0.01 8319
3.30 B319
3.12 8302
1.40 8302
0.08 Bl 19
33.60.8302
199.42 8319
0.34:8319
12.61:8519
0.50IB319
0.37:8206
0.23:8101
0.99 B409
0.22 8319
0.44:8319
032 '8319
0.12 8319
0.52IB206
0.16.8409
0.96 8119
59.10 8319
2.44:8113
0.08 8307
0.30 : 8319
023 8204
0.51:8207
0.40-8310
0.04.8319
0.10:8319
0.65:8219
0.43 8319
16.56:8302
12.85 8114
2.12:8307
0.16A29
3643 A49
3643 A19
3691 A92
3663. A02
3663 A41
3663 A40
3669.A19
3672 A29
3661 -A71
4911 A91
3842:A21
3721 A57
2082.A08
2892:A94
3483 A92
3483>A92
3669:A49
3669.A01
3669.A09
3669iAS9
3661 IA29
3661 'A29
3672 'A05
3672 A19
3672>A99
3672:A55
3714.A04
3714:A99
3672.A59
3672. ASS
5171 A21
2869 A08
4226:A55
3714-A37
2061 -A59
3672IA49
3672
-------
1995 BRS Data (GM Form) - TC

Managed Off Site

0008
D008
0008
0008
D008
0008
D008
0008
0008
0008
0008
0008
0008
0008
D008
0008
D008
0008
0008
0008
D008
0008
0008
0008
0008
D008
D008
D008
D008
0008
0008
0008
0008
O008
0008
0008
0008
0008
DOOB
0008
DOOB
0008
0008
0008
0008
0008
DOOB
0008
DOOB
DOOB
3008
DOOB
DOOB
0008
DOOB
DOOB
DOOB
0008
0008
0008
DOOB
DOOB
DOOB
0008
DOOB
DOOB
0008
DOOB
D008
D008
0008
0008
DOOB
0008
DOOB
DOOB
DOOB
DOOB
0008
DOOB
DOOB

M141
M141
M061
M141
M132
.M141
M061
M141
IM061
M012
.M141
:M121
M141
 M141
M141
M119
'M141
M141
M132
M141
Mill
M043
M141
M141
M131
IM132
M081
M141
M141
IM141
M141
M141
IM023
IM141
'M043
>M043
:M043
:M051
M081
M141
IM141
:M141
M141
:M141
IM141
:M141
1M032
'M137
M137
IM137
M132
:M141
M141
M141
IM141
:M141
IM141
IM111
:M141
.Mill
IM141
'M111
IM043
IM141
IM132
!M132
IM141
M132
M013 .
:M043
1M111
IM119
:M132
IM141
:M011
M132
:M039
'M111
IM111
M132
.M141

FLD980838866
FLD980841746
FLD981003437
FLD981014145
FLD981474B02
FLD982096687
FLD982097354
FLD982097354
:FLD982104739
FLD982106635
:FL0982106635
.FLD984166199
FLO984167437
FLD984167890
FLD9B41G8138
FLD984219576
FL09842S4870
FLT950050393
FLT9S0050500
FLT9SOOS1904
FLT9500S19S3
FLT9500S2S63
FLT9SOOS2803
FLT9SOOS3389
GA0000971374
GA0000988816
GA0210020368
:GA0210020368
GA0210020368
GA0210020368
GA0570024109
GA0570024109
:GA1S70024306
GA1570024306
GA3210Q20084
.GA3210020084
QA3210020084
GA3210020084
GA3210020084
GA3210020084 
GA3210020084
GA4170090001
GA4170090001 .
GM170090001
GA4170090001
'GA4210022733
GA6202932244
GA6202932244
 GAB202932244

-------
1995 BRS Data (GM
Metal-Only Wastes Managed Off Site
WBMG
0008
DOOB
0008
0008
DOOB
0008
DOOB
0008
DOOB
DOOB
0008
0008
0008
0008
DOOB
0008
D008
DOOB
D008
DOOB
D008
DOOB
DOOB
DOOB
DOOB
0008
0008
DOOB
0008
0008
0008
0008
DOOB
0008
DOOB
DOOB
DOOB
DOOB
0008
DOOB
DOOB
DOOB
D008
DOOB
0008
0008
DOOB
0008
D008
DOOB
DOOB
DOOB
0008
DOOB
DOOB
DOOB
0008
DOOB
DOOB
DOOB
D008
0008
3008
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
0008
DOOB
DOOB
DOOB
D008
0008
0008
0008
D008
DOOB
DOOB
D008
odelSyMoml
'M013
M013
M013
M013
M013
M013
:M132
M132
M132
M132
M141
M141
M041
M119
M119
M132
:M013
M141
M132
 M119
,M043
M132
'Mill
M132
M141
IM141
M091
M013
'M013
M029
M141

-------
1995 BRS Data (GM Form) - TC
Off Site

0008
0008
0008
0008
DOOB
DOOB
0008
DOOB
0008
0008
DOOB
0008
0008
OOOS
DOOB
DOOB
DOOB
0008
0008
DOOB
DOOB
0008
0008
DOOB
DOOB
DOOB
0008
0008
0008
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
0008
DOOB
0008
0008
DOOB
DOOB
0008
DOOB
OOOB
DOOB
DOOB
DOOB
DOOB
DOOB
0008
0008
0008
3008
0008
0008
DOOB
DOOB
0008
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
0008
DOOB
DOOB
0008
D008
DOOB
0008
0008
0008
0008
0008

M129
Ml 29
M129
M129
M141
M141
M061
M061
M061
M061
-M079
M079
M111
M111
M111
M111
M111
Mill
Mill
'Mill
M111
M111
Mill
'M141
M141
M141
M141
M141
M141
M141
M141
M141
M141
:M132
M141
M141
IM141
M141
M141
M141
M141
M141
M141
M141
'M141
M141
M141
M141
M141
M141
'M141
M141
iM141
.M141
M111
M141
IM039
M077
M141
M019
M077

-------
1995 BRS Data (GM.Form),^T.C,Me*!"dr7.!y Wastes Managed Off Site
                        L -ji.-*f,_-i._ ^*j.'j_'_~f, ',. .__ -...j'-l.. ._."... ,-L.r-i '.I
Wane Code I System!
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
D008
0008
0008
0008
0008
0008
0008
0008
D008
D008
D008
0006
D008
0008
D008
0008
0008
0008
0008
0008
0008
0008
D008
0008
0008
Dooa
D008
0008
0008
0008
0008
0008
D008
0008
0008
0008
0008
0008
0008
0008
0008
0008
D008
0008
0008
0008
0008
D008
0008
3008
0008
3008
D008
0008
3008
0008
0008
0008
D008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
M141
M141
M141
M132
M109
MOO
MOO
M111
M111
M041
M042
:M042
M111
M132
M132
Mill
M141
M125
M132
:M061
M141
M111
M132
M141
:M141
M141
:M141
:M141
:M141
MOO
MOO
M013
MOSS
M137
M137
M013
M013
M041
.M
.M
M
M024
MOO
 MOO
M111
M111
'M111
IM111
M111
M141
M041
M061
M141
:M141
'M119
M141
'MOO
:M052
M129
,M129
iM129
M041
1M119
M141
M141
:M141
M141
M141
M112
M1Z9
M129
IM132
'M132
M132
M132
M132
M132
M132
M132
M141
M141
ni EPAID . lv<
HIO984470112
HI0984470112
HID984470112
HIT000615203
HIT000615252
IAD000805143
IAD0008051O
IA0000805150
IAD005145941
IAD005264049
IAD005268420
IADOOS268420
IAD005270160
IAD005270160
IAD005270160
IAD005272703
IADOOS279799
IAD040610S29
IAD040611121
IA00424S0304
IAD045372836
IAO052461225
IAD061322111
IA0062761671
IAD062761671
IAD062761671
IAD062761671
IAD062761671 .
IAD062761671
IAD065205056
IAD0652050S6
IAD069S19765
IAO069619765 .
IAD073478166
IAD073478166
IAD087267175
IAD087267175
IAOOB9979058
IAO096515440
IA0096515440
IA0096515440
IAD096526108
IAD096526108
IAD09652610B
IAD096526108
IAD096526108
IAD096526108
IAO98068B717
IAD980688717
IAD981121486
IAO981504285
IAD981504285
IAD981504285
IAD981504285 .
IAO984S66133
IA0984621383
IAD984621920
1AT200010098
IAT200010601
,IAT200010924
IAT200010924
IAT200011096
.ID0000987719
100570025874
.ID0570025874
103572124557
103572124557
103572124557
ID4890C08952
:ID48900QS952
1 104890008952
ID489000B952
104890008952
: 104890008952
IO489000B952
104890008952
104890008952
ID489000B952
ID489000B952
1 04890008952
104890008952
knn (Tern) k Fom Code | StC Code I.Seufce Code 1 Ohgtn Coda
0.15 8119
77.76 B319
1.94 8409
4.43 B319
3.69 B603
1.31 8310
1.02:8319
34.40 B511
78.64:6303
0.21 8309
0.75 i 8206
0.81 8603
3.34 B319
0.06 '8307
0.02 8309
0.92 i 8316
0.1 1: 81 14
528.53'B304
2.45:B319
13.30:8319
0.08 8319
0.88.8519
1.00.8405
0.02 8113
0.00:8114
4.54 i 8307
0.0118307
0.0118309 
0.00 '8316
0.18 8404
025:8404
161.85:8319
1.008205
0.01:8002
0.00:8002
108.58:B319
13.19:8319
1.14:8206
1.35
19.50
1.35
0.5618202
0.84 8409
025IB409
21.89:8319
326 8409
327:8409
1.60 8307
699.40:8307
0.00:8103
0.12:8301
0.0V 81 14
0.02!B114
0.02-8301
0.031 8307
0.32 ; 8103
0.15:8302
0.25iB319
0.03.8103
0.00 8114
022A19
3714 A19
3714 A59
3714 A92
3714IA22
3714 A59
3494:A29
3494:A40
8221 :A94
9199 :A60
9199 !A19
9199
-------
1995 BRS Data (GM Form) -TC

VMM CM
0008
0008
D008
0008
0008
0008
0008
0008
0008
0008
0008
O008 
0008
0008
0008
0008
0008
0008 .
0008
0008
0008
0008
0008
O008
0008
0008
0008
0008
D008
0008
0008
0008
0008
0008
0008
0008
3008
0008
0008
0008
D008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
D008
0008
0008
0008
0008
D008
0008
0008
0008
0008
D008
0008
D008
0008
D008
O008
0008
0008
0008
D008
0008
tol System!
'M141
M141
M141
M141
M141
M141
M141
M141
M013
 M049
M043
'M041
M041
M132
| SIC Coda) Source
8733-A71
8733 A78
8733 A29
8733 AS3
8733 A29
8733 A91
8733 A91
8733 A91
3482. A78
2819.A54
8221 A08
3674, A05
3674 A06
3674. ASS
3674.A29
3482 A78
3482 :A09
3482A59
3489.A59
3489:A59
3489 A21
3489iA21
3489IA59
3489iA59
3489'A59
3489:A78
3489 iA78
3489IA32
3469:A22
3489IA58
3489IA60
9711 IA21
9711IA21
9711 ! A36
971VA21
9711 ;A21
9711IA36
971VA36
9711 1 A36
9711IA36
9711 :A38
9711 1 A38
9711; ASS
9711 1 ASS
9711.A36
9711 !AS5
9711IA29
9711IA21
9999;A69
9999iA54
9999IA69
9999:A69
OOQQ' AAO
99991^09
9999 iA69
9999-A69
5171 iA21
2819iA09
3743IA59
3471 ,A08 '
4911.AS9
3743 'AST
Coa| Origin Code
1
1
1
2
1
- - 1
1
1
1
1
1
1
2
1
1
1
1
1 1
1
1
1
1
1
2
1
1
1
2
2
2



































1
1
1
2
1
1
1
2
2
2
1
1
1
1
1
1
                         Page D-147

-------
1995 BRS Data (GM Form) - TC Metal-Only Wastes Mansged Off Sits
Wua Code I Swam Tvnel EPA ID P
DOOB
DOOB
DOOB
DOOB
0008
0008
0008
DOOB
0008
0008
0008
D008
0008
DOOB
DOOB
0008
0008
0008
0008
0008
0008
D008
0008
DOOB
0008
0008
DOOB
0008 
0008
DOOB
DOOB
0008
0008
DOOB
0008
DOOB
0008
0008
0008
0008
0008
0008
0008
0008
DOOB
0008
0008
0008
0008
0008
0008
0008
DOOB
0008
0008
DOOB
DOOB
0008
0008
3008
DOOB
0008
3008
3008
3008
3008
0008
3008
3008
0008
3008
3008
DOOB
3008
0008
0008
D008
0008
DOOB
0008
0008
M141
M141
M061
M061
M132
M043
MOO
M077
 M111
'M141
M061
M061
M077
.M111
M141
M043
M061
M061
IM061
M061
.M111
M111
:M111
M125
M014
.M111
M125
>M132
M141
>M021
:M111
 M061
M061
M061
M061
'M132
:M141
:M141
IM111
:M061
M061
M013
M013
M013
:M013
M013
M132
:M013
ILD005120498
ILD005121033
ILD005141726
ILD005141726
IL0005149SOS
ILD00515B548 .
ILD005161476
ILD005162102
ILD005162102
ILD005174297
ILD005182282
:ILDOOS182282
ILD005215256
ILD005215256 .
ILD005215256
ILD005215256
:ILD005215256
ILD0052152S6
 ILD005230370
ILD005230370
1LDOOS230370
ILD005230370
ILDOOS230370
.110005268073
IILD00526B073
ILD005268073
ILD005272992
.ILD005444781
ILD005444781
:ILD005444781
ILD005476700
ILD005532205
ILD00553220S
:ILDOOS533205
110006271696
ILD006271696
IILD006271696
ILD006271696
.ILD006271696
'ILD010279222
:ILD010282598
:ILD010605574
ILD025423054
.ILD02S444837
.ILD025444837
.ILD025477837
ILD041518861
ILD041518861
!ILD041544081
:ILD046578241
Wuma (Torn)! Fom Coda) SIC Code! Source Code! Origin Coda
1.33 B603
0^2 B201
4.01 B310
2.67 B310
290.07 8301
22.34 8319
0.78 8319
0.77 B113
62.59.8311
2.69 8319
1.50 8206
1.87. 8409
62.42 8103
10.58 8310
50.32 8114
0.14 8319
0.74 8206
15.20 8206
10.10.8206
2.58-8206
0.36:B319
0.62 8319
9.93 8319
6.4318319
415.47.8304
0.42:8319
94.46i 8504
9.68 8206
503.36:8502
1.53 8319
0.22:8114
0.52:8219
86.62 '8302
0.52:8101
0.66 8101
1.77 8219
0.25:8102
38^7 8403
90.98:8114
5.94 8510
0.45:8409
8.09  8219
5.10.8219
5.85:8306
0.95^8309
4.18 8316
8.30 ' 8316
6.82 8316
11.37:8319
2.33:8310
0.22 8310
13.28. 8319
0.49A71
3432 A71
3432 A54
3496 A60
2911 A21
3356:A09
2067
3432.A92
2B44:A31
2844 A31
3672 A29
2821 A29
3482. A78
3482 ;A59
3482iA92
3482 A22
33121A69
3479:A56
3366-A78
3523IA21
7699 A62
7699:A62
36721A29 i
2911:A78
2911 A78
8221 A08
3672:A29
1
1
1
1
1
1
. . 1
1
2
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
2
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
2
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
2
1
1
1
2
2

1
1
1
1
                          Page 0-148

-------
f 9'95"BRg'jbata (GM Form) - TC Metal-Only Wastes Managed Off Site

0008
0008
D008
D008
0008
0008
0008
0008
0008
0008
0008
D008
0008
0008
0008
D008
D008
D008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
D008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
DOOB
0008
0008
0008
0008
0008
9008
0008
0008
0008
0008
3008
DOOB
0008
0008
0008
DOOB
0008
0008
DOOB
0008
0008
0008
0008
0008
0008
D008
O008
D008
ode) Synml
M141
M141
M111
M141
M141
iMOII
M132
M132
M041
M077
M132
M013
:M061
M079
M141
B319
39.43:8316
3.04 8206
3.4018101
2.26:8207
3.55:B103
2.03:8207
329-8604
1.65^8205
28.3018206
1.24 '8203
0.88:8203
0.28'B403
47.62 ' 8304
0.4418114
0.88 8307
10.92:8209
0.77 '8308
46.87 8101
0.15:8310
0.67:8406
45.9818211
0.35:8307
2.7818219
1 .91; 8206
8.56:8114
2.52 B319
1.83 8113
0.61 8310
15.35 8113
13.24:8319
0.68 8206
4.75:8103
2.34:6310
|SIC Code) Source
2869 A21
2869 A21
3672 A01
3672 A01
3672.A01
3671 A35
3671 A49
3671 A49
2899 A54
3471 A29
3269 A71
3672 A22
3669 A05
3356 A09
3356 A05
3356 A05
3356 A08
2541 A54
3629 A54
3714 A03
3714:A21
3053>A56
7699 A09
3411 A69
341VA69
. 3822A29
3471 A29
3356:A56
2899-A5B
3341 ,A78
3714IA03
4612 :A29
3366.A57
3366:A59
3691 'A91
3691 iA54
3471 'A56
4581 iA57
3672IA22
3669iA06
3411 :A09
3679:A54
3679:A54
2865IA59
2B65>A59
28S5!AS8
3366:A40
3669iA56
3669 :A56
2851 ;A57
. 2851 IA59
2851 !A09
2851 A32
2851 A59
3569>A21
2892. A92
3672IA29
3672 A29
4111IA06
2542 1A23
3713IA09
3713;A32
3432:A05
3432^A92
3432IA54
3471 IA29
531VA60
MdalOrtglnCode























































.


i


!





1
1
1
1
1




1




                           Page 0-149

-------
1-93S 3RSiQata;(jSM Form) - TC Metal-Only Wastes Managed Off Site
wtMMCi
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
D008
0008
0008
DOOB
0008
0008
0008
0008
0008
DOOB
0008
0008
DOOB
DOOB
D008
0008
D008
DOOB
D008
DOOB
0008
0008
DOOB
DOOB
0008
0008
0008
0008
0008
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
0008
0008
0008
DOOB
DOOB
DOOB
0008
0008
0008
3008
3008
0008
0008
9008
DOOB
D008
DOOB
DOOB
DOOB
DOOB
DOOB
D008
DOOB
DOOB
0008
DOOB
DOOB
DOOB
0008
DOOB
DOOB
xtolSyMBmT
M132
M121
M141
M061
M111
M061
M061
M141
M061
.M111
M141
M132
M061
M141
:M132
M141
M061
M111
.M111
M111
M132
:M041
M111
M013
M141
M111
M111
'Mill
:M125
M111
M132
.M085
M061
M061
:M141
M077
M077
M077
:M043
M119
M043
M141
M111
M013
M119
M042
M111
M141
M061
M061
M061
:M019
:M019
-M019
IM019
M119
:MOS9
.M013
M013
M111
'Mill
M111
M012
M013
;M077
MOB1
IM061
M011
M011
:M011
M013
:M013
:M013
Mill
M111
M111
MOS3
.M061
M079
M019
VP*I BAtt> IVo
IL0984792424
ILD984809152
IL09848091S2
IL0984823096
ILD98482852S
ILD984834838
ILD9B4844134
ILD984846568
ILD984848416
ILD9S48S8076
ILD984B58076
ILD98488S012
ILD984887349
ILD984903849
ILD98491S819
ILR00000171B
ILR000002782
ILR000003376
ILR000003376
ILR000004S23
ILR000004762
ILR000006916
ILR000006916
ILR00000708B
ILR000007666
ILR000009472
ILR0000097B7
ILR00001097S
ILR000011536
ILR000011759 '
ILT180010134
ILT180015216
IN0000186801
IN00001 86601
INOOOQ363036
IN4170023499
IN4170023499
IN4170023499
IN517002349B
IN5170023498
IN9S70024472
IND000714S35
IND000714964
IND000717959
IND000717959
INDOOOB04781
IND000806836
INDOOOB06836
IN00008068S1
IND00080S851
IND00080B851
IN0000806877
IND000806877
:INDOOOB06877
INDOOOB06B77
IND000806877
INO0008070BS
IND000809236
IND000809236
INDOOOB09236
INDOOOB09236
IND000809236
IND000810754
IND0008107S4
IND000810754
IND000816108
.IND000816108
IND000816116
IND000816116
IND000816116
IND001647460
IND001647460
IND001647460
IND001647460
IND001647460
IND001 647460
IND001927961
IN0001927961
IN0003934668
IND00393B701
tome (Tens)! Form Coda
31.43 8319
1.60 B102
1.S4 B403
2.09 B205
0.40 B319
24.77 B206
0.66 B219
2.B3 B603
3.96 B101
19.83 8319
3.19-8319
4.18 B319
0.43.8201
1.87.B403
0.17 8319
1.714.59 B319
16.42 8211
149.87 B301
71 . 51 : 8301
100.72 B307
1.774.49 8302
0.22. B114
3.44:8302
174.05 B309
0.08 8209
25.18 8307
31.27 8319
101.00 8319
879.28 :B302
2.97 B519
0.80:B302
5.81 B206
5.3B.B219
0.46:B409
2.37 B519
0.28:6114
1.64 B1 14
. 1.42 B307
1.30:8301
462.30 B301
0.05 B309
0.05:B319
34.10,8319
309.00:8308
230.00 ; 8304
12.39:8307
7.22 8319
0.11 8310
0.45-8310
1J3.B310
4.60:8319
265.81 'B103
8.38 B310
11.38:6319
29.15:8511
10.4118319
2.16 8403
2.7818310
0.18:8406
8.0418319
247.54 8319
12.71 '8319
4.71 '8310
9.31 8319
0.42 ; 8310
51.08-8205
12.51 8205
86.85 '8309
1.66 8310
0.06 8406
212.50:8307
20.85 8319
31.90 8319
13.20 8310
192.00 8319
21.206319
20.16.8310
23.64:8205
0.30 8101
0.74 8307
1 SIC Code I Source Cod* I
4612 A29
3291 A37
3291 A92
5541 A65
4922 A21
A09
3672 A29
5311 A93
3471 A29
3398 AS6
3398 A56
4111 A21
3669 A05
5311 A58
1622 A21
1622 A21
30B9 A65
2522 A62
2522 A62
1622 A29
7997 A69
1221 ASS
1221 A61
5093 A57
4111 A21
1622 A29
1622 A21
4941 .A21
9199
7641 A01
2431 A53
4911 A54
3714 A37
3714.A49
1611 A29
3672 A22
3672 A27
3672 A92
9711 A92
9711.A63
9711 ASS
1611. A29
5171 A21
3341 AS9
3341 'A72
3714 1 A92
3724 ;A08
3724.A56
3694 A22
3672 A49
3694:A19
3691 -AS7
3691 ASS
369VA92
3691 A7B
3691. A99
4911 'A57
2819 A78
2819.A99
2819 A99
2819 A99
2819.A99
3691 'A71
3691 >A91
3691  ASS
3714-A40
3714.A40
3691 'AS7
3691A92
3691 .A99
3691 -A57
3691 A75
3691 :A92
3691 A78
3691 A7S
3691 :A92
3429^A92
3429 A03
3714-A19
3534 A29
Origin Code
1
1
1
2
1

1
1
1
2
2
2
1
1
1
1
2
2
2
1
1
2
2
2
2
1
1
1
2
1
2
1
1
1
1
1
1
1
1
1
2
1
1
1
1
1
1
1
1
1
1
1
1
1
1
2
1
1
1



















1
1
                           PageD-150

-------
 Metal-Only Wastes Managed Off Site
WMBC
D008
0008
0008
DOOB
0008
0008
D008
0008
0006
0008
DOOB
D008
0008
0008
0008
0008
0008
DOOB
0008
DOOB
0008
DOOB
DOOB
DOOB
0008
0008
DOOB
0008
0008
DOOB
DOOB
D008
0008
0008
DOOB
0008
D008
0008
DOOB
0008
DOOB
D008
D008
DOOB
DOOB
DOOB
DOOB
3008
DOOB
0008
DOOB
DOOB
DOOB
0008
DOOB
DOOB
3008
DOOB
DOOB
0008
0008
0008
0008
0008
3008
0008
0008
DOOB
3008
3008
0008
DOOB
3008
DOOB
0008
0008
3008
3008
DOOB
3008
3008
odalSyttanT
M119
M119
M111
M141
IND006417620
INDOOB418263 
IND008418263
INDOOB419964
:IND006419964
IINDOOB419964
:IND006419964
INDOOB4210B5
.IND006421143
1 INDQ06932305
IND009422296
IIND016393555
:IND01 6393555
'IND01 6520017
'IND016520017
ilND040294621
JND041855776
HND0418S5776
IND041855776
IND041B55776
'IND041855776
IIND041855776
:IND046386009
.IND047023197
:IND048994727
IND052959640
IND052959640
IND052959640
IND053221537
IND0536586S4
IND05365B654
IND057520868
IN0057520868
IND057534620
6.47:B319
2.25 B319
3.60.8307
1.30 8307
303.01 B511
12.57 B319
9.70 B319
O.B6 8505
0.45 8310
3.758319
40.00'B319
152.00:8319
84.00!B319
139.00.8319
129.00:8319
0.15 8319
5.28 B310
105.058319
5.81 8319
10.99 8504
41.70:8113
30.40iB305
5.29 8302
1.24 8319
6.63:8319
0.30:8319
0.7318319
14.30 8319
2.23 8503
3.61 181 19
0.14 8319
12.93.8319
0.34:8409
1.24.8310
8.11 8319
0.70:8307
0.1518319
775:8316
1.02.8309
2.45'B604
1278 8219
1.65,8207
0.04:8409
076:8114
1.22. B1 14
255.29:8513
888.60:8504
54.18:8319
0.47; 8310
0.60 8310
0.10:8205
0.80:8310
0.20-8319
0.37.8319
46.90 8319
0.31 8505
075IB307
3.5018319
0.00:8309,
0.15:8319
2.24 '8604
1.76:8304
0.60-8319
105.00 8304
71.80:8302
1.20:8307
31JO'B319
84.00 8505
78.8018505
0.28:8310
1.57:8406
0.81 '831 9
0.56.8319
2.22IB319
0.18:8310
16.86 8307
10.49 8307
0.56:8307
0.57 B105
0.83 iB306
1.60:8114
2834 A29
2834 A29
3699 A27
3699 A27
3321 A78
3069 A29
3069 A29
3432 A22
3369 A78
3369 A49
3312.A78
3312 A78
3312 A78
3312 A78
3312 A78
3069 A08
3451 :A19
3369 A40
3691 A92
3691 A75
3691 A99
3714*75
3312'A5B
3443;A59
3443 A92
3089A08
3498 -A72
3498 A72
3471 -A37
3471 A3B
2891 A78
1
1
1
1
3
1
1
1
3
1
1
1
1
1
1
1
1
1
1
1
2
1
1
1
1
1
1
1
3
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1







Page 0-151

-------
1995 BRS Data (G^ F
           Wastes Managed Off Site

D008
DOOB
0008
DOOB
DOOB
DOOB
DOOB
0008
DOOB
0008
0008
0008
DOOB
O008
DOOB
DOOB
DOOB
0008
DOOB
DOOB
DOOB
DOOB
DOOB
0008
DOOB
DOOB
0008
0008
DOOB
DOOB
0008
DOOB
DOOB
0008
D008
DOOB
0008
DOOB
DOOB
DOOB
0008
0008
0008
0008
0008
0008
D008
DOOB
DOOB
DOOB
DOOB
DOOB
0008
DOOB
DOOB
DOOB
0008
DOOB
0008
DOOB
DOOB
3008
DOOB
0008
DOOB
DOOB
3008
3008
DOOB
DOOB
3008
DOOB
0008
DOOB
DOOB
0008
DOOB
DOOB
DOOB
D008
DOOB

M019
M111
M111
M111
Mill
M112
M12S
M132
M132
M043
M061
M077
M077
M141
M141
M141
M043
M043
Ml 19
M077
M111
M042
M019
M013
M061
M061
M061
M077
M077
'M061
 M061
M099
:M042
M043
 M043
M141
M141
M061
M111
M111
 M132
M049
M111
M141
M111
IND980825244
INO980825244
IND9809SB645
IN0980998645
INO981094238
IND984866491
.IND984886491
:IND984866491
IND984873S70
'IND984873570
INDS84891366
'IND984894287
 IN0984894287
IND984894998
:IND984976720
:IND984976746
:IND984976746
IND985060276
IND985104736
:|ND985104736
.IND990681496
IND990873606
>IND990873606
JND990873606
IINR000000307
:INT190014506
KS0000011726
>KS0000011726
'KS0000011726
KS1571924140
:KS1571924140
:KS1571924140
KS1571924140
KS1571924140
KS1571924140
KS6214020756
KS62140207S6
KS6214020756
:KS6214020756
KSD000610725
KSD000690099
KSO000690099
KSD000690099
.KSD000809673
KSD000809673
KSD0039S1977
KSD007145907
KSD007145907
KSD007145907
:KSD007145956
KSD007162225
KSD007233596
KSO0072348S9
KSD007482011
oknta (Ton*)) Forni O
0.38 B310
1.84 B310
0.90 8319
10.74 8403
0.488403
0.408307
35.608302
29.60 8310
236.40 B319
0.23 B319
5.288206
2.17 8113
2.11 8119
94.088319
3.528.00 B319
18.44 8302
0.78 B319
8.95 B319
0.11 B310
0.24 B519
8.608307
15.70:8319
0.47 8307
39.30 8309
0.46:8203
1 .338203
1.908203
0.38 8511
0.99- B511
0.33:6212
1.59 B212
1.51 B101
8.00.8519
1.108319
11.168319
10.038409
1.958409
1.87 8212
0.05:8307
0.45:8310
S320 B319
1.55.8219
17.968319
0.448319
30.458319
55.40- 8304
1.15!B307
24JOB319
8.11 8307
1J2B409
0.688409
2.008319
16.12 8319
1.6018319
3.85 8219
0.40:8106
0.04 8307
0.06:8307
0.15:B319
0.08 : 8307
0.48:8319
0.23:8504
0.50 8307
0.288307
1.92.8307
0.71 8307
1.188319
0.18:B307
0.038409
7.50:8319
10.508603
4.35:8319
206.01 8304
31.67 8319
0.24 B1 19
253.72-B319
60.97 8304
4.05 8504
51 . 58 : 8409
1.638209
1.42.8304
dei-SIC.Coda| Sow
3357 A71
3357 A71
3357 A99
3357 A49
3357 A49
3354 A29
8221 A69
2911 A32
2911 A36
3672 A92
3672 A19
3672 A31
3672 A75
9999 A29
9999 A29
2869 AS3
3679 A92
3679 A92
3714 A71
3432 ASS
3432. A08
3711 A22
3621 A99
3694 A99
3663 A19
3663 A19
3663 A19
3663.A78
3663 A78
3231 A41
3231 A41
3812 A31
3711.A21
3711 A21
3711 A21
3231 A21
3231 :A21
3231: ACT
3471 1A08
3471 .ASS
3313 A56
3714-A59
3483:A19
3483 A91
4941 -A21
3714:A39
3714:A92
3069 A08
3479iA08
3479 ASS
3479 ASS
9511:A21
5171 A29
3672 A71
3672 ;A29
3672 A03
971VA29
9711 A29
971VA56
9711 A29
9711 A56
971VA75
971VA56
9711 A56
9711 :A56
9711 'A56
3296 A01
4011 A57
4011 AS7
4011;A69
3721 A51
3721 1 A92 .
3325 A78
3691. A92
3691 :A57
3691 A69
2911.A56
3499. A89
3721 A92
2851 A58
3721 
-------
1995 BRS Data (GM Forvip TC
             asies Managed Off Site
WtntsC
D008
0008
0008
0008
0008
0008
0008
0008
0008
0008
D008
D008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
DOOB
0008
DOOB
DOOB
DOOB
0008
0008
0008
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
0008
DOOB
DOOB
0008
0008
0008
0008
0008
0008
DOOB
0008
0008
DOOB
0008
0008
DOOB
9008
0008
DOOB
DOOB
DOOB
0008
0008
DOOB
DOOB
D008
DOOB
DOOB
DOOB
DOOB
0008
DOOB
DOOB
DOOB
DOOB
0008
0008
idol System*]
M132
M013
M013
M013
M013
'M013
M013
M013
M101
:M013
.Mill
M013
M051
.M061
.M051
MOSS
>M042
. M132
M043
M043
:M061
:M081
M081
-M081
M043
IM111
M091
'M141
M132
MU1
:M141
B319
10.64:8101
2.44:8304
1.1618505
2.14'B319
1.30 B302
0.36:8519
9.08:8316
0.7018319
0.40:8319
59.48,8409
0.83.8319
8.2VB206
32.87 8319
1.67 B307
0.15.8219
2.48 8319
1.11:8319
5.60. 8503
2.52^8212
2.40:8601
578.12.8302
1.5318319
0.53 8206
 118.528206
45.04 B206
0231B206
0.16 8603
4.18'B102
1.98:8504
177.99'B114
88.00' 8319
252.00 8319
7.37 8114
583.60 '81 14
0.10 8119
1. 51  8301
65.11 8101
49.93 8319
I SIC Code) Source Code) Ortol
3812 ASS
3691 A39
3691 A40
3691 A57
3691 A57
3691 A58
3691 A91
3691 A78
3691 A49
3692 A91
3692 A91
3691 A91
3052' A57
2771 ,A56
3672 A29
3672 A22
3231 A19
3231 :A57
3711: ASS
3711 A29
4922'ASB
3743:A06
3743:A06
3743 A06
9531 A99
3532>A53
9711. A37
9711 A91
9711 A69
9711 1 A57
9711.AS7
9711: ASS
9711 ASS
971VA69
9711,A58
2819 ASS
2819IA91
3585 !A21
3711 :A21
3711IA21
4922 A29 '.
2822 1 AS 1
2822 :AS1
3452 'A19
2821 :A08
3315IA38
3431 .AS6
3577 A49
3577 AS9
35771A39
3S77:ASB
3577:A58
3691 A99
2851 -A93
3469 A37
3229!A92
2891 :A06
3469:A99
3317:A23
3317:A23
3317 A09
5082 :A04
7349:A01
3253 A63
2621 A08
35661A54
3566IA54 I
3S66'A54
3566 :A54
3334IA65
3432 A29
3479'A75 :
28691A31
3711.A29
3711 A29
3S8SiA49
3585 A49
4922-A21
4922 :AOB
3714 A92
3269 A76
nCode
1
i
i
1
1
 1
i
i
1
1
1
i
1
2
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
2
1
1
1
1
1
1
1
1
1
1
1























Page CM 53

-------
1995 BRS Data (GM Form) - TC
Site
IWMBCodelsyMBKTml .-. B>AID I Volumeaora)|FemCade|SICCode|SoimCodelOi1alnCade
0008
0008
D008
DOOB
0008
0008
0008
0008
0008
DOOB
D008
0008
D008
O008
0008
DOOB
0008
DOOB
0008
0008
DOOB
0008
0008
0008
DOOB
DOOB
0008
DOOB 
DOOB
DOOB
DOOB
0008
0008
0008
DOOB
0008
DOOB
D008
DOOB
0008
0008
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
0008
0008
DOOB
0008
0008
DOOB
0008
DOOB
DOOB
DOOB
DOOB
DOOB
0008
DOOB
DOOB
DOOB
X08
MOB
0008
MOB
M08
0008
3008
3008
DOOB
DOOB
3008
DOOB
DOOB
0008
DOOB
0008
0008
DOOB
M013
M043
M111
M111
:M013
M013
M061
M132
M141
'M132
Ml 19
M141
M061
 M061
M125
M111
M041
M041
M041
M043
M043
M061
:M077
IM132
M042
:M043
.M111
:M039
:M074
:M043
.M043
:M043
'MOBS
M042
'M043
M132
M043
M011
M061
:M141
M111
M111
M132
M043
M132
M132
M132
M121
M061
M111
:M137
:M111
M043
IM061
M141
M141
M141
M141
;M141
:M141
;M141
M132
IM061
>M132
M132
M141
M132
:M141
IM111
.M013
M111
:M011
IM011
M011
M053
M053
:M132
M051
M132
M132
:M132
KYDOSB339217 '
KYD06B339217
KYD068339217
KYD068339217
 KYD070219571
KY0070219571
KYD070219571
KYD070219571
KYD070219571
KYD071315899
:KYD071316095
'KYD0740S3281
KYD085047736
KYDOB9703474
KYD089703474
KYD136936366
KYO16195S380
KYD161955380
KYD16195S380
KYD161955380
KYD16195S380
:KYD161955380
KYD1619553BO
KYD16195S380
.KY0175598267
'KYD175598267
KYD980603831
KYD9810294S7
KYD981467269
KYD981471279
KYD981471279
KYD981471279
KYD981471279
KYO981753197
KYD9817S3197
KY0981806144
KYD981BS2890
KYD9B5070614
KYD985071703
KYD985072149
KYD985079797
KYD9850B0043
KYD385094879
KYD9851 16144
KYO990876021
:KYO990876021
KYR000001735
KYR000002741
:KYR000003483
KYR000003848
KYR000004366
:LA021402272S
LA61700227B8
.LA6170022788
LA6170022788
:|_A6170022788
LA6170022788
LA6170022788
LA61 70022788
LA9571924050
LA9571924050
LAO000225862
LAD000740712
LAD000757237
LAD0007S72B6
LAD000757286
:LAD000778365
LAD00077B381
LAD000812818
. LAD001700756
LAD001700756
LAD001 809896
LAD001809896
LAD001809896
LAD001809896
!LAD001809B96
LAO003913183
LADOOB080350
LAD008080350
LAD008080350
LA00080B0350
0.56 8319
1.74 8319
0.60 8319
4.77 8319
158.59 8319
37.17 8319
0.46 8205
19.23 B319
1.39 8211
100.80 8604
0.35 8319
5.40 8119
0.15 8206
0.46 B101
5.00 8307
0.09 B311
24.10 8209
0.26 8209
0.30 B604
5.75 8409
0.51 8409
36.60 8310
2.69 8519
1.94 8409
0.92:8604
0.28 8310
1.00!B409
427.84 8404
18.77:8102
0.10 8209
0.30.8209
0.408209
863.76 8101
0.25:8316
6.63.B310
44.19 8302
0.76 8319
1.84 8209
17.99.8211
0.38:8319
25.01.8119
1.00.8409
1220:8319
0.788310
7.64 '8319
12.20 8319
15.45:8319
12.518209
2.55 8519
61.72 8205
1.58 8206
020:8409
0.15:8409
0.8318207
0.01 8103
0.02 8210
0.21:8310
0.01 8310
0.08:8319
1.51 8303
0.67. 8303
509.90.8316
9.30 8319
23.60:8319
0.06 < 8310
0.10 8307
13.70 8319
17.78 8319
239.70:8319
6.10 8309
24.40 8319
9.80 8307
1.90^8319
0.70:8319
0.40 8310
0.40.8310
14.5618307
0.10 8204
19.00 8307
341.70 8310
677.20 8319
3229-A99
3229 A99
3229 A99
3229 A99
3691 A99
3691 A99
3691 A65
3691 A99
3691 A19
3711 A99
5171 A21
5171 A59
2621 A09
3499 A56
3499 A56
B221 A21
3711 A21
3711 A21
3711 A09
371VA09
3711 A59
3711 A21
3714 A29
3711 A09
3714:A38
3714:A32
4922:A29
3714.A57
3541 A49
3714 A32
3714 A32
3714 A32
3714:A21
3714 :A38
3714 A32
5093;A64
4813:A99
3714 A57
9621 :A21
2822 A29
3471 A09
4226 A21
3671 A99
2821 iA78
5013 A99 .
5013.A99
7999.A08
8322 AS9
5051 .A3B
3363IA37
5541 A49
3661 -A29
3661 A29
3661 A71
3661 >A71
2869IA99
291 LAOS
2911 'A09
2911.A32
2911 A21
1
1
1
1
1
1
1
1
1
1
1
1
1
2
2
1
.1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
2
1
2
1
1
1
1
1
1
1
1
1
1
2
1
1
1
2
1
2
1
1
1
1
1
1
1
1
1



















                           PageO-154

-------
1995 BRS Data (GM Form) - TC Metal-Only Wastes Managed

D008
0008
D008
0008
0008
0008
0008
0008
0008
0008
0008
0008
D008
0008
0008
0008
0008
O008
0008
0008
0008
0008
0008
D008
0008
0008
0008
0008
0008
0008
0008
0008
0008
3008
0008
D008
0008
D008
0008
D008
0008
3008
0008
0008
0008
0008
D008
D008
O008
0008
D008
0008
0008
D008
D008
0008
0008
0008
0008
D008
0008
0008
0008
0008
D008
0008
D008-
0008
0008
0008
0008
0008
0008
0008
O008
0008
O008
0008
0008
0008
O008

M132
M111
M043
M111
M141
M043
M043
'M043
M132
M043
M141
M013
M111
M032
M141
M132
M043
:M111
Ml 19
M043
M132
M013
M132
!M111
iM141
'M141
IM111
IM041
M043
'Mill
:M132
IM041
M141
Ml IB
M119
.M119
M141
M141
M039
M043
:M111
M111
:M141
:M141
M141
M019
.M111
IM141
M141
'M11B
M019
M141
:M141
M141
M141
M141
1M141
IM141
,M141
'M111
!M141
IM141
'M141
!M141
IM141
!M141
IM141
IM132
'M141
>M141
!M141
IM141
:M141
M141 -
M141
1M132
B603
0.03:6003
14.80^8319
0.40:8319
47.63 -B310
0.10IB001
0.13! B002


2821 ASS 1
2B12 A29
2911 A29
2822 A21
2911 A36
2869 ASS
4911 A21
2869 ASS
2869 A94
2911 A08
4911 A21
4911 A21
3691 A57
3691 A19
4226 A29
4226 A29
2911.A21
8221 A99
3491, A09
2869:A02
2869:A29
3713 :A08
8734.A94
2819 A08
4922 :A29
. 7549 :AS7
2816:A59
2911 A08
9999 A57
9999 A57
4922 A21
4922:A21
20S2:A94
5082:A21
8221. A94
8221 A94
9711 
-------
BRS/Data (GM Form) - TO Metal-Only Wastes Managed Off Site,
I'.'rvi^T.Mi-V,:.- uii'.-'lHB^ J ,1 .^1'.'.' iV.liV. .-t|U.'n.T^.'.'.lt--!'l^-'.!.ll--!-'.' i-' l^-'.'n.m^ri
oooa
oooa
0008
0008
DOOB
0008
0008
0008
DOOB
DOOB
D008
0008
0008
D008
D008
0008
D008
0008
0008
DOOB -
0008
DOOB
0008
0008
0008
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
0008
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
0008
DOOB
DOOB
DOOB
DOOB
DOOB
0008
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
3008
DOOB
3008
DOOB
3008
0008
DOOB
3008
DOOB
DOOB
DOOB
DOOB
DOOB
0008
DOOB
DOOB
DOOB
0008
0008
DOOB
HliLtZ^B
M141
M141
M141
M141
M141
M141
M141
M132
M141
M141
M141
M141
M141
>M141
M141
M141
M141
:M132
M141
;M141
-M141
iM141
.M119
M141
M141
M141
:M141
.M141
M141
M141
M141
M111
M141
M141
IM141
:M043
'M141
M141
:M141
1M141
M111
M032
IM041
:M079
M019
!M132
M132
M141
M141
M129
M111
IM079
:M079
M132
M132
M132
M132
^FT-TJy-HEIEI^Il
MAD001 138726
MAD001 138726
MAD001 138726 '
MAD001 138726
MAD001202340
MAD001339159
MA0001402320
MAD001408491
MAO001408491
MAD001408517
MAD001408517
MAD001408517
MAO001408517
MAD001408517
MAD001408517
MAD001408517
MAD001410240
MAD001410240
MAD001410240
MAD001411016
MAD001411016
MAD001411016
MAD001411081
MAD001414679
MAD001425594
MAD001425594
MAD001439546
MAD001439546
MAD001439546
MAD001842764
MAD001 842764
MAO001842764
MAO001 923408
MAD001 923408
MAD001923408
MAD001923408
MAD001923408
MAD001923408
MAO001 963263
MAD001963263
MA0001963263
MAD002084093
MAD002297968
1MAD002423267
MAD007325814
MAD019367176
MAD019367176
MAD022960413
MAD039324009
MAD043413400
MAD048974349
MAD049441512
MAD051S05477
MAD051505477
MAD051S05477
MAD051505477
MAD051778934
MAD051778934
MAD051778934
MAD053459673
;MAD055179634
MAD055179634
MAD060094760
:MAD062163191
:MAD062163191
MAD062163191
MAD062163191
MAD062163191
MAD062163191
MAD063B94786
'MAD063894786
.MAD06S781197
MAD073130411
MAD076575513
MAD076590652
MAD076S90652
MAD076590652
MAD0765906S2
MAD076590652
MAD076590652
160.01 8119
0.06:8206
0.90 '8307
0.15-8310
0.30!B404
0.44 8319
0.108001
19.64-8114
988.00:8409
0.60 8114
0.70 8206
2.99IB211
122 8211
0.15 8409
0.34.8409
0.30-8409
1.00 8409
0.05 8119
0.35 8319
0.01:8319
0.1118206
0.19:8319
1.008319
0.30:8307
026 8519
180.00.8302
020,8409
3.89:8102
5.77:8102
1.12 8307
75.60:8319
15.12:8319
1523:8319
0.728103
3.54 '8106
8.63:8114
1.3618307
0.21 8319
3.13:8505
0.19:8319
028:8319
0.48iB319
1.65'B302
0.13 8304
0.028206
0.57-8307
0.43iB319
029:8319
0.95:8319
22.52:8206
023>B119
1.05:8103
2.52:8119
12.0018409
 .6418119
0.68:8316
10.37:8409
0.53 B310
2.28:8409
6.62 8504
0.1818319
2.80'B319
2.18:8319
023IB307
10.59:8103
0.69:8114'
0.4818307
1.58 8319
1.38.8409
3.67 '8409
0.38:8310
0.45 8519
1.06:B319
13.00 8404
434.28:8519
0.46-8105
32.57 'B207
0.34.8307
1.24.8310
1.50:8403
1.44:8505
3672 A19
3672 AS9
3672 A93
3672 ASS
3672 A22
3961 A78
3679 A94
3861 A09
3724 A08
3724 AS9
3724 A19
3724 A19
3724 A19
3724-A08
3724 A09
3724 AS7
3724 A57
3827 A92
3827 A49
3827 A49
3679 A37
3679 A49
3679 AS7
3761 A5B
3674 A35
8221 :A69
8221 A08
3511 A37
3511 A37
3511 A78
3357 A93
3357. A41
3357 A41
3669 A23
3669.A22
3669 A53
3669IA57
3669 A53
3669:A60
8221 ,A99
8221 A99
8221 A99
3612 A63
3613 A09
3674A54
5093, A59
3425.A25
3425 A40
347V A57
3295 AS4
3672:A01
3471 !A22
3672 AOS
2869IA99
2869 A58
2B69.A56
2869
-------
V --.. ,i' '*
 3f F8rm) - TC Metal-Only Wastes Managed Off Site

0008 .M141
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
D008
0008
O008
0008
O008
0008
D008
0008
oooa
D008
D008
0008
D008
0008
0008
0008
D008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
M141
IM129
M141
M141
M141
M141
M141
M039
M041
M043
iM141
M141
M141
M111
M111
'M141
M019
M132
.M129
M141
M141
M141
M129
M043
:M119
IM141
:M111
M129
:Mm
.M129
:M129
IM132
M141
M141
M129
:M129
M141
M141
:M141
M141
M141
M141
:M141
iM141
 M141
IM141
IM141
M141
1M141
;M141
M141
M141
IM141
'M141
:M141
IM141
IM141
M141
:M141
:M141
M111
.M141
iM043
:M141
IM141
'M141
:M141
M043
:M081
MAD982191264
.MAD9B21944B2
.MAD9821 94482
MAD9B5268119
' MAD9852B0858
MAD9B5285758
MAD985290964
MAD9852909B4
1 MA0985290964
MAD985290S64
MAD985293844
MAD9B5294057
!MAD9B5294057
:MA09B5294057
:MAD985294347
MAD9B5294347
MAD985297209
MAD990685554
:MAD990685554
> MAD990BBS301
MAD990886301
MAD990BB8301
MAD990886301
MAD990886301
.MAD990886301
:MAD991302712
:MAR000006726
MAR000006726
iMD0000106310
IMD0570024000
IMD0570024000
iMD2970590004
 MD321 0021355
M0321 0021 355
MD4170024109
MD4170024109
IM04170024109
MD4170024109
IMD4170024109
:M04170090001
M04690307844
!MD4690307844
MD51700246S6
.MD5170024686
.M05470090015
:MD5470090015
.MD8150004095
:M06150004095
MD6150004095
MD6150004095
.M06150004095

4.31 8319 3672 A29
0.08. 831 9
1.50 8319
0.26 B219
1.46 B310
1.13B319
1^4 8403
2^08504
0.468310
2.80.8114
0.50 8310
4.78 8319
0.45 8219
0.25 8219
23.77 8512
4.98 8512
3.50:8103
3.798319
15.00-8319
1.4018319
4.00:8319
2.34:8310
26.008301
0.10-8310
0.10.8310
0.57:8504
0.00-8001
2.40:8319
30.00'B301
12J2.B603
2.638504
0.1118504
45.75:8302
0.03-8003
1.76.8219
0.208404
0.3018404
1.96.8110
8.68:8110
3.65:8304
6.68:8319
1.28.8319
0.30:8404
0.21:8307
0.04:8307
1.788115
0.33 8219
0.14:8409
5.85:8113
0.94  8207
3.20-8310
0.45:8310
1.30iB319
5.54;8404
0.01 8309
0.24 'B206
6.35 8206
2.25 B309
0.058114
0.00:8119
0.62:8001
16.76 B319
6.76;B319
1.10 83.19
5.50'B114
10.79:8319
37.79 8319
53.31 8319
11.34 8319
14.0818319
7.048319
0.02 8316
0.03-8316
23.41 8408
0.22 8409
2.50:8519
6.728519
2.23-8106
0.61 8319
0.498409
3641 .A29<
3914 A99
3841 A99
3841 A71
3841 A49
3841 A75
3841 A76
3556 A99
3556 A94
3556 A99
4911. A21
3672 A19
3672. A29
3357 A60
3357 A60
3471 A02
3471 A29
4911 A93
3423 A56
3672 iA92
3679.A29
2869 A69
3471 A22
3672 A32
3672 A01
3569-A94
3484. A49
5541 A65
4172.A60
3672;A75
3672, A75
5093.A59
5961 .A99
2834:A57
3672 A23
3672 A23
3672 A01
3672 
-------
1995 BftS1-3atey KSjfifr garni) foTG. Mjetai-Only Wastes Managed Off Site
IVi'W
D008
0008
0008
0008
0008
0008
0008
0008
0008
0008
D008
0008
0008
0008
0008
0008
0008
0008
0008
0008
O008
D008
0008
0008
D008
0008
0008
0008
0008
0008
0008
D008
0008
D008
0008
0008
0008
0008
0008
D008
D008
D008
0008
0008
0008
D008
0008
3008
0008
0008
3008
O008
0008
3008
D008
0008
D008
0008
D008
3008
3008
3008
3008
3008
3008
3008
3008
3008
3008
3008
3008
3008
0008
D008
3008
D008
D008
0008
0008
0008
D008
E3E7H3B73
M141
M141
M141
M141
M141
M141
M141
M141
M141
:M141
M141
M141
M141
M141
M039
M043
M043
M043
:M129
M129
M129
M111
M141
M141
M041
M043
M141
IM141
M141
M141
:M141
M132
M043
M043
IM043
'M111
IM141
 IM141
IM141
M141
:M141
M141
M111
M053
'M141
:M141
M041
'M141
IM141
M141
M141
.M141
IM141
M141
M141
;M141
M141
M314
M111
M141
.M112
M019
M141
M141
. . EPA ID  I Vol
MD61S0004095
MD6470090006
MD7170024536
MD7170024536
MD7170024536
MD7170024S36
MD7170024536
M07170024536
M07170024536
M07170024536
MD71 70024536
M07170024536
MD8210020758
MD8210020758
M0821 1620267
MD8213822762
MD8213822762
MD8213822762
MD8213822762
MD8213822762
MD8213822762
MD8213B22762
MD8213B22762
MD9210020567
M09210020567
MD9210020567
MD9210020567
MD9210020567
MD9210020567
MD9210020567
MD9210020567-
MOD000619395
MOD000731596
MDD000731596
MDD003073095
MDD003075207
MDD0030B2897
MOD003084S14
MDD003091972
MOD003093515
MOD022402994
MDD0226B8329
MOD046041885
MOD046041885
MDD046041885
MDD046041885
MDD046041885
MDD046041885
MD0046283495
M000485B1763
MOD053936464
MDD053936464
MDD053936464
MDD054907027 .
MD0054909072
MDD069386460
MDD074933961
MD0074933981
MDD1014627S2
MDD9805S4653
M00980691455
MOD980829873
MD0980829873
MDD980918288
MDD981 111206
MDD981111206
MDD981111206
M00982566218
MOO98S368B69
MDD985369305
MD0985369305
MODSB5369305
MOD98S369305
MD0985369305
MDDS85369305
MDO985420108
MD09907S9375
MDR000001057
ME41 70024539
ME5170024355
ME8170022018
ma(Ten)IFennCi
0.44 8519
1.42 8319
0.15 B103
0.03 8209
0.01. B210
0.04 8309
0.00 8309
0.00 8310
0.05.8319
5.22 8319
3.20.8409
Oil
0.72 B310
1.54:8319
0.44 8207
0.01 8001
0.01:8003
0.03 8309
0.09:8114
0.06 8302
0.04 8311
0.00:8003
0.00 8003
4.58:8113
2.37 8114
0.06:8211
0.06:8211
5.16IB316
0.38 ' 8316
1.18:8316
1.10 8316
8.65:8319
0.14:8319
0.26 8319
17.60 8114
64.0018604
1. 36 : 8219
31 . 40 ' 8101
14.40IB310
0.15.8319
0.06 8119
0.23!B206 .
0.06 8311
0.6618119
1.7018119
0.01 8309
0.4918310
0.25:8310
568.47:8319
0.20:8310
0.12:8319
3.2518319
1.2818319
0.7018319
0.33:8505
3.10:8114
0.08 ' BOOS
0.05:8003
0.00:8001
0.20 18306
0.10. B310
13.4118316
0.77IB319
0.17:8101
1.44,8106
0.53:8106
0.74. 8310
0.53 '8310
0.33:8307
1.15 8103
.1.38.8103
0.23:8106
0.6818310
1.00:8316
0.14-B310
0.50;B319
0.01 8319
209.50:8304
0.00 : 8309
8.50 i 8307
4.74 '8302
de|SC Coda) SOWB i
8099 A94
8412 AS9
9711 A99
9711 A99
9711 A99
9999 ASS
9711 A99
9999 A21
9999 A29
9711 A99
9999 A99
9711
9711 A71
9711 A69
9999 A94
8733 A94
8733 A5B
8733 A94
8733.A59
8733.A69
8733.A59
8733. ASB
8733 A94
9199:A57
9199 A21
9199:AS8
9199 ASS
9199IA21
9199 A21
9199 A21
9199 A21
4931 A21
4911 A29
491VA29
2S56.A71
3499 :A21
2844.A21
3444 A21
3713 A29
2816 A21
2834 >A94
3993:A54
3663 A99
3663 :A29
3663 A29
3663: ASS
3663 IA01
3663 A01
3731 A29
3669:A49
4911:A29
4911. A29
4911 A29
5171 A08
3471 :A38
8731 'A94
8731 A94
8731 :A94
493VA58
4953 A99
4011 A99
8221 -A59
8221 :A69
2851 A09
3672:A22
3672 -A22
3672 iA09
3484-A94
3479 :A22
3672:A01
3672 -A01
3672 A01
3672;A71
3672
-------
1995 BRS Data (GM'Foi^)i-^C:^^tal^OhlyiVVastes Managed Off Site

0008
0008
0008
D008
0008
DOOB
0008
DOO8
0008
DOOB
0008
0008
0008
O008
0008
0008
0008
DOOB
0008
DOOB
0008
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
0008
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
0008
DOOB
DOOB
DOOB
DOOB
0008
DOOB
DOOB
DOOB
DOOB
DOOB
3008
DOOB
DOOB
0008
0008
DOOB
3006
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
D008
gda| SyBttmTji|
M141
M141
M141
M141
M141
M041
M141
M
M141
M141
M141
M039
:M061
M043
. M
.M141
MOB1
:M141
:M141
:M141
M111
IM141
 8604
52.50iB604
226.8118304
2.70iB101
1.35 8310
0.28:8309
0.50.8505
2.1VB206
0.63 '8206
4.60' 8310
21.05 8319
15.00' 8302
0.42:8310
023 B307
147.0318409
26.0V 8209
4.1218310
10.0818319
1.38 8307
0.44:8119
825 8316
1.31 8316
0.23:8114
128.45 8302
5.11 8310
2.60 8319
16.16 B519
CCod*|Seuna<
9711 -A61
9711 A69
9711.A21
9711.A21
3724 A54
3S63-A49
2621 A92
2621 A08
2621 A09
261V ASS
4911 A21
4911 A21
3675 A29
3675.A19
3675:A49
2621 A94
2621 -A69
2621 A69
3492 ;A03
3672. A49
3672IA91
3672 A21
3714 :A57
3714IA93
3714;A71
371VA53
3711 A29
3714.A21
3714 :A21
371VA29
371VAS6
3711 IA59
371VA59
3714 i A56
3711 ; A59
3711-A69
3711IA71
3711 -ASS
3711 A53
ledelOriokiCoda
1
1
1
1
1
1
1
1
1
1
1
1
1
2
1
1
1
.1
1
1
1
1
1
1
1
1
1
1
2
2
1
1
1
1
1
1
1
1
1
1
2
2
1
1
1
1
1
1

1
1
1
1
2
1
: 1
: i
1
i
1

i
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: 1
1
1
2










1
1
2
                           PageD-159

-------
1995 BRS Data
-TG MetslrC.nitf, Wastes Managed Off Site
_..i. ..-.,/\i. k. .i .ii, **&. '             **
W*staCooe|.Sy>tBfliTvDel EPA ID IVUume (Tamil FomCodel SIC CodslSeucB Coda] Origin Cod|
0008
3008
OOOB
0008
0008
0008
0008
0008
0008
0008
0008
O008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008 
0008
0008
0008
0008
0008
0008
0008
0006
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
O008
0008
0008
0008
0008
0008
xna
0008
0008
3008
0008
3008
9008
O008
9008
9008
OOOB
D008
D008
D008
0008
D008
0008
0008
0008
0008
D008
0008
Mm
MOS9
MOS9
M079
M079
M079
M111
:M111
Mm
M111
.Mm
Mm
M111
.M111
:M111
M111
:Mm
Mm
M129
M059
M061
IM141
:M019
!M043
M109
'M111
>M077
M061
IM061
IM132
.M132
IM132
:M111
M111
M141
IM111
M111
IM111
Mill
:M111
M111
IM132
M111
:M111
M111
M111
-M077
MIOOOS35S951
MID0053573S5
MIOOOS3573S5
MID00535735S
MIDOOS3S7355
MID005357355
MIOOOS3S7371
MID005357504
MID005357S04
MIO005357S04
MID005357504
MID005357504
MID005357504
MID0053S7504
MID0053S7504
MI0005357504
M10005357504
MID005357934
MID005357934
MI000535B007
MID00535B064
-MID005358783
MIO005358783
MI000535B783
MID00535B783
MIO00535882S
;MID005358825
 MID005379706
MI0005379714
MIDOOS379797
MI0005379813
:MIDOOS380134
:MID0053B0134
MID005381439
MID005381439
MID005385406
MI0005390B36
MID005S06357
MID00551S705
MID006013643
MID006015960
MID006016596
MID006016919
.MID006021414
MID006021414
MI0006407142
-MI0009305665
MID0201 05565
MID038616959
MID038624508
MID038624508 '
MID038824508
MI0038708665
MID04425S420
MID046708137
.MID050615996
MI005061S996
-MID050615996
:MID053334439
' MIO053669040
MID056717747
MIO05B816927
MID058B16927
.MID05BB16927
iMI0058816927
MID061872917
MID061874723
MI0061874723
:MID064197742
. MID065597809
.MID065597809
MID065597809
MID065597809
MID065597809
MID06S597809
MID06B091693
MI0072782683
MID076380658
:MID076380658
MID0763806S8
MID079850699
895.66 831 9
1.45 8101
3.93.8604
10.56 B101
72.27 B101
12.10 8604
0.23 8114
2.67 8302
1.91 8302
1.88 B302
94.508306
2.13.8307
1.85 B307
3.20 B310
23.52 B319
13.42 B319
10.61 .8609
4.01 B319
0.01 8409
28.08 8310
0.068319
8.68 8114
115.92 8319
1.34 8319
112.73:8319
100.608219
24.73-8219
3.638604
370.00:8319
0.188209
48.50.8604
0.59.8310
075B114
76.13-8305
028:8603
0.15-8407
24.84:8106
20.74 B409
0.19
-------
1995 BRS Data (GM
                             Off Site
WMB Coda ISystMn Type 1 EPA ID |VMunM(Tm)l Farm Codal SIC Codel Source Codlon*i Gate
0008
DOOB
DOOB
0008
DOOB
DOOB
DOOB
DOOB
0008
0008
DOOB
0008
DOOB
0008
0008
0008
0008
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
0008
DOOB
DOOB
DOOB
DOOB
DOOB
0008
0008
DOOB
DOOB
0008
0008
DOOB
DOOB
0008
DOOB
DOOB
DOOB
DOOB
0008
0008
DOOB
DOOB
DOOB
0008
0008
DOOB
DOOB
DOOB
3008
DOOB
DOOB
3008
0008
0008
3008
3008
3008
3008
DOOB
DOOB
3008
3008
0008
3008
3008
DOOB
0008
DOOB
3008
DOOB
3008
3008
3008
3008
DOOB
3008
M111
M111
iM132
M061
M061
M094
M111
M019
M029
:M029
M111
M077
M077
:M111
M111
M119
:M079
IM119
IM111
:M111
'Mill
IM041
IM079
'Mill
IM111
IM111
M132
IM061
M111
:M111 .
!M111
IM125
:M051
:M111
IM111
iM061
IM111
M119
M032
.Mill
M141
IM141

-------
1995 BRS Data (GM Form) - TC Metal-Only Wastes Managed Q#f
WMBCodelSynmTypel BAff> I Volume (TonsMFcnnCodel SIC Code) Source Code I OrUn Code
0008
0008
D008
D008
0008
D008
0006
0008
DOOB
D008
D008
0008
0008
DOOB
0008
0008
0008
0008
0008
0008
0008
DOOB
0008
0008
0008
0008
0008
DOOB
DOOB
0008
DOOB
0008
DOOB
0008
DOOB
DOOB
DOOB
DOOB
0008
DOOB
DOOB
DOOB
3008
DOOB
0008
0008
0008
0008
DOOB
DOOB
0008
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
0008
DOOB
DOOB
DOOB
DOOB
0008
DOOB
D008
DOOB
0008
0008
0008
0008
0008
0008
DOOB
DOOB
0008
0008
0008
DOOB
M111
M111
M111
M111
Mill
M
M132
M132
M132
M132
.M132
M132
M141
M
M111
M111
M019
M125
M013
M014
M019
M043
M043
M141
M043
:M043
M132
Ml 19
-M013
M061
M129
M
:M
M
:M
>M
:M
M
M019
MS04
M061
M111
M111
M141
M141
M132
M
M013
MOM
M014
:M014
M043
.M061
IM011
IM043
M132
'M132
M132
'M132
'M042
'M141
iM041
IM061
.M061
:M043
M043
IM043
:M043
M011
;M019
M019
iM019
M019
M132
M141
M019
:M111
M019
M141
M
M041
MIR0000017B4
MIR000001784
MIR000001792
MIR000001792
M1R000002816
MIR000006395
MIR000008235
MIR000008243
MIR0000082SO
'MIR000008268
:MIR000008276
MIR000008284
-MIR000008292
MIT270010549
MIT270010S98
M1T270012131
MIT270012198
:MIT270013709
MN7213820908
MN7213820908
MN7213820908
MN721 3820908
MN7213820908
MN721 3820908
MND000608S54
MND000608554
MND000686071
'MND000686121
'MND000819268
MND000819292
MN0000819292
'MND000823922
MND000823922
MND000823922
1 MND000823922
MND000823922
.MND000823922
MND000823922
 MND001 037639
.MND001037639
MND006147268
:MND006147268
MND006147268
MND006147268
MND00614726B
MND006148092
MND006148282
MN00061565SO
MND006156590
MND0061S6S90
MND006156590
:MND0061S6S90
'MN00061S6S90
:MND0061617S6
IMND006161756
MND0061617S6
.MND006161756
MND006167720
MND006172969
MND006207773
MND006207773
:MND006219232
MN0006253801
'MND006253S01
MND006477244
MND006477244
.MND006477244
MND006981239
iMNDOOG963S08
 MND036232908
iMND036232908
MND036232908
MND037335072
MND04177S008
.MN0049S37780
.MND053417515
IMND053417S15
MNDOS3422762
IMND053422762
:MNDOS34293S3
MNDOS6073299
0.06 B316 '
0.03 B319
0.01 B316
0.44 B319
0.40 B319
0.69 B205
23.15 B307
23.58 B307
17.60 -B307
8.85:8307
3.00 8307
9.71 8307
3.00:8307
17.00 8302
0.15 B316
27.03 8310
1.300.72 8319
2.89 B307
70.50:8319
317.81 8116
9.198319
10.51 B003
1 .508319
1.08:8003
0.21 8308
0.088319
0.308319
2.87 8304
1.728319
0.60 8219
0.46 8319
0.35
3.65
11.51
2.30
0.03
0.20
1.26
52.88.:B205
0.47!B319
0.72 1 8203
6.40 B310
3.68 B316
0.78:8307
347.73 8307
43.00:8319
0.10
106.148304
23.25.8307
0.92:8307
5.50:8307
0.53:8310
14.82iB206
6.19IB319
0.46:8*09
6.93^8319
0.45:8319
11.69:8319
13.59
27.23,8319
2.48:8319
1.3818206
0.908409
0.6018409
0.46 8319
2.06IB319
0.92 : 831 9
4.13:8409
0.25:8319
1.008307
1.19:8307
1.29:8307
0.55^
1^55.0018302
16.08:8319
1.05:8319
2.4018319
0.20:8319
0.85 8504
304.0518319
1. 3VB206
6221 A94
8221 A29
8221 A94
8221 A29
8734 A29
5311 A93
1721 A21
1721 A21
1721 A21
1721 A21
1721 A21
1721 A21
1721 A21
3315 A69
8221 A94
3479>A55
3369:A49
2834 A59
8744 A64
8744 A64
8744. A64
8744 -A69
8744 A64
8744 A69
3571 A56
3571, A29
2911 A29
2819.A09
3489iA99
3672.A29
3672.A29







3672, A25
3672 A92
3679;A29
3679:A32
36791A92
3679 A49
3679 A49
3341 A72

3482'A59
3482 'AS9
3482 A59
3482:A59
3482 A78
3482 AS4
3571 IA59
3571 iA29
3571 A59
3571, A59
3364'A69

3711 A21
3711 A21
3672.A22
3471, A29
3471 ,A29
3069.A21
3069.A21
3069 :A21
4011 A59
4512 :A99
3676:A72
3676:A72
36761A72
2835 iA99
3312
-------
4995 BRS Data (GM Form) - TC Metal-Only Wastes Managed pff Sits
WonaCodelSyttem
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
D008
0008
0008
0008
0008
0008
0008
0008
0008
D008
0008
0008
0008
0008
0008
0008
D008
0008
0008
0008
0008
0008
0008
0008
0008
O008
0008
0008
0008
0008
0008
OOO8
0008
D008
0008
DOM
0008
3008
0008
D008
0008
3008
0008
0008
0008
0008
0008
3008
5008
3008
3008
3008
0008
0008
3008
D008
0008
0008
3008
3008
0008
0008
D008
D008
0008
0008
:M011
,M013
M091
M019
M061
M061
:MOB1
M043
M129
M043
M011
!M019
'M019
M051
M141
:M013
:MOII
'M061
M019
'M019
!M051
:M051
M061
:M111
M041
:M043
M132
.M132
IM129
M129
:M129
M129
:M112
M112
M132
IM019
>M032
.M132
:M132
IM132
MN098S708437
.MND98S708437
MND990860470
MND990880470
MNT280010034
:MNT280010034
MNT2B0010034
MNT280010034
MNT280010778
iM01S72B90001
M03213720979
:MO4213B20489
M08S71924549
M08571924549
M08S71924549
:M08571924549
M09890010S24
M09890010524
MOOOOOB10816
IMOD000687S25
:MOOOOOB22668
MOD000822B68
 MOD000822668
MOD000822668
MOD00083044B
M00003S37271
MOD003537271
MOD003537271
.MOD003S37271
2.93 8310
1.33 B319
1.35 B114
32.40 B119
0.27 B219
1.24 B206
6.44 B206
1.32 8301
0.28:B319
1.85:6310
5.72. B307
15.41 B307
0.05 B310
4.85 B206
0.36:6309
8.63 6307
2.02 8310
2.48 6206
15.94 8302
117.63 8307
32.44 : 8307
29.186319
4.83:6319
1.36 8009
0.158304
7.94 8409
0.74-6310
2.038203
5.908203
2.95:8310
1.66 8203
15.09-8119
0.9016301
0.07'B302
0.64:6302
0.75:8319
0.85.8319
0.988307
0.11.8206
0.32'B310
0.30:6310
1 .2018319
2.37 B307
1.706307
1.39 8219
0.90:8319
1.86 B409
1.76:6319
7.15-B319
0.54:8219
3.0818310
22.56:6319
0.02:B310
0.49:6205
0.17:8307
0.03:8409
0.66:8206
1. 241 8206
1.50:8114
1.20 8316
1.51 '6219
0.0118403
0.25:8319
0.40:8310
0.22! 81 19
0.2618119
0.5318119
0.05! 8409
0.1318319
H.45'6319
0.0418310
0.30' 6307
1.25.8316
1.75 1831 6
47.53 6316
11.75 8409
0.69 '6409
1.83:8310
3.44 8319
0.69:8319
3.53-8203
3845 A08
3845 A49
3845 A05
3672 A29
3672 A29
3672 A29
3672 A29
3411 A19
2621 A21
3679 A55
3571 A29
3571 A22
3571 A54
3571 A09
3571 ASS
3669 A35
3672 A32
3672 A25
3672 A99
3672 A49
3672 A49
3672. A29
3672. A29
3672 A22
3561 A21
' 3561 A99
4011 A49
4011 A19
4011 A19
4011 A49
4011 A19
4911 A59
5171 A29
4953 AS9
4953 A59
3672 A49
3812 A99
3679 A92
3679IA25
4931 A21
4931 A21
3672 A49
3672. A4O
3672 A49
3672 A29
3672:A29
3823. A99
3823.A31
3823. A3 1
3363.A19
3672 -A29
2911 A29
3679, A22
3679.A29
3479.A57
3479 A99
3672:A40
3672 A40
3672:A09
3672 A92
4225-A58
971V ASS
9711-A08
3482:A71
9711 AS7
9711 
-------
1 95iBR!KDa'*b(GM Form) - TC Metal-Only Wastes Managed Off Site
Wtotea
0008
0008
DOOB
0008
0008
0008
DOOB
0008
DOOB
0008
0008
DOOB
0008
DOOB
DOOB
0008
0008
0008
0008
0008
DOOB
DOOB
DOOB
D008
D008
0008
0008
DOOB
0008
0008
0008
0008
0008
0008
D008
0008
0008
O008
DOOB
DOOB
0008
DOOB
0008
0008
3008
DOOB
0008
0008
DOOB
DOOB
D008
0008
0008
0008
0008
0008
DOOB
DOOB
0008
0008
D008
DOOB
3008
0008
DOOB
DOOB
0008
0008
0008
D008
0008
0008
0008
DOOB
D008
0008
DOOB
D008
D008
0008
0008
XtolSMmT
M061
M137
M039
M042
M041
M132
M043
M061
M061
M043
M119
M019
M019
'M019
M132
M129
M019
M077
M099
Mill
 M041
M043
M111
M024
M042
M141
-M141
-M141
M061
M061
M125
-M132
M111
M011
:M021
M061
.M061
M061
M019
M043
M061
'M043
M111
M013
M061
M061
M061
M132
M132
M141
M141
:M141
 M141
M141
M141
M141
M141
M141
M141
M141
IM141
M141
:M141
M141
.M141
>M141
M141
M133
M053
IM099
MOSS
'M061
M111
M049
'M061
M141
M061
'M141
M141
M029
M043
Tl " = J-1il* IK7T
MOD003537271
MOD003537271
MOD003941424
MOD003941424
M00004954111
MOD004954111
M00006272876
MOD006299135
MOD006299135
M00006308407
MOD0071 18078
:MOD007120652
MOD007131113
MOD007152903
MOD007152903
MOD039817051
MOD04393S04B
M00043942291
M00043942291
MOD043942291
MOD054950670
MOD054950670
M00056961105
M00062442561
MOD075B92646
MOD075892646
M00076265099
M00076265099
MOD081640344
MOD085002319
.MOD08S002319
MOD08S002319
MOD192203487
 MOD880686992
 MOD9806B6992
. MOD980686992
.M00980686992
MOD980686992
MOD9B1 123409
MOD9B1496870
M00981S01331
M00981709272
MOD981709272
M00985771377
MOD985B08203
M00985808203
M00985808203
MOT300010261
MOT300010550
MS21 70022626
'MS2170022626
MS2S70024164
MS2570024164
MS2570024164
MS2570024164
MS3170024639
MS6210809871
-MS6210809871
MS6210809871
MS6210809871
'MS6210809871
MS6210809871
MS6210B09871
IMS7570024060
:MS7S70024060
iMS7570024060
IMS7570024060
MSD001473073
MSD004001244
MS0004010724
;MSD04122287B
MS0050648757
MSD065462517
MSD081338832
MSD120438171
.MS0980601686
MSD981 749401
MSD981 749401
MSD981 749401
MSD982084667
MSD9821 06700
-TiESlEEEv-
2.06 8319
2.48 8319
0.198206
0.40 8211
0.16 8409
1.91 8409
19.96.8310
0.20 B409
0.23 8409
1.12 8304
23.488403
125 8307
0.27 8316
1.43.8310
0.858319
0.40 8206
0.08:8307
2.17 8113
024 '8219
1.40 8319
0.44 8206
0.01 '8307
98.89 8316
2.59:8101
321-B304
1.15:B304
1.60-8114
0.80 8114
0.23 8310
23.63 B310
208.09.8219
2.758219
0.05-8319
291.81^8309
0268219
0.058219
0.09 8219
0.69:8310
0.08 8319
0.55.8316
0.74.8209
3.85-B301
0.90 8301
121 8319
1.84'B207
3.33:8310
0.46-8310
0.508310
9.90:8403
0.47 8109
0.03:8319
0.39.8102
0.43.8319
1.44:8319
023 '8319
0.06:8603
0.96:B114
0.01 : 8210
0.01.8302
2.38:8304
32.47-8304
1.73 8310
229 B310
025-8119
0.48 8119
0.01-8307
0.27.8310
0.508319
10.58 8219
285.31 8205
28.38 8409
132.40 8205
0.05 8307
028 '81 14
12.47 B504
0.20:8316
1.11 8201
023 8301
8.60-8302
27.44-8203
0.20-B403

3672 A92
3672A99
4011 A54
4011 A59
2869 A08
2869 A08 1
3711 A32
3585 A59 1
3585 A59 1
3644 A71 1
3711 A99 1
3674 A49 1
2771 AS9 1
3672 A32 1
3672 A92 1
3448 A54 1
4581 A49 1
3714-A19 1
3714 A59 1
3714 A92 1
3678 A19 1
3678 :A94 1
2841 A99 2
3714 A40 1
3612 A06 1
3612 A06 1
3621 'A19 1
3621 A19 1
3743-A08 1
3711 A22 1
3711 A59 1
3711. A49 1
3443.A49 1
3691 A92 1
3691 :A19 1
3691 .A19 1
3691 :A19 1
3691 A51 1
4581 :A49  1
7389IA35 1
3SB5iA21 1
8734 A94 1
8734IA94 1
9621 A91 1
3061 A54 1
3061 A29 1
3061 A29 1
3711
-------
TC Metal-Only Wastes Managed Off Site

DOOB
DOOB
0008
DOOB
0008
DOOB
DOOB
DOOB
0008
0008
DOOB
DOOB
0008
0008
0008
DOOB
0008
0008
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
0008
DOOB
DOOB
0008
DOOB
DOOB
DOOB
0008
0008
DOOB
DOOB
DOOB
0008
0008
DOOB
0008
DOOB
DOOB
DOOB
DOOB
0008
DOOB
DOOB
0008
DOOB
0008
DOOB
DOOB
0008
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
0008
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
0008
DOOB
DOOB
DOOB
DOOB
0008
M081
M132
M019
M111
M019
M019
M019
M019
M019
M039
:M043
M132
'M111
'M111
:M111
MOB1
;M041
. ;M061
M043
M043
IM043
M043
IM141
:M141
M141
IM141
'M141
M042
M132
:M132
M132
iM141
M141
M043
M043
:M043
IM049
M132
IM013
M013
:M061
>MOB1
:M141
M141
IM043
M061
M111
M043
Ml 19
'M11B
M119
Ml 19
'M119
!M119
M061
M132
IM141
IM141
'M141
'M141
IM043
M121
IM141
IM141
M111
IM019
'M141
'M141
M111
IM111
IM014
>M125
M141
M141
;M141
'M132
M141
M141
M141
M141
Mill
MSD982114712
MSD982769663
MSD985978501
MSD985978501
MTB571924556
MT8571924556
MT8571924556
MT8571924S56
MTB571924556
:MT8571924556
MT8571924556
MT8571924556
MT9141790015
MT9141790015
MTD010367738
MTD063728984
MTD980330609
NC0000876300
NC0000930727
NC0000930727
NC0000930727
NC0000930727
NC1170027261
NC6570024475
NC8170022570
NC8170022570
'NC8170022570
INC8210020121
NC8210020121
. NC8210020121
NC8210020121
'NCD000609727
'NC0000623074
NCDOOOBZ3165
-NCDOOOB23165
NCDOOOB2316S
NCD000648451
NCD000648451
NCD000770487
NCD000770487
NCD000770487
NCD000829101
NCOOOD831057
NCD000831057
:NCD003150562
'NCD003154804
:NC0003162542
NCD003190386
NCD003195161
NC000319S161
NCD003195161
NCD003195161
NCD003195161
.NCD003195161
'NCD003199882
NCD003213030
NC0003213030
NC0003213030
INCD003446721
NCD003465101
NC0003907508
NCD004520136
:NCD004520136
INCD00699S342
: NCD02489SB64
NCD044438406
'NCD044517167
NCD057038168
NCD057450090
.NCD081792362
NCD067185744
NC0067427922
NCD067427922
NC0067427922
NC0087427922
NCD072028251
NC0085074821
:NCD089914311
NCD093338598
NCD0933404B7
NC0095458709
47.60' B1 14
14.51 8403
58.95 8319
5.13 8505
0.01 8204
0.00:8210
0.01 '8307
0.02'B319
0.04.8319
0.1418602
0.05iB319
0.14 8319
0.03.B119
0.25:8319
60.00 8302
0.25 B603
0.07! 8203
0.75:8205
3.63:8406
0.53. B406
0.69IB406
0.1218406
0.09:8309
5.77:8409
0.03:8206
0.17:8403
0.271B406
0.6918603
20.07 :B302
6.96:8319
1J2iB603
0.60IB319
6.75!B307
02i:B406
1.49:8406
0.86 'B406
0.2HB302
0.21 18302
5.03:8319
12.72IB319
0.40:8206
0.21 B206
4.64^8319
1.20'B319
0.81 :B403
4.81 1 BOOS
0.23:8219
0.50iB319
8.56:B119
0^2:8310
051 8319
0^216319
0.47:8319
23.1618319
0.09:8203
319.44:8302
1.99:8319
1.25A37
3334 A59
2824IA21
3675iA22
3675-A71
367S:A22
3675.A49
367S'A57
3675 A76
2611 A19
3691 :A99
3691 'A99
5013A53
3714 A03
1
1
1
1
1
1
1
1
1
1
1
1
1
1
2
1
1
' 1
1
1
1
1
1
1
1
1
1
1
2
2
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
3
1
1
1
3
1
2
1
1
1
1
1
1
1
1
2
1
1
1
1
1
1
1
1
1
1
1
1
1
1
2
1
  Page 0-165

-------
1995 BRS Data
^^ j - TO
          Wastes Managed Off Site
VttBMG
DOOB
0008
0008
DOOB
0008
0008
0008
0008
0008
O008
DOOB
0008
0008
0008
D008
0008
0008
0008
0008
0008
DOOB
DOOB
D008
DOOB
0008
D008
0008
0008 
0008
0008
0008
DOOB
0008
0008
0008
0008
0008
0008
0008
0008
DOOB
D008
0008
0008
0008
D008
0008
0008
DOOB
0008
0008
0008
DOOB
DOOB
0008 .
DOOB
DOOB
0008
0008
0008
0008
0008
DOOB
0008
0008
0008
0008
0008
0008
O008
0008
0008
0008
0008
0008
0008
D008
DOOB
DOOB
0008
0008
xtolSynmT
M111
Mill
M111
M132
M132
M132
M132
M132
M141
M043
M061
M061
M061
M141
M043
:M043
M043
M043
M132
M141
M061
M061
M141
:M141
M141
-Ml 41
M141
:M112
M141
M141
M141
M141
:M053
M053
:M111
:M141
,M141
M132
.M141
M043
:M043
'M043
'M043
:M043
-M043
M043
M043
M043
M043
:M043
>M043
M043
M043
M043
M043
^^^ DMT-i -7 \ i n^^E PT
j -I m 3 J.l i *^^M a_i^_
NC009545B709
NCD09545B709
NC009545B709
NCD095458709
NCD095458709
NCD095458709
NCD095458709
NC0097363527
NCD108706029
NCD109141424
NCD980799142 .
NC0980799142
NCD980840466
NCD980840466
NCD980843866
NC0980843866
NC0980843866
NCD980843866
NCD980843866
NCD9B0843666
NC0981021413
NCD981021413
NCD9B1856396
NCD981861438
NCD98186143B
NCD981861438
NCD981861438
 NCD982077570
NCD982077570
NCD982077570
 NC0982077570
NCD982077570
:NCD982093783
NC0982093783
NCD982093783
NCO982093783
NCD982093783
NC0982094278
NCD982094278
NCD982140329
NCD986166338
NCD986166338 .
NCD986166338
NC0986166338
NCD9881 66338
NCD98616633B
NCD986166338
NC0986166338
NCD986166338
!NCD986166338
:NCD986166338
NCD98616S338
:NCD986166338
:NCD986166338
NCD986166338 :
:NCD986166338
NCD9B6166338
NC0986166338
.NCD98616633B
INCD986166338
NC0986166338
NCD98616633B
:NCD98616633B
>NCD986166338
iNC0986166338
NCD986166338
NCD986166338
NCD986166338
NCD986166338
NCO986166338
NCD986166338
NCO986166338
NC0986166338
NCD9861 66338
NCD986166338
NCO986166338
NCD988166338
NCD986166338
NCD986166338
NCD986166338
NCD986166338
"'r.:-m-:r lit.. i.,ir-.-
020 8310
3.00 8319
0.15 8319
0.60 B310
0.75 8310
2.85 8319
1.45 8319
614.24 8319
0.2318409
0.01. 8001
0.30 B119
0.60 8316
12.20 8310
30.58 8310
1.40 8307
0.058310
0.27:8403
1.18-8409
0.308307
0.67 8307 
1.51 8110
2.60iB316
0.21 B206
0.70.8119
0.05 8202
0.15:B302
0.058307
3.93 8319
4.7V8319
0.16-8409
1.19^8409
1JO:B409
1J9IB403
1.68 8403
2.10,8403
3.17 8403
1.98:8403
11.9618319
4.08:8319
28.68.B114
0.01 8309
0.02 8003
0.40-8102
0.00-8001
0.03:B001
O.Oi:B001
0.02:8001
0.03:8001
0.16 8001
0.00.8001
0.03:8001
0.1818102
0.80:8102
0.60B102
0^5-8301
0.608306
0.48:8319
0.10 8319
0.01-8319
0.02.8319
0.05^8319
0.12;B319
0.45: 8403
0.10B403
0.601B406
0.10:8406
0.07 '8406
0.05:8406
0.03-8406
0.5518409
0.27 8409
0.53 8409
0.71 8409
1.40:B409
0.80:8409
0.30! 8409
0.20. B409
OJ6.B409
0.08:8409
0.34-8409
0.23-8409
I SIC CodBl Soum Godftl
3714 A40
3714 A29
3714 A71
3714 A03
3714 A40
3714 A29
3714 A71
3369 A78
4911.A99
8734 A94
4789 A38
4789 A38
3534. A21
3534 A21
8734.A94
8734 A94
8734 A57
8734 A09
8734 A94
8734 A94
3672 A01
3672 A09
9229 A54
4911 A59
4911 A01
4911 :A53
4911-A08
3262 A78
3262 A56
3262- A58
3262, A78
3262.A91
8221 A21
8221 A21
8221 :A21
8221 A21
8221 A21
3571 AST
3571 .A57
3451 >A35
3841I ASS
2816;A5B
2833 :A59
3571 A94
3661 .A94
3661 :A94
3661 A94
3661 .A94
3841 .A94
8734-A94
9199:A94
2833!A59
2833:A59
2833IA59
2834 iA92
3443.A38
2816IA08
2831 -A29
2261 A57
2261 iA57
91991A94
9199IA94
3661 ASS
3661 ; ASS
8734.A92
8734 1 A92
B734IA92
8734 :A92
8734 :A92
3661 IA19
3262A59
3211;A59
3211 A59
321VA59
MgbiCode
1
1
3
1
1
1
-- 3










































































Page 0-166

-------
1995 BRS DataGM Form) -TC
                           Off Site

0008
D008
D008
Dooa
D008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
O008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
D008
0008
OOOB
0008
0008
0008
0008
D008
0008
0008
0008
0008
0008
D008
0008
OOOB
0008
D008
0008
OOOB
OOOB
OOOB
0008
0008
0008
OOOB
0008
DOOB
0008
0008
0008
0008
0008
DOOB
0008
D008
0008
DOOB
0008
0008
DOOB
0008
0008
D008
0008
DOOB
DOOB
0008
0008
0008
DOOB
0008
0008
D008

MQ43
M043
M043
M061
M061
M061
M061
M061
M061
M061
M061
M061
M061
M061
M094
M094
M094
M094
M094
M094
 M111
M111
M111
M111
 M111
M111
M111
Mill
Mill
M111
 M111
:M111
Mill
Mill
M111
Mill
M111
M111
IM111
:M111
iM111
M111
M111
-M111
M111
M111
M111
M141
M141
:M141
:M141
.M141
M141
:M141
M141
M141
M141
M141
M019
M141
M132
Ml 32
:M061
iM111
.M077
M132
:M077
:M132
!M019
:M043
IM141
:M141
M141
'M132
M132
, M043
Ml 32
M141
M141
M
M019

NCD986166338
NCO986166338
NCD986166338
NC0986166338
NCD986166338
NC098616633B
NC0986166338
NCD98616633B
NC0986166338
NCO986166338
NC098616S338
NCD986166338
NCD988166338
NC098616633B
NCD986166338
NC098816633B
NCD986166338
NCD98616633B
NCD9B6166338
NCD986166338
.NCD986166338
NC0986166338
NCD986166338
NCD988166338
NCD986166338
.NCD986166338
1NCD988166338
NCD98816633B
NC0986166338
NCD986166338
NCD986168338
NC09861B633B
NCO986166338
NCD986166338
NC098616S338
NCD98616633B
NCD98616633B
NCD986166338
NCO988166338
NCD986166338
 NCD98616S338
NCD986166338
NCD988166338
:NCD986166338
NCD98616S33B
:NCD98B166338
NCD988166338
NCD986166338
NCD986166338
NCD986166338
NCD986166338
NCD986166338
.NCD98ei66338
'NCO9B6166601
NCD986168797
:NCD986178127
NCD986178127
NCD986186369
NCD986194330
:NCD988194330
:NCD986228146
NCD986228146
NCD991 302498
NCR000003467
NCR0000034B3
NCR0000034B3
: NCR000003558
:NCR00000355B
ND3571924759
ND35719247S9
ND4571924758
NO45719247S8
ND45719247SB
NDD006175467
N00006175467
.N0008449777S
:NOO982591794
NED0008094B3
NED000822767
NEO0072S9054
NED0072S33S3

0.16 B409
1.40 8409
1.19 8409
0.10 B20S
3.408205
0.08 8206
3.03 8219
0.75 8219
0.43 B409
2.20'B409
1.008409
2.00 B409
2.60 8409
1.35A53
3714 A53
1522 A69
3612 A08
3679 ASS
3661 A19
3661 A19
3691 A19
4231 A5B
3557 A06
2261 AS3
3262 A19
3262 A19
2261 A21
2261 .A21
3231 A38
3231 A38
3691 A53
3691 A53
2621 A56
3699 ASS
2843 A57
3269A29
3661 :A09
3679 A29
3679. A57
3479. A09
6513:A08
8221 A99
B221-A99
8221 :A99
8221 :A99
9711 A94
9711'AOB
971VA59
971VA56
9711-A60
291VA29
291VA38
3695 ;A99
7389. A92
5169-A99
4019 A53
3357 A99
3411 -A21

































































2
2
2
2













Page D-167

-------
1995 BRS Data (GM Form) - TC Metal^niy Y/cstcs Mar^yid Oft Site
WutttG
0008
0008
DOOB
D008
0008
DOOB
0008
D008
DOOB
DOOB
D008
DOOB
DOOB
0008
DOOB
0008
0008
DOOB
0008
D008
DOOB
DOOB
0008
0008
DOOB
0008
DOOB
0008
DOOB
DOOB
0008
DOOB
0008
DOOB
0008
0008
0008
DOOB
D008
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
0008
DOOB
DOOB
DOOB
3008
DOOB
3008
DOOB
DOOB
3008
DOOB
0008
DOOB
DOOB
3008
DOOB
0008
3008
9008
0008
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
D008
0008
DOOB
0008
DOOB
DOOB
DOOB
idelSyneml
M133
M133
M049
M049
M049
M049
M061
M141
M111
M021
M
M094
M109
M141
M019
M141
.M141
M141
M141
'M141
M141
M111
M111
M141
1M141
M132
.M132
M141
M041
>M042
M061
M129
M141
M141
M141
M141
M141
 M141
M141
M141
1M141
M141
M141
IM141
M141
M141
M141
:M141
M141
M141
M141
M141
IM141
:M141
M141
M141
A92
3357:A99
3357 A99
8221 'A08
3674
-------
1995 BRS Data (GM Form) - TC Metal-Only Wastes M^agW^Tf ;5ite!
Wtata Code I System Tvce I trail) |Vo
0008
D008
0008
D008
D008
0008
OOOB
DOOB
0008
DOOB
0008
DOOB
0008
D008
DOOB
DOOB
0008
D008
0008
DOOB
DOOB
0008
DOOB
DOOB
DOOB
DOOB
OOOB
OOOB
DOOB
DOOB
DOOB
0008
OOOB
DOOB
DOOB
0008
OOOB
DOOB
0008 .
0008
D008
DOOB
D008
DOOB
DOOB
DOOB
OOOB
0008
DOOB
DOOB
9008
DOOB
DOOB
DOOB
DOOB
0008
OOOB
DOOB
DOOB
DOOB
0008
DOOB
DOOB
DOOB
OOOB
DOOB
DOOB
0008
DOOB
DOOB
DOOB
DOOB
0008
0008
DOOB
DOOB
DOOB
DOOB
D008
0008
DOOB
M141
M011
M077
M111
M141
M
M
M041
M041
M081
M081
.M099
M099
M099
M111
M111
M111
M119
M119
M132
M111
MDK
M032
M111
M111
:M111
.M111
M111
 Mill
'M111
M111
:M141
M111
M111
M111
M061
M132
M132
M132
M019
M061
M111
Mill
M132
M141
M092
M141
M061
M119
M141
Ml 19
M119
M119
M119
M132
M132
M141
M141
M
M
:M133
Ml 41
M039
IM039
iM039
:M041
M129
A60
3411 ;A40
A60
A60 :
A91
3724 A58
5171 A29
9999iA69
4613iA29
3497 !A35
A01
2676 :A69
9999 ASS
1
1
1
1
2
 1
1
1
1
1
1
1
1
1
1
1
1
1
1
2
1

1
1
1
1
1
1
1
2
2
2
1
1
1
2
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
2
2
1
1
1
2
1
1
1
1
2
                           Page D-169

-------
1995 BRS Data (GM FoimV~*G.!$e&rGmy.Wastes Managed Off Site
fwSS-c
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
O008
0008
D008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
D008
0008
0008
0008
3008
0008
3008
3008
3008
0008
0008
0008
3008
3008
0008
0008
D008
3008
D008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
'viUTim
M043
M043
M132
Ml 32
M011
M011
M011
M132
M141
M141
M119
'M141
M141
M132
M141
M094
M111
:M141
M141
M141
M099
M119
M129
:M129
:M141
M141
M141
.M141
M141
M049
M141
M141
.M111
M019
>M043
!M112
M119
M043
:M011
M061
M111
M011
M019
M019
.M041
M041
M041
M041
M041
M043
M043
:M111
M111
M132
 :M141
M141
:M111
M111
M141
M141
M141
-M132
IM141
iM119
|.SQuea Code)
2834 ASB
2834 ASS
2834 A69
3221 AS9
3356 ASS
33S6.A40
3356 A71
2869 A92
2834 AS9
2834 A08
2851 A78
3965. A57
3613 A29
3711 A32
2834 A78
2892 A99
2891 A65
2869 ASS
2869 A69
2869.A53
3711 A29
2819 A75
2819 A91
2819 A91
2819.A75
2819.A75
2816iA60
2834 ASS
2834 ASB
3399 A94
2691 ,A54
2891 :A53
5171 A08
3262 A57
3262.AS7
3262:A75
5085 A69
3229.A58
3812. ASS
3812 A92
3497:A53
2819 A08
2869.A56
2869:A60
28691A37
2869 A54
2869-A54
2869 A54
2869 A56
2869!A93
2869 A72
2869:A64
2889:A64
2869.A64
3561 :A40
3561 .A40
2821
2819-A29
2821 A08
3069 A92
3295 AS9
2869-A94
3412iA62
5093IA89
2834IA21
2899 A58
6512 A69
2869iA33
3643'A29
3643-A40
2911 :A29
3087
-------
1995 BRS Data (GM Form) -TC Met^!^Cri!y Waistes Mrfgetibff Site
In^nla C
0008
0008
0008
DOOB
DOOB
DOOB
0008
DOOB
DOOB
0008
DOOB
D008
DOOB
DOOB
DOOB
0008
0008
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
0008
DOOB
0008
D008
DOOB
DOOB
0008
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
0008
DOOB
DOOB
0008
0008
DOOB
0008
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
0008
0008
DOOB
DOOB
DOOB
XXM
3008
3008
3008
3008
DOOB
DOOB
3008
DOOB
DOOB
DOOB
3008
3008
DOOB
DOOB
3008
3008
3008
3008
3008
3008
ode) System 1
M141
M132
M132
M013
M111
M141
M109
:M091
:M132
:M132
:M132
:M132
M132
M013
'M013
M013
-M013
. M011
IM141
:M041
it/1129
'M132
IM111
M013
:M111
:M111
!M141
-MOB9
IM141
IM039
:M042
-M111
1M141
.M141
IM043
.M043
M041
.M111
!M111
'M132
IM132
:M014
.M014
M141
M141
M079
:M141
'M132
M141
IM111
M111
:M132
!M141
IM141
IM141
IM141
IM124
.M041
IM111
:MIH
iM141
iM141
IM061
IM061
IM019
:M019.
1M019
'M061
IM019
!M019
IM019
'M019
IM019
:M019
M019
M019
:M061
M019
M019
M019
M109
ypel BAID: IV
NJ0048B04488
NJ0048810337
NJ004B810337
NJD055090815
NJD060074101
NJD060792918
NJD061060950
NJDOS1076600
NJ0061843249
NJD062037031
'NJD062052824
NJ0062052824
NJD062052824
NJD063137871
NJD06426198S
NJD06426198S
NJD0642619B5
NJD065710261
NJ0065710261
NJ006S815771
NJ0065B15771
:NJD0673620B7
-NJD08750S958
NJD068699107
INJD068699107
NJD070412812
NJ007374S945
NJD075418285
:NJD077070811
NJ0079320495
NJD079488821
NJDOB7277661
NJD091862177 .
NJD0916B2177
NJD092217892
INJD092217892
:NJ0094961042
NJD095171948
NJD096880265
NJD097399695
'NJD097399695 
.NJD09928S264 .
NJD099285264
NJD099285264 
NJD099285264
NJ09B05335B2
NJD9805335B2
:NJD980534002
.NJD980536668
NJD980648497
:NJD98064B497
:NJ0980648497
NJD9BOB4B497
'NJD980648497
'NJD9B064Si$9 
NJD980B48547 .
NJD980650154
'NJD980761365
NJD980761365
:NJD980761365
.NJD980766091 .
NJD980766091
NJD980790729
:NJD980790737
INJD9B0790B28
NJD980790844
.NJD980790869
NJ0980790B69
NJD980790893
.NJD980790919
NJD980790919
:NJD9B0790935
NJD980790968
NJD980791016
NJD980791032
NJD980791040
NJD980791073
NJD980791099
NJD9B0791107
NJD980791149
NJD9B1076292
Muma (Tons)! FcmvCod<
020 8319
10.20 8319
44.00-8319
3.61-8319
79.30.8307
1288310
0.77:8603
13.07 8205
1.75 8319
150.89 8302
13.75'B302
15.51 '8302
23.47 8302
0.08.8307
150.66:8319
251.55:8319
14.67-8319
12.14 8307
0.06 8309
0.46:8206
4.00:8519
9.20:8113
120.00:8301
5.701.40:8309
54.9618319
7.80:8302
12618001
023A94
3661 A58'
3339 AS4
3339'A03
2851 :A92
5171 A69
3691 -A99
3691 A19
4952 lAOB
291VA94
3672'A49
493VA59
6512 A69
4613.A38
4952 
-------
1995 BRS Data (GM Form) - TC Metal-Only Wastes Managed Off Site
WOtBC
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
D008
0008
0008
0008
0008
O008
0008
0008
0008
0008
0008
0008
0008
O008
0008
0008
0008 
0008
0008
0008
0008
0008
0008
0008
0008
D008
D008
0008
0008
0008
0008
0008
0008
D008
0008
0008
D008
0008
0008
O008
D008
0008
0008
O008
3008
0008
3008
3008
0008
9008
0008
3008
0008
0008
3008
O008
0008
D008
D008
0008
0008
0008
0008
D008
0008
D008
D008
0008
D008
0008
odelSmmfi
M041
M042
M141
M141
Milt
Mill
M032
M141
M13Z
-M111
| Fonn G
0.01 8309
90.34 B20S
0.55 B319
1.00 8210
0.508302
1.728.00 8302
0.95 B206
0.88 B119
8.50 B319
60.00 B302
24.76 B319
0.60 8319
7.70 B301
2.00:8319
185.33 8301
6.96 8106
3.36 8310
0.18
0.20
0.18
3.90:8119
0.33 8319
1.50-8301
114.65 8302
0.808302
3.00020:8302
674.808302
9.638409
0.03-8302
10.00'B409
12.30:8316
3.50:8316
3.00IB316
112.75 8316
23.65 8316
45.85 8316
45.58.8316
0.10:8304
8.34.8209
0.108319
0.44:8319
4.908219
220:8319
1.108206
44.0018319
1.83
47.45
0.10 8219
1.43:8303
0.268409
0.60.8319
10 .35 8302
2.708205
2.7018205
557.38.8302
10.50-8205
105.40:8319
50.5018319
12.00:8319
77.10:8319
0.02 8307
12.508302
1125:8001
13.60:8302
1.508301
22.00 8114
5.70*8319
3.50.B319
21.558319
48.228302
1.50.8319
874.5918302
0.458319
2.20 8319
29.36:8302
2.198302
1.62-8319
3.16-8319
20.99.8319
13.4B:B302
34.54 8302
del SC Code) SOIBI
8731 A5B
4231 A19
4922 A21
3728 ASS
4111 A69
4111 A69
4941 A54
4789 A59
8211 A69
2819 A69
4613-A29
4613:A29
8734 A94
3089 A29
A69
5511 A03
9199-A55
9199 A29
9199-A29
9199- A29
4111 A03
8221 A99
3731. A69
9999 A69
9999.A69
QQQQiACO
, 9939 no9
9999.A69
2893:A78
9511 A94
3366 ASS
4785.A21
4785:A21
4785:A21
4785-A21
4785:A21
4785:A21
4785-A21
3366 ASS
26S3 A57
2821 'A93
7699 A29
5541 -A60
2B65-A41
5541 .A59
5541 -A59


2052 A08
2052 .AS6
2052-A53
8734IA94
4789-A21
4789.A3B
4789. A38
4789iA21
4789 ASS
411VA21
4111 IA21
4111 IA21
4111-A21
3669 'A59
4789.A21
4789.AS8
4789 A21
6799A69
4789 A29
4789 A69
4789:A29
4789iA29
2911:A69
2911IA69
2911iA08
2911IA08
2911iA29
4789 A21
47B9:A21
 CodalOdelnCoda
1
1
1
1
1
1
2
1
2
1
1
1
1
1
2
1
1
2
2
2
1
1

2
2
2
2
1
1
1
1
1
1
1
1
1
1
1
1
: 1
1
2
1
2
1
1
1
1
2
1
1
1
1
1
1
1
1
1
1
1
1
1
: 1
1
2
1
1
1
1
2
1
2
1
1
2
2
1
1
1
1
1
                           PageO-172

-------
1395 BRS Data (GM Form) - TC Metal-Only Wastes Managed
WweG
O008
0008
0008
0008
0008
DOOB
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
DOOB
D008
0008
0008
DOOB
D008
0008
D008
0008
0008
O008
0008
DOOB
0008
0008
D008
DOOB
DOOB
DOOB
DOOB
0008
0008
0008
DOOB
D008
DOOB
D008
D008
D008
D008
0008
0008
DOOB
0008
0008
DOOB
DOOB
0008
0008
0008
D008
0008
D008
DOOB
DOOB
DOOB
DOOB
0008
DOOB
DOOB
0008
DOOB
DOOB
DOOB
D008
D008
0008
DOOB
DOOB
DOOB
DOOB
0008
D008
NtolSynmT
'Mill
M111
M141
M132
M111
MOK
M061
M111
M053
M041
M041
M043
M043
M043
M043
M043
M043
M043
M043
M043
M043
M043
'M043
M043
:MQ43
M043
:M043
IM043
M043
:M043
'M043
.M043
M043
M043
M049
M051
M051
M051
M053
.M053
:MQ53
:MOS3
:M053
IM053
M079
IM111
M111
:M111
:M041
:M077
:M077
IM111
IM041
:M041
M129
M125
IM125
'M125
:M141
!M141
IM132
IM132
1M132
M042
:M111
IM132
>M043
'M061
:M099
M043
M141
M043
-M111
M061
'M061
M061
M079
VlUM^Jll^C
NJD986647295
NJD986647303
NJD986651024
NJR000000331
NJR000003384
NJR000004788
NJROOD004820
NJR000007S75
NM000030325S
NM0890010515
NM0890010515
NM0890010515
NM0890010515
NM089001051S
NM0890010515
NM0890010S15
NM0890010515
NM0890010515
NM089001051S
NM089001051S
NM0890010515
NM0890010515
NM0890010515
NM0890010515
NM0890010515
NM0890010515
NM0890010S15
NM0890010515
NM0890010515
NM0890010515
NM0890010515
'NM0890010515 :
NM0890010515 :
NM0890010515
NM0890010515
NM0890010515
NM0890010515
NM0890010515
NM0890010515
NM0890010515
NM089001051S
NM0890010515
'NM0890010515
NM0890010515 '
:NM0890010515
NM0890010515
:NM0890010515
NM0890010515
NM089001051S
NM0890010S15
'NM0890010515
NM0890010515
NM2750211235 
NM48901 39088 
NM4890139088
'NM5B901 10518
NM6572124422 :
:NM6572124422
NM7572124454
NM9570024423
:NM9570024423
:NM9570024423
NMD000778597
:NMD000778597
:NM0052BB4578 :
iNMD052684578 .
:NMD0526B4578
NM0980621197 :
NMD980621197 !
'NMD980622773
NMD986676922
NMD986676922
NND043015387
NND0744S2426
>NND104150024
:NNP600929025
:NNP600929065
.NNP601255641
NNP601255641 .
:NNP601255641
NV1210090006
.,' i;!-iii'r-uL^ujl>;
1^0 B302
45.31 8302
0.10 8319
1.15'B603
6.74 8302
6.70 :BDK
1.30 B219
1.75:8302
0.62:8308
0.02 B114
0.00:8212
0.0318301
0.01:8302
0.01 . 8307
0.00:8307
0.00 8307
0.00 '8307
0.02 '8307
0.00 8307
0.00:8307
0.00:8307
0.01:8307
0.00:8307
0.00.8307
0.00:8307
0.00:8307
0.03:8307
0.02:8307
0.05:8307
0.01! 8307
0.48IB309
0.008316
0.00-8319
0.008319
0.0118319
0.00:8319
0.00 : 8319
0.01 18409
0.00.8001
0.0718114
0.4718114
0.30:8119
1.74:8302
0.07:8319
0.0418319
0.0818319
0.0018319
0.00:B409
3.9718519
68.92IB302
12.36 8302
180.03 8319
0.50:8219
51.35:8113
12.6718113
0.36IB309
5.06IB219
1.46:8219
02518102
0.17 8206
2.69:8206
0.08:8309
0.408307
38.00:8319
0.6218319
024 8319
0.10:8409
3.00'B603
0.40:8302
2.182.00:8302
0.02 < 8301
0.13:8203
1.28:8119
0.07:8319
0.32:8308
23.58AS9
3724:A69
3724 > ASS
8221 ABO
8221 A53
2911 A61
4922. A69 :
4922 A19
3679.A19
4911-A69
1221 >A5S
9999IA21
9512'A55
1221i ASB
1221 iASB
1221 ASS
971 LAOS
nCede
i
1
i
1
i
. . i
2
1
2
1
1
1
1
1
1
1






















1
1
2
2
2
1
2
2
1
2
1
2
2
2







1
1
1
2
1
1
1
1
2
2
2
2


2







                          Page D-173

-------
BBS .Data (QM Form) - TC Metal-Only Wastes Managed Off Site
WBSttG
0008
0008
DOOB
0008
0008
0008
0008
0008
DOOB
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
DOOB
0008
0008
0008
DOOB
0008
0008
0008
0008
0008
X08
D008
0008
0008
0008
DOOB
DOOB
0008
DOOB
D008
0008
DOOB
DOOB
0008
D008
0008
0008
D008
0008
DOOB
DOOB
0008
DOOB
0008
0008
D008
0008
0008
0008
0008
3008
0008
0008
DOOB
DOOB
0008
D008
DOOB
DOOB
0008
0008
0008
DOOB
0008
DOOB
0008
0008
DOOB
DOOB
D008
Wl6| SyUarthl
M119
M119
M141
M141
M141
M141
M141
M141
M141
.M141
M141
M111
Mill
M111
'M111
Mill
M111
M019
M032
M119
:M129
M021
M041
M061
M119
M011
M022
:M042
:M079
-M111
M112
iM132
M013
'M013
'M132
M132
'M141
M109
.M111
:M111
M132
'M132
M132
M013
M141
M141
M141
M132
Mill
:M141
M141
>M141
M013
.M111
!M111
Mill
 M111
IM129
M132
iM112
>M041
M041
:M043
:M043
M111
:M111
IM119
M119
:M111
IM111
:M111
:M111
Mill
M111
iM111
IM132
M119
Mill
M111
M019
M019
ypol  .EPA.HJ |v
NV1 210090006
NV1210090006
NV5S70024112
NV5570024112
-NV7570024110
.NV7570024110
:NV7570024110
NV7570024110
NV7570024110
:NV7570024110
.NV9170022173
NVD000626S31
NVD000626531
NVD000626531
NVD000626531
NVD000626531
NVD000627034
NVD00062715B
NVD0006271S8
NVD008290330
NVD097868731
NVD981428923
NVD981428923
NVD98204134S
NV098237331B
NVD982434961
NVDS82434961
6302
2.30 8319
45.90:8319
9.00 B319
0.10.8319
2.92:6319
3.4018319
365.30'B319
9.50:8319
23.60:8319
1.14'B319
5.42 8205
5.00:8409
11.60 8319
2.80:8319
2.40 8319
5.20:6319
38.96:8307
79.76 8307
30.60:8319
0.95.8207
0.4318207
0.32:8310
0.49:8310
11.60 8307
31.40.8307
4032:8319
16.80 6319
28.10:6307
1.68! 8319
0.4018319
53.60!B319
6.30iB307
28.10:6307
17.00'6119
3.96 8319
8.20,8319
45.00:6319
64.50 6319
12.80:6319
9.60 8319
9711 A59
9711 A59
9711 A31
9711 A57
9711 ASS
9711 A59
9711 A59
9711 ASS
9711 A92
9711 A59
9711 A55
1041 A94
1041 A94
1041 AS3
1041 A59
1041 A59
1041 A94
1041 A99
1041 A09
2819 A29
8999 A09
5511-A19
5511 A21
7384 ASB
4911 A59
7699 A55
7539;A57
8211 ASB
3841 A92
3714 A49
3714 -A92
3714 A49
34B2iA40
3482 A40
2812 A59
2812 A59
8711 A59
5511-A19
1041. A99
4941 A29
1041 >A53
9999 A69
9999 A69
9531 A69
4924 A08
4924 A08
4924 ,A21
1622 A29
9199-A21
1622 A21
531i:A69
5311:A99
6531 -A99
9199-A21
9199 A21
9199.A21
9199IA21
491LA69
4911 A69
1622 A21
3571 A49
3571 :A49
3571. A39
3571 A39
1721 ,A21
1721 ,A21
9229:A69
9229 'A69
1721IA21
9621 iA21
1622 A21
1622.A21
1721 'A21
1721 A21
2834 A65
1622 ,A21
4789.A01
9199.A21
9199:A21
1622:A21
1622^A21
1
1
1
1
1
1
  1
1
1
1
1
1
1
1
2
1
1
1
1
1
1
1
1
1
1
2
1
1
1
1
1
1
1
1
1
1
1
1
1
1
2
2
2
1
1
1
1
1
1
1
1
1
2
1
1
1
1
1
1
1
1
1
1
1
1
1
2
2
1
1
1
1
1
1
2
1
1
2
1
1
1
                      Page D-174

-------
:.;'WS"8
1999
- TC Metal-Only Wastes Managed Off Site

0008
D008
D008
0008
0008
0008
0008
D008
0008
0008
0008
0008
0008
D008
0008
D008
0008
0008
0008
0008
O008
0008
D008
0008
0008
0008
0008
0008
0008
0008
0008 .
0008
0008
0008
0008
0008
0008
D008
oooa
D008
0008
D008
0008
0008
D008
O008
yarn
D008
0008
0008
0008
O008
0008
0008
0008
0008
3008
0008
XXJ8
XXM
3008
3008
XJ08
3008
0008
0008
3008
3008
3008
3006
3008
3008
0008
D008
3008
D008
0008
0008
3008
D008
3008
ooft| System ]
M141
M141
M132
M111
M119
M132
M132
M132
M132
.M132
M132
M132
M132
M132
M132
M132
M132
:M111
M111
M119
'M119
M111
M111
M051
M111
:M043
IM141
:M141
M132
M132
.M132
M132
M132
M043
M132
M132
M132
M132
M132
M132
.M132
M132
M132
M132
M132
M132
:M119
:M119-
M132
.M141
'M111
M119
'Ml 19
 M119
:M119
IM119
Ml 19
M124
'M132
M109
M132
M132
'M131
M132
M132
M132
'MOS1
'M132
M141
M141
M141
M141
M141
M079
.M129
M061
M141
M129
M129
M091
 M111
ype|. EPAD \\
NY0000368381
NY0000368423
NY0000375600
NY0000463265
NY0000491167
NY000056099S
NYOOOOS61076
NY0000561084
'NY0000561092
NY0000561100
NYOOOOS61118
NYOOOOS61126
NYOOOOS61134
NY0000561142
NY0000561167
NY0000561175
NY0000563791
NY0000622696
NY0000622696
'NY0000629998
NY0000827212
.NY000085247S
NY00008S2475
'NY0000879650
NY00008811BS
NY0000894907
'NY0000902171
NY0000902197
NY0000903401
W0000903419
NY0000903450
NY0000915165
NY000092422S
NY0000926436
NY0000933432
NY0000933440
:NY0000933465
:NY0000933S15
 NY0000933523
NY0000933556
NY0000933572
NY0000933598
NY0000933606
:NY0000933614
NY0000933622
 NY0000933648
NY0000942474
NY0000942524
:NY0000964585
NY0000972257
:NY0000988774
NY00009888S7
l SIC Code I Source Code I One
4011 A60
4011 A60
8299 A21
9199 A21
1622 A21
1622 .A21
1622 A21
1622 A21
1622 A21
1622 A21
1622 A21
1622 A21
1622 A21
1622 A21
1622 A21
1622 A21
1622 A21
3692'A58
3692 ASS
9199 A21
1622 A21
9199 A21
9199.A21
9999 A61
9199. A21
9999. A69
4729'A21
4729 A21
8299>A21
8299.A21
8299 A21
8734, A94
1622iA21
2835:A59
1622 A21
1622^A21
1622:A21
1622 A21
1622:A21
1622IA21
1622IA21
1622 :A21
1622 A21
1622^A21
1622iA21
1622iA21
4789:A01
4789, A01
1622IA29
9199:AOB
1622:A21
1622:A21
1622IA21
1622 ;A21
1622:A21
1622 A21
1622:A21
3412iA61
99991A08
7384:A60
8231 :A69
8299'A21
8052 :A21
1622IA21
1622
-------
199&5R$fPsta (GftFomty r$ Metal-Only Wastes Managed Off Site
i'.':T--l?
0008
DOOB
DOOB
0008
0008
0008
DOOB
0008
0008
0008
D008
DOOB
DOOB
DOOB
0008
D008
DOOB
0008
DOOB
DOOB
0008
DOOB
0008
0008
DOOB
0008
D008
DOOB
DOOB
0008
0008
DOOB
DOOB
0008
0008
DOOB
0008
0008
DOOB
0008
0008
DOOB
0008
0008
0008
0008
DOOB
0008
0008
DOOB
DOOB
DOOB
DOOB
0008
DOOB
DOOB
DOOB
0008
DOOB
3008
0008
3008
DOOB
0008
DOOB
DOOB
DOOB
D008
DOOB
DOOB
DOOB
DOOB
DOOB
0008
DOOB
DOOB
0008
DOOB
DOOB
0008
DOOB
SJETSij
M141
'M079
M099
M132
M132
Mill
:M141
M141
A78
3229;A78
3229 A75
2812 ASS
5541 -A53
5541 :A08
3229 A94
                         Page D-176

-------
1995 BRS Data
isTGfi'ietaldOnlv Wastes Managed Off Site
Wnta.G
0008
D008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
D008
O008
0008
0008
0008
0008
D008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
D008
0008
OOOB
0008
0008
0008
OOOB
0008
D008
0008
0008
0008
0008
D008
0008
0008
OOOB
OOOB
0008
0008
9008
0008
0008
0008
0008
D008
3008
D008
0008
0008
0008
0008
0008
0008
0008
0008
3008
0008
D008
0008
0008
0008
0008
D008
0008
0008
0008
0008
D008
0008
0008
0008
odelSyMml
M079
M141
>M043
M111
M061
M032
M141
M081
M132
Mill
M041
M141
M141
M141
M141
M141
M141
. M141
M061
M111
.M141
M141
M129
.M019
M092
M092
M081
M111
>M111
M043
:M132
M132
 'M137
:M137
:M061
iM111
M141
!M077
'M099
M111
M029
IM041
:M041
IM132
'M132
M032
'M061
:M043
M111
Mill
IM061
M141
IMOII
M043
.M111
M061
M141
B319
33.00. B319
0.40:8409
2.32 B307
103.11 .8114
2.97 B203
2.47. B409
2.75^8310
46.85:8403
1.14 B409
1.10.8209
0.10IB319
21.70 B319
11.47.8316
22.01 :B319
0.44 B403
275.608301
673.10iB302
4.551B206
102.40 8301
6.90;B301
17.80:8114
16.88:8205
0.90:8519
1.85-B211
2.05A19
3053.A05
3053
-------
1995 BRS Data (GM Form) - TC
               ^s "u'atiaged Off Site
IV;T-1?
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
D008
0008
0008
0008
0008
D008
0008
D008
0008
0008
0008
D008
0008
0008
O008
0008 '
0008
0008
0008
D008
DOOB
D008
0008
0008
DOOB
DOOB
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
O008
0008
0008
0008
DOOB
0008
0008
0008
0008
0008
0008
0008
0008
3008
DOOB
0008
3008
3008
0008
3008
3008
3008
3008
0008
3008
0008
DOOB
0008
D008
0008
0008
D008
0008
I3t,T^33
M061
M061
M061
M132
M141
M129
M141
M111
M043
M141
M132
:M132
M141
M141
:M029
'M011
M041
M041
M041
 M043
M043
M141
Moig
>M141
M141
IM141
M111
:M111
M141
Mill
M053
M111
M111
:M141
:M141
:M141
.M141
Mill
:M041
M111
:M141
iM019
1*1119
'M141
:M141
'Mill
.M132
>M013
:M041
:M042
:M043
'M111
:M141
M111
:M141
M041
:M132
M041
M132
rmnwaiTTTiMC
NYD002968246
NY0002968246
NYD002968246
NYD002968246
NY0002968246
NYD003917960
NYD003939766
NYD003980216
NYD006866008
NYD006866008
NYD006977086
NYD006978795
NYD006978795
NYD006978795
NYO0131285B2
NYD013726443
NYD013726443
NYD030214738
NYD030214738
NYD030214738
NYD039288774
NYD0415B1026
NYD044477784
NYD045201688
NYD048779326
NYD048779326
NYD051853216
NYDOS18S3216
NYD054067756
NYD055864011
NY0055B65125
NYD055B6S125
NY005595S660
NYD05938S120
NYD059385120
NYD05938S120
NYD059385120
NYD061352217
NY0061947487
NYD061956470
NYD061956470
NYD061956470
NYD061956470
NYDOB3656128
NYD06365B603
NYD064337298
NYD064337298
NYD065939902
NYD065939902
NYD067919183
NYD067919183
NYD067919183
.NYD071084826
NYD071586127
NYD071595474
NYD071596449
NYD071598676
NYD074033101
NY0075243139
NYD07S243139
NYD075243139
VYD075243139
NYD075243139
NYD075440479
NY0075B2S281
NYD077344596
'NY0077344S96
NYDOB0480734
NYD080480734
. NYD084006741
NYDOB5503746
NYD08S503746
NYD085503746
NYOOB6225596
NY0086225596
NYO091670018
NYD091894899
NYD092465509
NYD092465S09
NY0093256063
NYD093256063
Mumo (Tonsil Fan
21.23 B205
11.64 8205
3.88-8206
5.00 B310
18.12 8310
13.30.8206
0.50 8309
0.80 B304
0.16B209
0.03:8302
16.62-8319
448.958301
0.04.8211
0.55:8319
0.71-8211
24.80:8304
10.708209
3.03' 81 14
2.50.8319
0.50:8003
28.75^8403
0.15.8209
7.21 8307
630:8219
0.10:8003
0.05.8003
2.781.1018302
268.40-8302
94.15-8504
0.15:8319
0.63.8409
820:8319
12.608603
0.09:8307
4.52.8319
20.67.8319
0.10-8409
48.008302
4.13:B205
0.81 8119
0.05:8319
0.03.8319
22.00:8302
0.81:8319
0.46:8205
66.59'B319
32.71:8319
2.5VB205
125:8310
020:8002
0208319
12618319
0.19:8604
10.4818319
90.00:8307
020:8219
7.00' 8316
1 .8818310
132.60:8319
4.30:8319
77.408319
12.10-8319
1.60:8319
7.50 8319
26.71'B319
1.00 8119
0.60:8409
0.65 i 8307
0.98IB302
1.26:8319
19.30:8206
3.90:B603
4.90 8310
48.5018319
1.58B319
023:8319
0.80.8319
0.04.8001
0.02 8310
0.96 8219
226 8409
CodelSICCodelSom
3451 A06
3451 :A92
3451 A40
3451 A92
3451 A92
4931 A57
4931 A99
3353 A09
4939 ASS
4939 A08
3341 A63
4924 A65
4924 A59
4924. A21
3559 A19
3398 A25
3316 A21
4911 A29
4911 A29
4911 ASS
9711 A63
8062. A21
3672 A72
3672. A29
8221 A94
8221 A94
7521 A69
7521 A69
2679 A75
3351 :AS7
3262 A93
3262:A57
5983'A99
3679, A39
3679.A57
3679 A69
3679.A59
3646 A21
3541 A37
3861 :A19
3861 A19
3861 :A19
3861 iA69
3675:A60
354VA40
3691 .A92
3691 iA93
3679 :A37
3679:A22
8731 :A92
8731 :A94
8731 :A57
4011'A21
3351 ,A29
8062:A29
3312:A19
8221 AOB
2819-A32
4119IA21
4119 A21
4119-A21
4119IA21
41ig:A21
1795 A21
2834IA29
3669
-------
1995 BRS Data (GM Form) - TC Metal-Only Wastes
                          Off Site

D008
D008
D008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
D008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0006
0008
D008
D008
0008
D008
D008
0008
0008
0008
D008
0008
0008
0008
0008
0008
3008
3008
0008
0008
O008
0008
3008
3008
0008
D008
3008
0008
D008
3008
0008
3008
3008
0008
0008
O008
3008
0008
0008
D008
0008
0008
0008
0008
D008
0008
0008
D008
0008
M141
M141
M141
M141
Ml 19
M032
M111
M119
M111
Mill
M111
M111
M061
M061
M132
M132
M019
M079

NYD981082209
NYD981179773
NYD981 182280
'NYD981182280
INYD981483332
NYD9814847B5
NYD981484785
NYD981484785
NYD981484785
NYD981484785
.NYD981484785
:NYD9B1484785
NYD981484785
NYD981484785
NY09B1484785
NYD981484785
NYD98148478S
NYD98148478S
NYD981484785
NYD981484785
NYD98148478S
NYD981484785
NYD981484785
17.89 81 13
14.26 B113
30.98 B113
0.52 B307
87.51 B302
3.69 B205
14.50 B302
0.40:8301
0.39.B310
4.67 B310
10.92 8403
27.24. B403
268.21. B207
89.16:6404
8.68:8307
7.00 8319
0.47:8319
2.50-8119
0.46:8114
0.92:8316
120.48'B319
55.80:8513
8.70-8203
847.70!B302
1.50-8301
02S,B3O2
1.768.65.8302
8.72:8205
63.70:8302
0.88:B319
29.1018319
1.00:8319
29.9018319
295.00:8319
13.22!B309
12.29:8319
0.50:8302
0.3018302
0.10:8302
1.40IB302
0.50:8319
321.46:8302
6.65:8319
0.46:8219
0.10A21
3679 A02
4911 A69
4911 -A05
9199 A71
9199-A58
5311 A60
9199 A29
491VA21
3579 :A54
411TA21
4789 A69
4789-A21
4789:A21
3671 IA35
3671 A35
3671 :A35
3671 A35
3671 A35
3671 iA35
3671 :A35
3671 
-------
Daca (QM Form) - TC Metal-Only Wastes Managed Off Site
WMaCa
D008
DOOB
0008
DOOB
DOOB
0008
D008
0008
DOOB
DOOB
D008
0008
0008
O008
D008
0008
D008
DOOB
0008
D008
0008
0008
O008
O008
0008
0008
0008
0008
DOOB
0008
0008 
0008
0008
D008
0008
0008
DOOB
0006
0008
0008
0008
DOOB
DOOB
0008
0008
0008
DOOB
0008
0008
DOOB
DOOB
0008
0008
O008
DOOB
DOOB
DOOB
DOOB
3008
0008
0008
0008
3008
DOOB
3008
DOOB
DOOB
DOOB
0008
DOOB
DOOB
D008
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
to I System Ty|
M141
M042
Mill
M141
M061
M061
M141
:M111
M141
M137
IM132
IM041
'M132
IM141
M111
M132
M132
M061
M132
M141
,M141
:M141
,M111
M132
1M132
'M132
M141
M078
M119
M129
,M061
M132
.Mill
M111
M141
M111
M111
.M111
M111
M132
M132
M132
B|. EPAJD .|V
NYD981487226
NYD981491632
NYD981494644
NYD981495385
NYD981557796
NY0981S63521
NYD981566S07
NYD981870868
NYD981B78374
NYD982177743
NYD982182420
NYD982183527
NY09821B3857
NYD98218B751
NYD982279606
NYD982528606
NYD982536807
NYO982723173
NY0982728578
NYD982736563
NYD982740664
NYD982744104
iNYD982744104
NYO982791857
NYO982792814
NYD9827B3101
NYD982796377
NYD982798377
'NYD982796377
NYD982796401
NYD982796401
NYD982796427
NYD982796427
NYD982796443
NYD982796443
NYD982796732
-NYD986B70319
NYD986B70319
NYD986B75326
NYD98687S946
NYD986BB3403
:NYD986883403
:NYD986883684
NYD986886737
NYD9868B7032
NYD986892990
NYD986906642
NYD986909257
NYD986909349
NYD986913812
'NYD986913820
NYD986913952 .
NYD986913952
NYD986913952
NYD986927390
:NYD986927648 .
'NYD986932457
'NYD986932515
NYD986934743
NYD986934743
NYD986934743
NYO986945582
NYD988947331
NYD986950889
NYD9869508B9
NYD986952299
NYD986952414
NYD9BS952679
NYD986953164
NYD986955789
NYD986960987
NYD986964492
NYD9869S4500
:NYD9869S5366
NYD986969881 .
NYD9869S9723 .
.NYD986972990
NYD986973006
NYD986973691
NYD986973691
NYD9B6973691
iknafTonsllFomi
1.25-6319
2.096206
53.10 8511
570 8114
1.05 8409
2.06.B201
2.00 8319
21.00 6302
0.11 '8001
1.579.30.6302
4.20.6319
0.13 8319
1.083.60 8302
1.38 8319
767.90 6302
0.08 8409
5.00-6319
6.88 6206
351.90 8319
0.03 6319
57.55 8310
073 8319
0.46 8319
15.008302
0.92 6114
2.98 6205
176.8319
79.30.6319
35.70 6319
38.47 6319
034-6319
0.40:6319
26.408319
551.04.8319
43.68 8319
6.60 6319
335 8302
0.10'B302
6.70 6319
073,8207
43273 B302
0.77 6113
6.658211
86.00 6319
73.00.8319
1.71.6205
2.50:8219
1.30 8319
1.70'B319
3.38 6319
1.05.6319
8.0318113
031 6319
0.05.6409
230.60-8319
6.59 8302
O.S1iB319
37.40^8319
0.05 6001
0.42 8205
22.52 8319
5.82-8319
45.00:8319
21.40:8319
45.50 6319
9.50:6319
278-6113
170 8319
278iB205
1.10:8219
11.008319
19.60:6319
2130:8319
2.40 8206
170-8319
4.40:6319
18.00iB319
1370 8319
3730 8319
1.016.80.8319
336.40.8319
Code| SIC Code) SoutcB Coda) Or:
8221 A57
5511 A65
3321 A78
4931 A04
3679 A99
2752 A49
8221 A99
5541 A69
8211 A99
4931 A60
1622 A29
6221 A59
3743 A61
9199 A08
8221 A69
3575 A29
3911-A72
3451 .A40
9199 A21
8211 -A5B
4111. A21
4785 A08
4785 A08
5541 -A69
4213 A99
5541 A59
4119-A21
4119,A21
4119A21
4119-A21
4119 A21
4119 A21
4119IA21
4119. A21
4119 A21
1622 A21
4813 A92
4813 A92
3911 A35
4931 A99
9999IA61
9999 A61
9531 A69
1622IA21
1622:A21
4311 1 A37
5541 A21
4911'A54
9199.A21
9199:A21
1622'A21
1622. A21
1622. A69
1622 :A69
1622-A69
BkiCode
1
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2
1
2
1
1
1
2
1
1
1
1
2
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
2
2
2
1
1
1
1
1
1
1
1
1
1
1
1
2
1
1
1
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1
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1
1
1
1
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1
2
2
1
1
1
1
1
1
1
1
1
1
1
                  PageD-180

-------
R3'CatS (Gf^ r^bmpTC Metal-Only Wastes Managed Off Site
WtatoC
DOOB
0008
0008
0008
0008
DOOB
0008
0008
DOOB
DOOB
0008
0008
0008
DOOB
0008
DOOB
0008
0008
0008
DOOB
0008
DOOB
0008
0008
DOOB
0008
0008
DOOB
D008
DOOB
DOOB
DOOB
DOOB
0008
0008
0008
0008
D008
0008
DOOB
0008
DOOB
DOOB
DOOB
DOOB
D008
DOOB
DOOB
0008
0008
DOOB
0008
0008
3008
DOOB
0008
0008
3008
3008
0008
0008
3008
DOOB
3008
DOOB
DOOB
0008
0008
0008
0008
DOOB
0008
0008
DOOB
0008
DOOB
DOOB
DOOB
DOOB
DOOB
0008
odalSyttaml
M132
M132
M111
M132
M013
M024
M141
M111
M111
'M111
M132
-M132
M013
M013
M013
M111
IM132
'M111
M111
:M137
'Mill
:M111
.Mill
:M111
:M111
M111
:M111
IM111
:M111
 >BW ET
NY0986973691
NYD986973691
NYD986976041
NY0986979987
NYD986980514
NYD9869S4011
NYD9869B5026
NYD986991453
NYD986992915
NY0986992964
NYD986994002
NYD986994002
NY0986995843
NYO986995868
NYD98699S868
NYD986996262
NYD98699845B
NYD9B7003563
NYD987003787
NYO987010964
NYO987010980
!NYD987010998
NYD987011012
:NYD987011020
NYD987011038
iNYD987011046
'NYD987011053
NYD987011061
'NYD987012481
NYD987012689
NYD987012853
!NYD987014818
:NYD987017B29
:NYD987020963
NYD987020971
: NYO987020969
NYD987021110
NYD987021128
NYD987021136
NYD987021169
:NYD987021177
NYD987021185
:NYO987021219
NYD987021227
NYD987021235
NYD987021292
NYD987021334 .
NYD987021342
NYD987021359
NYD987021367
INYD987021375
NYD987021383
NYD9B7022860
NYD987023108
:NYD987024569 .
.NYDS87024569
:NYD987024619
'NYD987025624
:NY0987026127
NYD987026127 .
NYD987026135
'NYD987026135
:NYD98702B291
NYD987031325
1NYD987031473
NYD987031473
NYD987031655
'NYO987031655
NYD987031655
NYD987031663
:NYD987031663
NYD987031671
NYD987031671
NYD987032232
. NYO987033982
.NYD987034667
NYD987037421
NYD987037421
NYD987039716
NYD987040417
NYD990690216
.'1:U.-Ht'-i"'MI-' tnl*r' < .
113.20 B319
0.30 B319
4.90-8319
40.008319
5.50. B319
16.568504
3.00.8302
2.80:8319
32.00:8319
44.808319
39.00(8319
16.00:8319
38.30:8319
17.0018319
37.80(6409
38.00:8319
2.80:8319
1.40!B304
20.00:8302
202.00:8301
22.20:8319
21.60^8319
20.60 8319
10.10 8319
9.4018319
41.60:8319
9.00:B319
11.50:8319
20.00:8302
3.13;B219
5B3.20:B319
4.20:8319
332.60:6303
2.60>B319
1.70:B319
1.70:8319
17.0018319
5.108319
5.10:8319
8.50:6319
9.40.8319
1.708319
2.60:8319
7.10^8319
6.40-8319
2.60:8319
3.40:8319
6.80(6319
5.108319
6.80:6319
6.80' 8319
8.50IB319
35.60:8319
8.70:8209
2.00:6319
0.70:8319
4.00:8319
1.70JB319
17.10'B319
3.00.8319
0.20IB319
525'8319
2.806319
1.50'B319
712.3218319
6770IB319
2.40'B310
37726:6310
15.8418310
0.20:8310
45.97'B310
5.306310
1.35'B310
20.00:8302
12.00'B319
5.00 '8319
13.60:8307
19.80'B307
0.16:8211
94.84>B304
5.39:8205
1 SC Cotel Source Codel
1622 A69
1622 A69
7991 A01
1622 A21
1522 A69
5541 A60
4813 A69
9199 A21
9199 A21
9199 A21
9199 A21
9199:A21
1522 A69
1522 A69
9531 A99
9199 A21
4789 A01
1622 A08
5541 A69
4931 .A60
1622 A21
1622 A21
1622 'A21
1622 A21
1622 A21
1622.A21
1622 A21
1622 A21
S541 A69
4173.A19
9199-A21
1622 A21
4953 A7B
1622 A21
1622;A21
1622 A21
1622 :A21
1622 A21
1622 :A21
1622. A21
1622. A21
1622 A21
1622-A21
1622 A21
1622:A21
1622'A21
!622iA21
1622-A21
1622 A21
1622 A21
1622 A21
1622 1 A21
9199 A21
9211 -A01
9199:A21
9199 A21
9199:A21
1622:A21
47B9:A29
4789 :A29
4789IA21
4789:A21
4785;A08
1522 A69
4111 :A21
4111 A21
4111-A21
411VA21
4111 A21
4111 A21
4111 .A21
4111 !A21
4111 iA21
5541 A69
9199:A29
1622 A21
1721 -A21
1721 A21
9999 A56
9229:A21
3451 -A54
OrtglnCede
1
1
1
1
2
... 2
2
1
1
1
2
2
2
2
2









1
1
1
1
2
1
1
1
3
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
2
2
2
1
1
1
1
1
1
1
2
2
1
1
1
2
1
1
                      Page D-181

-------
1995 BRS Data (GM
           VVastes Managed Off Site

0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
3008
0008
3008
3008
0008
3008
3008
0008
3008
3008
3008
0008
3008
3008
D008
3008
3008
3008
D008
D008
odelSmmr
Mill
M141
M141
M111
M111
M111
M111
M111
M111
M132
Mill
Mill
M111
M111
M111
M111
M141
M111
'M141
M141
AB3 |v<
NYP000795013
NYP000795021
NYP000795062
NYP000918342
NYP00091B359
NYP000918367
NYP0009183B3
NYP000918441
NYP000918474
NYP000918490
NYP000918615
NYP000918698
NYP000918706
NYP000918888
NYP00091B979
NYP000919043
'NYP000919258
NYP000919282
NYP000919373
NYP000919407
:NYP000919480
NYP000919563
NYP000919589
NYP000919779
NYP000919787
NYP000919878
NYP000919902
NYP000919910
:NYP000920033
NYP000920066
 NYP000920066
:NYP000920140
NYP000920330
NYP000920702
NYP000920827
'NYP000920975
NYP000921049
NYP000921189
NYP000921262
NYP000921296
NYP000921304
.NYP000921338
NYP000921353
NYP000921361
NYP000921395
NYP000921619
'NYPQ0092166B
NYP000921759
NYP000922013
NYP000922062
NYP000922336
NYP000922369
INYP000922427
:NYP000922542
NYP000922633
:NYP000922682
NYP000922732
NYP000922807
NYP000922971
NYP000922997
.NYP003601234
NYP003602034
NYP003630993
NYR000000240
NYR000000521
:NYR000000539
NYR000000547
NYR000000729
NYR000000737
NYR000000745
NYR000000778
'NYR000000828
NYR000000836
NYR000000844
A69
4813A21
1622;A21
1622:A21
1622 :A21
1622IA21
1622:A2l
1622 A21
3398 A56
8731 'A29
3089:A49
lOrtolnCoda
2
;
t
t
t
2
  t
t
2
2
2
2
2
2
2
1
2
1
2
2
2
2
1
2
2
2
2
2
2
2
2
2
2
2
2
2
1
2
2
2
2
2
2
 2
2
2
2
2
2
2
2
2
2
2
2
: 2
2
2
2
2
2
2
2
2








1
1
1
1
1
1
2
1
1
Page 0-182

-------
1995 BRS Data (GM Form) - TC MuiaT-Sriiy V

Off Site
WMB.O
0008
D008
D008
D008
0008
0008
0008
0008
0008
0008
D008
D008
0008
0008
0008
D008
0008
0008
0008
DOOB
OOOB
DOOB
DOOB
D008
DOOB
DOOB
DOOB
D008
0008
0008
DOOB
DOOB
DOOB
DOOB
D008
OOOB
DOOB
DOOB
0008
0008
0008
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
0008
0008
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
OOOB
DOOB
DOOB
OOOB
0008
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
0008
0008
DOOB
DOOB
DOOB
D008
oooa
DOOB
DOOB
0008
0008
DOOB
DOOB
ode) SyttemT
M141
M141
M112
Ml 32
M141
M141
M129
M111
M041
Mill
M132
M132
1M132
M111
Ml 32
M132
M132
. M141
M141
M141
:M132
M141
M132
M019
 M141
IM141
:M132
M132
M132
:M111
,M111
:M141
M141
'M132
M111
:M141
'M141
M132
:M132
iM111
!M111
'M111
M141
M125
M111
.M132
:M125
M125
M049
IM129
M111
!M111
iM111
IM111
'M032
:M081
IM111
iM092
'M042
IM111
M141
IM111
IM111
IM111
iMIII
:M111
IM141
'M141
:M141
M141
'M141
M141
iM141
:M141
M141
.M141
:M111
.M061
Mill
M141
M141
ypal EPAID IV*
NYR000001586
NYR000002113
NYR000002709
NYR000002840
NYR000003111
NYR000003251
NYR000003285
NYR000003327
NYR000003541
NYR000003681
NYR000003S30
NYR000003871
NYR000004457
NYR000004614
NYR000004663
NYR000004663
:NYR000005256
NYR000005322
NYR000006007
NYR000006007
B319
120:B304
10.50 B319
0.18 B319
2.50>B319
1.608319
3.75:8319
1.60:B302
1JO:B302
28.90 B319
31.60 8319
17.008302
20.5S>8603
40.28 8603
5^018209
2.05:8301
100.00.B302
3.53IB301
0.67:8319
0.60-B319
5.88A69
4953IA69
9661 A69
971HA08
971VA21
9711: ASS
9711 'A58
9711 A21
9711 :A58
9711 ASS
9711 A08
9711 !A21
9711 iA58
9711 1 A5B
9711 1 A5B
9711 iA71
9711 :A08
971 1: ASS
9711 A99
971VA65
9711 'A65
9711:A5B
9711 -A55
^dalOilolnCode
1
i
2
1
2
-  1
2
































2
2
2
1
1
2
2
2
2
1
2
2
2
2
2
1
1
1
2
2
2














i






                            Page D-183

-------
1995 BRS Data (GM Form) - TC Metal-Only Wastes, -Staged,,Off, Site:
Wnta Code 1 Smrni T
D008
3008
D008
0008
0008
0008
0008
DOOB
0008
0008
0008
0008
0008
D008
0008
0008
O008
D008
0008
0008
0008
DOOB
0008
DOOB
D008
0008
0008
0008 '
D008
DOOB
0008
0008
0008
D008
0008
0008
DOOB
DOOB
DOOB
O008
0008
0008
0008
DOOB
DOOB
0008
DOOB
DOOB
D008
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
3008
DOOB
3008
3008
3008
3008
3008
3008
3008
3008
0008
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
0008
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
DOOB
D008
M141
M141
M061
M141
M111
M125
M043
M111
M111
M141
M141
M014
M014
M032
M061
M077
iM111
M111
'M111
M141 .
M141
'M141
M141
iM141
M141
IM141
:M141
 M141
M101
'Mill
M141
IM053
Will
MOS1
>M013
.M111
:M132
M141
M141
'M141
IM042
.M111
:M132
.M077
:M141
:M132
:M111
:M111
:M12S
M061
M043
M061
'M061
IM111
IM081
1M132
:M132
IM041
IM132
IM111
M141
:M141
'M132
M019
M125
IM111
IM141
M111
,M102
.Ml 41
M111
>M111
M111
.M111
M043
M111
ml EPA ID IVO
OH3800015379
OH3800015379
OH6210020222
OH6210020222
OH6890008976
OH6890008976
OH6890008984
OH7S70028764
OH7S70028764
OH7570026764
OH7570028764
OH7571724312
OH7S71724312
OH7571724312
OH7S71724312
OH7S71724312
OH7571724312
OH7571724312
OH7571724312
OH7571724312
OH7571724312
OH7571724312
OH7571724312
OH7S71724312
OH7S71724312
OH7S71724312
OH7S71724312
OH7S71724312
OHD000500710
OHDOOOS00710
OHD000608646
OHD00060B74S
OHD000717132
OHD000720987
OH0000723510
OHD000723S10
OHD000724302
OHD000724302
OHD000724302
OHD000772764
OHD000772921
OHD000772921
OH0000772921
OHOOOOB04682
OHD000804682
OHD000810242
OH0000812230 -
OHD000812248
OHD000812248
OHDOOOB16S37
OHD000816975
OHD000817007
OHD000817023
:OHD000817312
OHD000817346
.OHD000817346
.OHD000817346
OHD0008173B7
OHD002944379
OHD0039372S7
OHD0039372S7
OHD0039372S7
OHD004154571
OHD0041S4944
.OHD004154944
OHD0041S9B69
OHD004162038
OHD00416327S
OHO004166120
.OHD004166120
OHD004166S91
OHD004166591
OHD0041 66591
OHD004166S91
OHD004166740
OHD004166740 :
OHD004167219
OH0004168S97
OHD004171039
OHD004172S6S
OHD004176046
Una (Tons)) Font Code I SIC Codal Some Code! Orttn Code
0.02 6319
0.95 B319
0.15 B209
5.20 831 9
0.01:B319
0.02 B307
0.60 B319
0.74, B307
1 .4816403
0.05:6301
0.39 6403
0.01 8307
0.03 8307
0.00 B310
0.15. B316
3.20 6203
5.35. B307
3.60 6307
1.20.8307
0.01 8003
0.00 6003
0.00 '6113
O.OO.B202
0.01 6207
0.12 6302
0.12;6302
0.08 i 6307
0.75 B316
3.36:8603
2.64:8603
0.2118409
5-2816319
0.0618307
0.40:8119
19.90:8409
2.11 8219
0.18:6319
0.68 8307
0.06:8319
1.50:8307
1 .5016504
6.008513
20.006513
1.10. 8119
0.308119
23.85 8319
0.0018316
45.91 :B502
32.9818502
0.66.8101
2.006302
20.588205
10.18:6119
0.93' B319
0.35:8206
3.36:8205
4.79:6319
0.19:6203
125.79:8319
0.00:8308
1 .9416119
0.48:6319
3.07:6603
229.88:8306
150.00:8306
0.168513
0.31 i 8404
0.15:6319
6.47:8319
6.4918319
3.1018319
8.25.8319
3.91)8319
7.75 '851 9
251.00:6302
44.00 '8302
0.16:8319
3.75 '8206
30.79:8603
0.41:8319
19.91 8319
9661 A69
9661A69
9199 ASB
9199 A21
4953 A59
4953 A59
9711 AS6
9711 A59
9711 A01
9711 A92
9711 A01
9711. ASB
9711 ASB
9711 A71
9711 A08
9711 A53
9711 AOB
9711.A21
971TA21
9711: ASB
9711 A94
9711: ASB
9711' ASB
9711-A94
971VA53
9711 A94
9711 -A21
971V AOB
3613-A24
3613'A24
2821 A09
3423 ASS
3229 A53
7389 AS3
3691 A91
3691 A19
4911 A92
491VA21
4911. A99
4911: AOB
3052 A7S
3052. A60
3052.A60
2819:AS7
2819 A57
2819 A59
8221 A94
3351 A76
3351 :A76
4911-A21
4011 A69
356VA40
3714 A29
3724iA92
3714-A5B
3714. A19
3714 iA21
3011-A04
7699 A19
3069 :A59
3069 A37
3069 A49
3542! AOB
3432 A39
3432:A39
3822:A19
2841 A58
3499 iA99
3589 A92
3SB9.A92
332S'A49
3325-A57
3325 A99
3325 A38
9999 A62
9999 1 A62
3624 !A92 
3594-A54
2819'A92
2869 A19
3229' AS9
2
2
1
1
2
1
. 2
1
1
1
1
1
1
1
1
2
1
1
1
1
1
1
1
1
2
1
1
1
1
1
1
1
1
2
1
1
1
1
1
1
1
2
2
1
1
1
1
1
1
1
2
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
2
2
1
1
1
1
1
                           Page D-1B4

-------
10G5 DRS Data (GM Form) - TC Metal-Only Wastes Managed
VltaM Code 1 System Type) EPA ID |va
D008
0008
0008
D008
D008
0008
0008
0008
0008
DOOB
0008
0008
0008
0008
0008
0008
0008
0008
0008
O008
0008
0008
0008
0008
0008
D008
0008
0008
DOOB
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
0008
O008
DOOB
D008
0008
0008
D008
0008
0008
0008
DOOB
0008
0008
0008
0008
0008
0008
0008
0008
0008
3008
DOOB
0008
0008
0008
3008
0008
3008
DOOB
D008
D008
DOOB
DOOB
DOOB
D008
DOOB
D008
DOOB
M125
M132
M132
M111
M141
Ml 25
M141
.M141
'M043
'M043
M061
'M141
M141
M111
M111
IM132
M141
M12S
M043
:M132
.M125
'M011
:M011
M043
IM141
IM141
IM111
IM141
A40
3366 A40
3366 A60
3231 A29
3231 A29
5231 A59
3231 :A29
3231 A29
3341 A59
3341 A59
3341 AS9
3341 A59
2899 A65
3339:A92
3339'A75
3369 A49
3312:A78
3312 'A78
3312. A7B
3312 A78
3312:A78
3312:A78
3312. A92
3312 :A56
3312.A5S
3312.A7B
3312 A78
3312 A78
3312 A78
3312 A53
3312 'A78
371VA21
371VA21
371VA21
3711 A21
3312IA59
3312:A59
3241 A58
2B21.A56
3423IA53
3442. ASS
3714 :A21
3585 ASS
3661 .A49
366VA49
366VA58
3714. A59
3714iA54
3714 A29
3568 !A49
3822 A54 :
3822>A55
3714iA92
7699-A19
7699:A19
301VA71
2295:A09
229S.A09
3355.A09
2822IA59
2851 ,A59
2851 iA59
2851 >A57
3312:A21
3296 ASS
5541 .A65
2992 A38
3069 A21
3069 A09
3069:A29
3069. A29
3069'A09
3069'A21
3317:A09
3492:A60
2911 A29
1
1
1
1
1
. . 1
1
2
1
1
1
1
1
1
1
1
1
2
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
2
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
2
1
1
1
1
1
1
1
1
1
1
                          Page D-185

-------
.J!,fEP Metal-Only Wastes Managed Off Site

0008
D008
0008
0008
0008
0008
D006
0008
0008
0008
0008
D008
0008
D008
0008
0008
0008
3008
0008
0008
0008
O008
0008
0008
O008
DOOB
0008
0008
0008
0008
0008
DOOB
0008
DOOB
DOOB
0008
0008
0008
0008
D008
0008
0008
0008
0008
DOOB
DOOB
0008
DOOB
0008
DOOB-
0008
0008
DOOB
0008
DOOB
0008
DOOB
0008
DOOB
0008
0008
DOOB
DOOB
0008
DOOB
0008
DOOB
DOOB
D008
DOOB
0008
DOOB
0008
DOOB
0008
DOOB
DOOB
0008
0008
DOOB
D008
rielSynei
M043
Mill
Ml 32
M132
M132
M141
M125
M132
M132
MOM
M111
M111
M111
M111
M111
M053
M111
M043
M111
M111
M111
:M132
M132
M111
M092
M111
M094
:M022
M111
IM111
M111
:M111
M077
M132
M111
M111
M125
M141
M013
iM013
'M132
M111
:M111
:M061
M111
M111
:M141
'M125
M141
M101
M101
iM132
M014
;M111
M132
M053
:M141
M141
:M111
M132
IM141
M141
M011
M111
>M132
M043
M041
'M051
M061
M061
iTyp*|. EPA ID. :|vi
OHDOOS04833S
OHD005049184
OHD005051826
OHDOOS057542
OHDOOS057542
OHD005057S42
OHD005413133
OHD005413133
OH0017958604
OHD018221853
:OHD01 8221853
OH0018221853
OHD018221853
OHD018221853
OHD018297523
OHD020626669
OHD020626669
OHD038703484
OHD038703484
OHD0387034B4
OHD03B703484
OHD038703484
OHD041063074
OHD041350323
OHD042157628
OHD0421 S7644
OHD042704098
OHD042707S13
OHD042707513
OHD042707513
OHD042707513
OHD0427085B6
OH0043638691
OHD043736644
OHD046428363
OHD046630679
OHD046630679 .
OHD04843297S
:OHD04B782049
OHD048782049
OHD048782049
OHD0487B4862
.OHD048784862
:OHD048788426
:OHD048788426
:OHD04888S347
,OHD049375215
.OHD04964S120
OHD049645120
OHD051366094
OH0051366094
OHD052151701
OHD052324290
OHD053576294
OHD053576294
OHOOS4443379
.OHD054661624
OHDOS5829022
OHD056894769
:OHD057252660
.OHD0572S2660
OHD0572S2660 :
OHD060409S21
:OHDOG0409521
OH0060928561
.OHD061731857
OH0061731857
OHD061731857
OHD064106628
OHD064106828
OHD064106628
OH0071 114375
OHD073131237
OHD073131237
OHD076751320
OHD076751320
OHD076751320
OHD0777 59405
OHD079426300
OHD079426300
OHD080143738
Jtume (Tonsil fam Ct
0.13 B319
1.30 B319
4.20 B319
172.00 B302
2.00:6319
259.008302
325.00^8304
22.00 B304
16.69 B603
232.19-B114
2.37'B113
0.95 B113
9.64 8319
2.25 B319
210.608319
0.64 B504
1 33.00:B310
5.87 B310
0.62 B306
10.03:8316
20.05:6406
1.721.36:8319
B.30.B310
0.06:8319
30.00.8114
3.5018307
48.58:8103
8.42 B211
197.00^8301
115.00.B301
3.75.B310
73.41-8319
55.5918513
5.82:8319
9.00-8307
7.008403
39.238403
3.90.8319
668.77 8309
208.198309
142.53 B309
0.40IB316
17.00.8604
2.6BB604
5.698604
0.28 8106
0.66. B319
4.00 8310
30.52:8310
36.60:8511
3.308513
3.988307
0.30 B307
0.45:8319
2.56 8319
1.83:8310
0.76-8319
6.40.8316
2.00:8106
2.93 B316
1.55.8316
7.098316
5.70 8505
29.12 8319
1.49:8319
3.71 8206 
45.52 B206
16.058304
2225:8513
0.16:8319
0.01:8319
1.94:8316
20.00:8319
1.008409
0.65 8106
6.67 8403
4.09:8409
0.24 B003
1.15 8106
1.98 8114
5.27 8206
telStCCodelSom
3633>A21
3053 A19
2911 AOB
2911 A56
2911 A08
2911 AS6
3321 A78
3321 A78
35B5 A56
3423 A49
3423,A25
3423 !A25
3423 A25
3423 A25
3431 A40
3711 A22
3711 A22
3672 A09
3672. A09
3672 :A09
3672: ASS
3672.A89
3711.A21
3714 AOB
3411 A92
2819