oEPA
United States
Environmental Protection
Agency
Office of
Solid Waste and
Emergency Response
DIRECTIVE NUMBER: 9487.01-1A(85)
TITLE: RESTRICTIONS ON^THE PLACEMENT OF NON-
HAZARDOUS LIQUIDS IN HAZARDOUS WASTE
. LANDFILLS
APPROVAL DATE: APRIL 30, 1986
EFFECTIVE DATE: NOVEMBERS, 1985
ORIGINATING OFFICE: OSW/WMED
H FINAL
Q DRAFT
*
STATUS:
REFERENCE (other documents):
OSWER OSWER OSWER
VE DIRECTIVE DIRECTIVE Dl
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&EPA
United States
Environmental Protection
Agency
Office of
Solid Watte and
Emergency Response
DIRECTIVE NUMBER: 9487.0i-lA(85)
TITLE: RESTRICTIONS ON^THE PLACEMENT OF NON-
HAZARDOUS LIQUIDS' IN HAZARDOUS WASTE
LANDFILLS
APPROVAL DATE: APRIL 30, 1986
EFFECTIVE DATE: NOVEMBER 8, 1985
ORIGINATING OFFICE: OSW/WMED
H FINAL
Q DRAFT
STATUS:
REFERENCE (other documents):
OS WER OS WER OS WER
VE DIRECTIVE DIRECTIVE
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QSWER Policy Directive No. 9487.01-A(85)
TABLE OF CONTENTS
Executive Summary
1. Introduction 3
.2. Statutory and Regulatory Requirements 5
A. Purpose 5
B. What constitutes placement of NHL's? 5
C. What is required for an exemption? .9
D. What alternatives to placement in a Subtitle D
landfill should be considered? 10
E. What constitutes a risk of contamination to an
underground source of drinking water? 14
3. General Guidance 16
A. Introduction 16
B. How may an owner or operator apply for an
exemption? 17
C. What information must be submitted to make the
required demonstrations? 18
D. Alternatives that should be considered 24
E. Implementation 24
Appendices
A. Publications for Use in Determining Reasonable
Availability of Alternatives 28
B. Industries and their Associated Hazardous Wastes 29
C. Potential Sources of Information on the Location of
Aquifers Identified as Underground Sources of
Drinking Water 30
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Policy Directive No. 9487.01-A(85)
EXECUTIVE SUMMARY*
Section 3004(c)(3) of HSWA restricts the placement of non-
hazardous liquids in hazardous waste (Subtitle C) landfills.
Such placement is allowed only when it will not present a risk
of contamination to any underground source of drinking water, and
when there is no placement alternative other than another landfill
that contains or may contain hazardous waste or an unlined impound-
ment that contains or may contain hazardous wastes.
The rules restricting the placement of nonhazardous liquids
in hazardous waste landfills became effective on November 8, 1985.
The Agency is issuing this guidance to ensure that owners and
operators of landfills regulated under Subtitle C of the Resource
Conservation and Recovery Act understand the legal requirements
of this provision (which are presented in Section 2 of this guidance)
and to provide assistance to owners or operators in complying
with the provision (presented in Section 3 of this guidance).
The scope of the nonhazardous liquids (NHL's) provision and
the overall demonstration process are explained in a flowchart,
included as Exhibit 1. Owners/operators are not subject to the
prohibition when the following situations occur;
1. NHL's are absorbed and the material passes the-Paint
Filter Liquids Test prior to placement in the
hazardous waste landfill, or
2. NHL's are used in the hazardous waste landfill to
to meet other regulatory or safety requirements:
a. dust suppression
b. fire fighting
c. watering of vegetative cover
d. moistening of clay cap
e. washing of landfill equipment
f. herbicide or pesticide treatment
g. as part of an CPA-approved corrective action program
(e.g. "landfill washing" or "soil flushing")
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QSWER Policy .Directive No. 9487.Q1-A(85)
Section 2.B provides more information about those situations that
if
are not subject to the prohibition.
\An owner or operator who wishes an exemption in order to'
place NrfL's into his hazardous waste landfill must make the
demonstrations under §3004(c)(3). Section 3.C describes what
information should be submitted to EPA beyond that already provided
in a complete Part B permit application.
Sections 3.B and 3.E describe procedures-for processing
exemption requests. The appendices provide reference material for
assisting owners or operators in selecting alternative treatment
methods (Appendix A), in assessing whether hazardous wastes might
be associated with certain industrial processes (Appendix B),
and in determining whether an aquifer might be an Underground
Source of Drinking Water (Appendix C).
*This guidance is subject to change based on comments received
on 40 CFR 270.21(h)(2) and the nonhazardous liquids preamble
langua'ge as part of the Proposed Codification Rule (51 FR 10706)
The comment period closes on May 27, 1986.
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OSWER Policy Directive No. 9487,01-A(85)
1. Introduction
Subtitle C of the Resource Conservation and Recovery Act
(RCRA) of 1976 created a management system to ensure that hazardous '
waste is safely treated, stored, and disposed of to ensure protection
of human health and the environment.
On November 8, 1984, RCRA was amended by the Hazardous and
Solid Waste Amendments of 1984 (HSWA). Section 3004(c)(3) of
HSWA addresses the placement of nonhazardous liquids (NHL's) in
hazardous waste landfills (i.e., those landfills that are regulated
under Subtitle C of RCRA). Section 3004(c)(3) states:
Effective twelve months after the date of the enactment of
the Hazardous and Solid Waste Amendments of 1984, the placement
of any liquid which is not a hazardous waste in a landfill
for which a permit is required under Section 3005(c) or which
is operating pursuant to interim status granted under Section
3005(e) is prohibited unless the owner or operator of such
landfill demonstrates to the Administrator, or the Administrator
determines, that -
A) the only reasonably available alternative to the placement
in such landfill is placement in a landfill or unlined
surface impoundment, whether or not permitted under Section
3005(c) or operating pursuant to interim status under Section
3005(e), which contains, or may reasonably be anticipated
to contain, hazardous wastes; and,
B) placement in such owner or operator's landfill will not
present a risk of contamination of any underground source
of drinking water.
On July 15, 1985, the Environmental Protection Agency (EPA)
published in the Federal Register, as 40 CFR 264.314(e) and
265.314(f), the Final Codification Rule which addresses this
provision (50 FR 28749). The rules are identical for permitted
and interim status facilities:
i
Effective November 8, 1985, the placement of any liquid
which is not a hazardous waste in a landfill is prohibited
unless the owner or operator of such landfill demonstrates
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OfiWEK Policy
*>.,. .->...,,,
EXHIBIT 1
PROCESS TO DETERMINE WHETHER OWNER/OPERATOR
SHOULD SEEK AN EXEMPTION TO THE PROHIBITION ON PLACEMENT
OF NONHAZARDOUS LIQUIDS (NHL's) IN SUBTITLE C LANDFILL*
••fort «L'o roeolvod at fwktltl* C
U, ootcmlBi *o*ta*r lAolr
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to prohibition
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Ookor/oporotcr oooooooo riok of
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This flowchart summarises the guidance, and should cot be
used without It.
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OSWER Policy Directive
to the Regional Administrator, or the Regional Administrator
determines, that:
(I) The only reasonably available alternative to the
placement in such landfill is placement in a landfill
or unlined surface impoundment, whether or not permitted
or operating under interim status, which contains,
or may reasonably be anticipated to contain, hazardous
waste; and
(2) Placement in such owner or operator's landfill will
not present a risk of contamination of any underground
source of drinking water (as that term is defined
in section 144,3 of this chapter).
2. Statutory and Regulatory Requirements
A. Purpose
The Section 3004(c)(3) provision and related provisions thftt
restrict the placement of bulk and containerized liquid hazardous
wastes in landfills (Sections 3004(c)(1) and (2) of RCRA) are
intended to reduce the placement of liquids in hazardous waste
landfills and thus to reduce the probability of migration of
hazardous wastes into ground water. The provisions will also
reduce the quantity of leachate that must be collected and treated
at these landfills.
B. What constitutes placement of nonhazardous liquids?
Congress used the word "placement" in several places in the
Hazardous and Solid Waste Amendments, including the section that
addresses bulk liquid hazardous wastes. The Agency's interpreta-
tion of "placement" of nonhazardous liquids is, accordingly,
similar to that adopted for bulk liquid hazardous wastes (see
Prohibition on the Placement of Bulk Liquid Hazardous Waste in
Landfills, Statutory Interpretative Guidance - Draft, March, 1985
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OSWER Policy Directive No. 9487.01~A(85)
and Final, expected in June, 1986).
The Agency interprets the restriction on "placement"
of NHL's to include, but not be limited to, the following:
1) placing nonhazardous liquids still in liquid form into any
part of a landfill cell prior to solidification, and 2) placing
NHL's into any part of an active landfill unit where the liquids
are then solidified, whether or not subsequent transfer to another
part of the active landfill unit may occur. The legislative
history of a related statutory provision, Section 3004(b) (banning
the placement of liquid hazardous wastes in salt domes, underground
mines, or caves), supports the view that Congress intended the
ban on "placement" to be construed broadly in order to prohibit
the storage of material that is awaiting further treatment or
disposal, and to preclude the use of such locations as treatment
chambers (129 Cong. Rec. H8141, daily ed. October 6, 1983). Thus,
EPA considers that the restriction on nonhazardous liquids applies
regardless of the purpose of placing the liquids into a landfill,
except as described below.
Uses of NHL's that are necessary to meet other regulatory
or safety requirements, including EPA-approved corrective actions,
are not considered to be subject to the restrictions under 3004(c)(3)
The Agency believes that Congress did not intend to require owners
or operators to apply for an exemption for uses of nonhazardous
liquids in or near a landfill that are necessary to comply with
the technical requirements of the RCRA regulations. Based on
the language and legislative history of Section 3004(c)(3) and
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:09WER Policy Directive No. 9487.01-A(85)
*. .
of: Section 3004(c) generally, EPA believes that Congress1 primary
concern in banning liquids was the control of the placement of
.liquids in landfills for treatment, storage, or disposal. The
s
presence of the provision in 3004(c)(3)(A), which was intended
to prevent shifting of the nonhazardous liquids to other locations,
confirms that Congress intended this provision to address waste
management methods. For this reason, uses such as the following
should not be subject to the restrictions under 3004(c)(3): dust
suppression, fire fighting, intermittent watering of vegetative
cover, moistening of a clay cap to prevent cracking or offgassing,
washing of landfill equipment, and herbicide or pesticide treatment
to control certain organisms that could breach a cap or liner.
In addition, EPA believes that the use of liquids for approved
corrective action purposes (e.g., landfill washing or soil flushing
to reduce hazardous waste concentrations) does not require an
owner or operator to apply for an exemption under 3004(c)(3).
Such uses are clearly outside the scope of the provision. It
would not be appropriate to require the identification of "reason-
ably available alternatives" under 3004(c)(3)(A) in these cases
because the liquid is being used to meet corrective action require-
ments at the landfill* Section 3004(c)(3)(B) also appears to be
largely inapplicable, inasmuch as ground water (though not
necessarily an underground source of drinking water) will already
be contaminated in these cases, and EPA will already have made
.1 - '
the determination that corrective action is necessary to remove
or treat contamination.
A liquid is considered to be nonhazardous if its composition
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OSWER Policy Directive No. 9487.Cl-A(85)
or its physical or chemical properties would not, if it were a
waste, qualify it as a hazardous waste under 40 CFR Part 261.
It should be noted that an NHL need not be a "waste" for the
restrictions under 3004(c)(3) to apply. When addressing bulk
liquid hazardous wastes and other classes of materials, the
statute refers to them as "wastes"; there is no such reference
in 3004(c)(3). Therefore, EPA interprets the restriction in
Section 3004(c)(3) as applying to all nonhazardous liquids, not
only to liquid wastes.
To comply with the restriction, the owner or operator must
determine if a nonhazardous material, whether containerized or
in bulk form, is a liquid or contains free liquids. EPA regulations
define "free liquids" as "liquids which readily separate from -
the solid portion of a waste under ambient temperature and pressure"
(40 CFR 260.10). ("Liquids" and "free liquids" include liquids
that separate out during transportation to the landfill.) If it
is not obviously clear to the owner or operator that a nonhazardous
material contains free liquids, the material must be tested. The
Agency considers the Paint Filter Liquids Test (Method 9095; 50
FR 18370 (April 30, 1985)) appropriate for this purpose; this is
the same test that should be used for bulk liquid hazardous
waste. (The legislative history states that "the definition
of liquids is the same for liquid hazardous and nonhazardous waste"
(129 Cong. Rec. H8139, daily ed., October 6, 1983); thus the use
of the same test as for bulk hazardous wastes is clearly appropriate.)
The test defines the substance being tested as a liquid if, within
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OSWER Policy Directive No. 9^.87.Q1-A(85)
a 5-minute period, any fluid passes through the paint filter from
a representative sample of the substance.
If a sample passes the Paint Filter Liquids Test (i.e., no
fluid passes through the filter within 5 minutes), the nonhazardous
material is not subject to the restriction in Section 3004(c)(3)
and can be placed in a hazardous waste landfill. If a sample
fails the Paint Filter Liquids Test, it must be determined if
treatment is a reasonably available alternative. If it is, the
material may be treated (but not in the landfill unit itself) so
that it passes the test, at which time it is no longer subject to
3004(c)(3) and thus may be placed in a hazardous waste landfill.
Congress specifically prohibited the use of absorbents in treating
bulk liquid hazardous wastes but made no mention of absorbents "in
addressing NHL's. Had such an absolute prohibition been intended
for NHL's, EPA believes that Congress would have included it.
Therefore, nonhazardous liquids to which absorbents have been
added may be placed in a hazardous waste landfill, so long as a
representative sample of the absorbed material passes the Paint
Filter Liquids Test. However, EPA encourages the use of
structurally stable, nonbiodegradable absorbents if NHL's are
treated with absorbents.
C. What is required to qualify for an exemption to Section
3004(c)(3)?
The second question that must be addressed is whether there
is any reasonably available alternative to the placement of the
NHL in the Subtitle C landfill. The owner or operator of a
hazardous waste landfill who seeks to place nonhazardous liquids
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OSWER Policy Directive No. 9487.01-A(85)
in liquid form in that landfill must make the demonstrations
required by HSWA and the implementing regulations. These
demonstrations are described in this and succeeding sections of
this guidance; the manner in which the demonstrations must be
made and the information that is required to make the demonstrations
are described in Section 3.
To qualify for an exemption, the owner or operator of a
Subtitle C landfill must show that all available alternatives
have been examined and must demonstrate that the only reasonably
available alternative is placement in another Subtitle C landfill
or any other landfill or unlined impoundment (whether or not
regulated under 40 CFR Part 264-265) that is known to contain or
may reasonably be anticipated to contain hazardous wastes.
Factors such as technological considerations, engineering consid-
erations, the relative locations of suitable alternative sites,
the nature of the nonhazardous liquid, applicable State restric-
tions on universe of hazardous waste, the commercial availability
of alternative facilities, as well as other factors all may be
used to determine reasonable availability. Potential alternatives
to the Subtitle C landfill that should be considered are discussed
below in Sections 2.D, 3.C, and 3.D of this guidance.
D. What alternatives to placement in a Subtitle C landfill should
be considered?
There are several alternatives to placing the NHL in a
Subtitle C landfill that should be considered by the owner or
operator. If any alternative is found to be reasonably available,
the owner or operator is not eligible for the exemption under
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OSWER Policy Directive No. 9487.01-A(85)
3004(c)(3) and thus may not place the NHL in the Subtitle C
landfill while the material remains in liquid form or contains
free liquids.
Among the potential alternatives that should be considered
are alternatives that do not involve storage or disposal in any
landfill or impoundment. These alternatives may include injection
wells; destruction (e.g., by incineration or reuse as fuel);
discharge to a publicly owned treatment works (POTW); discharge
through an NPDES permit; or treatment (e.g., physical, chemical,
or biological). Appendix A lists several publications that may
be useful in selecting an appropriate alternative. Treatment
that would allow the NHL to pass the Paint Filter Liquids Test,
and thus no longer be subject to 3004(c)(3), also should be
considered. It should be noted that if the nonhazardous liquids
are treated in any way, the treatment may not occur within the
Subtitle C landfill unit.
Other alternatives that should be considered include placement
in other impoundments or landfills. Lined impoundments regulated
under Subtitle D (that do not contain hazardous waste) or
Subtitle C of RCRA, unlined Subtitle D impoundments that do not
contain hazardous wastes, and Subtitle D landfills (whether lined
or unlined) that do not contain hazardous wastes are all potential
alternatives. Owners or operators of Subtitle C landfills must
demonstrate that none of these various alternative facilities are
reasonably available in order to qualify for an exemption to
3004(c)(3).
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OSWER Policy Directive No. 9487.0i-A(85)
In determining whether an impoundment is lined or unlined,
the intent of Congress is clear. The legislative history states
that "the term 'unlined1 means a unit which does not meet the
requirements of 40 CFR Part 264, Subpart Kf promulgated on
July 26, 1982" (129 Cong. Rec. H8141, daily ed., October 6,
1983). The July 1982 regulations at 40 CFR 264.221 require, in
effect, a clay or synthetic liner to be installed for storage
surface impoundments, and a synthetic liner to be installed at
disposal impoundments. The clay liner must be of sufficient
thickness to prevent waste migration beyond its base during the
active life (including the closure period) of the impoundment.
Therefore, EPA considers an impoundment to be unlined if:
0 it has no liner;
0 it is a disposal unit and has no synthetic liner (see
Draft Minimum Technological Guidance on Single Liner
Systems for Landfills, Surface Impoundments, and Waste
Piles-Design, Construction, and Operation, May 1985.
EPA/530-SW-85-013);
0 it is a storage unit and has an inadequate clay liner;
or
0 it, for any reason, has an inadequate liner, regardless
of the materials used.
Several or many alternative landfills and impoundments may
have to be considered by an owner or operator who is seeking an
exemption (Sections 3.C and 3.D list the specific alternative
facilities that must be considered). It must be demonstrated
that each alternative landfill and unlined impoundment contains,
or may reasonably be anticipated to contain, hazardous wastes.
Owners or operators could determine the likelihood that alternative
landfills or unlined impoundments contain or might contain hazardous
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OSWER Policy Directive No. 9487.01-A(85)
wastes (including small quantity generated wastes) in several
ways (the legislative history refers to units that "contain or
might contain hazardous wastes due to prior disposal practices"
(129 Cong. Rec. H8138, daily ed., October 6, 1983).
An examination of each alternative facility's records may
provide evidence that hazardous wastes might be present. However,
these records may refer to previously disposed wastes by names
other than chemical names (e.g., product names or other commonly
used names), so some care would be necessary in comparing the records
to materials listed in 40 CFR Part 261. Records at alternative
sites may also identify industries that utilized the site for
disposal in the past; a list of industries and their associated
hazardous wastes is included as Appendix C of EPA's guidance on"
RCRA Preliminary Assessment/Site Investigation to Implement
Corrective Action. This list could be valuable in assessing the
likelihood of prior disposal of hazardous wastes. (The list is
included as Appendix B.) It should be noted that the examination
of records at potential alternative facilities may not be useful
in identifying wastes that are classified as hazardous only
because they exhibit certain characteristics defined in Subpart C
of 40 CFR Part 261 (ignitability, corrosivity, reactivity, and EP
Toxicity). In addition, the quality of records that predate the
interim status rules (November 19, 1980) at alternative facilities
must be taken into account before the determination that no
hazardous wastes are present can be made.
The most obvious means of determining whether an alternative
landfill or unlined impoundment contains or might contain hazardous
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OSWER Policy Directive No. 9487.01-AC85)
wastes is by sampling the contents of the alternative unit. The
examination of such databases as CERCLIS, compiled under the
Comprehensive Environmental Response, Compensation, and Liability
Act of 1980 (CERCLA, or Superfund), may be used to assess the
potential presence of hazardous wastes. In heavily industrialized
areas, commercial facilities are likely to have received hazardous
wastes in the past and this may be considered in making the
determination if alternative facilities contain hazardous waste.
Current or recent disposal of certain hazardous wastes by small
quantity generators (SQG's) may be identified as a result of an
HSWA requirement (Section 3001(d) of RCRA) that certain SQG
wastes be manifested.
E. What constitutes a risk of contamination to an underground
source of drinking water? _,,,"
As stated in the Final Codification Rule, an underground
source of drinking water (USDW) is defined in 40 CFR 144.3. That
section defines a USDW as:
... an aquifer or its portion:
(a)(l) Which supplies any public water system; or
(2) Which contains a sufficient quantity of ground
water to supply a public water system; and
(i) Currently supplies drinking water for
human consumption; or
(ii) Contains fewer than 10,000 mg/L total
dissolved solids; and
1 (b) Which is not an exempted aquifer.
It should be noted that as used in these regulations, "aquifer"
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OSWER Policy Directive No. 9487.01-A(85)
refers to an entire hydrogeologic unit, not only the point(s) at
which water is or could be withdrawn. "Public water system" is
defined at 40 CFR 142.2(k) as "a system for provision to the
public of piped water for human consumption, if such system has
at least 15 service connections or regularly serves an average of
at least 25 individuals daily at least 60 days out of the year."
Per capital water use varies greatly depending on geographical
and seasonal consumption, so the water volume necessary to qualify
an aquifer as a potential public water system could be relatively
small in some circumstances.
To qualify as a USDW, an aquifer need not be actively
supplying public water. Under 40 CFR 144.3, as noted above, the
aquifer need only have sufficient capacity to supply a public
water system, have less than 10,000 milligrams per liter (mg/L)
total dissolved solids, and not be an exempted aquifer (exemption
criteria are provided at 40 CFR 146.4). To illustrate the
restrictiveness of the 10,000 mg/L dissolved solids limitation,
ground water having a total dissolved solids concentration greater
than 500 mg/L is not recommended for human consumption and any
ground water having more than 2,000 mg/L is generally unfit for
long-term irrigation (Clark, J.W. et al. Water Supply and Pollution
Control. Harper and Row Publishers, New York, 1977.)
The most complete sources of information concerning identified
USDW's are the State regulatory offices with jurisdiction over
l
underground injection wells. State offices that deal with drinking
water may also be valuable sources of information. Appendix C
contains a list of EPA and State officials who may be helpful in
15
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OSWER Policy Directive No. 9487.01-A(85)
identifying USDW's.
The owner or operator of a Subtitle C landfill roust also
demonstrate that placing the nonhazardous liquids in the landfill
would pose no risk to a USDW. EPA believes that a risk of
contamination to a USDW exists when there is a threat to human
health and the environment resulting from an increase in the
concentration of hazardous wastes or constituents. The ground
water protection standards (including alternate concentration
limits) set under §264.92 and .94 are set at a level that protects
human health and the environment. EPA presumes that if the con-
stitutent concentrations in ground water are already at an unac-
ceptable level, the addition of liquids to the unit that is leaking
will increase the risks posed by that unit. A landfill would be
ineligible for the exemption under 3004(c)(3) if 1) any concentrar
tion of a hazardous waste or constituent in a USDW exceeds any
ground-water protection standard (unless it is shown that the
landfill is not responsible for the contamination or that the
addition of NHL's would not increase the risk) or 2) if the
addition of nonhazardous liquids to a landfill could cause concen-
trations to exceed any ground water protection standard (including
alternate concentration limits).
3. General Guidance
A. Introduction
As discussed in preceding sections of this guidance, an owner
or operator of a hazardous waste landfill who seeks to place
nonhazardous liquids in the landfill must demonstrate that the
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OSWER Policy Directive No. 9487«01-A(85)
only reasonably available alternative is placement in a landfill
or an unlined impoundment (whether or not regulated under Subtitle
C of RCRA) that contains or may contain hazardous wastes. The
owner or operator must also demonstrate that placement of the
nonhazardous liquid in his hazardous waste landfill would not
pose a risk of contamination to any underground source of drinking
water. Section 3.B below specifies the manner in which owners
or operators may apply for an exemption to Section 3004(c)(3) of
RCRA, and Section 3.C specifies the information that must be
provided by owners or operators to make the required demonstrations.
Section 3.D lists the alternatives to such placement that should
be considered and found not to be reasonably available.
B. How may an owner or operator apply for an exemption to Section
3004(c)(3)?
An owner or operator who seeks to place nonhazardous liquids
in a hazardous waste landfill must make the demonstrations described
in Sections 2.D, 2.E, and 3.C of this guidance to the EPA Adminis-
trator. A prospective owner or operator who is applying for a
permit under 40 CFR Part 270 for a hazardous waste landfill should
make the demonstrations in the initial Part B permit application.
An owner or operator of a hazardous waste landfill that is currently
operating under a final permit must make the demonstrations in an
application for a major permit modification. EPA notes that all
owners or operators of currently operating hazardous waste land-
fills were required to submit a Part B application for a final
permit by November 8, 1985. Because the information needed in
assessing an exemption request includes data already available in
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OSWER Policy Directive No. 9487.01-A(85)
a complete Part B, owners or operators still operating under
interim status should amend their applications with the additional
information described in this guidance. EPA will make all efforts
to process the exemption requests concurrent with the Part B permit
application. However, owners or operators are entitled to have
their exemption request acted upon prior to final action on their
Part B permit application. Consequently, procedures for such
action during the interim status period are included in this
guidance.
C. What information, in addition to information already in the
Part B, must be submitted to make the required demonstrations?
The owner or operator seeking an exemption from Section
3004(c)(3) of RCRA must first identify the nonhazardous IjLquid
that is to be placed in the Subtitle C landfill. The nature of
the nonhazardous liquid and the volume to be received must be
specified.
The owner or operator must then make the demonstrations
regarding alternatives by identifying the specific alternatives
that were considered, by describing the alternatives that were
found not to be reasonably available, and by providing appropriate
documentation for those findings. First, the owner or operator
must show that alternatives other than placement in any landfill
or impoundment were considered; these alternatives should include,
at a minimum, those that are described in Section 2.D of this
guidance and listed in Section 3.D. The owner or operator should
describe the reason or reasons why each of these alternatives
was found not to be reasonably available and provide appropriate
18
-------
OSWER Directive #9487.01-1A(85)
RESTRICTION ON THE PLACEMENT
OF NONHAZARDOUS LIQUIDS IN HAZARDOUS WASTE LANDFILLS
STATUTORY INTERPRETATIVE GUIDANCE
(April 1986)
Land Disposal Branch
Office of Solid Waste
U.S. Environmental Protection Agency
-------
OSWER Policy Directive No. 9487.01-A(85)
documentation. Technological and engineering considerations,
the nature of the nonhazardous liquid, applicable State rest.ric-
tions and other factors may all be considered in assessing the
reasonable availability of these alternatives.
The owner or operator must also show that alternative surface
impoundments and landfills were considered and identify the
facilities considered. At a minimum, the facilities of the
following types nearest the generator should be considered:
Subtitle D (nonhazardous waste) impoundments; Subtitle D landfills;
and Subtitle C (hazardous waste) impoundments. (The owner or
operator of the Subtitle C landfill who is seeking an exemption
may require the generators of the NHL's to provide information
on alternative facilities. It should be noted, however, that
the landfill owner or operator is responsible for making the
demonstrations.) The reason or reasons why each alternative
facility has been found not to be reasonably available must also
be provided. The criteria described in the previous paragraph
may be used for justification here as well; the relative locations
of alternative facilities and their commercial availability may
also be used. (It should be noted that the possible presence
of hazardous wastes in an alternative facility does not affect
reasonable availability. The language of 3004(c)(3) refers to
the presence or possible presence of hazardous wastes in landfills
and unlined impoundments as the only acceptable reason for rejecting
a reasonably available alternative, not as a means of determining
reasonable availability.)
If any alternative surface impoundment is found to be reasonably
available, the owner or operator who is seeking an exemption must
19
-------
OSWER Policy Directive No. 9487.01-A(85)
provide evidence that it is unlined and that it contains or may
contain hazardous wastes. (It should be noted that nonhazardous
wastes placed in lined Subtitle C or D impoundments (i.e., those
that meet the requirements for liners in 40 CFR Part 264, Sybpart
K in effect on July 26, 1982 and July 15, 1985) are not subject
to the restrictions of Section 3004(c)(3).) If any alternative
landfill is determined to be reasonably available, the owner or
operator must show that it contains or may contain hazardous
wastes. Evidence to justify the showing must also be provide^
for Subtitle D landfills (Subtitle C landfills may be assumed to
contain hazardous wastes).
The owner or operator must also show that there is no risk
of contamination to a USDW (as defined in Section 2.E of this
guidance). Permit writers will use ground water monitoring data
to determine if contamination has occurred, and will consider
other information submitted by the owner/operator in assessing
whether the addition of nonhazardous liquids would result in
contamination.
If a facility has received a permit, the ground, water
monitoring data submitted according to the standards in 40 QFR
Part 264 Subpart F should provide the permit writer adequate
information to determine the extent of contamination (if any)
that has occurred at or beyond the point of compliance. If an
interim status facility has not (yet) received a permit, it will
have submitted a Part B permit application. This application
would include a summary of Part 265 monitoring data under 40 CFR
270.14(c)(l) and a description of aquifers beneath the facility
20
-------
OSWER Policy Directive No. 9487.01-A(85)
under (c)(2). In addition, 270.14(c)(4) requires certain interim
status facilities to describe in their Part B applications any
plume of contamination that has entered the ground water from the
landfill, and to identify the concentration of each Appendix VIII
constituent. Facilities that should have complied with (c)(4)
are those that should have a Part 265 monitoring system but do
not (e.g., those that wrongly claimed a monitoring waiver); those
whose interim status data indicate contamination has occurred;
and those whose Part 265 monitoring system is or was inadequate
to determine whether a plume of contamination has occurred. The
data submitted under 270.14(c) should be of adequate quantity and
quality to qualify the facility for a permit. If adequate to
qualify for a permit, the information should allow the permit
writer to determine the extent of contamination (if any) that has
occurred.
If the ground water monitoring data represent samples taken
from a USDW, the process followed by the permit writer will be
relatively straightforward. If the ground water protection standard
(including an alternate concentration limit, if applicable) set
under 40 CFR 264.92, or for interim status facilities any concen-
tration limit proposed by the owner or operator, and tentatively
accepted by the permit writer under 40 CFR 270.14(c)(7)-(8), has
not been exceeded in the USDW, the facility may qualify for an
exemption to 3004(c)(3). Similarly, if groundwater monitoring
data (under Part 264 Subpart F or under 270.14(c)) do not represent •
samples taken from a USDW but show that no ground water protection
standard has been exceeded, the facility may be eligible. In
21
-------
OSWER Policy Directive No. 9487.01-A(85)
those cases, concentrations in the nearest USDW, even if it is
hydraulically connected to the uppermost aquifer (where monitorial
occurs), would not likely exceed the limits.
In cases where the concentration of any hazardous waste or
constituent exceed a ground water protection standard, but the
monitoring data do not represent samples taken from a USDW, or
where there are no ground water monitoring data available (because
the facility was exempt from Part 265 Subpart F requirements and
has either received or applied for an exemption from Part 264
Subpart F requirements), additional information will be necessary.
In order to be considered for an exemption under 3004(c)(3) in
these cases, the owner or operator should show either that the
landfill is not responsible for any contamination that has been
detected or that concentrations in the USDW itself will not exceed
levels that are protective of human health and the environment.
EPA believes that in most cases the appropriate levels would be
equivalent to those established for the ground water protection
standard. The following information should be submitted in
making these showings:
0 design and operating characteristics of the landfill
(including the presence of a double liner and leachate
collection system meeting the requirements of 3004(o)
guidance (see Draft Minimum Technological Guidance on
Double Liner Systems for Landfills and Surface Impound-
ments - Design, Construction, and Operation - May 1985
(EPA 530-SW/ 85-014);
0 geology and hydrogeology of the area surrounding the
landfill (including any hydraulic connections between
the ground water in which monitoring occurs and any
. USDW);
0 anticipated fate and transport of the contaminant(s) in
ground water between the point of compliance and any USDW.
22
-------
OSWER Policy Directive No. 9487.01-A(85)
(In cases where an interim status facility has applied for a
waiver of Part 264 Subpart F requirements in the Part B application,
the facility would be eligible for the NHL exemption if the
permit writer concludes that the facility would qualify for the
waiver. A finding that a facility meets 264.90(b)(4) is sufficient
to grant the NHL exemption/ but if the facility fails to meet
(b)(4) it could still submit the additional information because
(b)(4) is a "no migration standard", which is more stringent
than the ground water protection standard.) EPA presumes that if
the ground water protection standard has been exceeded, there is a
risk from the addition of nonhazardous liquids, which could leach
additional constituents or increase the rate of migration. However,
it is possible, even in a case where the ground water protection
standard has been exceeded, that an owner or operator may have
information to show that the addition of NHL's would not increase
the risk or would even reduce the risk. Permit writers will con-
sider any such information submitted by the owner or operator.
If a ground water protection standard has not been exceeded,
the owner or operator should also demonstrate whether the addition
of nonhazardous liquids is likely to create a situation that may
lead to an exceedance of a ground water protection standard in the
future. Principal factors that should be addressed are (1) infor-
mation on the compatibility of the NHL and the liner(s) present
and (2) compatibility of the NHL with the existing wastes, including
the likelihood for mobilization of hazardous constituents by the
i
NHL. Other information that would be useful in making such an
assessment include, but is not limited to, operating data (e.g.,
a history of receiving liquids), information concerning-the
23
-------
OSWER Policy Directive No. 9487.01-A(85)
design and installation of liner(s) and leachate collection
systems, and information concerning the location of the nearest
USDW and the intervening hydrogeology. The potential for a time
lag between the release of a hazardous constituent and its arrival
in the USDW, due to the hydrogeologic characteristics of intervening
geologic materials, will be considered.
D. Alternatives that should be considered
The owner or operator applying for an exemption to Section
3004(c)(3) should have considered the following alternatives.
To qualify for the exemption, each alternative considered must
be shown not to be reasonably available.
1. Alternatives that preclude placement in any landfill
or impoundment:
a. Destruction (e.g., incineration and reuse as fuel)
b. Discharge to a publicly owned treatment works
c. Discharge through an NPDES permit
d. Placement in an injection well
e. Treatment (e.g., physical, chemical, or biological)
2. Alternative impoundments and landfills:
a. Lined Subtitle C impoundments that may contain
hazardous wastes
b. Subtitle D impoundments (lined or unlined) that do not
contain hazardous wastes
c. Subtitle D landfills (lined or unlined) that do not
contain hazardous wastes
E. Implementation
The owner or operator applying for an exemption to Section
3004(c)(3) must send an application to the EPA Regional Admini-
strator. Upon receipt of an exemption request, EPA will perform
a review to determine administrative and technical completeness.
The review will normally be completed at the same time the Part B
24
-------
SIC* INDUSTRY NAME
2816 Inorganic Pigments
INDUSTRIES AND TNB^R RELATED HAZARDOUS WASTES
WASTE DESCRIPTIONS
Primarily used as an alloy additive to metals to
add corrosion and high temperature resistance and
in the manufacture of inorganic pigment.
WASTE
CODES
CHEMICAL
FAMILY
K100 Cationic
K061 Compound
KOOS
K048
K062
K069
Date 11/04/85
Page 15
COMPOUND NAMES / SYNONYM
Chromium
-
•3-
a
Primarily used as an alloy additive to metals to
add corrosion and high temperature resistance and
in the manufacture of inorganic pigment.
282 PLASTICS,SYNTHETICS, Used in the production of various elastomers,
FIBERS;EXCEPT GLASS coating and plastics, such as styrene and
butadiene.
K002 Cationic
K006 Compound
K049
K003
K007
K050
K004
K008
K051
U152 Nitrite
Chromium
Methacrylonitrile
HAN
CO
i
00
(J\
Used in the leather tanning, and in manufacturing
adhesives and polyester.
U126 Aldehyde Glycidylaldehyde
Possible by-products from the manufacture of
medicines (sedative), oils, waxes, rubber,
solvents, leather.
U182 Aldehyde
K009
K010
K026
Paraldehyde
2,4,6 trimethyl1-1,3,5-trioxan
Possible by-products from the manufacture of U166 Ketone
Pharmaceuticals, dyes, rubber, polyester resins, K024
and fungicide.
1,4-Naphthoquinone
1,4-naphthalenedione
By-products from the manufacture of fiberglass,
acrylic resins, and reinforced plastics.
U160 Ketone
2-Butanone peroxide
Methyl ethyl keton peroxide
Primarily used as a curing agent for polyurethanes
and epoxy resins.
U158 Amine
4-4-snethylene bis <2-chloro-an
By-products from the manufacture of rubber and
certain dyes such as microscopy stains.
U021 Amine Benzidine
(I,l-biphenyl)-4,4 diamine
-------
INDUSTRIES AND THEIR RELATED HAZARDOUS WASTES
Date 11/04/85
Page 16
SIC* INDUSTRY NAME
WASTE DESCRIPTIONS
282 Plastic Materials
& Synthetics
Used as an agent to allow heat stabilization of
cellulose nitrate.
WASTE CHEMICAL
CODES FAMILY
K104
K083
Amine
COMPOUND NAMES / SYNONYM
Diphemylamine
a?
t->
M-
3
Used in insecticides, fumigants, gold and silver
ore processing. Spent analytical chemistry
reagent.
U191 Nitrogen
K026 Compound
2-picoline
2-methyl-pyridine
o
rr
H-
By-products of the manufacturing in the following
industries: Pharmaceuticals, ion exchange and
protective coatings, adhesives, and surfactants.
P054 Nitrogen
Compound
Ethylene imine,
Aziridene
•£>
*k
00
Possible by-products from the manufacture of
synthetic resins, Pharmaceuticals, insecticides,
and fungicides.
Possible by-products from the manufacture of
drugs, resins, photographic chemicals, and as an
analytical reagent.
U116 Nitrogen
Compound
U219 Nitrogen
Compound
Ethylene thiourea
2-imidazolidinethione
Thiourea
Thiocarbamide
30
O1
Primarily used in the production of polyurethane U223 Nitrogen
foams, elastomers, and coating. K027 Compound
Tolylene diisocyanate
1,3-di isocyanatomethyl
Used in the manufacture of various fungicides and P049 Sulfur
rubber. Compound
2, 4 - Dithiobiuret
Biuret
Manufacturing by-products and
treatment of viseone rayon, cellophane, and
veterinary medicines.
P022 .
FOOJ i Compound
Carbon disulfide
Carbon bisulfide
Possible by-products from the manufacture of
insecticides, fungicides, disinfectants,
bacteriostat, and rubber.
U244 Sulfur
Compound
Thiuram '
Tetramethylthiuram disulfide
By-products of the manufacture of various epoxy
and phenoxy resins.
U041 Oxygen
Compound
Epichlorohydrin
1-cliloro-2,3-epoxy propane
Primarily used as a monomer for polymethaerylate
resins.
U162 .Oxygen
Compound
Methyl methacryrlate
-------
INDUSTRIES AND THEIR RELATED HAZARDOUS WASTES
SIC* INDUSTRY NAME
WASTE DESCRIPTIONS
WASTE CHEMICAL
CODES FAMILY
Date 11/04/85
Page 17
COMPOUND NAMES / SYNONYM
282 PLASTICS,SYNTHETICS, By-products from the manufacture of polyester and
FIBERS,-EXCEPT GLASS alkyl resins, pesticides, and paper.
UU7
K023
K093
Anhydride Maleic anhydride
2,5-Furanedione
?rimarly used in the production o polysulfide
rubber and as a solvent.
U024 Hydrocarbon BIS (2-Chlorethoxy) Methane
Oichloroetbyl Formal
rr
By-products from the manufacture of poly sulfide
rubber. Spent solvent.
Spent ion-exchange resins and laboratory reagents.
Various spent refrigerants and propellants.
By-products from the manufacture of insecticides
and fluorocarbon plastics. Spent analytical
laboratory reagents.
U024
K017
P016
K017
U044
K009
K010
K019
K020
KQ21
K029
K073
Hydrocarbon Bis(2-chloro -ethoxy) methane
Dichloroethyl formal
Hydrocarbon Bis(cMoroethyl) ether
Dichlorodimethyl ether
Hydrocarbon Chloroform
Trichloromethane
cc
I
Primarily used in the production of various
strong-base, ion exchange (anion) resins.
U046
Hydrocarbon Chloromethyl Methyl Ether
CHME
Possible by-products from the manufacture of
Pharmaceuticals, resins, dyes, and pesticides.
U130
F024
K032
K033
K03A
Hydrocarbon HexachIorocycIopentadiene
Primarily used in electroplating, paper production U155 Hydrocarbon Methapyrilane
and the production of various resins.
Primarily used in the manufacture of alkyd resin
known for fast drying speeds.
U162 Hydrocarbon Methyl Methocrylate
By-product from the manufacture of polyvinyl
chloride and related polymers.
U043 _ Hydrocarbon Vinyl chloride
K019 ' Chloroethylene
K029
K020
K028
-------
SIC* INDUSTRY NAME
lMUU»IKieS HNU I4IC1K KCLMItU
WASTE DESCRIPTIONS
i i/
WASTE
CODES
CHEMICAL
FAMILY
Page
COMPOUND NAMES / SYNONYM
/ oj
18
282 Plastic Materials &
Synthetics
Prlmarly used as plasticizer in the production of
such polymers as polyvinyl chloride.
U028 Aromatic BIS (2-Ethylhexyl) Phthalate
Hydrocarbon Diactyl Phthalate
Used in the manufacture of various polyvinyl and
cellulosic resins and as an organic intermediate.
Aromatic Butyl Benzyl Phthalate
Hydrocarbon BBP
O
rr
Used in the manufacture of nitro cellulose
lacquers and elastomers, insecticides, inks,
adhesives, and solid rocket propellent.
Primarily used as a monomeric plasticizer for
vinyl and cellulosic resins..
U069 Aromatic Di-n-butyl ph'thalate
Hydrocarbon DBP ,
U107 Aromatic Di-n-octyl phthalate
Hydrocarbon
00
-J
Possible by-products from the manufacture of
insecticides, plastics camphor substitute, solid
rocke propellent and solvent for nitrocellulose
and cellulose acetate.
U088 Aromatic Diethy Phthalate
Hydrocarbon Ethyl Phthalate
00
By-products from the manufacture of cellulose
acetate, resins, perfumes, plastics, rubbers, and
solid rocket propellants.
U102 Aromatic Methyl phthalate
Compound
Possible by-products from the manufacture of
various resins, dyes, Pharmaceuticals, adhesives,
medicines, and rubber.
U201 Aromatic Resorcinol
Hydrocarbon Resorcin
Spent solvent. Fuel additive. By-products from
manufacture of resins, coatings, dyes, and
explosives.
U220
K015
F005
K036
F024
K037
Aromatic Toluene
Compound Methyl benzene
283 DRUGS
Used in the production of medicines and as a
industrial catalyst.
U216
Anionic
Compound
Thallium chloride
Thallous chloride
Possible by-products from the manufacture of K071 Cationic Mercury
fungicides, bactericides, pulp and paper, K106 Compound Quicksilver
electrical apparatus, pants, and pharmaceutical.
-------
SIC* INDUSTRY NAME
INDUSTRIES AND THEIR RELATED HAZARDOUS HASTES
UASTE DESCRIPTIONS
WASTE CHEMICAL
CODES FAMILY
Date 11/04/85
Page 19
COMPOUND NAMES / SYNONYM
283 DRUGS
Used in medicines and as a rat poison.
P122 Cationic
Compound
Zinc phosphide
Used in the manufacture of various medicine.
U035 Acid
ChlorambaciI
Butanoic acid
rt
i-1-
Primarily used in the production of various
medicines and insect chemosteri lant.
U150 Acid
Melphalan
Surcclysin
By-products from the manufacture of dyes and U006 Acid
Pharmaceuticals. . Halide
By-products from the manufacture and waste P028 Acid
treatment of photographic chemicals, quarternay U157 Halide
(ammonium) agents, perfumes, agents, perfumes, K015
and Pharmaceuticals. K085
Acetyl chloride
Ethanoyl chloride
Benyl chloride
3,4-benzacridine
00
i
30
Ul
By-products from the manufacture and waste
treatment of various Pharmaceuticals, herbicides,
and polymers, especially polyurethane and
polyester resins.
P003 Aldehyde
Acrolein
Acrylic aldehyde
Possible byproducts from the manufacture of
medicines (sedative), oils, waxes, rubber,
solvents, leather.
U182 Aldehyde
K009
K010
K026
Paraldehyde
2,4,6 trimethyl1-1,3,5-trioxan
Possible by-products from the manufacture of U166 Ketone
Pharmaceuticals, dyes, rubber, polyester resins, K024
and fungicide.
1,4-Naphthoquinone
1,4-naphthalenedione
By-products from the manufacture and treatment of
Pharmaceuticals, herbicides, plasticizers, and
glycerol.
POOS Alcohol
Allyl alcohols
2-propen-l-ol
Used in the manufacture of various medicines.
P046 Amine
Alpha-alpha-dimethyl phenethyl
By-products from the manufacture of
Pharmaceuticals, dyes, and agricultural
chemicals.
P024 Amine
P-Chloroaniline
Benzenamtne
-------
SIC* INDUSTRY NAME
283 DRUGS
INDUSTRIES AND THEIR RELATED HAZARDOUS WASTES
Date 11/04/85
Page 20
WASTE DESCRIPTIONS
WASTE
CODES
CHEMICAL
FAMILY
COMPOUND NAMES / SYNONYM
Used in insecticides, fumfgants, gold and silver U191 Nitrogen 2-picoline
ore processing. Spent analytical chemistry K026 Compound 2-methyl-pyridine
reagent.
Possible by-products from the manufacture of
Pharmaceuticals as well as pesticides and
disinfectants.
Nitrogen
Compound
4-Hydroxylaminoquinoline N-Oxi
•5-
o
(•*•
o
By-products from the manufacture of medicines and
lubricant additives.
P018 Nitrogen
Compound
Used in the production of Pharmaceuticals U238 Nitrogen
including veterinary), pesticides, and fungicides. Compound
Brucine
D imethoxystrychnine
Ethyl carbamate
Urethane
00
-4
By-products of the manufacturing in the following P054 Nitrogen Ethylene imine
industries: Pharmaceuticals, ion exchange and Compound Aziridene
protective coatings, adhesives, and surfactants.
00
Ui
Possible by-products from the manufacture of
synthetic resins, Pharmaceuticals, insecticides,
and fungicides.
U116 Nitrogen
Compound
Ethylene thiourea
2-imidazolidinethione
Possible by-product from the manufacture of
medicines, insecticides, and leather tanning.
P075 Nitrogen
Compound
Nicotine and salts
Used as medicine in the chemical treatment of
cancer.
Nitrogen
Compound
Nitrogen Mustard
Primarily used as a medicine.
Nitrogen PropylthiouraciI
Compound 6-prepyl-2-thiouraciI
Spent solvent. By-pro'duct from the manufacture of U196 Nitrogen Pyridine
various vitamins, drugs, dyes, fungicides. K026 Compound
F005
Primarily used as a non-nutritive sweetner found U202 Nitrogen Saccharin
in syrups, medicines, soft drinks, and dietic Compound 0-benzosulfimide
foods. '
-------
SIC* INDUSTRY NAME
263 DRUGS
INDUSTRIES AND THEIR RELATED HAZARDOUS HASTES
WASTE DESCRIPTIONS
Date 11/04/85
Page 21
HASTE CHEMICAL
CODES FAMILY COMPOUND NAMES / SYNONYM
Possible by-products from the manufacture of U219 Nitrogen
drugs, dyes, resins, photographic chemicals, and Compound
as an analytical reagent.
Thiourea
Thiocarbamide
-
•3.
a
3
Used in the manufacture of medicine, plated metal, P121 Nitrogen Zinc cyanide
and insecticides. Spent chemical reagent. Compound __
Used in the manufacture of various pharmaceutical P014 Sulfur
products. Compound
Primarily used in medicines (treatment of
seborrhea).
U205 Sulfur
Compound
Benztnethiol
Thiophenol
Selenium sulfide
Sulfur selenide
00
-J
Used in the manufacture of medicine, rodenticide, P115 Sulfur
pesticide, and as an analytical reagent. Compound
Thai Mum sulfate
Thallous sulfate
00
Ul
A soluble, largely monianic complex used to treat U139 Organomet- Iron dextran
iron-deficiency anemias in humans and livestock. at lie Comp.
Possible by-products from the manufacture of
medicines, textiles, pigments, vanishes, "pent
analytical laboratory reagent.
U144 Organomet- Lead acetate
at lie Comp. Acetic acid (lead salt)
Used in the manufacture of.medicine and processing U214 Organomet- Thallium acetate
of various ores. at lie Comp. Thallous acetate
Possible by products from the manufacture of
varnishes, adhesives, insecticides,
Pharmaceuticals, allylalcohol and a precursor
of epechlorohydrin.
F024 Hydrocarbon 3-Chloropropene
Allyl Chloride
Possible by-products from the manufacture of
Pharmaceuticals, resins, dyes, and pesticides.
U130 Hydrocarbon Kexachtorocyclopentadiene
F024
K032
1C033
K034
Utilized in cancer research as an antineoplastic
agent.
Hydrocarbon Tris(1-«Jdyl) Phosphine Sulfi
-------
SIC* INDUSTRY NAME
INDUSTRIES AND THEIR RELATED HAZARDOUS WASTES
Date li/U
-------
INDUSTRIES AND THEM RELATED HAZARDOUS HASTES
Date 11/04/85
Page 23
SIC* INDUSTRY NAME
WASTE DESCRIPTIONS
WASTE
COOES
CHEMICAL
FAMILY
COMPOUND NAMES / SYNONYM
2834 Pharmaceutical
Preparations
Primarily used in the manufacture of contraceptive U089 Hydrocarbon Dlethylstilbestrol
drugs.
Used as an ant
-------
INDUSTRIES AND THEIR RELATED HAZARDOUS WASTES
SIC* INDUSTRY NAME
WASTE DESCRIPTIONS
Date 11/04/85
Page 24
WASTE
CODES
CHEMICAL
FAMILY
COMPOUND NAMES / SYNONYM
284 SOAP, DETERGENTS AND Spent organic solvent. By-product from the
OTHER CLEANING PREP. manufacture of perfumes, lacquers, and
thermoplastics.
Spent organic solvents. By-product from the
manufacture of perfumes, lacquers, and
thermoplastics.
U079 Hydrocarbon L,2-dichloroethylene
Acetylene chloride
U078 Hydrocarbon L,I-dichloroethylene
K073 Vinylidene chloride
F024
8
<-r
By-products from the manufacture of disinfectants, U052 Aromatic Cresols
surfactant, salicylaldhydes, coumarin, and F004 Hydrocarbon Methyl phenol
various herbicides.
Possible by-products from the manufacture of dyes, U190 Aromatic Phthalic acid esters
medicines, perfumes, and various organic Hydrocarbon
laboratory reagents.
O
r
00
Ul
Primarily used in the manufacture of perfumes,
soaps, medicines, insecticides, and heliotropin.
U203 Aromatic Safrole
Hydrocarbon 4-allyl•1,2-methylene dioxyben
285 Paints and Allied
Products
Possible by-products from the manufacture of
fungicides, bactericides, pulp and paper,
electrical apparatus, pants, and Pharmaceuticals.
K071 Cat ionic
K106 Compound
Mercury
QuicksiIver
Possible by products from the manufacture of dyes, U007 Amide
adhesives, paper and textiles. K014
Acrylamide
Spent non-halogenated solvents; spent cleaning or
spinning solvent; spent paint, laquor, or varnish
remover.
U002 1C e tone
Acetone
2-propanone
Spent organic laboratory reagent.
solvent.
Spent paint
U140
F005
Alcohol
Isobutyl alcohol
Isobutanol
Possible by products from the manufacture of
rubber, dyes, photographic chemicals, explosives,
herbicides, fungicides and petroleum refining.
U012
K083
K103
K104
Amine
Aniline
Phenylamine
Primarily found in the production of various dyes.
Nitrogen
Compound
4-Amino Biphenyl
-------
SIC* INDUSTRY NAME
INDUSTRIES AMD THEIR RELATED HAZARDOUS WASTES
WASTE DESCRIPTIONS
WASTE
CODES
CHEMICAL
FAMILY
Date 11/04/85
Page 25
COMPOUND NAMES / SYNONYM
285 PAINTS, VARNISHES,
LAQUERS ft ENAMELS
Used in the manufacture of pigments, ceramic
enamels, insecticides, rodenticide, and
herbicide.
P012 Oxygen
Compound
Arsenic trioxide
Arsenic (III) oxide
o
rr
Used in the organic synthesis of various dyes.
U048 Hydrocarbon 2-Chlorophenol
K001 2-chloro-1.-Jiydroxybenzene
Used in the manufacture of paints, varnishes,
lacquers.
Primarily used as a dye.
Spent organic solvents. Byproduct from the
manufacture of perfumes, lacquers, and
thermoplastics.
U025 Hydrocarbon Bis(2-chloroethyl) ether
K017 Dichloroethyl ether
Aromatic Citrus Red #2
Hydrocarbon L-[2,5 Dimethoxyphenyl-azoj-2-
U078 Hydrocarbon L,I-dichloroethylene
K073 Vinylidene chloride
F024
CO
•
o
CO
Ul
Spent solvent. Spent degreaser. Spent paint
remover.
U080 Hydrocarbon Methylene chloride
F001 Oichloromethane
K009
F002
K010
F024
Primarily used as a preservative in gums, glues,
inks, paints, textiles, and leather goods.
U039 Hydrocarbon P-chloro-m-cresal
K001 4-chloro-3-methyl phenol
Used in the manufacture of nitro cellulose
lacquers and elastomers, insecticides, inks,
adhesives, and solid rocket propellent.
U069 Aromatic Di-n-butyl phthalate
Hydrocarbon DBP
286 Industrial Organic
Chemicals
Used in the manufacture of various fungicides
and rubber.
P049 Sulfur
Compound
2, 4 - Dithiobiuret
Biuret
Used in synthesis of methionine, as a jet fuel
additive, and as a fungicides.
U153 Sulfur
Compound
Hethanethial
Methyl Mercaptan
Used as an implement of war primarily during
World War 1.
Sulfur Mustard Gas
Compound Bis (2-chloroethyl) sulfide
-------
SIC* INDUSTRY NAME
ANU inCIH KCkMItU (IMtAKUUUa MM»IE*
Page 26
WASTE DESCRIPTIONS
WASTE CHEMICAL
CODES FAMILY
COMPOUND NAMES / SYNONYM
286 Industrial Organic Primarily used as a solvent, dielectric fluid F024 Hydrocarbon 1,2,4 Trichlorobenzene
Chemicals heat-transfer medium, and in dyes and insecticide
production.
Extensively used as a chemical intermediate and in U041 Hydrocarbon 1-Chloro-2-3-epoxypropane
the production of various glycol ethers. Epichlorohydrin
s
o
fT
Isomer of 2,4-Dichlorphend See that listing.
Primarily used in the manufacture of neoprene.
U082 Hydrocarbon 2,6-Oichlorophenol
K043
F024 Hydrocarbon 2-Chloro-1,3-butadine
Chloroprene
VO
^»
DO
-J
Possible by products from the manufacture of
varnishes, adhesives, insecticides,
Pharmaceuticals, allylalcohol and a precursor of
epechlorhydrin.
F024 Hydrocarbon 3-Chloropropene
AUyl Chloride
00
l/l
Intermediate for various industrial organic
synthesis reactions.
U027 Hydrocarbon BIS (2-Chloroisopropyl) Ether
Primarly used in the manufacture of poiysulfide
rubber and as a solvent.
U024 Hydrocarbon BIS (2-Chlorolthoxy) Methane
Dichloroethyl Formal
Primarily used in the production of various
strong-base,ion exchange (anion) resins.
UOA6 Hydrocarbon Chloromethyl Methyl Ether
CHME
Used as a metal degreciser and solvent.
U187 Hydrocarbon Pentachloroethane
F024 Pentalin
Product of the organic synthesis of
Thionophosphoric acid and various olefins.
Hydrocarbon Triathyl Phosphonothoiate
Primarily used as an insecticide, germicide, dye
and pharmaceutical intermediate and as a soil
fumigant.
U072 Aromatic 1,4-Oichlorobenzene
F024 Hydrocarbon PD8
Used in various organic synthesis reactions.
U081 Aromatic 2,4-Dichlorphenol
IC063 Hydrocarbon
-------
INDUSTRIES AND THEIR RELATED HAZARDOUS WASTES
SIC* INDUSTRY NAME
WASTE DESCRIPTIONS
Date 11/04/85
Page 7
WASTE
CODES
CHEMICAL
FAMILY
COMPOUND NAMES / SYNONYM
07 AGRICULTURAL SERVCS. Primary usage is as a soil fumigants for
nematodes.
U066 Hydrocarbon l,2-dibromo-3-chloropropane
By-products from the manufacture of Insecticides. U071 Aromatic L,3-dichlorobenzene
F024 Hydrocarbon m-dichlorobenzene
K085
K105
Primarily used as an insecticide and rodenticide. P111 Hydrocarbon Tetraethyl pyrophosphate
TEPP
•£>
CO
-j
Primarily used as an insecticide.
P109 Hydrocarbon Tetraethyldithio pyrophosphate
TEDP
>
rf"^
00
Used as an insecticide (cotton and vegetables in P123 Hydrocarbon Toxaphene
early stages of growth). K098 Octachloro camphene
K041
By-products from the manufacture of insecticides,
Pharmaceuticals, disinfectants, solvents, rubber,
and gasolines.
U101 Aromatic 2,4 dimethyl phenol
K001 Hydrocarbon Xylenol
Primarily used as a plant hormone, herbicide,
defoliant.
U232 Aromatic 2,4,5-trichlorophenoxyacetic
Hydrocarbon
Used as a fungicide, herbicide, and defoliant.
U231 Aromatic 2,4,6 trichlorophenol
K043 Hydrocarbon
K001
K099
K105
By-products from the manufacture of or spent
insecticides.
P004 Aromatic Aldrin
Hydrocarbon (HHON)
Possible distillation by-products of phenol,
chloronitro benzene, and aniline. Spent
pesticide intermediates.
U037 Aromatic Chlorobenzene
F001 Hydrocarbon Phenyl chloride
F002
F024
K015
K016
-------
INDUSTRIES AND THEIR RELATED HAZARDOUS WASTES
Date 11/04/85
Page 8
SIC* INDUSTRY NAME
WASTE DESCRIPTIONS
WASTE
CODES
CHEMICAL
FAMILY
COMPOUND NAMES / SYNONYM
07 AGRICULTURAL SERVCS. By-products from the manufacture of disinfectants, U052 Aromatic Cresols
surfactants, salicylaldhydes, coumarin, and F004 Hydrocarbon Methyl phenol
various herbicides.
Used in the manufacture of nitro cellulose
lacquers and elastomers, insecticides, inks,
adhesives, and solid rocket propellent.
Primarily used in the production of insecticides.
Chemi
U069 Aromatic Di-n-butyUphthalate
Hydrocarbon D8P '
P037 Aromatic Dieldrin
Hydrocarbon HEOD
vo
,£>.
3
Primarily used as an insecticide.
Spent organic solvent, by-product from the
manufacture of various dyes, insecticides, and
metal polishes.
P051 Aromatic
Compound
Endrin
U070 Aromatic L,2-dichlorobenzene.
F002 Hydrocarbon 0-dichlorobenzene
F024
K042
K085
K105
00
Ul
Primarily used as an insecticide (especially
cotton).
P071 Aromatic Methyl parathion
Hydrocarbon
Primarily used in manufacture of insecticides and P089 Aromatic Pentachloronitrobenzene
acaricide. Hydrocarbon PCNB
Primarily used in the medicine and veterinary
medicine.
U187 Aromatic Phenacatin
Hydrocarbon N-(4 -ethoxyphenyI)-acetamide
Primarily used as a medicine (anti-hypertension)
and in animal feed.
U200 Aromatic Reserpine
Hydrocarbon
10
METAL MINING
Used in the manufacture of various rodenticide,
fumigants, and as a leaching agent for gold and
siIver ore.
P021 Nitrogen
Compound
Calcium cyanide
Primarily used in detonation caps.
P065 Nitrogen
Compound
Mercury fulminate
Mercuric cyanate
-------
S3C* INDUSTRY NAME
INDUSTRIES AND THEIR RELATED HAZARDOUS WASTES
WASTE DESCRIPTIONS
WASTE
CODES
CHEMICAL
FAMHY
Date 11/04/85
Page 9
COMPOUND NAMES / SYNONYM
10
METAL MINING
Used in insecticides, fumigents, gold and silver
ore processing. Spent analytical chemistry
reagent.
Possible by-products from the manufacture of
gold and silver processing, electroplating,
hydrocyanic acid, insecticides, dyes, pigments,
and chelating agents.
P098 Nitrogen
Compound
Potassium cyanide
P106 Nitrogen Sodium cyanide
Compound '
G
rr
I--
*
Used in the manufacture of medicine and processing
of various ores.
U214 Organomet- Thallium acetate
allic Comp. Thallous acetate
CO
•
o
Primarily used as an organic intermediate, for
geological assaying and as a solvent for waxes,
greases, and oils.
U225 Hydrocarbon Tribromomethane
Bromoform
00
en
12
BITUMINOUS COAL &
LIGNITE MINING
Found in coal tar and is a by-product of
incomplete combustion.
U022 Aromatic Benzo(a) pyrene
K035 Hydrocarbon 3-4-Benzopyrene
22
TEXTILE MILL
PRODUCTS
Used as a yellow dye in paper, various textiles,
and leathers. It is also a fungicide.
U014 Amine
Auramine
Benzenamine
By-products from the manufacture of agricultural
chemicals, rocket fuels, and metal plating
solutions.
U133 Amine
Hydrazine
Diamine
Used in the manufacture of dyes, textiles, glass,
photographic developer and as a catalyist in
many organic reactions.
P119 Oxygen
Compound
Vanadic Acid
Vanadium pentoxide
Possible by-products from the manufacture of
sulfric acid, glas, photographic developer, and
dyed textiles.
P120 Oxygen
Compound
Vanadium pentoxide
Vanadium (v) oxide
By-products from the manufacture of polyester
and alkyl resins, pesticides, and paper.
U147 Anhydride
K023
K093
Maleic anhydride -
2,5-Fur«n*dione
Possible by-products from the manufacture of
medicines, textiles, pigments, varishes. Spent
analytical labor-atory reagent.
UK* Organonet- Lead acetate
•Ilie Comp. Acetic acid (lead salt)
-------
SICf INDUSTRY NAME
INDUSTRIES AND THEIR RELATED HAZARDOUS WASTES
WASTE DESCRIPTIONS
Date 11/04/85
Page 10
WASTE
CODES
CHEMICAL
FAMILY
COMPOUND NAMES / SYNONYM
70
22
TEXTILE HILL
PRODUCTS
Primarily used as a preservative in gums, glues, U039 Hydrocarbon P-chloro-m-cresal
inks, paints, textiles, and leater goods.
Primarily used in the manufacture of flame-
retardent textile products.
K001
4-chloro-3-methyl phenol
U235 Hydrocarbon Tris (2,3-dibromopropyl) phosp
Tris
o
ft
24
LUMBER & WOOD
PRODUCTS
Used in the manufacture of various arsenates, and P010 Acid
glass. Used as a wood preservative and vegetation
defoliant. '
Arsenic acid/
Orthoarsenic acid
•£>
&•
CO
Primary uses include.wood preservatives and
disinfectants.
Possible by-products from the manufacture of
fungicide, bacteria, algicide, herbicide, and
wood preservatives.
U051 Aromatic
K035 Compound
K001
Creosote
U242 Aromatic Pentachlorophenol
K001 Hydrocarbon
i
00
Ul
26 Paper & Allied Possible by-products from the manufacture of
Products fungicides, bactericides, pulp and paper,
electrical apparatus, pants, and pharmaceutical.
K071 Cationic
K106 Compound
Mercury
QuicksiIver
Possible by-product from the manufacture of
paper, textiles, leather, fumigants, insecticides,
medicines, mining, vinyl resins, and
electroplating.
U123 Acid
Formic Acid
Methanoic Acid
Possible by products from the manufacture of dyes, U007 Amide Acrylamide
adhesives, paper and textiles. K014
Used as a yellow dye in paper, various textiles, U014 Amine Auramine
and leathers. It is also a .fungicide. Benzenamine
See nitrosamine for description.
Nitrogen
Compound
N-Nitrosomorpholine
See nitrosamine for description.
Nitrogen
Compound
N-N i t rosonon i cot i ne
-------
INDUSTRIES AND THEIR RELATED HAZARDOUS WASTES
.SIC* INDUSTRY NAME
26 Paper and Allied
Products
WASTE DESCRIPTIONS
Possible by-products in the manufacture of
medicinal, agricultural, textile, rubber, and
plastic chemicals.
Possible byproducts in the manufacture of
medicinal, agricultural, textile, rubber, and
plastic chemicals.
WASTE
COOES
CHEMICAL
FAMILY
Date 11/04/85
Page 11
COMPOUND NAMES / SYNONYM
Nitrogen Nitrosamine
Compound
Nitrogen Nitrosonorjiicotine
Compound '
I
H-
•2-
o
(-••
8
a
Primarily used in the manufacture of
pyrotechnics, ceramics, glass and paper.
By-products from the manufacture of polyester
and alkyl resins, pesticides, and paper.
P107 Sulfur Strontium sulfide
Compound
UK7 Anhydride Maleic anhydride
K023 2,5-Furanedione
K093
00
•
o
I—'
^
00
Primarily used in electroplating, U155
paper production and production of various resins.
Hydrocarbon Methapyrilane
Hydrocarbon
Chemicals and
Allied Products
Possible by-product from the manufacture of
photographic chemicals, electrical equipment,
jewelry, medicines, and various alloys.
Cationic Silver
Compound
Primarily used as an alloy additive, in various
glasses, pesticides, and various photoelectric
applications.
Cationic
Compound
Thallium
Possible by-products from the manufacture of U123
paper, textiles, leather, fumigants, insecticides,
medicines, mining, vinyl resins, and
electroplating.
Acid
Formic Acid
Methanoic Acid
See nitrosamine for description.
Nitrogen N-Nitrosomorpholine
Compound
See nitrosamine for description.
Nitrogen
Compound
N-N i t rosononi cot i ne
Possible by-products in the manufacture of
medicinal, agricultural, textile, rubber, and
plastic chemicals.
Nitrogen
Compound
Nitrosamine
-------
INDUSTRIES AND THEIR RELATED HAZARDOUS WASTES
SICK INDUSTRY NAME
28 Chemicals and
Allied Products
WASTE DESCRIPTIONS
Possible byproducts in the manufacture of
medicinal, agricultural, textile, rubber, and
plastic chemicals.
WASTE
CODES
CHEMICAL
FAMILY
Nitrogen
Compound
Date 11/04/85
Page 12
COMPOUND NAMES / SYNONYM
Nitrosonornicotine
5
H*
H-
•3
Primarily used as a dye intermediate, corrosion
inhibitor and medicinals for poultry.
P077 Nitrogen
Compound
P-Ni troani.l ine
Para-Ni Irani l.ine
Used in the manufacture of dyes, textiles, glass, P119 Oxygen
photographic developer and as a catalyist in Compound
many organic reactions.
Vanadic Acid
Vanadium pentoxide
10
•U
00
Possible by products from the manufacture of
various resins, polyester, dyes, pharmaceutical,
insecticides and laboratory reagents.
U190 Anhydride Phthatic Anhydride
K093
K094
00
en
Possible by-products from the manufacture of
laquers, paints, detergents, cements, cosmetics,
and fumigants.
U108 Hydrocarbon 1,4 - Dioxane
Diethylene Ether
Possible spent organic laboratory reagent.
Hydrocarbon Cycasin/(Methyl-0,N,N-Azoxy)Me
thyl B-D
Possible by-products from the manufacture of dyes, U130 Hydrocarbon Hexachlorocyclopentadiene
resings, pesticides, fungicides, and K032 Hexachloroc Perchlorocyclapentodiene
Pharmaceuticals.; F024
•-/I K033
« K034
281 INDUSTRIAL INORGANIC Used in the production of medicines and as a
CHEMICALS industrial catalyst.
f
'J8
Primarly used along or as an additive to light
weight, high strenght alloys and as an additive
to solid propellent rocket fuel.
U216 Anionic
Compound
Anionic
Compound
Cationic
Compound
P015
Thallium chloride
Thallous chloride
Thailium selenite
Beryl luim
Used as an alloy additive, in storage batteries,
in various pigments, in fungicides, and in variou
photographic chemicals.
F006
069
Cationic
Compound
Cadium
-------
INDUSTRIES AND THEIR RELATED HAZARDOUS WASTES
SIC* INDUSTRY NAME
WASTE DESCRIPTIONS
WASTE
CODES
CHEMICAL
FAMILY
Date 11/04/85
Page 13
COMPOUND NAMES / SYNONYM
231 INDUSTRIAL INORGANIC Used in medicines and as a rat poison.
CHEMICALS
Primarily used as a chemical reagent.
P122 Cationic
Compound
U204 Acid
Zinc phosphide
Selenious acid
Selenium .dioxide
s
5
c
rr
M-
$
Used in various electroplating solutions.
Used in the manufacture of various rodenticides,
fumigants, and as a leaching agent for gold and
silver ore.
Byproducts from electroplating copper and
inorganic synthesis involving cyanide ion.
P013 Nitrogen Barium Cyanide
Compound
P021 Nitrogen Calcium cyanide
Compound
P029 Nitrogen
Compound
Copper cyanide
Cupric cyanide
•£>
rf*
00
i
00
Primary uses include fumigants, parasiticides,
and rat exterminants.
U246
Nitrogen
Compound
Cyanogen bromide
Bromine cyanide
Primarily used in detonation caps.
P065
Nitrogen
Compound
Mercury fulminate
Mercuric cyanate
Spent chemical intermediate.
P076
Nitrogen
Compound
Nitric oxide
Nitrogen monoxide
Byproducts from the manufacture of nitric acid. P078
Nitrogen
Compound
Nitrogen dioxide
Primarily used in dye production, gasoline,
medicines, and eorrosJon inhibitors.
P077
K083
F004
K103
K104
Nitrogen
Compound
P-nitro benzene
4•ni tro-benzamine
Used in insecticides, fumigants, gold and silver
ore processing. Spent analytical chemistry
reagent.
P098 Nitrogen Potassium cyanide
Compound
P099 Nitrogen Potassiua stiver cyanide
-Compound
-------
INDUSTRIES AND THEIR RELATED HAZARDOUS WASTES
SIC* INDUSTRY NAME
WASTE DESCRIPTIONS
WASTE
CODES
CHEMICAL
FAMILY
Date 11/06/85
Page U
COMPOUND NAMES / SYNONYM
281 INDUSTRIAL INORGANIC Possible by-products from the manufacture of gold
CHEMICALS and silver processing, electroplating, hydrocyanic
acid, insecticides, dyes, pigments, and chelating
agents.
P106
Nitrogen
Compound
Sodium cyanide
o
fT
Primarily used as an analytical reagent and in
the production of pyrotechnic chemicals.
Manufacture by-products and
treatment of vi scone rayon, cellophane, and
veterinary medicines.
U217 Nitrogen
Compound
P022 Sulfur
FOOS. Compound
Thall iura 'nitrate
Thallous nitrate
Carbon disulfide
Carbon bisulfide
10
*>.
00
Primarily used in medicines (treatment of
seborrhea).
U20S Sulfur
Compound
Selenium sulfide
Sulfur selenide
>
00
Primarily used in the manufacture of pyrotechnics, P107 Sulfur
ceramics, glass and paper. Compound
Strontium sulfide
Used in the manufacture of medicine, rodenticide,
pesticide, and as an analytical reagent.
P115 Sulfur
Compound
Thallium sulfate
Thallous sulfate
By-products from the manufacture of arsenates,
insecticides, and dyes.
P011 Oxygen
Compound
ARSENIC PENTOXIDE
ARSENIC (V) OXIDE
By-products from the manufacture of arsenates,
insecticides, and dyes.
P011 Oxygen
Compound
Arsenic pentoxide
Arsenic (V) oxide
Used in the manufacture of pigments, ceramic
enamels, insecticides, rodenticides, and
herbicides.
P012 Oxygen
Compound
Arsenic trioxide*
Arsenic (III) oxide
By-products from the manufacture of pigments,
corrosion inhibitors, and coating for light
weight metals.
U032 Oxygen
Compound
Calcium chromat
Possible by-products from the manufacture of
sulfric acid, glass, photographic developer, and
dyed textiles.
P113 Oxygen
Compound
,120 Oxygen
Compound
Thallic oxide \
Thallium III oxide
Vanadium pentoxide
Vanadium (V) oxide
-------
INDUSTRIES AND THEIR RELATED HAZARDOUS WASTES
-JC* INDUSTRY NAME
53 Primary Metal
Industries
WASTE DESCRIPTIONS
Primarily used as an alloy additive to metals to
add corrosion and high temperature resistance and
in the manufacture of inorganic pigment.
WASTE
CODES
K008
K061
K005
K048
K062
K069
K100
CHEMICAL
FAMILY
Cationic
Compound
Date 11/04/85
Page 41
COMPOUND NAMES / SYNONYM
Chromium
a?
I-1
H-
Q
3.
2
rr
Used in the manufacture of various alloys,
gasoline, storage batteries, ammunition, solder
pipe.
K002
K046
K051
K069
K003
K04S
K061
KOB6
K005
K049
Cationic
Compound
Lead
vo
4^
00
-J
i
00
U1
Used in the manufacture of various alloys,
gasoline, storage batteries, ammunition, solder
pipe.
K062
Cationic
Compound
Lead
Primary used as an alloy aditive, protective
coating, in storage batteries and fuel cells and
in ceramics.
Cationic
Compound
Nickel
Primarily used in the production of electronic
equipment, steel, copper, and rubber.
Cationic
Compound
Selenuim
Possible by-products from the manufacture of
photographic chemicals, electrical equipment,
jewelry, medicines, and various alloys.
Cationic
Compound
Silver
Primarily used as an alloy additive, in various
glasses, pesticides and various photoelectic
applications.
Cationic
Compound
Thailium
Primarily used as a systematic insecticide.
POB5 Amide
Octamethylpyrophosphoramide
Schradan
Primarily used in organic synthesis reactions UH9 Nitrite
and as a leaching agent for gold.
Malononitrile
Propanedinitrile
-------
SIC* INDUSTRY NAME
INDUSTRIES AND THE It RELATED HAZARDOUS WASTES
WASTE DESCRIPTIONS
VASTE
CODES
CHEMICAL
FAMILY
Date 11/04/85
Page 42
COMPOUND NAMES / SYNONYM
33 PRIMARY METAL
INDUSTRIES
Used In various electroplating solutions.
By-products from electroplating copper and
Inorganic synthesis involving the cyanide ion.
P013 Nitrogen
Compound
P029
Nitrogen
Compound
Barium Cyanide
Copper cyanide
Cupric cyanide
I
rr
Primarily used in metalurgy and electroplating
industries.
Used in insecticides, fumigants. gold and silver
ore processing. Spent analytical chemistry
reagent.
P074 Nitrogen
F006 Compound
P098 Nitrogen
Compound
Primarily uses are in medicine and silver plating. P104 Nitrogen
Compound
Nickel cyanide
Potassium cyanide
Silver cyanide
VO
30
•
o
!-•
i
00
Possible by-products from the manufacture of gold
and silver processing, electroplating,
hydrocyanic acid, insecticides, dyes, pigments,
and chelating agents.
P106
Ni trogen
Compound
Sodium cyanide
Used in the manufacture of medicine, plated metal,
and insecticides. Spent chemical reagent.
P121
Nitrogen
Compound
Zinc cyanide
Used in the manufacture of medicine and processing
of various ores.
U214 Organomet- Thallium acetate
allic Comp. Thallous acetate
Spent refrigerant and metal degreasing solvents.
By-products from the manufacture and waste
treatment of various semi-conductors.
U211
F001
F002
K016
K020
F024
K019
K021
K073
Hydrocarbon Carbon tetrachloride
Tetrachloromethane
Spent organic solvent, byproduct from the
manufacture of various dyes, insecticides, and
metal polishes.
U070 Aromatic L,2-dichlorobenzene
F024 Hydrocarbon 0-dichlorobenzene
K085
K105
-------
SIC* INDUSTRY NAME
INDUSTRIES AND IHhlH KkLAIbU HAZARDOUS WASItS
WASTE DESCRIPTIONS
WASTE
CODES
CHEMICAL
FAMILY
Date H/IM./03
Page 43
COMPOUND NAMES / SYNONYM
3331 Primary Copper
Industries
Used in the manufacture of various lead and
copper alloys, solid state electronic products,
and medicine.
K031 Cationic
K101 Compound
K084
K102
K060
Arsenic
3
o
rT
Primarly used as a copper additive, in vacuum
tubes and in spark plug alloys.
Cationic
Compound
Barium
3332 Primary Lead
Industries
Primarly used in the production of lead alloys,
storage batteries, and various semiconductor
components.
K021 Cationic
Compound
Antimony
CO
•
o
Used in the manufacture of various lead and copper
alloys, solid state electronic products, and
med i c i ne.
K031
K084
K102
K060
Cationic
Compound
Arsenic
00
36 Electric and Primarly used as a copper additive, in vacuum
Electronic Equipment tubes and in spark plug alloys.
Cationic
Compound
Barium
Primarily used in the production of electronic
equipment, steel, copper, and rubber.
Cat ionic
Compound
Selenuini
Possible by-products from'the manufacture of
photographic chemicals, electrical equipment,
jewelry, medicines, and various alloys.
Cationic
Compound
SiIver
Spent organic intermediate. Spent doping agent
for solid state electronic components.
P096 Acid
Phosphine
Hydrogen Phosphide
Spent solvent and dielectric fluids.
P101 Nitrile
Ethyl cyanide
Propanenitrile
Spent solvents. Found in dielectric fluids and
electrical insulation.
U207 Aromatic Tetrachlorobenzene
K08S Hydrocarbon
F024
362 Electrical Possible by-products from the manufacture of
Industrial Apparatus fungicides, bactericides, pulp and paper,
electrical apparatus, pants, and Pharmaceuticals.
K071 Catonic Merrury
K106 Compound Quicksilver
-------
SIC* IHflUSTRY
INDUSTRIES AND THEIR RELATED HAZARDOUS WASTES
WASTE DESCRIPTIONS
WASTE
CODES
CHEMICAL
FAMILY
bate 11/04/85
Page 44
COMPOUND NAMES / SYNONYM
367 Electronic
Components Si Sccesrs
Used in the manufacture of various lead and copper
alloys, solid state electronic products, and
medicine.
K031
K101
K084
IC102
K060
Cationic
Compound
Arsenic
3674 Semiconductors and
Related Devices
Primarly used in the production of lead alloys,
storage batteries, and various semiconductor
components.
K021
Cationic
Compound
Antimony
3691 Storage
Batteries
Prisiarly used in the production of lead alloys,
storage batteries, and various semiconductor
components.
K021
Cationic
Compound
Antimony
Used as an alloy additive, in storage batteries,
in various pigments, in fungicides, and in various
photographic chemicals.
F006
K069
K061
K100
Cationic
Compound
Cadi urn
Used in the manufacture of varous alloys,
gasoline, storage batteries, ammunition, solder
pipe.
K002
K046
K051
1C 069
K003
K048
K061
K086
K005
K049
Cationic
Compound
Lead
Used in the manufacture of various alloys,
gasoline, storage batteries, ammunition, solder
pipe.
K062
Cationic
Compound
Lead
Primary used as an alloy additive, protective
coating, in storage batteries and fuel cells and
in ceramics.
Cationic
Compound
Nickel
!8 MEASURING, ANALYZING
& CONTROLING INSTMTS
By-products from the manufacture and waste P028
treatment of photographic chemicals, U157
quarternay (ammonium) agents, perfumes, dyes and IC015
Pharmaceuticals. 1C 08 5
Acid
Halide
Benzyl chloride
l-chlorototuene
-------
ANU IHbJK KtL/MtU MAiflKUUUb MASIC3
SICf INDUSTRY NAME
WASTE DESCRIPTIONS
38 MEASURING, ANALYZING By-products from the manufacture of various
& CONTROL I NO INSTHTS jet and rocket fuels.
WASTE
CODES
CHEMICAL
FAMILY
U098 Mitrogen
Compound
uaie l i/u«t/oj
Page 45
COMPOUND NAMES / SYNONYM
1,1-dimethyl hydrazine
By-products from the manufacture of jet and
rocket fuel, and photographic chemicals.
U099 Nitrogen
compound
1,2 dimethyl hydrazine
I
Primarily used in the manufacture of
photographic chemicals, rodentic ides, and various
ketones.
P116 Nitrogen
Compound
Thiosemicarbaylde
Aminothiourea ,
Used in organic synthesis reactions and
production of photographic chemicals. Spent micro
laboratory reagent.
P087 Oxygen Osmium tetroxide
Compound
00
•
o
Spent degreaser. Spent organic laboratory
reagent. By-product in manufacture of various
insecticides and photographic films.
U208 Hydrocarbon 1,1,1,2-tetrachloroethane
F024
K012
K019
K020
K030
K095
00
Ul
Spent degreaser. Spent organic laboratory
reagent. By-product in the manufacture of various
insecticides and photographic films.
U209 Hydrocarbon 1,1,2,2-tetrachloroethane
K019 Acetylene tetrachloride
K020
K030
K073
K095
Used in the manufacture of explosives,
photographic developer and dyes.
PDAS Aromatic 2-4 dinitrophenol
K001 Hydrocrbon
91 Jewelry, Silverware
& Plated Ware
Possible by-products from the manufacture of
photographic chemicals, «lectri«al equipment,
jewelry, medicines, and various alloys.
C»tionic
Compound
Silver
95 Sanitary Services
Possible constituent of industrial
sewage sludge.
Acid
Benzenarsonic Acid
xxx - Unknown -
'Spent solvent. Spent degreaser.
KOI 7
1/2,3 T-richioropropane
Allyl trichloride
-------
06WER Policy Directive No. 9487.01-A(85)
is evaluated (for interim status facilities) and will be based on
the information requirements outlined in Section 3.C. The permit
writer will evaluate this information using all available data,
including data submitted as part of a Part B application? If the!
application is incomplete, EPA will request the missing information
through a Notice of Deficiency letter (NOD). The letter will
detail the information necessary to complete the application and
specify a date for submission of the data. This date will nprmajly
be thirty days from receipt of the NOD.
When all the necessary information has been received,
will notify the applicant in writing that the application i
complete. Normally, review of a complete application by iEPA w
not take more than one year. For interim status facilities, EPA
will issue its decision on the exemption request as part of the
final permit decision. If the owner or operator wishes the
actions to be placed on different schedules, he should express
this in the exemption request.
The owner/operator of a currently operating landfill will
have submitted a Part B permit application by 11/8/85. In
those instances where an owner/operator of an interim status
facility is seeking an exemption before the time when the
facility's Part B permit application is going to be acted upon
by EPA, public notice procedures under 40 CFR Part 124 should be
followed.
For those facilities operating under a final permit and
submitting the application through a major permit modification,
40 CFR Part 124 public participation and appeal procedures would
25
-------
OSWER Policy Directive No. 9487.01-A(85)
also apply.
A prospective owner or operator applying for a permit.under
40 CFR Part 270 should make demonstrations in the initial Part B
application in order to have this information considered during
permitting. In this case all public participation and processing
requirements would be the same as for the permit itself.
Approval or denial of the exemption requests may take place
through two mechanisms: (1) issuance of the final RCRA permit or
permit modification or (2) after appropriate public notice outlined
above, through written notice from the EPA Regional Administrator.
An application may be denied for the following reasons: (1) a
facility cannot meet the exemption standards outlined in 3004(c)(3);
(2) adequate information to make such a determination was not
received; (3) the applicant misrepresented relevant facts in his
application. (Administrative review under 40 CFR 124.19 is not
available for interim status facilities.)
EPA recommends that approval of any exemption to 3004(c)(3)
require that information regarding the nature of the NHL's and
disposal practices be part of the facility's operating record,
under §§264.73 or 265.73.
If an owner or operator has already received an exemption
from Section 3004(c)(3) by making the required demonstrations,
new exemptions may be necessary if the owner or operator wishes
to increase the volume of the nonhazardous liquids addressed in
theiprevious exemption or if the owner or operator wishes to place
liquids of a different nature from those already allowed by the
previous exemption. New exemptions would be necessary to the
26
-------
OSWER Policy Directive No. 9487.01-AC85)
extent that changes in the volume or nature of the nonhazardous
liquids affect the reasonable availability of alternatives and
the risk of contamination of any underground source of drinking
water* (It should be noted that many of the demonstrations
- €
submitted in the application for the previous exemption would
also satisfy the requirements of subsequent applications.)
27
-------
OSWER Policy Directive No. 9487.01-A(85)
APPENDIX A
PUBLICATIONS FOR USE IN DETERMINING
REASONABLE AVAILABILITY OF ALTERNATIVES
U.S. Environmental Protection Agency, Office of Solid Waste.
1986 (February). Preliminary Assessment/Site Investigation
Guidance. (Available from USEPA, Office of Solid Waste,
401 M Street SW, Washington, DC 20460)
U.S. Environmental Protection Agency. 1982 (June). Guide to
the Disposal of Chemically Stabilized and Solidified Waste.
U.S. Government Printing Office (Washington, DC), stock number
055-000-00226. $6.00.
U.S. Environmental Protection Agency, Office of Emergency and
Remedial Response. 1982 (June). Handbook for Remedial Action
at Waste Disposal Sites. EPA-625/6-82-006 P882-239054. National
Technical Information Service, 5285 Port Royal Road, Springfield,
VA 22161. $37.00.
U.S. Environmental Protection Agency, Office of Water Guidance
Documents. 1980 (June). NPDES Best Management Practices Manual.
PB80-135221. National Technical Information Service 5285 Port
Royal Road, Springfield, VA 22161. $17.00.
28
-------
OSWER Policy Directive No. 9487.01-A(85)
APPENDIX B
INDUSTRIES AND THEIR ASSOCIATED
HAZARDOUS WASTES
29
-------
OSWER Policy Directive No. 94R7.01-A(85)
APPENDIX C
POTENTIAL SOURCES OF INFORMATION ON THE LOCATION OF
AQUIFERS IDENTIFIED AS UNDERGROUND SOURCES
OF DRINKING WATER
30
-------
SIC* INDUSTRY NAME
01 AGRICULTURAL
PRODUCT ION-CROPS
INDUSTRIES AND THEIR RELATED HAZARDOUS WASTES
WASTE DESCRIPTIONS
By-products from the manufacture of or spent
Insecticides.
Used in the manufacture of nitro cellulose
lacquers' and elastomers, insecticides, inks,
adhesives, and solid rocket propellent.
Oat* 11/04/85
Page 3
WASTE
CODES
CHEMICAL
FAMILY
COMPOUND NAMES / SYNONYM
P004 Aromatic Aldrin
Hydrocarbon (HHDN)
U069 Aromatic Di-n-butyl phthalate
Hydrocarbon DBP _
I
*•*•
•3
3
rr
!-••
*
Primarily used in the production of insecticides.
P037 Aromatic Dieldrin
Hydrocarbon HEOD
ID
«.
00
Primarily used as an insecticide.
P051 Aromatic Endrin
Hydrocarbon
Spent organic solvent, by-product from the manu-
facture of various dyes, insecticides, and metal
polishes.
U070 Aromatic L,2-dichlorobenzene
F002 Hydrocarbon 0-dichlorobenzene
F024
K042
K085
1C 105
00
(J\
By-products from the manufacture of insecticides. U071 Aromatic L,3-dichlorobenzene
F024 Hydrocarbon m-dichlorobenzene
K085
K105
Primarily used as an insecticide,
especially for cotton.
P071 Aromatic Methyl parathion
Hydrocarbon
Primarily used in manufacture of insecticides
and acaricide.
P089 Aromatic Pentachloronitrobenzene
Hydrocarbon PCNB
0131 COTTON
Primarily used as an insecticide for cotton and
tobacco.
U061 Hydrocarbon DDT
Dichlorodiphenyltrichloro-
Used as an insecticide for cotton and vegetables P123 Hydrocarbon Toxaphene
in the early stages of growth. K098 Octachloro camphene
K041
0132 TOBACCO
Primarily used as a herbacide with application to UK8 Nitrogen Maleic hydrazide
tobacco and sugar beets. Compound 1,2-dihydro-3,6-pyri-dazinedio
-------
INDUSTRIES AND THEIR RELATED HAZARDOUS WASTES
SIC* INDUSTRY NAME
WASTE DESCRIPTIONS
Date 11/04/85
Page 4
WASTE
CODES
CHEMICAL
FAMILY
COMPOUND NAMES / SYNONYM
0132 TOBACCO
Primarily used as an insecticide for cotton and
tobacco crops.
U061 Hydrocarbon DDT
Dtchlorodiphenyltrichloro-
07 AGRICULTURAL SERVCS. Spent defoliant and weed killer.
U240 Acid 2-4 Dichlorophenoxyacetic
2.4-D
Used in the manufacture of various arsenates, and
glass. Used as a wood preservative and
vegetation defoliant.
Primarily used as a systematic insecticide. .
By-products from the manufacture and waste
treatment of various Pharmaceuticals, herbicides,
and polymers, especially polyurethane and
polyester resins.
P010 Acid
P085 Amide
P003 Aldehyde
Arsenic acid /
Orthoarsenie acid
Octamethytpyrophosphoramide
Schradan
Acrolein
AeryIic aldehyde
00
-J
•
o
t—'
i
00
By-products from the manufacture of insecticides
such as DDT.
U034 Aldehyde
Chloral
TrichloroaceIaldehyde
Primary use is in the manufacture of insecticides, U053 Aldehyde Crotonaldehyde
tanning agens, and rubber. 2-butenal
Spent laboratory reagents. By-product from
manufacture of fertilizers, dyes, embalming
fluids, disinfectants, and germicides.
U122
K009
K010
K038
K040
Aldehyde
Formaldehyde
Hethylene oxide
Primarily used as soil fumigant, chemical
intermediate, laboratory reagent and solvent.
P102 Alcohol
2-propyn-1-o1
Propargyl alcohol
By-products from the manufacture and treatment of POOS Alcohol Allyl alcohols
Pharmaceuticals, herbicides, plasticizers, and 2-propen-I-ol
glycerol.
Possible by-products from the manufacture of dyes, U167 Amine
and agricultural chemicals.
1-naphthylamine
-------
INDUSTRIES AND THEIR RELATED HAZARDOUS WASTES
SIC# INDUSTRY NAME
WASTE DESCRIPTIONS
WASTE
CODES
CHEMICAL
FAMILY
Date 11/04/85
Page 5
COMPOUND NAMES / SYNONYM
o
07
AGRICULTURAL 5ERVCS.
Possible by-products from the manufacture of dyes, U168
and agricultural chemicals.
Amine
2-naphtylamine
By-products from the manufacture of agricultural
chemicals, rocket fuels, and metal plating
solutions.
U133 Amine
Hydrazine
Diamine _.
<-r
(-••
By-products from the manufacture of
Pharmaceuticals, dyes, and agricultural chemicals.
P024 Amine
P-Chloroaniline
Benzenamine
vO
*«.
00
Used in the manufacture of various rodenticide,
fumigants, and as a leaching agent for gold and
silver ore.
Spent herbicide.
P021 Nitrogen
Compound
U062 Nitrogen
Compound
Calcium cyanide
Diallate
2,3-dichloroallyl diisopro-
00
en
Used in the production of Pharmaceuticals
(including veterinary), pesticides, and
fungicides.
U238 Nitrogen
Compound
Ethyl carbamate
Urethane
Primarily used as a herbacide with application to 1)148 Nitrogen
tobacco and sugar beets. Compound
Kaleic hydrazide
1,2-dihydro-3,6-pyri-dazinedio
Manufacturing byproducts and
treatment of viscone rayon, cellophane, and
veterinary medicines.
P022 Sulfur
F005 Compound
Carbon disulfide
Carbon bisulfide
Primarily found in insecticides and acaricide
(for mites and ticks). '
P039 Sulfur
Compound
Disulfton
0,0-diethyl S-[2-(ethyl-thio)]
Primarily used as an insecticide.
P050 Sulfur
Compound
Endosulfan
Used in the manufacture of medicine, rodenticide,
.pesticide, and as an analytical reagent.
P115 Salfur
Compound
Thallium sulfate
Thallous sulfate
By-products from the manufacture of arsenates,
insecticides and dyes.
P011 Oxygen
Compound
Arsenic pentoxide
Arsenic IV) «xlde
-------
INDUSTRIES AND THEIR RELATED HAZARDOUS WASTES
SIC* INDUSTRY NAME
UASTE DESCRIPTIONS
Date 11/04/85
Page 6
UASTE
CODES
CHEMICAL
FAMILY
COMPOUND NAMES / SYNONYM
0? AGRICULTURAL SERVCS. Used in the manufacture of pigments, ceramic
enamels, insecticides, rodenticides, and
herbicides.
P012 Oxygen
Compound
Arsenic trioxide
Arsenic (III) oxide
Byproducts from the manufacture of various
insecticides or futnigants.
P006 Organometa- Aluminum phosphide
I lie Compd. ALP '
Spent solvent. Spent degreaser,spent organic
laboratory reagent. By-product in the manufacture
of various insecticides and photographic films.
By-products from the manufacture of various
pesticides.
U209 Hydrocarbon 1,1,2,2-tetrachloroethane
K019 Acetylene tetrachloride
K020
K030
K073
K095
U084 Hydrocarbon 1-3 dichloropropene
F024
ID
>u
00
00
01
Used as a fumigant and disinfestant of various
domestic crops.
hydrocarbon.
U029 Hydrocarbon Bromomethane
Methyl bromide
By-products of the manufacture of various
insecticides.
U036
K097
Hydrocarbon Chlordane
Various spent refrigerants and propellents.
By-products from the manufacture of insecticides
and fluorocarbon plastics. Spent analytical
laboratory reagents.
U044
K009
K010
K019
K020
K021
K029
K073
Hydrocarbon Chloroform
T r i chIoromethane
Primary uses include pesticide for controlling
leaf rollers and other insects.
U060 Hydrocarbon ODD
Dichlorodiphenyldichloro-
Primarily used as an insecticide for cotton and U061 Hydrocarbon DDT
tobacco crops.
Dichlorodiphenyltrichloro-
Primarily used in the manufacture of insecticides. U129 Hydrocarbon Hexachlorocyclohexane
HCCH
-------
SIC* INDUSTRY NAME
286 Industrial
Organic Chemicals
INDUSTRIES AND TH*E1X RELATED HAZARDOUS WASTES
WASTE DESCRIPTIONS
Used in the organic synthesis of various dyes.
Date
Page
27
WASTE CHEMICAL
CODES FAMILY COMPOUND NAMES / SYNONYM
U048 Aromatic 2-Chlorophenol
If 001 Hydrocarbon 2-Chloro-1-hydroxybenzene
3
o
Primarily used as an- insecticide on citrus crops.
Aromatic 2-Cyclohexyl-4,6-Dinitrophenol
Hydrocarbon
o
rr
Primarily used in the manufacture of various dyes
and as a curing agent for urethane resins.
U095 Aromatic 3,3-Dimethyl Benyidine
Hydrocarbon o-tolidine >
Primarily used as a plasticizer in the production
of such polymers as polyvinyl chloride.
Used in the manufacture of various polyvinyl and
cellulosic resins and as an organic intermediate.
U028 Aromatic BIS (2-Ethylhexyl) Phthalate
Hydrocarbon Diactyl Phthalate
Aromatic Butyl Benzyl Phthalate
Hydrocarbon BBP
00
i
CD
en
Primarly used as a plasticizer and solvent in
rubber production, as a heat transfer medium and
in various waxes.
U047 Aromatic Chloronophtlalene
Hydrocarbon Chlorinated Naphthalene
Used in the manufacture of medicines, herbicides
and as a catalyst in various polymeriyation
processes.
P036 Aromatic Dichlorophenylarsine
Hydrocarbon
Possible by-products from the manufacture of
incesticides. plastics, camphor substitute, solid
rocket propellent and solvent for (nitrocellulose
and cellulose acetate.
U088 Aromatic Diethyl Phthalate
Hydrocarbon Ethyl Phthalate
Primarily used as a fungicide and in various
organic synthesis reactions.
U127 Aromatic Hexachlorobenzene
K016 Hydrocarbon Perchlorobenzene
K030
K085
F024
K018
Used as a heat-transfer liquid, hydraulic fluid
and solvent for various elastomers.
U128 Aromatic Hexachlorobutadine
K030 Hydrocarbon
K016
KQ18
-------
SiC« INDUSTRY NAME
234 3?K»ustr?al Organic
Chemicals
2865 CYCLIC CRUDES, DYES &
ORGANIC PIGMENTS
INDUSTRIES AND THEIR RELATED HAZARDOUS
WASTE DESCRIPTIONS
The possible by-products of various industrial
organic synthesis reactions utilizing furan as a
feedstock.
The possible by-products of various industrial
organic synthesis reactions utilizing furan as
a feedstock.
By-products front the manufacture of dyes and
Pharmaceuticals.
By-products from the manufacture and waste treat-
ment of photographic chemicals, quarternay
(ammonium) agents, perfume, dyes, and
Pharmaceuticals.
Spent laboratory reagents. By-product from
manufacture of fertilizers, dyes, embalming
fluids, disinfectants, and germicides.
WASTES
WASTE
CODES
F021
F022
F026
F027
F028
F020
F021
F023
F026
F027
F023
U006
U157
P028
K015
K085
U122
K009
K010
K038
K040
Date 11/04/85
Page 28
CHEMICAL
FAMILY COMPOUND NAMES / SYNONYM
Aromatic Hexachlorodibenzofuran
Hydrocarbon
Aromatic Pentachlorodibenzo Furan
Hydrocarbon
i
Acid Acetyl chloride
Halide Ethanoyl chloride
Acid Benzyl chloride
Halide 3,4-benzacridine
Aldehyde Formaldehyde
Hethylene oxide
00
•
o
(—<
i
GO
Ul
Possible by-products from the manufacture of dyes,
and agricultural chemicals.
U167 Amine
1-naphthytamine
Possible by-products from the manufacture of dyes,
and agricultural chemicals.
U168 Amine
2-naphtylamine
By-products from the manufacture of rubber and
certain dyes such as mi err.-copy stains.
U021 Amine Benzidine
(I,l-biphenyl>-4,4 diamine
By-products from the manufacture of Pharma-
ceuticals, dyes, and agricultural chemicals.
P024 Amine
P-ChloroaniIine
Benzenamine
Used in the manufacture of dye intermediate and U221 Amine Toluenedianine
toluene-2,4 diisocyanate. K027 . Diaminotoluene
-------
INDUSTRIES AND THEIR RELATED HAZARDOUS WASTES
SIC* INDUSTRY NAME
WASTE DESCRIPTIONS
WASTE
CODES
CHENICAL
FAMILY
Date 11/0<./at>
Page 29
COMPOUND NAMES / SYNONYM
2865 CYCLIC CRUDES,DYES & Used in insecticides, fumigants, gold and silver
ORGANIC PIGMENTS ore processing. Spent analytical chemistry
reagent.
U191 Nitrogen
K026 Compound
2-plcoline
2-methyl-pyridine
Primarily used in dye production, gasoline,
medicines, and corrosion inhibitors.
Spent solvent. By-product from manufacture of
various vitamins, drugs, dyes, fungicides.
P077 Nitrogen
K083 Compound
F004
K103
K104
U196 Nitrogen
K026 Compound
F005
P-nitre benzene
4-nitro-benzamine
Pyridine
00
•
o
Possible by-products from the manufacture of gold
and silver processing, electroplating, hydro-
cyanic acid, insecticides, dyes, pigments, and
chelating agents.
P106 Nitrogen Sodium cyanide
Compound
00
Possible by-products from the manufacture of
drugs, dyes, resins, photographic chemicals, and
as an analytical reagent.
U219 Nitrogen Thiourea
Compound Thiocarbamide
Used in the manufacture of pigments, ceramic
enamels, insecticides, rodenticide, and
herbicide.
P012 Oxygen Arsenic triox.ide
Compound Arsenic (III) oxide
Byproducts from the manufacture of pigments,
corrosion inhibitors, and coating for light
weight metals.
U032 Oxygen Calcium chromate
Compound
By-products from the manufacture of dyes and
fungicides.
U197 Oxygen P-Benzoquinone
Compound 1,4-cyclohexadiene dione
Possible by-products from the manufacture of
sulfuric acid, glass, photographic developer, and
dyed textiles.
P120 Oxygen Vanadium pentoxide
Compound Vanadium (V) oxide
Possible byproducts from the manufacture of
Pharmaceuticals, resins, dyes, and pesticides.
U130 Hydrocarbon Hexachlorocyclopentadiene
F024
K032
K033
K034
-------
INDUSTRIES AND THEIR RELATED HAZARDOUS WASTES Date 11/U4/B3
30
WASTE CHEMICAL
SIC* INDUSTRY NAME WASTE DESCRIPTIONS CODES FAMILY COMPOUND NAMES / SYNONYN
2865 CYCLIC CRUDES,DYES & Primarily used as a preservative in gums, glues, U039 Hydrocarbon P-chloro-m-cresal ,-,
ORGANIC PIGMENTS inks, paints, textiles, and leather goods. K001 4-chloro-3-methyl phenol " H-
By-products of the manufacture of various dyes U105 Aromatic 2,4-Dinftrotoluene j2".
and explosives. Hydrocarbon <"
(D
Used in the manufacture of dyes, explosives, and U106 Aromatic 2,6 dinitrotoluene O
teluidines. K025 Hydrocarbon , *
20
Used in the manufacture of various dyes, pigments, U073 Aromatic 3,3-Dichlorobenzidine -J
and urethane plastics. Hydrocarbon 1_
Used in the manufacture of various dyes. U091 Aromatic 3-3' dimethoxybenzidine £-,
Hydrocarbon Dianisidine 00
Used in the manufacture of synthetic dye. U023 Aromatic Benzotrichloride
K015 Hydrocarbon Toluene trichloride
Used in the manufacture of nitro cellulose U069 Aromatic Di-n-butyl phthalate
lacquers and elastomers, :nsecticides, inks, Hydrocarbon DBP
adhesives, and solid rocket propellent.
Spent organic solvent, by-product from the U070 Aromatic L,2-dichlorobenzene
manufacture of various dyes, insecticides, and F002 Hydrocarbon 0-dichlorobenzene
metal polishes. F024
IC042
K085
K105
Spent organic laboratory reagent. By-product from U188 Aromatic Phenol
the manufacture of various dyes, Pharmaceuticals, K021 Hydrocarbon Carbolic acid
and phenol-based compounds. Spent solvent. K001
K087
Possible by-products from the manufacture of dyes, U190 Aromatic Phthalic acid esters
medicines, perfumes, and various organic Hydrocarbon
laboratory reagents.
Spent solvent. Fuel additive. By-products from U220 Aromatic Toluene
manufacture of resins, coatings, dyes, and K015 Compound Methyl benzene
explosives. F005
24
-------
SIC* INDUSTRY NAME
2869 OTHER INDUSTRIAL
ORGANIC CHEMICALS
INDUSTRIES AND THEIR RELATED HAZARDOUS WASTES
WASTE DESCRIPTIONS
Spent organic solvent. By-product from the
manufacture of varius isocyanates, carbonates,
chloroformates, pesticides, and herbicides.
WASTE
CODES
CHENICAL
FAMILY
P095 Acid
Halide
Date 11/04/85
Page 31
COMPOUND NAMES / SYNONYM
Phosgene
f—-,
3
S
By-products from the manufacture and waste treat-
ment of acrylic polymers and various semi conduc-
tive polymers. "
U009 Nitrile
K011
K013
Aerylonitrile
Propenonitr.i le
Distillation bottoms and by products from
production of acetaldhyde from ethylene.
By-products from the manufacture and waste treat-
ment of various Pharmaceuticals, herbicides, and
polymers, especially polyurethane and polyester
resins.
U001 Aldehyde
P003 Aldehyde
Acetaldhyde
Acetic aldehyde
Acrolein
Acrylic aldehyde
V£>
CO
-J
•
o
t-t
i
CO
U1
By-products from the manufacture of insecticides
such as DDT.
U034 Aldehyde
Chloral
Trich Ioroacelaldehyde
Spent laboratory reagents. By-product from
manufacture of fertilizers, dyes, embalming
fluids, disinfectants, and germicides.
U122 Aldehyde
K009
K010
K038
K040
Formaldehyde
Hethylene oxide
Spent non-halogenated solvents; spent cleaning or
spinning solvent; spent paint, laquor, or varnish
remover.
U002 Ketone
Acetone
2-propanone
Spent solvent. Spent organic laboratory reagent. U159 Ketone
Spent paint and wax remover. F005
Methyl ethyl ketone
2-butanone
By-products from the manufacture of agricultural
chemicals, rocket fuels, and metal plating
solutions.
U133 Amine
Hydrazine
Diamine
By-products from the manufacture of various jet
and rocket fuels.
U093 Nitrogen
compound
1,1-dimethyl hydrazine
Primarily used as a non-nutritive sweetner fround
in syrups, medicines, soft drinks, and dietic
foods.
U202 Nitrogen
Compound
Saccharin
0-benzosulfimide
-------
SIC* INDUSTRY NAME
INDUSTRIES AND THEIR RELATED HAZARDOUS WASTES
WASTE DESCRIPTIONS
WASTE
COOES
CHEMICAL
FAMILY
Date II/U4/03
Page 32
COMPOUND NAMES / SYNONYM
2869 OTHER INDUSTRIAL
ORGANIC CHEMICALS
Manufacturing byproducts and
the treatment of viscone rayon, cellophane,
veterinary medicines.
P022 Sulfur CARBON DISULHDE
and F005 Compound CARBON BISULFIDE
Byproducts from the manufacture of several
glycols, surfactants and rocket propellant.
U115
Oxygen
Compound
Ethylene oxide
1,2-epoxy ethane
Used as a fuel additive.
P110 Organomet- Tetraethyl lead/
allic Comp.
Spent refrigerant and metal degreasing solvents..
By-products from the manufacture and waste treat-
ment of various semiconductors.
U211
F001
F002
K016
K020
F024
K019
K021
K073
Hydrocarbon Carbon tetrachloride
Tetrachloromethane
Primarily used as an insecticide for cotton and
tobacco crops.
U061 Hydrocarbon DDT
Dichlorodiphenyltrichloro-
Spent refrigerent.
U075
F001
Hydrocarbon Dichlorodifluoromethane
Freon 12
Spent dry cleaning solvent. Spent degreaser.
By-product of manufacture of flourocarbons.
U210
F024
F001
K019
F002
K020
K085
Hydrocarbon Tetrachloroethylene
Perchloroethylene
Possible byproducts from the manufacture of dyes,
medicines, perfumes, and various organic
laboratory reagents.
U190 Aromatic Phthalic acid esters
Hydrocarbon
287 Agricultural
Chemicals
Used as an alloy additive, in storage batteries,
in various pigments, in fungicides, and in various
photographic chemicals.
F006
K069
K061
K100
Cationic
•Compound
Cadi urn
-------
SIC* INDUSTRY NAME
INDUSTRIES AND THEIR RELATED HAZARDOUS WASTES
WASTE DESCRIPTIONS
WASTE
CODES
CHEMICAL
FAMILY
Date 11/U4/8S
Page 33
COMPOUND NAMES / SYNONYM
287 Agricultural
Chemicals
Primarily used as a herbicide.
F027 Acid
Possible byproducts from the manufacture of dyes, U167 Amine
and agricultural chemicals.
2-{2,4,5,-Trichlorophenoxy)
Silvex
1-naphthylamine
o
rr
Possible by-products from the manufacture of-dyes, U168 Amine
and agricultural chemicals.
Possible by products from the manufacture of U012
fubber, dyes, photographic chemicals, explosives,. K083
herbicides, fungicides and petroleum refining. K103
K104
By-products from the manufacture of agricultural
chemicals, rocket fuels, and metal plating
solutions.
Amine
U133 Amine
2-naphtylamine
Aniline
Phenylamine
Hydrazine
Diamine
vo
oo
•
o
t—'
i
00
By-products from the manufacture of
Pharmaceuticals, dyes, and agricultural chemicals.
P026 Amine
P-ChloroaniIine
Benzenamine
Possible by-products from the manufacture of
pharmaceutical products as well as pesticides and
disinfectants.'
Nitrogen
Compound
4-Hydroxylaminoquinoline N-Oxi
Used in the manufacture of various fungicides and
rubber.
P049 Sulfur
Compound
2, 4 • Dithiobiuret
Biuret
Primarly used as a herbicide on a variety of
vegetation.
Sulfur Aramite
Compound 2-(p-t-butylphenyloxy) isaprop
Used in synthesis of methionine, as a jet fuel
additive, and as a fungicides.
U153 Sulfur
Compound
Methanethial
Methyl Mercaptan
Used as a broad range systemic insecticide during
World War I.
P070 Hydrocarbon 2-Methyl-2-(methylthio)-propio
Aldicarb
Used as a fumigant and disinfestant of various
domestic crops.
U029 Hydrocarbon Bromomethane
Methyl bromide
-------
SICi INDUSTRY NAME
INDUSTRIES AND THEIR RELATED HAZARDOUS WASTES
WASTE DESCRIPTIONS
Date ll/Ot/B*
Page 3t
HASTE
COOES
CHEMICAL
FAMILY
COMPOUND NAMES / SYNONYM
a?
o
267 Agricultural
Chemicals
Possible byproducts fro* the Manufacture of
insecticides, dyes, and inks.
Primarily used in a broad range of insecticides
affecting flies, cockroaches, grasshoppers and
boll weevils.
P038 Hydrocarbon Diethytarsine
U129 Hydrocarbon Hexachlorocyclohexane
F02* Benzene Hexachloride
3
ft
M«
*
Primarily used as an insecticide and acaricide.
U142 Hydrocarbon Kepone ,
Decachlorooctahydro-1,3,4-Meth
Primarily used as an insecticide, germicide, dye U072 Aromatic 1,4-Dichlorobenzene
and pharmaceutical intermediate and as soil F024 Hydrocarbon PD8
fumigant.
Primarily used as an insecticide on citrus crops.
Aromatic 2-Cyclohexyl-4,6-Oinitrophenol
Hydrocarbon
CD
-J
00
tn
Primarly used as a herbicide.
Aromatic 2-sec-Butyl-4,6-dinitrophenol
Hydrocarbon Dinoseb
Used in the manufacture of medicines, and as
a catalyst in various polymerization processes.
P036 Aromatic Dichlorophenylarsine
Hydrocarbon
Possible by-products fropi the manufacture of
insecticides, plastics camphore substitute, solid
rocket propellent and solvent for nitrocellulose
and cellulose acetate.
U03B Aromatic Diethyl Phthalate
Hydrocarbon Ethyl Phthalate
Primarily uszd as a pesticide.
Aromatic Heptachor Epoxide
Hydrocarbon
Possible byproducts from the manufacturer of
such herbicides as 2,4,5-T.
F021 Aromatic Hexachlorodibenzo-P-Oioxin
F022 Hydrocarbon
F023
F027
F026
Possible Byproducts ?rom the manufacture of
various herbicides and defoliants.
Aromatic Pentachlorobenzene
Hydrocarbon
-------
SIC* INDUSTRY NAME
INDUSTRIES AND THEIR RELATED HAZARDOUS WASTES
WASTE DESCRIPTIONS
Datt 11/U4/8S
Page 35
WASTE
CODES
CHEMICAL
FAMILY
COMPOUND NAMES / SYNONYM
287 Agricultural
Chemicals
Possible Byproducts from the manufacture of
such herbicides as 2,4,5-T.
F020 Aromatic Pentachlorobenzo-P-Dloxin
F021 Hydrocarbon
F022
F023
F026
F027
F028
3
Possible by-products from the manufacture of
such herbicides as 2,4,5-T.
F020 Aromatic Tetrachlorodibenzo-P-Dioxin
F021 Hydrocarbon
F022
F023
F026
F027
F028
00
•
o
289 MISCELLANEOUS
CHEMICALS
Primarily used as a preservative in gums, glues,
inks, paints, textiles, and leather goods.
U039 Hydrocarbon P-chloro-m
K001 4-chloro-3-methyl phenol
CO
Ui
Used in the production of explosives, medicines,
and rocket propel I ants.
P081 Nitrogen
Compound
Nitroglycerine
Trinitrate 1,2,3-propanetrial
Possible by-products from the manufacture of
insecticides, dyes, and inks.
P038 Hydrocarbon Diethylarsine
By-products of the manufacture of various dyes and
explosives.
U105 Aromatic 2,4-Dinitrotoluene
Hydrocarbon
Used in the manufacture of explosives,
photographic developer and dyes.
P048 Aromatic 2-4 dinitrophenol
K001 Hydrocarbon
Used in the manufacture of nitro cellulose
lacquers and elastomers,' insecticides, inks,
adhesives, and solid rocket propellent.
U069 Aromatic Di-n-butyl phthalate
Hydrocarbon DBP
Spent solvent. Fuel additive. By-products from
manufacture of resins, coatings, dyes, and
explosives.
U220 Aromatic
KOI 5 Compound
F005
K036
F024
K037
Toluene
Methyl benzene
-------
INDUSTRIES AND THEIR RELATED HAZARDOUS WASTES
SICK INDUSTRY NAME
2892 Explosives
WASTE DESCRIPTIONS
Possible by products from the manufacture of
rubber, dyes, phtographic chemicals, herbicides,
fungicides and petroleum refining.
bate 11/04/85
Page 36
WASTE
COOES
U01Z
K083
K103
K104
CHEMICAL
FAMILT
Amine
COMPOUND NAMES / SYNONYM
AniIine
Phenylamine
42
o
I-*'
3
o
ft
Used in the manufacture of various explosives.
Hydrocarbon Trini troberizene
TNB '
29
PETROLEUM REFINING
RELATED INDUSTRIES
By-products from the manufacture of cellulose
acetate, resins, perfumes, plastics, rubbers and
solid rocket propellents.
U102 Aromatic Methyl phthslate
Hydrocarbon
oc
By-product from the manufacture of rocket fuels
and various flourocarbons.
P056 Anionic
Compound
Flourine
Used in the manufacture of various alloys,
gasoline, storage batteries, ammunition, solder
and pipe.
K002 Cationic
K046 Compound
K05t
K069
K003
K048
K061
K086
K005
K049
Lead
Used in the manufacture of various alloys,
gasoline, storage batteries, ammunition, solder
and pipe.
K062 Cationic
Compound
Lead
Distillation bottoms and byproducts from
production of acetaldhyde from ethylene.
fami
U001 Aldehyde Acetaldhyde
,,, Acetic aldehyde
Spent non-halogenated solvents; spent cleaning or
spinning solvent; spent paint, laquer, or varnish
remover.
U002 Ketone
Acetone
2-propanone
Byproducts from the manufacture of agricultural
chemicals, rocket fuels, and Metal plating
solutions.
U133 Amine
Hydrazine
Dianine
-------
SICf INDUSTRY NAME
INDUSTRIES AND THEIR RELATED HAZARDOUS WASTES
WASTE DESCRIPTIONS
WASTE CHEMICAL
CODES FAMILY
Date 11/04/85
Page 37
COMPOUND NAMES / SYNONYM
29
PETROLEUM REFINING
RELATED INDUSTRIES
By-products from the manufacture of various jet
and rocket fuels.
U098 Nitrogen 1,1-dimethyl hydrazine
Compound
By-products from the manufacture of jet and
rocket fuel, and photographic chemicals.
U099 Nitrogen 1.2 dimethyl hydrazine
Compound
o
ft
Used in the production of explosives, medicines,
and rocket propellants.
P081 Nitrogen Nitroglycerine .
Compound Trinitrate 1,2,3-propanetrial
ur
Primarily used as a rocket fuel and analytical
chemistry reagent.
By-products from the manufacture of several
glycols, surfactants and rocket propellant.
P112 Nitrogen Tetranitromethane
Compound
U115 Oxygen
Compound
Ethylene oxide
1,2-epoxy ethane
5
o
u
Spent organic solvent. Gasoline compnent.
By-products from the manufacture of carbon
tetrachloride, and various gums, waxes, and
resins.
U083 Hydrocarbon 1,2-dichloropropane"
F024 Propylene dichloride
Spent refrigerant and metal degreasing solvents.
By-products from the manufacture and waste
treatment of various semiconductors.
U211
F001
F002
K016
K020
F024
K019
K021
K073
Hydrocarbon Carbon tetrachloride
Tetrachloromethane
Various spent refrigerants and propellents.
By-products from the manufacture of insecticides
and fluorocnrbon plastics. Spent analytical
laboratory reagen-rs. •
U044
K009
K010
K019
K020
K021
K029
K073
Hydrocarbon Chloroform
Trichloromethane
A combustible by-product of coal tar.
U120
K035
K001
Hydrocarbon Fluoranthene
-------
INDUSTRIES AND THEIR RELATED HAZARDOUS WASTES
SIC* INDUSTRY NAME
29 PETROLEUM REFINING &
RELATED INDUSTRIES
WASTE DESCRIPTIONS
Spent organic solvent. By-product from
manufacture of vinyl chloride, soaps, chelating
agents, degreasers. and anti-knock gasoline.
Spent organic solvent. By-product from the
manufacture of perfumes, lacquers, and
thermoplasitcs.
Date H/U<»/O3
Page 38
WASTE
CODES
U077
F024
K018
K029
K096
U079
CHEMICAL
FAMILY
COMPOUND NAMES / SYNONYM
Hydrocarbon L,2-dichloroethane
Ethylene dichloride
Hydrocarbon L,2-dichtoroethylen«
Acetylene chloride
3
H->
K-
•9
s
*
Spent organic solvents. By-product from the U078
manufacture of perfumes, lacquers, and K073
thermoplastics. ' F024
Hydrocarbon L,l-dichloroethylene
Vinylidene chloride
30
•
o
Possible emissions from coke quench towers and
asphalt hot mix plants and from combustion of
coal or oil.
Aromatic 7-H-Dibenzo (c.g) carbayole
Hydrocarbon
00
Ul
Possible by-products from the combustion of coal
or other petroleum deriviatives.
K001
K035
Aromatic Benz (a) Anthracene
Hydrocarbon
Possible by-products from the combustion of coal
or other petroleum derivatives.
U016 Aromatic Benz (c) Acridine
Hydrocarbon
Possible by products from the combustion of
various fuels such as coal and petroleum
derviatives as well as tobacco.
K001 Aromatic Benzo (b) Fluoroanthene
K035 Hydrocarbon
Possible by products from the combustion of
various fuels such as coal and petroleum
derviatives as well as tobacco.
Aromatic Benzo (j) Fluoroanthene
Hydrocarbon
Possible distillation by-products of phenol,
chloronitro benzene, and aniline. Spent pesticide
intermediates.
U037
F001
F002
F024
K015
K105
Aromatic Chlorobenzene
Hydrocarbon Phenyl chloride
Used in the manufacture of nitro cellulose
lacquers and elastomers, insecticides, inks,
adhesives, and solid rocket propellent.
U069 Aromatic Di-n-butyl phthalate
Hydrocarbon OBP
-------
SIC* INDUSTRY NAME
INDUSTRIES AND THEIR RELATED HAZARDOUS WASTES
WASTE DESCRIPTIONS
Date 11/04/85
Page 39
WASTE
CODES
CHEMICAL
FAMILY
COMPOUND NAMES / SYNONYM
29
Petroleum and
Coal Products
Structural isomer of Dfbenz (a.h) aceridine. See
that listing.
Aromatic Dibenz
i
CO
Possible by-products from the manufacture of
medicines (sedative), oils, waxes, rubber,
solvents, leather.
U182 Aldehyde
K009
K010
K026
Paraldehyde
2,4,6 trimethyl1-1,3,5-trioxan
Possible by-products form the manufacture of U166 Ketone
Pharmaceuticals, dyes, rubber, polyester resins, K024
and fungicide.
1,4-Maph thoqui none
1,4-naphthalenedione
By-products from the manufacture of rubber and
certain dyes such as microscopy stains.
U021 Amine
Benzidine
(I, l-biphenyO-4,4 diamine
By-products from the manufacture of insecticides,
Pharmaceuticals, disinfectants, solvents, rubber,
and gasolines.
U101 Aromatic 2,4 dimethyl phenol
K001 Hydrocarbon Xylenol
31
LEATHER & LEATHER
PRODUCTS
Primary use is in the manufacture of insecticides,
tanning agents, and rubber.
UQ53 Aldehyde
Crotonaldehyde
2-butenel
Used in the leather tanning and in manufacturing
adhesives and polyester.
U126 Aldehyde
Glye idylaldehyde
Possible by-products from the manufacture of
medicines (sedative), oils, waxes, rubber,
solvents, leather.
U182 Aldehyde
K009
K010
K026
Paraldehyde
2,4,6 trimethyl1-1,3,5-trioxan
-------
1C* INDUSTRY NAME
INDUSTRIES AND THEIR RELATED HAZARDOUS WASTES
WASTE DESCRIPTIONS
WASTE
CODES
CHEMICAL
FAMILY
Date 11/04/8*
Page 40
COMPOUND NAMES / SYNONYN
LEATHER ft LEATHER
PRODUCTS
Used In the production of paratMon, fungicide
(leather), and various organic synthesis
reactions.
U170 Nitrogen
Compound
4-nitrophenol
Possible by-product from the manufacture of
medicines, insecticides, and leather tanning.
Chemical family is substituted hydro
P075 Nitrogen
Compound
Nicotine and salts
Primarily used as a preservative in gums, glues,
inks, paints, textiles, and leather goods.
U039 Hydrocarbon P-chloro-m-cresal
4-chloro-3-methyl phenol
Possible by-products from the manufacture of
various resins, dyes, Pharmaceuticals, adhesives,
medicines, and rubber.
U201 Aromatic Resorcinol
Hydrocarbon Resorcin
Stone, Clay K Glass
Products
Primarily used as an alloy additive, in various
glasses, pesticides, and various
photoelectric applications.
Cationic
Compound
Thallium
Used in the manufacture of various arsenates,
and glass. Used as a wood preservative and
vegetation defoliant.
P010 Acid
Arsenic acid
Orthoarsenic acid
Primarily used in the manufacture of
pyrotechnics, ceramics, glass and paper.
P107
Sulfur
Compound
Strontium sulfide
Used in the manufacture of dyes, textiles, glass,
photographic developer and as a catalyist in
many organic reactions.
P119 Oxygen Vanadic Acid
Compound Vanadium pentoxide
Primary Metal
Industries
Primarly used alon or as an additive to light
weight, high strenght alloys and as an additive to
solid propellant rocket fuel.
P015
Cationic
Compound
Berylluim
Primarily used as an alloy additive to metals to
add corrosion and high temperature resistance and
in manufacture of inorganic pigment.
K002
K006
K049
K003
K004
K050
K051
K007
Cationic
Compound
Chromium
-------
SICff INDUSTRY NAME
INDUSTRIES AND THEIR RELATED HAZARDOUS WASTES
WASTE DESCRIPTIONS
WASTE
CODES
CHEMICAL
FAMILY
Date 11/04/85
Page 1
COMPOUND NAMES / SYNONYM
01 AGRICULTURAL
PRODUCT ION-CROPS
Spent defoliant and weed killer.
Primarily used as a systematic insecticide.
U240 Acid 2-4 Dichlorophenoxyacetic
2.4-D
P085 Amide Octamethylpyrophosphoramide
Schradan .—
&
o
rr
By-products from the manufacture of insecticides U034 Aldehyde Chloral '
such as DDT. Trichloroacelaldehyde
Primary use is in the manufacture of insecticides, U053 Aldehyde
tanning agents, and rubber.
Crotonaldehyde
2-butenal
VC
*«.
00
By-products from the manufacture of agricultural
chemicals, rocket fuels, and metal plating
solutions.
U133 Amine
Hydrazine
Diamine
00
Ui
Used in the manufacture of medicine, plated metal,
and insecticides. Spent chemical reagent.
P121 Nitrogen
Compound
Zinc cyanide
Primarly used as a herbicide on a variety of
vegetation.
Sulfur Aramite
Compound 2-(p-t-butylphenyloxy)isapropy
Primarily found in insecticides and acaricide
(for mites and ticks).
P039 Sulfur
Compound
Disulfton
0,0-diethyl S-[2-
P012 Oxygen
Compound
Arsenic trioxide
Arsenic (III) oxide
-------
SIC* INDUSTRY NAME
INDUSTRIES AND THEIR RELATED HAZARDOUS WASTES
WASTE DESCRIPTIONS
Date 11/04/85
Page 2
WASTE CHEMICAL
CODES FAMILY
COMPOUND NAMES / SYNONYM
01 AGRICULTURAL
PRODUCT I ON-CROPS
Byproducts from the manufacture of various
insecticides or fumigants.
P006 Organometa- Aluminum phosphide
Uic Compd. ALP
a
Spent solvent. Spent degreaser. Spent organic
laboratory reagent. By-product in manufacture
of various insecticides and photographic films.
By-products from the manufacture of various
pesticides and insecticides.
U209 Hydrocarbon 1,1,2,2-tetrachloroethane
K019 Acetylene tetrachloride i
K020
K030
K073
K09S
U084 Hydrocarbon 1-3 dichloropropene
F024
10
*>.
00
Used as a fumigant and disinfestant of various
domestic crops.
U029 Hydrocarbon Bromomethane
Methyl bromide
00
Primary uses include pesticide for controlling
leaf rollers and other insects.
U060 Hydrocarbon ODD
Dichlorodiphenyldichloro-
Primarily used as an insecticide for cotton and
tobacco crops.
U061 Hydrocarbon DDT
Dichlorodiphenyltrichloro-
Primarily found in insecticides.
P059 Hydrocarbon Heptachor
K097
Primarily used in the manufacture of insecticides. U129 Hydrocarbon Hexachlorocyclohexane
HCCH
Primarily found in contact insecticides.
P062 Hydrocarbon Hexaethyl tetra phosphate
HETP
Primary usage is as a soil fumigant for nematodes. U066 Hydrocarbon L,2-dibromo-3-chloropropane
By-products from the manufacture of insecticides,
Pharmaceuticals, disinfectants, solvents, rubber,
and gasolines.
U101 Aromatic 2,4 dimethyl phenol
K001 Hydrocarbon Xylenol
Primarly used as a herbicide.
Aromatic 2-sec-Butyl-4,6-dinitriphenol
Hydrocarbon Dinoseb
-------
SICf INDUSTRY NAME
INDUSTRIES AND THEIR RELATED HAZARDOUS WASTES
WASTE DESCRIPTIONS
WASTE
CODES
CHEMICAL
FAMILY
Date 11/04/8*
Page 46
COMPOUND NAMES / SYNONYM
xxxx
Acts as an important element in plating or
alloying metals for corrosion resistance.
Chromium and compounds
Spent solvent.
K017
Dichloropropanol
alpha-dichlorohydrin
Byproducts from the manufacture of various
medicines.
Di isopropylf luo.rophosphate
DFP ,
Primarily used in the production of dyes and as
a camphor substitute in celluloid.
Used in the manufacture of dyes, photographic
chemicals,and various organic synthesis reactions.
K025
K083
K103
K10A
Dinitrobenzene
Ph enyIened i am i ne
Benzenediamine
CO
•
o
00
Ul
Phosphor-otic acid
Spent solvent. By-products from the manufacture F024
of.dyes, dielectric fluids, lubricants, and K085
insecticides.
Trichlorobenzene
U097 Acid Halide Dimethyl Carbonyl Chloride
By-products from the manufacture and treatment
of epichlorohydrin; certain synthetic
Pharmaceuticals, and adhesives.
K024 Hydrocarbon Allyl chloride
3-Chloropropene
A complex organic produced by various molds and
fungus, espically those found on many vegetables.
Hydrocarbon Azlatoxins
U063 Aromatic Oibenz (a,h) anthracene
K001 Hydrocarbon
-------
OSWER Policy Directive No. 9487.01-A(85)
ALABAMA
State Agency Contacts;
Mr. John Poole, Chief
Ground-Water Section
Department of Environmental
Management
1751 Federal Drive
Montgomery, AL 36130
(205) 271-7832
Mr. David Bolin
UIC Coordinator
State Oil and Gas Board
of Alabama
Drawer "0"
University, AL 35486
(205) 349-2852
EPA Contact:
Mr. Bill Taylor
UIC Representative
U.S. EPA, Region IV
345 Courtland Street„
Atlanta, GA 30365
FTS 257-3866 (404) 347-3866
ALASKA
State Agency Contact:
C. V. Chatterton, Chairman
Chairman, Oil & Gas Conservation
Commission
3001 Porcupine Drive
Anchorage, AK 99501
(208) 334-4440
Mr. Richard Neve
Commissioner, Department of
Environmental Conservation
Pouch 0
Juneau, AK 99811
(907) 456-2600
EPA Contact:
Mr. Jerry Opatz
UIC Representative
U.S. EPA, Region X
1200 Sixth Avenue
Seattle, WA 98101
FTS 399-4092 (206) 442-1225
ARIZONA
State Agency Contacts;
Mr. Chuck Anders
Department of Health Services
1740 West Adams Street
Phoenix, AZ 85007
(602) 255-1177
Mr. Rudy Tbarra
Oil and Gas Conservation Commission
1645 West Jefferson, Suite 420
Phoenix, AZ 85007
(602) 255-5161
EPA Contact:
Mr. Nathan Lau
UIC Representative
U.S. EPA, Region IX
215 Fremont Street
San Francisco, CA 94105
FTS 454-8267 (415) 974-7284
-2
-------
OSWEK
ARKANSAS
State Agency Contacta•
Mr. A. L. Sp<»rk
Department of Pollution Control
and Ecology
Water Division
8001 National Drive
Little Rock, AR 72209
(501) 562-7444
Mr. David Morrow
Oil and Gas Commission
314 East Oak Street
El Dorado, AR 71720
(501) 862-4965
EPA Contact;
Mr. Bill Honker
U.S. EPA, Region VI
1201 Elm Street
Dallas, TX 75270
FTS 729-2774 (214> 767-2600
CALIFORNIA
State Agency Contacts:
Mr. Mike Campos
State Water Resources Control Board
P.O. Box 100
Sacramento, CA 95801
(916) 322-3133
Mr. M. G. Mefferd
Division of Oil and Gas
1416 Ninth Street, Room 1310
Sacramento, CA 95814
(916) 445-968S
COLORADO
State Agency Contacts:
Mr. William Smith
Colorado Oil & Gas Conservation
Commission
Colorado Dept. of Natural Resources
1313 Sheraaa Street - 7th Floor
Denver), CO
(303) 866-3531
Mr. Rick Karlin
Colorado Department of Health
4210 East llth Avenue
Denver, CO 80220
(303) 320-8333 Ext. 3453
EPA CPUtact;
Mr. Nathan Lau
UIC Representative
U.S. EPA, Region IX
215 Fremont Street
San Francisco, CA 94105
FTS 454-8267 (415) 974-7284
EPA Contact:
Mr. Patrick Crotty
U.S. EPA, Region VIII
1860 Lincoln Street
Denver, CO 80295
FTS 564-1542 (303) 837-2731
-3
-------
06WER Policy Directive No. 9487.01-A(85)
CONNECTICUT
State Agency Contact:
Mr. Wesley Wlnterbotto»
Water Compliance Unit
Department of Environmental
Protection
122 Washington Street
Hartford, CT 06106
(203) 556-5903
DELAWARE
State Agency Contact:
Mr. Philip Cherry
Department of Natural Resources
and Environmental Control
P.O. Box 1402
Dover, DE 19903
(302) 736-5741
DISTRICT OF COLUMBIA
Local Agency Contact:
Mr. William B. Johnson
Director, Department of
Environmental Services
5000 Overlook Avenue, S.W.
Washington, DC 20032
(202) 629-3415
FLORIDA A *
'»; •
State Agency Contacts;
Dr. Rodney DeHan
Assistant Bureau Chief
Department of Environmental
Regulation
Twin Towers Office Bldg.
2600 Blair Stone Road
Tallahassee, FL 32301-8241
(904) 488-3601
Mr. David Curry
Department of Natural Resources
Bureau of Geology
903 W. Tennessee
Tallahassee, FL 32304
(904) 488-2219
EPA Contact;
Mr. Greg Charest
UIC Representative
U.S. EPA, Region I
JFK Federal Building
Boston, MA 02203
FTS 223-5529 (617) 223-6486
EPA Contact:
Mr. George Hoessel
UIC Representative
U.S. EPA, Region III
841 Chestnut Building
Philadelphia, PA 19106
FTS 597-9800 (215) 597-9800
EPA Contact;
Mr. George Hoessel
UIC Representative
U.S. EPA, Region III
841 Chestnut Building
Philadelphia, PA 19106
FTS 597-9800 (215) 597-9800
EPA Contact:
Mr. Bill Taylor
UIC Representative
U.S. EPA, Region IV
345 Courtland Street
Atlanta, GA 30365
FTS 257-3866 (404) 347-3866
-4
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OSWER Policy Directive No. 9487.01-A(85)
GEORGIA
State Agency Contact;
Mr. William V. McLemore, Ph.D
State Geologist
UIC Program Manager
Georgia Geologic Survey
19 Martin Luther King, Jr., Drive
Atlanta, GA 30334
(404) 656-3214
GUAM
State Agency Contact:
Mr. Jim Branch
Environmental Protection Agency
P.O. Box 2999
Agana, Guam 96910
0-11-671-646-8863
EPA Contacti
Mr. Bill Taylor
UIC Representative
U.S. EPA, Region IV
345 Courtland Street
Atlanta, GA 30365
FTS 257-3866 (404) 347-3866
EPA Contact:
Mr. Nathan Lau
UIC Representative
U.S. EPA, Region IX
215 Fremont Street
San Francisco, CA 94105
FTS 454-8267 (415) 974-7284
HAWAII
State Agency Contact:
Mr. Mel Koizumi
Department of Health
P.O. Box 3378
Honolulu, HI 96801
(808) 548-6767
IDAHO
State Agency Contact:
Mr. A. Kenneth Dunn, Director
Director, Department of Water
Resources
Statehouse
Boise, ID 83720
(?,08) 554-4479
ILLINOIS
State Agency Contact*:
Mr. Bill Radlinski
Illinois Environmental
Protection Agency
Division of Land/Noise
Pollution Control
2200 Churchill Roed
Springfield, IL 62706
(217) 782-9898
EPA Contact;
Mr. Nathan Lau
UIC Representative
U.S. EPA, Region IX
215 Fremont Street
San Francisco, CA 94105
FTS 454-8267 (415) 974-7284
EPA Contact:
Mr. Jerry Opatz
UIC Representative
U.S. EPA, Region X
1200 Sixth Avenue
Seattle, WA 98101
FTS 399-4092 (206) 442-1225
EPA Contacts
Mr. John Taylor
UIC Representative
U.S. EPA, Region V
230 South Dearborn Street
Chicago, IL 60604
FTS 866-1502 (312) 353-2151
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OSWER
Directive No. 9487.01-A(85)
Mr. George R. Lane
Department of Mining and Minerals
Oil and Gas Division
William G. Stratton Office Building
400 South Spring Street
Springfield, IL 62706
(217) 782-7756
INDIANA
State Agency Contacts;
Mr. Earl Bonne r
Indiana State Board of Health
1330 W. Michigan Street
Indianapolis, IN 46206
(317) 633-0735
Mr. Gary Fricke
Division of Oil and Gas
911 State Office Building
Indianapolis, IN 46206
(217) 232-4055
EPA Contact:
Mr. John Taylor
UIC Representative
U.S. EPA, Region V
230 South Dearborn Street
Chicago, IL 60604
FTS 886-1502 (312) 353-2151
IOWA
State Agency Contacts;
Mr. Darrell McAllister
Director, Program Development
Divlson
Iowa Department of Water, Air &
Waste Management
Henry A. Wallace State Office Bldg.
900 East Grand
Des Moines, LA 50319
(515) 281-8692
Mr. Morris Preston
Chief, Water Resource Development
Branch
Iowa Department of Water, Air &
Waste Management
Henry A. Wallace State Office Bldg.
900 East Grand
Des Moines, IA 50319
(515) 281-8877
EPA Contact;
Harold Owens, Chief
Ground Water Section
U.S. EPA, Region VII
726 Minnesota Ave.
Kansas City, MO 66101
(913) 236-2808
-6
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OSWER Policy Directive No. 94S7.Gi-A(85)
KANSAS
State Agency Contacts:
Mr. William R. Bryson
Manager, Bureau of Oil Field
& Environmental Geology
Kansas - Department of Health &
Environment
Forbes Field, Bldg. 740
Topeka, KS 66620
(913) 862-9360 Ext. 219
Mr. Jim Schoof
Oil and Gas Conservation Division
Kansas Corporation Commission
200 Colorado/Derby Bldg.
212 West First Street
Wichita, KS 67202
(316) 263-2027
KENTUCKY
State Agency Contacts;
Mr. Donald S. Barker, Jr.
Director
Water Management Division
KY Natural Resources and
Environmental Protection Cabinet
Fort Boone Plaza
18 Reill Road
Frankfort, KY 40601
(502) 564-3410
Mr. Henry Morgan
Director
Oil and Gas Division
Dept. of Mines and Minerals
P.O. Box 680
Lexington, KY 40586
(606) 254-0367
LOUISIANA
State Agency Contacts;
Mr. Jim Welsh
Director, UIC and Mining Division
Office of Conservation
Department of Natural Resources
P.O. Box 44275
Baton Rouge, LA 70804
EPA Contact;
Mr. Harold Owens
Chief, Ground Water Section
U.S. EPA, Region VII
726 Minnesota Ave.
Kansas City, MO 66101
FTS 757-2812 (913) 236-2808
EPA Contact:
Mr. Bill Taylor
UIC Representative
U.S. EPA, Region IV
345 Courtland Street
Atlanta, GA 30365
FTS 257-3866 (404) 347-3866
EPA Contact:
Mr. Bill Honker
U.S. EPA, Region VI
1201 Elm Street
Dallas, IX 75270
FTS 729-2774 (214) 767-2600
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OSWER Policy Directive No. 9487.01-A(85)
Mr. Fritz Spencer
Department of Natural Resources
Office of Conservation
P.O. Box 44275
Baton Rouge, LA 70804
(504) 342-5515
MAINE
State Agency Contact:
Mr. Robert Nunan
Division of Environmental Evaluation
and Lake Standards
Maine Department of Environmental
Protection
Statehouse, Station 17
Augusta, ME 04333
(207) 289-2437
MARYLAND
State Agency Contact:
Mr. Larry Leasner
Department of Health and
Mental Hygiene
Office of Environmental Programs
201 West Preston Street
Baltimore, MD 21201
FTS 932-5740 (301) 383-5740
MASSACHUSETTS
State Agency Contact:
Mr. Mark Pare
Division of Water Pollution Control
Department of Environmental
Quality Engineering
One Winter Street
Boston, MA 02108
(617) 292-5698
MICHIGAN
State Agency Contact:
Mr. Ton Segall
Michigan Department of
Natural Resources
Geological Survey Division
Stevens I. Mason Building
Lansing, MI 48926
(517) 373-8014
EPA Contact:
Mr. Greg Charest
UIC Representative
U.S. EPA, Region I
JFK Federal Building
Boston, MA 02203
FTS 223-5529 (617) 223-6486
EPA Contact:
Mr. George Hoessel
UIC Representative
U.S. EPA, Region III
841 Chestnut Building
Philadelphia, PA 19106
FTS 597-9800 (215) 597-9800
EPA Contact:
Mr. Greg Charest
UIC Representative
U.S. EPA, Region I
JFK Federal Building
Boston, MA 02203
FTS 223-5529 (617) 223-6486
EPA Contact:
Mr. John Taylor
UIC Representative
U.S. EPA, Region V
230 South Dearborn Street
Chicago, IL 60604
FTS 886-1502 (312) 353-2151
-8
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QSWER Policy Directive No. 9487.01-A(C5)
MINNESOTA
State Agency Contact;
Mr. John Hoick
Minnesota Pollution Control Agency
1935 W. Country Road B-2
Roseviile, MN 55113
(612) 296-7787
MISSISSIPPI
State Agency Contact:
Mr. Fred Hilie
Bureau of Pollution Control
P.O. Box 10385
Jackson, MS 39209
(601) 961-5171
MONTANA
State Agency Contacts;
Mr. Charles Maio
Montana Oil & Gas Conservation
Commission
2535 St. Johns Avenue
Billings, MT 59101
(406) 656-0040
Mr. Steve Pilcher
Water Quality Bureau
Dept. of Health & Environmental
Sciences
Cogswell Bldg.
Billings, MT
(406) 499-2406
NEBRASKA
State Agency Contact!;
Mr. Jay Rlngenberg
Chief (1422), Permits/Licences
Section
Nebraska Dept. of Environmental
Control
P.O. Box 94877, Statehouse Stn.
Lincoln, NE 65809
(402) 471-2186
EPA Contact:
Mr. John Taylor
UIC Representative
U.S. EPA, Region V
230 South Dearborn Street
Chicago, IL 60604
FTS 886-1502 (312) 353-2151
EPA Contact!
Mr. Bill Taylor
UIC Representative
U.S. EPA, Region IV
345 Courtland Street
Atlanta, GA 30365
FTS 257-3866 (404) 347-3866
EPA Contact!
Mr. Patrick Crotty
U.S. EPA, Region VIII
I860 Lincoln Street
Denver, CO 80295
FTS 564-1542 (303) 837-2731
EPA Contact!
Harold Owens
Chief, Ground Water Section
U.S. EPA, Region VII
726 Minnesota Ave.
Kansas City, MO 66101
FTS 757-2812 (913) 236-2808
-9
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Mr. Paul Roberts
Director (1425), Oil & Gas
Conservation Commission
P.O. Box 399
Sidney, »C
(303) 2:>4-4595
NEW HAMPSHIRE
State Agency Contact:
Mr. Michael A. SiUs, P.E.
Ground Water Protection Division
Ground Water Supply and Pollution
Control Commission
P.O. Box 95, Hazen Drive
Concord, NH 03301
(603) 271-2755
HEW JERSEY
State Agency Contact:
Mr. Wayne Hutchinson
Prograc Manager
New Jersey Geological Survey
New Jersey Department of
Environmental Protection
P.O. Bos CN-029
Trenton, NJ 08625
(609) 292-0668
NEW MEXICO
State Agency Contacts:
Paige Morgan
Environmental Improvement Division
P.O. Box 968
Sante Fe, NM 87503
(505) 984-0020 Ex 281
Prentiss Morgan
Oil Conservation Division \
P.O. Box 2068
Saate Fe, NM 87501
(505) 827-2434
EPA Contact:
Mr. Greg Charest
UIC Representative
U.S. EPA, Region I
JFK Federal Building
Boston, MA 02203
FTS 223-5529 (617) 223-6486
EPA Contact:
Mr. Peter Acker
UIC Representative
U.S. EPA, Region II
Federal Building
26 Federal Plaza
New York City, NY 10278
FTS 264-1800 (212) 264-1800
EPA Contact;
Mr. Bill Honker
U.S. EPA, Region VI
1201 Elm Street
Dallas, IX 75270
FTS 729-2774 (214) 767-2600
-10
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OSWER Policy Directive No. 9487.01-A(85)
tpj / f'"-»
'uAri
NEW YORK
State Agency Contacts;
Mr. Daniel Barolo
Director, Division of Water
Department of Environmental
Conservation
50 Wolf Road
Albany, NY 12233
(518) 457-6674
Mr. Gregory Sovas
Director, Division of Mineral
Resources
Department of Environmental
Conservation
50 Wolf Road
Albany, NY 12233
(518) 457-9337
NORTH CAROLINA
State Agency Contact!
Mr. Perry Nelson
Groundwater Section
Division of Environmental
Management
P.O. Box 27687
Raleigh, NC 27611
(919) 733-5083
NORTH DAKOTA
State Agency Contacts!
Mr. Wesley Norton
Chief Enforcement Official
Oil and Gas Division
North Dakota Industrial Commission
900 East Boulevard
Bismarck, ND 58505
(701) 224-2969
Mr. Francis Schwindet
Director, Division of Water
Supply and Pollution Control
North Dakota Division of Health
1200 Missouri Ave.
Bismarck, ND 58501
(701) 224-4538
EPA Contact!
Mr. Peter Acker
UIC Representative
U.S. EPA, Region II
Federal Building
26 Federal Plaza
New York City, NY 10278
FTS 264-1800 (212) 264-1800
EPA Contact!
Mr. Bill Taylor
UIC Representative
U.S. EPA, Region IV
345 Courtland Street
Atlanta, GA 30365
FTS 257-3866 (404) 347-3866
EPA ContactI
Mr. Patrick Grotty
U.S. EPA, Region VIII
I860 Lincoln Street
Denver, CO 80295'
FTS 564-1542 (303) 837-2731
-11
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OSWER Policy Directive No. 9487.01-A(85)
OHIO
State Agency Contacts;
Mr. Steve White
Ohio EPA
Hazardous Waste Division
Box 1049-
361 E. Broad Street
Columbus, OH 43216
(614) 466-7220
Mr. Dennis Crist
Ohio Department of Natural Resources
Oil and Gas Division
Fountain Square, Building A
Columbus, OH 43224
(614) 265-6926
EPA Contact;
Mr. John Taylor
UIC Representative
U.S. EPA, Region V
230 South Dearborn Street
Chicago, IL 60604
FTS 886-1502 (312) 353-2151
OKLAHOMA
State Agency Contacts;
Mr. Donald Hensch
Department of Health
Industry and Solid Waste Service
P.O. Box 53551
Oklahoma City, OK 73152
(405) 271-5338
Mr. Tal Oden
Corporation Commission
UIC
Jim Thorpe Office Building
Oklahoma City, OK 73105
(405) 521-2500
EPA Contact;
Mr. Bill Honker
U.S. EPA, Region VI
1201 Elm Street
Dallas, TX 75270
FTS 729-2774 (214) 767-2600
OREGON
State Agency Contact;
Mr. Frederick J. Hansen
Director, Department of Environmental
Quality
P.O. Box 1760
522 S. V. Fifth Avenue
Portland, OR 97207
(503) 229-5395
Mr. Donald Hull
State Geologist
Oregon Department of Geology and
Mineral Industries
1005 State Office Building
1440 S. V. Fifth Avenue
Portland, OR 97201
(503) 229-5580
EPA Contact;
Mr. Jerry Opatz
UIC Representative
U.S. EPA, Region X
1200 Sixth Avenue
Seattle, WA 98101
FTS 399-4092 (206) 442-1225
-12
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OKWER Policy Directive No. 9487.01-A(85)
PENNSYLVANIA
State Agency Contact:
Mr. Lewie Berchini
'Department of Environmental
Resources
P.O. Box 2060
Harrisburg, PA 17120
(717) 787-2666
PUERTO RICO
Agency Contact:
Mr. Carl Axel P. Soderberg
Vice Chairman
Environmental Quality Board
Box 11*88
Santurce, Puerto Rico 00910-1488
RHODE ISLAND
State Agency Contact;
Mr. Michael Annarummo
Industrial Facilities and Monitoring
Division of Water Resources
Department of Environmental
Management
75 Davis Street, Health Building
Providence, RI 02908
(401) 277-2234
SOUTH CAROLINA
State 'Agency Contact:
Mr. Don Duncan
Groundwater Program
Water Supply Division
Environmental Quality Control
Department of Health and
Environmental Control
2600 Bull Street
Columbia, SC 29201
(803) 758-5213
SOUTH DAKOTA
'State Agency Contacts:
Mr. Mark Steichen
Director, Office of Drinking Water
Joe FOBS Bldg.
Pierre, SD 57501
(605) 773-3754
LY'/*, / t-'i-
>u
EPA Contact:
Mr. George Hoessel
UIC Representative
U.S. EPA, Region III
841 Chestnut Building
Philadelphia, FA 19106
FTS 597-9800 (215) 597-9800
EPA Contact:
Mr. Peter Acker
UIC Representative
U.S. EPA, Region II
Federal Building
26 Federal Plaza
New York City, NY 10278
FTS 264-1800 (212) 264-1800
EPA Contact:
Mr. Greg Charest
UIC Representative
U.S. EPA, Region I
JFK Federal Building
Boston, MA 02203
FTS 223-5529 (617) 223-6486
EPA Contact:
Mr. Bill Taylor.
UIC Representative
U.S. EPA, Region IV
345 Courtland Street
Atlanta, GA 30365
FTS 257-3866 (404) 347-3866
EPA Contact:
Mr. Patrick Crotty
U.S. EPA, Region VIII
1860 Lincoln Street
Denver, CO 80295
FTS 564-1542 (303) 837-2731
-13
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OSWER Policy Directive NO.
i:
Mr. Jim Nelson
Director, Division of Water and
Natural Resources
Joe Foss Bldg.
Pierre, SD 57501
(605) 344-2229
TENNESSEE
State Agency Contactst
Mr. Terry K. Cothron
Director, Division of Ground-Water
Protection
Office of Water Management
Department of Health and Environment
T.E.R.R.A. Building, 7th Floor
150 Ninth Avenue, North
Nashville, TN 37219-5404
(615) 741-7206
TEXAS
State Ager.cy Contacts;
Mr. William Klemt
UIC Section
Department of Water Resources
P.O. Box 13087 - Capital Station
1700 North Congress Ave.
Austin, TX 78711
(512) 475-7098
Mr. Jerry Mullican
UIC Section
Railroad Commission
P.O. Box Drawer 12967
Capital Station
Austin, TX 78711
(512) 445-1373
UTAH
State Agency Contacts;
Ms. Dianne R. Nielson
Director, Division of Oil, Gas
and Mining
Utah Dept. of Natural Resources
& Energy
4241 State Office Bldg.
Salt Lake City, ITT 84114
(801) 533-5771
EPA Contact!
Mr. Bill Taylor
UIC Representative
U.S. EPA, Region IV
345 Courtland Street
Atlanta, GA 30365
FTS 257-3866 (404) 347-3866
EPA Contact;
Mr. Bill Honker
U.S. EPA, Region VI
1201 Elm Street
Dallas, TX 75270
FTS 729-2774 (214) 767-2600
EPA Contact:
Mr. Patrick Grotty
U.S. EPA, Region VIII
I860 Lincoln Street
Denver, CO 80295
FTS 564-1542 (303) 837-2731
-14
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OSWER Policy Directive No. 9487.01-A(85)
Mr. Calvin Sudweeks
Director, Bureau of Water Pollution
Control
Utah Department of Health
150 West North Temple
Salt Lake City, UT 84114
(801) 533-6146
VERMONT
State Agency Contact;
Mr. David Butterfield
Chief, Ground Water Management
Section
Department of Water Resources and
Environmental Engineering
Agency of Environmental Conservation
State Office Building
Montpelier, VT 05602
(802) 828-2761
VIRGIN ISLANDS
Agency Contact;
Ms. Angel LeDron
Commissioner, Department of
Conservation and Cultural Affairs
P.O. Box 4340
Charlotte Amalie, St. Thomas 00801
(809) 774-3320
VIRGINIA
State Agency Contact!;
Dr. James B. Kenley, M.D.
State Department of Health
State Health Commission
James Madison Bldg.
109 Governor Street
Richmond, VA 23219
(804) 786-5569
Mr. Tom Fulner
Assistant Commissioner
Department of Labor and Industry
205 North Fourth Street
Richmond, VA 23241
(703) 628-8115
EPA Contact;
Mr. Greg Charest
UIC Representative
U.S. EPA, Region I
JFK Federal Building
Boston, MA 02203
FTS 223-5529 (617) 223-6486
EPA Contact;
Mr. Peter Acker
UIC Representative
U.S. EPA, Region II
Federal Building
26 Federal Plaza
New York City, NY 10278
FTS 264-1800 (212)
EPA Contact:
Mr. George Hoessel
UIC Representative
U.S. EPA, Region III
841 Chestnut Building
Philadelphia, PA '19106
FTS 597-9800 (215) 597-9800
-15
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OSWER Policy Directive No. 9487.01-A(85)
DRAFT
Mr. Robert Taylor
State Department of Health
State Health Commission
James Madison Bldg.
109 Governor Street
Richmond, VA 23219
(804) 786-5569
WASHINGTON
State Agency Contact:
Mr. Brian Boyle
Commissioner, Public Lands (M/S QW-21)
Public Lands Building
Department of Natural Resources
Olympia, WA 98504
(206) 753-5317
Mr. Ray Lasmanis
State Geologist
Division of Geology & Earth Resources
Department of Natural Resources
Olympia, WA 98504
(206) 459-6375
Ms. Karen Rahm
Secretary, Department of Social and
Health Services
Olynpia, WA 98504
(206) 753-3395
Mr. Donald W. Moos
Director, Department of Ecology
Mail Stop PV-11
Olympia, WA 98504
(206) 459-6169
WEST VIRGINIA
State Agency Contact:
Mr. Rick Melvin
irt!"ent of Natural Resources
: Street, East
(304) 348-5935
EPA Contact;
Mr. Jerry Opatz
UIC Representative
U.S. EPA, Region X
1200 Sixth Avenue
Seattle, WA 98101
FTS 399-4092 (206) 442-1225
EPA Contact;
Mr. George Hoessel
DIG Representative
U.S. EPA, Region III
841 Chestnut Buildimg
>'
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OSWER Policy Directive No. 9487.01-A(85)
WISCONSIN
State Agency Contact:
Mr. Greg Becker
Wisconsin Department of
Natural Resources
Bureau of Water Supply
P.O. Box 7921
Madison, WI 53707
(608) 267-7652
WYOMING
State Agency Contacts:
Mr. Donald Basko
Director, Oil & Gas Commission
P.O. Box 2640
Casper, WY 82602
(307) 234-7147
Mr. William Garland
Director, Department of
Environmental Quality
Water Quality Division
1111 E. Lincoln Way
Cheyenne, WY 82002
(307) 777-7781
EPA Contact;
Mr. John Taylor
UIC Representative
U.S. EPA, Region V
230 South Dearborn Street
Chicago, IL 60604
FTS 886-1502 (312) 353-2151
EPA Contact;
Mr. Patrick Crotty
U.S. EPA, Region VIII
1860 Lincoln Street
Denver, CO 8C295
FTS 564-1542 (303) 837-2731
-17
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