EPA-600/R-98-036
April 1998
DEVELOPMENT OF HAZARDOUS AIR POLLUTANT EMISSION
FACTORS FROM STATE SOURCE TEST PROGRAMS
Final Report
Donna Lee Jones, Candace Blackley, Joel Battiste,
JoAnn Gilbert, and Karen Mesich
Radian Corporation
Post Office Box 13000
Research Triangle Park, North Carolina 27709
EPA Contract No. 68-D1-0017
Work Assignments No. 45 and 84
EPA Contract No. 68-D1-0031
Work Assignments No. 48, 60, 74, and 86
EPA Contract No. 68-D2-0160
Work Assignments No. 19 and 30
Project Officer: Julian W. Jones
U.S. Environmental Protection Agency
Office of Research and Development
National Risk Management Research Laboratory
Air Pollution Prevention and Control Division (MD-61)
Research Triangle Park, North Carolina 27711
Prepared for:
U.S. Environmental Protection Agency
Office of Research and Development
Washington, D.C. 20460
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TECHNICAL REPORT DATA ,,, mi ii llllt HIIllllI |||| I 111
(Please read Instructions on the reverse before compl || | |||| || [|| || j| 11|| 11111|| | |j|
1. REPORT NO. 2.
EPA-600/R-98-036
PB98-I42110
4. TITLE AND SUBTITLE
Development of Hazardous Air Pollutant Emission,
Factors from State Source Test Programs
5. REPORT DATE
April 1998
6. PERFORMING ORGANIZATION CODE
7. author(s) l. Jones, C, Blackley, J. Battiste, J. Gilbert,
and K, Mesich
8. PERFORMING ORGANIZATION REPORT NO.
9. PERFORMING ORGANIZATION NAME AND ADDRESS
Radian Corporation
P. O. Box 13000
Research Triangle Park, North Carolina 27709
10. PROGRAM ELEMENT NO,
11. CONTRACT/GRANT NO. « ADIOOI'/T
45/84,68D10031T48/60/74/
86, 68D20160T19/30
12. SPONSORING AGENCY NAME AND ADDRESS
EPA, Office of Research and Development
Air Pollution Prevention and Control Division
Research Triangle Park, NC 27711
13. TYPE OF REPORT AND PERIOD COVERED
Final; 5/92 - 9/95
14. SPONSORING AGENCY CODE
EPA/600/13
15. supplementary notes appcd project officer is Julian W. Jones, Mail Drop 61, 919/541-
2489.
16. abstract rj-jie rep0rt gives results of a study in which emission factors were develop-
ed from test data obtained from several Air Quality Management Districts in Calif-
ornia and from state environmental agencies in Louisiana, Maryland, New Jersey,
and Texas. The emission factors were developed for 9 of 23 relatively important
source categories which lacked good quality emission factors. Over 100 test reports
were screened for completeness: 69 of them contained sufficient information for
emission factor development. From the 69 complete reports, 983 individual hazar-
dous air pollutant (HAP) emission factors were developed and entered into EPA's
Factor Information Retrieval (FIRE) system emission factor database. The number,
data quality, and range of emission factors developed for each source classification
code and source category tested--are also included in the report. (NOTE: The Clean
Air Act Amendments of 1990 require EPA to identify sources of HAP emissions, es-
timate the quantities of HAPs emitted from these sources, and evaluate the poten-
tial health risks associated with these emissions. A major method used to estimate
these emissions is the use of source-test-based "emission factors, " which, when
multiplied by measurable activity data, yield.an estimate of the quantity of a HAP
emitted by the source.)
17. KEY WORDS AND DOCUMENT ANALYSIS
a. DESCRIPTORS
b,IDENTIFIERS/OPEN ENDED TERMS
c. COSATI Field/Group
Pollution
Toxicity
Emission
Pollution Control
Stationary Sources
Emission Factors
Hazardous Air Pollu-
tants (HAPs)
13B
06T
14 G
18. DISTRIBUTION STATEMENT
Release to Public
19. SECURITY CLASS (This ReportJ
Unclassified
21. NO. OF PAGES
zw
20. SECURITY CLASS (This page)
Unclassified
22. PRICE
EPA Form 2220-1 *3-73)
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NOTICE
This document has been reviewed in accordance with
U.S. Environmental Protection Agency policy and
approved for publication. Mention of trade names
or commercial products does not constitute endorse-
ment or recommendation for use.
PROTECTED UNDER INTERNATIONAL COPYRIGHT
ALL RIGHTS RESERVED.
NATIONAL TECHNICAL INFORMATION SERVICE
U.S. DEPARTMENT OF COMMERCE
Reproduced from
best available copy.
11
i
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FOREWORD
The U.S. Environmental Protection Agency is charged by Congress with pro-
tecting the Nation's land, air, and water resources. Under a mandate of national
environmental laws, the Agency strives to formulate and implement actions lead-
ing to a compatible balance between human activities and the ability of natural
systems to support and nurture life. To meet this mandate, EPA's research
program is providing data and technical support for solving environmental pro-
blems today and building a science knowledge base necessary to manage our eco-
logical resources wisely, understand how pollutants affect our health, and pre-
vent or reduce environmental risks in the future.
The National Risk Management Research Laboratory is the Agency's center for
investigation of technological and management approaches for reducing risks
from threats to human health and the environment. The focus of the Laboratory's
research program is on methods for the prevention and control of pollution to air,
land, water, and subsurface resources; protection of water quality in public.water
systems; remediation of contaminated sites and groundwater; and prevention and
control of indoor air pollution. The goal of this research effort is to catalyze
development and implementation of innovative, cost-effective environmental
technologies; develop scientific and engineering information needed by EPA to
support regulatory and policy decisions; and provide technical support and infor-
mation transfer to ensure effective implementation of environmental regulations
and strategies.
This publication has been produced as part of the Laboratory's strate^4c long-
term research plan. It is published and made available by EPA's Office of Re-
search and Development to assist the user community and to link researchers
with their clients.
E. Timothy Oppelt, Director
National Risk Management Research Laboratory
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ABSTRACT
The Clean Air Act Amendments of 1990 require the U. S. Environmental Protection Agency (EPA)
to identify sources of hazardous air pollutant (HAP) emissions, to estimate the quantities of HAPs emitted
from these sources, and to evaluate the potential health risks associated with these emissions. One of
the major methods used to estimate these emissions is the use of source test-based "emission factors,"
which, when multiplied by measurable activity data, yield an estimate of the quantity of a HAP emitted by
the source. State programs requiring source testing have allowed EPA to obtain test data for sources of
HAP emissions without the expense of additional source testing.
This report presents the results of a study where emission factors were developed from test data
obtained from several Air Quality Management Districts in California and from state environmental
agencies in Louisiana, Maryland, New Jersey, and Texas. The emission factors were developed for nine
of a group of 23 relatively important source categories which lacked good quality emission factors. Over
100 test reports were screened for completeness; 69 of these reports contained sufficient information for
emission factor development. From the 69 complete reports, 983 individual HAP emission factors were
developed and entered into EPA's Factor Information Retrieval (FIRE) system emission factor database.
The number, data quality, and range of emission factors developed -- for each source classification code
and source category tested -- are also included in this report.
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CONTENTS
Page
Abstract iv
Tables vi
Figures ,. vi
Acknowledgements vii
1 Introduction 1-1
2 Selection of Source Categories for Data Collection 2-1
3 Report Screening and Emission Factor Development Procedures 3-1
4 Emission Factor Development Results 4-1
5 Conclusions 5-1
6 References 6-1
Appendix A Selection of High-priority Source Categories for Emission Factor Development A-1
Appendix B State Test Reports Collected and Screened for Usefulness B-1
Appendix C Quality Assurance Plan C-1
Appendix D Data Summary Sheets for Test Reports Used in Emission Factor Development D-1
Appendix E Source Test Report Numbers by Source Category E-1
v
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TABLES
Number Page
2-1 LIST OF 23 HIGH PRIORITY SOURCE CATEGORIES FOR EMISSION FACTOR
DEVELOPMENT . 2-2
4-1 SUMMARY OF EMISSION FACTORS DEVELOPED FROM STATE SOURCE TEST
REPORTS, BY SOURCE CATEGORY AND SOURCE CLASSIFICATION CODE .......... 4-2
4-2 HAZARDOUS AIR POLLUTANTS WITH EMISSION FACTORS FROM URBAN SOURCE
CATEGORY SOURCE TEST REPORTS .4-5
4-3 RANGE OF HAP EMISSION FACTORS BY SCC FOR THE ELECTRIC ARC FURNACE
(EAF) SOURCE CATEGORY 4-6
4-4 RANGE OF HAP EMISSION FACTORS BY SCC FOR THE ENGINE TEST FACILITIES
SOURCE CATEGORY 4-7
4-5 RANGE OF HAP EMISSION FACTORS BY SCC FOR THE INDUSTRIAL BOILERS SOURCE
CATEGORY 4-8
4-6 RANGE OF HAP EMISSION FACTORS BY SCC FOR THE IRON AND STEEL
MANUFACTURING SOURCE CATEGORY 4-17
4-7 RANGE OF HAP EMISSION FACTORS BY SCC FOR THE PHARMACEUTICALS
PRODUCTION SOURCE CATEGORY 4-19
4-8 RANGE OF HAP EMISSION FACTORS BY SCC FOR THE PHENOLIC RESINS PRODUCTION
SOURCE CATEGORY 4-20
4-9 RANGE OF HAP EMISSION FACTORS BY SCC FOR THE POLYETHER POLYOLS
PRODUCTION SOURCE CATEGORY .. 4-21
4-10 RANGE OF HAP EMISSION FACTORS BY SCC FOR THE WASTE TSDFS SOURCE
CATEGORY 4-22
4-11 RANGE OF HAP EMISSION FACTORS BY SCC FOR THE WOOL FIBERGLASS
MANUFACTURING SOURCE CATEGORY 4-34
5-1 STATUS OF EMISSION FACTOR DEVELOPMENT FOR THE 23 HIGH PRIORITY SOURCE
CATEGORIES 5-2
APPENDIX
2-1 THE 56 TOP-RANKED HIGH-RISK SOURCE CATEGORIES FROM THE
SCRS DATABASE (Alphabetical) A-11
2-2 RESULTS OF THE SECOND STEP IN THE SELECTION PROCESS FOR THE
HIGH-PRIORITY SOURCES OF HAP'S (Alphabetical) A-12
2-3 RESULTS OF THE FINAL SELECTION STEP IN THE IDENTIFICATION OF
HIGH-PRIORITY SOURCES OF HAP'S (Alphabetical) A-14
2-4 FIVE URBAN AREA STUDY - SOURCES OF CANCER INCIDENCE A-14
3-1 DATA COLLECTED FOR THE 23 HIGH-PRIORITY SOURCE CATEGORIES A-17
4-1 THE 23 HIGH-PRIORITY SOURCE CATEGORIES (Alphabetical) A-33
FIGURES
Number Page
APPENDIX
2-1 Selection scheme for the 23 High-Priority Source Categories A-9
vi
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ACKNOWLEDGEMENTS
This report was prepared by Radian Corporation for Julian W. Jones, of the Air Pollution
Prevention and Control Division (APPCD) of the National Risk Management Research Laboratory of the
U.S. EPA's Office of Research and Development, over a series of work assignments from 1992 to 1995.
These work assignments were as follows: Contract 68-D1-0017, Work Assignments 45 and 84;
Contract 68-D1 -0031, Work Assignments 48, 60, 74, and 86; Contract 68-D2-0160, Work Assignments 19
and 30.
The Radian authors would like to acknowledge the support of the other Radian project team
members that contributed to this project over the years (alphabetically): Garry Brooks, Clint Burklin,
Regina DILavore, Mike Fauls, Leesa Gerald, Tracy Gionfriddo, Eric Goehl, Jack Johnson, Janet Mangum,
Dorie Pickett, Mike Pring, Peter Self, Steve Shaffer, Lisa Sutton, and Marco Zarate.
The authors also would like to acknowledge the contribution of the states from which the test
reports were obtained: California, Louisiana, Maryland, New Jersey, and Texas, In particular, the
California Air Resources Board (CARB) members provided key assistance in obtaining the bulk of the
source test reports used in this report. Robert Grant, Richard Bode, and Patricia Velasko of CARB were
contacts that provided a great deal of assistance in obtaining the reports or other information pertinent to
this study.
Most of all, the authors would like to thank the EPA work assignment manager, Julian W. Jones,
for his undaunting professional support over the years and for his perseverance in achieving the long
range project goals. His flexibility and patience with all facets of the project helped achieve an end
product that was useful to both his immediate division as well as that of the U.S. EPA's Office of Air
Quality Planning and Standards, Many additional emission factors were obtained from state source test
reports retrieved under his project but not used in this report; these emission factors were also used to
populate the EPA/OAQPS FIRE database.
V
vii
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SECTION 1
INTRODUCTION
The Clean Air Act Amendments of 1990 (CAAA) require the U. S. Environmental Protection
Agency (EPA) to identify sources of hazardous air pollutant (HAP) emissions, to estimate the quantities of
HAPs emitted from these sources, and to evaluate the potential health risks associated with these
emissions. One of the major methods used to estimate these emissions is the use of source test-based
"emission factors," which, when multiplied by measurable activity data, yield an estimate of the quantity of
a HAP emitted by the source. State programs requiring source testing have allowed EPA to obtain test
data for sources of HAP emissions without the expense of additional source testing.
Large data gaps currently exist in HAP emissions inventories and emission factor databases.
This report describes a study that was undertaken to develop emission factors for some of the gaps in the
emission factor databases. The emission factors developed in this effort were entered into EPA's Factor
Information Retrieval (FIRE) system emission factor database," which contains all the available HAP
emission factors acquired by the EPA to date.
Section 2 describes how the gaps in the databases, corresponding to sources of HAPs, were
prioritized for the emission factor development efforts. Section 3 describes how the source test reports
available from the states were screened for usefulness to the project and how the emission factors were
developed from the reports selected through the screening process. Section 4 shows the results of the
emission factor development. Section 5 presents the conclusions of this study.
Appendix A details the procedure used to prioritize the source categories for emission factor
development. Appendix B lists all the source test reports obtained from the states that were screened for
usefulness to the project. Appendix C shows the quality assurance (QA) plan used in the project.
Appendix D shows the data summary sheets for the test reports used in emission factor development.
Appendix E lists the source test report numbers that correspond to each high priority source category.
1-1
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SECTION 2
SELECTION OF SOURCE CATEGORIES FOR DATA COLLECTION
To make the effort both cost effective and relevant, a list of high priority source categories was
developed. The source categories selected as high priority were:
(1) Source categories in the 58 top-ranked source categories in the EPA's Source Category
Rating System2 (SCRS) databases;
(2) Source categories without good data in FIRE, SPECIATE,3 or AP-42* and without
impending source tests; and
(3) Source categories with more than 10 individual facilities in the United States,
Additionally, because of the focus on urban areas under the CAAA, urban source categories were
identified from the list of high-priority source categories according to the following additional two criteria:
• Source categories identified as high-risk urban source categories based on an EPA study
of cancer incidence in five urban areas5 and the EPA's "Urban Air Toxics" study;6 and
• Source categories with two or more "Urban Air Toxics"6 or Great Waters HAPs.7,8
Details of the source category selection procedure and results are described in a stand alone report that
was prepared earlier in the project, and is provided as Appendix A to this report.
Using this selection process, 23 source categories (shown in Table 2-1) were identified as
needing good quality emission factors. This list of 23 high priority source categories was used to select
which of the test reports submitted to the states would be used for emission factor development.
2-1
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TABLE 2-1. LIST OF 23 HIGH PRIORITY SOURCE CATEGORIES FOR
EMISSION FACTOR DEVELOPMENT
Source Category
Classification1
Amino Resins Production
Urban
Auto and Light-Duty Truck Surface Coating
Urban
Chelating Agents Manufacturing
General
Chlorine Production
Urban
EAF Steel Manufacturing"
General
Engine Test Facilities
General
Gasoline Distribution
Urban
Hydrochloric Acid Production
Urban
Hydrogen Cyanide Production
General
Industrial Boilers
Urban
Institutional and Commercial Boilers
Urban
Iron and Steel Manufacturing6
General
Magnetic Tape Manufacturing
Urban
Pharmaceutical Production
Urban
Phenolic Resins Production
General
Phosphoric Acid Manufacturing
Urban
Polyester Resins Production
General
Polyether Polyols Production
General
Polystyrene Production
General
Solvent Degreasing Units
Genera!
Steel Pickling (HQ process)b
General
Waste Treatment, Storage, and Disposal Facilities (TSDFs)
Urban
Wool Fiberglass Manufacturing
General
a The 11 "urban" source categories were identified as high priority urban source
categories, among the top-ranked 50 source categories in an EPA database,8 that need
good quality emission factors. The 12 "general" source categories include source
categories that were identified from the 56 top-ranked EPA source categories; they are
not necessarily urban, but they also need good quality emission factors.
b These source categories are potential EPA test sites; however, there are no current
plans for testing.
2-2
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SECTION 3
REPORT SCREENING AND EMISSION FACTOR DEVELOPMENT PROCEDURES
REPORT SCREENING
A total of 128 source test reports were collected from the states and screened for emission factor
development. The test reports were selected for emission factor development using the following criteria:
• The test report was from a source that was one of the 23 high priority source categories;
* The test report contained enough process rate information to develop emission factors;
• The test report contained HAP emissions data; and
* Overall, the report was appropriate for emission factor development, considering the
sampling procedures and test methods used.
Application of the selection criteria to the 128 reports obtained from the states revealed 69 test reports that
were recommended for use in emission factor development. Appendix B lists the state, company name,
source type, and process unit tested for all 128 reports.
EMISSION FACTOR DEVELOPMENT PROCEDURES
Emission factors establish the quantity of pollutant released to the atmosphere during source
activity in units of mass of the pollutant emitted per unit of measure of the process activity. The emission
factors developed in this study are given in units that are both consistent with and applicable to the source
and that are appropriate to the many end-users of the emission factors. FIRE1 and AP-4^ were consulted
first to determine if suitable units had already been selected for the emissions source.
For example, boiler emission factors were developed in units of pounds per million Btu heat input.
However, for many of the source test reports more than one emission factor could be developed for each
HAP, depending on the information available. For this purpose, information was provided in the "Notes"
section of FIRE to relate the emissions to other process parameters, such as gas flow rate or amount of
raw material used, if available.
3-1
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For each source test report, at least one emission factor was developed for each HAP tested at
each process point [source classification code (SCC)] where there were sufficient data. Where there were
a number of test runs, an average emission factor from all test runs was developed for each HAP and
each process point along with a range for the average value. For tests on multiple units, the data from
each unit were averaged only if the units were nearly identical (i.e., they were the same size or rating, and
were operated under nearly identical conditions). If more than one test report were available for a source
category, the emission factors were reported separately for each HAP and each test report. Emission
factors were developed for criteria pollutants if data for these pollutants were available along with HAP
data.
Each emission factor was categorized as to whether or not the process unit was controlled or
uncontrolled during the testing. Uncontrolled emission data were averaged only with other uncontrolled
emission data, for the same process point in a source category. The controlled emission data were
averaged only if it was ascertained that the control device was operated in the same manner for each test
run. Separate emission factors were developed for similar units controlled by devices operated in different
ways (i.e., with a wide variation in control efficiency).
Data summary sheets were prepared for each test report. These summary sheets included all
information needed to report the emission factor to FIRE, including:
* Information used for tracking the emission factor development-Researcher name or
number, date, report title, bibliographical reference number, and FIRE reference number
(if available).
* Information that pertains to the source and source category-Standard Industrial
Classification (SIC) name and code, SCC name and number, and emission point,
* Information that pertains to the tested HAP-Chemicai name and Chemical Abstract
Service (CAS) number.
* Information that pertains to the test performance-Sampling location, sampling method,
number of test runs and units tested, the type of control device(s) in use during the test,
and control efficiency.
* Information that relates directly to the calculated emission factor-Average emission
factor, emission factor range, emission factor unit, and use of blank (analytical sample)
corrections.
* Information concerning data quality-See data quality discussion below.
« Any information not previously mentioned that is pertinent to the emission factor
calculation or calculation of the emission factor in other units--F-factors (for converting
combustion emission factors to alternative units), temperature, density, flow rate, process
rate, or other process parameters.
3-2
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Each test report was evaluated according to the procedures outlined in a QA Plan (shown in
Appendix C) that was prepared for the project. The QA plan required at least one independent check of
the emission factor development process, from the extraction of the test data from the report to the
development of emission data summary sheets and entry of the data into FIRE. A second audit was also
specified by the QA plan.
The emission factors developed were rated according to AP-421 data quality rating criteria (which
are also used in FIRE). With this data quality rating criteria scheme, a rating from "A" through "D" was
assigned to the emission factors based on the following criteria;
* Data Quality A-Tests were performed using sound methodology and were reported in
enough detail for adequate validation. These tests were not necessarily the EPA
reference methods, although such reference methods were preferred and were used as a
guide.
» Data Quality B--Tests were performed by generally sound methodology, but they lacked
enough detail for adequate validation.
* Data Quality C-Tests were performed by a generally sound methodology, but were
lacking a significant amount of background data.
* Data Quality D-Tests were based on a generally unacceptable method, but the method
provided an order-of-magnitude value for the source.
3-3
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SECTION 4
EMISSION FACTOR DEVELOPMENT RESULTS
The 69 source test reports received from the states and selected in the screening process were
used for emission factor development according to the previously described procedures. Table 4-1
summarizes the emission factors developed from the test reports for each source category and SCC.
Appendix D contains all of the data obtained from each of the 69 source test reports in terms of the range
of data and the emission factors developed from the average of the data. The data summary sheets
shown in Appendix D also show the test methods used, the SCC for the data, whether the process was
controlled or not, the data quality assigned to the data, and other information pertinent to the data that is
included in FIRE, The data summary sheets are in order of source test report number (ERC No.).
Appendix E lists the source test report numbers that fall under each source category. This list can be
used to identify the data in Appendix D for each source category.
A total of 1,324 emission factors, 983 of which were HAP emission factors, were developed from
the 69 test reports. The data quality assigned to the 983 HAP emission factors developed from the test
reports ranged from "A" to "D." There were 248 data quality ratings of "A," 682 of "B," 41 "C," and
12 of "D,"
The HAP emission factors developed in this study corresponded to 45 SCCs and were attributed
to nine of the 23 high priority source categories:8
* Electric Arc Furnace (EAF) Steel Manufacturing
» Engine Test Facilities
• Industrial Boilers
» Iron and Steel Manufacturing
» Pharmaceuticals Production
* Phenolic Resins Production
• Polyether Polyols Production
Waste TSDFs, and
Wool Fiberglass Manufacturing,
* Two source test reports were also obtained under the "Gasoline Distribution" high priority source
category; however, there were no acceptable HAP data in these reports.
4-1
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TABLE 4-1. SUMMARY OF EMISSION FACTORS DEVELOPED FROM STATE SOURCE TEST REPORTS,
BY SOURCE CATEGORY AND SOURCE CLASSIFICATION CODE
Number with HAP
Total Number of
Source
Data Quality
Emission Factors
High Priority
Classification
Source Category
Code
Description
A
B
C
D
HAPs
All
Electric Arc Furnace
30900198
Industrial Processes, Fabricated Metal Products, General Processes, Other Not Classified
0
0
0
8
8
10
(EAF)
Engine Test Facilities
A2810040
Miscellaneous Area Sources, Other Combustion, Aircraft/Rocket Engine Firing and Testing
0
18
0
0
18
18
Gasoline Distribution"
A2505030
Storage and Transport, Petroleum and Petroleum Product Transport, Truck, Gasoline
0
0
0
0
0
6
Industrial Boilers
10100501
External Combustion Boilers, Electric Generation, Distillate Oil, Grades 1 and 2 Oil
1
25
0
0
26
29
10100602
External Combustion Boilers, Electric Generation, Natural Gas Boilers <100 Million Btu/hr
9
12
0
0
21
35
except Tangential
10100903
External Combustion Boilers, Electric Generation, Wood/Bark Waste, Wood-fired Boiler
11
93
0
0
104
124
10200200
External Combustion Boilers, Industrial, Bituminous/Subbituminous Coal
0
0
1
0
1
2
10200400
External Combustion Boilers, Industrial, Residual Oil
0
9
0
0
9
9
10200401
External Combustion Boilers, Industrial, Residual Oil, Grade 6 Oil
0
56
17
0
73
88
10200404
External Combustion Boilers, Industrial, Residual Oil, Grade 5 Oil
3
0
0
0
3
3
10200600
External Combustion Boilers, Industrial, Natural Gas
0
2
0
0
2
2
10200602
External Combustion Boilers, Industrial, Natural Gas, 10-100 Million Btu/hr
0
5
0
0
5
5
10200804
External Combustion Boilers, Industrial, Coke, Cogeneration
0
21
0
0
21
26
10200902
External Combustion Boilers, Industrial, Wood/Bark Waste, Wood/Bark-fired Boiler
0
1
0
0
1
1
(>50,000 lb Steam)
10200906
External Combustion Boilers, Industrial, Wood/Bark Waste, Wood-fired Boiler (<50,000 lb
0
36
0
0
36
50
Steam)
10201201
External Combustion Boilers, Industrial, Solid Waste, Specify Waste Material in Comments
0
6
0
0
6
6
External Combustion Boilers, Commercial/Industrial, Distillate Oil, Grades 1 and 2 Oil
10300501
External Combustion Boilers, Space Heaters, Commercial/Institutional
7
0
0
0
7
8
10500200
Internal Combustion Engines, Electric Generation, Distillate Oil (Diesel)
7
0
0
0
7
8
20100100
Internal Combustion Engines, Electric Generation, Distillate Oil (Diesel), Reciprocating
17
0
0
0
17
18
20100102
Internal Combustion Engines, Industrial, Natural Gas, Turbine: Cogeneration
17
0
0
0
17
18
20200203
0
9
0
0
9
9
Iron and Steel
30300908
Industrial Processes, Primary Metal Production, Steel Manufacturing, Electric Arc Furnace:
0
0
0
0
0
4
Manufacturing
Carbon Steel
30400301
Industrial Processes, Secondary Metal Production, Grey Iron Foundries, Cupola
0
76
0
0
76
104
30400398
Industrial Processes, Secondary Metal Production, Grey Iron Foundries, Other Not
0
1
0
0
1
4
Classified
(continued)
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TABLE 4-1. SUMMARY OF EMISSION FACTORS DEVELOPED FROM STATE SOURCE TEST REPORTS,
BY SOURCE CATEGORY AND SOURCE CLASSIFICATION CODE (Continued)
Number with HAP
Total Number of
Source
Data Quality
Emission Factors
High Priority
Classification
Source Category
Code
Description
A
B
C
D
HAPs
All
Pharmaceuticals
30106011
Industrial Processes, Chemical Manufacturing, Pharmaceutical Preparations, Coating
0
0
0
1
1
1
Production
Process
Phenolic Resins
30101805
Industrial Processes, Chemical Manufacturing, Plastic Production, Phenolic Resins
0
0
0
1
1
4
Production
Production
Polyether Polyols
30120501
Industrial Processes, Chemical Manufacturing, Propylene Oxide, General
0
1
0
0
1
1
Production
Waste TSDFs
10101201
External Combustion Boilers, Electric Generation, Solid Waste, Specify Waste Material in
22
47
0
0
69
106
Comments
10101202
External Combustion Boilers, Electric Generation, Solid Waste, Refuse Derived Fuel
63
0
0
0
63
107
10200799
External Combustion Boilers, Industrial, Process Gas, Other: Specify in Comments
0
21
0
0
21
23
10300811
External Combustion Boilers, Commercial/Industrial, Landfill Gas
0
0
5
0
5
6
31502101
Industrial Processes, Photographic Equipment, Health Care—Crematoriums, Crematory
39
0
0
2
41
62
Stack
50100101
Waste Disposal, Solid Waste Disposal—Government, Municipal Incineration, Starved Air:
0
22
0
0
22
36
Multiple Chamber
50200101
Waste Disposal, Solid Waste Disposal—Commercial/Institutional, Incineration, Multiple
1
0
0
0
1
4
Chamber
50200504
Waste Disposal, Solid Waste Disposal—Commercial/Institutional, Incineration: Special
28
1
0
0
29
38
Purpose, Medical Waste Incinerator
50200505
Waste Disposal, Solid Waste Disposal—Commercial/Institutional, Incineration: Special
9
40
12
0
61
93
Purpose, Pathological
50200601
Waste Disposal, Solid Waste Disposal—Commercial/Institutional, Landfill Dump, Waste
0
66
0
0
66
72
Gas Flares
50200602
Waste Disposal, Solid Waste Disposal—Commercial/Institutional, Landfill Dump, Municipal
0
50
0
0
50
65
Waste Disposal, Solid Waste Disposal—Industrial, Incineration, Single Chamber
50300102
Waste Disposal, Solid Waste Disposal—Industrial, Incineration, Controlled Air
3
2
0
0
5
8
50300103
Waste Disposal, Solid Waste Disposal—Industrial, Incineration, Hazardous Waste
0
5
0
0
5
6
50300501
Waste Disposal, Solid Waste Disposal—Industrial, Landfill Dump, Waste Gas Flares
6
47
0
0
53
78
50300601
5
5
0
0
10
16
Wool Fiberglass
30501203
Industrial Processes, Mineral Products, Fiberglass Manufacturing, Electric Furnace (wool-
0
2
0
0
2
2
Manufacturing
type fiber)
30501209
Industrial Processes, Mineral Products, Fiberglass Manufacturing, Curing: Flame
0
3
0
0
3
3
Attenuation (wool-type fiber)
30501299
Industrial Processes, Mineral Products, Fiberglass Manufacturing, Other Not Classified
0
0
6
0
6
6
Total
983
1324
a Analytical results for HAP data in the source test report showed deficiencies; therefore, only the criteria pollutant data were useful.
-------
Of these nine high priority source categories with HAP data, three were urban source categories:
Industrial Boilers, Pharmaceuticals Production, and Waste TSDFs. There were 47 HAPs identified as
being emitted from the three urban source categories; the 47 HAPs are listed in Table 4-2.
Tables 4-3 through 4-11 show the range of emission factors developed for each HAP from each
of the nine high priority source categories, by SCC.a The emission factors for controlled sources are listed
separately from uncontrolled sources; the controlled source data are further separated into data for each
type of control device.
a In some cases only one emission factor was developed; therefore, a range of data is not apparent.
4-4
-------
TABLE 4-2. HAZARDOUS AIR POLLUTANTS WITH EMISSION FACTORS FROM
URBAN SOURCE CATEGORY SOURCE TEST REPORTS8
acetaldahyde
acetonltrlle
acrolein
antimony
arsenic
benzene
beryllium
bromomethane
cadmium
carbon disulfide
carbon tetrachloride
carbonyl sulfide
chlorine
chlorobenzene
chloroform
chromium
cobalt
cumene
dibenzofurans
1,4-dichlorobenzene
1,2-dichtoroproparie
ethyl benzene
ethylene dichloride
ethyiidene dichloride
formaldehyde
hexane
hydrogen chloride
hydrogen fluoride
lead
manganese
mercury
methyl chloroform
methylene chloride
naphthalene
nickel
polychlorinated biphenyis
polycyclic organic matter
selenium
2,3,7,8-tetrachlorodibenzo-p-dioxln
1,1,2,2-tetrachloroethane
tetrachloroethylene
1,1,2-trichloroethane
trichloroethylene
toluene
vinyl chloride
vinylidene chloride
xylenes (o, m, p, and mixtures)
Total 47 HAPs
a The urban source categories were: Industrial Boilers, Pharmaceuticals Production, and Waste TSDFs.
4-5
-------
TABLE 4.3 RANGE OF HAP EMISSION FACTORS BY SCC FOR THE ELECTRIC ARC FURNACE (EAF) SOURCE CATEGORY
HAP
Emission Factor Ranae
Low High
Units
Control Status
SCC
Arsenic
5.620E-6
5.620E-6
lb/ton
Controlled (Baghouse)
30900198
Cadmium
5.720E-5
5.720E-5
lb/ton
Controlled (Baghouse)
30900198
Chromium (total)
5.500E-5
5.500E-5
lb/ton
Controlled (Baghouse)
30900198
Lead
2.940E-3
2.940E-3
lb/ton
Controlled (Baghouse)
30900198
Manganese
6.640E-4
6.640E-4
lb/ton
Controlled (Baghouse)
30900198
Mercury
4.530E-6
4.530E-6
lb/ton
Controlled (Baghouse)
30900198
Nickel
3.080E-5
3.080E-5
lb/ton
Controlled (Baghouse)
30900198
Selenium
2.370E-4
2.370E-4
lb/ton
Controlled (Baghouse)
30900198
-------
TABLE 4.4 RANGE OF HAP EMISSION FACTORS BY SCC FOR THE ENGINE TEST FACILITIES SOURCE CATEGORY
HAP
Emission Factor Ranae
Low High
Units
Control Status
SCC
1,3-Butadiene
1.400E-1
1.400E-1
lb/ton
Uncontrolled
A2810040
Benzene
7.290E-3
4.310E-1
lb/ton
Uncontrolled
A2810040
Cadmium
2.970E-4
1.950E-3
lb/ton
Uncontrolled
A2810040
Chromium (total)
8.730E-4
2.920E-3
lb/ton
Uncontrolled
A2810040
Manganaaa
1.230E-3
1.180E-2
lb/ton
Uncontrolled
A2810040
Mercury
2.860E-4
2.860E-4
lb/ton
Uncontrolled
A2810040
Nickel
1.200E-3
8.820E-3
lb/ton
Uncontrolled
A2810040
Toluene
8.850E-3
1.100E-1
lb/ton
Uncontrolled
A2810040
T richloroethylene
2.960E-3
8.890E-3
lb/ton
Uncontrolled
A2810040
Xylene
1.740E-2
7.890E-2
lb/ton
Uncontrolled
A2810040
-------
TABLE 4.5 RANGE OF HAP EMISSION FACTORS BY SCC FOR THE INDUSTRIAL BOILERS SOURCE CATEGORY
Emission Factor Range
HAP Low High Units Control Status SCC
1,2,3,4,6,7,8-HpCDFuran
2.250E-10
2.250E-10
Ib/MMBtu •
Controlled (Baghouse)
10200804
7.870E-12
7.920E-12
Ib/MMBtu
Controlled (Miscellaneous Control Device)
10100903
4.260E-10
4.260E-10
Ib/MMBtu
Controlled (Scrubber)
10200906
3.020E-9
3.020E-9
lb/ton
Controlled (Electrostatic Precipitator)
10100903
1,2,3,4,7.8,9-HpCDFuran
5.650E-11
5.650E-11
Ib/MMBtu
Controlled (Scrubber)
10200906
1,2,3,4,7,8-HxCDFuran
4.760E-11
4.760E-11
Ib/MMBtu
Controlled (Baghouse)
10200804
3.800E-12
6.180E-12
Ib/MMBtu
Controlled (Miscellaneous Control Device)
10100903
5.030E-11
5.030E-11
Ib/MMBtu
Controlled (Scrubber)
10200906
1,2,3,6,7,8-HxCDFuran
4.820E-11
4.820E-11
Ib/MMBtu
Controlled (Baghouse)
10200804
3.260E-12
5.540E-12
Ib/MMBtu
Controlled (Miscellaneous Control Device)
10100903
5.490E-11
5.490E-11
Ib/MMBtu
Controlled (Scrubber)
10200906
1,2,3,7,8,9-HxCDFuran
2.510E-11
2.510E-11
Ib/MMBtu
Controlled (Scrubber)
10200906
1,2,3,7,8-PeCDFuran
9.600E-11
9.600E-11
Ib/MMBtu
Controlled (Baghouse)
10200804
8.080E-12
8.440E-12
Ib/MMBtu
Controlled (Miscellaneous Control Device)
10100903
1.040E-10
1.040E-10
Ib/MMBtu
Controlled (Scrubber)
10200906
2,3,4,6,7,8-HxCDFuran
5.390E-11
5.390E-11
Ib/MMBtu
Controlled (Baghouse)
10200804
2.750E-12
3.650E-12
Ib/MMBtu
Controlled (Miscellaneous Control Device)
10100903
9.320E-11
9.320E-11
Ib/MMBtu
Controlled (Scrubber)
10200906
6.130E-10
6.130E-10
lb/ton
Controlled (Electrostatic Precipitator)
10100903
2,3,4,7,8-PeCDFuran
1.400E-10
1.400E-10
Ib/MMBtu
Controlled (Baghouse)
10200804
9.030E-12
1.090E-11
Ib/MMBtu
Controlled (Miscellaneous Control Device)
10100903
3.310E-11
3.310E-11
Ib/MMBtu
Controlled (Scrubber)
10200906
2,3,7,8-TCDFuran
1.010E-10
1.010E-10
Ib/MMBtu
Controlled (Baghouse)
10200804
1.070E-11
1.330E-11
Ib/MMBtu
Controlled (Miscellaneous Control Device)
10100903
1.440E-11
1.440E-11
Ib/MMBtu
Controlled (Scrubber)
10200906
1.290E-10
1.290E-10
lb/ton
Controlled (Electrostatic Precipitator)
10100903
2-Methylnaphthalene (POM)
9.800E-7
9.800E-7
Ib/MMBtu
Uncontrolled
10200401
Acenaphthene (POM)
3.560E-6
3.560E-6
lb/1000 gal "
Uncontrolled
10100501
6.700E-4
6.700E-4
lb/1000 gal
Uncontrolled
20100102
7.630E-9
3.730E-8
Ib/MMBtu
Controlled (Miscellaneous Control Device)
10100903
6.710E-7
6.710E-7
Ib/MMBtu
Controlled (Scrubber)
10200906
< 1.560E-8
< 1.560E-8
Ib/MMBtu
Uncontrolled
10100602
1.040E-5
1.040E-5
Ib/MMBtu
Uncontrolled
20100100
7.040E-7
7.040E-7
lb/ton
Controlled (Electrostatic Precipitator)
10100903
(continued)
-------
TABLE 4.5 RANGE OF HAP EMISSION FACTORS BY SCC FOR THE INDUSTRIAL BOILERS SOURCE CATEGORY (continued)
HAP
Emission Factor Range
Low
High
Units
Control Status
SCC
Acenaphthylene (POM) (continued)
¦I*
I
<£>
Acetaldehyde
Acrolein
Anthracene (POM)
Arsenic
Benz-a-anthracene (POM)
1.700E-6
1.700E-6
lb/1000 gal
Uncontrolled
10100501
8.640E-6
8.640E-6
lb/1000 gal
Uncontrolled
10200400
2.700E-6
2.700E-6
lb/1000 gal
Uncontrolled
10300501
7.130E-4
7.130E-4
lb/1000 gal
Uncontrolled
20100102
<2.760E-6
<2.760E-8
Ib/MMBtu
Controlled (Baghouse)
10200804
<3.590E-9
<3.590E-9
Ib/MMBtu
Controlled (Catalytic Reduction)
20200203
1.120E-8
3.520E-8
Ib/MMBtu
Controlled (Miscellaneous Control Device)
10100903
3.720E-5
3.720E-5
Ib/MMBtu
Controlled (Scrubber)
10200906
<5.000E-8
<5.000E-8
Ib/MMBtu
Uncontrolled
10100602
<7.400E-7
<7.400E-7
Ib/MMBtu
Uncontrolled
10200401
1.770E-8
1.770E-8
Ib/MMBtu
Uncontrolled
10500200
1.120E-5
1.120E-5
Ib/MMBtu
Uncontrolled
20100100
2.670E-5
2.670E-5
lb/ton
Controlled (Electrostatic Precipitator)
10100903
1.440E-4
1.440E-4
Ib/MMBtu
Controlled (Baghouse)
10201201
1.370E-5
6.950E-5
Ib/MMBtu
Controlled (Miscellaneous Control Device)
10100903
1.520E-5
2.090E-5
Ib/MMBtu
Uncontrolled
10100602
<8.340E-6
<8.340E-6
Ib/MMBtu
Controlled (Miscellaneous Control Device)
10100903
1.680E-5
1.890E-5
Ib/MMBtu
Uncontrolled
10100602
1.840E-6
1.840E-6
lb/1000 gal
Uncontrolled
10100501
8.130E-5
8.130E-5
lb/1000 gal
Uncontrolled
20100102
2.010E-8
6.780E-8
Ib/MMBtu
Controlled (Miscellaneous Control Device)
10100903
8.350E-6
8.350E-6
Ib/MMBtu
Controlled (Scrubber)
10200906
<2.240E-8
<2.240E-8
Ib/MMBtu
Uncontrolled
10100602
1.810E-6
1.810E-6
Ib/MMBtu
Uncontrolled
20100100
5.680E-7
5.680E-7
lb/ton
Controlled (Electrostatic Precipitator)
10100903
2.470E-4
2.470E-4
lb/1000 gal
Uncontrolled
10100501
4.990E-4
4.990E-4
lb/1000 gal
Uncontrolled
10200401
< 1.600E-3
< 1.600E-3
lb/1000 gal
Uncontrolled
10200401
4.030E-7
1.170E-6
Ib/MMBtu
Controlled (Miscellaneous Control Device)
10100903
<5.340E-6
<5.340E-6
Ib/MMBtu
Controlled (Scrubber)
10200906
5.750E-8
9.670E-6
Ib/MMBtu
Uncontrolled
10200401
1.680E-7
1.680E-7
lb/gal
Uncontrolled
10200401
9.440E-7
9.440E-7
lb/1000 gal
Uncontrolled
10100501
3.160E-6
3.160E-6
lb/1000 gal
Uncontrolled
10200400
1.520E-6
1.520E-6
lb/1000 gal
Uncontrolled
20100102
(continued)
-------
TABLE 4.5 RANGE OF HAP EMISSION FACTORS BY SCC FOR THE INDUSTRIAL BOILERS SOURCE CATEGORY (continued)
Emission Factor Range
HAP
Low
High
Units
Control Statue
SCC
Benz-a-anthracene (POM) (continued)
< 1.650E-9
8.090E-9
Ib/MMBtu
Controlled (Miscellaneous Control Device)
10100903
4.400E-7
4.400E-7
Ib/MMBtu
Controlled (Scrubber)
10200906
2.390E-8
2.390E-8
Ib/MMBtu
Uncontrolled
20100100
2.270E-8
2.270E-8
lb/ton
Controlled (Electrostatic Precipitator)
10100903
Benzene
1.950E-2
1.950E-2
lb/1000 gal
Uncontrolled
10200401
3.140E-3
3.140E-3
lb/1000 gal
Uncontrolled
10200400
1.100E-3
1.100E-3
lb/1000 gal
Uncontrolled
10200401
2.750E-3
2.750E-3
lb/1000 gal
Uncontrolled
10300501
1.290E-1
1.290E-1
lb/1000 gal
Uncontrolled
20100102
<2.680E-5
<2.680E-5
Ib/MMBtu
Controlled (Baghouse)
10200804
5.290E-3
5.290E-3
Ib/MMBtu
Controlled (Baghouse)
10201201
9.380E-5
9.380E-5
Ib/MMBtu
Uncontrolled
10200401
1.810E-5
1.810E-5
Ib/MMBtu
Uncontrolled
10500200
2.030E-3
2.030E-3
Ib/MMBtu
Uncontrolled
20100100
2.280E-4
2.280E-4
lb/gal
Uncontrolled
10200401
Benzo-a-pyrene (POM)
1.340E-6
1.340E-6
lb/1000 gal
Uncontrolled
10100501
3.420E-7
3.420E-7
Ib/MMBtu
Controlled (Scrubber)
10200906
Benzo-b-fluoranthene (POM)
7.270E-7
7.270E-7
lb/1000 gal
Uncontrolled
10100501
3.560E-6
3.560E-6
lb/1000 gal
Uncontrolled
20100102
<4.550E-9
<4.550E-9
Ib/MMBtu
Controlled (Catalytic Reduction)
20200203
< 1.960E-9
< 1.960E-9
Ib/MMBtu
Controlled (Miscellaneous Control Device)
10100903
1.310E-7
1.310E-7
Ib/MMBtu
Controlled (Scrubber)
10200906
3.430E-8
3.430E-8
Ib/MMBtu
Uncontrolled
10100602
<2.000E-8
<2.000E-8
Ib/MMBtu
Uncontrolled
10200401
5.600E-8
5.600E-8
Ib/MMBtu
Uncontrolled
20100100
1.250E-7
1.250E-7
lb/ton
Controlled (Electrostatic Precipitator)
10100903
Benzo-ghi-perylene (POM)
1.730E-6
1.730E-6
lb/1000 gal
Uncontrolled
10300501
1.960E-6
1.960E-6
lb/1000 gal
Uncontrolled
20100102
<2.770E-9
<2.770E-9
Ib/MMBtu
Controlled (Catalytic Reduction)
20200203
1.090E-6
1.090E-6
Ib/MMBtu
Controlled (Scrubber)
10200906
< 1.490E-8
< 1.490E-8
Ib/MMBtu
Uncontrolled
10100602
1.140E-8
1.140E-8
Ib/MMBtu
Uncontrolled
10500200
3.080E-8
3.080E-8
Ib/MMBtu
Uncontrolled
20100100
9.940E-8
9.940E-8
lb/ton
Controlled (Electrostatic Precipitator)
10100903
Benzo-k-fluoranthene (POM)
<3.170E-9
<3.170E-9
Ib/MMBtu
Controlled (Catalytic Reduction)
20200203
4k
I
O
(continued)
-------
TABLE 4,5 RANGE OF HAP EMISSION FACTORS BY SCC FOR THE INDUSTRIAL BOILERS SOURCE CATEGORY (continued)
HAP
Emission Factor Ranae
Low High
Units
Control Statu*
SCC
Benzo-k-fluoranthene (POM) (continued)
< 1.060E-9
< 1.060E-9
Ib/MMBtu
Controlled (Miscellaneous Control Device)
10100903
6.830E-7
6.830E-7
Ib/MMBtu
Controlled (Scrubber)
10200906
<1.150E-8
<1.150E-8
Ib/MMBtu
Uncontrolled
10100602
Beryllium
< 1.650E-4
<1.650E-4
lb/1000 gal
Uncontrolled
10200401
< 2.420E-8
<2,420E-8
Ib/MMBtu
Controlled (Miscellaneous Control Device)
10100903
1.270E-6
1.270E-6
Ib/MMBtu
Controlled (Scrubber)
10200906
2.550E-8
1.240E-5
Ib/MMBtu
Uncontrolled
102Q04O1
1.850E-8
1.850E-8
lb/gal
Uncontrolled
10200401
Cadmium
8.640E-5
8.640E-5
lb/1000 gal
Uncontrolled
10100501
< 1.650E-4
< 1.650E-4
lb/1000 gal
Uncontrolled
10200401
2.990E-S
2.990E-5
lb/1000 gal
Uncontrolled
10200400
5.500E-4
5.500E-4
lb/1000 gal
Uncontrolled
10200401
2.470E-5
2.470E-5
Ib/MMBtu
Controlled (Baghouse)
10201201
3.540E-7
3.670E-7
Ib/MMBtu
Controlled (Miscellaneous Control Device)
10100903
<2.470E-7
<2.470E-7
Ib/MMBtu
Controlled (Scrubber)
10200906
1.610E-7
4.600E-7
Ib/MMBtu
Uncontrolled
10200401
2.910E-8
2.910E-8
lb/gal
Uncontrolled
10200401
Chlorine
4.310E-3
4.310E-3
lb/lb
Uncontrolled
10100501
Chromium (total)
9.450E-4
9.450E-4
lb/1000 gal
Uncontrolled
10100501
8.660E-3
8.660E-3
lb/1000 gal
Uncontrolled
10200401
4.900E-3
4.900E-3
lb/1000 gal
Uncontrolled
10200401
1.610E-6
1.610E-6
Ib/MMBtu
Controlled (Baghouse)
10201201
2.800E-6
3.060E-6
Ib/MMBtu
Controlled (Miscellaneous Control Device)
10100903
6.200E-8
3.380E-4
Ib/MMBtu
Uncontrolled
10200401
1.520E-6
1.520E-6
lb/gal
Uncontrolled
10200401
Chrysene (POM)
1.390E-6
1.390E-6
lb/1000 gal
Uncontrolled
10100501
1.200E-5
1.200E-5
lb/1000 gal
Uncontrolled
20100102
< 1.300E-9
<1.300E-9
Ib/MMBtu
Controlled (Miscellaneous Control Device)
10100903
1.950E-7
1.950E-7
Ib/MMBtu
Controlled (Scrubber)
10200906
4.440E-8
4.440E-8
Ib/MMBtu
Uncontrolled
10100501
1.400E-7
1.400E-7
Ib/MMBtu
Uncontrolled
10200401
1.880E-7
1.880E-7
Ib/MMBtu
Uncontrolled
20100100
2.350E-7
2.350E-7
lb/ton
Controlled (Electrostatic Precipitator)
10100903
Cobalt
2.200E-3
2.200E-3
lb/1000 gal
Uncontrolled
10200401
Dibenz-ah-anthracene (POM)
<2,570E*8
< 2.570E-8
Ib/MMBtu
Controlled (Scrubber)
10200906
(continued)
-------
TABLE 4.5 RANGE OF HAP EMISSION FACTORS BY SCC FOR THE INDUSTRIAL BOILERS SOURCE CATEGORY (continued)
HAP
Emission Factor Range
Low
High
Units
Control Status
SCC
Ethylbenzene
Fluoranthene (POM)
4^
I
to
Fluorene (POM)
Formaldehyde
1.400E-3
1.400E-3
lb/1000 gal
Uncontrolled
10200401
3.070E-3
3.070E-3
lb/1000 gal
Uncontrolled
20100102
4.820E-5
4.820E-5
Ib/MMBtu
Uncontrolled
20100100
2.760E-6
2.760E-6
lb/1000 gal
Uncontrolled
10100501
3.150E-6
3.150E-6
lb/1000 gal
Uncontrolled
10300501
1.310E-4
1.310E-4
lb/1000 gal
Uncontrolled
20100102
1.410E-6
1.410E-6
Ib/MMBtu
Controlled (Baghouse)
10200804
1.360E-8
1.360E-8
Ib/MMBtu
Controlled (Catalytic Reduction)
20200203
1.270E-8
2.880E-7
Ib/MMBtu
Controlled (Miscellaneous Control Device)
10100903
9.520E-8
9.520E-6
Ib/MMBtu
Controlled (Scrubber)
10200906
9.360E-8
9.360E-8
Ib/MMBtu
Uncontrolled
10100501
6.190E-8
6.190E-8
Ib/MMBtu
Uncontrolled
10100602
< 1.900E-7
< 1.900E-7
Ib/MMBtu
Uncontrolled
10200401
1.340E-8
1.340E-8
Ib/MMBtu
Uncontrolled
10200404
2.080E-8
2.080E-8
Ib/MMBtu
Uncontrolled
10500200
2.060E-6
2.060E-6
Ib/MMBtu
Uncontrolled
20100100
6.730E-6
6.730E-6
lb/ton
Controlled (Electrostatic Precipitator)
10100903
7.810E-6
7.810E-6
lb/1000 gal
Uncontrolled
10100501
8.130E-6
8.130E-6
lb/1000 gal
Uncontrolled
10300501
4.630E-4
4.630E-4
lb/1000 gal
Uncontrolled
20100102
2.600E-8
8.940E-8
Ib/MMBtu
Controlled (Miscellaneous Control Device)
10100903
8.570E-6
8.570E-6
Ib/MMBtu
Controlled (Scrubber)
10200906
9.130E-8
9.130E-8
Ib/MMBtu
Uncontrolled
10100602
4.600E-7
4.600E-7
Ib/MMBtu
Uncontrolled
10200401
5.420E-8
5.420E-8
Ib/MMBtu
Uncontrolled
10500200
7.260E-6
7.260E-6
Ib/MMBtu
Uncontrolled
20100100
1.320E-6
1.320E-6
lb/ton
Controlled (Electrostatic Precipitator)
10100903
5.390E-2
5.390E-2
lb/1000 gal
Uncontrolled
10200401
3.250E-2
3.250E-2
lb/1000 gal
Uncontrolled
10200401
6.630E-2
6.630E-2
lb/1000 gal
Uncontrolled
20100102
8.770E-13
1.760E-11
lb/E6 ft3
Uncontrolled
10200600
2.050E-3
2.050E-3
Ib/MMBtu
Controlled (Baghouse)
10201201
4.030E-5
1.920E-4
Ib/MMBtu
Controlled (Miscellaneous Control Device)
10100903
2.170E-5
4.890E-4
Ib/MMBtu
Uncontrolled
10100602
1.200E-3
1.200E-3
Ib/MMBtu
Controlled (Scrubber)
10200902
(continued)
-------
TABLE 4.5 RANGE OF HAP EMISSION FACTORS BY SCC FOR THE INDUSTRIAL BOILERS SOURCE CATEGORY (continued)
HAP
Emission Factor Ranae
Low High
Units
Control Status
SCC
Formaldehyde (continued)
5.250E-5
5.250E-5
Ib/MMBtu
Uncontrolled
10200401
4.700E-5
4.700E-5
Ib/MMBtu
Uncontrolled
10200404
1.040E-3
1.040E-3
Ib/MMBtu
Uncontrolled
20100100
4.440E-4
4.440E-4
lb/ton
Controlled (Electrostatic Precipitator)
10100903
Hepta-PCB, total
1.870E-9
1.870E-9
Ib/MMBtu
Controlled (Miscellaneous Control Device)
10100903
Hexa-PCB, total
3.480E-10
3.900E-9
Ib/MMBtu
Controlled (Miscellaneous Control Device)
10100903
Hexana
2.930E-3
1.680E-2
Ib/MMBtu
Uncontrolled
10200602
HpCDFuran (total)
3.640E-10
3.640E-10
Ib/MMBtu
Controlled (Baghouse)
10200804
7.870E-12
8.780E-12
Ib/MMBtu
Controlled (Miscellaneous Control Device)
10100903
7.660E-10
7.660E-10
Ib/MMBtu
Controlled (Scrubber)
10200906
HxCDFuran (total)
8.890E-10
8.890E-10
Ib/MMBtu
Controlled (Baghouse)
10200804
1.180E-11
4.160E-11
Ib/MMBtu
Controlled (Miscellaneous Control Device)
10100903
8.080E-10
8.080E-10
Ib/MMBtu
Controlled (Scrubber)
10200906
Hydrogen chloride
1.900E-4
1.900E-4
lb/1000 gal
Uncontrolled
10200400
2.240E-3
2.240E-3
Ib/MMBtu
Controlled (Baghouse)
10200804
8.260E-3
1.890E-2
Ib/MMBtu
Controlled (Miscellaneous Control Device)
10100903
lndeno-123-cd-pyrene (POM)
<2.600E-9
<2.600E-9
Ib/MMBtu
Controlled (Catalytic Reduction)
20200203
1.480E-9
1.480E-9
Ib/MMBtu
Controlled (Miscellaneous Control Device)
10100903
4.070E-7
4.070E-7
Ib/MMBtu
Controlled (Scrubber)
10200906
< 1.850E-8
< 1.850E-8
Ib/MMBtu
Uncontrolled
10100602
Lead
3.170E-4
1.490E-3
lb/1000 gal
Uncontrolled
10100501
1.780E-3
1.780E-3
lb/1000 gal
Uncontrolled
10200401
2.970E-2
2.970E-2
lb/1000 gal
Uncontrolled
10200401
2.770E-6
6.200E-6
Ib/MMBtu
Controlled (Miscellaneous Control Device)
10100903
1.140E-5
1.140E-5
Ib/MMBtu
Controlled (Scrubber)
10200906
2.770E-6
2.970E-6
Ib/MMBtu
Uncontrolled
10200401
Manganese
8.860E-4
8.860E-4
lb/1000 gal
Uncontrolled
10100501
1.770E-3
1.770E-3
lb/1000 gal
Uncontrolled
10200401
7.280E-3
7.280E-3
lb/1000 gal
Uncontrolled
10200401
1.870E-5
1.870E-5
Ib/MMBtu
Controlled (Baghouse)
10200804
1.080E-5
5.450E-5
Ib/MMBtu
Controlled (Miscellaneous Control Device)
10100903
3.01 OE-5
3.010E-5
Ib/MMBtu
Controlled (Scrubber)
10200906
3.970E-5
3.970E-5
Ib/MMBtu
Uncontrolled
10100501
2.370E-6
2.340E-3
Ib/MMBtu
Uncontrolled
10200401
Mercury
1.020E-5
1.020E-5
lb/1000 gal
Uncontrolled
10200401
(continued)
-------
TABLE 4.5 RANGE OF HAP EMISSION FACTORS BY SCC FOR THE INDUSTRIAL BOILERS SOURCE CATEGORY (continued)
Emission Factor Range
HAP
Low
High
Units
Control Status
SCC
Mercury (continued)
5.220E-6
5.220E-6
Ib/MMBtu
Controlled (Baghouse)
10200804
<7.070E-7
<7.070E-7
Ib/MMBtu
Controlled (Miscellaneous Control Device)
10100903
3.880E-6
3.880E-6
Ib/MMBtu
Controlled (Scrubber)
10200906
<2.640E-6
1.180E-4
Ib/MMBtu
Uncontrolled
10200401
Naphthalene
3.330E-4
3.330E-4
lb/1000 gal
Uncontrolled
10100501
1.290E-2
1.290E-2
lb/1000 gal
Uncontrolled
20100102
9.160E-7
9.160E-7
Ib/MMBtu
Controlled (Catalytic Reduction)
20200203
6.900E-7
1.460E-6
Ib/MMBtu
Controlled (Miscellaneous Control Device)
10100903
9.300E-5
9.300E-5
Ib/MMBtu
Controlled (Scrubber)
10200906
4.220E-6
4.220E-6
Ib/MMBtu
Uncontrolled
10100602
1.300E-5
6.470E-4
Ib/MMBtu
Uncontrolled
10200401
3.360E-7
3.360E-7
Ib/MMBtu
Uncontrolled
10200404
2.020E-4
2.020E-4
Ib/MMBtu
Uncontrolled
20100100
4.170E-7
4.170E-7
lb/gal
Uncontrolled
10200401
2.990E-4
2.990E-4
lb/ton
Controlled (Electrostatic Precipitator)
10100903
Nickel
5.070E-2
5.070E-2
lb/1000 gal
Uncontrolled
10100501
2.940E-1
2.940E-1
lb/1000 gal
Uncontrolled
10200401
3.730E-1
3.730E-1
lb/1000 gal
Uncontrolled
10200400
1.050E-1
1.050E-1
Ib/IOOO gal
Uncontrolled
10200401
< 1.200E-6
< 1.200E-6
Ib/MMBtu
Controlled (Baghouse)
10200804
5.770E-7
2.550E-6
Ib/MMBtu
Controlled (Miscellaneous Control Device)
10100903
1.160E-39
1.730E-3
Ib/MMBtu
Uncontrolled
10200401
OCDFuran (total)
C1.960E-10
< 1.960E-10
Ib/MMBtu
Controlled (Baghouse)
10200804
1.090E-11
1.390E-11
Ib/MMBtu
Controlled (Miscellaneous Control Device)
10100903
3.300E-10
3.300E-10
Ib/MMBtu
Controlled (Scrubber)
10200906
PeCDFuran (total)
5.870E-9
5.870E-9
Ib/MMBtu
Controlled (Baghouse)
10200804
9.500E-11
1.160E-10
Ib/MMBtu
Controlled (Miscellaneous Control Device)
10100903
3.850E-10
3.850E-10
Ib/MMBtu
Controlled (Scrubber)
10200906
Phenanthrene (POM)
1.870E-5
1.870E-5
lb/1000 gal
Uncontrolled
10100501
3.270E-5
3.270E-5
lb/1000 gal
Uncontrolled
10300501
2.670E-3
2.670E-3
lb/1000 gal
Uncontrolled
20100102
3.330E-6
3.330E-6
Ib/MMBtu
Controlled (Baghouse)
10200804
9.850E-7
9.850E-7
Ib/MMBtu
Controlled (Baghouse)
10201201
4.090E-8
4.090E-8
Ib/MMBtu
Controlled (Catalytic Reduction)
20200203
7.150E-8
1.070E-6
Ib/MMBtu
Controlled (Miscellaneous Control Device)
10100903
¦ft
I
4*
(continued)
-------
TABLE 4.5 RANGE OF HAP EMISSION FACTORS BY SCC FOR THE INDUSTRIAL BOILERS SOURCE CATEGORY (continued)
HAP
Emission Factor Range
Low
High
Units
Control Status
SCC
Phenanthrene (POM) (continued)
Pyrene (POM)
Selenium
TCDFuran (total)
Toluene
6.180E-5
6.180E-5
Ib/MMBtu
Controlled (Scrubber)
10200906
2.230E-7
2.230E-7
Ib/MMBtu
Uncontrolled
10100602
7.900E-8
5.100E-7
Ib/MMBtu
Uncontrolled
10200401
2.160E-7
2.160E-7
Ib/MMBtu
Uncontrolled
10500200
4.200E-5
4.200E-5
Ib/MMBtu
Uncontrolled
20100100
1.920E-5
1.920E-5
lb/ton
Controlled (Electrostatic Precipitator)
10100903
2.970E-6
2.970E-6
lb/1000 gal
Uncontrolled
10100501
2.830E-6
2.830E-6
lb/1000 gal
Uncontrolled
10300501
8.800E-5
8.800E-5
lb/1000 gal
Uncontrolled
20100102
1.450E-6
1.450E-6
Ib/MMBtu
Controlled (Baghouse)
10200804
3.41 OE-8
3.410E-8
Ib/MMBtu
Controlled (Catalytic Reduction)
20200203
7.380E-9
5.720E-8
Ib/MMBtu
Controlled (Miscellaneous Control Device)
10100903
9.950E-6
9.950E-6
Ib/MMBtu
Controlled (Scrubber)
10200906
5.150E-8
5.150E-8
Ib/MMBtu
Uncontrolled
10100501
1.050E-7
1.050E-7
Ib/MMBtu
Uncontrolled
10100602
2.600E-8
2.600E-8
Ib/MMBtu
Uncontrolled
10200401
1.870E-9
1.870E-9
Ib/MMBtu
Uncontrolled
10500200
1.390E-6
1.390E-6
Ib/MMBtu
Uncontrolled
20100100
4.780E-6
4.780E-6
lb/ton
Controlled (Electrostatic Precipitator)
10100903
6.710E-4
6.710E-4
lb/1000 gal
Uncontrolled
10100501
<3.320E-5
<3.320E-5
lb/1000 gal
Uncontrolled
10200401
4.420E-4
4.420E-4
lb/1000 gal
Uncontrolled
10200400
<2.660E-2
<2.660E-2
lb/1000 gal
Uncontrolled
10200401
4.260E-7
6.790E-7
Ib/MMBtu
Controlled (Miscellaneous Control Device)
10100903
< 1.970E-5
< 1.970E-5
Ib/MMBtu
Uncontrolled
10100501
4.260E-8
4.260E-8
Ib/MMBtu
Uncontrolled
10200401
< 1.060E-2
< 1.060E-2
lb/ton
Uncontrolled
10200200
9.870E-9
9.870E-9
Ib/MMBtu
Controlled (Baghouse)
10200804
3.040E-10
4.330E-10
Ib/MMBtu
Controlled (Miscellaneous Control Device)
10100903
3.650E-10
3.650E-10
Ib/MMBtu
Controlled (Scrubber)
10200906
3.070E-3
3.070E-3
lb/1000 gal
Uncontrolled
10200400
8.800E-3
8.800E-3
lb/1000 gal
Uncontrolled
10200401
3.860E-2
3.860E-2
lb/1000 gal
Uncontrolled
20100102
<5.650E-6
<7.660E-6
Ib/MMBtu
Controlled (Miscellaneous Control Device)
10100903
6.060E-4
6.060E-4
Ib/MMBtu
Uncontrolled
20100100
(continued)
-------
TABLE 4.5 RANGE OF HAP EMISSION FACTORS BY SCC FOR THE INDUSTRIAL BOILERS SOURCE CATEGORY (continued)
Emission Factor Ranae
HAP
Low
High
Units
Control Status
SCC
Total Dl PCB
8.220E-8
8.220E-8
Ib/MMBtu
Controlled (Miscellaneous Control Device)
10100903
Total D#qa PCB
2.780E-10
2.780E-10
ib/MMBtu
Controlled (Miscellaneous Control Device)
10100903
Tptal Mono PCB
9.010E-9
1.510E-8
Ib/MMBtu
Controlled (Miscellaneous Control Device)
10100903
2.430E-8
2.430E-8
lb/ton
Controlled (Electrostatic Precipitator)
10100903
Total Nona PCB
2.670E-10
2.670E-10
Ib/MMBtu
Controlled (Miscellaneous Control Device)
10100903
Total Penta PCB
<3.080E-10
7.350E-9
Ib/MMBtu
Controlled (Miscellaneous Control Device)
10100903
Total Tetra PCB
2.540E-9
2.120E-8
Ib/MMBtu
Controlled (Miscellaneous Control Device)
10100903
2.170E-8
2.170E-8
lb/ton
Controlled (Electrostatic Precipitator)
10100903
Total Trl PCB
1.320E-8
2.590E-7
Ib/MMBtu
Controlled (Miscellaneous Control Device)
10100903
Xylene
1.500E-3
1.500E-3
lb/1000 gal
Uncontrolled
10200400
7.500E-3
7.500E-3
lb/1000 gal
Uncontrolled
10200401
6.840E-3
6.840E-3
lb/1000 gal
Uncontrolled
20100102
<9.160E-6
<9.160E-6
Ib/MMBtu
Controlled (Miscellaneous Control Device)
10100903
1.080E-4
1.080E-4
Ib/MMBtu
Uncontrolled
20100100
a 1 lb. per MMBtu = 434.8 Hg per J.
b 1 lb. per 1,000 gal oil *= 0.43 kg per 1,000 liters oil.
-------
TABLE 4.6 RANGE OF HAP EMISSION FACTORS BY SCC FOR THE IRON AND STEEL MANUFACTURING SOURCE CATEGORY
HAP
Emission Factor Ranae
Low High
Units
Control Status
SCC
1,2,3,4,6,7,8-HpCDFuran
3.850E-10
4.540E-10
lb/ton
Controlled (Baghouse)
30400301
1,2,3.4,7,8,9-HpCDFuran
5.470E-11
5.470E-11
lb/ton
Controlled (Baghouse)
30400301
1,2,3,4,7,8-HxCDFuran
3.790E-10
5.060E-10
lb/ton
Controlled (Baghouse)
30400301
1,2,3,6,7,8-HxCDFuran
3.390E-10
4.570E-10
lb/ton
Controlled (Baghouse)
30400301
1,2,3,7,8,9-HxCDFuran
3.100E-10
3.100E-10
lb/ton
Controlled (Baghouse)
30400301
1,2,3,7,8-PeCDFuran
6.100E-10
1.020E-9
lb/ton
Controlled (Baghouse)
30400301
2,3,4,6,7,8-HxCDFuran
8.630E-11
2.020E-10
lb/ton
Controlled (Baghouse)
30400301
2,3,4,7,8-PeCDFuran
6.990E-10
7.100E-10
lb/ton
Controlled (Baghouse)
30400301
2,3,7,8-TCDDioxin
6.000E-11
6.610E-11
lb/ton
Controlled (Baghouse)
30400301
2,3,7,8-TCDFuran
1.040E-9
1.870E-9
lb/ton
Controlled (Baghouse)
30400301
Acenaphthene (POM)
1.740E-8
3.830E-7
lb/ton
Controlled (Baghouse)
30400301
Acenaphthylene (POM)
4.910E-8
3.390E-6
lb/ton
Controlled (Baghouse)
30400301
Anthracene (POM)
1.380E-7
4.770E-7
lb/ton
Controlled (Baghouse)
30400301
Arsenic
<9.890E-6
<9.890E-6
lb/ton
Controlled (Baghouse)
30400301
3.250E-5
3.250E-5
lb/ton
Uncontrolled
30400301
Benz-a-anthracene (POM)
3.530E-7
3.01 OE-6
lb/ton
Controlled (Baghouse)
30400301
Benzene
9.090E-3
9.090E-3
lb/ton
Uncontrolled
30400301
Benzo-a-pyrene (POM)
< 1.250E-7
1.500E-7
lb/ton
Controlled (Baghouse)
30400301
Benzo-b-fluoranthene (POM)
5.830E-7
1.100E-6
lb/ton
Controlled (Baghouse)
30400301
Benzo-ghi-perylene (POM)
1.130E-7
1.280E-6
lb/ton
Controlled (Baghouse)
30400301
Benzo-k-fluoranthene (POM)
1.590E-7
9.420E-7
lb/ton
Controlled (Baghouse)
30400301
Cadmium
2.570E-5
1.790E-4
lb/ton
Controlled (Baghouse)
30400301
9.510E-4
3.900E-3
lb/ton
Uncontrolled
30400301
Chromium (total)
2.440E-4
2.440E-4
lb/ton
Controlled (Baghouse)
30400301
8.590E-4
5.250E-3
lb/ton
Uncontrolled
30400301
Chromium, Hexavalent
<3.170E-5
<3.170E-5
lb/ton
Uncontrolled
30400301
Chrysene (POM)
1.120E-6
1.470E-6
lb/ton
Controlled (Baghouse)
30400301
Dibenz-ah-anthracene (POM)
4.820E-7
4.820E-7
lb/ton
Controlled (Baghouse)
30400301
Fiuoranthene (POM)
3.990E-6
7.600E-6
lb/ton
Controlled (Baghouse)
30400301
Fiuorene (POM)
7.930E-8
7.930E-8
lb/ton
Controlled (Baghouse)
30400301
HpCDFuran (total)
4.870E-10
8.030E-10
lb/ton
Controlled (Baghouse)
30400301
HxCDFuran (total)
3.470E-9
5.240E-9
lb/ton
Controlled (Baghouse)
30400301
Hydrogen chloride
1.630E-3
1.630E-3
lb/ton
Controlled (Baghouse)
30400301
lndeno-123-cd-pyrene (POM)
1.190E-7
1.280E-6
lb/ton
Controlled (Baghouse)
30400301
Lead
2.400E-3
2.670E-3
lb/ton
Controlled (Baghouse)
30400301
<3.800E-5
<3.800E-5
lb/ton
Controlled (Baghouse)
30400398
(continued)
-------
TABLE 4.6 RANGE OF HAP EMISSION FACTORS BY SCC FOR THE IRON AND STEEL MANUFACTURING SOURCE CATEGORY (continued)
HAP
Emission Factor Ranae
Low High
Units
Control Statue
SCC
Lead (continued)
4.400E-2
4.400E-2
lb/ton
Uncontrolled
30400301
Manganese
5.160E-2
5.160E-2
lb/ton
Controlled (Baghouse)
30400301
2.420E-2
2.420E-2
lb/ton
Uncontrolled
30400301
Mercury
1.590E-4
1.590E-4
lb/ton
Controlled (Baghouse)
30400301
3.480E-4
3.480E-4
lb/ton
Uncontrolled
30400301
Naphthalene
6.390E-8
6.390E-8
lb/ton
Controlled (Baghouse)
30400301
OCDFuran (total)
5.760E-11
< 1.170E-10
lb/ton
Controlled (Baghouse)
30400301
PeCDFuran (total)
1.700E-8
1.700E-8
lb/ton
Controlled (Baghouse)
30400301
Phenanthrene (POM)
1.360E-6
6.770E-6
lb/ton
Controlled (Baghouse)
30400301
Pyrene (POM)
1.720E-6
5.560E-6
lb/ton
Controlled (Baghouse)
30400301
TCDFuran (total)
5.080E-8
5.160E-8
lb/ton
Controlled (Baghouse)
30400301
-------
TABLE 4.7 RANGE OF HAP EMISSION FACTORS BY SCC FOR THE PHARMACEUTICALS PRODUCTION SOURCE CATEGORY
HAP
Emission Factor Ranae
Low High Units
Control Status
SCC
Methylene chloride
2.610E--1 2.610E-1 lb/lb
Uncontrolled
30106011
-------
TABLE 4.8 RANGE OF HAP EMISSION FACTORS BY SCC FOR THE PHENOLIC RESINS PRODUCTION SOURCE CATEGORY
Emission Factor Range
HAP Low High Units Control Status SCC
Formaldehyde 1.310E-7 1.310E-7 Ib/dscf Uncontrolled 30101805
-------
TABLE 4.9 RANGE OF HAP EMISSION FACTORS BY SCC FOR THE POLYETHER POLYOLS PRODUCTION SOURCE CATEGORY
Emission Factor Ranae
HAP
Low
High Units
Control Status
SCC
Propylene oxide
<7.490E-5
<7.490E-5 lb/lb
Uncontrolled
30120501
-------
TABLE 4.10 RANGE OF HAP EMISSION FACTORS BY SCC FOR THE WASTE TSDFS SOURCE CATEGORY
Emission Factor Ranae
HAP
Low
High
Units
Control Status
SCC
1,1,1 -T richloroethane
7.560E-6
1.280E-5
Ib/MMBtu
Controlled (Afterburner)
50200601
1.360E-5
1.360E-5
Ib/MMBtu
Uncontrolled
10200799
7.200E-3
7.200E-3
lb/Million
Controlled (Flue Gas Recirculation)
10300811
8.310E-8
8.310E-8
Ib/dscf
Uncontrolled
50200602
3.810E-7
3.810E-7
Ib/scf
Uncontrolled
50200602
4.230E-5
4.230E-5
lb/ton
Uncontrolled
50200505
< 1 .OOOE-3
3.OOOE-3
ug/Btu
Controlled (Miscellaneous Control Device)
50200602
1,1,2,2-Tetrachloroethane
<6.020E-9
<6.020E-9
lb/lb
Controlled (Wet Scrubber)
50300501
1,1,2-T richloroethane
<5.610E-9
<5.960E-9
lb/lb
Controlled (Miscellaneous Control Device)
50300501
1,1-Dichloroethane
1.450E-6
1.450E-6
Ib/dscf
Uncontrolled
50200602
2.870E-6
2.870E-6
Ib/scf
Uncontrolled
50200602
1,2,3,4,6,7,8-HpCDFuran
1.520E-10
1.520E-10
Ib/MMBtu
Controlled (Afterburner)
50200601
4.210E-9
7.890E-9
Ib/MMBtu
Controlled (Electrostatic Precipitator)
10101201
<3.080E-12
<3.080E-12
lb/body
Uncontrolled
31502101
1.710E-13
1.710E-13
lb/lb
Controlled (Miscellaneous Control Device)
50300501
<2.230E-10
<2.590E-9
lb/ton
Controlled (Baghouse)
10101202
2.120E-7
2.120E-7
lb/ton
Controlled (Electrostatic Precipitator)
10101201
3.100E-7
3.100E-7
lb/ton
Controlled (Electrostatic Precipitator)
50100101
<2.010E-6
<2.010E-6
lb/ton
Uncontrolled
50200505
1,2,3,4,7,8,9-HpCDFuran
9.190E-12
9.190E-12
Ib/MMBtu
Controlled (Afterburner)
50200601
5.310E-10
9.710E-10
Ib/MMBtu
Controlled (Electrostatic Precipitator)
10101201
< 1.890E-13
< 1.890E-13
lb/body
Uncontrolled
31502101
4.740E-8
4.740E-8
lb/ton
Controlled (Electrostatic Precipitator)
10101201
3.300E-8
3.300E-8
lb/ton
Controlled (Electrostatic Precipitator)
50100101
5.250E-7
5.250E-7
lb/ton
Uncontrolled
50200505
1,2,3,4,7,8-HxCDFuran
1.820E-10
1.820E-10
Ib/MMBtu
Controlled (Afterburner)
50200601
3.710E-9
6.260E-9
Ib/MMBtu
Controlled (Electrostatic Precipitator)
10101201
5.970E-13
5.970E-13
lb/body
Uncontrolled
31502101
8.880E-12
1.250E-11
lb/lb
Controlled (Miscellaneous Control Device)
50300501
<2.460E-10
<9.500E-10
lb/ton
Controlled (Baghouse)
10101202
1.430E-7
1.430E-7
lb/ton
Controlled (Electrostatic Precipitator)
10101201
2.200E-7
2.200E-7
lb/ton
Controlled (Electrostatic Precipitator)
50100101
2.170E-7
2.170E-7
lb/ton
Uncontrolled
50200505
1,2,3,6,7,8-HxCDFuran
5.280E-11
5.280E-11
Ib/MMBtu
Controlled (Afterburner)
50200601
1.850E-9
2.850E-9
Ib/MMBtu
Controlled (Electrostatic Precipitator)
10101201
(continued)
-------
TABLE 4.10 RANGE OF HAP EMISSION FACTORS BY SCC FOR THE WASTE TSDFS SOURCE CATEGORY (continued)
HAP
Emission Factor Ranae
Low High
Units
Control Status
SCC
1,2,3,6,7,8-HxCDFuran (continued)
5.380E-13
5.380E-13
lb/body
Uncontrolled
31502101
2.370E-12
2.720E-12
lb/lb
Controlled (Miscellaneous Control Device)
50300501
<4.500E-10
<4.500E-10
lb/ton
Controlled (Baghouse)
10101202
7.070E-8
7.070E-8
lb/ton
Controlled (Electrostatic Precipitator)
10101201
7.900E-8
7.900E-8
lb/ton
Controlled (Electrostatic Precipitator)
50100101
2.360E-7
2.360E-7
lb/ton
Uncontrolled
50200505
1,2,3,7,8,9-HxCDFuran
1.380E-11
1.380E-11
Ib/MMBtu
Controlled (Afterburner)
50200601
7.540E-11
2.080E-10
Ib/MMBtu
Controlled (Electrostatic Precipitator)
10101201
1.050E-12
1.050E-12
lb/body
Uncontrolled
31502101
2.230E-12
2.240E-12
lb/lb
Controlled (Miscellaneous Control Device)
50300501
1.130E-8
1.130E-8
lb/ton
Controlled (Electrostatic Precipitator)
10101201
5.300E-9
5.300E-9
lb/ton
Controlled (Electrostatic Precipitator)
50100101
O.540E-8
<9.540E-8
lb/ton
Uncontrolled
50200505
1,2,3,7,8-PeCDFuran
4.820E-11
4.820E-11
Ib/MMBtu
Controlled (Afterburner)
50200601
1.960E-9
2.370E-9
Ib/MMBtu
Controlled (Electrostatic Precipitator)
10101201
<2.010E-13
<2.010E-13
lb/body
Uncontrolled
31502101
8.940E-12
1.180E-11
lb/lb
Controlled (Miscellaneous Control Device)
50300501
2.160E-10
<4.650E-10
lb/ton
Controlled (Baghouse)
10101202
3.250E-8
3.250E-8
lb/ton
Controlled (Electrostatic Precipitator)
10101201
5.100E-8
5.100E-8
lb/ton
Controlled (Electrostatic Precipitator)
50100101
2.020E-7
2.020E-7
lb/ton
Uncontrolled
50200505
1,2-Dichloroethane
1.170E-5
1.170E-5
Ib/MMBtu
Uncontrolled
10200799
4.240E-7
4.240E-7
Ib/dscf
Uncontrolled
50200602
1.720E-7
1.720E-7
Ib/scf
Uncontrolled
50200602
1,2-Dichloropropane
1.320E-3
1.320E-3
lb/ton
Uncontrolled
50200505
1,4-Dichlorobenzene
5.930E-7
5.930E-7
Ib/scf
Uncontrolled
50200602
2,3,4,6,7,8-HxCDFuran
8.520E-11
8.520E-11
Ib/MMBtu
Controlled (Afterburner)
50200601
2.360E-9
3.760E-9
Ib/MMBtu
Controlled (Electrostatic Precipitator)
10101201
2.160E-13
2.160E-13
lb/body
Uncontrolled
31502101
<5.160E-10
<5.160E-10
lb/ton
Controlled (Baghouse)
10101202
1.730E-7
1.730E-7
lb/ton
Controlled (Electrostatic Precipitator)
10101201
1.700E-7
1.700E-7
lb/ton
Controlled (Electrostatic Precipitator)
50100101
4.260E-7
4.260E-7
lb/ton
Uncontrolled
50200505
2,3,4,7,8-PeCDFuran
1.420E-10
1.420E-10
Ib/MMBtu
Controlled (Afterburner)
50200601
2.300E-9
3.140E-9
Ib/MMBtu
Controlled (Electrostatic Precipitator)
10101201
(continued)
-------
TABLE 4.10 RANGE OF HAP EMISSION FACTORS BY SCC FOR THE WASTE TSDFS SOURCE CATEGORY (continued)
Emission Factor Ranae
HAP
Low
High
Units
Control Status
SCC
2,3,4,7,8-PeCDFuran (continued)
<5.760E-13
<5.760E-13
lb/body
Uncontrolled
31502101
1.430E-11
2.640E-11
lb/lb
Controlled (Miscellaneous Control Device)
50300501
<5.350E-10
<5.890E-10
lb/ton
Controlled (Baghouse)
10101202
7.990E-8
7.990E-8
lb/ton
Controlled (Electrostatic Precipitator)
10101201
9.000E-8
9.000E-8
lb/ton
Controlled (Electrostatic Precipitator)
50100101
1.750E-7
1.750E-7
lb/ton
Uncontrolled
50200505
2,3,7,8-TCDDioxin
2.300E-12
2.300E-12
Ib/MMBtu
Controlled (Afterburner)
50200601
1.780E-10
2.150E-10
Ib/MMBtu
Controlled (Electrostatic Precipitator)
10101201
4.580E-14
4.580E-14
lb/body
Uncontrolled
31502101
1.210E-13
1.210E-13
lb/lb
Controlled (Miscellaneous Control Device)
50300501
<9.920E-10
<9.920E-10
lb/ton
Controlled (Electrostatic Precipitator)
10101201
6.900E-9
6.900E-9
lb/ton
Controlled (Electrostatic Precipitator)
50100101
<4.660E-9
<4.660E-9
lb/ton
Uncontrolled
50200505
2,3,7,8-TCDFuran
1.760E-9
1.760E-9
Ib/MMBtu
Controlled (Afterburner)
50200601
1.080E-9
1.830E-9
Ib/MMBtu
Controlled (Electrostatic Precipitator)
10101201
3.310E-13
3.310E-13
lb/body
Uncontrolled
31502101
3.030E-13
1.800E-10
lb/lb
Controlled (Miscellaneous Control Device)
50300501
1.440E-8
1.440E-8
lb/ton
Controlled (Electrostatic Precipitator)
10101201
2.100E-7
2.100E-7
lb/ton
Controlled (Electrostatic Precipitator)
50100101
4.860E-10
4.860E-10
lb/ton
Controlled (Miscellaneous Control Device)
10101202
2.460E-8
2.460E-8
lb/ton
Uncontrolled
50200505
2-Chloronaphthalene (POM)
1.670E-7
1.670E-7
Ib/MMBtu
Controlled (Afterburner)
50200601
2-Methylnaphthalene (POM)
1.400E-6
1.400E-6
Ib/MMBtu
Controlled (Afterburner)
50200601
Acenaphthene (POM)
1.050E-7
1.050E-7
Ib/MMBtu
Controlled (Afterburner)
50200601
7.010E-11
7.010E-11
lb/body
Uncontrolled
31502101
<6.080E-6
<6.080E-6
lb/lb
Uncontrolled
50200504
Acenaphthylene (POM)
4.270E-8
4.270E-8
Ib/MMBtu
Controlled (Afterburner)
50200601
7.750E-11
7.750E-11
lb/body
Uncontrolled
31502101
1.520E-4
1.520E-4
lb/lb
Uncontrolled
50200504
Acetaldehyde
7.790E-10
7.790E-10
lb/body
Uncontrolled
31502101
Acetonitrile
2.580E-6
2.580E-6
Ib/MMBtu
Controlled (Boiler At Landfill)
10200799
8.830E-9
8.830E-9
Ib/scf
Uncontrolled
50200602
Anthracene (POM)
2.320E-10
2.320E-10
Ib/MMBtu
Controlled (Afterburner)
50200601
2.060E-10
2.060E-10
lb/body
Uncontrolled
31502101
<5.390E-5
<5.390E-5
lb/lb
Uncontrolled
50200504
(continued)
-------
TABLE 4.10 RANGE OF HAP EMISSION FACTORS BY SCC FOR THE WASTE TSDFS SOURCE CATEGORY (continued)
Emission Factor Ranae
HAP
Low
High
Units
Control Status
SCC
Anthraoens (POM) (continued)
<3.120E-7
<3.120E-7
lb/ton
Controlled (Miscellaneous Control Device)
10101202
Antimony
<2.210E-8
<2.210E-8
ib/body
Uncontrolled
31502101
2.420E-6
3.210E-6
lb/ton
Controlled (Baghouse)
10101202
Arsenic
1.240E-6
1.240E-6
Ib/MMBtu
Controlled (Electrostatic Precipitator)
10101201
4.320E-6
4.320E-6
Ib/MMBtu
Uncontrolled
10200799
<2.420E-8
<2.420E-8
Ib/body
Uncontrolled
31502101
6.41 OE-9
6.410E-9
Ib/hr
Uncontrolled
50200505
6.320E-4
6.320E-4
lb/lb
Controlled (Miscellaneous Control Device)
50300501
7.220E-8
7.220E-8
lb/lb
Uncontrolled
50200505
9.460E-9
9.460E-9
Ib/scf
Controlled (Flaring)
50300601
<6.420E-7
< 1.450E-6
lb/ton
Controlled (Baghouse)
10101202
6.870E-5
6.870E-5
lb/ton
Controlled (Electrostatic Precipitator)
10101201
2.450E-4
2.450E-4
lb/ton
Controlled (Electrostatic Precipitator)
50100101
<2.030E-7
<2.030E-7
lb/ton
Controlled (Miscellaneous Control Device)
10101202
2.640E-11
2.640E-11
lb/ton
Uncontrolled
50200505
1.810E-3
1.810E-3
lb/ton
Uncontrolled
50300103
Benz-a-anthracene (POM)
6.260E-11
6.260E-11
Ib/MMBtu
Controlled (Afterburner)
50200601
<8.330E-12
<8.330E-12
Ib/body
Uncontrolled
31502101
1.920E-5
1.920E-5
lb/lb
Uncontrolled
50200504
< 1.310E-7
< 1.310E-7
lb/ton
Controlled (Miscellaneous Control Device)
10101202
Benzene
4.040E-6
1.020E-5
Ib/MMBtu
Controlled (Afterburner)
50200601
3.780E-4
3.780E-4
Ib/MMBtu
Uncontrolled
10200799
5.980E-9
5.980E-9
Ib/dscf
Controlled (Afterburner)
50200601
2.230E-7
2.230E-7
Ib/dscf
Uncontrolled
50200602
2.030E-6
2.030E-6
Ib/scf
Uncontrolled
50200602
4.920E-3
4.920E-3
lb/ton
Uncontrolled
50200505
2.600E-2
4.000E-2
ug/Btu
Controlled (Miscellaneous Control Device)
50200602
Benzo(e)pyrene (POM)
9.990E-10
9.990E-10
Ib/MMBtu
Controlled (Afterburner)
50200601
Benzo-a-pyrene (POM)
1.140E-10
1.140E-10
Ib/MMBtu
Controlled (Afterburner)
50200601
<2.280E-11
<2.280E-11
Ib/body
Uncontrolled
31502101
<3.360E-6
<3.360E-6
lb/lb
Uncontrolled
50200504
Benzo-b-fluoranthene (POM)
5.360E-9
5.360E-9
Ib/MMBtu
Controlled (Afterburner)
50200601
9.120E-6
9.120E-6
lb/lb
Uncontrolled
50200504
Benzo-ghi-perylene (POM)
9.530E-10
9.530E-10
Ib/MMBtu
Controlled (Afterburner)
50200601
<3.610E-6
<3.610E-6
lb/lb
Uncontrolled
50200504
(continued)
-------
TABLE 4.10 RANGE OF HAP EMISSION FACTORS BY SCC FOR THE WASTE TSDFS SOURCE CATEGORY (continued)
Emission Factor Ranae
HAP
Low
High
Units
Control Status
SCC
Benzo-ghi-perylene (POM) (continued)
<4.740E-8
<4.740E-8
lb/ton
Controlled (Miscellaneous Control Device)
10101202
Benzo-k-fluoranthene (POM)
6.490E-11
6.490E-11
Ib/MMBtu
Controlled (Afterburner)
50200601
1.270E-5
1.270E-5
lb/lb
Uncontrolled
50200504
Beryllium
8.190E-10
8.190E-10
lb/body
Uncontrolled
31502101
< 1.450E-6
< 1.450E-6
lb/ton
Controlled (Baghouse)
10101202
<3.190E-7
<3.190E-7
lb/ton
Controlled (Electrostatic Precipitator)
10101201
2.650E-6
2.650E-6
lb/ton
Controlled (Electrostatic Precipitator)
50100101
Bromomethane
2.960E-4
2.960E-4
lb/ton
Uncontrolled
50200505
Cadmium
6.460E-6
6.460E-6
Ib/MMBtu
Controlled (Electrostatic Precipitator)
10101201
6.080E-6
6.080E-6
Ib/MMBtu
Uncontrolled
10200799
6.850E-9
6.850E-9
lb/body
Uncontrolled
31502101
1.300E-6
1.300E-6
Ib/hr
Uncontrolled
50200505
3.450E-6
3.450E-6
lb/lb
Uncontrolled
50300102
1.650E-6
1.650E-6
lb/lb
Uncontrolled
50200504
9.490E-6
9.490E-6
lb/lb
Uncontrolled
50200505
8.110E-9
8.110E-9
Ib/scf
Controlled (Flaring)
50300601
3.850E-6
1.550E-5
lb/ton
Controlled (Baghouse)
10101202
3.590E-4
3.590E-4
lb/ton
Controlled (Electrostatic Precipitator)
10101201
4.370E-4
4.370E-4
lb/ton
Controlled (Electrostatic Precipitator)
50100101
2.290E-6
2.290E-6
lb/ton
Controlled (Miscellaneous Control Device)
10101202
7.920E-10
7.920E-10
lb/ton
Uncontrolled
50200505
3.080E-4
3.080E-4
lb/ton
Uncontrolled
50300103
Carbon disulfide
1.050E-8
1.050E-8
Ib/scf
Uncontrolled
50200602
<2.300E-2
1.440E-1
ug/Btu
Controlled (Miscellaneous Control Device)
50200602
Carbon tetrachloride
7.260E-7
7.260E-7
Ib/MMBtu
Controlled (Afterburner)
50200601
3.470E-4
3.470E-4
lb/Million
Controlled (Flue Gas Recirculation)
10300811
2.070E-8
3.820E-7
lb/lb
Controlled (Miscellaneous Control Device)
50300501
5.740E-5
5.740E-5
lb/ton
Uncontrolled
50200505
0.000E0
< 1 .OOOE-3
ug/Btu
Controlled (Miscellaneous Control Device)
50200602
Carbonyl sulfide
< 1.700E-2
1.150E-1
ug/Btu
Controlled (Miscellaneous Control Device)
50200602
Chlorobenzene
2.750E-6
2.750E-6
Ib/MMBtu
Controlled (Afterburner)
50200601
7.120E-6
7.120E-6
Ib/MMBtu
Uncontrolled
10200799
2.340E-9
<4.590E-6
lb/lb
Controlled (Miscellaneous Control Device)
50300501
2.030E-6
2.030E-6
Ib/scf
Uncontrolled
50200602
Chloroform
2.570E-6
2.570E-6
Ib/MMBtu
Controlled (Afterburner)
50200601
(continued)
-------
TABLE 4.10 RANGE OF HAP EMISSION FACTORS BY SCC FOR THE WASTE TSDFS SOURCE CATEGORY (continued)
Emission Factor Ranae
HAP
Low
High
Units
Control Status
SCC
Chloroform (continued)
2.330E-6
2.330E-6
Ib/MMBtu
Uncontrolled
10200799
3.170E-8
3.840E-8
lb/lb
Controlled (Miscellaneous Control Device)
50300501
3.630E-9
3.630E-9
Ib/scf
Uncontrolled
50200602
5.450E-5
5.450E-5
lb/ton
Uncontrolled
50200505
<3.000E-3
6.000E-3
ug/Btu
Controlled (Miscellaneous Control Device)
50200602
Chromium (total)
6.290E-7
4.710E-5
Ib/MMBtu
Controlled (Boiler At Landfill)
10200799
<4.300E-3
<4.300E-3
Ib/MMBtu
Uncontrolled
50200505
1.860E-8
1.860E-8
lb/body
Uncontrolled
31502101
2.410E-6
2.41 OE-6
Ib/hr
Uncontrolled
50200505
9.010E-7
9.010E-7
lb/lb
Uncontrolled
50200504
2.020E-5
2.020E-5
lb/lb
Uncontrolled
50200505
3.330E-7
3.330E-7
Ib/scf
Controlled (Flaring)
50300601
<2.500E-6
1.840E-5
lb/ton
Controlled (Baghouse)
10101202
2.760E-4
2.760E-4
lb/ton
Controlled (Electrostatic Precipitator)
50100101
4.330E-6
4.330E-6
lb/ton
Controlled (Miscellaneous Control Device)
10101202
Chromium, hexavalent
8.480E-9
8.480E-9
lb/body
Uncontrolled
31502101
< 1.060E-9
< 1.060E-9
lb/lb
Uncontrolled
50300102
<6.690E-8
<6.690E-8
lb/lb
Uncontrolled
50200504
1.81 OE-6
1.81 OE-6
lb/ton
Controlled (Miscellaneous Control Device)
10101202
Chrysene (POM)
2.970E-8
2.970E-8
Ib/MMBtu
Controlled (Afterburner)
50200601
<3.960E-11
<3.960E-11
lb/body
Uncontrolled
31502101
2.600E-5
2.600E-5
lb/lb
Uncontrolled
50200504
Cobalt
<3.600E-9
<3.600E-9
lb/body
Uncontrolled
31502101
< 1.280E-6
2.91 OE-6
lb/ton
Controlled (Baghouse)
10101202
Cumene
1.020E-3
1.020E-3
lb/ton
Uncontrolled
50200505
Dibenz-ah-anthracene (POM)
2.770E-10
2.770E-10
Ib/MMBtu
Controlled (Afterburner)
50200601
< 1.590E-6
< 1.590E-6
lb/lb
Uncontrolled
50200504
Dichlorodibenzofurans, total
<3.550E-9
<3.550E-9
Ib/MMBtu
Controlled (Electrostatic Precipitator)
10101201
Ethylbenzene
1.610E-3
1.610E-3
lb/ton
Uncontrolled
50200505
Fluoranthene (POM)
7.260E-7
7.260E-7
Ib/MMBtu
Controlled (Afterburner)
50200601
1.300E-10
1.300E-10
lb/body
Uncontrolled
31502101
9.550E-5
9.550E-5
lb/lb
Uncontrolled
50200504
< 1.050E-7
< 1.050E-7
lb/ton
Controlled (Miscellaneous Control Device)
10101202
Fluorene (POM)
1.500E-7
1.500E-7
Ib/MMBtu
Controlled (Afterburner)
50200601
2.640E-10
2.640E-10
lb/body
Uncontrolled
31502101
(continued)
-------
TABLE 4.10 RANGE OF HAP EMISSION FACTORS BY SCC FOR THE WASTE TSDFS SOURCE CATEGORY (continued)
HAP
Emission factor Ranae
Low
High
Units
Control Status
SCC
Fluorene (POM) (continued)
Formaldehyde
HpCDFuran (total)
HxCDFuran (total)
Hydrogen chloride
to
00
Hydrogen fluoride
7.270E-5
7.270E-5
lb/lb
Uncontrolled
50200504
<7.180E-8
<7.180E-8
lb/ton
Controlled (Miscellaneous Control Device)
10101202
1.440E-4
1.440E-4
Ib/MMBtu
Uncontrolled
10200799
2.170E-10
2.170E-10
lb/body
Uncontrolled
31502101
5.660E-7
5.660E-7
Ib/scf
Controlled (Flaring)
50300601
<3.620E-12
<3.620E-12
lb/body
Uncontrolled
31502101
1.500E-7
1.500E-7
lb/lb
Uncontrolled
50200504
<2.560E-10
1.880E-9
lb/ton
Controlled (Baghouse)
10101202
5.400E-7
5.400E-7
lb/ton
Controlled (Electrostatic Precipitator)
50100101
3.840E-6
3.840E-6
lb/ton
Uncontrolled
50200505
6.850E-12
6.850E-12
lb/body
Uncontrolled
31502101
1.550E-7
1.550E-7
lb/lb
Uncontrolled
50200504
5.490E-10
2.300E-9
lb/ton
Controlled (Baghouse)
10101202
8.900E-7
8.900E-7
lb/ton
Controlled (Electrostatic Precipitator)
50100101
2.840E-6
2.840E-6
lb/ton
Uncontrolled
50200505
1.050E-3
1.050E-3
Ib/MMBtu
Controlled (Boiler At Landfill)
10200799
5.440E-1
6.230E-1
Ib/MMBtu
Controlled (Electrostatic Precipitator)
10101201
1.400E0
1.400E0
Ib/MMBtu
Uncontrolled
50200505
4.620E-5
4.620E-5
lb/body
Uncontrolled
31502101
3.820E-4
3.820E-4
Ib/hr
Uncontrolled
50200505
4.530E-6
1.220E-3
lb/lb
Controlled (Miscellaneous Control Device)
50300501
6.210E-4
6.21 OE-4
lb/lb
Controlled (Scrubber)
50200505
2.110E-2
2.110E-2
lb/lb
Uncontrolled
50200504
1.190E-3
1.440E-2
lb/lb
Uncontrolled
50200505
3.580E-5
3.580E-5
lb/lb
Controlled (Wet Scrubber)
50200505
2.440E-6
2.440E-6
Ib/scf
Controlled (Flaring)
50300601
6.040E0
6.040E0
lb/ton
Controlled (Electrostatic Precipitator)
10101201
9.130E0
9.130E0
lb/ton
Controlled (Electrostatic Precipitator)
50100101
1.110E-1
1.110E-1
lb/ton
Controlled (Miscellaneous Control Device)
10101202
1.000E1
1.000E1
lb/ton
Uncontrolled
50200101
1.790E1
1.790E1
lb/ton
Uncontrolled
50200504
4.640E-5
4.640E-5
lb/ton
Uncontrolled
50200505
4.130E-7
4.130E-7
lb/body
Uncontrolled
31502101
1.490E-4
1.490E-4
lb/lb
Uncontrolled
50200504
< 1.650E-6
<1.650E-6
lb/lb
Controlled (Wet Scrubber)
50300501
(continued)
-------
TABLE 4.10 RANGE OF HAP EMISSION FACTORS BY SCC FOR THE WASTE TSDFS SOURCE CATEGORY (continued)
HAP
Emission Factor Range
Low
High
Units
Control Status
SCC
3.460E-7
3.460E-7
Ib/scf
Controlled (Flaring)
50300601
5.830E-10
5.830E-10
Ib/MMBtu
Controlled (Afterburner)
50200601
<2.960E-6
<2.960E-6
lb/lb
Uncontrolled
50200504
<6.260E-8
<6.260E-8
lb/ton
Controlled (Miscellaneous Control Device)
10101202
9.030E-5
1.580E-4
Ib/MMBtu
Controlled (Electrostatic Precipitator)
10101201
6.660E-6
6.660E-6
Ib/MMBtu
Uncontrolled
10200799
<3.500E-3
<3.500E-3
Ib/MMBtu
Uncontrolled
50200505
4.100E-8
4.100E-8
lb/body
Uncontrolled
31502101
3.800E-5
3.800E-5
Ib/hr
Uncontrolled
50200505
9.040E-7
9.040E-7
lb/lb
Uncontrolled
50300102
1.210E-8
1.210E-8
lb/lb
Controlled (Scrubber)
50200505
1.920E-3
1.920E-3
lb/lb
Uncontrolled
50200505
1.550E-5
3.400E-4
lb/ton
Controlled (Baghouse)
10101202
<2.660E-4
4.690E-3
lb/ton
Controlled (Electrostatic Precipitator)
10101201
8.420E-3
8.420E-3
lb/ton
Controlled (Electrostatic Precipitator)
50100101
8.770E-6
8.770E-6
lb/ton
Controlled (Miscellaneous Control Device)
10101202
2.600E-1
2.700E-1
lb/ton
Uncontrolled
10101201
1 .OOOE-8
1.000E-8
lb/ton
Uncontrolled
50200505
1.640E-3
1.640E-3
lb/ton
Uncontrolled
50300103
2.370E-4
2.370E-4
Ib/MMBtu
Uncontrolled
10200799
<1.150E-7
< 1.150E-7
lb/lb
Uncontrolled
50300102
2.800E-7
2.800E-7
Ib/scf
Controlled (Raring)
50300601
7.750E-6
1.480E-5
lb/ton
Controlled (Baghouse)
10101202
4.920E-5
4.920E-5
lb/ton
Controlled (Miscellaneous Control Device)
10101202
< 1.150E-10
< 1.150E-10
lb/ton
Uncontrolled
50200505
1.030E-2
1.030E-2
lb/ton
Uncontrolled
50300103
2.41 OE-4
4.020E-4
Ib/MMBtu
Controlled (Electrostatic Precipitator)
10101201
8.290E-8
8.290E-8
Ib/MMBtu
Uncontrolled
10200799
< 1.400E-4
< 1.400E-4
Ib/MMBtu
Uncontrolled
50200505
2.060E-6
2.060E-6
lb/body
Uncontrolled
31502101
5.240E-5
5.240E-5
Ib/hr
Uncontrolled
50200505
3.530E-1
3.530E-1
lb/lb
Controlled (Miscellaneous Control Device)
50300501
<8.290E-8
<8.290E-8
lb/lb
Uncontrolled
50300102
<3.670E-7
<3.670E-7
lb/lb
Uncontrolled
50200504
5.100E-9
5.100E-9
lb/lb
Uncontrolled
50200505
Hydrogen fluoride (continued)
lndeno-123-cd-pyrene (POM)
Lead
10
(O
Manganese
Mercury
(continued)
-------
TABLE 4.10 RANGE OF HAP EMISSION FACTORS BY SCC FOR THE WASTE TSDFS SOURCE CATEGORY (continued)
Emission Factor Range
HAP Low High Units Control Status SCC
•Is*
63
o
Mercury (continued)
Methylene chloride
Monochlorodibenzofurans, total
Naphthalene
Nickel
OCDFuran (total)
PeCDFuran (total)
3.240E-4
7.890E-4
lb/ton
Controlled (Baghouse)
10101202
1.270E-2
1.270E-2
lb/ton
Controlled (Electrostatic Precipitator)
10101201
1.250E-5
1.250E-5
lb/ton
Controlled (Electrostatic Precipitator)
50100101
1.640E-3
1.640E-3
lb/ton
Controlled (Miscellaneous Control Device)
10101202
1.060E-8
1.060E-8
lb/ton
Uncontrolled
50200505
7.280E-5
3.560E-4
Ib/MMBtu
Controlled (Afterburner)
50200601
6.060E-8
6.060E-8
Ib/dscf
Controlled (Afterburner)
50200601
5.070E-6
5.070E-6
Ib/dscf
Uncontrolled
50200602
1.220E-5
1.220E-5
Ib/scf
Uncontrolled
50200602
<1.530E-10
< 1.530E-10
Ib/MMBtu
Controlled (Electrostatic Precipitator)
10101201
1.000E-5
1.000E-5
Ib/MMBtu
Controlled (Afterburner)
50200601
>2.130E-4
>2.130E-4
lb/lb
Uncontrolled
50200504
5.420E-7
5.420E-7
Ib/scf
Controlled (Flaring)
50300601
<6.690E-6
<6.690E-6
lb/ton
Controlled (Miscellaneous Control Device)
10101202
1.160E-2
1.160E-2
lb/ton
Uncontrolled
50200505
8.01 OE-5
8.010E-5
Ib/MMBtu
Uncontrolled
10200799
<3.900E-3
<3.900E-3
Ib/MMBtu
Uncontrolled
50200505
2.360E-8
2.360E-8
lb/body
Uncontrolled
31502101
1.530E-6
1.530E-6
Ib/hr
Uncontrolled
50200505
1.630E-7
1.630E-7
lb/lb
Uncontrolled
50200504
7.790E-5
7.790E-5
lb/lb
Uncontrolled
50200505
3.050E-6
3.050E-6
Ib/scf
Controlled (Flaring)
50300601
<3.210E-6
4.840E-5
lb/ton
Controlled (Baghouse)
10101202
9.700E-5
9.700E-5
lb/ton
Controlled (Electrostatic Precipitator)
50100101
2.160E-5
2.160E-5
lb/ton
Controlled (Miscellaneous Control Device)
10101202
7.990E-11
7.990E-11
Ib/MMBtu
Controlled (Afterburner)
50200601
1.400E-9
7.140E-9
Ib/MMBtu
Controlled (Electrostatic Precipitator)
10101201
1.010E-12
1.010E-12
lb/body
Uncontrolled
31502101
1.940E-8
1.940E-8
lb/lb
Uncontrolled
50200504
1.040E-7
1.040E-7
lb/ton
Controlled (Electrostatic Precipitator)
10101201
1.200E-7
1.200E-7
lb/ton
Controlled (Electrostatic Precipitator)
50100101
3.300E-6
3.300E-6
lb/ton
Uncontrolled
50200505
4.060E-12
4.060E-12
lb/body
Uncontrolled
31502101
1.390E-7
1.390E-7
lb/lb
Uncontrolled
50200504
2.350E-9
3.020E-9
lb/ton
Controlled (Baghouse)
10101202
(continued)
-------
TABLE 4.10 RANGE OF HAP EMISSION FACTORS BY SCC FOR THE WASTE TSDFS SOURCE CATEGORY (continued)
Emission Factor Ranae
HAP
Low
High
Units
Control Status
SCC
PeCDFuran (total) (continued)
1.880E-6
1.880E-6
lb/ton
Uncontrolled
50200505
Perylene (POM)
1.860E-10
1.860E-10
Ib/MMBtu
Controlled (Afterburner)
50200601
Phenanthrene (POM)
1.880E-8
1.880E-6
Ib/MMBtu
Controlled (Afterburner)
50200601
1.450E-9
1.450E-9
lb/body
Uncontrolled
31502101
1.790E-4
1.790E-4
lb/lb
Uncontrolled
50200504
<3.080E-7
<3.080E-7
lb/ton
Controlled (Miscellaneous Control Device)
10101202
Polyohlorlnated blphenyls (PCB)
2.310E-8
1.160E-7
Ib/MMBtu
Controlled (Afterburner)
50200601
5.640E-8
1.050E-7
lb/lb
Controlled (Miscellaneous Control Device)
50300501
Polychlorlnated dibenzofurans, total
<2.240E-11
<2.240E-11
lb/body
Uncontrolled
31502101
2.670E-6
2.670E-6
lb/ton
Controlled (Electrostatic Precipitator)
10101201
1.270E-5
1.270E-5
lb/ton
Uncontrolled
50200505
Polycyclio aromatic hydrocarbons (POM)
9.530E-8
9.530E-8
lb/body
Uncontrolled
31502101
E.440E-7
5.440E-7
Ib/scf
Controlled (Flaring)
50300601
<7.910E-7
<1.120E-5
lb/ton
Uncontrolled
10101202
Pyrene (POM)
1.560E-8
1.560E-8
Ib/MMBtu
Controlled (Afterburner)
50200601
1.020E-10
1.020E-10
lb/body
Uncontrolled
31502101
8.730E-5
8.730E-5
lb/lb
Uncontrolled
50200504
< 1.070E-7
< 1.070E-7
lb/ton
Controlled (Miscellaneous Control Device)
10101202
Selenium
7.630E-6
7.660E-6
Ib/MMBtu
Controlled (Electrostatic Precipitator)
10101201
6.250E-5
6.250E-5
lb/ton
Controlled (Electrostatic Precipitator)
10101201
3.030E-4
3.030E-4
lb/ton
Uncontrolled
50300103
TCDFuran (total)
6.900E-12
6.900E-12
lb/body
Uncontrolled
31502101
1.810E-7
1.810E-7
lb/lb
Uncontrolled
50200504
7.230E-9
8.21 OE-9
lb/ton
Controlled (Baghouse)
10101202
1 .OOOE-6
1 .OOOE-6
lb/ton
Controlled (Electrostatic Precipitator)
50100101
8.080E-7
8.080E-7
lb/ton
Uncontrolled
50200505
T etrachloroethylene
2.520E-6
4.430E-6
Ib/MMBtu
Controlled (Afterburner)
50200601
3.140E-4
3.140E-4
Ib/MMBtu
Uncontrolled
10200799
9.970E0
9.970E0
lb/Million
Controlled (Flue Gas Recirculation)
10300811
2.750E-9
2.750E-9
Ib/dscf
Controlled (Afterburner)
50200601
1.460E-6
1.460E-6
Ib/dscf
Uncontrolled
50200602
< 1.260E-9
<7.300E-8
lb/lb
Controlled (Miscellaneous Control Device)
50300501
2.01 OE-5
2.01 OE-5
Ib/scf
Uncontrolled
50200602
4.030E-5
4.030E-5
lb/ton
Uncontrolled
50200505
6.000E-3
1.400E-1
ug/Btu
Controlled (Miscellaneous Control Device)
50200602
(continued)
-------
TABLE 4.10 RANGE OF HAP EMISSION FACTORS BY SCC FOR THE WASTE TSDFS SOURCE CATEGORY (continued)
HAP
Emission Factor Ranae
Low High
Units
Control Status
SCC
Toluene
9.710E-5
1.480E-4
Ib/MMBtu
Controlled (Afterburner)
50200601
1.190E-3
1.190E-3
Ib/MMBtu
Uncontrolled
10200799
1.720E-2
1.720E-2
lb/Million
Controlled (Flue Gas Recirculation)
10300811
1.120E-8
1.120E-8
Ib/dscf
Controlled (Afterburner)
50200601
6.700E-6
6.700E-6
Ib/dscf
Uncontrolled
50200602
8.690E-5
8.690E-5
Ib/scf
Uncontrolled
50200602
4.620E-3
4.620E-3
lb/ton
Uncontrolled
50200505
8.400E-2
1.160E0
ug/Btu
Controlled (Miscellaneous Control Device)
50200602
Total Hepta PCB
1.560E-8
2.720E-8
lb/lb
Controlled (Miscellaneous Control Device)
50300501
Total Hexa PCB
1.010E-8
3.590E-8
lb/lb
Controlled (Miscellaneous Control Device)
50300501
Total Octa PCB
5.370E-9
5.370E-9
lb/lb
Controlled (Miscellaneous Control Device)
50300501
Total Penta PCB
1.200E-8
2.780E-8
lb/lb
Controlled (Miscellaneous Control Device)
50300501
Total Tetra PCB
1.780E-8
2.180E-8
lb/lb
Controlled (Miscellaneous Control Device)
50300501
Trichlorobiphenyl (PCB)
1.340E-8
1.400E-8
lb/lb
Controlled (Miscellaneous Control Device)
50300501
Trichlorodibenzofurans, total
1.880E-8
1.880E-8
Ib/MMBtu
Controlled (Electrostatic Precipitator)
10101201
1.830E-7
1.830E-7
lb/ton
Controlled (Electrostatic Precipitator)
10101201
T richloroethylena
1.210E-6
1.280E-6
Ib/MMBtu
Controlled (Afterburner)
50200601
1.150E-4
1.150E-4
Ib/MMBtu
Uncontrolled
10200799
3.590E-3
3.590E-3
lb/Million
Controlled (Flue Gas Recirculation)
10300811
7.330E-7
7.330E-7
Ib/dscf
Uncontrolled
50200602
5.850E-6
5.850E-6
Ib/scf
Uncontrolled
50200602
3.260E-5
3.260E-5
lb/ton
Uncontrolled
50200505
3.000E-3
6.100E-2
ug/Btu
Controlled (Miscellaneous Control Device)
50200602
Vinyl chloride
4.170E-6
4.170E-6
Ib/MMBtu
Controlled (Afterburner)
50200601
1.620E-9
1.620E-9
Ib/dscf
Controlled (Afterburner)
50200601
2.190E-7
2.190E-7
Ib/dscf
Uncontrolled
50200602
< 1.390E-9
< 1.390E-9
lb/lb
Controlled (Miscellaneous Control Device)
50300501
1.800E-6
1.800E-6
Ib/scf
Uncontrolled
50200602
3.860E-5
3.860E-5
lb/ton
Controlled (Miscellaneous Control Device)
10101202
4.560E-1
1.660E2
ug/Btu
Controlled (Miscellaneous Control Device)
50200602
Vinytidene chloride
7.800E-7
7.800E-7
Ib/dscf
Uncontrolled
50200602
5.260E-7
5.260E-7
Ib/scf
Uncontrolled
50200602
Xylene
1.990E-5
2.460E-5
Ib/MMBtu
Controlled (Afterburner)
50200601
1.640E-4
1.640E-4
Ib/MMBtu
Uncontrolled
10200799
1.960E-6
1.960E-6
Ib/dscf
Uncontrolled
50200602
(continued)
-------
TABLE 4.10 RANGE OF HAP EMISSION FACTORS BY SCC FOR THE WASTE TSDFS SOURCE CATEGORY (continued)
HAP
Emission Factor Ranae
Low High
Unit*
Control Status
SCC
Xylene (continued)
3.920E-5
3.920E-5
Ib/scf
Uncontrolled
50200602
8.900E-2
1.060E0
ug/Btu
Controlled (Miscellaneous Control Device)
50200602
Xylene, meta
4.440E-3
4.440E-3
lb/ton
Uncontrolled
50200505
Xylene, ortho
1.070E-B
1.550E-5
Ib/MMBtu
Controlled (Afterburner)
50200601
6.640E-B
6.640E-5
Ib/MMBtu
Uncontrolled
10200799
1.230E-5
1.230E-5
Ib/scf
Uncontrolled
50200602
3.390E-3
3.390E-3
lb/ton
Uncontrolled
50200505
Xylene, para
4.120E-4
4.120E-4
lb/ton
Uncontrolled
50200505
-------
TABLE 4.11 RANGE OF HAP EMISSION FACTORS BY SCC FOR THE WOOL FIBERGLASS MANUFACTURING SOURCE CATEGORY
Emission Factor Ranae
HAP
Low
High
Units
Control Status
SCC
Arsenic
<2.100E-11
<2.100E-11
Ib/dscf
Controlled (Electrostatic Precipitator)
30501203
Formaldehyde
2.060E-4
2.730E-4
Ib/dscf
Uncontrolled
30501299
6.980E-3
6.980E-3
lb/ton
Controlled (Miscellaneous Control Device)
30501209
Mineral fiber glasswool
<4.400E-5
<4.400E-5
Ib/dscf
Uncontrolled
30501299
Particulate matter (PM), not specified
(assume mineral fiber)
3.520E-1
2.630E0
lb/ton
Controlled (Baghouse)
30501299
1.120E-1
1.120E-1
lb/ton
Controlled (Miscellaneous Control Device)
30501209
Phenol
1.600E-6
1.600E-6
Ib/dscf
Controlled (Electrostatic Precipitator)
30501203
3.080E-4
3.080E-4
Ib/dscf
Uncontrolled
30501299
1.040E-3
1.040E-3
lb/ton
Controlled (Miscellaneous Control Device)
30501209
-------
SECTION 5
CONCLUSIONS
The results of this study show that good quality test data can be obtained from test reports
submitted to state programs, and that the test data can be used for developing emission factors. These
data can also be used to supplement the EPA databases, such as FIRE1, and to avoid the expense of
source testing. In the work described here, emission factors were developed for nine of the 23 source
categories thought to be high priority. The number of emission factors developed in this study for each
source category are shown in Table 5-1.
Table 5-1 also shows the data quality of the HAP emission factors that were developed from each
of the nine source categories. Of these nine source categories, three had only "D" quality emission
factors (Electric Arc Furnaces, Pharmaceuticals Production, and Phenolic Resins Production). Also, three
additional source categories had less than 20 emission factors developed (Engine Test Facilities, Wool
Fiberglass Manufacturing, and Polyether Polyols Production); these emission factors may or may not be
sufficient to represent typical emissions from the source category. Three other source categories (Waste
TSDFs, Industrial Boilers, and Iron and Steel Manufacturing) had numerous good quality emission factors,
which are likely to be useful to describe the source's emissions. Since some of the high priority source
categories remain without sufficient HAP emission factor data, source testing may be necessary to
develop representative emission factors.
5-1
-------
TABLE 5-1. STATUS OF EMISSION FACTOR DEVELOPMENT FOR THE
23 HIGH PRIORITY SOURCE CATEGORIES
Data Quality of HAP
Total Number of HAP Emission Factors
Source Category
Emission Factors
Developed
A
B
c
D
HAP Emission Factor Development
Waste TSDFs
501
176
306
17
2
Industrial Boilers
365
72
275
18
0
Iron and Steel Manufacturing
77
0
77
0
0
Engine Test Facilities
18
0
18
0
0
Wool Fiberglass Manufacturing
11
0
5
6
0
Electric Arc Furnace (EAF) Steel Manufacturing
8
0
0
0
8
Pharmaceuticals Production
1
0
0
0
1
Phenolic Resins Production
1
0
0
0
1
Polyether Polyols Production
1
0
1
0
0
No HAP Emission Factor Development
Amino Resins Production
0
Auto and Light-Duty Truck Surface Coating
0
Chelating Agents Manufacturing
0
Chlorine Production
0
Gasoline Distribution
0
Hydrochloric Acid Production
0
Hydrogen Cyanide Production
0
Institutional and Commercial Boilers
0
Magnetic Tape Manufacturing
0
Phosphoric Acid Manufacturing
0
Polyester Resins Production
0
Polystyrene Production
0
Solvent Degreasing Units
0
Steel Pickling (HCI Process)
0
5-2
-------
SECTION 6
REFERENCES
1. U.S. Environmental Protection Agency, Factor Information Retrieval (FIRE) System, Version 5.1 (for
Microcomputers). EPA-454/C-95-002 (NTIS PB96-500590). Office of Air Quality Planning and Standards,
Research Triangle Park, NC. September 1995.
2. Documentation for Developing the Initial Source Category List. EPA-450/3-91-030 (NTIS PB92-218429).
U. S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Research Triangle
Park, North Carolina. July 1992.
3. Lynch, S. K. Volatile Organic Compound (VOC)/Particulate Matter (PM) Speciation Data System User's
Manual, Version 1.4. EPA-450/4-91-027 (NTIS PB92-105527}. U. S. Environmental Protection Agency,
Office of Air Quality Planning and Standards, Research Triangle Park, North Carolina. October 1991.
4. Compilation of Air Pollutant Emission Factors-Volume I: Stationary Point and Area Sources. Fourth
Edition and Supplements A-F, AP-42 (GPO 055-000-00251-7). U. S. Environmental Protection Agency,
Research Triangle Park, North Carolina. September 1985 through September 1993.
5. Wilson, J„ D. Istvan, E. Laich, and T. Lahre. Analysis of Air Toxics Emissions, Exposures, Cancer Risks
and Controllability in Five Urban Areas: Volume !. Base Year Analysis and Results. EPA-450/2-89-012a
(NTIS PB89-207161). U. S. Environmental Protection Agency, Office of Air Quality Planning and
Standards, Research Triangle Park, North Carolina. July 1989,
6. Jones, J. W., D. Campbell, D. L. Jones, S. Kersteter, and M. Saeger. AEERL's Hazardous Air Pollutant
Emissions Research Under JEIOG: A Status Report. Presented at the EPA/A&WMA Emission Inventory
Conference, Durham, North Carolina. October 19-22,1992.
7. EPA Great Waters Program. An Introduction to the Issues and the Ecosystems. EPA-453/B-94-030
(NTIS PB94-195997). U.S. Environmental Protection Agency, Office of Air Quality Planning and
Standards, Research Triangle Park, North Carolina. April 1994.
8. Deposition of Air Pollutants to the Great Waters, First Report to Congress. EPA-453/R-93-055
(NTIS PB94-203320). U.S. Environmental Protection Agency, Office of Air Quality Planning and
Standards, Research Triangle Park, North Carolina. May 1994.
6-1
-------
-------
APPENDIX A
SELECTION OF HIGH-PRIORITY
SOURCE CATEGORIES FOR
EMISSION FACTOR DEVELOPMENT
Prepared for:
Julian Jones
Air and Energy Engineering Research Laboratory*
U. S. Environmental Protection Agency
Research Triangle Park, North Carolina 27711
Prepared by:
Radian Corporation
Progress Center
3200 East Chapel Hill Road/Nelson Highway
Post Office Box 13000
Research Triangle Park, North Carolina 27709
September 30,1995
(*)Now National Risk Management Research Laboratory
A-1
-------
ABSTRACT
The estimation and control of hazardous air pollutant (HAP) emissions is essential to the
implementation of the 1990 Clean Air Act Amendments (CAAA). Unfortunately, emission inventories and
emission factor databases have large gaps in HAP emission data. This study identifies twenty-three
source categories of HAP's that represent high-priority weaknesses in the current United States
Environmental Protection Agency (EPA) emission factor databases.
The top-ranked sources from the EPA's Source Category List Ranking System (SCRS) database
were used as the starting point for the identification of high-priority source categories. The 23 source
categories of HAP's that lacked good emission factor data were considered high-risk in the SCRS and
were determined to have the potential to impact a number of areas in the United States. One source of
good data for these source categories may be source test reports submitted to states. Another source is
EPA source test programs. Since a good source test program may only be able to test a small number of
sources due to a limited budget, the list of 23 high-priority sources also can be used to prioritize future
EPA test programs.
A-2
-------
CONTENTS
Section Page
Abstract .... A-2
List of Tables A-5
List of Figures A-6
1 Introduction A-7
2 Procedure for Identification of High-Priority Source Categories A-8
Identification of High-Risk Source Categories A-8
Examination of Data Quality A-10
Identification of Prevalent Source Categories A-13
Identification of Urban Source Categories A-13
3 Summary of Information Collected for the High-Priority Source Categories A-16
Amino Resins Production A-22
Auto and Light-Duty Truck Surface Coating Operations A-22
Chelating Agents Production A-22
Chlorine Production A-23
Electric Arc Furnace Steel Manufacturing A-23
Engine Test Facilities ..... A-24
Gasoline Distribution A-24
Hydrochloric Acid Production A-25
Hydrogen Cyanide Production A-25
Industrial Boilers A-25
Institutional/Commercial Boilers A-26
Iron and Steel Manufacturing A-26
Magnetic Tape Manufacturing A-26
Pharmaceuticals Production A-27
Phenolic Resins Production A-27
Phosphoric Acid Production A-27
Polyester Resins Production A-28
Polyether Polyois Production A-28
Polystyrene Production A-28
Solvent Degreasing A-29
Steel Pickling Hydrochloric Acid Process A-29
Waste Treatment, Storage, and Disposal Facilities A-29
Wool Fiberglass Manufacturing .- A-31
4 Summary and Conclusions A-32
5 References A-34
Appendix A Data Quality Descriptors
SPECIATE Data Quality _ A-37
FIRE Data Quality A-37
Appendix B Hazardous Air Pollutants Attributed to the High-Priority Source Categories
Amino Resins Production A-39
Auto and Light-Duty Truck Surface Coating Operations A-40
Chelating Agents Production A-41
A-3
-------
CONTENTS (continued)
Section Page
Chlorine Production A-42
Electric Arc Furnace Steel Manufacturing . A-43
Engine Test Facilities A-44
Gasoline Distribution A-45
Hydrochloric Acid Production A-46
Hydrogen Cyanide Production A-47
Industrial Boilers A-48
Institutional/Commercial Boilers A-49
Iron and Steel Manufacturing A-50
Magnetic Tape Manufacturing A-53
Pharmaceuticals Production A-54
Phenolic Resins Production A-57
Phosphoric Acid Production A-58
Polyester Resins Production A-59
Polyether Polyols Production A-60
Polystyrene Production A-61
Solvent Degreasing A-62
Steel Pickling HCI Process A-63
Waste TSDF A-64
Wool Fiberglass Manufacturing A-66
A-4
-------
TABLES
Number Paoe
2-1 THE 56 TOP-RANKED HIGH-RISK SOURCE CATEGORIES FROM THE
SCRS DATABASE (Alphabetical) A-11
2-2 RESULTS OF THE SECOND STEP IN THE SELECTION PROCESS FOR THE
HIGH-PRIORITY SOURCES OF HAP'S (Alphabetical) A-12
2-3 RESULTS OF THE FINAL SELECTION STEP IN THE IDENTIFICATION OF
HIGH-PRIORITY SOURCES OF HAP'S (Alphabetical) A-14
2-4 FIVE URBAN AREA STUDY - SOURCES OF CANCER INCIDENCE A-14
3-1 DATA COLLECTED FOR THE 23 HIGH-PRIORITY SOURCE CATEGORIES A-17
4-1 THE 23 HIGH-PRIORITY SOURCE CATEGORIES (Alphabetical) A-33
A-5
-------
FIGURES
Number Page
2-1 Selection Scheme for the 23 High-Priority Source Categories A-9
A-6
-------
SECTION 1
INTRODUCTION
The United States Environmental Protection Agency (EPA), and State and local air pollution
control agencies have been given a new direction in the control of hazardous air pollutants (HAP's) since
the passage of the 1990 Clean Air Act Amendments (CAAA). The estimation and control of HAP
emissions is essential to the implementation of Title III of the CAAA. The CAAA requirements for
determining the public health risks from HAP emissions creates a tremendous challenge for the EPA to
Identity and gather emissions data from source categories known to emit HAP's.
Emissions inventories and emission factor databases currently include gaps in HAP emissions
data. Because of the CAAA mandate, the EPA must now identity the HAP emitters and develop emission
factors, emission profiles, and activity data to estimate HAP emissions. Currently, the EPA's emission
factor database is the Factor Information Retrieval (FIRE) System; it consists of emissions data for all
pollutants, including HAP's.3 One of the first steps in eliminating the gaps in the EPA's emission factor
database was to identify HAP source categories that represent weaknesses in the database. Because
numerous source categories contribute to HAP emissions in some areas, it was practical to identify the
source categories that contribute most significantly to these weaknesses. With this information, emission
factor development and source test programs can be prioritized to collect information from the most
important source categories. This report presents the work performed to select high-priority source
categories for emission factor development.
Section 2 of this report discusses the procedures used to identify high-priority source
categories and the results of this process. Section 3 summarizes the information collected for the source
categories that were identified as high-priority. Section 4 summaries the results of this study and presents
conclusions and recommendations about future data collection activities.
The FIRE System replaces EPA's former emission factor database, Crosswalk/Air Toxic
Emission Factors (XATEF) database.1
A-7
-------
SECTION 2
PROCEDURE FOR IDENTIFICATION OF HIGH-PRIORITY SOURCE CATEGORIES
High-priority HAP source categories were identified using these three criteria:
• A source category in the 56 top-ranked source categories in the EPA's Source Category
Rating System1 (SCRS) databases,
• A source category without good data in FIRE, SPECIATE,2 or AP-42* and without
impending source tests; and
• A source category with numerous (more than ten) individual facilities.
Additionally, the two criteria below were used to select urban source categories from the high-
priority source categories:
• A source category identified as a high-risk urban source category based on an EPA study
of cancer incidence in five urban areas4 and the EPA's "Urban Air Toxics" study;5 and
• A source category with two or more "Urban Air Toxics"5 or Great Waters* HAP's.
The identification scheme is shown graphically in Figure 2-1 and is discussed in more detail below.
IDENTIFICATION OF HIGH-RISK SOURCE CATEGORIES
The EPA's SCRSZ database was used as the starting point for identifying high-priority source
categories. The SCRSZ database is a compilation of information on approximately 170 HAP source
categories from the National Emission Database System (NEDS)8 of 1987, the National Acid Precipitation
Assessment Program (NAPAP)7 database, the Toxic Release Inventory System (TRIS)8 database, and
speciated profiles from the EPA's SPECIATE3 database. The SCRS2 database also contains information
from published production and consumption data for the chemical industry; emission factors developed by
the EPA's Emission Standards Division; data from other reports, studies, and memoranda; public
comments received in response to a draft list of HAP's and source categories; and a review of the draft list
of HAP's by the EPA.
a From the EPA's "Great Waters" program.
A-8
-------
Top
56
SCRS
Source
Categories
Good
HAP
Data
Available
10
Source
Categories
Eliminated
46
Source
Categories
Without
Good
Data
23
Source
Categories
Eliminated
>10
Facilities
in
U.S
23
High Priority
Source
Categories
33
Source
Categories
Eliminated
Urban
Locations
11
Urban
Source
Categories
12
General
Source
Categories
Figure 2-1. Selection scheme for the 23 HigM»riority Source Categories
A-9
EL
IX
o
o
CO
05
-------
The source categories in the SCRS2 database were ranked by the EPA according to health risk.
To produce the health-risk rank, the HAP emissions estimates in the database for the source category
were combined with available toxicity data for the HAP's and with the estimated number of people
exposed. The 56 top-ranked source categories in the SCRS2 were identified as potentially high-priority
source categories for this study. These sources are shown in Table 2-1. Fifty-six source categories were
selected initially so that a reasonable number of source categories would remain after application of the
other selection criteria.
EXAMINATION OF DATA QUALITY
The next criterion used to identity high-priority source categories was the absence of good HAP
data in FIRE and SPEC!ATE3for all the HAP's attributed to the source category. Although the SPECIATE3
database is not intended to be used to estimate HAP emissions, some of this data may be useful.
Therefore, both FIRE and SPECIATE3 data were used to evaluate data quality. Other sources of data
such as planned EPA source tests and AP-42* were also examined. The existence of sufficient, good
HAP emission data in any of the above information sources eliminated the source category from the high-
priority list.
Two other sources of information were also explored for good data. The EPA is currently
updating AP-42* to include all available HAP emission factors for the numerous AP-42* sources. The EPA
also has a number of source tests planned to support current and future regulatory work. The existence
of good AP-42f data or plans for EPA source tests were also factors in the evaluation of the 56 source
categories. After this selection criteria was applied to the 56 top-ranked source categories, 46 source
categories remained as potential high-priority source categories. These sources are shown in Table 2-2.
A description of the data quality indicators from FIRE and SPECIATE3 can be found in Appendix A.
An example of the elimination of source categories with good-quality data was the Process
Heaters source category, which had 30 HAP emission factors of good quality in FIRE and three high-
quality original profiles in SPECIATE.3 Consequently, the Process Heaters source category was
eliminated from the list of high-priority sources. Other source categories with good data were Hard and
Decorative Chromium Electroplating, and Chromic Acid Anodizing; Polyvinyl Chloride and Copolymers
Production; and Stationary Turbines. The source categories of Synthetic Organic Chemical Manufacturing
and Industrial Cooling Towers both have planned EPA source tests9 and, therefore, were also eliminated
in this step.
A-10
-------
TABLE 2-1. THE 56 TOP-RANKED HIGH-RISK SOURCE CATEGORIES FROM THE
SCRS2 DATABASE (Alphabetical)
Top 56 Source Categories
Acetal Resins Production
Acrylic Fibers/Modacryllc Fibers Production
Acryionitrile-Butadiene-Styrene and Styrene-Acrylonitrile Production
Amino Resin Production
Auto and Light Duty Truck (Coating)
Cellophane Production
Chelating Agents Production
Chlorine Production •
Chromium Chemicals Production
Chromium Refractories Production
Cyanuric Chloride Production
Electric Arc Steel Manufacturing
Engine Test Facilities
Epoxy Resins Production
Gasoline Distribution
Haiogenated Solvent Cleaners
Hard Chromium Electroplating, Decorative Chromium Electroplating, and Chromic Add Anodizing
Hydrazine Production
Hydrochloric Acid Production
Hydrogen Cyanide Production
Hydrogen Fluoride ProducUon
Industrial Boilers
industrial Process Cooling Towers
Institutional/Commercial Boilers
Iron and Steel Manufacturing
Magnetic Tapes (Surface Coating)
Neoprene Production
Nitrile Butadiene Rubber Production
Organic Liquids Distribution (Non-Gasoline)
Petroleum Refineries
Pharmaceuticals Production
Phenolic Resins Production
Phosphoric Acid Manufacturing
Polybutadiene Rubber
Polycarbonates Production
Polyester Resins
Polyether Polyols
Polystyrene Production
Polyvinyl Alcohol Production
Polyvinyl Chloride and Copolymers Production
Primary Copper Smelting
Primary Lead Smelting
Process Heaters
Pulp and Paper Production
Quaternary Ammonium Compounds
Rayon Production
Sodium Cyanide Production
Sodium Pentachlorphenate
Stationary Turbines
Steel Pickling - HCI Process
Styrene Butadiene Rubber and Latex Production
Synthetic Organic Chemical Manufacturing
Taconite Iron Ore Processing
Uranium Hexaftuoride Production
Waste Treatment, Storage, and Disposal Facilities
Wool Fiberglass Manufacturing
A-11
-------
TABLE 2-2. RESULTS OF THE SECOND STEP IN THE SELECTION PROCESS FOR THE
HIGH-PRIORITY SOURCES OF HAP'S (Alphabetical)
Top 46 Source Categories Selected By The Absence Of Good Data
Acetai Resins Production
Acrylic Fibers/Modacrylic Fibers Production
Acrylonitrlle-Butadiene-Styreno and Styrene-Acrylonltriie Production
Amino Resins Production
Auto and Light Duty Truck (Coaling)
Cellophane Production
Chelating Agents Production
Chlorine Production
Chromium Chemicals Production
Chromium Refractories Production
Cyanuric Chloride Production
Electric ARC Steel Manufacturing
Engine Test Facilities
Epoxy Resins Production
Gasoline Distribution
Haiogenated Solvent Cleaners
Hydrazine Production
Hydrochloric Acid Production
Hydrogen Cyanide Production
Hydrogen Fluoride Production
Industrial Boilers
Institutional/Commercial Boilers
Iron and Steel Manufacturing
Magnetic Tapes (Surface Coating)
Neoprene Production
Nitriie Butadiene Rubber Production
Pharmaceuticals Production
Phenolic Resins Production
Phosphoric Acid Manufacturing
Polybutadiene Rubber
Polycarbonates Production
Polyester Resins
Potyether Polyols
Polystyrene Production
Polyvinyl Alcohol Production
Primary Lead Smelting
Quaternary Ammonium Compounds Production
Rayon Production
Sodium Cyanide Production
Sodium Pentachlorphenate
Stationary Turbines
Synthetic Organic Chemical Manufacturing
Taconite Iron Ore Processing
Uranium Hexafiuoride Production
Waste Treatment, Storage, and Disposal Facilities
Wool Fiberglass Manufacturing
A-12
-------
IDENTIFICATION OF PREVALENT SOURCE CATEGORIES
The 46 source categories (in Table 2-2), identified as high-risk source categories that lacked
good-quality emission factors, were examined to eliminate those source categories with only a few facility
locations. This elimination process was intended to ensure that the remaining source categories were
sufficiently prevalent to be a concern to the United States, in general. It may be the case that a small
number of facilities could impact a disproportionately large number of people. However, for the purpose of
simplifying the analysis here, an assumption was made that only a large number of facilities have the
potential to impact a large number of people.
The SCRS2 documentation report, the SRI International Directory of Chemical Producers,10 as
weli as other information on facility names and locations, were used to identify the number and location of
facilities in the United States. For example, the "Hydrazine Production" source category had only five
facilities; therefore, this source category was eliminated from the list of high-priority sources. Another
example is the "Hydrogen Fluoride Production" source category, which had only one facility in the United
States and which was also, therefore, eliminated from the list of high-priority source categories. Half of
the 46 source categories were eliminated based on the criterion of facility prevalence. The remaining
23 High-Priority Source Categories are listed in Table 2-3.
IDENTIFICATION OF URBAN SOURCE CATEGORIES
From the list of 23 High-Priority Source Categories, the source categories that are also in urban
areas were identified using data accumulated in two EPA studies5,6 and the EPA's "Great Waters"
program. The primary resource was an EPA study5 used to prioritize source categories that contribute to
urban cancer incidence; information was acquired from five urban areas. In this EPA study, only the
urban source categories that were estimated to contribute greater than one percent to the total cancer
incidence were used to select potential urban source categories from the 23 High-Priority Source
Categories identified in this report. The urban source categories from this EPA study5 are shown in
Table 2-4.
The other EPA study used to identify additional urban source categories from the top 23 source
categories was the "Urban Air Toxics" Study.8 This study reviewed urban air toxics data from recent
urban HAP inventories; identified and ranked the chemicals reported as urban emissions; and noted the
sources of these emissions. From the information in this study, source categories that are part of the
polymers and resins industry were also selected as potential urban source categories.
A-13
-------
TABLE 2-3. RESULTS OF THE FINAL SELECTION STEP IN THE IDENTIFICATION OF
HIGH-PRIORITY SOURCES OF HAFS (Alphabetical)
Source Category Classification8
Amino Resins Production Urban
Auto and Light-Duty Truck Surface Coating Urban
Chelating Agents Manufacturing General
Chlorine Production Urban
Electric Arc Furnace Steel Manufacturing1' Genera!
Engine Test Facilities General
Gasoline Distribution Urban
Hydrochloric Acid Production Urban
Hydrogen Cyanide Production General
Industrial Boilers Urban
Institutional/Commercial Boilers Urban
Iron and Steel Manufacturing1' General
Magnetic Tape Manufacturing Urban
Pharmaceutical Production Urban
Phenolic Resins General
Phosphoric Acid Manufacturing Urban
Polyester Resins Production General
Polyether Polyols Production General
Polystyrene Production General
Solvent Degreasing Units General
Steel Pickling (HCI process)11 General
Waste Treatment, Storage, and Disposal Facilities Urban
Wool Fiberglass Manufacturing0 General
a The 11 "urban" source categories were identified as high priority urban source categories, among the
top-ranked 50 source categories in an EPA data2, that need good quality emission factors. The 12
"genera!" source categories include source categories that were identified from the 56 top-ranked EPA
source categories, that are not necessarily urban, but also need good quality emission factors.
b These source categories are potential EPA test sites; however, there are no current plans for testing.
TABLE 2-4. FIVE URBAN AREA STUDY® - SOURCES OF CANCER INCIDENCE
Percent Contribution
Rank Source Category To Cancer Incidence
1
Road Vehicles
55
2
Chrome Platers
9
3
Solvent Use
7
4
Woodsmoke
6
5
Comfort Cooling Towers*
5
6
External Combustion/Incineration
4
7
Industrial Cooling Towers
3
8
Sterilizers
2
g
Gasoline Marketing
2
10
Chemical Manufacturing
1.3
3 Since chromium use is now banned at this source category, the cancer incidence and corresponding
importance of this source may be greatly reduced from the estimates shown here.
The next step in the selection of urban source categories was a review of the HAP's attributed to the
A-14
-------
source categories by the SCRS2 database, and other EPA database such as FIRE, Crosswalk Index
(Crosswalk),1 SPECIATE,3 TRIS,8 and the National Air Toxic Information Clearinghouse (NATICH)11
database. Only the source categories that were thought to emit two or more Urban Air Toxic5 or "Great
Waters" HAP's were considered as potential urban source categories. An exception was made to include
the Amino Resins Production source category as an urban source category, since the only HAP attributed
to this source category was an Urban Air Toxic8 and because this source had a very high risk rank in the
SCRS2 database.
When the urban selection criteria were applied to the 23 High-Priority Source Categories,
11 source categories were identified as high-priority urban source categories. These 11 urban source
categories and 12 general source categories are identified in Table 2-3.
A-15
-------
SECTION 3
SUMMARY OF INFORMATION COLLECTED FOR THE HIGH-PRIORITY SOURCE CATEGORIES
For the 23 High-Priority Source Categories of HAP emissions, additional information was acquired
to identify the HAP's emitted, the level of the emissions, and the type of emissions data available.
Table 3-1 summarizes the information acquired as follows:
• SCRS2 Risk Rank (Row 1): This rank identifies the estimated relative risk of the source
category based on uncontrolled estimated emissions and health effects data from the
SCRS2 database;
• National Emission Standard for Hazardous Air Pollutant (NESHAP) regulatory year
(approximate) (Row 2);
• Estimated uncontrolled HAP emissions in kilograms per year (kg/yr) for the source
category and emissions rank from the SCRS2 database (Rows 3 and 4);
The quality of the estimated uncontrolled emissions in the SCRS2 database (Row 5):
(A = high quality, D = low quality);
Current regulations applicable to the source category (Row 6);
Amount of data in SPECIATE3 and the data quality (Rows 7 and 8) in terms of the number
of original profiles, number of HAP's identified (SPECIATE), and the data quality of the
profiles (shown in Appendix A);
• Amount of data in FIRE and the data quality (Rows 9 and 10) in terms of the number of
HAP's identified and the data quality of the emission factors (shown in Appendix A);
• Pending regulations for the source category (Row 11);
• Planned EPA source tests by the EPA's Emissions Measurement Branch10 (Row 12);
Availability of data in the AP-424 updates and the contact (the EPA lead or contractor)
who provided the information (Row 13);
• Number of HAP's attributed to the source category by TRIS,8 Crosswalk,1 the NATICH12
database, and the SCRS2 database (Rows 14,15,16,17 respectively);
• Total number of unique HAP's identified by the above references for the source category
(Row 18);
• Number of "Urban Air Toxics"6 and Great Waters HAP's, and the highest ranks given to
any HAP attributed to the source category by these two references (Rows 19 and 20);
and,
• Estimated number of facilities in the United States and the source of this information (Row
21).
A-16
-------
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
TABLE 3-1. DATA COLLECTED FOR THE 23 HIGH-PRIORITY SOURCE CATEGORIES
Information
Auto and Light
Amino Resins Duty Truck
Chelating Agents
Manufacturing
Chlorine
Production
SCRS2 Risk Rank
NESHAP Year
Total SCRS Estimated Emissions (kg/yr)
Emissions Rank in SCRS2
Quality of Emissions in SCRS2
Current Regulations
Number SPECIATE3 Original Profiles/Number of HAP's Identified
Data Quality of SPECIATE3 Profiles
Number of FIRE Emission Factors/Number of HAP's Identified
Data Quality of FIRE Emission Factors
Pending Regulations
Planned Source Testing
AP-424 Data/Contact
Number of HAP's found in TRIS9
Number of HAP's found in CROSSWALK1
Number of HAP's found in NATICH12
Number of HAP's found in SCRS2
Total number of HAP's from All References
Number of Urban Air Toxics6 HAP's and Highest Rank Number
Number of Great Waters HAP's and Highest Rank Number
Estimated Number of Facilities in the U.S./Reference Source
2
10
8
8
1997
1997
1997
1997
1.6 billion
16.3 million
1.1 million
37.6 million
1
23
83
12
C
B
C
C
CTG
CTG, NSPS
CTG, NSPS
none
none
none
none
none
1/1
none
none
53/4
C
—
—
16B, 34C, 3D
NESHAP
NESHAP
NESHAP
NESHAP
none
none
none
none
none/R. Ryan
none/R. Ryan
none/D. Beauregard
none/D. Russel (PES)
—
4
—
—
1
4
0
0
0
0
0
0
1
10
1
3
1
10
1
4
1/5
6/7
0
3/8
0
1/7
0
2/1
—
—
22/SRI
50/SRI
-------
TABLE 3-1. (continued)
Information
Engine Test
Facilities
Gasoline
Distribution
Hydrochloric
Acid Production
Hydrogen Cyanide
Production
Industrial
Boilers
1
SCRS2 Risk Rank
37
29
3131
6
11
2
NESHAP Year
2000
1994
1997
1997
2000
3
Total SCRS Estimated Emissions (kg/yr)
513,659
23.5 million
9.9 million
2,601,990
35.2 million
4
Emissions Rank in SCRS2
99
16
39
62
11
5
Quality of Emissions in SCRS2
A
A
C
C
A
6
Current Regulations
none
CTG,NSPS
none
none
NSPS
7
Number SPECIATE3 Original Profiles/Number of HAP's
Identified
1/13
6/6
none
1/12
8/14
8
Data Quality of SPECIATE3 Profiles
1B
2B, 4C
—
1E
4B, 1B/D, 2D, 1E
9
Number of FIRE Emission Factors/Number of HAP's Identified
none
42/3
3/1
0/0
308/9
10
Data Quality of FIRE Emission Factors
—
21C, 21D
3C
—
16A, 22B, 53C, 216D,
1E
11
Pending Regulations
NESHAP
NESHAP
NESHAP
NESHAP
NESHAP
12
Planned Source Testing
none
bulk terminals
none
none
none
13
AP-424 Data/Contact
none/J. McSorely
none/R. Ryan
none/D. Russel (PES)
none/R. Myers
none/J. McSorely
14
Number of HAP's found in TRIS9
—
9
—
—
0
15
Number of HAP's found in CROSSWALK1
0
9
1
0
0
16
Number of HAP's found in NATICH12
0
4
3
—
0
17
Number of HAP's found in SCRS2
11
8
1
1
17
18
Total number of HAP's from All References
13
18
3
13
20
19
Number of Urban Air Toxics6 HAP's and Highest Rank Number
12/2
13/2
3/3
9/8
18/3
20
Number of Great Water's HAP's and Highest Rank Number
1/13
2/13
0
6/1
8/1
21
Estimated Number of Facilities in the U.S./Reference Source
> 10/SCRS
numerous/BID
numerous/mannesville
15/SRI
> 1 million/EPA
(continued)
-------
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
TABLE 3-1. (continued)
Information
Institutional/
Commercial Boilers
Iron and Steel
Manufacturing
Magnetic Tape
Manufacturing
Pharmaceuticals
Production
SCRS2 Risk Rank
33
36B
34
41
NESHAP Year
2000
1997
1994
1994
Total SCRS Estimated Emissions (kg/yr)
1.5 million
1.1 million
19.8 million
16.5 million
Emissions Rank in SCRS2
73
84
19
22
Quality of Emissions in SCRS2
B
B
A
B
Current Regulations
NSPS
NSPS
CTG, NSPS
CTG
Number SPECIATE3 Original Profiles/Number of HAP's Identified
5/8
12/12
none
none
Data Quality of SPECIATE3 Profiles
1A/C, 3B, 1E
1B.4C. 4D
—
—
Number of FIRE Emission Factors/Number of HAP's Identified
27/6
78/9
none
1/1
Data Quality of FIRE Emission Factors
3A, 24C
17B, 29C, 32D
—
1D
Pending Regulations
NESHAP
NESHAP
NESHAP
NESHAP
Planned Source Testing
none
tentative - not scheduled
none
none
AP-42* Data/Contact
none/J. McSorley
none/D. Shipman
none/R. Ryan
none/D. Beauregard
Number of HAP's found in TRIS9
—
38
15
60
Number of HAP's found in CROSSWALK1
0
0
0
11
Number of HAP's found in NATCH12
0
15
0
16
Number of HAP's found in SCRS2
15
14
1
8
Total number of HAP's from All References
15
46
18
65
Number of Urban Air Toxics6 HAP's and Highest Rank Number
14/5
18/3
14/9
49
Number of Great Water's HAP's and Highest Rank Number
7/1
9/1
3/2
10/2
Estimated Number of Facilities in the U.S./Reference Source
> 1 million/EPA
39/SCRS
30/BID
800/CTG
-------
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
TABLE 3-1. (continued)
Information
Phosphoric Acid
Production
Polyester Resins
Production
Polyether Polyols
Production
Polystyrene
Production
SCRS2 Risk Rank
14
56
54
38
NESHAP Year
1997
1997
1997
1997
Total SCRS Estimated Emissions (kg/yr)
300 million
11 million
9.4 million
40 million
Emissions Rank in SCRS2
5
36
41
11
Quality of Emissions in SCRS2
C
E
C
A
Current Regulations
NSPS
none
none
none
Number SPECIATE3 Original Profiles/Number of HAP's Identified
1/5
none
none
1/1
Data Quality of SPECIATE3 Profiles
1B
—
—
1D
Number of FIRE Emission Factors/Number of HAP's Identified
5/1
5/1
2/1
8/1
Data Quality of FIRE Emission Factors
3A. 1C, 1D
5A
1C, 1D
8C
Pending Regulations
NESHAP
NESHAP
NESHAP
NESHAP
Planned Source Testing
none
none
none
none
AP-424 Data/Contact
none/D.Russel (PES)
none/D. Beauregard
R. Ryan
none/D. Beauregard
R. Ryan
none/D. Beauregard
Number of HAP's found in TRIS9
—
—
—
—
Number of HAP's found in CROSSWALK1
0
5
0
2
Number of HAP's found in NATICH12
0
0
0
Number of HAP's found in SCRS2
1
3
1
1
Total number of HAP's from All References
6
7
1
2
Number of Urban Air Toxics6 HAP's and Highest Rank Number
5/8
3/2
1/56
2/52
Number of Great Water's HAP's and Highest Rank Number
4/1
0
0
0
Estimated Number of Facilities in the U.S./Reference Source
22/SRI
81/SRI
16/SRI
33/SRI
-------
TABLE 3-1. (continued)
Information
Steel Pickling -
HCI Process
Waste TSDF
Wool Fiberglass
Manufacturing
1
SCRS2 Risk Rank
22
13
47
2
NESHAP Year
1997
1994
1997
3
Total SCRS Estimated Emissions (kg/yr)
817 million
31 million
1.5 million
4
Emissions Rank in SCRS2
4
15
72
5
Quality of Emissions in SCRS2
B
D
D
6
Current Regulations
none
NESHAP, NSPS
none
7
Number SPECIATE3 Original Profiles/Number of HAP's Identified
none
3 VOC and 9 PM/12
2/13
8
Data Quality of SPECIATE3 Profiles
—
VOC = 2C, 1D;PM = 3B, 5D, 1E
2E
9
Number of FIRE Emission Factors/Number of HAP's Identified
1/1
14/4
13/2
10
Data Quality of FIRE Emission Factors
1C
1B. 8C, 2D
13C
11
Pending Regulations
NESHAP
NESHAP, NSPS
NESHAP
12
Planned Source Testing
tentative - not scheduled
some"
tentative - not scheduled
13
AP-424 Data/Contact
none/D. Shipman
somea/D. Campbell (Radian)
none/R. Myers
14
Number of HAP's found in TRIS9
—
15
—
15
Number of HAP's found in CROSSWALK1
0
0
0
16
Number of HAP's found in NATICH12
0
0
0
17
Number of HAP's found in SCRS2
2
10
2
18
Total number of HAP's from All References
2
35
15
19
Number of Urban Air Toxics6 HAP's and Highest Rank Number
2/3
30/2
13/5
20
Number of Great Water's HAP's and Highest Rank Number
1/7
9/1
6/1
21
Estimated Number of Facilities in the U.S./Reference Source
172/TRIS
numerous/various
13/SRI
Some medical waste incinerator tests are planned.
These source categories are potential EPA test sites; however, there are no current plans for testing.
-------
The HAP's that were attributed to each of the 23 High-Priority Source Categories by FIRE,
SPECIATE,3 TRIS,* NATICH,12 Crosswalk,1 and SCRS2 are listed in Appendix B. The Urban Air Toxics6
and Great Waters rank of each HAP are also identified in Appendix B.
The following sections describe the 23 High-Priority Source Categories, the number and type of
facilities in the United States, and the current regulations applicable to the source category,
AMINO RESINS PRODUCTION
The amino resins production industry in the United States is composed of facilities that produce
acrylamide resins, dicyandiamide resins, and polyamide resins. There are 42 facilities in the United
States that produce amino resins; most are located in urban areas.11 A Control Techniques Guide (CTG)
for fugitive volatile organic compound (VOC) emissions applies to amino resin manufacturing equipment in
nonattainment areas. There is a NESHAP planned for this source category.
AUTO AND LIGHT-DUTY TRUCK SURFACE COATING OPERATIONS
Auto and light-duty truck surface coating activities consist of paint and coating operations for
newly manufactured automobiles and light-duty trucks. Plants in the auto and light-duty truck industry are
located in 19 States and 43 urban areas. Over 32 percent of all automobiles and 35 percent of all light-
duty trucks produced in the United States are manufactured in Michigan. Light-duty trucks are produced
in 10 States and 18 cities.12
There is a New Source Performance Standard (NSPS) for this source for all except Solvent
Degreasing and Waste TSDF category and a CTG for VOC emissions from auto and light-duty truck
surface coating operations. There is a NESHAP planned for this source category.
CHELATING AGENTS PRODUCTION
The Chelating Agents Production source category includes any facility engaged in the production
of chelating agents, which are compounds usually used in cleansing operations. The category includes,
but is not limited to, the following chelating agents: phosphoric acids; polyphosphates; aminocarboxylic
acids; 1,3-diketones; hydrocarboxylic acids, polyamines; and amino acids.2
A-22
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There are NSPS's for VOC emissions from equipment leaks arid air oxidation unit processes for
sources in the synthetic organic chemical manufacturing industry (SOCMI) that would apply to chelating
agents production. There is also a CTG for VOC emissions for SOCMI distillation and process vents that
would apply to this source category. There is a NESHAP planned for this source category.
CHLORINE PRODUCTION
More than 95 percent of the chlorine produced in the United States is produced by electrolysis in
diaphragm, mercury, or membrane cells. The use of sodium chloride brines in diaphragm cells is now the
predominant method.14 Of approximately 50 chlorine production facilities in the United States,
approximately one-third are located in urban areas. Since none of these plants are considered point
sources or major sources, the EPA will regulate chlorine production as an area source.15
No Federal regulations currently address emissions from chlorine production. There is a
NESHAP planned for this source category.
ELECTRIC ARC FURNACE STEEL MANUFACTURING
The Electric Air Furnace (EAF) Steel Manufacturing source category includes any facility that
uses EAF's to melt steel scrap and cast semifinished stainless and/or other alloy steel, or nonstainless
(carbon) steel shapes that must be mechanically worked to form final products. Carbon steel contains
only small amounts of alloying elements such as vanadium, molybdenum, manganese, silicon, and
copper. Stainless steel, by definition, contains four percent or more chromium. Additional elements such
as silicon and manganese may be added to stainless steel to give the steel certain properties, such as
greater strength. Raw materials used to produce stainless steels include No. 1 grade scrap; stainless
scrap; and alloys such as ferromanganese, ferrochrome, high carbon chrome, nickel, molybdenum oxide,
aluminum, manganese, and silicon.2
A steel plant includes the EAF as well as forming and rolling processes. The EAF functions
primarily as a metal melter and refining vessel. In addition, a stainless steel plant has an argon-oxygen
decarburlzation vessel which is used to further refine the molten metal. In the production process,
additives are added either directly to the furnace or added to the ladle during a tap. The EAF process
steps include charging, meltdown, refining, and tapping. The stainless steei production processes also
includes consumable-electrode melting and electroslag remelting.2
A-23
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There is an NSPS for VOC emissions from EAF's. There is a NESHAP planned for this source
category.
ENGINE TEST FACILITIES
The Engine Test Facilities source category includes any facility engaged in the test firing of rocket
engines. The category includes facilities that test fire rocket engines to determine performance
specifications or compliance with other functional standards. The category includes, but is not limited to,
test firing of solid- and liquid-fuel rocket engines.2
No Federal regulations currently address emissions from engine test facilities. There is a
NESHAP planned for this source category.
GASOLINE DISTRIBUTION
Gasoline distribution includes all facilities involved in the storage and transport of gasoline from
production facilities through service station storage tanks to the end-users. This vast network of potential
emission points includes pipelines, tank trucks, railcars, barges, bulk plants and terminals, and service
stations. There are approximately 130,000 miles of gasoline product pipeline in the United States, with
one pumping station located approximately every 30 to 50 miles along the pipeline.16 There are 12,353
bulk plants and terminals; 4,020 pipeline pumping stations; and 175.000 service stations. Approximately
12,200 railcars were loaded with gasoline in 1990, and approximately 83,000 trucks were In gasoline
.service in 1987.17 Gasoline distribution emissions also include emissions from tank trucks and railcars in
transit.
An NSPS and a CTG apply to VOC emissions from bulk terminals, and a CTG applies to VOC
emissions from bulk plants. The CTG's require control of VOC's during tank truck transit and during
unloading and filling of underground storage tanks at service stations (Stage I). Some areas were
required by the CAAA to have vehicle refueling (Stage ll) controls as well. A gasoline marketing NESHAP
planned for 1994 (approximately) will control eight of the HAP's from this source category; these HAP's
comprise an estimated 35 percent of the total VOC emissions.18 The NESHAP will require Stage I and
Stage II VOC controls for gasoline marketing sources in all areas.
A-24
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HYDROCHLORIC ACID PRODUCTION
Hydrochloric acid can be produced by a number of different chemical processes. In 1985,
approximately 90 percent of the hydrochloric acid produced in the United States was produced by the "By-
product Hydrogen Chloride Process."19 This process involves the recovery of the hydrogen chloride (HCI)
from the chiorination of organic compounds; the emissions from this process account for the majority of
the air emissions from this source category.4 Two other processes that produce hydrochloric acid are the
"Synthesis Process" and the "Mannheim Process." There are numerous hydrochloric acid facilities in the
United States, many of which are in urban areas. Facilities in Texas and Louisiana produce about 50 to
60 percent of the reported hydrochloric acid.19
No Federal regulations currently address emissions from hydrochloric acid production. There is a
NESHAP planned for this source category.
HYDROGEN CYANIDE PRODUCTION
The Hydrogen Cyanide Production source category includes any facility engaged in the
production of hydrogen cyanide. The category includes, but is not limited to, production of hydrogen
cyanide using any of the following methods: reaction of methane and ammonia over a platinum-rhodium
catalyst; co-production with acryionitrile (via Sohio process); and pyrolysis of forma mid e.2
No Federal regulations currently address emissions from hydrogen cyanide production. There is
a NESHAP planned for this source category.
INDUSTRIAL BOILERS
Industrial boilers are used to provide steam and/or heat for manufacturing processes. The
capacities of industrial boilers range from 10 to 100 MMBtu per hour. Over one million boilers are used by
industries to produce process and space heat.20 A large number of industrial boilers are likely to be
located in urban areas, since industrial facilities are common in urban areas.
An NSPS requires particulate matter (PM) and sulfur dioxide (S02) controls for industrial boilers.
No Federal regulations currently require application of controls to volatile emissions from industrial boilers.
There is a NESHAP planned for this source category.
A-25
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INSTITUTIONAL/COMMERCIAL BOILERS
Institutional/commercial boilers are used to provide heat and/or steam at offices and apartments,
small business, shopping centers, hospitals, laundries, hotels, schools, prisons, and other non-industrial
facilities. Over a million boilers are used by small business and institutions to produce process and space
heat.20 The capacities of institutional/commercial boilers range From 0.5 to 10
MMBtu per hour. A large number of Institutional/commercial boilers are likely to be located in urban areas,
since institutional/commercial facilities are common to urban areas. There are PM and S02 controls
required for institutional/commercial boilers under an NSFS. No Federal regulations currently require
application of controls to volatile emissions from institutional/commercial boilers. There is a NESHAP
planned for this source category.
IRON AND STEEL MANUFACTURING
The Iron and Steel Manufacturing source category is defined to include any iron and steel facility
engaged in producing iron or steel, excluding emissions from EAF's. Iron and steel manufacturing
includes the following processes: sinter production, iron production, iron preparation (hot metal
desulfurization), steel production, semifinished product preparation, finished product preparation, and
handling and treatment of raw, intermediate, and waste materials. Iron production processes include the
production of iron in blast furnaces by the reduction of iron-bearing materials with a hot gas. Steel
production processes include basic oxygen furnaces and open-hearth furnaces.2
The only current Federal regulations that address emissions from iron and steel manufacturing
are the NSPS's for EAF's. There is a NESHAP planned for this category.
MAGNETIC TAPE MANUFACTURING
The magnetic tape manufacturing industry is included in the Standard Industrial Classification
(SIC) code 3695, "Magnetic/Optical Recording Media." In the manufacturing process, a thin plastic tape is
coated with a mixture of magnetic particles, resins, and solvents. Other related activities that may take
place at magnetic tape coating plants are audio tape prerecording, record and video tape production, and
production of plastic cassette reels. There are 24 magnetic tape manufacturing companies in the United
States, with a total of 30 plants. The facilities are located in 15 States, with many facilities located in urban
areas. These urban areas include highly populated urban areas in California, such as the Los Angeles
Basin.21
A CTG and an NSPS both address the control of VOC's from magnetic tape manufacturing.
A-26
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There is a NESHAP planned for this source category.
PHARMACEUTICALS PRODUCTION
The pharmaceutical industry produces thousands of individual products including drugs, enzymes,
hormones, vaccines, and blood fractions. There are approximately 800 pharmaceutical plants producing
drugs in the United States and its territories.22 Five States have neariy 50 percent of the total facilities:
New York (12 percent); California (12 percent); New Jersey (10 percent); Illinois (5 percent); and
Pennsylvania (6 percent). Puerto Rico has had the greatest growth In the past and now has 90 plants
(7.5 percent). The EPA's Region li (New York, New Jersey, Puerto Rico, Virgin Islands) has 340 plants
(28 percent of the total); Region V (Illinois, Minnesota, Michigan, Ohio, Indiana, Wisconsin) has 215 plants
(20 percent); and Region IX (Arizona, California, Hawaii, Guam, American Samoa) has 143 plants (13
percent).2 Most pharmaceutical plants are small, with fewer than 20 employees; the states that have a
large percentage of the facilities also have many of the larger-sized facilities.23
There is a CTG requiring control of VOC emissions from synthesized pharmaceutical production.
There is a NESHAP planned for this source category.
PHENOLIC RESINS PRODUCTION
The Phenolic Resins Production source category includes any facility which produces synthetic
resin obtained by the condensation polymerization of phenol and/or substituted phenols with aldehydes
such as formaldehyde, acetaldehyde, and furfural. This source category includes, but is not limited to,
phenol-formaldehyde, phenol-furfural, and resorcinol-formaldehyde.2
No Federal regulations currently address emissions from phenolic resins production. There is a
NESHAP planned for this source category.
PHOSPHORIC ACID PRODUCTION
Phosphoric acid is produced by two principal methods: the wet process and the thermal process.
The wet process is commonly employed when phosphoric acid is used for fertilizer production.24 There
are 22 plants in the United States that produce phosphoric acid using the wet process. More than half of
these facilities are located in urban areas.11
Although there were six HAP's attributed to phosphoric acid manufacturing by the references,
there is a discrepancy in the HAP emissions attributed to the phosphoric acid manufacturing source
A-27
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category in the SCRS2 documentation. According to the most recent SCRS report,28 phosphorus is the
only HAP attributed to this source category in the SCRS database. However, the background document
for the SCRS2 database cites hydrogen fluoride as the only HAP associated with this category.
There is an NSPS for phosphoric acid manufacturing that limits hydrogen fluoride emissions from
new facilities. There is a NESHAP planned for this source category.
POLYESTER RESINS PRODUCTION
The Polyester Resins Production source category includes any facility that produces
homopolymers or copolymers formed when a difunctional alcohol is reacted with a dibasic acid or
anhydride. Polyester resin is usually produced by condensation polymerization, although other methods
may be used. However, only those processes emitting HAP's will be considered for the application of
standards.2
No Federal regulations currently address emissions from polyester resins production. There is a
NESHAP planned for this source category.
POLYETHER POLYOLS PRODUCTION
The Polyether Polyols Production source category includes any facility which produces
polyurethane homopolymers or copolymers derived from cyclic ethers.2 No Federal regulations currently
address emissions from polyether polyols resins production. There is a NESHAP planned for this source
category.
POLYSTYRENE PRODUCTION
The Polystyrene Production source category includes any facility which produces homopolymers
or copolymers consisting of styrene units. Styrene may be copolymerized with elastomers to form impact
polystyrene or rubber-modified polystyrenes. The styrene content of impact polystyrene (IPS) is
approximately 88 to 97 percent, by weight. Polystyrene can be produced by bulk (mass), solution,
suspension, or emulsion polymerization.2
No Federal regulations currently address emissions from polystyrene production. There is a
NESHAP planned for this source category.
SOLVENT DEGREASING
A-28
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The Solvent Degreasing source category includes any facility engaged in any type of solvent
cleaning activity occurring with a solvent cleaning unit; it does not include wipe cleaning or other cleaning
occurring outside the confines of a cleaning unit. These activities include, but are not limited to, open-top
vapor cleaning, cold-batch cleaning, and conveyorized {cold and vapor) cleaning. The sizes of the units
range form bench-top units to large industrial units.2
There is a CTG that applies to VOC emissions from solvent metal cleaning operations. There is a
NESHAP and an NSPS planned for this source category.
STEEL PICKLING HYDROCHLORIC ACID PROCESS
The Steel Pickling (Hydrochloric acid JHCI] Process) source category includes any facility
engaged in pickling of steel using HCI as the pickling acid. Pickling is defined as a process which
chemically removes oxides and scale from the surface of steel by the action of aqueous
solutions of inorganic acids. Facilities which pickle steel using other acids are not included in this
category.
The source category includes both batch and continuous pickling operations. In the batch pickling
process, the steel is immersed in an acid solution until the scale or oxide film is removed, lifted from the
bath; allowed to drain; and then rinsed by sequential immersion in rinse tanks. In the continuous pickling
process, pickling lines pass the steel through the pickler in a countercurrent direction to the flow of the
acid solution; next, the steel is lifted from the acid, allowed to drain, and then rinsed in a series of rinse
tanks.2
There are no current Federal regulations for steel pickling. There is a NESHAP planned for this
source category.
WASTE TREATMENT, STORAGE, AND DISPOSAL FACILITIES
Waste treatment, storage, and disposal facilities (Waste TSDF) include facilities that treat, store,
or dispose of any solid (or liquid) hazardous or non-hazardous waste. Waste TSDF's include, but are not
limited to, facilities that incinerate municipal waste, medical waste, or sewage sludge; landfills;
biotreatment facilities; composting facilities; solvent recovery facilities; and hazardous waste TSDF's.3
Composting is a relatively new technology for waste treatment and is an alternative to waste combustion
It should be noted that for regulatory purposes, combustion, landfills, and composting are not included in
the waste TSDF category.
A-29
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and landfills. In composting, non-compostable materials {wood, metal, glass, plastic) are removed from
the waste and the remaining organic material is allowed to decompose.
There are over 160 municipal waste combustor (MWC) facilities in operation or under construction
in the United States; the total capacity is greater than 40 tons per day,26 There are approximately
200 sewage sludge incineration facilities in operation in the United States.27 The total number of medical
waste incinerators in the United States is uncertain. As of 1985, there were 6,872 hospitals reported in
the nation;28 representatives of incinerator manufacturers estimate that over 90 percent of these hospitals
have some type of incinerator.4 Based on a 1986 EPA survey of municipal solid waste landfills, there are
an estimated 6,000 active municipal landfills in the United States.29 An estimated 500,000 tons of mixed
municipal solid waste were recovered for composting in 1990,30 Eighteen mixed-waste composting
facilities now operate in the United States and 33 more are planned.31
In 1990, there were over 4,500 hazardous TSDF facilities in the United States; the number of
facilities in 1993 is expected to be over 6,000 to accommodate the new hazardous waste handling
requirements and procedures.32 Although the total number of waste TSDF's located in urban areas is
unknown, the numbers are likely to be large, since urban areas are known to generate large amounts of
waste.
No known Federal air pollution regulations require controls for biotreatment, composting, or
solvent recovery facilities. There are NSPS's for municipal waste combustion (MWC) (for HAP metals,
dioxins, HCI), and sewage sludge incineration (for PM only). An EPA Office of Water regulation requires
control of total hydrocarbons, lead, arsenic, cadmium, chromium, and nickel from sewage sludge
incinerations and land application of waste. Large landfills (VOC only) will be regulated under an NSPS
planned for 1994. A NESHAP that requires control of mercury and beryllium would also apply to waste
TSDF's. Hazardous waste emissions are controlled under regulations promulgated under the Resource
Conservation and Recovery Act (RCRA) by the EPA's Office of Solid Waste and Emergency Response
(OSW), Boilers and industrial furnaces that burn hazardous waste along with other fuel are regulated for
A-30
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HCI, metals, and total hydrocarbons under an OSW regulation.2 There is a NESHAP and an NSPS
planned for this source category.
WOOL FIBERGLASS MANUFACTURING
The Wool Fiberglass Manufacturing source category includes any facility engaged in producing
wool fiberglass from sand, feldspar, sodium sulfate, anhydrous borax, boric acid, or any other materials.
In the wool fiberglass manufacturing process, molten glass is formed into fibers that are bonded with an
organic resin to create a wool-like material that is used as thermal or acoustical insulation. The category
includes, but is not limited to the following processes: glass-melting, marble forming, refining, forming the
fibers into a mat, adding the binder, oven-curing, and cooling.2
No Federal regulations currently address emissions for wool fiberglass manufacturing. There is a
NESHAP planned for this category.
A-31
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SECTION 4
SUMMARY AND CONCLUSIONS
The source categories identified as representing high-priority weaknesses in the current EPA
emission factor database (FIRE) were selected according to the following criteria:
• A source category in the top risk-ranked source categories in the SCRS2 database;
A source category without good data in FIRE, SPECIATE3 or AP-42,4 and without
impending source tests; and
• A source category with many (more than ten) United States locations.
Application of this prioritization process produced a list of 23 High-Priority Source Categories of
HAP emissions. These source categories are shown in Table 4-1. From this list of 23 source categories,
11 were identified as predominantly urban sources according to the following criteria:
• A source category identified as a high-risk urban source category based on a study of
cancer incidence in five urban areas5 and on the EPA's Urban Air Toxics study;8
• A source category with two or more Urban Air Toxic6 or Great Waters' HAP's;
Identification of these source categories was an important first step in the development of a plan to obtain
data to supplement EPA's emission factor databases.
The two facets of a future plan to overcome the HAP data weaknesses are: (1) to obtain
emissions data from source test reports previously submitted to Federal, State, or local air pollution
agencies, and (2) to obtain data from an EPA-sponsored source test program. The list of high-priority
source categories presented in this report may help focus efforts in both of these areas.
A-32
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TABLE 4-1. THE 23 HIGH-PRIORITY SOURCE CATEGORIES (Alphabetical)
Source Category
Classification3
Amino Resins Production
Urban
Auto and Light-Duty Truck Surface Coating
Urban
Chelating Agents Manufacturing
General
Chlorine Production
Urban
Electric Arc Furnace Steel Manufacturing6
General
Engine Test Facilities
General
Gasoline Distribution
Urban
Hydrochloric Acid Production
Urban
Hydrogen Cyanide Production
General
Industrial Boilers
Urban
Institutional/Commercial Boilers
Urban
Iron and Steel Manufacturing"
General
Magnetic Tape Manufacturing
Urban
Pharmaceutical Production
Urban
Phenolic Resins Production
General
Phosphoric Acid Manufacturing
Urban
Polyester Resins Production
General
Polyether Polyols Production
General
Polystyrene Production
General
Solvent Degreasing Units
General
Steel Pickling (HCI process)6
General
Waste Treatment, Storage, and Disposal Facilities
Urban
Wool Fiberglass Manufacturing11
General
The 11 "urban" source categories were identified as high-priority urban source categories (among
the 50 top-ranked source categories in an EPA database2) that need good quality emission
factors. The 12 "general" source categories include source categories identified from the 56 top-
ranked EPA source categories (not necessarily urban) that also need good quality emission
factors.
These source categories are potential EPA test sites; however, there are no current plans for
testing.
A-33
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SECTION 5
REFERENCES
1. Lynch, S.K. Crosswalk/Air Toxic Emission Factor Data Base Management System User's
Manual, Version 1.2. EPA-450/2-91-028 (NTIS PB92-14556). Office of Air Quality Planning
and Standards, U. S. Environmental Protection Agency, Research Triangle Park, North
Carolina. October 1991.
2. Documentation for Developing the Initial Source Category List. EPA-450/3-91 -030 (NTIS
PB92-218429). Office of Air Quality Planning and Standards, U. S. Environmental Protection
Agency, Research Triangle Park, North Carolina. December 1991.
3. Lynch, S.K. Volatile Organic Compound (VOC)/Particulate Matter (PM) Speciation Data
System User's Manual, Version 1.4. EPA-450/4-91-027 (NTIS PB92-105527). Office of Air
Quality Planning and Standards, U. S. Environmental Protection Agency, Research Triangle
Park, North Carolina. October 1991.
4. Compilation of Air Pollutant Emission Factors - Volume I: Stationary Point and Area Sources.
Fourth Edition and Supplements A-F, AP-42 (GPO 055-000-00251-7). U. S. Environmental
Protection Agency, Research Triangle Park, North Carolina. September 1985 through July
1993.
5. Analysts of Air Toxics Emissions, Exposures, Cancer Risks and Controllability in Five Urban
Areas: Volume I Base Year Analysis and Results. EPA-450/2-89-012a {NTIS PB89-207161).
Office of Air Quality Planning and Standards, U. S. Environmental Protection Agency,
Research Triangle Park, North Carolina. July 1989.
6. Memorandum from Campbell, Darcy, Radian Corporation, Research Triangle Park, North
Carolina, to Jones, Julian, Air and Energy Engineering Research Laboratory, U. S.
Environmental Protection Agency, Research Triangle Park, North Carolina. An Evaluation of
Air Toxics Inventories from Selected Urban Areas. August 1992.
7. National Emissions Database System. U. S. Environmental Protection Agency, Research
Triangle Park, North Carolina. 1989.
8. Saeger, M., J. Langstaff, R. Walters, L.Modica, and D. Zimmerman, The 1985 NAPAP
Emissions Inventory (Version 2): Development of the Annual Data and Modelers' Tapes.
EPA-600/7-89-012a (NTIS PB91-119669). Air and Energy Engineering Research Laboratory,
U. S. Environmental Protection Agency, Research Triangle Park, North Carolina. November
1989.
9. U. S. Environmental Protection Agency. Toxic Release Inventory - Public Data Release,
1992. EPA-745/R-94-001 (PB 94-196169). Office of Pollution Prevention and Toxics,
Washington, DC. April 1994.
10. Personal Communication, Jones, Donna Lee, Radian Corporation, Research Triangle Park,
North Carolina, with Southerland, Jim, Office of Air Quality Planning and Standards, U. S.
Environmental Protection Agency, Research Triangle Park, North Carolina. October 1991.
11. 1992 Directory of Chemical Producers - United States of America. SRI International, Menlo
Park, California. 1992.
A-34
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12. U. S, Environmental Protection Agency. National Air Toxics Information Clearinghouse
(NATICH) Database. Office of Air Quality Planning and Standards, Pollutant Assessment
Branch, Research Triangle Park, North Carolina. September 27,1990.
13. Automobile and Light-Duty Truck Surface Coating Operations - Background Information for
Proposed Standards. EPA-450/3-79-030 (NTIS PB80-123540). Office of Air Quality Planning
and Standards, U. S. Environmental Protection Agency, Research Triangle Park, NC.
September 1979.
14. Chemical Product Synopsis-Chlorine. Mannesville Chemical Products, Mannesville, New
York. May 1985.
15. Telecon. Gerald, L., Radian Corporation, Research Triangle Park, NC, with Johnston, M., U.
S. Environmental Protection Agency, Research Triangle Park, North Carolina. Chlorine
Manufacturing NESHAP. September 23,1992.
16. Gasoline Marketing Industry (Stage l)--Background Information for Proposed Standards. U.
S. Environmental Protection Agency, Research Triangle Park, North Carolina. November
1991.
17. Memorandum from Shear, Nadine, U. S. Environmental Protection Agency, Research Triangle
Park, North Carolina, to Source Category List Ranking Project Docket (A-90-49). References
for Area Sources Findings. January 1992.
18. Telecon. Gerald, Leesa, Radian Corporation, Research Triangle Park, NC, with Johnson,
Tracy, Pacific Environmental Service, Inc., Durham, North Carolina. Information requested on
the NESHAP for Gasoline Marketing (Stage I). August 31,1992.
19. Chemical Product Synopsis-Hydrochloric Acid. Mannesville Chemical Products, Mannesville,
New York. April 1985.
20. Devitt, T., P. Spaite, and L. Gibbs. Population and Characteristics of Industrial/Commercial
Boilers in the U. S. EPA-600/7-79-178a {NTIS PB80-150881). U. S. Environmental
Protection Agency, Washington, DC. August 1979.
21. Magnetic Tape Manufacturing Industry-Background Information for Proposed Standards.
EPA-450/3-85-029a (NTIS PB86-156791). Office of Air Quality Planning and Standards, U. S.
Environmental Protection Agency, Research Triangle Park, North Carolina. December 1985.
22. Control Techniques for Volatile Organic Compound Emissions from Stationary Sources, Third
Edition. U. S. Environmental Protection Agency, Office of Air and Radiation, Research
Triangle Park, North Carolina. March 21,1985.
23. Beck, D.A., L.B. Evans, and K. Zobel. Control of Volatile Organic Compound Emissions from
Manufacture of Synthesized Pharmaceutical Products. U. S. Environmental Production
Agency, Office of Air Quality Planning and Standards, Research Triangle Park, North
Carolina. EPA-450/2-78-029 (NTIS PB290-580). December 1978.
24. Chemical Product Synopsis-Phosphorus. Mannesville Chemical Products, Mannesville, New
York. January 1981.
25. Memorandum from Susan Fields and Regina Dobson, Radian Corporation, Research Triangle
Park, NC, to Source Category Schedule for Standards Project file. Post-Federal Register
Publication-Relative Risk Ranking for Categories of Sources on the Initial List. August 31,
1992.
A-35
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26. Memorandum from Fenn, D, A. and K, L. Nebel, Radian Corporation, Research Triangle Park,
NC to Stevenson, W. H., U. S. Environmental Protection Agency, Research Triangle Park,
North Carolina. Municipal waste combustion database. March 1992,
27. Second Review of Standards of Performance for Sewage Sludge Incinerators. EPA-450/3-84-
010 (NTIS PB85-205144). U. S. Environmental Protection Agency, Research Triangle Park,
North Carolina. March 1984.
28. Hospital Statistic: 1986 Edition. American Hospital Associates, Chicago, Illinois. 1986.
29. Air Emissions from Municipal Solid Waste Landfills-Background Information for Proposed
Standards and Guidelines. EPA-450/3-90-011a (NTIS PB91-197061). U. S. Environmental
Protection Agency, Research Triangle Park, North Carolina. March 1991.
30. Newsbreaks--EPA Issues Final MSW Characterization Report. Waste Age. September 1992.
31. Long Island Company Settles On Composting. Waste Age. May 1992.
32. The Nation's Hazardous Waste Management Program at a Crossroads, the RCRA
Implementation Study. EPA/530-SW-90-069, Office of Solid Waste and Emergency
Response, U. S. Environmental Protection Agency, Washington, DC. July 1990.
A-36
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APPENDIX A
DATA QUALITY DESCRIPTORS
SPECIATE Data Quality
The SPECIATE database contains two kinds of data profiles (weight percent of the identified
poilutants): "original" data profiles that were developed directly from source-specific information and
"surrogate" data profiles that were assigned to a source type based on the perceived similarity to the
original data's source category. Only original SPECIATE data were considered in the data quality
evaluation of the source categories.
For these original SPECIATE data, the data quality indicators listed below are assigned in the
SPECIATE database. Only "A" and "B" quality SPECIATE data were considered good data in the
evaluation of the source categories.
SPECIATE Data Quality A: Data set based on a composite of several tests using
analytical techniques such as gas chromatography/mass spectrometry (GC/MS) that can
be considered representative of the total population.
SPECIATE Data Quality B: Data set based on a composite of several tests using
analytical techniques such as GC/MS that can be considered representative of a large
percentage of the total population. Profiles from the VOC field sampling program were
assigned this quality.
SPECIATE Data Quality C: Data set based on a small number of tests using analytical
techniques such as GC/MS that can be considered reasonably representative of a large
percentage of the total population.
SPECIATE Data Quality D: Data set based on a single source using analytical
techniques such as GC/MS or a data set from a number of sources where data are based
on engineering calculations.
SPECIATE Data Quality E: Data set based on engineering calculations from one source;
data set based on engineering judgement; or data set with no documentation provided.
These data are not considered representative of the total population.
FIRE Data Quality
The FIRE database contains emission factors that have been collected from EPA reports and the
literature. The data used in this study from the FIRE repository database did not have a data quality rating
system at the time of this study. Therefore, criteria were developed to evaluate data quality from the
A-37
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comments in the "Notes" section of the database.3 The data quality indicators {"A" through "E") listed
below were used to describe FIRE data quality,
. FIRE Data Quality A; A data set based on three or more test runs.
• FiRE Data Quality B: A data set based on only one or two test runs.
FIRE Data Quality C: A data set where a range of values was given instead of one value.
Also, a data set where no information on data quality was noted. (It was assumed there
could be the possibility that the data quality was high but undocumented, but also that the
data were of low quality. Therefore, the middle of the range of data quality was chosen
for these data).
• FiRE Data Quality D; A data set based on calculations or engineering judgement.
• FIRE Data Quality E: A data set where errors/mistakes in testing were noted or the data
were outdated.
These data quality indications are expected to be approximately similar to the data quality
indicators used for SPECIATE; that is, "A" data are the best data in both databases and "E" data are the
worst data in both databases. Only "A" and "B" quality FIRE data were considered good data in the
evaluation of data for the 23 High-Priority Source Categories.
The "Notes* section of the database provides general comments to the user to help them better
understand the data.
A-38
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APPENDIX B
HAZARDOUS AIR POLLUTANTS ATTRIBUTED TO THE HIGH-PRIORITY SOURCE CATEGORIES
AMINO RESINS PRODUCTION3
Data Quality
HAP
References"
FIRE
SPECIATE
Urban Air Toxic
HAP Rank
Great Waters
HAP Rank
Formaldehyde
FIRE, SCRS, XWALK
1C
—
5
NR
a TRIS data cannot be researched for this source category because there is not a specific SIC available and TRIS searches must be done by SIC.
b See page A-67 for guide to acronyms.
-------
AUTO AND LIGHT-DUTY TRUCK SURFACE COATING OPERATIONS
Data Quality
Urban Air Toxic Great Waters
HAP References' FIRE SPECIATE HAP Rank HAP Rank
Benzene SCRS — — 6 NR
Biphenyl SCRS — — NR NR
Dibutylphthalate SCRS — — NR NR
Ethylbenzene SCRS, XWALK — — 71 NR
Methyl Isobutyl Ketone SCRS, TRIS — — 108 NR
Methyl Ethyl Ketone SCRS, TRIS, XWALK — — 99 NR
Phthalic Anhydride SCRS — — NR NR
POM SCRS — — 7 7
Toluene SCRS, TRIS, XWALK — — 12 NR
o-Xylene SCRS, TRIS, XWALK — — NR NR
a See page A-67 for guide to acronyms.
-------
CHELATING AGENTS PRODUCTION
HAP
References'"
Data Quality
FIRE SPECIATE
Urban Air Toxic
HAP Rank
Great Waters
HAP Rank
Cyanide Compounds
SCRS
—
NR
NR
a TRIS data cannot be researched for this source category because there is not a specific SIC available and TRIS searches must be done by SIC.
b See page A-67 for guide to acronyms.
-------
CHLORINE PRODUCTION3
SPECIATE Urban Air Toxic Waters
HAP References" FIRE HAP Rank HAP Rank
Carbon Tetrachloride
FIRE, SCRS
8B, 13C —
33
21
Chlorine
FIRE, SCRS
8C, 3D —
NR
NR
Ethylidene Dichloride
SCRS
— —
87
NR
Mercury Compounds
FIRE
8B, 13C —
8
1
a TRIS data cannot be researched for this source category because there is not a specific SIC available and TRIS searches must be done by SIC.
b See page A-67 for guide acronyms.
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ELECTRIC ARC FURNACE STEEL MANUFACTURING3
DATA QUALITY
HAP
References"
FIRE
SPECIATE
Urban Air Toxic
HAP Rank
Great Waters
HAP Rank
Antimony Compounds
SCRS
—
—
NR
NR
Arsenic Compounds
SCRS
—
—
21
28
Benzene
SPECIATE
—
1C
6
NR
Chlorine
SCRS, SPECIATE
—
—
NR
1
Chromium Compounds
FIRE
2C
—
9
19
Cobalt Compounds
SCRS, SPECIATE
—
1E
73
28
Cyanide Compounds
SCRS
—
—
NR
NR
Hexane
SPECIATE
—
1C
43
NR
Lead Compounds
FIRE, SCRS, SPECIATE
1C
1E
53
2
Manganese Compounds
SCRS, SPECIATE
—
1E
67
NR
Mercury Compounds
SCRS, SPECIATE
—
1E
8
1
Nickel Compounds
FIRE, SCRS, SPECIATE
6B, 3C
1E
26
NR
Selenium Compounds
SPECIATE
¦ —
1E
81
25
Toluene
SPECIATE
—
1C
12
NR
a TRIS data cannot be researched for this source category because there is not a specific SIC available and TRIS searches must be done by SIC.
b See page A-67 for guide to acronyms.
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ENGINE TEST FACILITIES3
DATA QUALITY
HAP
References"
FIRE
SPECIATE
Urban Air Toxic
HAP Rank
Great Waters
HAP Rank
Acetaldehyde
SCRS, SPECIATE
—
1B
32
NR
Acrolein
SCRS, SPECIATE
—
1B
46
NR
Benzene
SCRS, SPECIATE
—
1B
6
NR
1,3-Butadiene
SCRS, SPECIATE
—
1B
2
NR
Ethyl Benzene
SCRS, SPECIATE
—
1B
71
NR
Formaldehyde
SCRS, SPECIATE
—
1B
5
NR
Hexane
SPECIATE
-
1B
43
NR
Naphthalene
SPECIATE
—
1B
28
NR
Phenol
SCRS, SPECIATE
—
1B
74
NR
Propionaldehyde
SCRS, SPECIATE
—
1B
NR
NR
Styrene
SCRS, SPECIATE
—
1B
52
NR
Toluene
SCRS, SPECIATE
—
1B
12
NR
Xylenes
SCRS, SPECIATE
—
1B
18
NR
a TRIS data cannot be researched for this source category because there is not a specific SIC available and TRIS searches must be done by SIC.
b See page A-67 for guide to acronyms.
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GASOLINE DISTRIBUTION
Data Quality
HAP
References®
FIRE
SPECIATE
Urban Air Toxic
HAP Rank
Great Waters
HAP Rank
Benzene
FIRE, NATICH, SCRS, SPECIATE, TRIS,
XWALK
20C
1B, 3C
6
NR
1,3-Butadiene
FIRE, TRIS
1C
2
NR
Carbon Tetrachloride
TRIS
33
21
Chlorine
TRIS
NR
NR
Chlorobenzene
XWALK
102
NR
Cumene
SCRS, SPECIATE, TRIS
1B
NR
NR
Ethyl Benzene
NATICH, SCRS, TRIS, XWALK
71
NR
Ethylene Dibromide
XWALK
40
NR
Ethylene Dichloride
FIRE, XWALK
21D
31
NR
Hexane
SCRS, SPECIATE
1C
43
NR
Methanol
TRIS
77
NR
Methyl Tert-butyl Ether
TRIS
NR
NR
Naphthalene
SCRS, SPECIATE, XWALK
1B
28
13
Toluene
SCRS, SPECIATE, XWALK
1B, 3C
12
NR
Trichloroethylene
NATICH
36
NR
2,2,4-T rimethylpentane
SCRS
NR
NR
Vinyl Chloride
XWALK
29
NR
Xylenes
NATICH, SCRS, SPECIATE, TRIS, XWALK
1B, 1C
NR
NR
a See page A-67 for guide to acronyms.
-------
HYDROCHLORIC ACID PRODUCTION3
HAP
Reference"
Data Quality
FIRE SPECIATE
Urban Air Toxic
HAP Rank
Great Waters
HAP Rank
Benzyl Chloride
NATICH
— —
105
NR
Hydrogen Chloride
FIRE, NATICH, SCRS, XWALK
3C —
3
NR
Toluene
NATICH
— —
12
NR
a
b
TRIS data cannot be researched for this source category because there is not a specific SIC available and TRIS searches must be done by SIC.
See page A-67 for guide to acronyms.
-------
HYDROGEN CYANIDE PRODUCTION3
HAP
Referencesb
Data Quality
FIRE SPECIATE
Urban Air Toxic
HAP Rank
Great Waters
HAP Rank
Antimony Compounds
SPECIATE
—- 1E
NR
NR
Beryllium Compounds
SPECIATE
— 1E
50
NR
Cadmium Compounds
SPECIATE
1E
22
15
Chlorine
SPECIATE
1E
NR
NR
Chromium Compounds
SPECIATE
— 1E
9
19
Cobalt Compounds
SPECIATE
— 1E
73
28
Cyanide Compounds
SCRS
— —
NR
NR
Lead Compounds
SPECIATE
1E
53
2
Manganese Compounds
SPECIATE
— 1E
67
NR
Mercury Compounds
SPECIATE
— 1E
8
1
Nickel Compounds
SPECIATE
— 1E
26
NR
Phosphorus
SPECIATE
— 1E
NR
NR
Selenium Compounds
SPECIATE
— 1E
81
25
a TRIS data cannot be researched for this source category because there is not a specific SIC available and TRIS searches must be done by SIC.
b See page A-67 for guide to acronyms.
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INDUSTRIAL BOILERS3
HAP
References'1
Data Quality
FIRE SPECIATE
Urban Air Toxic
HAP Rank
Great Waters
HAP Rank
Arsenic Compounds
FIRE, SCRS, SPECIATE
7B, 8C, 51D
1B/D.1E
21
18
Benzene
SCRS, SPECIATE
2/D
6
NR
Beryllium Compounds
SCRS
50
NR
Cadmium Compounds
FIRE, SCRS
10B, 4C, 47D
22
15
Chlorine
SPECIATE
1E
NR
NR
Chromium Compounds
FIRE, SCRS, SPECIATE
5A, 3B, 1C, 53D
1B/D, 1E
9
19
Ethylbenzene
SCRS
71
NR
Formaldehyde
SCRS, SPECIATE
3B
5
NR
Hexane
SCRS, SPECIATE
2B
43
NR
Hydrogen Chloride
FIRE
2C, 1D
3
NR
Lead Compounds
SCRS, SPECIATE
1E
53
2
Manganese Compounds
FIRE, SCRS, SPECIATE
6B, 1C, 41D, 1E
1E
67
NR
Mercury Compounds
FIRE, SCRS, SPECIATE
5A, 2B, 5C, 20D
1B/D, 1E
8
1
Naphthalene
FIRE
6A, 1B, 2C, 1D
28
13
Nickel Compounds
FIRE, SCRS, SPECIATE
3C, 53D
1B/D, 1E
26
NR
POM
FIRE, SCRS
24C
7
Phosphorus
SCRS, SPECIATE
1B/D, 2D
NR
NR
Selenium Compounds
SCRS, SPECIATE
1 B/D, 2D
81
25
Toluene
SCRS, SPECIATE
2D
12
NR
Xylene
SCRS, SPECIATE
2D
NR
NR
a TRIS data cannot be researched for this source category because there is not a specific SIC available and TRIS searches must be done by SIC.
b See page A-67 for guide to acronyms.
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INSTITUTIONAL/COMMERCIAL BOILERS3
HAP
References'1
FIRE
Data Quality
SPECIATE
Urban Air Toxic
HAP Rank
Great Waters
HAP Rank
Arsenic Compounds
FIRE, SCRS
2C
21
18
Benzene
SCRS, SPECIATE
2B
6
NR
Beryllium Compounds
SCRS
50
NR
Cadmium Compounds
FIRE, SCRS
2C
22
15
Chromium Compounds
FIRE, SCRS, SPECIATE
2C
1A/C
9
19
Formaldehyde
SCRS, SPECIATE
3B
5
NR
Hexane
SCRS, SPECIATE
2B
43
NR
Lead Compounds
SCRS, SPECIATE
1E
53
2
Manganese Compounds
SCRS, SPECIATE
1E
67
NR
Mercury Compounds
FIRE, SCRS
1C
8
1
Nickel Compounds
FIRE, SCRS, SPECIATE
2C
1A/C
26
NR
Phosphorus
SCRS
NR
NR
POM
FIRE, SCRS
3A, 15C
7
7
Selenium Compounds
SCRS
81
25
Toluene
SCRS, SPECIATE
2B
12
NR
a TRIS data cannot be researched for this source category because there is not a specific SIC available and TRIS searches must be done by SIC.
b See page A-67 for guide to acronyms.
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IRON AND STEEL MANUFACTURING
Data Quality
HAP
References3
FIRE
SPECIATE
Urban Air Toxic
HAP Rank
Great Waters
HAP Rank
Acrolein
SCRS
—
—
46
NR
Antimony Compounds
TRIS
—
—
NR
NR
Arsenic Compounds
FIRE, SCRS, TRIS
1C
—
21
18
Benzene
NATICH, SCRS, SPECIATE, TRIS
—
1C, 1B
6
NR
Benzo(a)pyrene
FIRE, NATICH
1C
—
42
9
Biphenyl
TRIS
—
—
NR
NR
Cadmium Compounds
FIRE, NATICH, SCRS, SPECIATE, TRIS
3C
2D
NR
NR
Carbon Disulfide
TRIS
—
—
17
NR
Carbonyl Sulfide
TRIS
....
—
NR
NR
Chlorine
FIRE, TRIS
3C
—
NR
NR
Chlorobenzene
TRIS
—
—
102
NR
Chromium Compounds
FIRE, SCRS, SPECIATE, TRIS
7C
1D
9
19
Cobalt Compounds
SPECIATE
—
1D
73
28
Coke Oven Emissions
NATICH
—
—
30
32
Cresol
TRIS
—
—
NR
NR
Cumene
TRIS
—
—
NR
NR
Cyanide Compounds
TRIS
—
—
NR
NR
Dibenzofurans
TRIS
—
—
NR
NR
Diethanolamine
TRIS
—
—
NR
NR
2,4-Dinitrophenol
TRIS
—
—
NR
NR
Ethylbenzene
NATICH, TRIS
—
—
71
NR
Ethylene Glvcol
TRIS
—
—
95
NR
See page A-67 for guide to acronyms
-------
IRON AND STEEL MANUFACTURING (continued)
HAP
References3
FIRE
Data Quality
SPECIATE
Urban Air Toxic
HAP Rank
Great Waters
HAP Rank
Formaldehyde
SCRS, SPECIATE
—
1B
5
NR
Glycol Ethers
TRIS
—
—
NR
NR
Hydrogen Fluoride
TRIS
—
—
89
NR
Lead Compounds
FIRE, SCRS, SPECIATE, TRIS
5C
2D
53
2
Manganese Compounds
FIRE, SCRS, SPECIATE, TRIS
32D, 6C
2D
67
NR
Mercury Compounds
SPECIATE
—
2D
8
1
Methanol
TRIS
—
—
77
NR
Methyl Isobutyl Ketone
TRIS
—
—
108
NR
Methylene Chloride
TRIS
—
—
44
NR
Methyl Ethyl Ketone
TRIS
—
—
99
NR
Naphthalene
TRIS
—
—
28
13
Nickel Compounds
FIRE, SPECIATE, TRIS
2C, 17B
2D
26
NR
Phenol
SCRS, TRIS
—
—
74
NR
POM
SCRS, TRIS
—
—
7
7
Quinoline
TRIS
—
—
NR
NR
Selenium Compounds
SCRS, SPECIATE
—
2D
81
25
Styrene
TRIS
—
—
52
NR
T etrachloroethylene
TRIS
....
—
35
NR
Toluene
NATICH, SCRS, SPECIATE, TRIS
—
1C, 1B
12
NR
1,1,1 -trichloroe thane
TRIS
—
—
20
NR
Trichloroethvlene
TRIS
—
—
36
NR
See page A-67 for guide to acronyms.
(continued)
-------
IRON AND STEEL MANUFACTURING (continued)
Data Quality
Urban Air Toxic
Great Waters
HAP
References3
FIRE SPECIATE
HAP Rank
HAP Rank
Xylenes
NATICH, SCRS, TRIS
— —
NR
NR
See page A-67 for guide to acronyms.
-------
MAGNETIC TAPE MANUFACTURING
Data Quality
Urban Air Toxic Great Waters
HAP
References3
FIRE
SPECIATE
HAP Rank
HAP Rank
Acetaldehyde
ESD
—
—
32
NR
Antimony Compounds
TRIS
—
—
NR
NR
Chromium Compounds
TRIS
—
—
9
19
Cobalt Compounds
TRIS
—
—
73
28
1,4-Dioxane
TRIS
—
—
NR
NR
Ethylbenzene
TRIS
—
—
71
NR
Ethylene Glycol
ESD
—
—
95
NR
Lead Compounds
TRIS
—
—
53
2
Methanol
TRIS
—
—
77
NR
Methyl Chloroform
TRIS
—
—
20
NR
Methyl Ethyl Ketone
SCRS.TRIS
—
—
99
NR
Methyl Isobutyl Ketone
TRIS
—
—
108
NR
Nickel Compounds
TRIS
—
—
26
NR
Styrene
TRIS
—
—
52
NR
Toluene
TRIS
—
—
12
NR
Toluene Diisocynate
ESD
—
—
NR
NR
Trichloroethane (1,1,2)
TRIS
—
—
68
NR
Xylenes
TRIS
—
—
NR
NR
a See page A-67 for guide to acronyms.
-------
PHARMACEUTICALS PRODUCTION
Data Quality
Urban Air Toxic Great Waters
HAP References3 FIRE SPECIATE HAP Rank HAP Rank
Acetonitrile NATICH, TRIS, XWALK — — 112 NR
Acrylonitrile TRIS — — 38 NR
Aniline TRIS — — 64 NR
Arsenic Compounds NATICH, TRIS — — 21 18
Benzene SCRS, TRIS, XWALK — — 6 NR
Benzyl Chloride TRIS — — 105 NR
Biphenyl TRIS — — 47 7
Cadmium Compounds NATICH — ¦— 22 15
Carbon Tetrachloride NATICH, SCRS, TRIS, XWALK — — 33 21
Chlorine TRIS — — NR NR
Chlorobenzene SCRS, TRIS — — 102 NR
Chloroform NATICH. SCRS, TRIS — — 13 NR
Chromium Compounds NATICH — — 9 19
Cumene TRIS — — NR NR
Cyanide Compounds TRIS — — NR NR
Di(2-Ethylhexyl) Phthalate TRIS — — NR NR
2,4-Diaminotoluene TRIS — — NR NR
Dichlorvos TRIS — — 111 NR
Diethanolamine TRIS — — NR NR
Diethyl Sulfate TRIS — — NR NR
Dimethyl Sulfate TRIS — — NR NR
Dimethyl Phthalate TRIS — — NR NR
N,N-Dimethylaniline TRIS —- —— NR NR
¦ See page A-67 for guide to acronyms. (continued)
-------
PHARMACEUTICALS PRODUCTION (continued)
Data Quality
Urban Air Toxic Great Waters
HAP References3 FIRE SPECIATE HAP Rank HAP Rank
1,4-Dioxane
TRIS
—
—
98
NR
Epichlorohydrin
TRIS
—
—
72
NR
Ethyl Benzene
TRIS, XWALK
—
—
71
NR
Ethylene Dichloride
NATICH, SCRS, TRIS
—
—
31
NR
Ethylene Glycol
TRIS
—
—
95
NR
Ethylene Oxide
NATICH, TRIS, XWALK
—
—
27
NR
Formaldehyde
NATICH, TRIS, XWALK
—
—
5
NR
Glycol Ethers
TRIS
—
—
NR
NR
Hexane
NATICH
—
—
43
NR
Hydrazine
TRIS
—
—
60
NR
Hydrogen Chloride
NATICH, TRIS, XWALK
—
—
3
NR
Hydrogen Fluoride
TRIS
—
—
89
NR
Lead Compounds
NATICH, XWALK
—
—
53
2
Maleic Anhydride
TRIS
—
—
NR
NR
Manganese Compounds
TRIS
—
—
67
NR
Methanol
NATICH, SCRS, TRIS
—
—
77
NR
Methyl Chloride
TRIS
—
—
51
NR
Methyl Chloroform
TRIS
—
—
20
NR
Methyl Ethyl Ketone
TRIS
—
—
99
NR
Methyl Isobutyl Ketone
TRIS
—
—
108
NR
Methyl Tert-Butyl Ether
TRIS
—
—
NR
NR
Methylene Chloride
NATICH, SCRS, TRIS
—
—
44
NR
Nickel Compounds
TRIS, XWALK
—
—
26
NR
Nitrobenzene
TRIS
79
NR
' See page A-67 for guide to acronyms.
(continued)
-------
PHARMACEUTICALS PRODUCTION (continued)
HAP
References"
Data Quality
FIRE SPECIATE
Urban Air Toxic
HAP Rank
Great Waters
HAP Rank
Phenol
FIRE, TRIS
1D —
74
NR
Phosgene
TRIS
—
NR
NR
Phthalic Anhydride
TRIS
— —
NR
NR
POM
NATICH
— —
7
7
Propylene Oxide
TRIS
— —
56
NR
Propyleneimine
TRIS
—
91
NR
Quinoline
TRIS
— —
NR
NR
Selenium Compounds
TRIS
— —
81
25
Styrene
TRIS
— —
52
NR
T etrachloroethylene
TRIS
— —
35
NR
Toluene
NATICH, SCRS, TRIS
— —
12
NR
Trichloroethylene
TRIS
—
36
NR
Trifluralin
TRIS
— —
106
27
Vinyl Acetate
TRIS
— —
48
NR
Vinylidene Chloride
TRIS
—
62
NR
Xylenes
TRIS
— —
NR
NR
a See page A-67 for guide to acronyms.
-------
PHENOLIC RESINS PRODUCTION®
HAP
References"
DATA QUALITY
FIRE SPECIATE
Urban Air Toxic
HAP Rank
Great Waters
HAP Rank
Cresols/Cresylic Acid
SCRS
— —
NR
NR
Formaldehyde
XWALK
— —
5
NR
Phenol
SCRS, XWALK
— —
74
NR
a
b
TRIS data cannot be researched for this source category because there is not a specific SIC available and TRIS searches must be done by SIC.
See page A-67 for guide to acronyms.
-------
PHOSPHORIC ACID PRODUCTION3
Data Quality
HAP
References"
FIRE
SPECIATE
Urban Air Toxic
HAP Rank
Great Waters
HAP Rank
Antimony Compounds
SPECIATE
—
1B
NR
NR
Cadmium Compounds
SPECIATE
—
1B
22
15
Hydrogen Fluoride
FIRE, SCRS
3A, 1C, 1D
—
89
NR
Lead Compounds
SPECIATE
—
1B
53
2
Mercury Compounds
SPECIATE
—
1B
8
1
Selenium Compounds
SPECIATE
—
1B
81
25
a TRIS data cannot be researched for this source category because there is not a specific SIC available and TRIS searches must be done by SIC.
b See page A-67 for guide to acronyms.
-------
POLYESTER RESINS PRODUCTION3
DATA QUALITY
HAP
References"
FIRE SPECIATE
Urban Air Toxic
HAP Rank
Great Waters
HAP Rank
1.3-Butadiene
XWALK
— —
2
NR
Butyl Acrylate
XWALK
— —
NR
NR
Ethyl Acrylate
XWALK
— —
NR
NR
Maleic Anhydride
SCRS
— —
NR
NR
Methyl Methacrylate
XWALK
—
82
NR
Phthalic Anhydride
SCRS
— _
NR
NR
Styrene
FIRE, SCRS, XWALK
5A —
52
NR
a TRIS data cannot be researched for this source category because there is not a specific SIC available and TRIS searches must be done by SIC.
b See page A-67 for guide to acronyms.
-------
POLYETHER POLYOLS PRODUCTION3
DATA QUALITY
HAP
References"
FIRE SPECIATE
Urban Air Toxic
HAP Rank
Great Waters
HAP Rank
Propylene Oxide
FIRE, SCRS
1C, 1D —
56
NR
a
b
TRIS data cannot be researched for this source category because there is not a specific SIC available and TRIS searches must be done by SIC.
See page A-67 for guide to acronyms.
-------
POLYSTYRENE PRODUCTION3
HAP
References'"
DATA QUALITY
FIRE SPECIATE
Urban Air Toxic
HAP Rank
Great Waters
HAP Rank
Ethylbenzene
XWALK
— —
71
NR
Styrene
FIRE, SCRS, SPECIATE, XWALK
8C 1D
52
NR
a
b
TRIS data cannot be researched for this source category because there is not a specific SIC available and TRIS searches must be done by SIC.
See page A-67 for guide to acronyms.
-------
SOLVENT DEGREASING3
Data Quality
Great Waters
HAP Rank
HAP
References'"
FIRE
SPECIATE
Urban Air Toxic
HAP Rank
1,4-Dioxane
XWALK
—
—
NR
NR
Dibutyl Phthalate
XWALK
—
NR
NR
Methyl Chloroform
FIRE, SCRS, SPECIATE, XWALK
4D
2E
20
NR
Methylene Chloride
FIRE, SCRS, SPECIATE, XWALK
4D
1E
44
NR
T etrachloroethylene
FIRE, SCRS, SPECIATE, XWALK
7C, 10D
1E
35
NR
Trichlorethylene
FIRE, SCRS, SPECIATE, XWALK
13C, 3D
1E
36
NR
Toluene
SPECIATE
—
1E
12
NR
a TRIS data cannot be researched for this source category because there is not a specific SIC available and TRIS searches must be done by SIC.
k See page A-67 for guide to acronyms.
-------
STEEL PICKLING - HCI PROCESS3
HAP
References"
DATA QUALITY
FIRE SPECIATE
Urban Air Toxic
HAP Rank
Great Waters
HAP Rank
Hydrogen Chloride
FIRE, SCRS
1C —
3
NR
POM
SCRS
— —
7
7
a TRIS data cannot be researched for this source category because there is not a specific SIC available and TRIS searches must be done by SIC.
b See page A-67 for guide to acronyms.
-------
WASTE TSDF
Data Quality
HAP
References3
FIRE
SPECIATE
Urban Air Toxic
HAP Rank
Great Waters
HAP Rank
Acetaldehyde
FIRE
1B
—
32
NR
Acrylonitriie
SCRS
—
—
38
NR
Antimony Compounds
SPECIATE
—
4D, 1E
NR
NR
Arsenic Compounds
SPECIATE
—
3B, 1D
21
18
Benzene
SPECIATE
—
2C, 1D
6
NR
1,3-Butadiene
SCRS
—
—
2
NR
Cadmium Compounds
SPECIATE
—
3B, 1D
22
15
Carbon Tetrachloride
SCRS
—
—
33
21
Chlorine
TRIS
—
—
NR
NR
Chloroform
SCRS
—
—
13
NR
Chromium Compounds
FIRE, SPECIATE
2C
3D, 1D
9
19
Epichlorohydrin
SCRS
—
—
72
NR
Ethylene Glycol
TRIS
—
—
95
NR
Ethylene Oxide
TRIS
—
—
27
NR
Glycol Ethers
TRIS
—
—
NR
NR
Hexane
SPECIATE
—
—
43
NR
Hydrogen Chloride
TRIS
—
—
3
NR
Lead Compounds
SPECIATE
—
4D, 1E
53
2
Manganese Compounds
SPECIATE
—
5D.1E
67
NR
Mercury Compounds
SPECIATE
—
3B, 1D
8
1
Methanol
TRIS
—
—
77
NR
Methylene Chloride
SCRS, TRIS
—
—
44
NR
Methyl Chloroform
SCRS, TRIS
—
—
20
NR
a See page A-67 for guide to acronyms.
(continued)
-------
WASTE TSDF (continued)
Data Quality
HAP
References3
FIRE
SPECIATE
Urban Air Toxic
HAP Rank
Great Waters
HAP Rank
Nickel Compounds
SPECIATE
—
3B, 1D
26
NR
Perchloroethylene
TRIS
—
—
35
NR
Phosphorus
SPECIATE
—
5D
NR
NR
Polychlorinated Biphenyls
TRIS
—
—
65
5
POM
FIRE
6C
—
7
7
Selenium Compounds
TRIS
—
—
81
25
Styrene
SCRS
—
—
52
NR
Toluene
SPECIATE, TRIS
—
2C, 1D
12
NR
Trichlorobenzene (1,2,4)
TRIS
—
—
NR
NR
Trichloroethylene
SCRS
—
—
36
NR
Vinyl Acetate
TRIS
—
—
48
NR
Vinyl Chloride
SCRS
—
—
29
NR
Xylenes
FIRE, SCRS, SPECIATE
2D
2C, 1D
NR
NR
01
a See page A-67 for guide to acronyms.
-------
WOOL FIBERGLASS MANUFACTURING3
HAP
References'1
FIRE
DATA QUALITY
SPECIATE
Urban Air Toxic
HAP Rank
Great Waters
HAP Rank
Antimony Compounds
SPECIATE
—
1E
NR
NR
Benzene Compounds
SPECIATE
—
1E
6
NR
Cadmium Compounds
SPECIATE
—
1E
22
15
Chlorine
SPECIATE
—
1E
NR
NR
Chromium Compounds
SPECIATE
—
1E
9
19
Cobalt Compounds
SPECIATE
—
1E
73
28
Formaldehyde
FIRE, SCRS
6C
—
5
NR
Hexane
SPECIATE
—
1E
43
NR
Lead Compounds
SPECIATE
—
1E
53
2
Manganese Compound
SPECIATE
—
1E
67
NR
Mercury Compound
SPECIATE
—
1E
8
1
Nickel Compound
SPECIATE
—
1E
26
NR
Phenol
FIRE, SCRS
7C
—
74
NR
Selenium Compounds
SPECIATE
—
1E
81
25
Toluene
SPECIATE
—
1E
12
NR
a TRIS data cannot be researched for this source category because there is not a specific SIC available and TRIS searches must be done by SIC.
b See page A-67 for guide to acronyms.
-------
Guide to Acronyms:
ESD = Emission Standards Division, U. S. EPA
NATICH = National Air Toxics Inventory ClearinghouseNR=Not ranked
SCRS = Source Category Ranking System database
TRIS = Toxic Release Inventory System
XWALK = Crosswalk database
A-67
-------
APPENDIX B. STATE TEST REPORTS COLLECTED AND SCREENED FOR USEFULNESS
REPORTS SCREENED FOR EMISSION FACTOR DEVELOPMENT
ERC NO.
AQMD
COMPANY
SOURCETYPE
PROCESS UNIT
ERC-
1
South Coast
Domtar Gypsum
Gypsum Manufacturing
Industrial Boiler - natural gas/oil
ERC-
2
South Coast
Laidlaw Gas Recovery System
Landfill - Chiquita
Flare - landfill gas
ERC-
3
South Coast
Laidlaw Gas Recoveiy System
Landfill - Coyote
Flare and Boiler - landfill gas
ERC-
4
South Coast
GSF Energy
Landfill - Olinda
IC Engine - landfill gas
ERC-
5
South Coast
Anabolic/Aerocomp
Pharmaceuticals Manufacturing
Coating Operation
ERC-
6
South Coast
Aristech Chemical Corporation
Polyester Resins Manufacturing
Incinerator - waste/natural gas
ERC-
7
South Coast
Stainless Steel Production
Stainless Steel Manufacturing
Melting Pots
ERC-
B
South Coast
Barmet Aluminum
Asphalt Manufacturing
Rotary Furnace - natural gas/oil
ERC-
g
South Coast
Barmet Aluminum
Asphalt Manufacturing
Reverb Melt Furnace - natural gas/oil
ERC-
10
South Coast
Asphalt Construction
Asphalt Manufacturing
Dryer - oil
ERC-
11
South Coast
Asphalt Construction
Asphalt Manufacturing
Dryer - natural gas
ERC-
12
South Coast
P.W. Gillibrand
Asphalt Manufacturing
Dryer - diesel
ERC-
13
South Coast
Blue Diamond
Asphalt Manufacturing
Dryer - natural gas
ERC-
14
South Coast
Estee Battery Company
Battery Manufacturing
Casting/Machining
ERC-
15
South Coast
Deutsch Fastener
Chrome Plating
Cd, Cr Scrubbers
ERC-
16
South Coast
ARCO CQC Kiln
Coke Manufacturing
Rotaiy Furnace - natural gas/oil
ERC-
17
South Coast
LA. Water and Power
Electric Generation
Utility Boiler - natural gas/oil
ERC-
18
South Coast
Rockwell
Electronics Manufacturing
Plating Tank Gas
ERC-
19
South Coast
Tamco
Foundry
Process Gas
ERC-
20
South Coast
Quemetco, Inc.
Industrial Machinery
Process Gas
ERC-
21
South Coast
Central Plants
Power Generation
Turbine - natural gas
ERC-
22
South Coast
Arco Products
Refinery
Turbine - natural gas
ERC-
23
South Coast
Orange County Water
POTW
Charcoal Furnace - natural gas
ERC-
24
South Coast
Orange County Water
POTW
Lime Recalciner
ERC-
25
South Coast
Orange County Water
POTW
Chlorinator Tank
ERC-
26
South Coast
Fletcher Oil and Refining
Refinery
Reactor
ERC-
27
South Coast
Fletcher Oil and Refining
Refinery
S-Plant Incinerator
ERC-
26
South Coast
Demenno/Kerdoon
Refinery
Incinerator
ERC-
29
South Coast
TRW Inc.
Aerospace Industry
Plating Tank Gas
-------
REPORTS SCREENED FOR EMISSION FACTOR DEVELOPMENT
ERC NO.
AQMD
COMPANY
SOURCETYPE
PROCESS UNIT
ERC-
30
South Coast
L.A. International Airport
Airport Engine
Electric Generator - diesel
ERC-
31
South Coast
Long Beach Naval Shipyard
Weapons Plating
Electroplating
ERC-
32
South Coast
Thakar Aluminum
Aluminum Manufacturing
Delaquering Unit
ERC-
33
South Coast
Hitco Corporation
Textiles
Dryer
ERC-
34
South Coast
Unocal Chemicals, Inc.
Chemical Manufacturing
Waste Gas Burner - natural gas
ERC-
35
South Coast
Avaiall
Aircraft Manufacturing
Jet Engine/Chrome Scrubber
ERC-
36
South Coast
Dynmark, Ltd.
Metallurgical
Rev. Furnace
ERC-
37
South Coast
Cal Tec
Inst/Comm Boiler
Coal
ERC-
38
South Coast
King Food
Inst/Comm Boiler
Natural Gas
ERC-
39
Sacramento
Camellia Memorial Lawn Cemetary
Waste TSDF
Crematory Incinerator Stack, Outlet
ERC-
40
San Diego
ARCO Petroleum Products
Gasoline Distribution
Vapor Recovery System, Inlet and Outlet
ERC-
41
Sacramento
Georgia Pacific Resins Facility
Phenolic Resins
Catalytic Incinerator, Inlet and Outlet
ERC-
42
Santa Barbara
ARCO Oil and Gas Production
Petroleum Production
Pig Catcher
ERC-
43
Santa Barbara
ARCO Oil and Gas Production
Petroleum Production
SEEP Gas
ERC-
44
Santa Barbara
ARCO Oil and Gas Production
Petroleum Production
Inlet Separator
ERC-
45
Santa Barbara
ARCO Oil and Gas Production
Petroleum Production
VRU Discarge
ERC-
46
Santa Barbara
ARCO Oil and Gas Production
Petroleum Production
Check Inlet
ERC-
47
Sacramento
Blue Diamond Cogeneration Plant
Industrial Boilers
Baghouse Outlet
ERC-
48
Santa Barbara
Unocal Corp, Battles Gas Plant
Industrial Boilers
Industrial Boilers
ERC-
49
Ventura
Reichhold Chemicals
Polyester Resins Production
Bromine Scrubber Stack
ERC-
50
Ventura
Reichhold Chemicals
Polyester Resins Production
Poly Scrubber Stack
ERC-
51
Ventura
3M Data Storage Products Facility
Magnetic Tape Manufacturing
MEK and THC Solvent Recovery Exhausts
ERC-
52
Santa Barbara
Unocal Corp, Battles Gas Plant
Gasoline Distribution
ERC-
53
Santa Barbara
Saint Bernardines Hospital
Waste TSDF
Medical Waste Incinerator Stack
ERC-
54
Ventura
3M Data Storage Products Facility
Magnetic Tape Manufacturing
Stack Outlet from 2 Solvent Recovery System:
ERC-
55
Ventura
Simi Valley Landfill
Waste TSDF
Landfill, Gas-fired Flare, Inlet and Outlet
ERC-
56
Ventura
3M Magnetic Media Division
Magnetic Tape Manufacturing
Compounding Tunnel Vents
ERC-
57
Ventura
Rocketdyne Santa Susana Field Laboratory
Rocket Engine Test Firing
Rocket Engine Exhaust Plumes
ERC-
58
Ventura
Naval Construction Batallion Center
Comm/lnst. Boiler
Boiler Outlet
-------
REPORTS SCREENED FOR EMISSION FACTOR DEVELOPMENT
ERC NO.
AQMD
COMPANY
SOURCETYPE
PROCESS UNIT
ERC-
59
Bay Area
U.S. Pipe and Foundry Company
Iron and Steel Manufacturing
Baghouse Inlet and Outlet
ERC-
60
Bay Area
Barbary Coast Steel Corp.
Electric Arc Furnace (EAF) Steel
ARC Furnace Baghouse Vent Outlet
ERC-
61
Bay Area
U.S. Pipe and Foundry Company
Steel Foundry
Cupola Baghouse
ERC-
62
San Joaquin
Beatrice Hunt-Wesson Foods Inc.
Industrial Boiler - Oil
Stack Outlet
ERC-
63
San Joaquin
California Cedar Products Corp. Facility
Industrial Boiler - Wood Fired
Wet Scrubber Outlet Stack
ERC-
64
San Joaquin
Certainteed Corporation
Wool Fiberglass Manufacturing
Wet EP, Dty EP, High Stack
ERC-
65
San Joaquin
Dairyman's Cooperative Creamery
Industrial Boiler
Stack
ERC-
66
San Joaquin
Dairyman's Cooperative Creamery
Gasoline Marketing
Diesel Refueling Vents
ERC-
67
San Joaquin
Gibson Oil and Refining Inc.
Industrial Boiler
Boiler Stack and Compressor
ERC-
68
San Joaquin
Kern Oil and Refining Company
Industrial Boiler
Boiler Outlet
ERC-
69
San Joaquin
Kern Oil and Refining Company
Industrial Boiler
Boiler Outlet
ERC-
70
San Joaquin
Madera Co-Generation Plant
Industrial Boiler
Baghouse Outlet
ERC-
71
San Joaquin
Ragu Foods Company
Industrial Boiler
Exhaust Stack
ERC-
72
San Joaquin
Sierra Newark Company
Industrial Boiler
Stack
ERC-
73
San Joaquin
Tri-Valley Growers
Industrial Boiler
Stack Exhaust
ERC-
74
San Joaquin
UPF Corporation
Wool Fiberglass Manufacturing
Forming and Curing Stacks
ERC-
75
San Joaquin
Wh'rtco Chemical Corp., Golden Bear Refinery
Industrial Boiler
Refinery Boiler Stack
ERC-
76
San Joaquin
SJW-FR/File 0043
Industrial Boiler
Boiler Stack - crude oil
ERC-
77
San Joaquin
SJW-BAK/File 0046
Industrial Boiler
Boiler Stack - natural gas
ERC-
78
San Joaquin
SJW-FR/File 0004
Industrial Boiler
Boiler Stack - No. 6 oil
ERC-
79
San Joaquin
SJW-BAK/File 0021
Industrial Boiler
Boiler Stack - gas
ERC—
80
San Joaquin
SJW-BAK/File 0047
Industrial Boiler
Boiler Stack - oil
ERC-
61
San Joaquin
SJW-BAK/File 0049
Industrial Boiler
Boiler Stack - oil
ERC-
82
San Joaquin
SJW-BAK/File 0093
Industrial Boiler
Boiler Stack - natural gas
ERC—
83
San Joaquin
Delano Energy (11/8/91)
Industrial Boiler
Boiler Stack - biomass
ERC-
84
San Joaquin
North Fork Energy, Inc.
Industrial Boiler
Boiler Stack - wood waste
ERC-
85
Kern Co.
Snort Road Landfill, Dept. of Navy
Landfill
Well gas
ERC-
86
Mojave Desert
George AFB Hospital
Incinerator
Infectious Waste
ERC-
87
Kern Co.
Pilot Plant Road, Dept. of Navy
Landfill
Well gas
-------
REPORTS SCREENED FOR EMISSION FACTOR DEVELOPMENT
09
ERC NO.
AQMD
COMPANY
SOURCETYPE
PROCESS UNIT
ERC-
88
Great Basin
Mammoth Mountain Ski Area
Incinerator
Stack - Trash
ERC-
89
Imperial Co.
Imperial Irrigation District
Boiler
Cooling Towers
ERC-
90
Imperial Co.
Imperial Irrigation District
Turbine
Turbine
ERC-
91
Santa Barbara
ARCO Oil and Gas
Process Stream
Gas and Crude Oil Vapors
ERC-
92
Mojave Desert
Kerr McGee Chemical Corp.
Boiler
Stack
ERC-
93
Mojave Desert
Marine Corps Combat Center
Boiler
WW Treatment, IC Engine
ERC-
94
Fresno
Champion Parts Inc.
Metal parts
Solder pots and ovens
ERC-
95
Louisiana
Rubicon
Polyols Production
Incinerator
ERC-
96
Louisiana
Alton Ochsner Medical Foundation
Waste TSDF
Hospital Waste Incinerator
ERC-
97
Louisiana
Baton Rouge General Medical Center
Waste TSDF
Hospital Waste Incinerator
ERC-
98
Louisiana
International Paper
Industrial Boiler
Exhaust Gas Stream
ERC-
99
Louisiana
Consumat Incinerator
Waste TSDF
Incinerator
ERC-
100
Louisiana
Touro Infirmary
Waste TSDF
Hospital Waste Incinerator
ERC-
101
Maryland
Baltimore RESCO, Baltimore, MD
Waste TSDF
Solid Waste Boiler, ESP outlet
ERC-
102
Maryland
Baltimore RESCO, Baltimore, MD
Waste TSDF
Solid Waste Boiler, ESP outlet
ERC-
103
Maryland
Baltimore RESCO, Baltimore, MD
Waste TSDF
Solid Waste Boiler, ESP outlet
ERC-
104
New Jersey
Beth Israel Medical Center, Newark, NJ
Waste TSDF
Incinerator
ERC-
105
New Jersey
Biocraft Laboratories, Patterson, NJ
Pharmaceuticals Production
Tablet Coating - Colag Outlet Stack
ERC-
106
New Jersey
Camden Co. Energy Recovery Ass'n, Camden, NJ
Waste TSDF
Municipal Waste Boiler Exhaust
ERC-
107
New Jersey
Camden Co. Energy Recovery Ass'n, Camden, NJ
Waste TSDF
Municipal Waste Boiler Exhaust
ERC-
108
Texas
Chemical Waste Management, Port Arthur, TX
Waste TSDF
Hazardous Waste Incinerator
ERC-
109
Texas
Chemical Waste Management, Port Arthur, TX
Waste TSDF
Hazardous Waste Incinerator
ERC-
110
Texas
Chemical Waste Management, Port Arthur, TX
Waste TSDF
Hazardous Waste Incinerator
ERC-
111
Maryland
Harford Waste Energy Partners, Harford, MD
Waste TSDF
Municipal Waste Combustor
ERC-
112
New Jersey
Hoeganoes Corp., Riverton, NJ
Steel Manufacturing
Electric Arc Furnace
ERC-
113
New Jersey
Manville Sales Corp., Winslow Township, NJ
Wool Fiberglass
Blowing Wool Stack/Curing Oven Stack
ERC-
114
New Jersey
St. Francis Medical Center, Trenton, NJ
Waste TSDF
Hospital Waste Incinerator
-------
REPORTS SCREENED FOR EMISSION FACTOR DEVELOPMENT
ERC NO.
AQMD
COMPANY
SOURCETYPE
PROCESS UNIT
ERC-
115
New Jersey
St. Michaels Medical Center, Newark, NJ
Waste TSDF
Incinerator
ERC-
116
New Jersey
U.S. Pipe and Foundry, Burlington, NJ
Iron and Steel Manufacturing
Cupola, Collector, Treating Stack
ERC-
117
New Jersey
Valley Hospital, Ridgewood, NJ
Waste TSDF
Incinerator
ERC-
118
Maryland
Waste Converters, Jappa, MD
Waste TSDF
Municipal Waste Combustor
ERC-
119
South Coast
Sanitation District of L.A. County
Waste TSDF
Waste to Energy Facility
ERC-
120
South Coast
Puente Hills Landfill
Waste TSDF
Gas-fired Boiler
ERC-
121
South Coast
Petro-Diamond Terminal Co.
Gasoline Distribution
Fuel loading carbon absorber
ERC-
122
South Coast
South East Resource Recovery
Power boiler
Refuse-derived fuel
ERC-
123
Bay Area
City of San Mateo Sewage Treatment
Waste TSDF
Sludge incinerator
ERC-
124
Bay Area
Integraged Environmental Systems
Waste TSDF
Incinerator
ERC-
125
Bay Area
Golden Gate Truck Center
Auto and Truck Surface Coating
Spray painting exhaust
ERC-
126
Bay Area
Santa Rosa Hospital
Waste TSDF
Incinerator
ERC-
127
Kern County
Naval Weapons Station
Waste TSDF
Incinerator
ERC-
128
Yolo-Solano
Shell Oil Bulk Terminal
Gasoline Distribution
John Zink Carbon Adsorption System
-------
APPENDIX C
QUALITY ASSURANCE PLAN
1. The Project File Coordinator (PFC) will make two (2) copies of each test report from disc files or
one {1) copy of each paper report. One report will be kept in the Original Test Report File folder
in the project file {see Attachment A for project file organization).
The PFC is responsible for assigning ID numbers to all test reports that are distributed on the
project and for keeping a log book that records the ID number, report name, where the test report
was obtained (i.e. air district, DEQ, or Radian files), and to which team member it was assigned,
i.e. the Responsible Team Member (RTM).
2. The second copy of the test report will be delivered to the RTM by the PFC. This will be the
working copy of the test report. The test report should have an ID number when received from
the PFC; if not, return the report to the PFC for numbering. The ID number and the test report
name should be used on all project information (calculation sheets, summary sheets, etc.) related
to the test report.
3. Tests reports should be initially screened by the RTM to determine whether emission factors can
be developed with the data provided. Calls may be made to the facilities to obtain additional
information not included in the test report, but essential to emission factor development. Consult
the example telephone script prepared for this project (Attachment B) before a call is made. The
call should be documented using a Telephone Call Record form, such as the form provided as
Attachment C. A copy of the call record should be placed in the Original Test Report File as well
as retained with the working report copy.
The report should be screened using the Screening Analysis Checklist form (Attachment D).
After it is screened by the RTM, the RTM's teammate should review the Screening Analysis
Checklist form for reasonableness, accuracy, and completeness. When completed, the
Screening Analysis Checklist form should be submitted to the task leader (TL) for review for
completeness. After the TL review, the Screening Analysis Checklist form will be discussed at
the weekly meeting and a final decision will be made by the team and/or client as to whether the
report will be used to develop emission factors.
4. The Screening Analysis Checklist form, as amended during the weekly meeting, should then be
given to the PFC, who will collect the forms and give them to the project secretary (PS) to type. It
is the responsibility of the PFC to return the Screening Analysis Checklist forms to the RTM to
review for accuracy.3 It is the responsibility of the RTM to check that all typing is correct. The
RTM should initial the final version of the Screening Analysis Checklist on Line 13 if all the
typed information is correct. The Screening Analysis Checklist forms for reports that will not
be used to develop emission factors should be placed in the project file cabinet in the Screened -
No Action File folder. The screening checklist for reports that will be used for emission factor
development should be placed in the Screening - Emission Factor Development File folder.
The RTM's should keep a copy of the screening checklist in their personal files.
The PFC has the responsibility for making sure that the screening checklist is placed in the proper
file folder, and that only the initialled version of the screening checklist is placed in the file folder.
If the PFC has time, the typed version of the forms can be reviewed for typographical errors and
returned to the secretary for corrections before review by the RTM. If there are many
typographical errors, this will save steps in the review process.
C-1
-------
5. If the report "passes* screening, then emission factors should be developed for each process
point and each pollutant, as available in the test reports. In most cases, a handwritten calculation
sheet or Lotus™ spreadsheet will be used to calculate emission factors. Revisions to calculation
sheets and disks should be made on the original files or sheets. If a number of changes are
made to hand calculation sheets, then these sheets should be rewritten. Copies of all the
calculation sheets and disc files should be placed in the Emission Factor Development File
folder for the test report, An additional copy should be kept in the personal files of the RTM.
For Lotus™ emission factor calculations:
An example spreadsheet and hand calculation are shown in Attachment E. Back-up disc
copies should be kept at all times. Hand calculations should be done on calculation paper
for at least one pollutant for each source classification code (SCC) and test method used.
The calculations should include ALL the information that is used to develop the emission
factors. The hand calculations, along with the spreadsheet and disc, should enable an
independent reader to recalculate all the emission factors from the raw data.
For hand calculations:
Calculation sheets should be prepared for all emission factors calculated. The
calculations should include ALL the information that is used to develop the emission
factors. These calculations should enable an independent reader to recalculate all the
emission factors from the raw data.
6. The Emission Factor Data Summary Sheets (shown in Attachment F) are to be used to record
the average emission factors calculated for each pollutant, the SCC, the test method, the source
category, and other pertinent information about the test report and the data. The information for
the Emission Factor Data Summary Sheet should be entered by hand onto the forms
provided by the Project Manager (PjM).
7. In the case of data for multiple test runs on the same equipment, an average emission factor will
be developed for each HAP. Only uncontrolled emission data will be averaged with other
uncontrolled emission data, for the same process point in a source category. See Item #8 below
for controlled emissions. If there are test data for similar units at the same facility, the details of
each piece of equipment will need to be discussed in the weekly meeting and/or with the TL/PjM
before an average emission factor is developed. It may be the case that the equipment and/or
test conditions are sufficiently different so that separate emission factors will be developed;
conversely, it may be the case that all the test runs from all units will be averaged. The "Average
Emission Factor" column on the Emission Factor Data Summary Sheets should be used for the
mean (average) of test runs (and not the individual test data).
C-2
-------
8. In the case of control devices that are in use during the testing, the controlled emission data will
be averaged if it can be ascertained that the control device was operated in the same manner for
each test run. The control efficiency may not be exactly the same, but the control device is
showing the normal variation in its operation. Therefore, all the data should be used to develop an
average and representative emission factor. For process units that are controlled by devices that
are operated in a unique manner (i.e., a wide variation in control efficiency from one unit to
another) or by different control devices, separate emission factors will be developed for each unit.
9. All the information on the Emission Factor Data Summary Sheets should be completed for each
test report. Any problems with emission factor development should be raised first to the TLVPjM.
If the problem is not resolved, then the team will discuss the issue at the weekly meetings and
reach a conclusion. In some cases, a technical specialist (Radian analytical/engineer specialist)
chosen by the PjM/TL may be asked to resolve the issues.
10. All emission factor development materials, including all calculation sheets, should be given to the
RTM's team member to audit. After corrections are made to the auditor's satisfaction, the entire
test report folder should be given to the TL/PjM to audit the calculations. A team meeting may be
necessary to resolve issues brought out in the audit. The auditor should sign off on the
handwritten Emission Factor Data Summary Sheets signifying that a Level 1 audit has been
completed.
The TL/PjM should also sign off on the Emission Factor Summary Sheets after their review has
been completed and corrections have been made to their satisfaction. This is a Level 2 audit.
11. The RTM should give the Level 2 audited version of the Emission Factor Data Summary Sheets
to the PFC, who will collect the forms and give them to the PS to type. It is the responsibility of
the PFC to return the forms to the RTM to review for accuracy. It is the responsibility of the RTM
to check that all typing is correct.
The PFC should enter the handwritten data from the Emission Factor Data Summary Sheet into
the FIRE datamodules while the PS is typing the Emission Factor Data Summary Sheets. It is
the RTM's responsibility to see that the PFC has entered all the information correctly into the FIRE
datafile to their satisfaction. The RTM should review and approve the FIRE datafile printout and
initial the printout and the typed Emission Factor Data Summary Sheets, and indicate that a
Level 3 audit has been performed. After the final audit of the FIRE datafile printout, the RTM
should also sign off in the PFC's log book on the appropriate line for the test report to show that
the emission factor development process has been completed for this report.
Two copies of the FIRE datafile printout and typed Emission Factor Data Summary Sheets
should be made so that one copy can be placed in the Emission Factor Development File folder
and the other can be kept in the RTM's personal files. The PFC is responsible for making sure
that the project copy is put in the correct project file folder.
12. These above QA procedures should be followed at all times. If a team member needs to deviate
from the procedures, this deviation should be brought up immediately to the PjM to be discussed
at the weekly team meetings. Any changes to the QA procedures, in general or for special
circumstances, should be documented by the PjM in writing. The team member should not
proceed without this written documentation in hand.
C-3
-------
ATTACHMENT A
DESCRIPTION OF PROJECT FILES8
1) Original Test Report File
Includes Radian's original copy of the test report. This copy should remain at all times in the
project file cabinet located by the PS's desk, and should only be removed to quickly make
additional copies and returned immediately. The file folders should be organized by test report ID
number.
2) Screening - No Action File
Includes typed version of the Screening Analysis Checklist for the test reports that will not be
used for emission factor development. File folders should be organized by test report ID number
in the project file cabinet located by the PS's desk.
3) Screening - Emission Factor Development File
Includes typed version of the Screening Analysis Checklist form for the test
reports that will be used for emission factor development. File folders should be organized by test
report ID number in the project file cabinet by the PS's desk.
4) Emission Factor Data Summary Sheet File Folders
Each folder should include the following for each test report:
• Hard copy of the hand written Level 2 Emission Factor Data Summary Sheet;
• Hard copy of Emission Factor Data Summary Sheets that have been entered by the
PFC into the FIRE datafile and has received a Level 3 audit;
• Hard copy of the FIRE datafile printout that has received a Level 3 audit;
• Hard copy of all handwritten and computerized calculation sheets;
• Disc copy of calculations (if applicable);
• Working copy of the test report (when work is completed); and
• Any telephone contact records.
The file folders should contain only the final audited versions. The folders should be organized by
test report ID number in the project file cabinet by the PS's desk.
The PFC is responsible for maintaining the project files. The PS will assist the PFC with the
copying, when available, and will do typing as needed.
C-4
-------
ATTACHMENT B
EXAMPLE TELEPHONE SCRIPT
Hello! My name is «NAME». I am with Radian Corporation and would like to ask you a few
questions about the test report that was submitted to «AGENCY» by your company.
(pause)
(may transfer you to someone else at this point)
Radian is under contract to the U. S. Environmental Protection Agency to examine test reports for data
collection purposes. We plan to develop emission factors for EPA databases that will contain general
information about air emissions. The EPA databases are intended to help State agencies and industry to
estimate emissions for their permits, or inventories, etc., and to avoid having to do their own testing, if
possible.
If you would like a contact at the EPA, you may call Mr. Julian Jones at 919/541-2489.
Thank you very much for your time.
C-5
-------
ATTACHMENT C
TELEPHONE CALL RECORD
COMPANY NAME:
FACILITY NAME AND LOCATION:
REPORT NUMBER/PROJECT:
PERSON(S) CONTACTED/TITLE(S):
TELEPHONE NUMBER:
CONTACTED BY:
DATE OF CONTACT:
C-6
-------
ATTACHMENT D
SCREENING ANALYSIS CHECKLIST
1. Facility name Report No..
2. Facility location
3. California Air District (if applicable)
4. Is this a test report? {stop here if no)
5. Source category
6. Process points tested
7. is there HAP test data in the report?
8, is there process information available? (units)
9. List of HAP's tested and methods used, (use additional paper if necessary)
10. Priority rating of the test methods8
11. Additional comments on report quality and/or contents
12. Recommended for emission factor development?
13. Reviewer name/initials
14. Date
C-7
-------
a The following hierarchy will be used to rate the test methods used in each report:
* First Priority - EPA test methods that have been published in the Federal Register {40 CFR Parts
60 and 61) and have been validated for the HAP or group of HAP's tested.
* Second Priority - EPA test methods that have been published in the Federal Register for the Office
of Solid Waste and have been validated for the HAP or group of HAP's tested.
• Third Priority - Test methods that have been developed by State or other Federal agencies such
as the National Institute of Occupational Safety and Health or the Occupational Safety and Health
Administration.
• Fourth Priority - Test methods that are research or draft methods and have not been validated for
the HAP tested. These methods may be approved EPA test methods that have been validated for
some HAP's, but not for the HAP's tested. It should be noted that invalidated test methods are not
necessarily inferior methods; the methods simply require additional experimentation to define the
precision and bias of the test for the HAP's in question. The Radian team will consult the report,
prepared for the EPA by Radian under another work assignment, entitled "Screening Methods for
the Development of Air Toxics Emission Factors'1 [EPA-450/4-91 -021 (NTIS PB92-108778)
September 1991],to aid in the evaluation of the methods used.
C-8
-------
ATTACHMENT E
EXAMPLE SPREADSHEET
PETALS:
Oxygen Percent
Run 1 Run 2 Run 3
10.6 10.4 10.2
Fuel Factor
from report
(dscf/HHBtu)
Compound
S2D7
Run Concentration
(ug/dscin)
Run 1 Run 2 Run 3
Run BuissIon Factor
(Ib/MKBtu)
Run 1 Run 2 Run 3
Calculated Emission Factor Reported EF
Avg
Kin
Max
Avg
Arsenic
1.1
0.6
Q.l
1.3E-06
6.87E-07
1.12E-07
6.94E-07
1.12E-07
1.28E-06
6.90E-07
Cachriunt
0.4
0.01
0.8
4.7E-07
1.14E-08
8.98E-07
4.S9E-07
1.14E-98
8.98E-07
4.80E-07
Copper
9.7
14.2
9.4
1.IE-OS
1.62E-05
1.06E-0S
1.27E-0S
1.06E-05
1.62E-0S
1.30E-0S
Manganese
2.5
2.6
2.8
2.9E-0B
2.98E-06
3.14E-06
3.01£-06
2.92E-06
3.14E-06
3.30E-06
Nickel
5.9
10.8
6.7
6.9E-06
1.24E-0S
7.52E-06
8.92E-06
6.88E-06
1.24E-0S
8.90E-06*
line
118.3
183.3
27.4
1.4E-04
2.10E-04
3.081-05
1.26E-04
3.08E-05
2.10E-04
1.30E-04
0? & PAH's:
Oxygen Percent
Run 1 Run 2 Run 3
11.9 11 11.4
Fuel Factor 9207
(dscf/MMBtu)
Run Coneentration Run Emission F«tor Calculated Emission Factor Reported EF
(ug/dscm) (lb/m8tu}
Compound Run 1 Run 2 Run 3 Run 1 Run 2 Run 3 Avg Min Max Avg
Chromium 0.03 0.1 0.02 4.00E-08 1.21E-07 2.53E-08 E.22E-OB 2.53E-08 1.21E-07 6.40E-08
Chromium *S 0.Q3 0.1 0.02 4.00E-08 1.21E-07 2.53E-08 C.2ZI-08 2.S3E-08 1.21E-07 6.40E-08
PAH's:
naphthalene 10.13 S.363 12.34 1.35E-05 1.14E-05 1.56E-05 1.35E-05 1.14E-05 1.5SE-05 1.3SE-0S
Phenanthrene 0.072 0.083 0.031 9.61E-08 J.01E-07 3.92E-08 7.87E-08 3.92E-08 1.01E-07 7.85E-08
Total PAH's ,£10.43 ^ 9.662 <*12.64
-------
ATTACHMENT E
EXAMPLE HAND CALCULATION
RADIAN CALCULATION SHEET
CORCOIATION
CALC. NO, / 9^
SIGNATURE.
PROJECT
a, «LC.NO._^
- cate CpQ/?3 checked^; oatej&W^
JOB NO.,
SUBJECT.
f^/cw\/ 6^ rkQr[ /I/O. ll&£ &'di - S. 3^7- JscTy
£vy?L&H£>"!. ^QXIjPa. - /"» -feofev. X dc> 16
. Enni_aalo/> V Oct^Y. ( E £) y^jiz - (b /mrV}£TU
.^SoiUXU^ C..c CM? J&&:l-l£JL„.
¦ ~ . CjCDt^d/l^C^ WerfhJ-pA/U^n. (.jA^/cJs
-------
RADIAN
SIGNATURE
PROJECT
p
ATTACHMENT E
EXAMPLE HAND CALCULATION (Continued)
CALCULATION SHEET
oh%
_ DATE
CHECKED
JOB NO..
CAie. NO..
SUBJECT.
sheet.
3
OF.
.SHEETS
P '•
try, jCu,vs.
'¦1
P xavrnp^g h
0- 104,
I
jE£=l _lL1
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-------
ATTACHMENT F
EMISSION FACTOR DATA SUMMARY SHEETS
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
RESEARCHER:
SIC CODE:
SCC:
SAMPLING LOCATION:
UNITS:
UNITS EXTENSION:
CONTROL STATUS:
CONTROL DEVICE:
BLANK CORRECTIONS:
POLLUTANT NAME
METHOD
FACTOR
RANGE OF DATA
III
NOTE
-------
APPENDIX D. DATA SUMMARY SHEETS FOR TEST REPORTS USED IN EMISSION FACTOR DEVELOPMENT
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-1
Domtar Gypsum
Nonconfidential
South Coast
Industrial Boiler
Gypsum Products
External Combustion Boilers
Industrial
Residual Oil
Grade 6 Oil
SUck
RESEARCHER:
SIC CODE:
SCC:
UNITS:
UNITS EXTENSION:
LG
3275
10200401
Ib/MMBtu
heat input
CONTROL STATUS:
CONTROL DEVICE:
Uncontrolled
Uncontrolled
BLANK CORRECTIONS: No
POLLUTANT NAME
CAS
HAP
METHOD
FACTOR
RANGE OF DATA
Q
TEST RUNS
NOTE
Arsenic
7440-38-2
Y
EPA Multi Metals
6.900E-7
1.1E-7 - 1.3E-6
B
3 tests/1 unit
Cadmium
7440-43-9
Y
EPA Muhi Metals
4.600E-7
1.1E-8 -9.0E-7
B
3 tests/1 unit
Chromium (total)
7440-47-3
Y
CARB425
6.200E-8
<2.5E-8 - 1.2E-7
B
3 tests/1 unit
Manganese
7439-96-5
Y
EPA Multi Metals
3.000E-6
2.9E-6-3.1E-6
B
3 tests/1 unit
Naphthalene
91-20-3
Y
CARB429
1.300E-5
1.1E-5 - 1.6E-5
B
3 tests/1 unit
Nickel
7440-02-0
Y
EPA Multi Metals
8.900E-6
6.9E-6 - 1.2E-5
B
3 tests/1 unit
Phenanthrene (POM)
85-01-8
Y
CARB429
7.900E-8
3.9E-8 - 1.0E-7
B
3 tests/1 unit
Copper
7440-50-8
N
EPA Multi Metals
1.300E-5
1.1E-5-1.6E-5
B
3 tests/I unit
Zinc
7440-66-6
N
EPA Multi Metals
1.300E-4
3.1E-5 - 2.1E-4
B
3 tests/1 unit
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-2
Laidlaw Gas Recovery System
Nonconfidential
South Coast
Waste TSDF
Refuse Systems
Waste Disposal
Solid Waste Disposal - Commercial/Institutional
Landfill Dump
Waste Gas Flares ** (Use 5-01-004-10)
Outlet of flare
s
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Afterburner
POLLUTANT NAME
CAS
IIAP
METHOD
1,2,3,4,6,7,8-HpCDFuran
67562-39-4
Y
CARB 428/429
1,2,3,4,7,8,9-HpCDFuran
55673-89-7
Y
CARB 428/429
1,2,3,4,7,8-HxCDFuran
70648-26-9
Y
CARB 428/429
1,2,3,6,7,8-HxCDFuran
57117-44-9
Y
CARB 428/429
1,2,3,7,8,9-HxCDFuran
72918-21-9
Y
CARB 428/429
1,2,3,7,8-PeCDFuran
57117-41-6
Y
CARB 428/429
2,3,4,6,7,8-HxCDFuran
60851-34-5
Y
CARB 428/429
2,3,4,7,8-PeCDFuran
57117-31-4
Y
CARB 428/429
2,3,7,8-TCDDioxin
1746-01-6
Y
CARB 428/429
2,3,7,8-TCDFuran
51207-31-9
Y
CARB 428/429
2-Chloronaphthalene (POM)
91-58-7
Y
CARB 428/429
2-Methylnaphthalene (POM)
91-57-6
Y
CARB 428/429
Acenaphthene (POM)
83-32-9
Y
CARB 428/429
Acenaphthylene (POM)
208-96-8
Y
CARB 428/429
Anthracene (POM)
120-12-7
Y
CARB 428/429
Benz-a-anthracene (POM)
56-55-3
Y
CARB 428/429
Benzene
71-43-2
Y
TO-14
RESEARCHER:
CB
SIC CODE:
SCC:
4953
50200601
UNITS:
UNITS EXTENSION:
Ib/MMBtu
heat input
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS NOTE
1.520E-10
9.190E-12
1.820E-10
5.280E-11
1.380E-11
4.820E-11
8.520E-11
1.420E-10
2.300E-12
1.760E-9
1.670E-7
1.400E-6
1.050E-7
4.270E-8
2.320E-10
6.260E-11
5.980E-9
5.68E-09 - 6.28E-09
B
1 test/1
unit
B
1 test/1
unit
B
1 test/1
unit
B
1 test/1
unit
B
1 test/1
unit
B
1 test/1
unit
B
1 test/1
unit
B
1 test/1
unit
B
1 test/1
unit
B
1 test/1
unit
B
1 test/1
unit
B
1 test/1
unit
B
1 test/1
unit
B
1 test/1
unit
B
1 test/1
unit
B
1 test/1
unit
B
2 tests/1 unit
-------
ERC-2
Laidlaw Gas Recovery System
Nonconfidential
South Coast
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLINO LOCATION:
Waste TSDF
Refine Systems
Waste Disposal
Solid Waste Disposal - Commercial/Institutional
Landfill Dump
Waste Gas Flares ** (Use 3-01-004-10)
Outlet of flare
0
1
W
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Afterburner
POLLUTANT NAME
CAS
ItAP
METHOD
Benzo(e)pyrene (POM)
192-97-2
Y
CARB 428/429
Benzo-a-pyrene (POM)
50-32-8
Y
CARB 428/429
Benzo-b-fluoranthene (POM)
205-99-2
Y
CARB 428/429
Benzo-ghi-perylene (POM)
191-24-2
Y
CARB 428/429
Benzo-k-fluoranthene (POM)
207-08-9
Y
CARB 428/429
Chrysene (POM)
218-01-9
Y
CARB 428/429
Dibenz-ah-anthracene (POM)
53-70-3
Y
CARB 428/429
Fluoranthene (POM)
206-44-0
Y
CARB 428/429
Fluorene (POM)
86-73-7
Y
CARB 428/429
Indeno-123-cd-pyrene (POM)
193-39-5
Y
CARB 428/429
Methylene chloride
75-09-2
Y
TO-14
Naphthalene
91-20-3
Y
CARB 428/429
OCDFuran (total)
39001-02-0
Y
CARB 428/429
Perylene (POM)
198-55-0
Y
CARB 428/429
Phenanthrene (POM)
85-01-8
Y
CARB 428/429
Polychlorinated biphenyls (PCB)
1336-36-3
Y
CARB 428/429
Polychlorinated biphenyls (PCB)
1336-36-3
Y
CARB 428/429
Polychlorinated biphenyls (PCB)
1336-36-3
Y
CARB 428/429
RESEARCHER:
CB
SIC CODE: 4953
SCC: 50200601
UNITS: Ib/MMBtu
UNITS EXTENSION: heat input
BLANK CORRECTIONS: No
FACTOR
RANGE OP DATA
TEST RUNS NOTE
9.990E-10
B
1 test/1 unit
1.140E-10
B
1 test/1 unit
5.360E-9
B
1 test/1 unit
9.530E-I0
B
1 test/1 unit
6.490E-11
B
1 test/1 unit
2.970E-8
B
1 test/1 unit
2.770E-10
B
1 test/1 unit
7.260E-7
B
1 test/1 unit
1.500E-7
B
1 test/1 unit
5.830E-10
B
1 test/1 unit
6.060E-8
4.19E-08 - 7.94E-08
B
2 tests/1 unit
1.000E-5
B
1 test/1 unit
7.990E-11
B
1 test/1 unit
1.860E-10
B
1 test/1 unit
1.880E-6
B
1 test/1 unit
8.340E-8
B
1 test/1 unit
2.310E-8
B
1 test/1 unit
2.310E-8
B
1 test/1 unit
-------
ERC-2
Laidlaw Gas Recovery System
Nonconfidential
South Coast
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
Waste TSDF
Refuse Systems
Waste Disposal
Solid Waste Disposal - Commercial/Institutional
Landfill Dump
Waste Gas Flares •• (Use 5-01-004-10)
Outlet of flares
O
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Afterburner
POLLUTANT NAME
CAS
HAP
METHOD
Polychlorinated biphenyls (PCB)
1336-36-3
Y
CARB 428/429
Polychlorinated biphenyls (PCB)
1336-36-3
Y
CARB 428/429
Polychlorinated biphenyls (PCB)
1336-36-3
Y
CARB 428/429
Polychlorinated biphenyls (PCB)
1336-36-3
Y
CARB 428/429
Polychlorinated biphenyls (PCB)
1336-36-3
Y
CARB 428/429
Polychlorinated biphenyls (PCB)
1336-36-3
Y
CARB 428/429
Polychlorinated biphenyls (PCB)
1336-36-3
Y
CARB 428/429
Pyrene(POM)
129-00-0
Y
CARB 428/429
Tetrachloroethylene
127-18-4
Y
TO-14
Toluene
108-88-3
Y
TO-14
Vinyl chloride
75-01-4
Y
TO-14
1,2,3,4,6,7,8-HpCDDioxin
35822-46-9
N
CARB 428/429
1,2,3,4,7,8-HxCDDioxin
39227-28-6
N
CARB 428/429
1,2,3,6,7,8-HxCDDioxin
57653-85-7
N
CARB 428/429
1,2,3,7,8,9-HxCDDioxin
19408-74-3
N
CARB 428/429
1,2,3,7,8-PeCDDioxin
40321-76-4
N
CARB 428/429
OCDDioxin (total)
3268-87-9
N
CARB 428/429
RESEARCHER:
CB
SIC CODE:
SCC:
4953
50200601
UNITS:
UNITS EXTENSION:
Ib/MMBtu
heat input
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS NOTE
4.630E-8
B
1 test/1 unit
6.950E-8
B
1 test/1 unit
1.160E-7
B
1 test/1 unit
6.950E-8
B
1 test/I unit
3.250E-8
B
1 test/1 unit
6.030E-8
B
1 test/1 unit
6.260E-8
B
1 test/1 unit
I.560E-8
B
1 test/1 unit
2.750E-9
Low EF = 2.75E-09
B
2 tests/1 unit
1.120E-8
1.05E-08 - 1.20E-08
B
2 tests/1 unit
1.620E-9
Low EF = 1.63E-09
B
2 tests/1 unit
9.450E-11
B
1 test/1 unit
9.200E-I2
B
1 test/1 unit
9.200E-12
B
1 test/1 unit
3.230E-11
B
1 test/1 unit
1.150E-11
B
1 test/1 unit
5.520E-10
B
1 test/1 unit
(73)
(73)
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-2
Laidlaw Gas Recovery System
Nonconfidential
South Coast
Waste TSDF
Refuse Systems
Waste Disposal
Solid Waste Disposal - Commercial/Institutional
Landfill Dump
Municipal: Fugitive Emissions •• (Use 5-01-004-02)
Inlet of flare
O
61
CONTROL STATUS:
CONTROL DEVICE:
Uncontrolled
Uncontrolled
POLLUTANT NAME
CAS
HAP
METHOD
1,1,1-Trichloroethane
71-55-6
Y
TO-14
1,1 -Dichloroethane
75-34-3
Y
TO-14
1,2-DiehIoroethane
107-06-2
Y
TO-14
Benzene
71-43-2
Y
TO-14
Methylene chloride
75-09-2
Y
TO-14
Tetrachloroethylene
127-18-4
Y
TO-14
Toluene
108-88-3
Y
TO-14
Trichloroethylene
79-01-6
Y
TO-14
Vinyl chloride
75-01-4
Y
TO-14
Vinylidene chloride
75-35-4
Y
TO-14
Xylene
1330-20-7
Y
TO-14
RESEARCHER: CB
SIC CODE: 4953
SCC: 50200602
UNITS: Ib/dscf
UNITS EXTENSION: landfill gas
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
8.3I0E-8
7.96E-08 - 8.66E-08
B
2 tests/1
unit
1.450E-6
1.34E-06- 1.57E-06
B
2 tests/1
unit
4.240E-7
3.85E-07 • 4.62E-07
B
2 tests/1
unit
2.230E-7 *
2.03E-07 • 2.43E-07
B
2 tests/1
unit
5.070E-6
4.85E-06 - 5.29E-06
B
2 tests/1
unit
1.460E-6
1.33E-06 • 1.59E-06
B
2 tests/1
unit
6.700E-6
5.98E-06 • 7.41E-06
B
2 tests/1
unit
7.330E-7
6.48E-07 • 8.18E-07
B
2 tests/1
unit
2.190E-7
2.UE-07-2.27E-07
B
2 tests/1
unit
7.800E-7
7.04E-07 - 8.55E-07
B
2 tests/1
unit
1.960E-6
1.87E-06 - 2.04E-06
B
2 tests/1
unit
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO,:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-3
Laidlaw Gas Recovery System
Nonconfidential
South Coast
Waste TSDF
Refuse Systems
Waste Disposal
Solid Waste Disposal - Commercial/Institutional
Landfill Dump
Waste Gas Flares *» (Use 5-01-004-10)
Flare exhaust
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Afterburner
POLLUTANT NAME
CAS
HAP
METHOD
1,1,1-Trichloroethane
71-55-6
Y
CARB422
1,1,1-Trichlorodhane
71-55-6
Y
CARB422
Benzene
71-43-2
Y
CARB422
Benzene
71-43-2
Y
CARB422
Carbon tetrachloride
56-23-5
Y
CARB422
Chlorobenzene
108-90-7
Y
CARB422
Chloroform
67-66-3
Y
CARB422
Methylene chloride
75-09-2
Y
CARB422
Methylene chloride
75-09-2
Y
CARB422
Tetrachloroethylene
127-18-4
Y
CARB422
Tetrachloroethylene
127-18-4
Y
CARB422
Toluene
108-88-3
Y
CARB422
Toluene
108-88-3
Y
CARB422
Trichloroethylene
79-01-6
Y
CARB422
Trichloroethylene
79-01-6
Y
CARB422
Vinyl chloride
75-01-4
Y
CARB422
Xylene
1330-20-7
Y
CARB422
RESEARCHER:
GB
SIC CODE:
SCC:
4953
50200601
UNITS:
UNITS EXTENSION:
Ib/MMBtu
heat input
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
7.560E-6
3.86E-06 »1.13E-05
B
2 tests runs/1 unit
1.280E-5
1.I3E-05 .1.43E-05
B
2 tests ruiu/I unit
4.040E-6
1.47E-06 - 6.06E-06
B
2 tests wits/I unit
I.020E-5
8.87E-06- 1.16E-05
B
2 tests tuits/l unit
7.260E-7
6.28E-07 - 8.25E-07
B
2 tests nuts/1 unit
2.750E-6
7.40E-07 - 4.75E-06
B
2 tests runs/1 unit
2.570E-6
2.39E-06 • 2.76E-06
B
2 tests runs/1 unit
7.280E-5
2.01E-05 - 1.26E-04
B
2 tests runs/1 unit
3.560E-4
3.I6E-04-3.95E-04
B
2 tests nins/1 unit
4.430E-6
1.85E-06 - 7.00E-06
B
2 tests nins/1 unit
2.520E-6
2.26E-06 - 2.79E-06
B
2 tests runs/1 unit
9.710E-5
7.78E-05 - 1.16E-04
B
2 tests runs/1 unit
1.480E-4
1.35E-04 - 1.60E-04
B
2 tests runs/1 unit
1.210E-6
LowEF" 1.21E-06
B
1 tests run/1 unit
1.280E-6
1.61E-06 - 9.46E-07
B
2 tests runs/1 unit
4.170E-6
4.11E-07 - 7.92E-06
B
2 tests rum/1 unit
2.460E-5
8.93E-06 - 4.04E-05
B
2 tests runs/1 unit
(54)
(55)
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLINO LOCATION:
ERC-3
Laidlaw Gas Recovery System
Nonconfidential
South Coast
Waste TSDF
Refuse Systems
Waste Disposal
Solid Waste Disposal - Commercial/Institutional
Landfill Dump
Waste Gas Flares ~» (Use 5-01-004-10)
Flare exhaust
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Afterburner
POLLUTANT NAME
CAS
HAP
METHOD
Xylene
Xylene, ortho
Xylene, ortho
1330-20-7
95-47-6
95-47-6
Y CARB422
Y CARB422
Y CARB422
RESEARCHER:
CB
SIC CODE:
SCC:
4953
50200601
UNITS:
UNITS EXTENSION:
lb/MMBtu
heat input
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
1.990E-5 1.96E-05 - 2.01E-04 B 2 tests runs/1 unit
1.550E-5 8.58E-06 - 2.24E-05 B 2 tests runs/1 unit
1.070E-5 8.89E-06- 1.25E-05 B 2 tests runs/I unit
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-3
Laidlaw Gas Recovery System
Nonconfidential
South Coast
Waste TSDF
Refuse Systems
External Combustion Boilers
Industrial
Process Gas
Other: Specify in Comments
Boiler Exhaust
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Boiler acts as control to landfill gas
POLLUTANT NAME
CAS
HAP
METHOD
Acetonitrile
75-05-8
Y
CARB422
Chromium (total)
7440-47-3
Y
CARB425
Chromium (total)
7440-47-3
Y
CARB425
Hydrogen chloride
7647-01-0
Y
CARB 421
Zinc
7440-66-6
N
CARB436
RESEARCHER:
CB
SIC CODE: 4953
SCC: 10200799
UNITS: Ib/MMBtu
UNITS EXTENSION: heat input
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS NOTE
2.580E-6
6.290E-7
4.710E-5
1.050E-3
9.960E-5
2.27E-06 - 2.88E-06
3.07E-07 - 8.01E-07
3.63E-05 -6.32E-05
9.35E-04 - 1.17E-03
9.48E-05 - 1.05E-04
B
B
B
B
B
3 tests/I unit
3 tests/1 unit
3 tests/1 unit
2 tests/1 unit
3 tests/1 unit
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLINO LOCATION:
ERC-3
Laidlaw Gas Recovery System
Nonconfidential
South Coast
Waste TSDF
Refuse Systems
External Combustion Boilers
Industrial
Process Gas
Other: Specify in Comments
Boiler Exhaust
CONTROL STATUS:
CONTROL DEVICE:
Uncontrolled
No control specified, assume uncontrolled
POLLUTANT NAME
CAS
HAP
METHOD
1,1,1 -Trichloroethane
71-55-6
Y
CARB422
1,2-Dichloroethane
107-06-2
Y
CARB422
Arsenic
7440-38-2
Y
CARB436
Benzene
71-43-2
Y
CARB422
Cadmium
7440-43-9
Y
CARB436
Chlorobenzene
108-90-7
Y
CARB422
Chloroform
67-66-3
Y
CARB422
Formaldehyde
50-00-0
Y
CARB430
Lead
7439-92-1
Y
CARB436
Manganese
7439-96-5
Y
CARB436
Mercury
7439-97-6
Y
CARB436
Nickel
7440-02-0
Y
CARB436
Tetrachloroethylene
127-18-4
Y
CARB422
Toluene
108-88-3
Y
CARB422
Trichloroethylene
79-01-6
Y
CARB422
Xylene
1330-20-7
Y
CARB422
Xylene, ortho
95-47-6
Y
CARB422
RESEARCHER:
CB
SIC CODE:
SCC:
4953
10200799
UNITS:
UNITS EXTENSION:
Ib/MMBtu
heat input
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
I.360E-5
1.41E-05 - 1.31E-05
B
3 tests/1 unit
1.170E-5
9.74E-06 - 1.36E-05
B
3 tests/1 unit
4.320E-6
4.19E-06 - 4.42E-06
B
3 tests/1 unit
3.780E-4
3.29E-04 - 4.28E-04
B
3 tests/1 unit
6.080E-6
4.31E-06 - 7.52E-06
B
3 tests/1 unit
7.120E-6
5.64E-06 - 8.61E-06
B
3 tests/1 unit
2.330E-6
2.16E-06 - 2.50E-06
B
3 tests/1 unit
1.440E-4
1.37E-04- 1.54E-04
B
3 tests/1 unit
6.660E-6
5.84E-06 - 7.69E-06
B
3 tests/1 unit
2.370E-4
8.97E-05 - 4.25E-04
B
3 tests/1 unit
8.290E-8
7.85E-08 - 8.81 E-08
B
3 tests/1 unit
8.010E-5
5.06E-05 - 1.30E-04
B
3 tests/1 unit
3.140E-4
2.61E-04 - 3.67E-04
B
3 tests/1 unit
1.190E-3
1.13E-03 - 1.25E-03
B
3 tests/1 unit
1.150E-4
8.96E-05 - I.40E-04
B
3 tests/1 unit
1.640E-4
1.57E-04 - 1.71E-04
B
3 tests/1 unit
6.640E-5
3.86E-05 - 9.42E-05
B
3 tests/1 unit
(41)
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLINO LOCATION:
ERC-3
Laidlaw Gas Recovery System
Nonconfidential
South Coast
Waste TSDF
Refuse Systems
External Combustion Boilers
Industrial
Process Gas
Other: Specify in Comments
Boiler Exhaust
RESEARCHER:
CB
SIC CODE:
SCC:
UNITS:
UNITS EXTENSION:
4953
10200799
Ib/MMBtu
heat input
D
t
•A
o
CONTROL STATUS:
CONTROL DEVICE:
Uncontrolled
No control specified, assume uncontrolled
BLANK CORRECTIONS: No
POLLUTANT NAME
CAS
HAP
METHOD
FACTOR
RANGE OF DATA
Q
TEST RUNS
NOTE
Copper
7440-50-8
N CARB436
8.010E-6
3.43E-06 - 1.25E-05
B 3 tests/1 unit
(41)
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-3
Laidlaw Gas Recovery System
Nonconfidential
South Coast
Waste TSDF
Refuse Systems
Waste Disposal
Solid Waste Disposal - Commercial/Institutional
Landfill Dump
Municipal: Fugitive Emissions ** (Use 5-01-004-02)
Inlet of flare/boiler
CONTROL STATUS:
CONTROL DEVICE:
Uncontrolled
Uncontrolled
POLLUTANT NAME
CAS
HAP
METHOD
1,1,1 -Trichlofoethane
71-55-6
Y
CARB422
1,1-Dichloroethane
75-34-3
Y
CARB422
1,2-Dichloroethane
107-06-2
Y
CARB 422
1,4-Dichlorobenzene
106-46-7
Y
CARB422
Acetonitrile
75-05-8
Y
CARB 422
Benzene
71-43-2
Y
CARB 422
Carbon disulfide
75-15-0
Y
CARB422
Chlorobenzene
108-90-7
Y
CARB 422
Chloroform
67-66-3
Y
CARB 422
Methylene chloride
75-09-2
Y
CARB 422
Tetrachloroethylene
127-18-4
Y
CARB 422
Toluene
108-88-3
Y
CARB 422
Trichloroethylene
79-01-6
Y
CARB 422
Vinyl chloride
75-01-4
Y
CARB 422
Vinylidene chloride
75-35-4
Y
CARB 422
Xylene
1330-20-7
Y
CARB 422
Xylene, ortho
95-47-6
Y
CARB 422
RESEARCHER:
CB
SIC CODE: 4953
SCC: 50200602
UNITS: Ih/scf
UNITS EXTENSION: landfill gas
BLANK CORRECTIONS: No
factor
RANGE OF DATA
TEST RUNS
NOTE
3.810E-7
7.95E-08 - 9.75E-07
B
2 tests/1 unit
2.870E-6
8.31E-07 - 6.64E-06
B
2 tests/1 unit
1.720E-7
4.21E-08 -3.87E-07
B
2 tests/1 unit
5.930E-7'
1.18E-07 - 1.48E-06
B
2 tests/1 unit
8.830E-9
2.02E-08 - 2.41E-09
B
2 tests/1 unit
2.030E-6
4.72E-07 - 5.18E-06
B
2 tests/1 unit
1.050E-8
1.18E-08 - 9.24E-09
B
2 tests/1 unit
2.030E-6
Low EF = 2.03E-06
B
1 test/1 unit
3.630E-9
8.25E-10 - 8.70E-09
B
2 tests/1 unit
1.220E-5
2.16E-06-3.14E-05
B
2 tests/I unit
2.0I0E-5
2.99E-06 - 5.44E-05
B
2 tests/1 unit
8.690E-5
1.87E-05 - 2.21E-04
B
2 tests/1 unit
5.850E-6
1.05E-06 - 1.53E-05
B
2 tests/1 unit
1.800E-6
4.04E-07 - 4.56E-06
B
2 tests/1 unit
5.260E-7
1.13E-07 - 1.33E-06
B
2 tests/1 unit
3.920E-5
8.56E-06 - 9.94E-05
B
2 tests/1 unit
1.230E-5
2.68E-06 - 3.10E-05
B
2 tests/1 unit
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-3
Laidlaw Gas Recovery System
Nonconfidential
South Coast
Waste TSDF
Refuse Systems
Waste Disposal
Solid Waste Disposal • Commercial/Institutional
Landfill Dump
Municipal: Fugitive Emissions ** (Use 3-01-004-02)
Inlet of flare/boiler
CONTROL STATUS:
CONTROL DEVICE:
Uncontrolled
Uncontrolled
POLLUTANT NAME
CAS
HAP
METHOD
Dimethyl disulfide
Ethanethiol
Hydrogen sulfide
Methyl mercaptan
Methyl sulfide
624-92-0
N
CARB422
75-08-1
N
CARB422
7783-06-4
N
CARB 422
74-93-1
N
CARB422
75-18-3
N
CARB 422
RESEARCHER:
CB
SIC CODE: 4953
SCC: 50200602
UNITS: IWscf
UNITS EXTENSION: landfill gas
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS NOTE
3.050E-8
1.800E-7
5.500E-6
4.740E-7
1.770E-6
1.63E-08-5.53E-08
1.54E-07 - 9.53E-08
4.99E-06 - 6.07E-06
2.99E-07 - 6.33E-07
1.58E-08 - 2.06E-06
B
B
B
B
B
2 tests/1 unit
2 tests/1 unit
2 tests/1 unit
2 tests/1 unit
2 tests/1 unit
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-4
GSF Energy
Nonconfidential
South Coast
Waste TSDF
Refuse Systems
Waste Disposal
Solid Waste Disposal - Commercial/Institutional
Landfill Dump
Municipal: Fugitive Emissions ** (Use 5-01-004-02)
Inlet to IC engine after control.
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Miscellaneous Control Devices
POLLUTANT NAME
CAS
HAP
METHOD
1,1,1-Trichloroethane
71-55-6
Y
Tedlar bag/GC
1,1,1 -Trichloroethane
71-55-6
Y
Tedlar bag/GC
Benzene
71-43-2
Y
Tedlar bag/GC
Benzene
71-43-2
Y
Tedlar bag/GC
Carbon disulfide
75-15-0
Y
Tedlar bag/GC
Carbon disulfide
75-15-0
Y
Tedlar bag/GC
Carbon tetrachloride
56-23-5
Y
Tedlar bag/GC
Carbon tetrachloride
56-23-5
Y
Tedlar bag/GC
Carbonyl sulfide
463-58-1
Y
Tedlar bag/GC
Caibonyl sulfide
463-58-1
Y
Tedlar bag/GC
Chloroform
67-66-3
Y
Tedlar bag/GC
Chloroform
67-66-3
Y
Tedlar bag/GC
Tetrachloroethylene
127-18-4
Y
Tedlar bag/GC
Tetrachloroethylene
127-18-4
Y
Tedlar bag/GC
Toluene
108-88-3
Y
Tedlar bag/GC
Toluene
108-88-3
Y
Tedlar bag/GC
Trichloroethylene
79-01-6
Y
Tedlar bag/GC
RESEARCHER:
TG
SIC CODE: 4953
SCC: 50200602
UNITS: ug/Btu
UNITS EXTENSION: heat input
BLANK CORRECTIONS: Yes
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
<1.000E-3
B
1 test/1 unit
(44)
3.000E-3
B
1 test/1 unit
(29)
2.600E-2
B
1 test/1 unit
(44)
4.000E-2
B
1 test/1 unit
(28)
<2.300E-2
B
1 test/1 unit
(2)
1.440E-1
B
1 test/1 unit
(28)
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLINO LOCATION:
ERC-4
GSF Energy
Nonconfidential
South Coast
Waste TSDF
Refuse Systems
Waste Disposal
Solid Waste Disposal - Commercial/Institutional
Landfill Dump
Municipal: Fugitive Emissions ** (Use 5-01-004-02)
Exhaust of IC engine
0
1
_4
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Miscellaneous Control Devices
POLLUTANT NAME
CAS
HAP
METHOD
Trichloroethylene
79-01-6
Y
Tedlar bag/GC
Vinyl chloride
75-01-4
Y
Tedlar bag/GC
Vinyl chloride
75-01-4
Y
Tedlar bag/GC
Xylene
1330-20-7
Y
Tedlar bag/GC
Xylene
1330-20-7
Y
Tedlar bag/GC
Carbon monoxide
630-08-0
N
Tedlar bag/GC
Hydrogen sulfide
7783-06-4
N
Tedlar bag/GC
Hydrogen sulfide
7783-06-4
N
Tedlar bag/GC
Methane
74-82-8
N
Tedlar bag/GC
Methane
74-82-8
N
Tedlar bag/GC
Methyl mercaptan
74-93-1
N
Tedlar bag/GC
Methyl mercaptan
74-93-1
N
Tedlar bag/GC
Methyl sulfide
75-18-3
N
Tedlar bag/GC
Methyl sulfide
75-18-3
N
Tedlar bag/GC
Nitrogen dioxide (N02)
10102-44-0
N
Tedlar bag/GC
RESEARCHER:
TG
SIC CODE: 4953
SCC: 50200602
UNITS: ug/Btu
UNITS EXTENSION: heat input
BLANK CORRECTIONS: Yes
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
3.000E-3
B
1 test/1 unit
(29)
4.560E-1
B
1 test/1 unit
(46)
1.660E2
B
1 test/1 unit
(29)
1.060E0
B
1 test/1 unit
(44)
8.900E-2
B
1 test/1 unit
(29)
1.660E2
B
1 test/1 unit
(29)
1.890E0
B
1 test/1 unit
(44)
6.630E-1
B
1 test/1 unit
(29)
1.900E4
B
1 test/1 unit
(44)
6.320E2
B
1 test/1 unit
(29)
8.100E-2
B
1 test/1 unit
(45)
2.020E-1
B
1 test/1 unit
(29)
<3.700E-2
B
1 test/1 unit
(44)
2.310E-1
B
1 test/1 unit
(29)
4.040E1
B
1 test/1 unit
(29)
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-10
Asphalt Construction
Nonconfidential
South Coast
Not applicable
Asphalt Paving Mixtures And Blocks
Industrial Processes
Mineral Products
Asphalt Concrete
Rotary Dryer: Conventional Plant
Exhaust stack of wet scrubber
O
¦
ui
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Single Cyclone
POLLUTANT NAME
CAS
HAP
METHOD
Acenaphthene (POM)
83-32-9
Y
CARB429
Acenaphthylene (POM)
208-96-8
Y
CARB429
Anthracene (POM)
120-12-7
Y
CARB429
Arsenic
7440-38-2
Y
CARB 436
Benz-a-anthracene (POM)
56-55-3
Y
CARB429
Benzene
71-43-2
Y
CARB4I0A
Benzo-b-fluoranthene (POM)
205-99-2
Y
CARB 429
Benzo-ghi-perylene (POM)
191-24-2
Y
CARB 429
Chromium (total)
7440-47-3
Y
CARB 425
Fluoranthene (POM)
206-44-0
Y
CARB429
Fluorene (POM)
86-73-7
Y
CARB 429
Formaldehyde
50-00-0
Y
CARB 430
Lead
7439-92-1
Y
CARB 436
Manganese
7439-96-5
Y
CARB 436
Mercury
7439-97-6
Y
CARB 436
Naphthalene
91-20-3
Y
CARB 429
Nickel
7440-02-0
Y
CARB 436
RESEARCHER:
EG
SIC CODE: 2951
SCC: 30500201
UNITS: lb/ton
UNITS EXTENSION: asphalt produced
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TECTRUNS
NOTE
3.050E-7
2.23E-07 - 3.87E-07
B
3 tests/1 unit
5.260E-7
3.42E-07 - 7.89E-07
B
3 tests/1 unit
5.720E-8
4.00E-08 - 7.53E-08
B
3 tests/1 unit
2.370E-6
1.16E-06-4.17E-06
B
3 tests/1 unit
1.120E-8
8.82E-09 - 1.26E-08
B
3 tests/1 unit
5.770E-5
4.55E-05 - 6.67E-05
B
3 tests/1 unit
2.120E-9
1.95E-09 - 2.40E-09
B
3 tests/1 unit
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-10
Asphalt Construction
Nonconfidential
South Coast
Not applicable
Asphalt Paving Mixtures And Blocks
Industrial Processes
Mineral Products
Asphalt Concrete
Rotary Dryer: Conventional Plant
Exhaust stack of wet scrubber
0
1
O)
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Single Cyclone
POLLUTANT NAME
CAS
HAP
METHOD
Phenanthrene (POM)
Pyrene(POM)
Copper
Zinc
85-01-8
129-00-0
7440-50-8
7440-66-6
Y CARB429
Y CARB429
N CARB436
N CARB436
RESEARCHER:
EG
SIC CODE: 2951
SCC: 30500201
UNITS: lb/ton
UNITS EXTENSION: asphalt produced
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
6.640E-7
5.600E-8
6.020E-6
2.520E-5
4.46E-07 - 8.82E-07
4.12E-08 - 8.15E-08
2.72E-06 - 8.41E-06
1.54E-05 - 3.14E-05
B 3 tests/I unit
B 3 tests/1 unit
B 3 tests/1 unit
B 3 tests/1 unit
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCECATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-2I
Central Plants
Nonconfidential
South Coast
Not applicable
Aircraft And Parts
Internal Combustion Engines
Industrial
Natural Gas
Turbine
Turbine exhaust
0
1
-J
CONTROL STATUS:
CONTROL DEVICE:
Uncontrolled
Uncontrolled
POLLUTANT NAME
CAS
HAP
METHOD
Benzene
Formaldehyde
71-43-2
50-00-0
Y
Y
RESEARCHER:
SAS
SIC CODE:
SCC:
372
20200201
UNITS:
UNITS EXTENSION:
Ib/MMBtu
heat input
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
8.750E-5 7.56E-05 - 9.51E-05 A 6 tests/2 units
4.840E-4 2.82E-04 - 6.23E-04 A 6 tests/2 units
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLINO LOCATION:
ERC-39
Camellia Memorial Lawn Cemetary
Nonconfidential
Sacramento
Waste TSDF
Funeral Service And Crematories
Industrial Processes
Photographic Equipment
Health Care • Crematoriums
Crematory Stack
Crematorium Stack
O
00
CONTROL STATUS:
CONTROL DEVICE:
Uncontrolled
Uncontrolled
POLLUTANT NAME
CAS
HAP METHOD
1,2,3,4,6,7,8-HpCDFuran
67562-39-4
Y
CARB 428
1,2,3,4,7,8,9-HpCDFuran
55673-89-7
Y
CARB 428
1,2,3,4,7,8-HxCDFuran
70648-26-9
Y
CARB 428
1,2,3,6,7,8-HxCDFuran
57117-44-9
Y
CARB 428
1,2,3,7,8,9-HxCDFuran
72918-21-9
Y
CARB 428
1,2,3,7,8-PeCDFuran
57117-41-6
Y
CARB 428
2,3,4,6,7,8-HxCDFuran
60851-34-5
Y
CARB 428
2,3,4,7,8-PeCDFuran
57117-31-4
Y
CARB 428
2,3,7,8-TCDDioxin
1746-01-6
Y
CARB 428
2,3,7,8-TCDFuran
51207-31-9
Y
CARB 428
Acenaphthene (POM)
83-32-9
Y
CARB 429
Acenaphthylene (POM)
208-96-8
Y
CARB 429
Acetaldehyde
75-07-0
Y
CARB 430
Anthracene (POM)
120-12-7
Y
CARB 429
Antimony
7440-36-0
Y
CARB 436
Arsenic
7440-38-2
Y
CARB 436
Benz-a-anthracene (POM)
56-55-3
Y
CARB 429
RESEARCHER:
JJ
SIC CODE:
SCC:
7261
31502101
UNITS:
UNITS EXTENSION:
lb/body
incinerated
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
<3.080E-I2
7.34E-13 to 7.27E-12
A
3 tests/2 units
(23)
<1.890E-13
3.30E-14 to 4.92E-13
A
3 tests/2 units
(23)
5.970E-13
2.06E-13to 1.25E-12
A
3 tests/2 units
(21)
5.380E-13
I.76E-13 to 1.25E-12
A
3 tests/2 units
(21)
1.050E-12
3.82E-13 to 2.35E-12
A
3 tests/2 units
(21)
<2.010E-13
8.81E-14to4.26E-l3
A
3 tests/2 units
(23)
2.160E-I3
8.08E-14 to 4.70E-13
A
3 tests/2 units
(21)
<5.760E-13
1.10E-13to 1.10E-I2
A
3 tests/2 units
(23)
4.580E-14
1.69E-l4to9.34E-14
A
3 tests/2 units
(21)
3.310E-13
9.03E-14 to 5.07E-13
A
3 tests/2 units
(21)
7.010E-11
6.50E-11 to 7.38E-11
A
3 tests/2 units
(16)
7.750E-11
4.52E-11 to 1.32E-10
A
3 tests/2 units
(16)
7.790E-10
1.61E-10 to 1.85E-09
D
4 tests/2 units
(26)
2.060E-10
1.10E-10 to 3.52E-10
A
3 tests/2 units
(16)
<2.210E-8
1.98E-08to2.41E-08
A
3 tests/2 units
(13)
<2.420E-8
1.76E-08 to 3.74E-08
A
3 tests/2 units
(13)
<8.330E-12
4.85E-12 to 1.21E-11
A
3 tests/2 units
(17)
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLINO LOCATION:
ERC-39
Camellia Memorial Lawn Cemetary
Nonconfidential
Sacramento
Waste TSDF
Funeral Service And Crematories
Industrial Processes
Photographic Equipment
Health Care • Crematoriums
Crematory Stack
Crematorium Stack
0
1
(0
CONTROL STATUS:
CONTROL DEVICE:
Uncontrolled
Uncontrolled
POLLUTANT NAME
CAS
HAP
METHOD
Benzo-a-pyrene (POM)
50-32-8
Y
CARB429
Beryllium
7440-41-7
Y
CARB436
Cadmium
7440-43-9
Y
CARB436
Chromium (total)
7440-47-3
Y
CARB 436
Chromium, Hexavalent
18540-29-9
Y
CARB436
Chrysene (POM)
218-01-9
Y
CARB 429
Fluoranthene (POM)
206-44-0
Y
CARB 429
Fluorene (POM)
86-73-7
Y
CARB 429
Formaldehyde
50-00-0
Y
CARB 430
HpCDFuran (total)
NA
Y
CARB 428
HxCDFuran (total)
NA
Y
CARB 428
Hydrogen chloride
7647-01-0
Y
CARB 421
Hydrogen fluoride
7664-39-3
Y
CARB 421
Lead
7439-92-1
Y
CARB 436
Mercury
7439-97-6
Y
CARB 436
Nickel
7440-02-0
Y
CARB 436
OCDFuran (total)
39001-02-0
Y
CARB 428
PeCDFuran (total)
NA
Y
CARB 428
RESEARCHER:
JJ
SIC CODE:
SCC:
7261
31502101
UNITS:
UNITS EXTENSION:
lb/body
incinerated
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
<2.280E-11
1.21E-11 to4.07E-ll
A
3 tests/2 units
(17)
8.190E-I0
4.52E-10to 1.54E-09
A
3 tests/2 units
(12)
6.850E-9
5.72E-09 to 8.30E-09
A
3 tests/2 units
(12)
1.860E-8
1.39E-08 to 2.35E-08
A
3 tests/2 units
(12)
8.480E-9
5.29E-09 to 1.24E-08
A
3 tests/2 units
(15)
<3.960E-11
I.32E-11 to8.70E-ll
A
3 tests/2 units
(17)
1.300E-10
5.40E-11 to 2.42E-10
A
3 tests/2 units
(16)
2.640E-IO
2.09E-10 to 3.74E-10
A
3 tests/2 units
(16)
2.170E-10
I.10E-10to4.38E-10
D
4 tests/2 units
(25)
<3.620E-12
8.08E-13 to 8.81E-12
A
3 tests/2 units
(23)
6.850E-12
2.20E-12to 1.62E-1I
A
3 tests/2 units
(21)
4.620E-5
2.64E-05 to 5.88E-05
A
3 tests/2 units
(24)
4.130E-7
6.6IE-08 to 8.77E-07
A
3 tests/2 units
(24)
4.100E-8
3.81E-08 to 4.48E-08
A
3 tests/2 units
(12)
2.060E-6
8.45E-08to3.21E-06
A
3 tests/2 units
(12)
2.360E-8
2.22E-08 to 2.56E-08
A
3 tests/1 units
(12)
1.010E-12
3.82E-13 to 1.69E-I2
A
3 tests/2 units
(21)
4.060E-12
2.13E-13 to 1.03E-11
A
3 tests/2 units
(21)
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-39
Camellia Memorial Lawn Cemetaiy
Nonconfidential
Sacramento
Waste TSDF
Funeral Service And Crematories
Industrial Processes
Photographic Equipment
Health Care - Crematoriums
Crematory Stack
Crematorium Stack
to
o
CONTROL STATUS:
CONTROL DEVICE:
Uncontrolled
Uncontrolled
POLLUTANT NAME
CAS
HAP
METHOD
Phenanthrene (POM)
85-01-8
Y
CARB429
Polychlorinated dibenzofurans, total
Y
CARB 428
Pyrene (POM)
129-00-0
Y
CARB 429
TCDFuran (total)
NA
Y
CARB 428
1,2,3,4,6,7,8-HpCDDioxin
35822-46-9
N
CARB 428
1,2,3,4,7,8-HxCDDioxin
39227-28-6
N
CARB 428
1,2,3,6,7,8-H.xCDDioxin
57653-85-7
N
CARB 428
1,2,3,7,8,9-HxCDDioxin
19408-74-3
N
CARB 428
1,2,3,7,8-PeCDDioxin
40321-76-4
N
CARB 428
Barium
7440-39-3
N
CARB 436
Carbon monoxide
630-08-0
N
CARB 100
Cobalt
7440-48-4
Y
CARB 436
Copper
7440-50-8
N
CARB 436
HpCDDioxin (total)
NA
N
CARB 428
HxCDDioxin (total)
NA
N
CARB 428
Nitrogen dioxide (N02)
10102-44-0
N
CARB 100
OCDDioxin (total)
3268-87-9
N
CARB428
Particulate matter (PM), not specified
N
CARB 5
RESEARCHER:
JJ
SIC CODE:
SCC:
7261
31502101
UNITS:
UNITS EXTENSION:
lb/body
incinerated
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
1.450E-9
5.95E-I0 to 2.64E-09
A
3 tests/2 units
(16)
<2.240E-11
6.89E-12 to 5.31 E-l 1
A
3 tests/2 units
(23)
1.020E-10
6.17E-11 to 1.47E-10
A
3 tests/2 units
(16)
6.900E-l 2
2.28E-12to I.62E-I1
A
3 tests/2 units
(22)
2.370E-12
3.60E-13 to 5.29E-12
A
3 tests/2 units
(21)
1.730E-13
4.85E-14 to 3.96E-13
A
3 tests/2 units
(22)
2.500E-13
5.2IE-14to6.02E-13
A
3 tests/2 units
(21)
3.120E-13
3.96E-14to 8.08E-13
A
3 tests/2 units
(21)
1.440E-13
3.60E-14 to 2.79E-13
A
3 tests/2 units
(21)
1.490E-8
1.16E-08to 1.73E-08
A
3 tests/2 units
(12)
3.100 E-l
0.08 to 1.89
A
3 tests/1 unit
(19)
<3.600E-9
1.10E-09to8.59E-09
A
3 tests/2 units
(14)
1.700E-8
1.48E-08to 1.84E-08
A
3 tests/2 units
(12)
5.090E-12
8.08E-13to I.10E-U
A
3 tests/2 units
(22)
3.550E-12
9.54E-13 to 8.08E-12
A
3 tests/2 units
(22)
6.800E-1
0.30 to 1.12
A
3 tests/1 unit
(20)
3.770E-12
6.53E-13 to 6.46E-12
A
3 tests/2 units
(21)
5.590E-5
5.29E-05 to 5.79E-05
A
3 tests/2 units
(ID
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-39
Camellia Memorial Lawn Cemetary
Nonconfidential
Sacramento
Waste TSDF
Funeral Service And Crematories
Industrial Processes
Photographic Equipment
Health Care • Crematoriums
Crematory Stack
Crematorium Stack
CONTROL STATUS:
CONTROL DEVICE:
Uncontrolled
Uncontrolled
POLLUTANT NAME
CAS
HAP
METHOD
PeCDDioxin (total)
NA
N
CARB428
Polychlorinated dibenzo - dioxins and - ftirans
N
CARB428
Polychlorinated dibenzo-p-dioxins, total
N
CARB428
Polycyclic aromatic hydrocarbons (POM)
Y
CARB429
Silver
7440-22-4
N
CARB436
Sulfur dioxide
7446-09-5
N
CARB100
TCDDioxin (total)
NA
N
CARB428
Vanadium
7440-62-2
N
CARB436
Zinc
7440-66-6
N
CARB436
RESEARCHER:
JJ
SIC CODE:
SCC:
7261
31502101
UNITS:
UNITS EXTENSION:
lb/body
incinerated
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
1.370E-12
<3.710E-11
1.470E-11
9.530E-8
4.450E-9
1.200E-1
8.860E-13
3.590E-8
2.200E-7
4.33E-13 to3.23E-12
1.04E-11 to 8.38E-11
3.02E-12 to 3.07E-11
1.82E-09 to 2.80E-07
2.10E-09 to 7.44E-09
0.01 to 1.56
1.76E-13 to 1.91E-12
3.51 E-08 to 3.70E-08
1.74E-07 to 2.61E-07
A
A
A
A
A
A
A
A
A
3 tests/2 units
3 tests/2 unite
3 tests/2 units
3 tests/2 units
3 tests/2 units
3 testa/1 unit
3 tests/2 units
3 tests/2 units
3 tests/2 units
(21)
(23)
(22)
(18)
(12)
(20)
(22)
(12)
(12)
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-4I
Georgia Pacific Resins Facility
Nonconfidential
Sacramento
Phenolic Resins
Plastics Materials And Resins
Industrial Processes
Chemical Manufacturing
Plastics Production
Phenolic Resins
Catalytic Incinerator Outlet
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Incinerator
POLLUTANT NAME
CAS
HAP
METHOD
Hydrocaifeons, non-methane as methane
Hydrocarbons, non-methane as methane
N CARB1-100
N CARB 1-100
RESEARCHER: CB
SIC CODE: 2821
SCC: 30101803
UNITS: Ib/dscf
UNITS EXTENSION: stack gas generated
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
3.700E-6
4.600E-6
2.40E-06 to 5.20E-06
3.70E-06 to 5.40E-06
D
D
3 tests/1 unit
3 tests/1 unit
(61)
(62)
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-41
Georgia Pacific Resins Facility
Nonconfidential
Sacramento
Phenolic Resins
Plastics Materials And Resins
Industrial Processes
Chemical Manufacturing
Plastics Production
Phenolic Resins
Catalytic Incinerator Inlet
CONTROL STATUS:
CONTROL DEVICE:
Uncontrolled
Uncontrolled
NJ
W
POLLUTANT NAME
CAS
HAP
METHOD
Formaldehyde
Hydrocarbons, non-methane as methane
30-00-0
Y CARB430
N CARB1-100
RESEARCHER: CB
SIC CODE: 2821
SCC: 30101805
UNITS: lb/dscf
UNITS EXTENSION: stack gas generated
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
1.310E-7 8.94E-08 to 1.72E-07 D 2tests/lunh (60)
6.700E-6 2.70E-06 to 1.10E-05 D 3 tests/1 unit (60)
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-47
Blue Diamond Cogeneration Plant
Nonconfidential
Sacramento
Industrial Boiler
Electric And Other Services Combined
External Combustion Boilers
Industrial
Solid Waste
Specify Waste Material in Comments
Baghouse Outlet
RESEARCHER:
PS
SIC CODE:
SCC:
UNITS:
UNITS EXTENSION:
4931
10201201
Ib/MMBtu
heat input
CONTROL STATUS: Controlled
CONTROL DEVICE: Baghouse BLANK CORRECTIONS: No
N>
POLLUTANT NAME
CAS
HAP
METHOD
FACTOR
RANGE OF DATA
Q
TEST RUNS
NOTE
Acetaldehydc
75-07-0
Y
CARB 430
I.440E-4
8.48E-05 to 2.04E-04
B
3 tests/1 unit
(71)
Benzene
71-43-2
Y
Method simitar to CARB 410;
5.290E-3
2.02E-03 to 7.47E-03
B
3 tests/1 unit
(71)
Summa electro-polished
containers used.
5.290E-3
2.02E-03 to 7.47E-03
B
3 tests/1 unit
(71)
Cadmium
7440-43-9
Y
EPA 29
2.470E-5
5.54E-06 to 5.0IE-05
B
3 tests/1 unit
(71)
Chromium (total)
7440-47-3
Y
CARB 425
1.610E-6
8.23 E-07 to 2.87E-06
B
3 tests/1 unit
(71)
Formaldehyde
50-00-0
Y
CARB 430
2.050E-3
1.73E-03 to 2.66E-03
B
3 tests/1 unit
(71)
Phenanthrene (POM)
85-01-8
Y
CARB 428/429
9.850E-7
7.31E-07to 1.45E-06
B
3 tests/1 unit
(71)
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-48
Unocal Corp, Battles Gas Plant
Nonconfidential
Santa Barbara
Industrial Boiler
Natural Gas Liquids
External Combustion Boilen
Industrial
Natural Gas
10-100 Million Btu/hr
Boiler Stack
CONTROL STATUS:
CONTROL DEVICE:
Uncontrolled
Uncontrolled
to
Ui
POLLUTANT NAME
CAS
HAP
METHOD
Hexane
110-54-3
Y
CARB 18
Hexane
110-54-3
Y
CARBI8
Hexane
110-54-3
Y
CARB 18
Hexane
110-54-3
Y
CARB 18
Hexane
110-54-3
Y
CARB 18
RESEARCHER:
MAZ
SIC CODE:
SCC:
1321
10200602
UNITS:
UNITS EXTENSION:
Ib/MMBtu
heat input
BLANK CORRECTIONS: Unknown
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
4.730E-3 3.56E-03 to 3.89E-03
2.930E-3 1.96E-03 to 3.90E-03
1.680E-2 1.51E-02 to 1.85E-02
9.570E-3 6.41E-03 to 1.27E-02
1.040E-2 7.76E-03 to 1.31E-02
B
B
B
B
B
2 tests/1 unit
2 tests/1 unit
2 tests/1 unit
2 tests/1 unit
2 tests/2 units
(80)
(78)
(79)
(77)
(52)
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-53
Saint Bernardines Hospital
Nonconfidential
Santa Barbara
Waste TSDF
Hospitals
Waste Disposal
Solid Waste Disposal - Commercial/Institutional
Incineration: Special Purpose
Pathological
Incinerator Stack Outlet with 2 sampling ports
CONTROL STATUS:
CONTROL DEVICE:
Uncontrolled
Uncontrolled
to
O)
POLLUTANT NAME
CAS HAP METHOD
t, I, I-Trichtoroethane
71-55-6
Y
CARB Modified 5
1,2,3,4,6,7,8-HpCDFuran
67562-39-4
Y
CARB Modified 5
1,2,3,4,7,8,9-HpCDFuran
55673-89-7
Y
CARB Modified 5
1,2,3,4,7,8-HxCDFuran
70648-26-9
Y
CARB Modified 5
1,2,3,6,7,8-HxCDFuran
57117-44-9
Y
CARB Modified 5
1,2,3,7,8,9-HxCDFuran
72918-21-9
Y
CARB Modified 5
1,2,3,7,8-PeCDFuran
57117-41-6
Y
CARB Modified 5
1,2-Dichloropropane
78-87-5
Y
CARB Modified 5
2,3,4,6,7,8-HxCDFuran
60851-34-5
Y
CARB Modified 5
2,3,4,7,8-PeCDFuran
57117-31-4
Y
CARB Modified 5
2,3,7,8-TCDDioxin
1746-01-6
Y
CARB Modified 5
2,3,7,8-TCDFuran
51207-31-9
Y
CARB Modified 5
Arsenic
7440-38-2
Y
CARB 5
Benzene
71-43-2
Y
CARB Modified 5
Bromomethane
74-83-9
Y
CARB Modified 5
Cadmium
7440-43-9
Y
CARB 5
Carbon tetrachloride
56-23-5
Y
CARB Modified 5
RESEARCHER:
MAZ
SIC CODE: 806
SCC: 50200505
UNITS: lb/ton
UNITS EXTENSION: waste incinerated
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
Q TEST RUNS
NOTE
4.230E-5
3.96E-05 to 4.59E-05
B
3 tests/1 unit
(57)
<2.010E-6
7.073E-07 to <3.606E-06
B
4 tests/1 unit
(58)
5.250E-7
1.491E-07 to 1.032E-06
B
4 tests/1 unit
(58)
2.170E-7
1.033E-07 to 3.506E-07
B
4 tests/1 unit
(58)
2.360E-7
1.071E-07 to 3.214E-07
B
4 tests/1 unit
(58)
<9.540E-8
4.503E-08 to 1.805E-07
B
4 tests/1 unit
(58)
2.020E-7
4.192E-08 to 4.478E-07
B
4 tests/1 unit
(58)
1.320E-3
6.13E-04 to 1.72E-03
B
3 tests/1 unit
(58)
4.260E-7
1.615E-07 to 6.901E-07
B
4 tests/1 unit
(58)
1.750E-7
5.202E-08 to 2.977E-07
B
4 tests/1 unit
(58)
<4.660E-9
1.677E-09 to <1.289E-08
B
4 tests/1 unit
(58)
2.460E-8
1.165E-08 to 3.544E-08
B
4 tests/1 unit
(58)
2.640E-11
2.42E-11 to 2.97E-11
B
3 tests/1 unit
(57)
4.920E-3
4.73E-03 to 5.19E-03
B
3 tests/1 unit
(58)
2.960E-4
2.84E-04 to 3.07E-04
B
3 tests/1 unit
(58)
7.920E-10
6.25E-10to 1.08E-09
B
3 tests/1 unit
(57)
5.740E-5
5.11E-05to6.76E-05
B
3 tests/1 unit
(58)
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-53
Saint Bemardines Hospital
Nonconfidential
Santa Barbara
Waste TSDF
Hospitals
Waste Disposal
Solid Waste Disposal - Commercial/Institutional
Incineration: Special Purpose
Pathological
Incinerator Stack Outlet with 2 sampling ports
RESEARCHER:
MAZ
SIC CODE:
SCC:
UNITS:
UNITS EXTENSION:
806
50200505
lb/ton
waste incinerated
CONTROL STATUS:
CONTROL DEVICE:
Uncontrolled
Uncontrolled
BLANK CORRECTIONS: No
POLLUTANT NAME
CAS
MAP
METHOD
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
Chloroform
67-66-3
Y
CARB Modified 5
5.450E-5
4.25E-05 to 7.66E-05
B
3 tests/1 unit
(58)
Cumene
98-82-8
Y
CARB Modified 5
1.020E-3
5.83E-04 to 1.86E-03
B
3 tests/1 unit
(58)
Ethylbenzene
100-41-4
Y
CARB Modified 5
1.610E-3
1.33E-03 to 1.94E-03
B
3 tests/1 unit
(58)
HpCDFuran (total)
NA
Y
CARB Modified 5
3.840E-6
1.340E-06 to 7.383E-06
B
4 tests/1 unit
(58)
HxCDFuran (total)
NA
Y
CARB Modified 5
2.840E-6
1.051E-06 to 4.763E-06
B
4 tests/1 unit
(58)
Hydrogen chloride
7647-01-0
Y
CARB 5
4.640E-5
3.89E-05 to 5.75E-05
B
3 tests/1 unit
(91)
Lead
7439-92-1
Y
CARB 5
1.000E-8
7.34E-09to I.54E-08
B
3 tests/1 unit
(57)
Manganese
7439-96-5
Y
CARB 5
<1.150E-10
<9.61E-11 to 1.43E-10
B
3 tests/I unit
(57)
Mercury
7439-97-6
Y
CARB 101A and EPA 5 train
1.060E-8
8.93 E-09 to 1.34E-08
B
3 tests/1 unit
Naphthalene
91-20-3
Y
CARB Modified 5
1.160E-2
1.02E-02 to 1.29E-02
B
3 tests/1 unit
(58)
OCDFuran (total)
39001-02-0
Y
CARB Modified 5
3.300E-6
9.060E-07 to 6.623E-06
B
4 tests/1 unit
(58)
PeCDFuran (total)
NA
Y
CARB Modified 5
1.880E-6
5.597E-07to3.138E-06
B
4 tests/1 unit
(58)
Polychlorinated dibenzofiirans, total
Y
CARB Modified 5
1.270E-5
4.003E-06 to 2.346E-05
B
4 tests/1 unit
(58)
TCDFuran (total)
NA
Y
CARB Modified 5
8.080E-7
1.460E-07 to 1.554E-06
B
4 tests/1 unit
(58)
Tetrachloroethylene
127-18-4
Y
CARB Modified 5
4.030E-5
3.96E-05 to 4.15E-05
B
3 tests/1 unit
(58)
Toluene
108-88-3
Y
CARB Modified 5
4.620E-3
4.25E-03 to 5.13E-03
B
3 tests/1 unit
(58)
Trichloroethylene
79-01-6
Y
CARB Modified 5
3.260E-5
2.96E-05 to 3.99E-05
B
3 tests/1 unit
(58)
Xylene, meta
108-38-3
Y
CARB Modified 5
4.440E-3
3.58E-03 to 5.83E-03
B
3 tests/1 unit
(58)
-------
ERC-53
Saint Bemardines Hospital
Nonconfidential
Santa Barbara
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
Waste TSDF
Hospitals
Waste Disposal
Solid Waste Disposal - Commercial/Institutional
Incineration: Special Purpose
Pathological
Incinerator Stack Outlet with 2 sampling ports
NJ
CD
CONTROL STATUS:
CONTROL DEVICE:
Uncontrolled
Uncontrolled
POLLUTANT NAME
CAS
HAP
METHOD
Xylene, ortho
95-47-6
Y
CARB Modified 5
Xylene, para
106-42-3
Y
CARB Modified 5
1,2,3,4,6,7,8-HpCDDioxin
35822-46-9
N
CARB Modified 5
1,2,3,4,7,8-HxCDDioxin
39227-28-6
N
CARB Modified 5
1,2,3,6,7,8-HxCDDioxin
57653-85-7
N
CARB Modified 5
1,2,3,7,8,9-HxCDDioxin
19408-74-3
N
CARB Modified 5
1,2,3,7,8-PeCDDioxin
40321-76-4
N
CARB Modified 5
1,3,5-Trimethylbenzene
108-67-8
N
CARB Modified 5
Carbon dioxide
124-38-9
N
CARB 100
Freon 113
76-13-1
N
CARB Modified 5
HpCDDioxin (total)
NA
N
CARB Modified 5
HxCDDioxin (total)
NA
N
CARB Modified 5
Iron
15438-31-0
N
CARB 5
Nitrogen oxides (NOx)
N
CARB 100
OCDDioxin (total)
3268-87-9
N
CARB Modified 5
Particulate matter (PM), not specified
N
CARB 5
PeCDDioxin (total)
NA
N
CARB Modified 5
Polychlorinated dibenzo-p-dioxins, total
N
CARB Modified 5
RESEARCHER:
MAZ
SIC CODE: 806
SCC: 50200305
UNITS: lb/Ion
UNITS EXTENSION: waste incinerated
BLANK CORRECTIONS: No
: FACTOR
RANGE OF DATA
TEST RUNS
NOTE
3.390E-3
3.28E-03 to 3.57E-03
B
3 tests/1 unit
(58)
4.120E-4
3.87E-04 to 4.33E-04
B
3 tests/1 unit
(58)
8.160E-7
3.284E-07 to 1.556E-06
B
4 tests/1 unit
(58)
<5.440E-8
2.251E-08 to <8.766E-08
B
4 tests/1 unit
(58)
<6.630E-8
2.717E-08to 1.134E-07
B
4 tests/1 unit
(58)
<4.710E-8
5.434E-09 to <8.298E-08
B
4 tests/1 unit
(58)
<2.800E-8
1.087E-08 to <4.581 E-08
B
4 tests/1 unit
(58)
8.250E-4
7.77E-04 to 8.67E-04
B
3 tests/1 unit
(58)
9.150E3
B
1 test/1 unit
5.610E-5
5.21E-05 to 5.94E-05
B
3 tests/1 unit
(58)
1.620E-6
6.467E-07 to 3.098E-06
B
4 tests/1 unit
(58)
7.830E-7
2.849E-07to 1.306E-06
B
4 tests/1 unit
(58)
1.860E-9
1.48E-09 to 2.42E-09
B
3 tests/1 unit
(57)
9.150E0
B
1 test/1 unit
2.460E-6
1.095E-06to4.557E-06
B
4 tests/1 unit
(58)
3.730E-6
3.06E-06 to 4.85E-06
B
3 tests/1 unit
2.820E-7
7.065E-08 to 5.079E-07
B
4 tests/1 unit
(58)
5.260E-6
2.102E-06 to 9.663E-06
B
4 tests/1 unit
(58)
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.: ERC-53
FACILITY NAME: Saint Bemardines Hospital
CONFIDENTIALITY STATUS: Nonconfidential
AIR DISTRICT: Santa Barbara
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
Waste TSDF
Hospitals
Waste Disposal
Solid Waste Disposal - Commercial/Institutional
Incineration: Special Purpose
Pathological
Incinerator Stack Outlet with 2 sampling ports
N>
CO
CONTROL STATUS:
CONTROL DEVICE:
Uncontrolled
Uncontrolled
POLLUTANT NAME
CAS
HAP
METHOD
Sulfur dioxide
TCDDioxin (total)
7446-09-5
NA
N
N
CARBI00
CARB Modified 5
RESEARCHER:
MAZ
SIC CODE: 806
SCC: 50200505
UNITS: lb/ton
UNITS EXTENSION: Not applicable.
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
2.830E0
<1.110E-V
<3.882E-09 to 1.934E-07
B 1 test/1 unit
B 4 tests/1 unit
(58)
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-55
Simi Valley Landfill
Nonconfidential
Ventura
Waste TSDF
Air, Water, & Solid Waste Management
Waste Disposal
Solid Waste Disposal - Industrial
Landfill Dump
Waste Gas Flares
Flare Exhaust
CO
o
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Flaring
POLLUTANT NAME
CAS
HAP
METHOD
Arsenic
7440-38-2
Y
CARB 436
Cadmium
7440-43-9
Y
CARB436
Chromium (total)
7440-47-3
Y
CARB425
Formaldehyde
50-00-0
Y
CARB430
Hydrogen chloride
7647-01-0
Y
CARB421
Hydrogen fluoride
7664-39-3
Y
CARB421
Manganese
7439-96-5
Y
CARB436
Naphthalene
91-20-3
Y
CARB 429
Nickel
7440-02-0
Y
CARB 436
Carbon monoxide
630-08-0
N
CARB 100
Copper
7440-50-8
N
CARB 436
Nitrogen oxides (NOx)
N
CARB 100
Particulate matter (PM), not specified
N
CARB 100
Polycyclic aromatic hydrocarbons (POM)
Y
CARB 429
Sulfur dioxide
7446-09-5
N
CARB 100
Zinc
7440-66-6
N
CARB 436
RESEARCHER:
MP
SIC CODE:
SCC:
9511
50300601
UNITS:
UNITS EXTENSION:
Ib/scf
landfill gas
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS NOTE
9.460E-9
9.05E-09 to 9.87E-09
A
3 tests/1 unit
8.110E-9
5.51E-09to 1.07E-08
A
3 tests/1 unit
3.330E-7
2.77E-07 to 3.90E-07
A
3 tests/1 unit
5.660E-7
9.23E-09 to 1.12 E-06
B
3 tests/1 unit
2.440E-6
B
1 test/1 unit
3.460E-7
B
1 test/1 unit
2.800E-7
2.42E-07 to 3.18E-07
A
3 tests/I unit
5.420E-7
4.96E-07 to 5.90E-07
B
3 tests/1 Unit
3.050E-6
2.12E-06 to 3.97E-06
A
3 tests/I unit
3.470E-6
6.92E-07 to 8.54E-06
B
3 tests/I unit
7.680E-8
7.26E-08 to 8.10E-08
A
3 tests/I unit
2.830E-5
1.95E-05 to 3.37E-05
A
3 tests/1 unit
5.300E-5
4.62E-05 to 6.26E-05
A
3 tests/1 unit
5.440E-7
B
1 test/1 unit
5.750E-6
5.31 E-06 to 6.03E-06
A
3 tests/1 unit
4.280E-8
1.44E-08 to 7.13E-08
A
3 tests/1 unit
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
CONTROL STATUS:
CONTROL DEVICE:
POLLUTANT NAME
CAS
HAP
METHOD
FACTOR
RANGE OF DATA
Q
TEST RUNS
NOTE
1,3-Butadienc
106-99-0
Y
EPATO-I4
1.400E-1
3.68E-02 to 4.07E-01
B
S tests/1 unit
(50)
Benzene
71-43-2
Y
EPATO-14
7.290E-3
1.94E-03 to 3.26E-02
B
6 tests/1 unit
(50)
Benzene
71-43-2
Y
EPA TO-14
4.310E-I
3.10E-01 to 5.61E-01
B
i tests/1 unit
(50)
Cadmium
7440-43-9
Y
AAS or ICAP
2.970E-4
1.05E-04 to 5.24E-04
B
6 tests/1 unit
(50)
Cadmium
7440-43-9
Y
AAS or ICAP
1.950E-3
1.63E-03 to 2.54E-03
B
3 tests/2 units
(50)
Chromium (total)
7440-47-3
Y
AAS or ICAP
8.730E-4
2.10E-04 to 2.20E-03
B
6 tests/1 unit
(50)
Chromium (total)
7440-47-3
Y
AAS or ICAP
2.920E-3
1.11 E-03 to 4.73 E-03
B
3 tests/2 units
(50)
Manganese
7439-96-5
Y
AAS or ICAP
1.230E-3
7.33E-04 to 2.04E-03
B
6 tests/1 unit
(50)
Manganese
7439-96-5
Y
AAS or ICAP
1.180E-2
5.61 E-03 to 1.96E-02
B
3 tests/2 units
(50)
Mercury
7439-97-6
Y
AAS or ICAP
2.860E-4
2.28E-04 to 3.75E-04
B
3 tests/2 units
(50)
Nickel
7440-02-0
Y
AAS or ICAP
1.200E-3
5.24E-04 to 2.20E-03
B
6 tests/I unit
(50)
Nickel
7440-02-0
Y
AAS or ICAP
8.820E-3
5.99E-03 to 1.12E-02
B
3 tests/2 units
(50)
Toluene
108-88-3
Y
EPATO-14
8.850E-3
4.61 E-03 to 2.05E-02
B
6 tests/1 unit
(50)
Toluene
108-88-3
Y
EPATO-14
1.100E-1
8.37E-02 to 1.40E-01
B
8 tests/1 unit
(50)
Trichloroethylene
79-01-6
Y
EPATO-14
8.890E-3
4.40E-03 to 1.57E-02
B
6 tests/1 unit
(50)
Trichloroethylene
79-01-6
Y
EPATO-14
2.960E-3
5.05E-04 to 5.27E-03
B
8 tests/I unit
(50)
Xylene
1330-20-7
Y
EPATO-14
1.740E-2
3.82E-03 to 5.32E-02
B
6 tests/1 unit
(50)
ERC-57 RESEARCHER:
Rocketdyne Santa Susana Field Laboratory
Nonconfidential
Ventura
Rocket Engine Test Firing
Space Propulsion Units And Parts SIC CODE:
Miscellaneous Area Sources SCC:
Other Combustion
Aircrafl/Rocket Engine Firing and Testing
Total UNITS:
Four locations within the plume envelope below the test stand. UNITS EXTENSION:
MAZ
3764
A2810040000
lb/ton
fuel
Uncontrolled
Uncontrolled
BLANK CORRECTIONS: No
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-57 RESEARCHER:
Rocketdyne Santa Susana Field Laboratory
Nonconfidential
Ventura
Rocket Engine Test Firing
Space Propulsion Units And Parts SIC CODE:
Miscellaneous Area Sources SCC:
Other Combustion
Aircraft/Rocket Engine Firing and Testing
Total UNITS:
Four locations within the plume envelope below the test stand. UNITS EXTENSION:
MAZ
3764
A2810040000
lb/ton
fuel burned
CONTROL STATUS:
CONTROL DEVICE:
Uncontrolled
Uncontrolled
BLANK CORRECTIONS: No
POLLUTANT NAME
CAS
HAP
METHOD
FACTOR
RANGE OF DATA
Q
TEST RUNS
NOTE
Xylene
1330-20-7
Y EPATO-14
7.890E-2
6.03E-03 to 3.46E-OI
B 8 tests/1 unit
(30)
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-59
U.S. Pipe and Foundry Company
Nonconfidential
Bay Area
Iron and Steel Manufacture
Iron And Steel Foundries
Industrial Processes
Secondary Metal Production
Grey Iron Foundries
Cupola
Baghouse outlet
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Baghouse
CO
CO
POLLUTANT NAME
CAS
HAP
METHOD
1,2,3,4,6,7,8-HpCDFuran
67562-39-4
Y
EPATO-9
1,2,3,4,7,8,9-HpCDFuran
55673-89-7
Y
EPATO-9
1,2,3,4,7,8-HxCDFunut
70648-26-9
Y
EPATO-9
1,2,3,6,7,8-HxCDFuran
57117-44-9
Y
1,2,3,7,8,9-HxCDFuran
72918-21-9
Y
EPATO-9
1,2,3,7,8-PeCDFuran
57117-41-6
Y
EPATO-9
2,3.4,6,7.8-H\CDFuran
60851-34-5
Y
EPATO-9
2,3,4,7,8-PeCDFuran
57117-31-4
Y
EPATO-9
2,3,7,8-TCDDioxin
1746-01-6
Y
EPATO-9
2,3,7,8-TCDFuran
51207-31-9
Y
EPATO-9
Acenaphthene (POM)
83-32-9
Y
EPATO-I3
Acenaphthylene (POM)
208-96-8
Y
EPATO-13
Anthracene (POM)
120-12-7
Y
EPATO-13
Arsenic
7440-38-2
Y
EPA Modified 5
Benz-a-anthracene (POM)
56-55-3
Y
EPATO-13
Benzo-a-pyrene (POM)
50-32-8
Y
EPATO-13
Benzo-b-fluoranthene (POM)
205-99-2
Y
EPATO-13
RESEARCHER:
CB
SIC CODE:
SCC:
332
30400301
UNITS:
UNITS EXTENSION:
lb/ton
cast pipe produced
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
4.540E-10
2.604E-10 to 8.228E-I0
B
3 tests/I unit
(70)
5.470E-11
2.676E-11 to 1.013E-10
B
3 tests/1 unit
(70)
5.060E-I0
3.324E-10 to 7.911E-10
B
3 tests/1 unit
(70)
4.570E-10
2.77E-10 to 7.278E-10
B
3 tests/1 unit
(70)
3.100E-10
1.828E-10 to 5.380E-10
B
3 tests/I unit
(70)
1.020E-9
7.887E-10 to 1.297E-09
B
3 tests/I unit
(70)
8.630E-11
1.859E-11 to 1.801E-I0
B
3 tests/I unit
(70)
7.100E-10
5.352E-10to I.013E-09
B
3 tests/1 unit
(70)
6.000E-11
4.709E-11 to 8.228E-11
B
3 tests/1 unit
(70)
1.870E-9
1.690E-10 to 3.481E-09
B
3 tests/1 unit
(70)
1.740E-8
8.732E-09 to 2.438E-08
B
3 tests/1 unit
(70)
4.910E-8
2.310E-09 to 1.392E-07
B
3 tests/1 unit
(70)
1.380E-7
7.887E-08 to 1.690E-07
B
3 tests/I unit
(70)
<9.890E-6
<6.173E-06to 1.717E-05
B
3 tests/1 unit
(70)
3.010E-6
1.772E-06 to 4.155E-06
B
3 tests/I unit
(70)
1.500E-7
8.544E-08 to 2.16IE-07
B
3 tests/1 unit
(70)
1.100E-6
1.519E-07 to 2.050E-06
B
3 tests/1 unit
(70)
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-59
U.S. Pipe and Foundry Company
Nonconfidential
Bay Area
Iron and Steel Manufacture
Iron And Steel Foundries
Industrial Processes
Secondary Metal Production
Grey Iron Foundries
Cupola
Baghouse outlet
RESEARCHER:
CB
SIC CODE:
SCC:
UNITS:
UNITS EXTENSION:
332
30400301
IMon
cast pipe produced
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Baghouse
BLANK CORRECTIONS: No
POLLUTANT NAME
CAS
HAP
; METHOD
FACTOR
RANGE OF DATA
Q
TEST RUNS
NOTE
Benzo-ghi-petylene (POM)
191-24-2
Y
EPATO-13
1.280E-6
6.479E-08 to 3.601E-06
B
3 tests/1 unit
(70)
Benzo-k-fluoranthene (POM)
207-08-9
Y
EPATO-13
9.420E-7
1.266E-07 to 1.911E-06
B
3 tests/I unit
(70)
Cadmium
7440-43-9
Y
EPA Modified 5
1.790E-4
1.235E-05 to 5.053E-04
B
3 tests/I unit
(70)
Cadmium
7440-43-9
Y
CARB 424
2.570E-5
1.772E-05 to 3.689E-05
B
3 tests/1 unit
(70)
Chromium (total)
7440-47-3
Y
EPA Modified 5 and CARB 424
2.440E-4
1.266E-05 to 6.961E-04
B
3 tests/1 unit
(70)
Chrvsene (POM)
218-01-9
Y
EPATO-13
1.470E-*
1.239E-06 to 1.662E-06
B
3 tests/1 unit
(70)
Dibenz-ah-anthracene (POM)
53-70-3
Y
EPATO-13
4.820E-7
6.013E-08to 1.302E-06
B
3 tests/1 unit
(70)
Fluoranthene (POM)
206-44-0
Y
EPATO-13
7.600E-6
4.507E-06 to 9.418E-06
B
3 tests/1 unit
(70)
Fluorene (POM)
86-73-7
Y
EPATO-13
7.930E-8
2.817E-08 to 1.266E-07
B
3 tests/1 unit
(70)
HpCDFuran (total)
NA
Y
EPATO-9
8.030E-I0
4.225E-10to 1.487E-09
B
3 tests/1 unit
(70)
HxCDFuran (total)
NA
Y
EPA TO 9
5.240E-9
3.32E-09 - 7.911E-9
B
3 tests/1 unit
(70)
Hydrogen chloride
7647-01-0
Y
CARB 421
1.630E-3
1.530E-03to 1.741E-03
B
3 tests/1 unit
(70)
Indeno-123-cd-pyrene (POM)
193-39-5
Y
EPATO-13
1.280E-6
7.324E-08 to 3.601E-06
B
3 tests/I unit
(70)
Lead
7439-92-1
Y
-EPA Modified 5
2.400E-3
3.826E-04 to 5.522E-03
B
3 tests/1 unit
(70)
Manganese
7439-96-5
Y
EPA Modified 5
5.160E-2
2.614E-04to 1.530E-01
B
3 tests/1 unit
(70)
Mercury
7439-97-6
Y
EPA Modified 5
1.590E-4
2.532E-06 to 4.65E-04
B
3 tests/1 unit
(70)
Naphthalene
91-20-3
Y
EPATO-13
6.390E-8
3.662E-09 to 1.772E-07
B
3 tests/1 unit
(70)
OCDFuran (total)
39001-02-0
Y
EPATO-9
5.760E-11
3.30E-11 -9.177E-11
B
3 tests/1 unit
(70)
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-59
U.S. Pipe and Foundry Company
Nonconfidential
Bay Area
Iron and Steel Manufacture
Iron And Steel Foundries
Industrial Processes
Secondary Metal Production
Grey Iron Foundries
Cupola
Baghouse outlet
CONTROL STATUS:
CONTROL DEVICE:
CO
in
Controlled
Baghouse
POLLUTANT NAME
CAS
HAP
METHOD
PeCDFuran (total)
NA
Y
EPATO-9
Phenanthrene (POM)
85-01-8
Y
EPATO-13
Pyrene (POM)
129-00-0
Y
EPATO-13
TCDFuran (total)
NA
Y
EPATO-9
1,2,3,4,6,7,8-HpCDDioxin
35822-46-9
N
EPATO-9
1,2.3,4,7,8-HxCDDioxin
39227-28-6
N
EPATO-9
1,2,3,6,7,8-HxCDDioxin
57653-85-7
N
EPATO-9
1,2,3,7,8,9-HxCDDioxin
19408-74-3
N
EPATO-9
! ,2,3,7,8-PeCDDioxin
40321-76-4
N
EPATO-9
Copper
7440-50-8
N
EPA Modified 5
HpCDDioxin (total)
NA
N
EPATO-9
HxCDDioxin (total)
NA
N
EPATO-9
OCDDioxin (total)
3268-87-9
N
EPATO-9
PeCDDioxin (total)
NA
N
EPATO-9
TCDDioxin (total)
NA
N
EPATO-9
Zinc
7440-66-6
N
EPA Modified 5
RESEARCHER:
CB
SIC CODE:
SCC:
332
30400301
UNITS:
UNITS EXTENSION:
lb/ton
cast pipe produced
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TESTT RUNS
NOTE
1.700E-8
1.268E-08 to 2.373E-08
B
3 tests/1 unit
(70)
1.360E-6
6.479E-07 to 1.772E-06
B
3 tests/1 unit
(70)
5.560E-6
3.380E-06 to 6.648E-06
B
3 tests/1 unit
(70)
5.080E-8
3.380E-08 to 6.329E-08
B
3 tests/1 unit
(70)
3.250E-10
1.972E-09 to 5.696E-I0
B
3 tests/1 unit
(70)
4.560E-11
3.047E-11 to 6.962E-11
B
3 tests/1 unit
(70)
9.240E-11
5.817E-11 to I.487E-10
B
3 tests/I unit
(70)
8.180E-11
5.263E-U to 1.392E-10
B
3 tests/1 unit
(70)
1.500E-10
1.136E-10 to 2.089E-10
B
3 tests/1 unit
(70)
1.260E-4
9.32IE-05 to 1.640E-04
B
3 tests/1 unit
(70)
7.600E-10
4.709E-10 to 1.329E-09
B
3 tests/1 unit
(70)
1.650E-9
1.025E-09 to 2.532E-09
B
3 tests/1 unit
(70)
3.330E-10
2.310E-10 to 5.063E-10
B
3 tests/1 unit
(70)
6.890E-9
3.601E-09 to 1.042E-08
B
3 tests/1 unit
(70)
5.400E-9
6.479E-11 to 9.494E-09
B
3 tests/1 unit
(70)
1.770E-2
4.228E-03 to 4.455E-02
B
3 tests/1 unit
(70)
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-39
U.S. Pipe and Foundry Company
Nonconfidential
Bay Area
Iron and Steel Manufacture
Iron And Steel Foundries
Industrial Processes
Secondary Metal Production
Grey Iron Foundries
Cupola
Cupola exhaust
RESEARCHER:
CB
SIC CODE:
SCC:
UNITS:
UNITS EXTENSION:
332
30400301
lb/ton
cast pipe produced
CONTROL STATUS: Uncontrolled
g CONTROL DEVICE: Uncontrolled BLANK CORRECTIONS: No
CD
POLLUTANT NAME
CAS
HAP
METHOD
FACTOR
RANGE OF DATA
Q
TEST RUNS
NOTE
Arsenic
7440-38-2
Y
EPA Modified 5
3.250E-5
Not applicable.
B
1 test/1 unit
(70)
Cadmium
7440-43-9
Y
EPA Modified 5
9.510E-4
Not applicable.
B
1 test/1 unit
(70)
Cadmium
7440-43-9
Y
CARB424
3.900E-3
Not applicable.
B
1 test/1 unit
(70)
Chromium (total)
7440-47-3
Y
CARB425
5.250E-3
3.518E-03 to 8.233E-03
B
3 tests/I unit
(70)
Chromium (total)
7440-47-3
Y
EPA Modified 5 and CARB 424
8.590E-4
Not applicable
B
1 test/1 unit
(70)
Chromium, Hexavalent
18540-29-9
Y
CARB 425
<3.170E-5
<1.265E-05 to 7.035E-05
B
3 tests/1 unit
(70)
Lead
7439-92-1
Y
EPA Modified 5
4.400E-2
Not applicable
B
1 test/1 unit
(70)
Manganese
7439-96-5
Y
EPA Modified 5
2.420E-2
Not applicable
B
1 test/1 unit
(70)
Mercury
7439-97-6
Y
EPA Modified 5
3.480E-4
Not applicable
B
1 test/1 unit
(70)
Copper
7440-50-8
N
EPA Modified 5
2.600E-3
Not applicable
B
1 test/1 unit
(70)
Zinc
7440-66-6
N
EPA Modified 5
3.710E-1
Not applicable
B
1 test/1 unit
(70)
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-60
Barbary Coast Steel Corp.
Nonconfidential
Bay Area
Electric Arc Furnace (EAF)
Blast Furnaces And Steel Mills
Industrial Processes
Fabricated Metal Products
General Processes
Other Not Classified
Arc Furnace Baghouse Interior
CO
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Baghouse
POLLUTANT NAME
CAS
HAP
METHOD
Arsenic
7440-38-2
Y
EPA 29
Cadmium
7440-43-9
Y
EPA 29
Chromium (total)
7440-47-3
Y
EPA 29
Lead
7439-92-1
Y
EPA 29
Manganese
7439-96-5
Y
EPA 29
Mercury
7439-97-6
Y
EPA 29
Nickel
7440-02-0
Y
EPA 29
Selenium
7782-49-2
Y
EPA 29
Copper
7440-50-8
N
EPA 29
Zinc
7440-66-6
N
EPA 29
RESEARCHER:
PS
SIC CODE: 3312
SCC: 30900198
UNITS: lb/ton
UNITS EXTENSION: steel produced
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
5.620E-6
4.37E-06 to 7.49E-06
D
3 tests/1 unit
(47)
5.720E-5
4.66E-05 to 6.81E-05
D
3 tests/1 unit
(47)
5.500E-5
3.42E-05 to 6.63E-05
D
3 tests/I unit
(47)
2.940E-3
2.52E-03 to 3.59E-03
D
3 tests/1 unit
(47)
6.640E-4
5.78E-04 to 7.18E-04
D
3 tests/1 unit
(47)
4.530E-6
3.34E-06 to 5.71E-06
D
3 tests/1 unit
(48)
3.080E-5
2.31E-05 to 3.87E-05
D
3 tests/1 unit
(47)
2.370E-4
1.13E-05 to 6.86E-04
D
3 tests/1 unit
(47)
2.I40E-4
1.89E-04 to 2.28E-04
D
3 tests/1 unit
(47)
2.170E-2
1.72E-02 to 2.59E-02
D
3 tests/1 unit
(47)
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-61
U.S. Pipe and Foundry Company
Nonconfidential
Bay Are*
Iron And Steel Manufacturing
Iron And Steel Foundries
Industrial Processes
Secondary Metal Production
Grey Iron Foundries
Cupola
Baghouse Outlet
CONTROL STATUS:
CONTROL DEVICE:
W
CO
Controlled
Baghouse
POLLUTANT NAME
CAS
HAP
METHOD
1,2,3,4,6.7,8-HpCDFuraii
67562-39-4
Y
CARB428
1,2,3,4,7,8-HxCDFuran
70648-26-9
Y
CARB 428
1,2,3,6,7,8-HxCDFuran
57117-44-9
Y
CARB428
1,2,3,7,8-PeCDFuran
57117-41-6
Y
CARB 428
2,3,4,6,7,8-HxCDFuran
60851-34-5
Y
CARB 428
2,3,4,7,8-PeCDFuran
57117-31-4
Y
CARB 428
2,3,7,8-TCDDioxin
1746-01-6
Y
CARB 428
2,3,7,8-TCDFuran
51207-31-9
Y
CARB 428
Acenaphthene (POM)
83-32-9
Y
CARB 429
Acenaphthylene (POM)
208-96-8
Y
CARB 429
Anthracene (POM)
120-12-7
Y
CARB 429
Benz-a-anthracene (POM)
56-55-3
Y
CARB 429
Benzo-a-pyrcne (POM)
50-32-8
Y
CARB 429
Benzo-b-fluorinthene (POM)
205-99-2
Y
CARB 429
Benzo-ghi-petylene (POM)
191-24-2
Y
CARB 429
Benzo-k-fluoranthene (POM)
207-08-9
Y
CARB 429
Chrysene (POM)
218-01-9
Y
CARB 429
RESEARCHER: CB
SIC CODE: 332
SCC: 30400301
UNITS: lb/ton
UNITS EXTENSION: metal charged
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
3.850E-10
2.950E-10 to 4.845E-10
B
3 tests/1 unit
3.790E-10
2.180E-01 to 4.845E-10
B
3 tests/1 unit
3.390E-10
1.985E-10 to 4.405E-10
B
3 tests/1 unit
6.100E-10
2.147E-10to 1.042E-09
B
3 tests/1 unit
2.020E-10
l.283E-10to 2.735E-10
B
3 tests/1 unit
6.990E-10
2.755E-10to 1.072E-09
B
3 tests/1 unit
6.6I0E-11
2.398E-11 to I.099E-10
B
3 tests/1 unit
1.040E-9
2.113E-10 to 2.345E-09
B
3 tests/1 unit
3.830E-7
2.599E-07 to 6.144E-07
B
3 tests/1 unit
3.390E-6
2.498E-07 to 8.630E-06
B
3 tests/1 unit
4.770E-7
3.292E-07 to 7.456E-07
B
3 tests/1 unit
3.530E-7
2.214E-07 to 5.624E-07
B
3 tests/1 unit
<1.250E-7
<4.444E-08 to 2.487E-07
B
3 tests/1 unit
5.830E-7
3.648E-07 to 9.417E-07
B
3 tests/1 unit
1.130E-7
7.570E-O8to 1.344E-07
B
3 tests/1 unit
1.590E-7
1.070E-07 to 2.351E-07
B
3 tests/1 unit
I.120E-6
6.346E-07 to 1.570E-06
B
3 tests/1 unit
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-61
U.S. Pipe and Foundry Company
Nonconfidential
Bay Area
Iron And Steel Manufacturing
Industrial Processes
Secondary Metal Production
Grey Iron Foundries
Cupola
Baghouse Outlet
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Baghouse
U
<0
POLLUTANT NAME
CAS
HAP
METHOD
Fluoranthene (POM)
206-44-0
Y
CARB 429
HpCDFuran (total)
NA
Y
CARB 428
HxCDFuran (total)
NA
Y
CARB 428
Indeno-123-cd-pyretie (POM)
193-39-5
Y
CARB 429
OCDFuran (total)
39001-02-0
Y
CARB 428
PeCDFuran (total)
NA
Y
CARB 428
Phenanthrene (POM)
85-01-8
Y
CARB 429
Pyrene (POM)
129-00-0
Y
CARB 429
TCDFuran (total)
NA
Y
CARB 428
1,2,3,4,6,7,8-HpCDDioxin
35822-46-9
N
CARB 428
1,2,3,6,7,8-HxCDDioxin
57653-85-7
N
CARB 428
1,2,3,7,8-PeCDDioxin
40321-76-4
N
CARB 428
Fluorine
7782-41-4
N
CARB 429
HpCDDioxin (total)
NA
N
CARB 428
HxCDDioxin (total)
NA
N
CARB 428
PeCDDioxin (total)
NA
N
CARB428
TCDDioxin (total)
NA
N
CARB 428
RESEARCHER:
CB
SIC CODE:
SCC:
332
30400301
UNITS:
UNITS EXTENSION:
lb/ton
metal charged
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
3.990E-6
2.307E-06 to 6.016E-06
B
3 tests/1 unit
4.870E-10
3.524E-10 to 6.169E-I0
B
3 tests/1 unit
3.470E-9
1.954E-09 to 4.407E-09
B
3 tests/1 unit
1.I90E-7
5.519E-08 to 1.961E-07
B
3 tests/1 unit
<1.170E-10
<8.03E-11 to <1.671E-10
B
3 tests/1 unit
1.700E-8
5.127E-09 to 3.185E-08
B
3 tests/1 unit
6.770E-6
3.077E-06 to 1.295E-05
B
3 tests/1 unit
1.720E-6
1.513E-06 to 2.093E-06
B
3 tests/1 unit
5.160E-8
9.292E-09 to 1.187E-07
B
3 tests/1 unit
1.850E-10
1.377E-10 to2.512E-10
B
3 tests/1 unit
1.010E-10
5.744E-11 to 1.541E-10
B
3 tests/1 unit
1.710E-10
7.695E-11 to 2.256E-10
B
3 tests/1 unit
1.480E-6
5.002E-07 to 2.491 E-06
B
3 tests/1 unit
3.810E-10
2.660E-10 to 5.290E-10
B
3 tests/1 unit
1.100E-9
6.731E-10to 1.763E-09
B
3 tests/1 unit
3.520E-9
1.410E-09 to 4.922E-09
B
3 tests/1 unit
7.920E-9
1.826E-09 to 1.622E-08
B
3 tests/1 unit
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-62
Beatrice Hunt-Wesson Foods Inc.
Nonconfidential
San Joaquin
Industrial Boiler
Canned Fruits And Vegetables
External Combustion Boilers
Industrial
Residual Oil
Grade 6 Oil
Stack Outlet
RESEARCHER:
CB
SIC CODE:
SCC:
UNITS:
UNITS EXTENSION:
2033
10200401
lb/gal
No. 6 oil fired
O
h
CONTROL STATUS:
CONTROL DEVICE:
Uncontrolled
Uncontrolled
BLANK CORRECTIONS: Yes
POLLUTANT NAME
CAS
HAP
METHOD
FACTOR
¦"" RANGE OF DATA
Q
TEST RUNS
NOTE
Arsenic
7440-38-2
Y
EPA Methods Sand 0012
1.680E-7
1.16E-07to2.51E-07
C
3 tests/1 unit
Benzene
71-43-2
Y
EPA 5 and CARB 410
2.280E-4
7.76E-05 to 5.17E-04
C
3 tests/1 unit
Beryllium
7440-41-7
Y
EPA Methods 5 and 0012
1.850E-8
1.32E-08 to 2.38E-08
C
2 tests/1 unit
Cadmium
7440-43-9
Y
EPA Methods 5 and 0012
2.910E-8
c
1 test/1 unit
Chromium (total)
7440-47-3
Y
EPA 5 and CARB 425
1.520E-6
8.9IE-07to2.18E-06
c
3 tests/1 unit
Naphthalene
91-20-3
Y
EPA 5 and CARB 429
4.170E-7
2.43E-07 to 6.94E-07
c
3 tests/1 unit
Sulfur dioxide
7446-09-5
N
EPA 5 and CARB 6
1.770E-1
1.75E-01 to 1.79E-01
c
3 tests/1 unit
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-63
California Cedar Products Corp. Facility
Nonconfidential
San Joaquin
Industrial Boiler
Wood Products, Nec
External Combustion Boilers
Industrial
Wood/Bark Waste
Wood-fired Boiler (< 50,000 Lb Steam)
Main Exhaust Stack
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Scrubber
POLLUTANT NAME
CAS
HAP
METHOD
1,2,3,4,6,7,8-HpCDFuran
67562-39-4
Y
CARB 428
1,2,3,4,7,8,9-HpCDFuran
55673-89-7
Y
CARB428
1,2,3,4,7,8-HxCDFuran
70648-26-9
Y
CARB 428
1,2,3,6,7,8-HxCDFuran
57117-44-9
Y
CARB 428
1,2,3,7,8,9-HxCDFuran
72918-21-9
Y
CARB 428
1,2,3,7,8-PeCDFuran
57117-41-6
Y
CARB 428
2,3,4,6,7,8-HxCDFuran
60851-34-5
Y
CARB 428
2,3,4,7,8-PeCDFuran
57117-31-4
Y
CARB 428
2,3,7,8-TCDFuran
51207-31-9
Y
CARB 428
Acenaphthene (POM)
83-32-9
Y
CARB 429
Acenaphthylene (POM)
208-96-8
Y
CARB 429
Anthracene (POM)
120-12-7
Y
CARB 429
Arsenic
7440-38-2
Y
CARB 436
Benz-a-anthracene (POM)
56-55-3
Y
CARB 429
Benzo-a-pyrene (POM)
50-32-8
Y
CARB 429
Benzo-b-fluoranthene (POM)
205-99-2
Y
CARB 429
Benzo-ghi-perylene (POM)
191-24-2
Y
CARB 429
RESEARCHER:
CB
SIC CODE:
SCC:
2499
10200906
UNITS:
UNITS EXTENSION:
Ib/MMBtu
heat input
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
4.260E-I0
1.02E-10 to 9.27E-10
B
3 tests/1 unit
(53)
5.650E-11
1.18E-11 to I.23E-10
B
3 tests/1 unit
(53)
5.030E-11
1.95E-11 to 1.03E-10
B
3 tests/1 unit
(53)
5.490E-11
1.79E-11 to 1.18E-I0
B
3 tests/1 unit
(53)
2.5IOE-11
1.38E-11 to 3.91E-11
B
3 tests/1 unit
(53)
1.040E-I0
1.40E-11 to 2.84E-10
B
3 tests/1 unit
(53)
9.320E-U
2.87E-11 to 2.01E-10
B
3 tests/1 unit
(53)
3.310E-11
2.00E-11 to 5.66E-11
B
3 tests/1 unit
(53)
1.440E-11
1.18E-11 to 1.96E-11
B
3 tests/1 unit
(53)
6.710E-7
4.34E-07 to 9.07E-07
B
2 tests/1 unit
(53)
3.720E-5
3.74E-07 to 6.36E-05
B
3 tests/1 unit
(53)
8.350E-6
5.00E-06to 1.17E-05
B
2 tests/1 unit
(53)
<5.340E-6
<2.05E-06 to < 1.06E-05
B
3 tests/1 unit
(53)
4.400E-7
2.43E-07 to 6.36E-07
B
2 tests/1 unit
(53)
3.420E-7
5.05E-09to9.07E-07
B
3 tests/1 unit
(53)
1.310E-7
5.90E-09 to 3.26E-07
B
3 tests/1 unit
(53)
1.090E-6
2.48E-08 to 2.63E-06
B
3 tests/1 unit
(53)
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-63
California Cedar Products Corp. Facility
Nonconfidential
San Joaquin
Industrial Boiler
Wood Products, Nec
External Combustion Boilers
Industrial
Wood/Bark Waste
Wood-fired Boiler (< 30,000 Lb Steam)
Main Exhaust Stack
D
l\5
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Scrubber
POLLUTANT NAME
CAS
HAP
METHOD
Benzo-k-fluoranthene (POM)
207-08-9
Y
CARB429
Beryllium
7440-41-7
Y
CARB436
Cadmium
7440-43-9
Y
CARB436
Chrysene (POM)
218-01-9
Y
CARB429
Dibenz-ah-anthracene (POM)
53-70-3
Y
CARB429
Fluoranthene (POM)
206-44-0
Y
CARB429
Fluorene (POM)
86-73-7
Y
CARB429
HpCDFuran (total)
NA
Y
CARB428
HxCDFuran (total)
NA
Y
CARB428
Indeno-123-cd-pyrene (POM)
193-39-5
Y
CARB429
Lead
7439-92-1
Y
CARB436
Manganese
7439-96-5
Y
CARB 436
Mercury
7439-97-6
Y
CARB436
Naphthalene
91-20-3
Y
CARB 429
OCDFuran (total)
39001-02-0
Y
CARB 428
PeCDFuran (total)
NA
Y
CARB 428
Phenanthrene (POM)
85-01-8
Y
CARB 429
Pyrene (POM)
129-00-0
Y
CARB 429
RESEARCHER:
CB
SIC CODE:
SCC:
2499
10200906
UNITS:
UNITS EXTENSION:
Ib/MMBtu
heat input
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
6.830E-7
2.30E-07to 1.14E-06
B
2 tests/1 unit
(33)
1.270E-6
1.22E-06to 1.35E-06
B
3 tests/1 unit
(53)
<2.470E-7
<2.10E-07 to 2.79E-07
B
3 tests/1 unit
(53)
1.950E-7
9.56E-08 to 2.95E-Q7
B
2 tests/1 unit
(53)
<2.570E-8
<4.20E-09 to 5.92E-08
B
3 tests/I unit
(53)
9.520E-6
8.18E-06to 1.09E-05
B
2 tests/1 unit
(53)
8.570E-6
5.44E-06to 1.17E-05
B
2 tests/1 unit
(53)
7.660E-10
1.90E-10to 1.65E-09
B
3 tests/1 unit
(53)
8.080E-10
3.08E-I0to 1.65E-09
B
3 tests/1 unit
(53)
4.070E-7
3.27E-08 to 8.84E-07
B
3 tests/1 unit
(53)
1.140E-5
B
1 test/1 unit
(53)
3.010E-5
2.14E-05 to 3.87E-05
B
2 tests/1 unit
(53)
3.880E-6
3.43E-06 to 4.14E-06
B
3 tests/1 unit
(53)
9.300E-5
2.73E-05 to 1.59E-04
B
2 tests/1 unit
(53)
3.300E-10
8.72E-11 to 7.22E-10
B
3 tests/1 unit
(53)
3.850E-10
3.23E-12 to 7.72E-10
B
3 tests/1 unit
(53)
6.180E-5
4.55E-05 to 7.81E-05
B
2 tests/1 unit
(53)
9.950E-6
8.62E-06 to 1.13E-05
B
2 tests/1 unit
(53)
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-63
California Cedar Products Corp. Facility
Nonconfidential
San Joaquin
Industrial Boiler
Wood Products, Nec
External Combustion Boilers
Industrial
Wood/Bark Waste
Wood-fired Boiler (< 50,000 Lb Steam)
Main Exhaust Stack
O
4*
M
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Scrubber
POLLUTANT NAME
CAS
HAP
METHOD
TCDFuran (total)
NA
Y
CARB428
1,2,3,4,6,7,8-HpCDDioxin
35822-46-9
N
CARB 428
1,2,3,6,7,8-HxCDDioxin
57653-85-7
N
CARB428
1,2,3,7,8,9-HxCDDioxin
19408-74-3
N
CARB 428
Copper
7440-50-8
N
CARB 436
HpCDDioxin (total)
NA
N
CARB 428
HxCDDioxin (total)
NA
N
CARB 428
OCDDioxin (total)
3268-87-9
N
CARB 428
Particulate matter (PM), condensable
N
CARB 5
Particulate matter (PM), filterable
N
CARB 5
Particulate matter (PM), not specified
N
CARB 5
Particulate matter (PM), not specified
N
CARB 5
PeCDDioxin (total)
NA
N
CARB 428
TCDDioxin (total)
NA
N
CARB 428
Zinc
7440-66-6
N
CARB 436
RESEARCHER:
CB
SIC CODE:
SCC:
2499
10200906
UNITS:
UNITS EXTENSION:
Ib/MMBtu
heat input
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
3.650E-10
3.28E-10 to 4.38E-10
B
3 tests/1 unit
(53)
9.370E-11
2.87E-11 to 1.85E-10
B
3 tests/1 unit
(53)
<1.050E-11
<6.I3E-12to 1.75E-11
B
3 tests/1 unit
(53)
<7.550E-12
<5.69E-12 to 9.78E-12
B
3 tests/1 unit
(53)
4.940E-5
4.54E-05 to 5.31E-05
B
3 tests/1 unit
(53)
1.700E-10
5.64E-11 to 3.19E-I0
B
3 tests/1 unit
(53)
1.110E-10
3.93E-11 to2.16E-10
B
3 tests/1 unit
(53)
2.990E-I0
1.02E-10 to 5.66E-10
B
3 tests/1 unit
(53)
4.670E-3
1.24E-03 to 7.88E-03
B
3 tests/1 unit
(53)
6.960E-2
6.77E-02 to 7.29E-02
B
3 tests/1 unit
(53)
1.080E-3
3.25E-04 to 1.97E-03
B
3 tests/1 unit
(53)
7.550E-2
6.99E-02 to 7.84E-02
B
3 tests/1 unit
(53)
7.990E-11
2.76E-11 to 1.25E-10
B
3 tests/1 unit
(53)
5.880E-11
4.20E-11 to 7.22E-11
B
3 tests/1 unit
(53)
4.520E-3
4.02E-03 to 5.48E-03
B
3 tests/1 unit
(53)
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-64
Certainteed Corporation
Nonconfidential
San Joaquin
Wool Fiberglass Manufacture
Mineral Wool
Industrial Processes
Mineral Products
Fiberglass Manufacturing
Electric Furnace (Wool-type Fiber)
Dry ESP Outlet
RESEARCHER:
PS
SIC CODE:
SCC:
UNITS:
UNITS EXTENSION:
3296
30501203
Ib/dscf
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Electrostatic Precipitator
BLANK CORRECTIONS: No
POLLUTANT NAME
CAS
HAP
METHOD
FACTOR
RANGE OF DATA
Q
TEST RUNS
NOTE
Arsenic
Phenol
7440-38-2
108-95-2
Y
Y
CARB 423
EPA 906.5 and ASTM D2580
<2.I00E-11
I.600E-6
<1.58E-11 to 2.85E-11
1.52E-06 to 1.69E-06
B
B
3 tests/1 Unit
3 tests/1 unit
(5)
(6)
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-65
Dairyman's Cooperative Creamery
Nonconfidential
San Joaquin
Industrial Boiler
Creamery Butter
External Combustion Boilers
Industrial
Residual Oil
Grade 6 Oil
Boiler exhaust
o
en
CONTROL STATUS:
CONTROL DEVICE:
Uncontrolled
Uncontrolled
POLLUTANT NAME
CAS
HAP
METHOD
2-Methylnaphthalene (POM)
91-57-6
Y
CARB429
Acenaphthylene (POM)
208-96-8
Y
CARB429
Benzo-b-fluoranthenc (POM)
205-99-2
Y
CARB429
Chromium (total)
7440-47-3
Y
CARB Multi-metals
Chrysene (POM)
218-01-9
Y
CARB429
Fluoranthene (POM)
206-44-0
Y
CARB 429
Fluorene (POM)
86-73-7
Y
CARB 429
Nickel
7440-02-0
Y
CARB Multi-metals
Phenanthrene (POM)
85-01-8
Y
CARB 429
Pyrene (POM)
129-00-0
Y
CARB 429
RESEARCHER:
LS
SIC CODE:
SCC:
2021
10200401
UNITS:
UNITS EXTENSION:
Ib/MMBtu
heat input
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS
9.800E-7
6.4E-07 to 1.3E-06
B
3 tests/I
unit
<7.400E-7
<2.7E-07 to 1.2E-06
B
2 tests/1
unit
<2.000E-8
<1.7E-08 to 2.3E-08
B
2 tests/1
unit
6.100E-6
4.7E-06 to 6.9E-06
B
3 tests/1
unit
1.400E-7
1.1E-O7to 1.6E-07
B
3 tests/1
unit
<1.900E-7
1.2E-07 to <2.4E-07
B
3 tests/1
unit
4.600E-7
3.5E-07 to 5.6E-07
B
3 tests/1
unit
<1.100E-4
9.0E-05 to 1.2E-04
B
3 tests/1
unit
5.100E-7
4.8E-07 to 5.5E-07
B
2 tests/1
unit
2.600E-8
B
I test/1 unit
NOTE
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-67
Gibson Oil and Refining Inc.
Nonconfidential
San Joaquin
Industrial Boiler
Oil And Gas Extraction
External Combustion Boilers
Industrial
Natural Oas
Stack
O
at
CONTROL STATUS:
CONTROL DEVICE:
Uncontrolled
Uncontrolled
POLLUTANT NAME
CAS
HAP
METHOD
Formaldehyde
Formaldehyde
50-00-0
50-00-0
Y
Y
CARB 430
CARB 430
RESEARCHER:
ETG
SIC CODE:
SCC:
13
102006
UNITS:
UNITS EXTENSION:
lb/million ft*
natural gas fired
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
1.760E-11 2.02E-12-4.24E-I1
8.770E-13 3.22E-13 - 1.45E-12
B 3 test/I unit
B 3 test/I unit
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-69
Kern Oil and Refining Company
Nonconfidential
San Joaquin
Industrial Boiler
Petroleum Refining
External Combustion Boilers
Industrial
Residual Oil
Grade 6 Oil
Boiler exhaust stack
O
4i
CONTROL STATUS:
CONTROL DEVICE:
Uncontrolled
Uncontrolled
POLLUTANT NAME
CAS
HAP
METHOD
Arsenic
7440-38-2
Y
EPA 0012
Beryllium
7440-41-7
Y
CARB 104
Beryllium
7440-41-7
Y
EPA 0012
Cadmium
7440-43-9
Y
EPA 0012
Lead
7439-92-1
Y
EPA 0012
Manganese
7439-96-5
Y
EPA 0012
Mercury
7439-97-6
Y
EPA 0012
Naphthalene
91-20-3
Y
CARB 429
Nickel
7440-02-0
Y
EPA 0012
Zinc
7440-66-6
N
EPA 0012
RESEARCHER:
LS
SIC CODE:
SCC:
2911
I020040I
UNITS:
UNITS EXTENSION:
Ib/MMBtu
heat input
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
3.080E-6
1.88E-06 to 3.93E-06
B
3 tests/1 unit
2.550E-8
1.98E-08 to 3.12E-08
B
2 tests/1 unit
8.190E-6
6.50E-06to9.13E-06
B
3 tests/1 unit
2.830E-7 •
9.94E-08 to 4.34E-07
B
3 tests/1 unit
2.970E-6
2.76E-06 to 3.09E-06
B
3 tests/I unit
2.370E-6
2.15E-06to2.57E-06
B
3 tests/1 unit
1.180E-4
1.57E-06to3.31E-04
B
3 tests/1 unit
2.120E-4
1.98E-04 to 2.24E-04
B
3 tests/1 unit
9.870E-4
7.93E-04 to 1.10E-03
B
3 tests/1 unit
I.410E-5
1.33E-03 to 1.48E-05
B
3 tests/1 unit
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-70
Madera Co-Generation Plant
Nonconfidential
San Joaquin
Industrial Boiler
Nonclassiflable Establishments
External Combustion Boilers
Industrial
Coke
Cogeneration
Boiler Baghouse Outlet
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Baghouse
POLLUTANT NAME
CAS
HAP
METHOD
1,2,3,4,6,7,8-HpCDFuran
67562-39-4
Y
CARB428
1,2,3,4,7,8-HxCDFuran
70648-26-9
Y
CARB 428
1,2,3,6,7,8-HxCDFuran
57117-44-9
Y
CARB428
1,2,3,7,8-PeCDFuran
57117-41-6
Y
CARB 428
2,3,4,6,7,8-HxCDFuran
60851-34-5
Y
CARB 428
2,3,4,7,8-PeCDFuran
57117-31-4
Y
CARB 428
2,3,7,8-TCDFuran
51207-31-9
Y
CARB 428
Acenaphthylene (POM)
208-96-8
Y
CARB 429
Benzene
71-43-2
Y
CARB410A
Fluoranthene (POM)
206-44-0
Y
CARB 429
HpCDFuran (total)
NA
Y
CARB 428
HxCDFuran (total)
NA
Y
CARB 428
Hydrogen chloride
7647-01-0
Y
CARB 421
Manganese
7439-96-5
Y
CARB 426
Mercury
7439-97-6
Y
CARB 426
Nickel
7440-02-0
Y
CARB 426
OCDFuran (total)
39001-02-0
Y
CARB 428
RESEARCHER: LS
SIC CODE:
SCC:
9999
10200804
UNITS:
UNITS EXTENSION:
Ib/MMBtu
heat input
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
2.250E-10
1.80E-10 to 2.70E-10
B
3 tests/1 unit
4.760E-11
2.79E-11 to 7.14E-11
B
3 tests/1 unit
4.820E-11
3.60E-11 to6.51E-Il
B
3 tests/1 unit
9.600E-11
5.72E-11 to 1.47E-I0
B
3 tests/1 unit
5.390E-11
4.75E-U to6.19E-ll
B
3 tests/1 unit
I.400E-10
8.84E-11 to 2.38E-10
B
3 tests/1 unit
1.010E-10
4.58E-11 to 2.06E-10
B
3 tests/I unit
<2.760E-6
<4.64E-07 to 5.89E-06
B
3 tests/1 unit
<2.680E-5
2.39E-05 to 3.19E-05
B
3 tests/1 unit
1.410E-6
1.14E-06to 1.76E-06
B
3 tests/1 unit
3.640E-10
3.31E-10 to 3.96E-10
B
2 tests/1 unit
8.890E-10
4.58E-10 to 1.35E-09
B
3 tests/1 unit
2.240E-3
1.15E-03 to 3.64E-03
B
3 tests/1 unit
1.870E-5
B
1 test/1 unit
5.220E-6
2.05E-06to8.77E-06
B
3 tests/1 unit
<1.200E-6
<1.13E-06to 1.32E-06
B
3 tests/1 unit
<1.960E-10
<8.94E-11 to 3.02E-10
B
2 tests/1 unit
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPL1N0 LOCATION:
ERC-70
Madera Co-Generation Plant
Nonconfidential
San Joaquin
Industrial Boiler
Nonclassifiable Establishments
External Combustion Boilers
Industrial
Coke
Cogeneration
Boiler Baghouse Outlet
a
(D
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Baghouse
POLLUTANT NAME
CAS
HAP
METHOD
PeCDFuran (total)
NA
Y
CARB 428
Phenanthrene (POM)
85-OI-8
Y
CARB 429
Pyrene(POM)
129-00-0
Y
CARB 429
TCDFuran (total)
NA
Y
CARB 428
1,2,3,7,8-PeCDDioxin
40321-76-4
N
CARB 428
HxCDDioxin (total)
NA
N
CARB 428
PeCDDioxin (total)
NA
N
CARB 428
TCDDioxin (total)
NA
N
CARB 428
Zinc
7440-66-6
N
CARB 426
RESEARCHER:
LS
SIC CODE:
SCC:
9999
10200804
UNITS:
UNITS EXTENSION:
Ib/MMBtu
heat input
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
5.870E-9
B
1 test/1 unit
3.330E-6
1.42E-06 to 4.42E-06
B
3 tests/1 unit
1.450E-6
9.89E-07 to 1.84E-06
B
3 tests/1 unit
9.870E-9
3.14E-09 to 2.22E-08
B
3 tests/1 unit
<3.400E-11
2.79E-11 to <4.12E-11
B
3 tests/1 unit
7.950E-10
4.42E-10to I.33E-09
B
3 tests/1 unit
1.870E-9
7.04 E-10 to 4.12E-09
B
3 tests/1 unit
6.920E-9
1.74E-09 to 1.59E-08
B
3 tests/1 unit
8.810E-6
5.43E-06 to 1.53E-05
B
3 tests/1 unit
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-7I
Ragu Foods Company
Nonconfidential
San Joaquin
Industrial Boiler
Food And Kindred Products
External Combustion Boilers
Industrial
Residual Oil
Grade 6 Oil
Boiler Exhaust Stack
CONTROL STATUS:
CONTROL DEVICE:
Uncontrolled
Uncontrolled
Oi
O
POLLUTANT NAME
CAS
HAP
METHOD
Arsenic
7440-38-2
Y
CARB436
Benzene
71-43-2
Y
CARB410A
Beryllium
7440-41-7
Y
CARB 436
Cadmium
7440-43-9
Y
CARB424
Chromium (total)
7440-47-3
Y
CARB 425
Formaldehyde
50-00-0
Y
CARB 430
Manganese
7439-96-5
Y
CARB 436
Mercury
7439-97-6
Y
CARB 436
Nickel
7440-02-0
Y
CARB 436
Copper
7440-50-8
N
CARB 436
Zinc
7440-66-6
N
CARB 436
RESEARCHER:
LS
SIC CODE: 20
SCC: 10200401
UNITS: Ib/MMBtu
UNITS EXTENSION: heat input
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
9.670E-6
4.67E-06 to I.47E-05
B
2 tests/1 unit
9.380E-5
1.59E-05to I.78E-04
B
3 tests/1 unit
1.240E-5
1.16E-05 to I.35E-05
B
3 tests/1 unit
1.610E-7
1.01E-07 to 2.02E-07
B
3 tests/1 unit
2.000E-6
1.47E-06to2.61E-06
B
3 tests/1 unit
5.250E-5
4.23E-05 to 6.57E-05
B
3 tests/I unit
2.340E-3
B
1 test/1 unit
<2.640E-6
2.53E-06 to <2.76E-06
B
2 tests/1 unit
1.730E-3
1.61E-03 to 1.89E-03
B
3 tests/1 unit
2.870E-5
2.57E-05 to 3.38E-05
B
3 tests/1 unit
3.510E-5
2.76E-05 to 4.18E-05
B
3 tests/1 unit
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-72
Sierra Newark Company
Nonconfidential
San Joaquin
Industrial Boiler
Petroleum And Coal Products
External Combustion Boilers
Industrial
Residual Oil
Grade 6 Oil
Stack
CONTROL STATUS:
CONTROL DEVICE:
Uncontrolled
Uncontrolled
POLLUTANT NAME
CAS
HAP
METHOD
Arsenic
7440-38-2
Y
CARB5
Beryllium
7440-41-7
Y
CARB5
Chromium (total)
7440-47-3
Y
CARB5
Lead
7439-92-1
Y
CARB5
Manganese
7439-96-5
Y
CARB5
Naphthalene
91-20-3
Y
CARB 429
Nickel
7440-02-0
Y
CARB5
Selenium
7782-49-2
Y
CARB 5
Copper
7440-50-8
N
CARB 5
Zinc
7440-66-6
N
CARB 5
RESEARCHER:
ETG
SIC CODE:
SCC:
29
1020040I
UNITS:
UNITS EXTENSION:
Ib/MMBtu
heat input
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
5.750E-8
3.83 E-08 - 8.30E-08
B
3 tests/1
unit
5.750E-8
5.11 E-08 -6.39E-08
B
3 tests/1
unit
3.380E-4
2.23E-04 - 4.75E-04
B
3 tests/1
unit
2.770E-6
1.09E-07-8.10E-06
B
3 tests/1
unit
1.040E-4
5.13E-05 - 1.71E-04
B
3 tests/1
unit
6.470E-4
5.88E-04 - 7.52E-04
B
3 tests/1
unit
1.160E-39
7.24E-04 - 1.61E-03
B
3 tests/1
unit
4.260E-8
3.83E-08 - 5.11 E-08
B
3 tests/1
unit
1.300E-5
3.58E-06 - 2.58E-05
B
3 tests/1
unit
1.920E-4
3.73E-05 - 3.71E-04
B
3 tests/1
unit
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-73
Tri-Valley Growers
Nonconfidential
San Joaquin
Industrial Boiler
Canned Fruits And Vegetables
External Combustion Boilers
Industrial
Residual Oil
Grade 6 Oil
Boiler Exhaust Stack
CONTROL STATUS:
CONTROL DEVICE:
Uncontrolled
Uncontrolled
Ui
to
POLLUTANT NAME
CAS
HAP
METHOD
Arsenic
7440-38-2
Y
CARB436
Benzene
71-43-2
Y
CARB4I0A
Cadmium
7440-43-9
Y
CARB 436
Chromium (total)
7440-47-3
Y
CARB436
Ethyl benzene
100-41-4
Y
CARB410A
Formaldehyde
50-00-0
Y
CARB 430
Lead
7439-92-1
Y
CARB 436
Manganese
7439-96-5
Y
CARB 436
Nickel
7440-02-0
Y
CARB 436
Selenium
7782-49-2
Y
CARB 436
Toluene
108-88-3
Y
CARB4I0A
Xylene
1330-20-7
Y
CARB410A
Barium
7440-39-3
N
CARB 436
Cobalt
7440-48-4
Y
CARB 436
Copper
7440-50-8
N
CARB 436
Silver
7440-22-4
N
CARB 436
Vanadium
7440-62-2
N
CARB 436
RESEARCHER:
LS
SIC CODE: 2033
SCC: 10200401
UNITS: lb/1000 gal
UNITS EXTENSION: fuel
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
<1.600E-3
1.32E-03 to <1.91E-03
B
3 tests/1 unit
1.100E-3
4.6E-04 to 2.2E-03
B
3 tests/1 unit
5.500E-4
3.4E-04 to 6.7E-04
B
3 tests'! unit
4.900E-3
3.0E-03 to 6.8E-03
B
2 tests/1 unit
1.400E-3
3.1E-04to 2.IE-03
B
3 tests/I unit
3.250E-2
1.54E-02 to 5.38E-02
B
3 tests/1 unit
2.970E-2
2.24E-02 to 3.62E-02
B
3 tests/1 unit
7.280E-3
B
1 test/1 unit
1.050E-1
3.26E-02 to 1.53E-01
B
3 tests/1 unit
<2.660E-2
<1.57E-02 to 4.49E-02
B
3 tests/1 unit
8.800E-3
4.7E-03 to 1.2E-02
B
3 tests/1 unit
7.500E-3
2.4E-03 to 1.1E-02
B
3 tests/1 unit
2.350E-2
B
1 test/1 unit
2.200E-3
8.8E-04 to 3.3E-03
B
3 tests/1 unit
1.400E-2
1.1E-02 to 2.0E-02
B
3 tests/1 unit
1.410E-3
1.01E-03 to 1.85E-03
B
3 tests/1 unit
7.650E-2
2.41E-O2to 1.12E-01
B
3 tests/1 unit
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-73
Tri-Valley Growers
Nonconfidential
San Joaquin
Industrial Boiler
Canned Fruits And Vegetables
External Combustion Boilers
Industrial
Residual Oil
Grade 6 Oil
Boiler Exhaust Stack
CONTROL STATUS:
CONTROL DEVICE:
Uncontrolled
Uncontrolled
Ui
CO
POLLUTANT NAME
CAS
HAP
METHOD
Zinc
7440-66-6
N CARB436
RESEARCHER: LS
SIC CODE:
SCC:
2033
10200401
UNITS:
UNITS EXTENSION:
lb/1000 gal
fuel
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
5.520E-1
2.37E-01 to 1.09
B 3 tests/1 unit
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-74
UPF Corporation
Nonconfidential
San Joaquin
Wool Fiberglass Manufacturing
Mineral Wool
Industrial Processes
Mineral Products
Fiberglass Manufacturing
Other Not Classified
Forming and Curing Stack Outlet
RESEARCHER:
MP
SIC CODE:
SCC:
UNITS:
UNITS EXTENSION:
3296
30501299
Ib/dscf
CONTROL STATUS:
CONTROL DEVICE:
Uncontrolled
Uncontrolled
BLANK CORRECTIONS: Yes
POLLUTANT NAME
CAS
HAP
METHOD
FACTOR
RANGE OF DATA
Q
TEST RUNS
NOTE
Formaldehyde
50-00-0
Y
CARB430
2.060E-4
9.51E-05 to 2.79E-04
C
3 tests/2 units
Formaldehvde
50-00-0
Y
CARB430
2.730E-4
1.78E-04 to 4.55E-04
C
3 tests/I unit
Mineral fiber glasswool
Y
CARB5
<4.400E-5
<4.3E-07 to 2.1E-04
c
3 tests/2 units
Phenol
108-95-2
Y
BAAQMD Method ST-16
3.080E-4
I.18E-04to 5.16E-04
c
3 tests/2 units
(71
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-76
Shell Pipeline Corp.
Non-Confidential
San Joaquin
Industrial Boiler
Crude Petroleum And Natural Gas
External Combustion Boilers
Industrial
Residual Oil
Stack
cn
01
CONTROL STATUS:
CONTROL DEVICE:
Uncontrolled
Uncontrolled
POLLUTANT NAME
CAS
HAP
METHOD
Acenaphthylene (POM)
208-96-8
Y
CARB429
Benz-a-anthracene (POM)
56-55-3
Y
CARB 429
Benzene
71-43-2
Y
EPA 0030
Cadmium
7440-43-9
Y
EPA 12/101A
Hydrogen chloride
7647-01-0
Y
CARB 428
Nickel
7440-02-0
Y
EPA 12/101A
Selenium
7782-49-2
Y
EPA 12/101A
Toluene
108-88-3
Y
EPA 0030
Xylene
1330-20-7
Y
EPA 0030
RESEARCHER:
SAS
SIC CODE:
SCC:
1311
102004
UNITS:
UNITS EXTENSION:
lb/1000 gal
crude oil fired
BLANK CORRECTIONS: Yes
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
8.640E-6
1.42E-06 - 1.79E-05
B
3 tests/1 unit
3.160E-6
1.40E-06 • 4.93E-06
B
3 tests/I unit
3.140E-3
1.37E-03 - 5.90E-03
B
3 tests/I unit
2.990E-5
2.40E-05 - 3.59E-05
B
2 tests/I unit
1.900E-4
I.77E-04 - 2.09E-04
B
3 tests/1 unit
3.730E-I
3.75E-01-4.02E-01
B
3 tests/1 unit
4.420E-4
3.43E-04 - 5.39E-04
B
3 tests/1 unit
3.070E-3
9.66E-04 • 7.02E-03
B
3 tests/I unit
I.500E-3
6.86E-04 • 2.81E-03
B
3 tests/1 unit
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-77
Guardian Industries
Non-Confidential
San Joaquin
Industrial Boiler
Petroleum And Coal Products
Internal Combustion Engines
Industrial
Natural Gas
Turbine: Cogeneration
Test ports on stack.
W
O)
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Catalytic Reduction
POLLUTANT NAME
CAS:
HAP
METHOD
Acenaphthylene (POM)
208-96-8
Y
CARB429
Benzo-b-fluoranthene (POM)
205-99-2
Y
CARB429
Benzo-ghi-perylene (POM)
191-24-2
Y
CARB429
Benzo-k-fluoranthene (POM)
207-08-9
Y
CARB429
Fluoranthene (POM)
206-44-0
Y
CARB429
Indeno-123-cd-pyrene (POM)
193-39-5
Y
CARB 429
Naphthalene
91-20-3
Y
CARB429
Phenanthrene (POM)
85-01-8
Y
CARB 429
Pyrene (POM)
129-00-0
Y
CARB 429
i
RESEARCHER: ETG
SIC CODE: 29
SCC: 20200203
UNITS: Ib/MMBtu
UNITS EXTENSION: heat input
BLANK CORRECTIONS: No
FACTOR
RANGE Of DATA
TEST RUNS
NOTE
<3.590E-9
<2.47E-09 - 5.73E-09
B
3 tests/1 unit
<4.550E-9
<2.47E4»-8.60E-09
B
3 tests/1 unit
<2.770E-9
<2.47E-09 - 3.25E-09
B
3 tests/I unit
<3.l70E-9
<2.47E-09 - 4.47E-09
B
3 tests/1 unit
1.360E-8
9.36E-08 - I.71E-08
B
3 tests/I unit
<2.600E-9
<2.47E-09 - 2.74E-09
B
3 tests/I unit
9.160E-7
8.88E-07 - 9.33E-07
B
3 tests/1 unit
4.090E-8
2.55E-08 • 4.92E-08
B
3 tests/1 unit
3.410E-8
2.37E-08 -4.15E-08
B
3 tests/1 unit
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLINO LOCATION:
ERC-77
Guardian Industries
Non-Confidential
San Joaquin
Industrial Boiler
Petroleum And Coal Products
External Combustion Boilers
Electric Generation
Natural Gas
Boilers < 100 Million Btu/hr except Tangential
Stack
O
tit
CONTROL STATUS:
CONTROL DEVICE:
Uncontrolled
Uncontrolled
POLLUTANT NAME
CAS
HAP
METHOD
Acenaphthene (POM)
83-32-9
Y
CARB 429
Acenaphthylene (POM)
208-96-8
Y
CARB 429
Anthracene (POM)
120-12-7
Y
CARB 429
Benzo-b-fluoranthene (POM)
205-99-2
Y
CARB 429
Benzo-ghi-perylene (POM)
191-24-2
Y
CARB 429
Benzo-k-fl uoranthene (POM)
207-08-9
Y
CARB 429
Fluoranthene (POM)
206-44-0
Y
CARB 429
Fluorene (POM)
86-73-7
Y
CARB 429
Indeno-123-cd-pyrene (POM)
193-39-5
Y
CARB 429
Naphthalene
91-20-3
Y
CARB 429
Phenanthrene (POM)
85-01-8
Y
CARB 429
Pyrene(POM)
129-00-0
Y
CARB 429
RESEARCHER:
ETG
SIC CODE:
SCC:
29
10100602
UNITS:
UNITS EXTENSION:
Ib/MMBtu
heat input
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
<1.560E-8
<8.34E-09 - 2.44E-08
B
3 tests/1 unit
<5.000E-8
<8.34E-09 - 1.06E-07
B
3 tests/1 unit
<2.240E-8
<8.34E-09 - 2.94E-08
B
3 tests/1 unit
3.430E-8
1.16E-08-4.91E-08
B
3 tests/1 unit
<1.490E-8
<8.34E-09 - 1.85E-08
B
3 tests/1 unit
<1.150E-8
<8.34E-09 - 1.43E-08
B
3 tests/1 unit
6.I90E-8
1.60E-08 - 9.27E-08
B
3 tests/1 unit
9.130E-8
1.6E-08 - 1.34E-07
B
3 tests/1 unit
<1.850E-8
<8.34E-09 - 2.44E-08
B
3 tests/1 unit
4.220E-6
2.78E-06 - 5.70E-06
B
3 tests/1 unit
2.230E-7
6.65E-08 - 3.26E-07
B
3 tests/1 unit
1.050E-7
2.67E-08 - 1.79E-07
B
3 tests/1 unit
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-78
Pirelli Armstrong Tire
Non-Confidential
San Joaquin
Industrial Boiler
Tires And Inner Tubes
Externa! Combustion Boilers
Industrial
Residual Oil
Grade 6 Oil
Stack
CONTROL STATUS:
CONTROL DEVICE:
Uncontrolled
No control specified, assume uncontrolled
Ui
oo
POLLUTANT NAME
CAS
HAP
METHOD
Arsenic
7440-38-2
Y
CARB436
Benzene
71-43-2
Y
CARB4I0A
Beryllium
7440-41-7
Y
CARB 436
Cadmium
7440-43-9
Y
CARB 436
Chromium (total)
7440-47-3
Y
CARB 436
Formaldehyde
50-00-0
Y
CARB 430
Lead
7439-92-1
Y
CARB 436
Manganese
7439-96-5
Y
CARB 436
Mercury
7439-97-6
Y
CARB 436
Nickel
7440-02-0
Y
CARB 436
Selenium
7782-49-2
Y
CARB 436
Copper
7440-50-8
N
CARB 436
Zinc
7440-66-6
N
CARB 436
RESEARCHER: SAS
SIC CODE:
SCC:
301
10200401
UNITS:
UNITS EXTENSION:
lb/1000 gal
No. 6 fuel oil fired
BLANK CORRECTIONS: Yes
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
4.990E-4
3.08E-04 - 8.43E-04
C
3 tests/1
unit
1.950E-2
2.38E-03 - 4.07E-02
C
5 tests/1
unit
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-79
Delano Energy
Non-Confidential
San Joaquin
Industrial Boiler
Crude Petroleum And Natural Gas
External Combustion Boilers
Electric Generation
Natural Gas
Boilers < 100 Million Btu/hr except Tangential
Stack
Oi
(O
CONTROL STATUS:
CONTROL DEVICE:
Uncontrolled
No control specified, assume uncontrolled
POLLUTANT NAME
CAS
HAP
METHOD
Acetaldehyde
75-07-0
Y
CARB430
Acetaldehyde
73-07-0
Y
CARB 430
Acetaldehyde
75-07-0
Y
CARB430
Acrolein
107-02-8
Y
CARB 430
Acrolein
107-02-8
Y
CARB 430
Acrolein
107-02-8
Y
CARB 430
Formaldehyde
50-00-0
Y
CARB 430
Formaldehyde
50-00-0
Y
CARB 430
Formaldehyde
50-00-0
Y
CARB 430
Carbon monoxide
630-08-0
N
CARB 100
Carbon monoxide
630-08-0
N
CARB 100
Carbon monoxide
630-08-0
N
CARB 100
Methane
74-82-8
N
EPA Method 18
Methane
74-82-8
N
EPA Method 18
Nitrogen oxides (NOx)
N
CARB 100
Nitrogen oxides (NOx)
N
CARB 100
Nitrogen oxides (NOx)
N
CARB 100
RESEARCHER:
KJM
SIC CODE:
SCC:
1311
10100602
UNITS:
UNITS EXTENSION:
Ib/MMBtu
heat input
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS NOTE
1.590E-5
2.090E-5
1.520E-5
I.890E-5"
1.680E-5
1.800E-5
3.680E-5
2.170E-5
4.890E-4
5.960E-3
3.660E-3
6.060E-3
<6.930E-4
<4.890E-4
3.500E-2
2.380E-2
8.190E-2
1.76E-05 - 2.42E-05
1.62E-05 - 1.73E-05
1.J6E-05 - 2.78E-05
5.12E-03 -6.80E-03
3.72E-04 • 6.93E-03
3.21E-02 - 3.79E-02
2.30E-02 - 2.46E-02
A
3 tests/1
unit
A
6 tests/2
units
A
3 tests/1
unit
A
3 tests/1
unit
A
6 tests/2
units
A
3 tests/1
unit
A
3 tests/I
unit
A
6 tests/2
units
A
3 tests/1
unit
A
4 tests/2
units
A
4 tests/2
units
A
2 tests/1
unit
A
3 tests/1
unit
A
3 tests/1
unit
A
4 tests/2
units
A
4 tests/2
units
A
2 tests/1
unit
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLtNG LOCATION:
ERC-79
Delano Energy
Non-Confidential
San Joaquin
Industrial Boiler
Crude Petroleum And Natural Gas
External Combustion Boilers
Electric Generation
Natural Gas
Boilers < 100 Million Btu/hr except Tangential
Stack
CONTROL STATUS:
CONTROL DEVICE:
Uncontrolled
No control specified, assume uncontrolled
POLLUTANT NAME
CAS
HAP
METHOD
Sulfur dioxide
Sulfur dioxide
Sulfur dioxide
Total organic compounds (TOC)
Total organic compounds (TOC)
Total organic compounds (TOC)
74464)9-5
7446-09-5
7446-09-5
N
N
N
N
N
N
CARB 100
CARB 100
CARB 100
CARB 100
CARB 100
CARB 100
RESEARCHER:
KJM
SIC CODE:
SCC:
1311
10100602
UNITS:
UNITS EXTENSION:
Ib/MMBtu
heat input
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS NOTE
1.460E-2
1.880E-1
8.140E-4
I.030E-3
1.390E-3
4.480E-3
2.46E-03 - 2.67E-02
1.80E-01 • 1.96E-01
8.19E-04 - 1.25E-03
A
A
A
A
A
A
4 tests/2 units
4 tests/2 units
2 tests/1 unit
4 tests/2 units
2 tests/I units
2 tests/1 unit
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-80
Industrial Asphalt
Non-Confidential
San Joaquin
Industrial Boiler
Petroleum And Coat Products
External Combustion Boilers
Electric Generation
Distillate Oil
Grades 1 and 2 Oil
Stack
RESEARCHER:
ETO
SIC CODE:
SCC:
UNITS:
UNITS EXTENSION:
29
I0I00S01
Ib/MMBtu
heat input
CONTROL STATUS:
CONTROL DEVICE:
Uncontrolled
Uncontrolled
BLANK CORRECTIONS: No
POLLUTANT NAME
CAS
HAP
METHOD
FACTOR
RANGE OF DATA
Q
TEST RUNS
NOTE
Chrysene (POM)
218-01-9
Y
CARB 428/29 ft EPA Modified Method 5.
4.440E-8
3.37E-08 - 5.91E-08
B
3 tests/1 unit
Fluoranthene (POM)
206-44-0
Y
CARB 428/29 ft EPA Modified Method 5.
9.360E-8
6.42E-08 • 1.14E-07
B
3 tests/1 unit
Manganese
7439-96-5
Y
CARB 436
3.970E-5
1.64E-05 • 8.34E-05
B
3 tests/1 unit
Pyrene (POM)
129-00-0
Y
CARB 428/29 ft EPA Modified Method 5.
5.I50E-8
2.57E-08 - 7.47E-08
B
3 tests/1 unit
Selenium
7782-49-2
Y
CARB 436
<1.970E-5
9.89E-06 • <2.45E-05
B
3 tests/1 unit
Copper
7440-50-8
N
CARB 436
2.630E-5
6.10E-06 • 1.38E-05
B
3 tests/1 unit
Zinc
7440-66-6
N
CARB 436
1.100E-4
5.85E-OJ •2.11E-04
B
3 tests/1 unit
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-81
Industrial Asphalt
Non-Confidential
San Joaquin
Industrial Boiler
Petroleum And Coal Products
External Combustion Boilers
Industrial
Residual Oil
Grade 5 Oil
Combined boiler stack
O CONTROL STATUS: Uncontrolled
6, CONTROL DEVICE: Uncontrolled
to
POLLUTANT NAME
CAS
HAP
METHOD
Fluoranthene (POM)
Formaldehyde
Naphthalene
206-44-0
50-00-0
91-20-3
Y CARB429
Y CARB 430
Y CARB 429
RESEARCHER: SAS
SIC CODE: 29
SCC: 10200404
UNITS: Ib/MMBtu
UNITS EXTENSION: heat input
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
1.340E-8 6.38E-09 - 2.06E-08
4.700E-5
3.360E-7 2.90E-07 • 4.16E-07
A 3 tests/1 unit
A I test/I unit
A 3 tests/1 unit
(73)
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-83
Delano Energy (11/8/91)
Nonconfidential
San Joaquin
Industrial Boiler
Electronic & Other Electric Equipment
External Combustion Boilers
Electric Generation
Wood/Bark Waste
Wood-fired Boiler
Stack
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Miscellaneous Control Devices
POLLUTANT NAME
CAS
HAP
METHOD
1,2,3,4,6,7,8-HpCDFuran
67562-39-4
Y
CARB428
1,2,3,4,6,7,8-HpCDFuran
67562-39-4
Y
CARB428
1,2,3,4,7,8-HxCDFuran
70648-26-9
Y
CARB428
1,2,3,4,7,8-HxCDFuran
70648-26-9
Y
CARB428
1,2,3,6,7,8-HxCDFuran
57117-44-9
Y
CARB428
1,2,3,6,7,8-HxCDFuran
57117-44-9
Y
CARB 428
t ,2,3,7,8-PeCDFuran
57117-41-6
Y
CARB428
1,2,3,7,8-PeCDFuran
57117-41-6
Y
CARB 428
2,3,4,6,7,8-HxCDFuran
60851-34-5
Y
CARB 428
2,3,4,6,7,8-HxCDFuran
60851-34-5
Y
CARB 428
2,3,4,7,8-PeCDFuran
57117-31-4
Y
CARB 428
2,3,4,7,8-PeCDFuran
57117-31-4
Y
CARB 428
2,3,7,8-TCDFuran
51207-31-9
Y
CARB 428
2,3,7,8-TCDFuran
51207-31-9
Y
CARB 428
Acenaphthene (POM)
83-32-9
Y
CARB 429
Acenaphthene (POM)
83-32-9
Y
CARB 429
Acenaphthylene (POM)
208-96-8
Y
CARB 429
RESEARCHER:
SAS
SIC CODE:
SCC:
36
10100903
UNITS:
UNITS EXTENSION:
lb/MMBtu
heat input
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
7.870E-12
4.89E-12- 1.33E-11
B
3 tests/1 unit
(40)
7.920E-12
6.10E-12 - 1.06E-H
B
3 tests/1 unit
(40)
6.180E-12
2.58E-12- 1.16E-1I
B
3 tests/1 unit
(40)
3.800E-12
2.76E-12-4.42E-12
B
3 tests/1 unit
(40)
5.540E-I2
3.16E-12 -9.43E-12
B
3 tests/1 unit
(40)
3.260E-12
1.74E-12 - 4.27E-12
B
3 tests/1 unit
(40)
8.080E-12
4.89E-12- 1.26E-I1
B
3 tests/I unit
(40)
8.440E-12
3.92E-12 - 1.16E-U
B
3 tests/1 unit
(40)
3.650E-12
2.53E-12 -4.94E-12
B
3 tests/1 unit
(40)
2.7J0E-12
1.89E-12 - 3.97E-12
B
3 tests/1 unit
<40)
1.090E-11
6.50E-12 • 1.60E-11
B
3 tests/1 unit
(40)
9.030E-12
5.95E-I2- 1.16E-11
B
3 tests/I unit
(40)
1.070E-11
6.50E-12- 1.34E-11
B
3 tests/1 unit
(40)
1.330E-11
7.55E-12-2.06E-11
B
3 tests/1 unit
(40)
7.630E-9
1.73E-09 - 1.43E-08
B
3 tests/1 unit
(40)
3.730E-8
1.76E-08 - 5.95E-08
B
3 tests/1 unit
(32)
1.120E-8
2.02E-09 - 2.68E-08
B
3 tests/1 unit
(40)
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-83
Delano Energy (11/8/91)
Nonconfidential
San Joaquin
Industrial Boiler
Electronic & Other Electric Equipment
External Combustion Boilers
Electric Generation
Wood/Bark Waste
Wood-fired Boiler
Stack
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Miscellaneous Control Devices
POLLUTANT NAME
CAS
HAP
METHOD
Acenaphthylene (POM)
208-96-8
Y
CARB 429
AceUldehyde
75-07-0
Y
CARB430
Acetaldehyde
75-07-0
Y
CARB 430
Acrolein
107-02-8
Y
CARB 430
Anthracene (POM)
120-12-7
Y
CARB 429
Anthracene (POM)
120-12-7
Y
CARB 429
Arsenic
7440-38-2
Y
CARB 436
Arsenic
7440-38-2
Y
CARB 436
Benz-a-anthracene (POM)
56-55-3
Y
CARB 429
Benz-a-anthracene (POM)
56-55-3
Y
CARB 429
Benzo-b-fluoranthene (POM)
205-99-2
Y
CARB 429
Benzo-k-fluoranthene (POM)
207-08-9
Y
CARB 429
Beryllium
7440-41-7
Y
CARB 436
Cadmium
7440-43-9
Y
CARB 436
Cadmium
7440-43-9
Y
CARB 436
Chromium (total)
7440-47-3
Y
CARB 425
Chromium (total)
7440-47-3
Y
CARB 425
Chrysene (POM)
218-01-9
Y
CARB 429
RESEARCHER:
SAS
SIC CODE:
SCC:
36
10100903
UNITS:
UNITS EXTENSION:
Ib/MMBtu
heat input
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
3.520E-8
8.23E-09 - 5.52E-08
B
3 tests/1 unit
(32)
6.950E-5
1.41E-05 - 1.15E-04
B
3 tests/1 unit
(40)
1.370E-5
1.26E-05 - 1.50E-05
B
3 tests/1 unit
(32)
<8.340E-6
<1.76E-06 - 2.I4E-05
B
3 tests/1 unit
(32)
2.010E-8
3.46E-09 - 5.22E-08
B
3 tests/1 unit
(40)
6.780E-8
2.35E-08 - 1.20E-07
B
3 tests/1 unit
(32)
4.030E-7
8.55E-08 - 7.02E-07
B
3 tests/1 unit
(37)
1.I70E-6
9.79E-07 - 1.37E-06
B
3 tests/I unit
(40)
<1.650E-9
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-83
Delano Energy (11/8/91)
Nonconfidential
San Joaquin
Industrial Boiler
Electronic & Other Electric Equipment
External Combustion Boilers
Electric Generation
Wood/Bark Waste
Wood-fired Boiler
Stack
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Miscellaneous Control Devices
POLLUTANT NAME
CAS
HAP
METHOD
Fluoranthene (POM)
206-44-0
Y
CARB 429
Fluoranthene (POM)
206-44-0
Y
CARB429
Fluorene (POM)
86-73-7
Y
CARB429
Fluorene (POM)
86-73-7
Y
CARB 429
Formaldehyde
50-00-0
Y
CARB 430
Formaldehyde
50-00-0
Y
CARB 430
Hepta-PCB, total
Y
CARB 428
Hexa-PCB, total
Y
CARB 428
Hexa-PCB, total
Y
CARB 428
HpCDFuran (total)
NA
Y
CARB 428
HpCDFuran (total)
NA
Y
CARB 428
HxCDFuran (total)
NA
Y
CARB 428
HxCDFuran (total)
NA
Y
CARB 428
Hydrogen chloride
7647-01-0
Y
CARB 421
Hydrogen chloride
7647-01-0
Y
CARB 421
Indeno-123-cd-pyrene (POM)
193-39-5
Y
CARB 429
Lead
7439-92-1
Y
CARB 436
Lead
7439-92-1
Y
CARB 436
RESEARCHER:
SAS
SIC CODE:
SCC:
36
10100903
UNITS:
UNITS EXTENSION:
Ib/MMBtu
heat input
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
1.270E-8
7.75E-09- 1.59E-08
B
3 tests/I unit
(40)
2.880E-7
I.62E-07 - 5.12E-07
B
3 tests/1 unit
(32)
2.600E-8
8.65E-09 - 4.04E-08
B
3 tests/1 unit
(40)
8.940E-8-
I.60E-08- 1.66E-07
B
3 tests/1 unit
(32)
4.030E-5
2.81E-05 - 5.01 E-05
B
3 tests/1 unit
(40)
1.920E-4
1.60E-04 - 2.I7E-04
B
3 tests/1 unit
(32)
1.870E-9
1.62E-09 - 2.26E-09
B
3 tests/1 unit
(40)
3.480E-10
1.64E-10- 5.04E-I0
B
3 tests/1 unit
(40)
3.900E-9
3.34 E-09 - 4.82E-09
B
3 tests/1 unit
(40)
7.870E-I2
4.89E-I2- I.33E-U
B
3 tests/1 unit
(40)
8.780E-12
6.10E-12 - I.06E-11
B
3 tests/1 unit
(40)
4.160E-11
4.34E-12-9.58E-11
B
3 tests/1 unit
(40)
1.180E-U
3.92E-12- 1.76E-11
B
3 tests/1 unit
(40)
1.890E-2
6.67E-03 - 2.76E-02
B
3 tests/1 unit
(40)
8.260E-3
4.21E-03 - 1.33E-02
B
3 tests/1 unit
(32)
1.480E-9
1.45E-09- 1.51E-09
B
3 tests/1 unit
(32)
2.770E-6
1.40E-07 - 4.26E-06
B
3 tests/1 unit
(39)
6.200E-6
1.46E-07-9.41E-06
B
3 tests/1 unit
(40)
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-83
Delano Energy (11/8/91)
Nonconfidential
San Joaquin
Industrial Boiler
Electronic & Other Electric Equipment
External Combustion Boilers
Electric Generation
Wood/Bark Waste
Wood-fired Boiler
Stack
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Miscellaneous Control Devices
POLLUTANT NAME
CAS
HAP
METHOD
Manganese
7439-96-5
Y
CARB436
Manganese
7439-96-5
Y
CARB 436
Mercury
7439-97-6
Y
CARB 436
Naphthalene
91-20-3
Y
CARB 429
Naphthalene
91-20-3
Y
CARB 429
Nickel
7440-02-0
Y
CARB 436
Nickel
7440-02-0
Y
CARB 436
OCDFuran (total)
39001-02-0
Y
CARB 428
OCDFuran (total)
39001-02-0
Y
CARB 428
PeCDFuran (total)
NA
Y
CARB 428
PeCDFuran (total)
NA
Y
CARB 428
Phenanthrene (POM)
85-01-8
Y
CARB 429
Phenanthrene (POM)
85-01-8
Y
CARB 429
Pyrene (POM)
129-00-0
Y
CARB 429
Pjrene (POM)
129-00-0
Y
CARB 429
Selenium
7782-49-2
Y
CARB 436
Selenium
7782-49-2
Y
CARB 436
TCDFuran (total)
NA
Y
CARB 428
RESEARCHER:
SAS
SIC CODE:
SCC:
36
10100903
UNITS:
UNITS EXTENSION:
Ib/MMBtu
heat input
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
1.080E-5
2.99E-07 - 2.78E-05
B
3 tests/1 unit
(40)
5.450E-5
3.11E-07 - 9.66E-05
B
3 tests/1 unit
(40)
<7.070E-7
<3.11E-07 - 1.49E-06
B
3 tests/1 unit
(40)
6.900E-7
2.02E-07 - 1.49E-06
B
3 tests/1 unit
(40)
1.460E-6
2.50E-07 - 3.49E-06
B
3 tests/1 unit
(32)
5.770E-7
2.32E-07 - 1.04E-06
B
3 tests/1 unit
(40)
2.550E-6
2.41E-07 - 5.25E-06
B
3 tests/1 unit
(40)
1.390E-11
9.66E-12-2.03E-11
B
3 tests/I unit
(40)
1.090E-11
8.28E-12 • 1.46E-1I
B
3 tests/1 unit
(40)
9.500E-11
5.04E-11 - 1.45E-I0
B
3 tests/1 unit
(40)
1.160E-10
5.22E-11 - 1.62E-10
B
3 tests/1 unit
(38)
7.150E-8
5.97E-08 - 8.13E-08
B
3 tests/1 unit
(40)
1.070E-6
6.17E-07 - 1.38E-06
B
3 tests/1 unit
(32)
7.380E-9
5.07E-09 - 8.65E-09
B
3 tests/1 unit
(40)
5.720E-8
2.71E-08 - 8.13E-08
B
3 tests/1 unit
(32)
4.260E-7
2.81E-07 - 7.12E-07
B
3 tests/1 unit
(40)
6.790E-7
1.41E-07 - 1.21E-06
B
3 tests/1 unit
(40)
3.040E-10
1.73E-10-4.19E-10
B
3 tests/1 unit
(40)
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-83
Delano Energy (11/8/91)
Nonconfidential
San Joaquin
Industrial Boiler
Electronic & Other Electric Equipment
External Combustion Boilers
Electric Generation
Wood/Bark Waste
Wood-fired Boiler
Stack
O
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Miscellaneous Control Devices
POLLUTANT NAME
CAS
HAP
METHOD
TCDFuran (total)
NA
Y
CARB428
Toluene
108-88-3
Y
CARB410A
Toluene
108-88-3
Y
CARB410A
Total DIPCB
NA
Y
CARB428
Total Deca PCB
NA
Y
CARB428
Total Mono PCB
NA
Y
CARB428
Total Mono PCB
NA
Y
CARB 428
Total Nona PCB
NA
Y
CARB428
Total Pcnta PCB
25429-29-2
Y
CARB 428
Total Penta PCB
25429-29-2
Y
CARB 428
Total Tetra PCB
26914-33-0
Y
CARB 428
Total Tetra PCB
26914-33-0
Y
CARB 428
Total Tri PCB
NA
Y
CARB 428
Total Tri PCB
NA
Y
CARB 428
Xylene
1330-20-7
Y
CARB410A
1,2,3,4,6,7,8-HpCDDioxin
35822-46-9
N
CARB 428
1,2,3,4,6,7,8-HpCDDioxin
35822-46-9
N
CARB 428
Ammonia
7664-41-7
N
BAAQMD ST-1B
RESEARCHER: SAS
SIC CODE:
SCC:
36
10100903
UNITS:
UNITS EXTENSION:
Ib/MMBtu
heat input
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
4.330E-10
2.76E-10 • 6.32E-10
B
3 tests/1 unit
(40)
<5.650E-6
<5.04E-06-6.87^06
B
3 tests/1 unit
(40)
<7.660E-6
<5.05E-06 - 9.29E-06
B
3 tests/1 unit
(32)
8.220E-8
5.42E-08 - 1.25E-07
B
3 tests/1 unit
(40)
2.780E-10
1.81E-10 -4.69E-10
B
3 tests/1 unit
(32)
1.510E-8
1.27E-09 -3.19E-08
B
3 tests/1 unit
(40)
9.010E-9
5.72E-09 - 1.20E-08
B
3 tests/1 unit
(40)
2.670E-10
1.43E-I0 -3.81E-10
B
3 tests/1 unit
(40)
<3.080E-I0
<1.04E-10 - 7.10E-10
B
3 tests/1 unit
(40)
7.350E-9
6.25E-09 - 9.49E-09
B
3 tests/1 unit
(40)
2.540E-9
1.12E-09 -3.34E-09
B
3 tests/1 unit
(40)
2.120E-8
1.60E-08-2.71E-08
B
3 tests/I unit
(40)
1.320E-8
4.19E-09 -2.91E-08
B
3 tests/1 unit
(40)
2.590E-7
1.91E-07-3.92E-07
B
3 tests/1 unit
(40)
<9.160E-6
<5.20E-06 - 1.71E-05
B
3 tests/1 unit
(32)
<5.760E-12
<4.47E-12 - 7.60E-12
B
3 tests/1 unit
(40)
1.500E-11
6.40E-12 - 3.09E-11
B
3 tests/1 unit
(40)
1.180E-1
1.07E-01 - 1.33E-01
B
3 tests. 1 unit
(40)
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLINO LOCATION:
ERC-83
Delano Energy (11/8/91)
Nonconfidential
San Joaquin
Industrial Boiler
Electronic & Other Electric Equipment
External Combustion Boilers
Electric Generation
Wood/Bark Waste
Wood-fired Boiler
Stack
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Miscellaneous Control Devices
POLLUTANT NAME
CAS
HAP
METHOD
Ammonia
7664-41-7
N
BAAQMD ST-1B
Copper
7440-50-8
N
CARB436
Copper
7440-50-8
N
CARB 436
HpCDDioxin (total)
NA
N
CARB428
HpCDDioxin (total)
NA
N
CARB 428
HxCDDioxin (total)
NA
N
CARB 428
HxCDDioxin (total)
NA
N
CARB 428
OCDDioxin (total)
3268-87-9
N
CARB 428
OCDDioxin (total)
3268-87-9
N
CARB 428
PeCDDioxin (total)
NA
N
CARB 428
PeCDDioxin (total)
NA
N
CARB 428
TCDDioxin (total)
NA
N
CARB 428
TCDDioxin (total)
NA
N
CARB 428
Zinc
7440-66-6
N
CARB 436
Zinc
7440-66-6
N
CARB 436
RESEARCHER:
SAS
SIC CODE:
SCC:
36
10100903
UNITS:
UNITS EXTENSION:
Ib/MMBtu
heat input
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
2.840E-2
2.I6E-02 - 3.73E-02
B
3 tests/1 unit
(32)
2.430E-6
2.11E-06 - 2.94E-06
B
3 tests/1 unit
(40)
4.130E-6
3.06E-06 - 5.37E-06
B
3 tests/1 unit
(40)
<9.730E-12
<4.47E-12 - 1.37E-11
B
3 tests/1 unit
(40)
1.950E-1I
6.40E-12-3.54E-11
B
3 tests/1 unit
(40)
5.540E-11
2.58E-11 - 9.43E-11
B
3 tests/1 unit
(40)
4.980E-11
2.61 E-l 1 -7.05E-11
B
3 tests/I unit
(40)
2.260E-l 1
I.44E-11 - 3.44E-11
B
3 tests/1 unit
(40)
2.750E-11
1.81 E-l 1 -4.42E-11
B
3 tests/1 unit
(40)
I.040E-10
5.62E-1I - 1.43E-10
B
3 tests/1 unit
(40)
I.350E-10
6.68E-11 - 2.06E-10
B
3 tests/1 unit
(40)
1.210E-10
7.20E-11 - 1.64E-10
B
3 tests/1 unit
(40)
2.380E-10
1.37E-10-3.81E-10
B
3 tests/1 unit
(40)
1.170E-5
7.20E-07 - 1.84E-05
B
3 tests/1 unit
(40)
2.440E-5
7.50E-07 - 3.94E-05
B
3 tests/1 unit
(40)
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-84
North Fork Energy, Inc.
Nonconfidential
San Joaquin
Industrial Boiler
Electric Services
External Combustion Boilers
Electric Generation
Wood/Bark Waste
Wood-fired Boiler
ESP stack outlet
O
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-84
North Foik Energy, Inc.
Nonconfidential
San Joaquin
Industrial Boiler
Electric Services
External Combustion Boilers
Electric Generation
Wood/Baik Waste
Wood-fired Boiler
ESP stack outlet
-vj
O
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Electrostatic Precipitator
POLLUTANT NAME
CAS
HAP
METHOD
Total Tetra PCB
1,2,3,4,6,7,8-HpCDDioxin
OCDDioxin (total)
26914-33-0 Y CARB Method 428
35822-46-9 N CARB Method 428
3268-87-9 N CARB Method 428
RESEARCHER:
RD
SIC CODE:
SCC:
4911
10100903
UNITS:
UNITS EXTENSION:
lb/ton
wood burned
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
2.170E-8
9.190E-I0
9.190E-9
B 3 tests/I unit
B 3 tests/1 unit
B 3 tests/1 unit
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.: ERC-86
FACILITY NAME: George AFB Hospital
CONFIDENTIALITY STATUS: Nonconfidential
AIR DISTRICT: Mojave Desert
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
Waste TSDF
Hospitals
Waste Disposal
Solid Waste Disposal - Commercial/Institutional
Incineration: Special Purpose
Medical Waste Incinerator
Stack
CONTROL STATUS:
V CONTROL DEVICE:
>1
POLLUTANT NAME
CAS
HAP
METHOD
Acenaphthene (POM)
83-32-9
Y
CARB 428 and 429
Acenaphthylene (POM)
208-96-8
Y
CARB 428 and 429
Anthracene (POM)
120-12-7
Y
CARB 428 and 429
Benz-a-anthracene (POM)
56-55-3
Y
CARB 428 and 429
Benzo-a-pyrene (POM)
50-32-8
Y
CARB 428 and 429
Benzo-b-fluoranthenc (POM)
205-99-2
Y
CARB 428 and 429
Benzo-ghi-perylene (POM)
191-24-2
Y
CARB 428 and 429
Benzo-k-fluoranthene (POM)
207-08-9
Y
CARB 428 and 429
Cadmium
7440-43-9
Y
CARB 436
Chromium (total)
7440-47-3
Y
CARB 436
Chromium, Hexavalent
18540-29-9
Y
EPA Ci(VI) draft
Chrysene (POM)
218-01-9
Y
CARB 428 and 429
Dibenz-ah-anthracene (POM)
53-70-3
Y
CARB 428 and 429
Fluoranthene (POM)
206-44-0
Y
CARB 428 and 429
Fluorene (POM)
86-73-7
Y
CARB 428 and 429
HpCDFuran (total)
NA
Y
CARB 428 and 429
HxCDFuran (total)
NA
Y
CARB 428 and 429
Uncontrolled
Uncontrolled
RESEARCHER: SAS
SIC CODE:
SCC:
806
50200504
UNITS:
UNITS EXTENSION:
lb/lb
waste burned
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
<6.080E-6
<1.49E-06 - 1.30E-05
A
3 tests/1
unit
1.520E-4
3.98E-05 - 2.92E-04
A
3 tests/1
unit
<5.390E-5
<1.49E-05 - I.07E-04
A
3 tests/1
unit
1.920E-5 •
2.57E-06 - 3.80E-05
A
3 tests/1
unit
<3.360E-6
<1.49E-06 - 5.58E-06
A
3 tests/1
unit
9.120E-6
3.05E-06 - 1.47E-05
A
3 tests/1
unit
<3.610E-6
<1.49E-06 - 5.55E-06
A
3 tests/1
unit
1.270E-5
2.45E-06 - 1.90E-05
A
3 tests/1
unit
1.650E-6
5.57E-07 - 3.30E-06
A
3 tests/1
unit
9.010E-7
4.0IE-07 - 1.49E-06
A
3 tests/1
unit
<6.690E-8
<5.20E-08 - 8.17E-08
A
3 tests/I
unit
2.600E-5
5.48E-06 - 4.40E-05
B
3 tests/1
unit
<1.590E-6
1.45E-06-C1.81E-06
A
3 tests/1
unit
9.550E-5
3.55E-05 - 1.69E-04
A
3 tests/I
unit
7.270E-5
1.06E-05 - 1.36E-04
A
3 tests/1
unit
I.500E-7
6.59E-08 - 1.98E-07
A
3 tests/1
unit
1.550E-7
1.07E-07 - 2.31E-07
A
3 tests/1
unit
-------
ERC-86
George AFB Hospital
Nonconfidential
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
Mojave Desert
Waste TSDF
Hospitals
Waste Disposal
Solid Waste Disposal - Commercial/Institutional
Incineration: Special Purpose
Medical Waste Incinerator
Stack
CONTROL STATUS:
CONTROL DEVICE:
POLLUTANT NAME
CAS
HAP
METHOD
Hydrogen chloride
7647-01-0
Y
CARB 5 and 421
Hydrogen fluoride
7664-39-3
Y
CARB 5 and 421
Indeno-123-cd-pyrene (POM)
193-39-5
Y
CARB 428 and 429
Mercury
7439-97-6
Y
CARB 436
Naphthalene
91-20-3
Y
CARB 428 and 429
Nickel
7440-02-0
Y
CARB 436
OCDFuran (total)
39001-02-0
Y
CARB 428 and 429
PeCDFuran (total)
NA
Y
CARB 428 and 429
Phenanthrene (POM)
85-01-8
Y
CARB 428 and 429
Pyrene (POM)
129-00-0
Y
CARB 428 and 429
TCDFuran (total)
NA
Y
CARB 428 and 429
Aluminum
7429-90-5
N
CARB 436
HpCDDioxin (total)
NA
N
CARB 428 and 429
HxCDDioxin (total)
NA
N
CARB 428 and 429
Molybdenum
7439-98-7
N
CARB 436
OCDDioxin (total)
3268-87-9
N
CARB 428 and 429
PeCDDioxin (total)
NA
N
CARB 428 and 429
TCDDioxin (total)
NA
N
CARB 428 and 429
Uncontrolled
Uncontrolled
RESEARCHER:
SAS
SICCODF- 806
SCC: 50200504
UNITS: lb/lb
UNITS EXTENSION: waste burned
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
2.1I0E-2
1.490E-4
<2.960E-6
<3.670E-7
>2.130E-4
1.630E-7
1.940E-8
1.390E-7
I.790E-4
8.730E-5
1.810E-7
8.900E-5
6.590E-8
1.040E-7
3.270E-6
1.760E-8
6.240E-8
4.770E-8
1.75E-02 -
8.24E-05 -
<1.49E-06
<4.46E-08
1.31E-04 -
3.86E-07 -
1.11E-08-
7.92E-08 -
7.57E-05 -
2.68E-05 -
1.30E47-
7.0IE-05 -
3.84E-08 -
6.32E-08 -
2.73 E-06 -
1.04E-08 -
4.82E-08 •
4.18E-08 -
2.80E-02
2.03E-04
- 4.23E-06
- 8.92E-07
>3.62E-04
3.76E-06
2.65E-08
1.81E-07
3.16E-04
1.61E-04
2.I1E-07
I.02E-04
8.9IE-08
1.40E-07
3.57E-06
2.36E-08
7.00E-08
5.44E-08
A 3 tests/I unit
A 3 tests/1 unit
A 3 tests/1 unit
A 3 tests/1 unit
A 3 tests/1 unit
A 3 tests/I unit
A 3 tests/1 unit
A 3 tests/1 unit
A 3 tests/1 unit
A 3 tests/1 unit
A 3 tests/1 unit
A 3 tests/1 unit
A 3 tests/1 unit
A 3 tests/1 unit
A 3 tests/1 unit
A 3 tests/1 unit
A 3 tests/1 unit
A 3 tests/1 unit
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-88
Mammoth Mountain Ski Area
Nonconfidential
Great Basin
Waste TSDF
Amusement And Recreation, Nec
Waste Disposal
Solid Waste Disposal - Industrial
Incineration
Single Chamber
Stack
CONTROL STATUS:
9 CONTROL DEVICE:
•J
w
Uncontrolled
No control specified, assume uncontrolled
POLLUTANT NAME
CAS
HAP
METHOD
Cadmium
7440-43-9
Y
CARB Method 436
Chromium, Hexavalent
18540-29-9
Y
CARB Method 425
Lead
7439-92-1
Y
CARB Method 436
Manganese
7439-96-5
Y
CARB Method 436
Mercury
7439-97-6
Y
CARB Method 436
Copper
7440-50-8
N
CARB Method 436
Particulate matter (PM), total
N
EPA/CARB Method 5
Zinc
7440-66-6
N
CARB Method 436
RESEARCHER:
KJM
SIC CODE:
SCC:
7999
50300102
UNITS:
UNITS EXTENSION:
lb/lb
waste incinerated
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
3.450E-6
2.77E-07 • 8.41E-06
B
3 tests/1
unit
<1.060E-9
6.16E-10- 1.36E-09
A
3 tests/1
unit
9.040E-7
6.15E-07- 1.08E-06
A
3 tests/1
unit
<1.150E-7
9.23E-08 - 1.38E-07
A
3 tests/1
unit
<8.290E-8
C1.02E-08 - 2.03E-07
B
3 tests/1
unit
I.I60E-6
5.34E-07-1.99E-06
B
3 tests/1
unit
2.640E-3
2.45E-03 - 2.83E-03
A
3 tests/1
unit
I.590E-6
8.93E-07 - 2.38E-06
B
3 tests/1
unit
-------
i
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-89
Imperial Irrigation District
Nonconfidential
Imperial Co.
Industrial Boiler
Inigation Systems
External Combustion Boilers
Electric Generation
Distillate Oil
Grades I and 2 Oil
Stack
RESEARCHER:
SIC CODE:
SCC:
UNITS:
UNITS EXTENSION:
KJM
4971
10100501
lb/1000 gal
oil fired
s
u
CONTROL STATUS:
CONTROL DEVICE:
Uncontrolled
No control specified, assume uncontrolled
BLANK CORRECTIONS: No
POLLUTANT NAME
v CAS
rtAP
METHOD
FACTOR
RANGE OF DATA
Q
TEST RUNS
NOTE
Acenaphthene (POM)
83-32-9
Y
CARB Method 429
3.560E-6
3.22E-06 • 3.90E-06
B
2 tests/1 unit
Acenaphthylene (POM)
208-96-8
Y
CARB Method 429
1.700E-6
7.50E-07 - 2.73E-06
B
3 tests/I unit
Anthracene (POM)
120-12-7
Y
CARB Method 429
1.840E-6
1.64E-06-2.11E-06
B
3 tests/1 unit
Arsenic
7440-38-2
Y
CARB Multiple Metals Method
2.470E-4
2.13E-04 - 2.65E-04
B
3 tests/I unit
Benz-a-anthracene (POM)
56-55-3
Y
CARB Method 429
9.440E-7
7.96E-07- I.16E-06
B
3 tests/1 unit
Benzo-a-pyrene (POM)
50-32-8
Y
CARB Method 429
1.340E-6
1.31E-06- 1.36E-06
B
2 tests/1 unit
Benzo-b-fluoranthene (POM)
205-99-2
Y
CARB Method 429
7.270E-7
B
1 test/1 unit
Cadmium
7440-43-9
Y
CARB Multiple Metals Method
8.640E-5
6.11E-05-1.24E-04
B
3 tests/1 unit
Chlorine
7782-50-5
Y
CARB Method 434
4.310E-3
1.06E-03 - 1.07E-02
A
12 tests/1 unit
Chromium (total)
7440-47-3
Y
CARB Multiple Metals Method
9.450E-4
8.37E-04 - 1.00E-03
B
3 tests/I unit
Chrysene (POM)
218-01-9
Y
CARB Method 429
1.390E-6
1.I4E-06 - I.81E-06
B
3 tests/1 unit
Fluoranthene (POM)
206-44-0
Y
CARB Method 429
2.760E-6
2.01E-06 - 3.57E-06
B
3 tests/1 unit
Fluorene (POM)
86-73-7
Y
CARB Method 429
7.810E-6
3.75E-06 - 1.14E-05
B
3 tests/1 unit
Lead
7439-92-1
Y
CARB Multiple Metals Method
1.490E-3
1.3IE-03 - I.69E-03
B
3 tests/1 unit
Lead
7439-92-1
Y
CARB Method 12
3.170E-4
2.97E-04 - 3.37E-04
B
2 tests/1 unit
Manganese
7439-96-5
Y
CARB Multiple Metals Method
8.860E-4
4.82E-04 - 1.48E-03
B
3 tests/1 unit
Naphthalene
91-20-3
Y
CARB Method 429
3.330E-4
1.69E-04 - 6.48E-04
B
3 tests/1 unit
-------
EMISSION FACTOR DATA SUMMARY
I
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLINO LOCATION:
ERC-89
Imperial Irrigation District
Nonconfidential
Imperial Co.
Industrial Boiler
Irrigation Systems
External Combustion Boilers
Electric Generation
Distillate Oil
Grades 1 and 2 Oil
Stack
RESEARCHER:
KJM
SIC CODE:
SCC:
UNITS:
UNITS EXTENSION:
4971
10100501
lb/1000 gal
oil fired
<1
Ul
CONTROL STATUS:
CONTROL DEVICE:
Uncontrolled
No control specified, assume uncontrolled
BLANK CORRECTIONS: No
POLLUTANT NAME
CAS
HAP
¦ METHOD '
FACTOR
RANGE OF DATA
Q
TEST RUNS
NOTE
Nickel
7440-02-0
Y
CARB Multiple Metals Method
5.070E-2
4.94E-02 • 5.21E-02
B
3 tests/1 unit
Phenanthrene (POM)
85-01-8
Y
CARB Method 429
I.870E-5
1.12E-05 • 2.40E-05
B
3 tests/1 unit
Pyrene (POM)
129-00-0
Y
CARB Method 429
2.970E-6
2.62E-06 • 3.57E-06
B
3 tests/1 unit
Selenium
7782-49-2
Y
CARB Multiple Metals Method
6.710E-4
6.60E-04 • 6.81E-04
B
2 tests/1 unit
Copper
7440-50-8
N
CARB Multiple Metals Method
9.370E-4
8.32E-04- 1.07E-03
B
3 tests/1 unit
-------
Af
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-90
Imperial Irrigation District
Nonconfidential
Imperial Co.
Not applicable
Irrigation Systems
Internal Combustion Engines
Electric Generation
Distillate Oil (Diesel)
Turbine
Stack
RESEARCHER:
SIC CODE:
SCC:
UNITS:
UNITS EXTENSION:
KJM
4971
20100101
lb/1000 gal
oil fired
0)
CONTROL STATUS:
CONTROL DEVICE:
Uncontrolled
No control specified, assume uncontrolled
BLANK CORRECTIONS: No
POLLUTANT NAME
CAS
HAP
. METHOD
FACTOR
RANGfe OF DATA
Q
TEST RUNS
NOTE
Acenaphthylene (POM)
208-96-8
Y
CARB Method 429
7.560E-5
A
1 test/1 unit
Benzene
71-43-2
Y
CARB Method 41 OA
3.940E-3
A
1 test/1 unit
Cadmium
7440-43-9
Y
CARB Multiple Metals Method
9.050E-4
1.61E-04-2.11E-03
B
3 tests/1 unit
Chromium (total)
7440-47-3
Y
CARB Multiple Metals Method
2.770E-3
A
1 test/1 unit
Chromium (total)
7440-47-3
Y
SCAQMD Method 205.1
4.660E-3
A
1 test/1 unit
Formaldehyde
50-00-0
Y
CARB Method 430
1.310E-2
6.91E-03 - 2.07E-02
B
3 tests/1 unit
Lead
7439-92-1
Y
CARB Multiple Metals Method
3.610E-3
2.56E-03 - 5.52E-03
A
3 tests/1 unit
Mercury
7439-97-6
Y
CARB Multiple Metals Method
6.320E-4
A
1 test/I unit
Copper
7440-50-8
N
CARB Multiple Metals Method
2.170E-3
1.44E-03 • 2.89E-03
A
3 tests/1 unit
Zinc
7440-66-6
N
CARB Multiple Metals Method
2.140E-1
1.62E-01 -2.43E-01
A
3 tests/1 unit
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-92
Kerr McGee Chemical Corp.
Nonconfidential
Mojave Desert
Industrial Boiler
Chemicals And Allied Products
External Combustion Boilers
Industrial
Bituminous/Subbituminous Coal
Stack
CONTROL STATUS:
CONTROL DEVICE:
Uncontrolled
No control specified, assume uncontrolled
POLLUTANT NAME
CAS
HAP
METHOD
Selenium
Chloride
7782-49-2
Y
N
CARB Method 423
CARB Method 423
RESEARCHER: RD
SIC CODE: 28
SCC: 102002
UNITS: lb/ton ,
UNITS EXTENSION: bituminous codl fired
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS NOTE
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-93
Marine Corps Combat Center
Nonconfidential
Mojave Desert
Industrial Boiler
Internal Combustion Engines, Nec
Internal Combustion Engines
Electric Generation
Distillate Oil (Diesel)
Stack
CONTROL STATUS:
CONTROL DEVICE:
Uncontrolled
Uncontrolled
00
POLLUTANT NAME
CAS
HAP
METHOD
Acenaphthene (POM)
83-32-9
Y
CARB Method 429
Acenaphthene (POM)
83-32-9
Y
CARB Method 429
Acenaphthylene (POM)
208-96-8
Y
CARB Method 429
Acenaphthylene (POM)
208-96-8
Y
CARB Method 429
Acenaphthylene (POM)
208-96-8
Y
CARB Method 429
Acenaphthylene (POM)
208-96-8
Y
CARB Method 429
Anthracene (POM)
120-12-7
Y
CARB Method 429
Anthracene (POM)
120-12-7
Y
CARB Method 429
Benz-a-anthracene (POM)
56-55-3
Y
CARB Method 429
Benz-a-anthracene (POM)
56-55-3
Y
CARB Method 429
Benzene
71-43-2
Y
CARB Method 410A
Benzene
71-43-2
Y
CARB Method 410A
Benzene
71-43-2
Y
CARB Method 41 OA
Benzene
71-43-2
Y
CARB Method 410A
Benzo-b-fluoranthene (POM)
205-99-2
Y
CARB Method 429
Benzo-b-fluoranthene (POM)
205-99-2
Y
CARB Method 429
Benzo-ghi-perylene (POM)
191-24-2
Y
CARB Method 429
RESEARCHER:
ETG
SIC CODE: 3519
SCC: 201001
UNITS: Ib/MMBtu
UNITS EXTENSION: Heat input /
BLANK CORRECTIONS: No
FACTOR
RANGE Of DATA
TEST RUNS
NOTE
I.040E-5
2.71E-06 • 2.56E-05
A
3 tests/1 unit
6.700E-4
1.71E-04 - 1.65E-03
A
3 tests/1 unit
(49)
1.770E-8
1.19E-08 - 2.78E-08
A
3 tests/1 unit
2.700E-6
1.77E-06 - 4.23E-06
A
3 tests/1 unit
(49)
1.120E-5
9.43E-06 • 1.46E-05
A
3 tests/1 unit
7.130E-4
6.03E-04 - 9.30E-04
A
3 tests/1 unit
(49)
I.8I0E-6
1.68E-06 - 2.04E-06
A
3 tests/1 unit
8.130E-5
2.90E-05 - 1.09E-04
A
3 tests/1 unit
(49)
2.390E-8
1.89E-08-3.21E-08
A
3 tests/1 unit
1.520E-6
1.21E-06 -2.03E-06
A
3 tests/1 unit
(49)
1.810E-5
1.54E-05-2.02E-05
A
3 tests/1 unit
2.750E-3
2.28E-03 - 3.07E-03
A
3 tests/1 unit
(49)
2.030E-3
1.74E-03 - 2.36E-03
A
3 tests/1 unit
1.290E-l
1.10E-01 - 1.50E-01
A
3 tests/1 unit
(49)
5.600E-8
5.28E-08.5.78E-08
A
3 tests/1 unit
3.560E-6
3.40E-06 • 3.68E-06
A
3 tests/1 unit
(49)
1.140E-8
3.29E-09 - 1.94E-08
A
3 tests/1 unit
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-93
Marine Corps Combat Center
Nonconfidential
Mojave Desert
Industrial Boiler
National Security
External Combustion Boilers
Commercial/Industrial
Distillate Oil
Grades I and 2 Oil
Stack
CONTROL STATUS:
CONTROL DEVICE:
Uncontrolled
Uncontrolled
-vl
CO
POLLUTANT NAME
CAS
HAP
METHOD
Benzo-ghi-perylene (POM)
191-24-2
Y
CARB Method 429
Benzo-ghi-perylene (POM)
191-24-2
Y
CARB Method 429
Benzo-ghi-perylene (POM)
191-24-2
Y
CARB Method 429
Chrysene (POM)
218-01-9
Y
CARB Method 429
Chrysene (POM)
218-01-9
Y
CARB Method 429
Ethylbenzene
100-41-4
Y
CARB Method 410A
Ethylbenzene
100-41-4
Y
CARB Method 41 OA
Fluoranthene (POM)
206-44-0
Y
CARB Method 429
Fluoranthene (POM)
206-44-0
Y
CARB Method 429
Fluoranthene (POM)
206-44-0
Y
CARB Method 429
Fluoranthene (POM)
206-44-0
Y
CARB Method 429
Fluorene (POM)
86-73-7
Y
CARB Method 429
Fluorene (POM)
86-73-7
Y
CARB Method 429
Fluorene (POM)
86-73-7
Y
CARB Method 429
Fluorene (POM)
86-73-7
Y
CARB Method 429
Formaldehyde
50-00-0
Y
CARB Method 430
Formaldehyde
50-00-0
Y
CARB Method 430
Naphthalene
91-20-3
Y
CARB Method 429
RESEARCHER: ETO
SIC CODE:
SCC:
9711
10300301
UNITS:
UNITS EXTENSION:
lb/1000 gal
diesel oil fired
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
I.730E-6
4.99E-07 - 2.87E-06
A
3 tests/1 unit
(49)
3.080E-8
2.75 E-08 - 3.39E-08
A
3 tests/I unit
1.960E-6
1.77E-06 -2.15E-06
A
3 tests/1 unit
(49)
1.880E-7
1.62E-07 - 2.06E-07
A
3 tests/1 unit
I.200E-5
1.04E-05 - 1.31E-05
A
3 tests/1 unit
(49)
4.820E-5
3.99E-05 - 5.74E-05
A
3 tests/1 unit
3.070E-3
2.57E-03 - 3.64E-03
A
3 tests/1 unit
(49)
2.080E-8
1.16E-08-2.92E-08
A
3 tests/1 unit
3.150E-6
1.77E-06 - 4.32E-06
A
3 tests/I unit
(49)
2.060E-6
1.83E-06 • 2.35E-06
A
3 tests/1 unit
1.310E-4
1.16E-04 - 1.49E-04
A
3 tests/1 unit
(49)
5.420E-8
1.97E-08 - 1.15E-07
A
3 tests/1 unit
8.130E-6
3.00E-06- 1.71E-05
A
3 tests/1 unit
(49)
7.260E-6
6.41E-06 - 8.87E-06
A
3 tests/1 unit
4.630E-4
4.10E-04 - 5.64E-04
A
3 tests/1 unit
(49)
1.040E-3
7.33E-04- 1.26E-03
A
3 tests/I unit
6.630E-2
4.62E-02 - 8.09E-02
A
3 tests/1 unit
(49)
2.020E-4
1.83E-04 - 2.27E-04
A
3 tests/1 unit
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLINO LOCATION:
ERC-93
Marine Corps Combat Center
Nonconfidential
Mojave Desert
Industrial Boiler
National Security
Internal Combustion Engines
Electric Oeneration
Distillate Oil (Diesel)
Reciprocating
Stack
CONTROL STATUS:
CONTROL DEVICE:
Uncontrolled
Uncontrolled
POLLUTANT NAME
CAS
HAP
METHOD
Naphthalene
91-20-3
Y
CARB Method 429
Phenanthrene (POM)
85-01-8
Y
CARB Method 429
Phenanthrene (POM)
85-01-8
Y
CARB Method 429
Phenanthrene (POM)
85-01-8
Y
CARB Method 429
Phenanthrene (POM)
85-01-8
Y
CARB Method 429
Pyrene (POM)
129-00-0
Y
CARB Method 429
Pyrene(POM)
129-00-0
Y
CARB Method 429
Pyrene (POM)
129-00-0
Y
CARB Method 429
Pyrene (POM)
129-00-0
Y
CARB Method 429
Toluene
108-88-3
Y
CARB Method 410A
Toluene
108-88-3
Y
CARB Method 410A
Xylene
1330-20-7
Y
CARB Method 410A
Xylene
1330-20-7
Y
CARB Method 4I0A
Propylene
115-07-1
N
CARB Method 410A
Propylene
115-07-1
N
CARB Method 410A
Propylene
115-07-1
N
CARB Method 410A
Propylene
115-07-1
N
CARB Method 410A
RESEARCHER:
ETO
SIC CODE: 9711
SCC: 20100102
UNITS: lb/1000 gal
UNITS EXTENSION: diesel oil fired
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
I.290E-2
1.16E-02- 1.45E-02
A
3 tests/1 unit
(49)
2.160E-7
1.14E-07 - 3.34E-07
A
3 tests/1 unit
3.270E-5
1.73E-05 - 4.95E-05
A
3 tests/1 unit
(49)
4.200E-5
3.77E-05 - 4.63E-05
A
3 tests/1 unit
2.670E-3
2.42E-03 - 2.94E-03
A
3 tests/1 unit
(49)
1.870E-9
7.08E-09-3.25E-08
A
3 tests/1 unit
2.830E-6
I.07E-06 - 4.83E-06
A
3 tests/1 unit
(49)
1.390E-6
1.12E-06 - 1.72E-06
A
3 tests/1 unit
8.800E-5
7.10E-05 - 1.08E-04
A
3 tests/1 unit
(49)
6.060E-4
4.53E-04 - 7.89E-04
A
3 tests/I unit
3.860E-2
2.93E-02 - 5.02E-02
A
3 tests/1 unit
(49)
1.080E-4
5.22E-05 - I.47E-04
A
3 tests/1 unit
6.840E-3
3.36E-03 - 9.26E-03
A
3 tests/1 unit
(49)
1.210E-5
1.09E-05 - 1.28E-05
A
3 tests/1 unit
1.850E-3
1.61E-03 - 2.00E-03
A
3 tests/1 unit
(49)
2.120E-3
1.82E-03 - 2.46E-03
A
3 tests/1 unit
1.350E-1
1.15B-01 - 1.57E-OI
A
3 tests/1 unit
(49)
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
CONTROL STATUS:
CONTROL DEVICE:
ERC-95
Rubicon
Nonconfidential
Louisiana
Polyols Production
Industrial Organic Chemicals, Nec
Industrial Processes
Chemical Manufacturing
Propylene Oxide
General
Stack
Uncontrolled
Uncontrolled
POLLUTANT NAME
CAS
HAP
METHOD
Propylene oxide
75-56-9
Tedlar bag (Method 18)
RESEARCHER:
CRD
SIC CODE: 2869
SCC: 30120301
UNITS: lb/lb
UNITS EXTENSION: waste incinerated
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA Q TEST RUNS NOTE
<7.490E-5 <6.69E-03 • <8.28E-05 B 6 tests/1 unit (42)
-------
ERC-96
Ahon Ochsner Medical Foundation
Nonconfidential
Louisiana
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLINO LOCATION:
CONTROL STATUS:
CONTROL DEVICE:
Waste TSDF
Hospitals
Waste Disposal
Solid Waste Disposal - Commercial/Institutional
Incineration: Special Purpose
Pathological
Stack
Uncontrolled
Uncontrolled
POLLUTANT NAME
CAS
HAP
METHOD
Hydrogen chloride
7647-01-0
EPA 0050/8057
RESEARCHER:
MP
SIC CODE:
SCC:
806
50200505
UNITS:
UNITS EXTENSION:
lb/lb
medical waste incinerated
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
I.440E-2
1.I8E-02 • 1.88E-02
A 3 tests/I unit
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-97
Baton Rouge General Medical Center
Nonconfidential
Louisiana
Waste TSDF
Hospitals
Waste Disposal
Solid Waste Disposal • Commercial/Institutional
Incineration: Special Purpose
Pathological
Stack
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Wet Scrubber
POLLUTANT NAME
CAS
HAP
METHOD
Hydrogen chloride
7647-01-0 Y TACB
RESEARCHER: PS
SIC CODE:
SCC:
806
50200505
UNITS:
UNITS EXTENSION:
lb/lb
medical waste incinerated
BLANK CORRECTIONS: Yes
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
3.580E-5
2.07E-05 - 5.39E-OJ
B 3 tests/1 unit
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
8CC DESCRIPTION!
SAMPLING LOCATION:
ERC-98
International Paper
Nonconfidential
Louisiana
Industrial Boiler
Lumber And Wood Products
External Combustion Boilen
Industrial
Wood/Baric Waste
Wood/Bark-fired Boiler (> 50,000 Lb Steam)
Boiler stack
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Scrubber
POLLUTANT NAME
CAS
HAP
METHOD
Formaldehyde
50-00-0
EPA 0011/8315
RESEARCHER: PS
SIC CODE: 24
SCC: 10200902
UNITS: Ib/MMBtu
UNITS EXTENSION: heat input
BLANK CORRECTIONS: Unknown
FACTOR
RANGE OF DATA
TEST RUNS NOTE
I.200E-3 7.18E-04 - 3.99E-03 B 6 tests/I unit (56)
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACtLITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-99
Consumat Incinerator
Nonconfidential
Louisiana
Waste TSDF
Sanitary Services, Nec
Waste Disposal
Solid Waste Disposal - Commercial/Institutional
Incineration: Special Purpose
Pathological
Stack
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Scrubber
POLLUTANT NAME
CAS
HAP
METHOD
Hydrogen chloride
Lead
7647-01-0 Y EPA 5
7439-92-1 Y EPA 12
RESEARCHER: CRB
SIC CODE: 4959
SCC: 50200505
UNITS: lb/lb
UNITS EXTENSION: medical waste incinerated
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
6.210E-4 5.77E-04 - 1.213E-04
1.210E-8 ND- 1.213E-08
B
B
3 tests/1 unit
3 tests/1 unit
-------
ERC-100
Touro Infirmary
Nonconfidential
Louisiana
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
CONTROL STATUS:
CONTROL DEVICE:
Waste TSDF
Hospitals
Waste Disposal
Solid Waste Disposal • Commercial/Institutional
Incineration: Special Purpose
Pathological
Stack
Uncontrolled
Uncontrolled
POLLUTANT NAME
CAS
HAP
METHOD
Hydrogen chloride
7647-01-0
EPA407B
RESEARCHER: PS
SIC CODE: 806
SCC: 50200505
UNITS: lb/lb
UNITS EXTENSION: medical waste incinerated
BLANK CORRECTIONS: Yea
FACTOR
RANGE OF DATA
TEST RUNS NOTE
1.190E-3 3.24E-04 - 1.47E-03 A 3 tests/1 unH
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-IOI
Baltimore RESCO, Baltimore, MD
Nonconfidential
Maryland
Waste TSDF
Electric Services
External Combustion Boilers
Electric Generation
Solid Waste
Specify Waste Material in Comments
Electostatic Precipitator Outlet
o
$
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Electrostatis Precipitator
POLLUTANT NAME
CAS
HAP
METHOD
1,2,3,4,6,7,8-HpCDFuran
67562-39-4
Y
EPA 23
1,2,3,4,7,8,9-HpCDFuran
55673-89-7
Y
EPA 23
1,2,3,4,7,8,9-HpCDFuran
55673-89-7
Y
EPA 23
1,2,3,4,7,8-HxCDFuran
70648-26-9
Y
EPA 23
1,2,3,6,7,8-HxCDFuran
57117-44-9
Y
EPA 23
1,2,3,7,8,9-HxCDFuran
72918-21-9
Y
EPA 23
1,2,3,7,8-PeCDFuran
57117-41-6
Y
EPA 23
2,3,4,6,7,8-HxCDFurait
60851-34-5
Y
EPA 23
2,3,4,7,8-PeCDFuran
57117-31-4
Y
EPA 23
2,3,7,8-TCDDioxin
1746-01-6
Y
EPA 23
2,3,7,8-TCDFuran
51207-31-9
Y
EPA 23
Dichlorodibenzofurans, total
Y
EPA 23
Monochlorodibenzofurans, total
Y
EPA 23
OCDFuran (total)
39001-02-0
Y
EPA 23
T richlorodibenzofiirans, tcrtal
Y
EPA 23
1,2,3,4,6,7,8-HpCDDioxin
35822-46-9
N
EPA 23
1,2,3,4,7,8-HxCDDioxin
39227-28-6
N
EPA 23
RESEARCHER:
MAZ
SIC CODE: 4911
SCC: 10101201
UNITS: Ib/MMBtu
UNITS EXTENSION: heat input
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
Q
TEST RUNS
NOTE
4.210E-9
3.21 E-09 to 5.05E-09
B
4 tests/1 unit
(86)
9.710E-10
Not applicable
B
1 test/1 unit
(86)
6.380E-10
3.89E-10 to 8.67E-10
B
4 tests/1 unit
(86)
3.710E-9
2.98E-09to 5.16E-09
B
4 tests/1 unit
(86)
1.850E-9
1.31 E-09 to 2.32E-09
B
4 tests/1 unit
(86)
2.080E-10
1.54E-10 to 3.56E-10
B
2 tests/1 unit
(86)
2.000E-9
1.76E-09 to 2.30E-09
B
4 tests/1 unit
(86)
2.360E-9
2.01E-09to 2.71E-09
B
3 tests/1 unit
(86)
2.300E-9
1.75E-09 to 3.03E-09
B
4 tests/1 unit
(86)
2.030E-10
2.1IE-10to3.44E-l0
B
3 tests/1 unit
(86)
1.350E-9
1.17E-10to 1.65E-09
B
4 tests/I unit
(86)
<3.550E-9
<1.13E-11 to 8.90E-09
B
4 tests/1 unit
(86)
<1.530E-10
<3.98E-12 to 4.43E-10
B
3 tests/1 unit
(86)
1.580E-9
1.23E-09 to 2.1E-09
B
3 tests/1 unit
(86)
1.880E-8
Not applicable
B
1 test/1 unit
(86)
3.740E-9
2.50E-09 to 4.62E-09
B
4 tests/1 unit
(86)
2.880E-10
1.67E-10to3.81E-10
B
4 tests/1 unit
(86)
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-101
Baltimore RESCO, Baltimore, MD
Nonconfidential
Maryland
Waste TSDF
Electric Services
External Combustion Boilers
Electric Generation
Solid Waste
Specify Waste Material in Comments
Electrostatic Precipitator Outlet
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Electrostatic Precipitator
POLLUTANT NAME
CAS
HAP
METHOD
1,2,3,6,7,8-HxCDDioxin
57633-85-7
N
EPA 23
1,2,3,7,8,9-HxCDDioxin
19408-74-3
N
EPA 23
1,2,3,7,8-PeCDDioxin
40321-76-4
N
EPA 23
Carbon monoxide
630-08-0
N
EPA 10
OCDDioxin (total)
3268-87-9
N
EPA 23
Trichlorodibenzo-p-dioxins, total
N
EPA 23
RESEARCHER:
MAZ
SIC CODE:
SCC:
4911
10101201
UNITS:
UNITS EXTENSION:
Ib/MMBtu
heat input
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS NOTE
3.630E-10
3.73E-10 to 5.75E-10
B
3 tests/1 unit
(86)
6.850E-10
5.I4E-I0to 1.14E-09
B
3 tests/1 unit
(81)
5.220E-10
4.33E-10 to 6.44E-I0
B
4 tests/1 unit
(86)
1.650E-2
1.48E-02 to 2.0E-02
B
3 tests/I unit
9.390E-9
8.05 E-09 to 1.04E-08
B
4 tests/1 unit
(86)
1.I80E-9
B
1 test/1 unit
(86)
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-102
Baltimore RESCO, Baltimore, MD
Nonconfidential
Maryland
Waste TSDF
Electric Services
External Combustion Boilers
Electric Generation
Solid Waste
Specify Waste Material in Comments
Electostatic Precipitator Outlet
O
CO
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLtNO LOCATION:
ERC-102
Baltimore RESCO, Baltimore, MD
Nonconfidential
Maryland
Waste TSDF
Electric Services
External Combustion Boilers
Electric Generation
Solid Waste
Specify Waste Material in Comments
Elect ostatic Precipitator Outlet
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Electrostatic Precipitator
POLLUTANT NAME
CAS
HAP
METHOD
1,2,3,4,7,8-HxCDDioxin
39227-28-6
N
EPA 23
1,2,3,6,7,8-HxCDDioxin
57653-85-7
N
EPA 23
1,2,3,7,8,9-HxCDDioxin
19408-74-3
N
EPA 23
1,2,3,7,8-PeCDDioxin
40321-76-4
N
EPA 23
OCDDioxin (total)
3268-87-9
N
EPA 23
Particulate matter (PM), condensable
N
EPA 1005
Particulate matter (PM), filterable
N
EPA 1005
Particulate matter (PM), filterable
N
EPA 5 and 29
RESEARCHER: MAZ
SIC CODE: 4911
SCC: 10101201
UNITS: Ib/MMBtu
UNITS EXTENSION: heat input
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
Q TEST RUNS
NOTE
4.840E-10
4.15E-10to5.24E-10
B
4 tests/1
unit
(86)
6.750E-10
6.44E-10to7.41E-10
B
4 tests/1
unit
(86)
9.490E-10
8.40E-10toL18E-09
B
4 tests/1
unit
(86)
3.110E-10
2.49E-10 to 3.53E-10
B
4 tests/1
unit
(86)
I.220E-8
1.11E-O8to 1.33E-08
B
4 tests/1
unit
(86)
I.480E-2
9.0E-03 to 2.11E-02
B
3 tests/1
unit
6.400E-3
5.4E-03 to 7.19E-03
B
3 tests/1
unit
4.150E-3
3.23E-03 to 4.74E-03
B
3 tests/1
unit
-------
EMtSSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-103
Baltimore RESCO, Baltimore, MD
Nonconfidential
Maryland
Waste TSDF
Electric Services
External Combustion Boilers
Electric Generation
Solid Waste
Specify Waste Material in Comments
Electostatic Precipitator Outlet
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Electrostatic Precipitator
POLLUTANT NAME
CAS
HAP
METHOD
1,2,3,4,6,7,8-HpCDFuran
67562-39-4
Y
EPA 23
1,2,3,4,7,8,9-HpCDFuran
55673-89-7
Y
EPA 23
1,2,3,4,7,8-HxCDFuran
70648-26-9
Y
EPA 23
1,2,3,6,7,8-HxCDFuran
57117-44-9
Y
EPA 23
1,2,3,7,8,9-HxCDFuran
72918-21-9
Y
EPA 23
1,2,3,7,8-PeCDFuran
57117-41-6
Y
EPA 23
2,3,4,6,7,8-HxCDFuran
60851-34-5
Y
EPA 23
2,3,4,7,8-PeCDFuran
57117-31-4
Y
EPA 23
2,3,7,8-TCDDioxin
1746-01-6
Y
EPA 23
2,3,7,8-TCDFuran
51207-31-9
Y
EPA 23
Hydrogen chloride
7647-01-0
Y
EPA 26
Lead
7439-92-1
Y
EPA 0012
Mercury
7439-97-6
Y
EPA 101A
OCDFuran (total)
39001-02-0
Y
EPA 23
Selenium
7782-49-2
Y
EPA 0012
1,2,3,4,6,7,8-HpCDDioxin
35822-46-9
N
EPA 23
1,2,3,4,7,8-HxCDDioxin
39227-28-6
N
EPA 23
RESEARCHER: MAZ
SIC CODE: 4911
SCC: 10101201
UNITS: Ib/MMBtu
UNITS EXTENSION: heat input
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
4.990E-9
4.95E-09 to 5.03E-09
B
3 tests/1 unit
(86)
5.310E-10
5.24E-10 to 5.38E-10
B
2 tests/I unit
(86)
4.360E-9
3.65E-09 to 5.26E-09
B
3 tests/1 unit
(86)
1.930E-9
1.65E-09 to 2.22E-09
B
3 tests/1 unit
(86)
I.980E-10
1.68E-10 to 2.43E-10
B
3 tests/1 unit
(86)
I.960E-9
1.69E-09 to 2.27E-09
B
3 tests/1 unit
(84)
2.770E-9
2.37E-09 to 3.25E-09
B
3 tests/1 unit
(86)
2.540E-9
2.36E-09 to 2.88E-09
B
3 tests/1 unit
(86)
1.780E-10
l.57E-10to 1.98E-10
B
3 tests/1 unit
(85)
1.080E-9
9.69E-10 to 1.23E-09
B
3 tests/1 unit
(83)
5.440E-1
4.45E-01 to 6.03 E-01
B
3 tests/I unit
1.580E-4
I.18E-04 to2.04E-04
B
3 tests/1 unit
2.410E-4
1.49E-04 to 2.96E-04
B
3 tests/1 unit
I.400E-9
1.32E-09to 1.52E-09
B
3 tests/1 unit
(86)
7.630E-6
2.07E-06 to 1.42E-05
B
3 tests/1 unit
5.970E-9
5.36E-09 to 6.78E-09
B
3 tests/I unit
(86)
5.510E-10
5.10E-10 to 6.28E-10
B
3 tests/1 unit
(86)
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-I03
Baltimore RESCO, Baltimore, MD
Nonconfidential
Maryland
Waste TSDF
Electric Services
External Combustion Boilers
Electric Generation
Solid Waste
Specify Waste Material in Comments
Electostatic Precipitator Outlet
(O
ro
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Electrostatic Precipitator
POLLUTANT NAME
CAS
HAP
METHOD
1,2,3,6,7,8-HxCDDioxin
57653-85-7
N
EPA 23
1,2,3,7,8,9-HxCDDtoxin
19408-74-3
N
EPA 23
1,2,3,7,8-PeCDDioxin
40321-76-4
N
EPA 23
Carbon dioxide
124-38-9
N
CEMCOdata
Hydrocarbons, total, as caibon
N
EPA25A
OCDDioxin (total)
3268-87-9
N
EPA 23
Particulate matter (PM), condensable
N
EPA 5 and 202
Particulate matter (PM), filterable
N
EPA 5 and 202
RESEARCHER: MAZ
SIC CODE: 4911
SCC: 10101201
UNITS: Ib/MMBtu
UNITS EXTENSION: heat input
BLANK CORRECTIONS: No
factor
RANGE OF DATA
TEST RUNS
NOTE
7.210E-I0
6.35E-10 to 8.51E-10
B
3 tests/1 unit
(82)
I.570E-9
I.43E-09 to 1.84E-09
B
3 tests/1 unit
(86)
4.950E-10
4.32E-10 to 5.73 E-10
B
3 tests/1 unit
(87)
1.880E-2
1.6E-02 to 2.09E-02
B
3 tests/I unit
3.150E-3
1.54E-03to4.01E-03
B
3 tests/1 unit
9.980E-9
9.19E-09 to 1.10E-08
B
3 tests/1 unit
(87)
3.960E-2
1.03E-02 to 9.57E-02
B
3 tests/1 unit
1.140E-2
8.93E-03 to I.3E-02
B
3 tests/1 unit
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLINO LOCATION:
ERC-104
Beth Israel Medical Center, Newark, NJ
Nonconfidential
New Jersey
Waste TSDF
General Medical ft Surgical Hospitals
Waste Disposal
Solid Waste Disposal • Commercial/Institutional
Incineration: Special Purpose
Pathological
Incinerator outlet
CONTROL STATUS:
CONTROL DEVICE:
Uncontrolled
Uncontrolled
POLLUTANT NAME
CAS
HAP
METHOD
Arsenic
7440-38-2
Y
EPA 29
Cadmium
7440-43-9
Y
EPA 29
Chromium (total)
7440-47-3
Y
EPA 29
Hydrogen chloride
7647-01-0
Y
EPA Draft for HCl
Lead
7439-92-1
Y
EPA 29
Mercury
7439-97-6
Y
EPA 29
Nickel
7440-02-0
Y
EPA 29
Carbon monoxide
630-08-0
N
NJ Method 3
Nitrogen oxides (NOx)
N
EPA7D
Particulate matter (PM), not specified
N
EPA 5
Sulfur dioxide
7446-09-5
N
EPA 8
RESEARCHER:
PS
SIC CODE: 8062
SCC: 50200505
UNITS: Ib/hr
UNITS EXTENSION:
BLANK CORRECTIONS: No
FACTOR
RANGE OP DATA
TEST RUNS
NOTE
6.410E-9
5.07E-09 - 7.I8E-09
A
1 unit/3 tests
I.300E-6
9.12E-09 - 3.49E-06
A
3 tests/1
unit
2.410E-6
I.13E-06 - 3.55E-06
A
3 tests/I
unit
3.820E-4
2.87E-04 to 5.57E-04
A
3 tests/1
unit
3.800E-5
2.56E-05 - 5.24E-05
A
3 tests/I
unit
5.240E-5
I.10E-05 - 1.28E-04
A
3 tests/1
unit
1.530E-6
l.09E-06to I.85E-06
A
3 tests/1
unit
1.120E-3
4.63E-04 to 2.12E-03
A
3 tests/1
unit
6.360E-3
6.24E-03 to6.51E-03
A
3 tests/I
unit
9.050E-3
5.69E-03 to 1.22 E-02
A
3 tests/1
unit
1.700E-3
9.69E-04 to 2.51E-03
A
3 tests/1
unit
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-105
Biocralt Laboratories, Patterson, NJ
Nonconfidential
New Jersey
Pharmaceuticals Productio
Pharmaceutical Preparations
Industrial Processes
Chemical Manufacturing
Pharmaceutical Preparations
Coating Process
Colag Stack Outlet
CONTROL STATUS:
CONTROL DEVICE:
Uncontrolled
Uncontrolled
POLLUTANT NAME
CAS
HAP
METHOD
Methylene chloride
75-09-2
Y NJ Air Test Method 3
RESEARCHER:
MAZ
SIC CODE: 2834
SCC: 30106011
UNITS: lb/lb
UNITS EXTENSION: coating production
BLANK CORRECTIONS: No
FACTOR
RANGE Or DATA Q TEST RUNS NOTE
2.610E-1
0.111 to 0.353
D 3 tests/1 unit
(59)
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLINO LOCATION:
ERC-106
Camden Co. Energy Recovery Ass*n, Camden
Nonconfldential
New Jersey
Waste TSDF
Air, Water, A Solid Waste Management
External Combustion Boilers
Electric Generation
Solid Waste
Specify Waste Material in Comment!
Boiler exhaust
CONTROL STATUS:
CONTROL DEVICE:
Uncontrolled
Uncontrolled
POLLUTANT NAME
CAS
HAP
METHOD
Lead
7439-92-1
Y EPA 29
RESEARCHER:
MP
SIC CODE:
SCC:
9511
10101201
UNITS:
UNITS EXTENSION:
lb/ton
waste burned
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TESTT RUNS
NOTE
2.700E-I .23 to .34
A 3 tests/1 unit
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-107
Camden Co, Energy Recovery Ass'n, Camden
Nonconfidential
New Jersey
Waste TSDF
Air, Water, & Solid Waste Management
External Combustion Boilers
Electric Generation
Solid Waste
Specify Waste Material in Comments
Stack
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Electrostatic Precipitator
POLLUTANT NAME
CAS
HAP
METHOD
Lead
7439-92-1
EPA 29
RESEARCHER: MP
SIC CODE: 9511
SCC: 10101201
UNITS: lb/ton
UNITS EXTENSION: waste combusted
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS NOTE
<2.660E-4 <1.30E-04 to 3.66E-04 B 3 tests/1 unit (34)
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-I07
Camden Co. Energy Recovery Ass'n, Camden
Nonconfidential
New Jersey
Waste TSDF
Air, Water, ft Solid Waste Management
External Combustion Boilers
Electric Generation
Solid Waste
Specify Waste Material in Comments
boiler exhaust
o
$
CONTROL STATUS:
CONTROL DEVICE:
Uncontrolled
Uncontrolled
POLLUTANT NAME
CAS
HAP
METHOD
Lead
7439-92-1 Y EPA 29
RESEARCHER:
MP
SIC CODE:
SCC:
9511
10101201
UNITS:
UNITS EXTENSION:
lb/ton
waste burned
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
2.600E-1 0.20 to 0.29
A 3 tests/1 unit
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-108
Chemical Waste Management, Port Arthur
Nonconfidential
Texas
Waste TSDF
Refuse Systems
Waste Disposal
Solid Waste Disposal • Industrial
Incineration
Hazardous Waste
Incinerator Stack
RESEARCHER:
MAZ
SIC CODE:
SCC:
UNITS:
UNITS EXTENSION:
4953
50300501
lb/lb
waste incinerated
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Miscellaneous Control Devices
BLANK CORRECTIONS: N«
POLLUTANT NAME
CAS
HAP
METHOD
FACTOR
Q
TEST RUNS
NOTE
RANGE OF DATA
1,2,3,4,6,7,8-HpCDFuran
67562-39-4
Y
EPA Draft 8290
1.710E-13
Not applicable
B
1 test/1 unit
(95)
2,3,7,8-TCDDioxin
1746-01-6
Y
EPA Draft 8290
1.210E-13
Not applicable
B
1 test/1 unit
(95)
2,3,7,8-TCDFuran
51207-31-9
Y
EPA Draft 8290
3.030E-13
1.3E-13to4.0E-13
B
3 tests/1 unit
(95)
Arsenic
7440-38-2
Y
EPA 29
6.320E-4
5.62E-04to7.53E-04
A
3 tests/1 unit
(98)
Hydrogen chloride
7647-01-0
Y
EPA 5
5.900E-5
5.07E-05 to 7.57E-05
A
4 tests/1 unit
(97)
Hydrogen chloride
7647-01-0
Y
EPA 5
<7.670E-5
3.69E-05 to
Nitrogen oxides (NOx)
N
Chemiluminescence-type analyzer
2.670E-4
2.41E-04 to 2.88E-04
A
3 tests/1 unit
(98)
Nitrogen oxides (NOx)
N
Chemiluminescence-type analyzer.
1.710E-4
1.4E-04 to 2.0E-04
A
3 tests/1 unit
(**)
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLINO LOCATION:
ERC-108
Chemical Waste Management, Port Arthur
Nonconfidential
Texas
Waste TSDF
Refuse Systems
Waste Disposal
Solid Waste Disposal - Industrial
Incineration
Hazardous Waste
Incinerator Stack
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Miscellaneous Control Devices
POLLUTANT NAME
CAS
HAP
METHOD
Particulate matter (PM), not specified
Particulate matter (PM), not specified
Particulate matter (PM), not specified
Particulate matter (PM), not specified
Particulate matter (PM), not specified
N
N
N
N
N
EPA J
EPA J
EPA 5
EPA J
EPA J
RESEARCHER:
MA2
SIC CODE:
SCC:
4953
50300501
UNITS: lb/lb
UNITS EXTENSION: feed
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
1.020E-3
3.19E-04 to 2.09E-03
B
3 tests/1 unit
I.370E-4
I.33E-04 to 2.47E-04
A
3 tests/1 unit
1.690E-5
1.57E-05 to I.89E-05
A
3 tests/1 unit
1.9I0E-2
1.47E-02 to 2.23E-02
B
3 tests/1 unit
4.360E-5
3.0E-05 to 6.5E-05
A
3 tests/1 unit
(95)
(97)
(98)
(99)
(~*)
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLINO LOCATION:
ERC-108
Chemical Waste Management, Port Arthur
Nonconfidential
Texas
Waste TSDF
Refuse Systems
Waste Disposal
Solid Waste Disposal - Industrial
Incineration
Hazardous Waste
Incinerator Stack
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Wet Scrubber
POLLUTANT NAME
CAS
HAP
METHOD
Hydrogen fluoride
1,2,3,4,6,7,8-HpCDDioxin
7664-39-3 Y EPA 5
35822-46-9 N EPA Draft 8290
RESEARCHER:
MAZ
SIC CODE: 4953
SCC: 50300501
UNITS: lb/lb
UNITS EXTENSION: waste feed
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS NOTE
<1.650E-6 9.70E-07 to <2.24E-06 B 3 tests/1 unit
3.650E-I3 Not applicable B 1 test/1 unit
(99)
(95)
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLINO LOCATION:
ERC-109
Chemical Waste Management, Port Arthur
Nonconfidential
Texas
Waste TSDF
Refuse Systems
Waste Disposat
Solid Waste Disposal • Industrial
Incineration
Hazardous Waste
Incinerator Stack
CONTROL STATUS:
CONTROL DEVICE:
V POLLUTANT NAME
HAP
METHOD
1,1,2-Trichloroethane
79-00-5
Y
SW-846, Method 0030
1,1,2-Trichloroethane
79-00-5
Y
SW-846, Method 0030
1,2,3,4,7,8-HxCDFuran
70648-26-9
Y
EPA 8290
1,2,3,4,7,8-HxCDFuran
70648-26-9
Y
EPA 8290
1,2,3,6,7,8-HxCDFuran
57117-44-9
Y
EPA 8290
1,2,3,6,7,8-HxCDFuran
57117-44-9
Y
EPA 8290
1,2,3,7,8,9-HxCDFuran
72918-21-9
Y
EPA 8290
1,2,3,7,8,9-HxCDFuran
72918-21-9
Y
EPA 8290
1,2,3,7,8-PeCDFuran
57117-41-6
Y
EPA 8290
1,2,3,7,8-PeCDFuran
57117-41-6
Y
EPA 8290
2,3,4,7,8-PeCDFuran
57117-31-4
Y
EPA 8290
2,3,4,7,8-PeCDFuran
57117-31-4
Y
EPA 8290
2,3,7,8-TCDFuran
51207-31-9
Y
EPA 8290
2,3,7,8-TCDFuran
51207-31-9
Y
EPA 8290
Carbon tetrachloride
56-23-5
Y
SW-846, Method 0030
Carbon tetrachloride
56-23-5
Y
SW-846, Method 0030
Chlorobenzene
108-90-7
Y
SW-846, Method 0030
Controlled
Miscellaneous Control Devices
RESEARCHER: MAZ
SIC CODE: 4953
SCC: 50300501
UNITS: lb/lb
UNITS EXTENSION: feed
BLANK CORRECTIONS: No
FACTOR
111 RANGE OP DATA
Q
TEST RONS
NOTE
<5.610E-9
8.88E-10 to <8.06E-09
B
3 tests/1 unit
(95)
<5.960E-9
2.59E-09 to <8.93E-09
B
3 tests/1 unit
(97)
1.250E-11
Not applicable
B
1 test/1 unit
(95)
8.880E-12
7.43E-12 to 1.03E-11
B
2 tests/1 unit
(97)
2.720E-I2
Not applicable
B
1 test/1 unit
(95)
2.370E-12
2.llE-12to2.62E-12
B
2 tests/1 unit
(97)
2.230E-12
Not applicable
B
1 test/1 unit
(95)
2.240E-12
1.86E-12 to 2.62E-12
B
2 tests/1 unit
(97)
8.940E-12
1.28E-12 to 1.66E-11
B
2 tests/I unit
(95)
1.180E-11
9.87E-12 to 1.38E-11
B
2 tests/1 unit
(97)
1.430E-11
2.19E-12 to 2.64E-11
B
2 tests/1 unit
(95)
2.640E-11
2.20E-11 to 3.08E-11
B
2 tests/1 unit
(97)
1.800E-10
Not applicable
B
1 test/1 unit
(95)
1.550E-10
1.32E-10to 1.78E-10
B
2 tests/1 unit
(97)
2.250E-8
1.97E-08 to 2.74E-08
B
3 tests/1 unit
(95)
2.070E-8
1.07E-08 to 2.78E-08
B
3 tests/1 unit
(97)
2.340E-9
<1.58E-09 to 3.33E-09
B
3 tests/1 unit
(95)
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLINO LOCATION:
ERC-I09
Chemical Waste Management, Port Arthur
Nonconfidential
Texas
Waste TSDF
Refuse Systems
Waste Disposal
Solid Waste Disposal - Industrial
Incineration
Hazardous Waste
Incinerator Stack
RESEARCHER:
MAZ
SIC CODE:
SCC:
UNITS:
UNITS EXTENSION:
4953
50300501
lb/lb
feed
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Miscellaneous Control Devices
BLANK CORRECTIONS: No
POLLUTANT NAME
- CAS
HAP
"¦ METHOD
FACTOR
RANGE OF DATA
Q
TEST RUNS
NOTE
Chlorobenzene
108-90-7
Y
SW-846, Method 0030
4.160E-9
3.39E-09 to 4.86E-09
B
3 tests/1 unit
(97)
Chloroform
67-66-3
Y
SW-846, Method 0030
3.840E-8
3.75E-08 to 3.92E-08
B
3 tests/1 unit
(95)
Chloroform
67-66-3
Y
SW-846, Method 0030
3.170E-8
1.67E-08 to 4.67E-08
B
3 tests/1 unit
(97)
Hydrogen chloride
7647-01-0
Y
EPA 5
<1.930E-5
<6.45E-06 to <4.08E-05
B
3 tests/1 unit
(95)
Hydrogen chloride
7647-01-0
Y
EPA 5
4.530E-6
2.21 E-06 to 7.26E-06
B
3 tests/1 unit
(97)
Polychlorinated biphenyls (PCB)
1336-36-3
Y
EPA Modified 5; SW-846,0010.
5.640E-8
2.14E-08 to 9.99E-08
B
3 tests/1 unit
(95)
Polychlorinated biphenyls (PCB)
1336-36-3
Y
EPA Modified 5; SW-846,0010
I.050E-7
7.73E-08 to 2.41E-07
B
3 tests/1 unit
(97)
T etrachloroethylene
127-18-4
Y
SW-846, Method 0030
<1.260E-9
8.06E-10to<1.58E-09
B
3 tests/1 unit
(95)
Tetrachloroethylene
127-18-4
Y
SW-846, Method 0030
<2.150E-9
<1.79E-09 to 2.78E-09
B
3 tests/1 unit
(97)
Total Hepta PCB
28655-71-2
Y
EPA Modified 5; SW-846,0010.
2.720E-8
1.27E-09 to 4.12E-09
B
3 tests/1 unit
(95)
Total Hepta PCB
28655-71-2
Y
EPA Modified 5; SW-846,0010
1.560E-8
5.93E-09 to 3.27E-08
B
3 tests/1 unit
(97)
Total Hexa PCB
26601-64-9
Y
EPA Modified 5; SW-846,0010.
1.010E-8
9.59E-09 to 1.55E-08
B
3 tests/1 unit
(95)
Total Hexa PCB
26601-64-9
Y
EPA Modified 5; SW-846,0010
3.590E-8
1.95E-08 to 6.55E-08
B
3 tests/1 unit
(97)
Total Octa PCB
NA
Y
EPA Modified 5; SW-846,0010
5.370E-9
Not applicable
B
1 test/1 unit
(97)
Total Penta PCB
25429-29-2
Y
EPA Modified 5; SW-846,0010.
1.200E-8
5.17E-09to2.01E-08
B
3 tests/1 unit
(95)
Total Penta PCB
25429-29-2
Y
EPA Modified 5; SW-846,0010
2.780E-8
1.84E-08 to 4.44E-08
B
3 tests/1 unit
(97)
Total Tetra PCB
26914-33-0
Y
EPA Modified 5; SW-846,0010.
1.780E-8
5.39E-09 to 3.36E-08
B
3 tests/1 unit
(95)
Total Tetra PCB
26914-33-0
Y
EPA Modified 5; SW-846,0010
2.180E-8
1.49E-08 to 3.27E-08
B
3 tests/1 unit
(97)
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLINO LOCATION:
CONTROL STATUS:
9 CONTROL DEVICE.
POLLUTANT NAME
CAS
HAP
METHOD
FACTOR
RANGE OF DATA
Q
TEST RUNS
NOTE
Trichlorobiphenyl (PCB)
Y
EPA Modified 5; SW-846,0010.
I.340E-8
3.75E-09 to 2.58E-08
B
3 tests/1 unit
(95)
Trichlorobiphenyl (PCB)
Y
EPA Modified 5; SW-846,0010
1.400E-8
9.21E-09 to 2.08E-08
B
3 tests/1 unit
(97)
Vinyl chloride
75-01-4
Y
SW-846, Method 0030
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLINO LOCATION:
ERC-I09
Chemical Waste Management, Port Arthur
Nonconfidential
Texai
Waste TSDF
Refuse Systems
Waste Disposal
Solid Waste Disposal - Industrial
Incineration
Hazardous Waste
Incinerator Stack
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Wet Scrubber
POLLUTANT NAME
CAS
HAP
METHOD
1, 1,2,2-Tetrachloroethane
79-34-5
Y SW-846, Method 0030
RESEARCHER:
MAZ
SIC CODE: 4953
SCC: 50300501
UNITS: lb/lb
UNITS EXTENSION: waste feed
BLANK CORRECTIONS: No
FACTOR
RANGE OP DATA
TEST RUNS NOTE
<6.020E-9 3.36E-09 to <7.57E-09 B 3 tests/I unit (97)
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLINO LOCATION:
ERC-llO
Chemical Waste Management, Port Arthur
Nonconfidential
Texas
Waste TSDF
Refine Systems
Waste Disposal
Solid Waste Disposal • Industrial
Incineration
Hazardous Waste
Incinerator stack
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Miscellaneous Control Devices
POLLUTANT NAME
CAS
HAP
METHOD
Carbon tetrachloride
Carbon tetrachloride
Chlorobenzene
Tetrachloroethylene
56-23-5
56-23-5
108-90-7
127-18-4
Y SW-846 Method 0030
Y SW-846 Method 0300
Y SW-846 Method 0030
Y SW-846 Method 0030
RESEARCHER:
MAZ
SIC CODE:
SCC:
4953
50300501
UNITS: lb/lb
UNITS EXTENSION: feed
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
<3.450E-7
3.820E-7
<4.J90E-6
<7.300E-8
<1.06E-07 to 7.49E-07
2.35E-07 to 4.72E-07
5.31E-O8to I.36E-05
4.83 E-08 to <1.01E-07
B 3 tests/1 unit
A 3 tests/1 unit
B 3 tests/1 unit
B 3 tests/1 unit
(93)
(96)
(92)
(94)
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-111
Harford Waste Energy Partners, Harford
Nonconfidential
Maryland
Waste TSDF
Refuse Systems
Waste Disposal
Solid Waste Disposal - Government
Municipal Incineration
Starved Air: Multiple Chamber
ESP Exhaust
RESEARCHER:
LS
SIC CODE:
SCC:
UNITS:
UNITS EXTENSION:
4953
S0100I0I
lb/ton
refuse combusted
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Electrostatic Precipitator
BLANK CORRECTIONS: Yes
POLLUTANT NAME
CAS
HAP
.. ¦ METHOD
FACTOR
RANGE OF DATA
0
TEST RUNS
NOTE
1,2,3,4,6,7,8-HpCDFuran
67562-39-4
Y
EPA 23 and EPA Modified 5
3.100 E-7
2.2E-07 to 4.9E-07
B
3 tests/I unit
1,2,3,4,7,8,9-HpCDFuran
55673-89-7
Y
EPA 23 and EPA Modified 5
3.300E-8
2.0E-08 to 5.7E-08
B
3 tests/1 unit
1,2,3,4,7,8-HxCDFuran
70648-26-9
Y
EPA 23 and EPA Modified 5
2.200E-7
1.3E-07to3.6E-07
B
3 tests/1 unit
1,2,3,6,7,8-HxCDFuran
57117-44-9
Y
EPA 23 and EPA Modified 5
7.900E-8
4.7E-08 to 1.4E-07
B
3 tests/I unit
1,2,3,7,8,9-HxCDFuran
72918-21-9
Y
EPA 23 and EPA Modified 5
5.300E-9
3.2E-09 to 9.3E-09
B
3 tests/1 unit
1,2,3,7,8-PeCDFuran
57117-41-6
Y
EPA 23 and EPA Modified 5
5.100E-8
2.4E-08 to 1.0E-07
B
3 tests/I unit
2,3.4,6,7,8-HxCDFuran
60851-34-5
Y
EPA 23 and EPA Modified 5
1.700E-7
1.2E-07to2.3E-07
B
3 tests/1 unit
2,3,4,7,8-PeCDFuran
57117-31-4
Y
EPA 23 and EPA Modified 5
9.000E-8
4.6E-08to 1.7E-07
B
3 tests/1 unit
2,3,7,8-TCDDioxin
1746-01-6
Y
EPA 23 and EPA Modified 5
6.900E-9
2.4E-09 to 1.6E-08
B
3 tests/I unit
2,3,7,8-TCDFuran
51207-31-9
Y
EPA 23 and EPA Modified 5
2.100E-7
1.0E-07to3.9E-07
B
3 tests/1 unit
Arsenic
7440-38-2
Y
EPA 29
2.450E-4
4.16E-05 to 3.77E-04
B
3 tests/1 unit
Beryllium
7440-41-7
Y
EPA 29
2.650E-6
9.39E-08 to 7.36E-06
B
3 tests/1 unit
Cadmium
7440-43-9
Y
EPA 29
4.370E-4
2.47E-04 to 5.61E-04
B
3 tests/1 unit
Chromium (total)
7440-47-3
Y
EPA 29
2.760E-4
2.00E-04to3.38E4)4
B
3 tests/I unit
HpCDFuran (total)
NA
Y
EPA 23 and EPA Modified 5
5.400E-7
3.8E-07 to 8.6E-07
B
3 tests/1 unit
HxCDFuran (total)
NA
Y
EPA 23 and EPA Modified 5
8.900E-7
5.3E-07to 1.4E-06
B
3 tests/1 unit
Hydrogen chloride
7647-01-0
Y
EPA Modified 5
9.130EO
6.84 to 13.61
B
3 tests/1 unit
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLINO LOCATION:
ERC-11I
Harford Waste Energy Partners, Harford
Nonconfidential
Maryland
Waste TSDF
Refuse Systems
Waste Disposal
Solid Waste Disposal - Government
Municipal Incineration
Starved Air: Multiple Chamber
ESP Exhaust
RESEARCHER:
LS
SIC CODE:
SCC:
UNITS:
UNITS EXTENSION:
4953
50100101
lb/ton
refuse combusted
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Electrostatic Precipitator
BLANK CORRECTIONS: Yes
POLLUTANT NAME
CAS
HAP
>¦ METHOD .
FACTOR
RANGE OF DATA
Q
TEST RUNS
NOTE
Lead
7439-92-1
Y
EPA 29
8.420E-3
5.80E-03 to 1.14E-02
B
3 tests/I unit
Mercury
7439-97-6
Y
EPA101A
1.250E-5
9.01E-06to 1.75E-05
B
3 tests/1 unit
Nickel
7440-02-0
Y
EPA 29
9.700E-5
4.90E-05 to I.49E-04
B
3 tests/1 unit
OCDFuran (total)
39001-02-0
Y
EPA 23 and EPA Modified 5
1.200E-7
7.7E-08 to 1.9E-07
B
3 tests/1 unit
TCDFuran (total)
NA
Y
EPA 23 and EPA Modified 5
1.000E-6
4.5E-07to I.9E-06
B
3 tests/1 unit
1,2,3,4,6,7,8-HpCDDioxin
35822-46-9
N
EPA 23 and EPA Modified 5
2.500E-7
1.5E-07 to 4.4E-07
B
3 tests/1 unit
1,2,3,4,7,8-HxCDDioxin
39227-28-6
N
EPA 23 and EPA Modified 5
4.200E-8
2.2E-08 to 7.9E-08
B
3 tests/1 unit
1,2,3,6,7,8-HxCDDioxin
57653-85-7
N
EPA 23 and EPA Modified 5
3.900E-8
1.9E-08to7.9E-08
B
3 tests/I unit
1,2,3,7,8,9-HxCDDioxin
19408-74-3
N
EPA 23 and EPA Modified 5
6.700E-8
2.1E-08 to 1.6E-07
B
3 tests/1 unit
1,2,3,7,8-PeCDDioxin
40321-76-4
N
EPA 23 and EPA Modified 5
2.800E-8
1.0E-08 to6.1E-08
B
3 tests/1 unit
Barium
7440-39-3
N
EPA 29
1.940E-3
I.26E-03 to 2.88E-03
B
3 tests/1 unit
HpCDDioxin (total)
NA
N
EPA 23 and EPA Modified 5
5.400E-7
3.1E-07to 1.0E-06
B
3 tests/1 unit
HxCDDioxin (total)
NA
N
EPA 23 and EPA Modified 5
5.400E-7
I.7E-07to 1.3E-06
B
3 tests/1 unit
OCDDioxin (total)
3268-87-9
N
EPA 23 and EPA Modified 5
4.200E-7
2.7E-07 to 6.4E-07
B
3 tests/1 unit
Particulate matter (PM), not specified
N
EPA 5
2.430E-1
0.200 to 0.324
B
3 tests/1 unit
PeCDDioxin (total)
NA
N
EPA 23 and EPA Modified 5
9.600E-7
4.7E-07 to 1.8E-06
B
3 tests/1 unit
PeCDDioxin (total)
NA
N
EPA 23 and EPA Modified 5
5.000E-7
1.5E-07to 1.1E-06
B
3 tests/1 unit
TCDDioxin (total)
NA
N
EPA 23 and EPA Modified 5
2.800E-7
8.3E-08 to 6.7E-07
B
3 tests/1 unit
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLINO LOCATION:
ERC-111
Harford Waste Energy Partners, Harford
Nonconfidential
Maryland
Waste TSDF
Refuse Systems
Waste Disposal
Solid Waste Disposal • Oovernment
Municipal Incineration
Starved Air: Multiple Chamber
ESP Exhaust
O
00
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Electrostatic Precipitator
POLLUTANT NAME
CAS
HAP
METHOD
Vanadium
7440-62-2 N EPA 29
RESEARCHER:
LS
SIC CODE:
SCC:
4953
50100101
UNITS:
UNITS EXTENSION:
lb/ton
refuse combusted
BLANK CORRECTIONS: Yes
FACTOR
RANGE OP DATA
TEST RUNS
NOTE
2.450E-4
4.16E-05 to 3.77E-04
B 3 tests/1 unit
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLINO LOCATION:
ERC-112 RESEARCHER:
Hoeganoes Corp., Riverton, NJ
Nonconfidential
New Jersey
Iron and Steel Manufacturing
Blast Furnaces And Steel Milts SIC CODE:
Industrial Processes SCC:
Primary Metal Production
Steel Manufacturing (See 3-03-015 for Integrated Iron & Steel MACT)
Electric Arc Furnace: Carbon Steel (Stack) UNITS:
Baghouse Outlet UNITS EXTENSION:
PS
3312
30300908
lb/lb
material charged
O
(D
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Baghouse
BLANK CORRECTIONS: Yes
POLLUTANT NAME
CAS
HAP
METHOD
FACTOR
RANGE OF DATA
Q
TEST RUNS
NOTE
Carbon monoxide
630-08-0
N
Samples collected in 80 liter Tedlar bags.
3.290E-3
2.92E-03 to 3.49E-03
c
3 tests/1 unit
(27)
Analysis was conducted using non-dispersive
infra-red techniques.
Nitrogen oxides (NOx)
N
EPA MEthod 7E.
1.150E-4
9.05E-05 to I.39E-04
C
3 tests/1 unit
(27)
Particulate matter (PM), not specified
N
NJDEP Title 7 Air Test Method 1
6.930E-5
6. J3E-05 to 7.20E-05
C
3 tests/1 unit
(27)
-------
EMISSION FACTOR DATA SUMMARY
0
1
«4
O
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
CONTROL STATUS:
CONTROL DEVICE:
ERC-112
Hoeganoes Corp., Riverton, NJ
Nonconfidential
New Jersey
Iron and Steel Manufacturing
Blast Furnaces And Steel Mills
Industrial Processes
Primary Metal Production
Steel Manufacturing (See 3-03-015 for Integrated
Iron and Steel Manufacturing)
Electric Arc Furnace: Carbon Steel (Stack)
Electric Arc Furnace Outlet
Uncontrolled
Uncontrolled
RESEARCHER:
PS
SIC CODE:
SCC:
3312
30300908
UNITS: lb/lb
UNITS EXTENSION: material charged
BLANK CORRECTIONS: Yes
POLLUTANT NAME
CAS
HAP
METHOD
FACTOR
RANGE OP DATA
Q
TEST RUNS
NOTE
Particulate matter (PM), not specified N NJDEP Title 7 Air Test Method 1 9.350E-3 6.61E-03 to 1.26E-02 C 3 tests/1 unit
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-113
Minville Sales Corp., Winslow Township
Nonconfidential
NewJetsey
Wool Fiberglass
Mineral Wool
Industrial Processes
Mineral Products
Fiberglass Manufacturing
Other Not Classified
Baghouse Outlet
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Baghouse
POLLUTANT NAME
CAS
HAP
METHOD
Particulate matter (PM), not specified
Particulate matter (PM), not specified
Y NJ Air Test land EPA 5
Y NJ Air Test 1 and EPA J
RESEARCHER: MAZ
SIC CODE: 3296
SCC: 30501299
UNITS: lb/ton
UNITS EXTENSION: total input (blowing wool and edge trim)
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
3.520E-1
2.630E0
0.279 to 0.477
1.92 to 3.76
C
C
3 tests/1 unit
3 tests/1 unit
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACtLtTY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-113
Manville Sales Corp., Winslow Township
Nonconfidential
New Jersey
Wool Fiberglass
Mineral Wool
Industrial Processes
Mineral Products
Fiberglass Manufacturing
Curing: Flame Attenuation (Wool-type Fiber)
High Efficiency Air Filter Stack
RESEARCHER:
MAZ
SIC CODE:
SCC:
UNITS:
UNITS EXTENSION:
3296
30501209
lb/ton
total input (glass, binder, process water, and dedusting oil)
0
1
l_fc
fo
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Miscellaneous Control Devices
BLANK CORRECTIONS: No
POLLUTANT NAME
CAS
HAP
METHOD
FACTOR
RANGE OF DATA
Q
TEST RUNS
NOTE
Formaldehyde 50-00-0 Y Chromotropic Acid Method 6.980E-3 4.31E-03 to 9.65E-03 B 3 tests/1 unit (31)
Particulate matter (PM), not specified Y NJ Air Test 1 and EPA 5 I.I20E-1 9.65E-02to 1.396E-01 B 3 tests/1 unit (31)
Phenol 108-95-2 Y 4-Amino-antipyrine and EPA 510C 1.040E-3 7.39E-04 to 1.40 E-03 B 3 tests/1 unit (30)
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEOORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLINO LOCATION:
ERC-114
St. Francis Medical Center, Trenton, N
Nonconfidential
New Jersey
Waste TSDF
Hospitals
Waste Disposal
Solid Waste Disposal - Commercial/Institutional
Incineration: Special Purpose
Pathological
Stack Outlet
CONTROL STATUS:
CONTROL DEVICE:
Uncontrolled
Uncontrolled
POLLUTANT NAME
CAS
HAP
METHOD
Arsenic
7440-38-2
Y
EPA 0012
Cadmium
7440-43-9
Y
EPA 0012
Chromium (total)
7440-47-3
Y
EPA 0012
Hydrogen chloride
7647-01-0
Y
EPA 26
Lead
7439-92-1
Y
EPA 0012
Mercury
7439-97-6
Y
EPA 0012
Nickel
7440-02-0
Y
EPA 0012
Carbon monoxide
630-084)
N
EPA 10
Hydrocarbons, total
N
NJ Method 3
Nitrogen oxides (NOx)
N
EPA7E
Particulate matter (PM), not specified
N
NJ Draft Method 5
RESEARCHER:
CB
SIC CODE: 806
SCC: 50200505
UNITS: lb/lb
UNITS EXTENSION: waste burned
BLANK CORRECTIONS: Yes
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
7.220E-8 3.71E-08to 1.08E-07 C 3 tests/1 unit
9.490E-6 2.29 E-06 to 2.27E-05 C 3 tests/1 unit
2.020E-5 4.86E-06 to 2.73E-05 C 3 tests/1 unit
1.190E-2- 7.23E-03 to 1.47E-02 C 3 tests/1 unit
1.920E-3 4.26E-04 to 4.14E-03 C 3tests/lunH
5.I00E-9 4.39E-09 to 5.90E-09 C 3 tests/1 unit
7.790E-5 8.00E-06to 1.39E-04 C 3 tests/1 unH
6.300E-5 4.23E-05 to 7.61E-05 C 3 tests/1 unit
3.870E-5 2.82E-05 to 4.57E-05 C 3 tests/1 unH
9.670E-4 7.05E-04 to 1.13E-03 C 3 tests/1 unit
6.870E-4 5.62E-04 to 8.75E-04 C 3 tests/1 unit
(89)
(90)
(90)
(90)
(90)
(89)
(90)
(89)
(89)
(89)
(90)
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPtINO LOCATION:
ERC-115
St Michaels Medical Center, Newark, NJ
Nonconfidential
New Jersey
Waste TSDF
Refuse Systems
Waste Disposal
Solid Waste Disposal - Commercial/Institutional
Incineration
Multiple Chamber
Incinerator Stack
RESEARCHER:
LS
SIC CODE:
SCC:
UNITS:
UNITS EXTENSION:
4953
5020010!
lb/ton
refuse combusted
CONTROL STATUS:
CONTROL DEVICE:
Uncontrolled
Uncontrolled
BLANK CORRECTIONS: Yes
POLLUTANT NAME
CAS
HAP
METHOD
FACTOR
RANGE OF DATA
Q
TEST RUNS
NOTE
Hydrogen chloride
7647-01-0
Y
NJ Draft 5 and EPA 325.3
1.000E1
7.0 to 11.7
A
3 tests/1 unit
Carbon monoxide
630-08-0
N
EPA 10
1.800E-1
0.00 to 0.39
B
3 tests/I unit
Hydrocarbons, total, as methane
N
NJ Method 3.
3.900E-l
0.30 to 0.54
A
3 tests/1 unit
Particulate matter (PM), not specified
N
NJ Draft Method 5
5.980E0
3.54 to 10.85
B
3 tests/1 unit
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLINO LOCATION:
ERC-I16
U.S. Pipe and Foundry, Burlington, NJ
Nonconfidential
New Jersey
Iron and Steel Manufacturing
Iron And Steel Foundries
Industrial Processes
Secondary Metal Production
Grey Iron Foundries
Cupola
Cupola Baghouse Outlet
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Baghouse
POLLUTANT NAME
CAS
HAP
METHOD
Lead
Lead
Particulate matter (PM), not specified
Particulate matter (PM), not specified
7439-92-1 Y EPA Methods 5D and 12
7439-92-1 Y EPA Methods 5 D and 12
N EPA Methods 5D and 12
N EPA Methods 3D and 12
RESEARCHER:
MAZ
SIC CODE:
SCC:
332
30400301
UNITS:
UNITS EXTENSION:
lb/ton
material processed
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
2.670E-3 I.391E-03 to4.45IE-03 B 3 tests/1 unit
<3.800E-5 <2.68E-05 to 5.81E-05 B 3 tests/1 unit
I.I70E-1 3.959E-02 to 1.662E-01 B 3 tests/1 unit
2.550E-2 1.00E-02 to 4.22E-02 B 3 tests/1 unit
(63)
(63)
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-116
U.S. Pipe and Foundry, Burlington, NJ
Nonconfidential
New Jersey
Iron and Steel Manufacturing
Iron And Steel Foundries
Industrial Processes
Secondary Metal Production
Grey Iron Foundries
Cupola
Cupola exhaust
RESEARCHER:
SIC CODE:
SCC:
UNITS:
UNITS EXTENSION:
MAZ
332
30400301
lb/ton
material processed
CONTROL STATUS:
CONTROL DEVICE:
Uncontrolled
Uncontrolled
BLANK CORRECTIONS: No
POLLUTANT NAME
CAS
HAP
METHOD
FACTOR
RANGE OF DATA
Q
TEST RUNS
NOTE
Benzene
71-43-2
Y
NJ Air Test Method 3
9.090E-3
4.525E-03 lo 1.527E-02
B
3 tests/I unit
(63)
Carbon monoxide
630-08-0
N
EPA Methods 10,7E, and 6C
>2.710E-1
6.765E-03 to >7.893E-01
B
3 tests/1 unit
(63)
Hydrocarbons, total, as methane
N
EPA 25A
2.710E-1
1.324E-01 to 3.843E-01
B
3 tests/1 unit
(63)
Nitrogen oxides (NOx)
N
EPA Methods 10,7E, and 6C
3.520E-1
2.579E-01 to 4.674E-0I
B
3 tests/1 unit
(63)
Particulate matter (PM), not specified
N
New Jersey Air Test Method 1
I.I60E1
7.692 to 1.726E0I
B
3 tests/1 unit
(63)
Particulate matter (PM), not specified
N
NJ Air Test Method 1
1.490E0
0.926 to 1.914
A
3 tests/1 unit
(«)
Sulfur dioxide
7446-09-5
N
EPA Methods 10,7E,and6C
5.060E-2
4.54E-02 to 5.882E-02
B
3 tests/I unit
(63)
Sulfur dioxide
7446-09-5
N
EPA6C
6.300E-2
5.38E-02 to 7.12E-02
A
3 tests/1 unit
(3)
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO,:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEOORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-117
Valley Hospital, Ridgewood, NJ
Nonconfidential
New Jersey
Waste TSDF
Refuse Systems
Waste Disposal
Solid Waste Disposal • Commercial/Institutional
Incineration: Special Purpose
Pathological
Incinerator outlet
RESEARCHER:
LS
SIC CODE:
SCC:
UNITS:
UNITS EXTENSION:
4953
50200305
Ib/MMBtu
heat input
o
1a
¦*1
CONTROL STATUS:
CONTROL DEVICE:
Uncontrolled
Uncontrolled
BLANK CORRECTIONS: No
POLLUTANT NAME
CAS
IIAP
METHOD
FACTOR
RANGE OF DATA
Q
TEST RUNS
NOTE
Chromium (total)
7440-47-3
Y
EPA Draft 29
<4.300E-3
-------
EMISStON FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-II8
Waste Converters, Jappa, MD
Nonconfidential
Maryland
Waste TSDF
Air, Water, and Solid Waste Management
External Combustion Boilen
Electric Generation
Solid Waste
Specify Waste Material in Comments
Stack
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Electrostatic Precipitator
POLLUTANT NAME
CAS
HAP
METHOD
1,2,3,4,6,7,8-HpCDFuran
67562-39-4
Y
EPA 23
1,2,3,4,7,8,9-HpCDFuran
55673-89-7
Y
EPA 23
1,2,3,4,7,8-HxCDFuran
70648-26-9
Y
EPA 23
1,2,3,6,7,8-HxCDFuran
57117-44-9
Y
EPA 23
1,2,3,7,8,9-HxCDFuran
72918-21-9
Y
EPA 23
1,2,3,7,8-PeCDFuran
57117-41-6
Y
EPA 23
2,3,4,6,7,8-HxCDFuran
60851-34-5
Y
EPA 23
2,3,4,7,8-PeCDFuran
57117-31-4
Y
EPA 23
2,3,7,8-TCDDioxin
1746-01-6
Y
EPA 23
2,3,7,8-TCDFuran
51207-31-9
Y
EPA 23
Arsenic
7440-38-2
Y
EPA 29
Beryllium
7440-41-7
Y
EPA 29
Cadmium
7440-43-9
Y
EPA 29
Hydrogen chloride
7647-01-0
Y
EPA 26
Lead
7439-92-1
Y
EPA 29
Mercury
7439-97-6
Y
EPA 29
OCDFuran (total)
39001-02-0
Y
EPA 23
RESEARCHER:
MP
SIC CODE:
SCC:
9511
10101201
UNITS: lb/ton
UNITS EXTENSION: waste
BLANK CORRECTIONS: No
FACTOR
RANGE OIF DATA
Q TEST RUNS
NOTE
2.120E-7
1.16E-07 to 3.01E-07
A
3 tests/1
unit
4.740E-8
2.75E-08 to 6.42E-08
A
3 tests/1
unit
1.430E-7
7.45E-08 to 2.06E-07
A
3 tests/1
unit
7.070E-8
3.67E-08 - 1.02E-07
A
3 tests/1
unit
1.130E-8
7.01E-09 - 1.38E-08
A
3 tests/1
unit
3.250E-8
1.72E-08 to 4.99E-08
A
3 tests/1
unit
1.730E-7
9.49E-08 to 2.19E-07
A
3 tests/I
unit
7.990E-8
4.23E-08 to 1.13E-07
A
3 tests/1
unit
<9.920E-10
<5.93E-10to 1.58E-09
A
3 tests/1
unit
1.440E-8
7.90E-09 to 2.21E-08
A
3 tests/1
unit
6.870E-5
3.20E-05 to 1.40E-04
A
3 tests/1
unit
<3.190E-7
<2.76E-07 to <3.42E-07
A
3 tests/1
unit
3.590E-4
1.38E-04 to 6.64E-04
A
3 tests/1
unit
6.040E0
4.27 to 8.9
A
3 tests/1
unit
4.690E-3
1.88E-03 to 9.87E-03
A
3 tests/1
unit
1.270E-2
5.73E-O3to2.08E-02
A
3 tests/1
unit
1.040E-7
5.88E-08 to 1.42E-07
A
3 tests/1
unit
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-II8
Waste Converters, Jappa, MD
Nonconfidential
Maryland
Waste TSDF
Air, Water, ft Solid Waste Management
External Combustion Boilers
Electric Generation
Solid Waste
Specify Waste Material in Comments
Stack
0
1
-t
<0
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Electrostatic Precipitator
POLLUTANT NAME
CAS
HAP
METHOD
Polychlorinated dibenzofurans, total
Y
EPA 23
Selenium
7782-49-2
Y
EPA 29
Trichlorodibenzofiirans, total
Y
EPA 23
1,2,3,4,6,7,8-HpCDDioxin
35822-46-9
N
EPA 23
1,2,3,4,7,8-HxCDDioxin
39227-28-6
N
EPA 23
1,2,3,6,7,8-HxCDDioxin
57653-85-7
N
EPA 23
1,2,3,7,8,9-HxCDDioxin
19408-74-3
N
EPA 23
1,2,3,7,8-PeCDDioxin
40321-76-4
N
EPA 23
Barium
7440-39-3
N
EPA 29
OCDDioxin (total)
3268-87-9
N
EPA 23
Particulate matter (PM), not specified
N
EPA 5
Polychlorinated dibenzo-p-dioxins, total
N
EPA 23
Trichlorodibenzo-p-dioxins, total
N
EPA 23
RESEARCHER: MP
SIC CODE: 9511
SCC: 10101201
UNITS: lb/ton
UNITS EXTENSION: waste combusted
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS NOTE
2.670E-6
1.34E-06 to 3.94E-06
A
3 tests/1
unit
6.250E-5
5.11E-05to6.91E-05
A
3 tests/1
unit
1.830E-7
7.52E-08 to 3.10E-07
A
3 tests/1
unit
1.960E-7"
1.11E-07 to 2.76E-07
A
3 tests/1
unit
1.110E-8
6.56E-09 to 1.56E-08
A
3 tests/1
unit
2.760E-8
1.55E-08 to 3.88E-08
A
3 tests/I
unit
4.140E-8
2.45E-08 to 6.05E-08
A
3 tests/1
unit
7.580E-9
4.35E-09t0 1.07E-08
A
3 tests/I
unit
<9.320E-5
<5.52E-05 to 1.56 E-04
A
3 tests/1
unit
3.010E-7
1.83E-07 to 4.18E-07
A
3 tests/1
unit
1.240E-1
0.04 to 0.272
A
3 tests/1
unit
1.250E-6
7.05E-07 to 1.86E-06
A
3 tests/1
unit
1.070E-8
5.52E-09 to 1.65E-08
A
3 tests/1
unit
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEOORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-119
Sanitation District of L.A. County
Nonconfidential
South Coast
Waste TSDF
Refuse Systems
External Combustion Boilers
Electric Generation
Solid Waste
Refuse Derived Fuel
Stack
O CONTROL STATUS: Controlled
L CONTROL DEVICE: Baghouse
IM
O
POLLUTANT NAME
CAS
HAP
METHOD
1,2,3,4,6,7,8-HpCDFuran
67562-39-4
Y
CARBSemi-VOST
1,2,3,4,6,7,8-HpCDFuran
67562-39-4
Y
CARBSemi-VOST
1,2,3,4,7,8-HxCDFuran
70648-26-9
Y
CARB Semi-VOST
1,2,3,4,7,8-HxCDFuran
70648-26-9
Y
CARB Semi-VOST
1,2,3,6,7,8-HxCDFuran
57117-44-9
Y
CARB Semi-VOST
1,2,3,7,8-PeCDFuran
57117-41-6
Y
CARB Semi-VOST
1,2,3,7,8-PeCDFuran
57117-41-6
Y
CARB Semi-VOST
2,3,4,6,7,8-HxCDFuran
60851-34-5
Y
CARB Semi-VOST
2,3,4,7,8-PeCDFuran
57117-31-4
Y
CARB Semi-VOST
2,3,4,7,8-PeCDFuran
57117-31-4
Y
CARB Semi-VOST
Antimony
7440-36-0
Y
EPA 5
Antimony
7440-36-0
Y
EPA 5
Arsenic
7440-38-2
Y
EPA 5
Arsenic
7440-38-2
Y
EPA 5
Beryllium
7440-41-7
Y
EPA 104
Cadmium
7440-43-9
Y
EPA 5
Cadmium
7440-43-9
Y
EPA 5
RESEARCHER: KJM
SIC CODE:
SCC:
4953
10101202
UNITS:
UNITS EXTENSION:
lb/ton
waste burned
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
<2.230E-10
A
2 tests/1 unit
<2.590E-9
A
3 tests/I unit
<2.460E-10
A
2 tests/1 unit
<9.500E-10
A
3 tests/1 unit
<4.500E-10
A
3 tests/1 unit
2.160E-10
A
2 tests/1 unit
<4.650E-10
A
3 tests/1 unit
<5.160E-10
A
3 tests/1 unit
<5.350E-10
A
2 tests/1 unit
<5.890E-10
A
3 tests/1 unit
2.420E-6
A
3 tests/1 unit
3.210E-6
A
3 tests/1 unit
<1.450E-6
A
3 tests/1 unit
<6.420E-7
A
3 tests/1 unit
<1.450E-6
A
3 tests/1 unit
1.550E-5
A
3 tests/1 unit
3.850E-6
A
3 tests/1 unit
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLINO LOCATION:
ERC-119
Sanitation District of LA. County
Nonconfidential
South Coast
Waste TSDF
Refuse Systems
External Combustion Boilers
Electric Generation
Solid Waste
Refiise Derived Fuel
Stack
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Baghouse
POLLUTANT NAME
CAS
HAP
METHOD
Chromium (total)
7440-47-3
Y
EPA 5
Chromium (total)
7440-47-3
Y
EPA 5
Chromium (total)
7440-47-3
Y
CARB425
HpCDFuran (total)
NA
Y
CARBSemi-VOST
HpCDFuran (total)
NA
Y
CARBSemi-VOST
HxCDFuran (total)
NA
Y
CARB Semi-VOST
HxCDFuran (total)
NA
Y
CARB Semi-VOST
HxCDFuran (total)
NA
Y
CARBSemi-VOST
Lead
7439-92-1
Y
EPA 5
Lead
7439-92-1
Y
EPA 5
Manganese
7439-96-5
Y
EPA 5
Manganese
7439-96-5
Y
EPA 5
Mercury
7439-97-6
Y
EPA 5
Mercury
7439-97-6
Y
EPA 5
Nickel
7440-02-0
Y
EPA 5
Nickel
7440-02-0
Y
EPA 5
PeCDFuran (total)
NA
Y
CARBSemi-VOST
PeCDFuran (total)
NA
Y
CARB Semi-VOST
RESEARCHER:
KJM
SIC CODE: 4953
SCC: 10101202
UNITS: lb/ton
UNITS EXTENSION: waste burned
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
0 TEST RUNS
NOTE
I.840E-5
A
3 tests/1 unit
<3.210E-6
A
3 tests/1 unit
<2.500E-6
A
3 tests/I unit
<2.560E-10
A
2 tests/1 unit
1.880E-9
A
3 tests/1 unit
5.490E-I0
A
2 tests/1 unit
7.080E-10
A
2 tests/I unit
2.300E-9
A
3 tests/1 unit
1.550E-5
A
3 tests/1 unit
3.400E-4
A
3 tests/1 unit
7.750E-6
A
3 tests/I unit
1.480E-5
A
3 tests/I unit
3.240E-4
A
3 tests/1 unit
7.890E-4
A
3 tests/1 unit
4.840E-5
A
3 tests/1 unit
<3.2I0E-6
A
3 tests/1 unit
2.350E-9
A
2 tests/1 unit
3.020E-9
A
3 tests/1 unit
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLINO LOCATION:
ERC-119
Sanitation District of L.A. County
Nonconfidential
South Coast
Waste TSDF
Refuse Systems
External Combustion Boilers
Electric Generation
Solid Waste
Refuse Derived Fuel
Stack
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Baghouse
: POLLUTANT NAME
cas
HAP
METHOD
TCDFunut (total)
NA
Y
CARB Semi-VOST
TCDFuran (total)
NA
Y
CARB Semi-VOST
1,2,3,4,6,7,8-HpCDDioxin
35822-46-9
N
CARB Semi-VOST
2,3,7,8-Tetrachlorodibenzofunw
51207-31-9
N
CARB Semi-VOST
2,3,7,8-Tetrachlorodibenzofuran
51207-31-9
N
CARB Semi-VOST
Barium
7440-39-3
N
EPA 5
Barium
7440-39-3
N
EPA 5
Bismuth
7440-69-9
N
EPA 5
Bismuth
7440-69-9
N
EPA 5
Boron
7440-42-8
N
EPA 5
Boron
7440-42-8
N
EPA 5
Calcium
7440-70-2
N
EPA 5
Calcium
7440-70-2
N
EPA 5
Cobalt
7440-48-4
Y
EPA 5
Cobalt
7440-48-4
Y
EPA 5
Copper
7440-50-8
N
EPA 5
HpCDDioxin (total)
NA
N
CARB Semi-VOST
HpCDDioxin (total)
NA
N
CARB Semi-VOST
RESEARCHER: KJM
SIC CODE:
SCC:
4953
10101202
UNITS:
UNITS EXTENSION:
lb/ton
waste burned
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
7.230E-9
A
2 tests/1 unit
8.210E-9
A
3 tests/1 unit
<2.340E-9
A
3 tests/1 unit
<3.380E-10
A
2 tests/1 unit
<3.610E-10
A
3 tests/1 unit
9.200E-4
A
3 tests/1 unit
<1.210E-3
A
3 tests/1 unit
1.450E-6
A
3 tests/1 unit
<6.420E-7
A
3 tests/1 unit
2.680E-3
A
3 tests/1 unit
5.800E-3
A
3 tests/1 unit
4.360E-4
A
3 tests/1 unit
6.420E-4
A
3 tests/1 unit
2.910E-6
A
3 tests/1 unit
<1.280E-6
A
3 tests/1 unit
<5.840E-4
A
3 tests/1 unit
<4.130E-10
A
2 tests/1 unit
3.930E-9
A
3 tests/1 unit
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-1I9
Sanitation District of LA. County
Nonconfidential
South Coast
Waste TSDF
Refuse Systems
External Combustion Boilers
Electric Generation
Solid Waste
Refuse Derived Fuel
SUck
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Baghouse
.. POLLUTANT NAME
CAS v
HAP
METHOD
HxCDDioxin (total)
NA
N
CARBSemi-VOST
Indium
7440-74-6
N
EPA 5
Iron
15438-31-0
N
EPA 5
Magnesium
7439-95-4
N
EPA 5
OCDDioxin (total)
3268-87-9
N
CARBSemi-VOST
OCDDioxin (total)
3268-87-9
N
CARBSemi-VOST
Particulate matter (PM), filterable
N
EPA 5
Particulate matter (PM), filterable
N
EPA 5
Particulate matter (PM), total
N
EPA 5
Particulate matter (PM), total
N
EPA 5
PeCDDioxin (total)
NA
N
CARBSemi-VOST
PeCDDioxin (total)
NA
N
CARBSemi-VOST
Silicon
7440-21-3
N
EPA 5
Silicon
7440-21-3
N
EPA 5
TCDDioxin (total)
NA
N
CARBSemi-VOST
TCDDioxin (total)
NA
N
CARBSemi-VOST
Vanadium
7440-62-2
N
EPA 5
Zinc
7440-66-6
N
EPA 5
RESEARCHER: KJM
SIC CODE: 4953
SCC: 10101202
UNITS: lb/ton
UNITS EXTENSION: waste burned
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
Q TEST RUNS
NOTE
1.760E-9
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-119
Sanitation District of LA. County
Nonconfidential
South Coast
Waste TSDF
Refuse Systems
External Combustion Boilers
Electric Generation
Solid Waste
Refuse Derived Fuel
Stack
*
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Baghouse
POLLUTANT NAME
CAS
HAP
METHOD
Zinc
7440-66-6
N EPA 5
RESEARCHER: KJM
SIC CODE: 4953
SCC: 10101202
UNITS: lb/ton
UNITS EXTENSION: waste burned
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS NOTE
3.660E-4
A 3 tests/1 unit
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-1I9
Sanitation District of LA. County
Nonconfidential
South Coast
Waste TSDF
Refuse Systems
External Combustion Boilers
Electric Generation
Solid Waste
Refuse Derived Fuel
SUck
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Low No, Burners
POLLUTANT NAME
CAS
HAP
METHOD
Carbon monoxide
Carbon monoxide
Nitrogen oxides (NOx)
Nitrogen oxides (NOx)
630-08-0
630-08-0
N
N
N
N
EPA 3A, 7E, and 10
EPA3A, 7E, and 10
EPA 3 A, 7E, and 10
EPA3A, 7E, and 10
RESEARCHER:
KJM
SIC CODE:
SCC:
4953
10101202
UNITS:
UNITS EXTENSION:
lb/ton
waste burned
BLANK CORRECTIONS: No
FACTOR RANGE OP DATA
TEST RUNS
NOTE
2.670E-I
2.55E-01 - 2.80E-O1
A
3 tests/1
unit
2.350E-I
2.16E-01 - 2.62E-01
A
3 tests/I
unit
1.770E0
1.59E+00-2.11E+00
A
3 tests/1
unit
2.040E0 •
1.75E+00-2.3IE+00
A
3 tests/1
unit
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLINO LOCATION:
ERC-119
Sanitation District of LA. County
Nonconfidential
South Coast
Waste TSDF
Refuse Systems
External Combustion Boilers
Electric Generation
Solid Waste
Refuse Derived Fuel
SUck
CONTROL STATUS:
CONTROL DEVICE:
Uncontrolled
No control specified, assume uncontrolled
POLLUTANT NAME
CAS
HAP
METHOD
Polycyclic aromatic hydrocarbons (POM)
Polycyclic aromatic hydrocarbons (POM)
Polycyclic aromatic hydrocarbons (POM)
Polycyclic aromatic hydrocarbons (POM)
Volatile organic compounds (VOC)
Volatile organic compounds (VOC)
Y CARBSemi-VOST
Y CARB Semi-VOST
Y CARBSemi-VOST
Y CARB Semi-VOST
N SCAQMD TC A/FID
N SCAQMD TCA/F1D
RESEARCHER:
KJM
SIC CODE:
SCC:
4953
10101202
UNITS:
UNITS EXTENSION:
lb/ton
waste burned
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
<3.430E-6
A
2 tests/1 unit
<1.070E-6
A
2 tests/1 unit
<1.120E-5
A
2 tests/1 unit
<7.910E-7
A
2 tests/1 unit
5.180E-2
A
1 test/1 unit
4.890E-2
A
1 test/1 unit
(67)
(51)
(68)
(51)
(66)
(66)
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-119
Sanitation District of LA County
Nonconfidential
South Coast
Waste TSDF
Refuse Systems
External Combustion Boilers
Electric Generation
Solid Waste
Refuse Derived Fuel
Stack
K9
-J
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Spray Dryer
POLLUTANT NAME
CAS
HAP
METHOD
Sulfur oxides (SOx)
Sulfur oxides (SOx)
N
N
SCAQMD 6.1
SCAQMD6.I
RESEARCHER:
KJM
SIC CODE:
SCC:
4953
10101202
UNITS:
UNITS EXTENSION:
lb/ton
waste burned
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
4.290E-2 1.73E-02 - 8.39E-02 A 3 tests/1 unit (8)
1.050E-1 3.04E-02 • 2.04E-01 A 3 tests/1 unit (7)
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLINO LOCATION:
ERC-120
Puente Hills Landfill
Nonconfidential
South Coast
Waste TSDF
Refuse Systems
External Combustion Boilers
Commercial/Industrial
Landfill Gas
Landfill Gas
Stack
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Flue Gas Recirculation
POLLUTANT NAME
CAS
HAP
METHOD
1,1,1-Trichloroethane
Carbon tetrachloride
Tetrachloroethylene
Toluene
Trichloroethvlene
Sulfur oxides (SOx)
71-55-6
56-23-5
127-18-4
108-88-3
79-01-6
Y
Y
Y
Y
Y
N
Tedlarbag/GC
Tedlarbag/GC
Tedlarbag/GC
Tedlarbag/GC
Tedlar bag-'GC
SCAQMD 6.1
RESEARCHER: EO
SIC CODE: 4953
SCC: 10300811
UNITS: lb/Million
UNITS EXTENSION: gas burned
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
7.200E-3
3.470E-4
9.970E0
1.720E-2
3.590E-3
2.240E1
C
C
c
c
c
c
1 test/1 unit
1 test/1 unit
1 test/1 unit
1 test/1 unit
1 test/1 unit
I test/1 unit
(76)
(76)
(76)
(76)
(76)
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLINO LOCATION:
ERC-I2I
Petro-Diamond Terminal Co.
Nonconfidential
South Coast
Gasoline Distribution
Petroleum Bulk Stations & Terminals
Storage and Transport
Petroleum and Petroleum Product Transport
Truck
Gasoline
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Miscellaneous Control Devices
POLLUTANT NAME
CAS
HAP
METHOD
Carbon dioxide
Carbon monoxide
Methane
124-38-9 N SCAQMD TCA 25.1
630-08-0 N SCAQMD TCA 25.1
74-82-8 N SCAQMD TCA 25.1
RESEARCHER:
SAS
SIC CODE: 5171
SCC: A2505030120
UNITS: lb/1000 gal
UNITS EXTENSION: Kiel transferred
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
8.640E-3
2.220E-4
7.440E-2
D I test/1 unit
D 1 test/1 unit
D 1 test/1 unit
(35)
(35)
(35)
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-122
South East Resource Recovery
Nonconfidential
South Coast
Waste TSDF
Electric Services
External Combustion Boilers
Electric Generation
Solid Waste
Refuse Derived Fuel
Stack
W
o
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Miscellaneous Control Devices
POLLUTANT NAME
CAS
HAP
METHOD
2,3,7,8-TCDFuran
51207-31-9
Y
CARB428
Anthracene (POM)
120-12-7
Y
CARB 429
Arsenic
7440-38-2
Y
EPA 0012
Benz-a-anthracene (POM)
56-35-3
Y
CARB 429
Benzo-ghi-perylene (POM)
191-24-2
Y
CARB 429
Cadmium
7440-43-9
Y
CARB 424
Chromium (total)
7440-47-3
Y
CARB 425
Chromium, Hexavalent
18540-29-9
Y
CARB 425
Fluoranthene (POM)
206-44-0
Y
CARB 429
Fluorene (POM)
86-73-7
Y
CARB 429
Hydrogen chloride
7647-01-0
Y
CARB 421
Indeno-123-cd-pyrene (POM)
193-39-5
Y
CARB 429
Lead
7439-92-1
Y
EPA 0012
Manganese
7439-96-5
Y
EPA 0012
Mercury
7439-97-6
Y
CARB 101A
Naphthalene
91-20-3
Y
CARB 429
Nickel
7440-02-0
Y
EPA 0012
RESEARCHER:
SAS
SIC CODE: 4911
SCC: 10101202
UNITS: lb/ton
UNITS EXTENSION: waste burned
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
4.860E-10
A
3 tests/1 unit
(36)
<3.120E-7
<1.47E-07 • <6.42E-07
A
9 tests/3 units
(36)
<2.030E-7
<1.64E-07 - <2.42E-07
A
6 tests/2 units
(36)
<1.310E-7
<1.29E-07 - 1.34E-07
A
6 tests/2 units
(36)
<4.740E-8
A
3 tests/1 unit
(36)
2.290E-<>
1.37E-06 - 4.07E-06
A
9 tests/3 units
(36)
4.330E-6
1.51E-06-9.39E-06
A
9 tests/3 units
(36)
1.8I0E-6
1.04E-06 - 2.71E-06
A
9 tests/3 units
(36)
<1.050E-7
8.97E-08 - <1.20E-07
A
6 tests/2 units
(36)
<7.I80E-8
<6.78E-08 - <7.62E-08
A
9 tests/3 units
(36)
1.110E-1
5.63E-02 - 1.53E-01
A
9 tests/3 units
(36)
<6.260E-8
A
3 tests/1 unit
(36)
8.770E-6
4.09E-06-1.61E-05
A
9 tests/3 units
(36)
4.920E-5
3.71E-05 - 7.20E-05
A
9 tests/3 units
(36)
1.640E-3
1.31E-03 - 2.06E-03
A
9 tests/3 units
(36)
<6.690E-6
3.53E-06 - <1.06E-05
A
9 tests/3 units
(69)
2.160E-5
5.48E-06 - 4.46E-05
A
9 tests/3 units
(36)
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-122
South East Resource Recovery
Nonconfidential
South Coast
Waste TSDF
Electric Services
External Combustion Boilers
Electric Generation
Solid Waste
Refuse Derived Fuel
Stack
0
1
W
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Miscellaneous Control Devices
POLLUTANT NAME
CAS
HAP
METHOD
Phenanthrene (POM)
Pyrene (POM)
Vinyl chloride
1,2,3,4,6,7,8-HpCDDioxin
OCDDioxin (total)
Zinc
85-01-8
Y
CARB429
129-00-0
Y
CARB429
75-01-4
Y
CARB410A/106
35822-46-9
N
CARB428
3268-87-9
N
CARB428
7440-66-6
N
EPA 0012
RESEARCHER: SAS
SIC CODE:
SCC:
4911
10101202
UNITS:
UNITS EXTENSION:
lb/ton
waste burned
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
<3.080E-7
-------
ERC-126
Santa Rosa Hospital
Nonconfidential
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
CONTROL STATUS:
CONTROL DEVICE:
Bay Area
Waste TSDF
Hospitals
Waste Disposal
Solid Waste Disposal • Commercial/Institutional
Incineration: Special Purpose
Medical Waste Incinerator
Stack
Uncontrolled
Uncontrolled
POLLUTANT NAME
CAS
HAP
METHOD
Hydrogen chloride
Nitrogen oxides (NOx)
Particulate matter (PM), not specified
7647-01-0
Y
N
N
CARB421
BAAQMD ST-13A
BAAQMDST-13A
RESEARCHER:
EG
SIC CODE:
SCC:
806
50200504
UNITS:
UNITS EXTENSION:
lb/ton
waste burned
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
I.790EI 1.48E+01-2.I0E+01 A 2 tests/1 unit (88)
3.870E0 2.44E+00 - 5.29E+00 A 2 tests/1 unit (88)
I.240E0 9.2E-01 • 1.55E+00 A 2 tests/1 unit (88)
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLING LOCATION:
ERC-127
Naval Weapons Station
Nonconfidential
Kern County
Waste TSDF
Refuse Systems
Waste Disposal
Solid Waste Disposal - Industrial
Incineration
Controlled Air
Stack
CO
U
CONTROL STATUS:
CONTROL DEVICE:
Uncontrolled
Uncontrolled
POLLUTANT NAME
CAS
HAP
METHOD
Arsenic
7440-38-2
Y
CARB 436
Cadmium
7440-43-9
Y
CARB436
Lead
7439-92-1
Y
CARB 436
Manganese
7439-96-5
Y
CARB 436
Selenium
7782-49-2
Y
CARB 436
Zinc
7440-66-6
N
CARB 436
RESEARCHER:
PS
SIC CODE: 4953
SCC: 30300103
UNITS: lb/ton
UNITS EXTENSION: waste burned
BLANK CORRECTIONS: Yes
FACTOR
RANGE OF DATA
TESt RUNS
NOTE
I.810E-3
I.71E-03 • 1.97E-03
B
3 tests/1
unit
3.080E-4
2.5IE-05 • 5.25E-04
B
3 tests/1
unit
1.640E-3
1.39E-03 - 2.09E-03
B
3 tests/1
unit
1.030E-2
1.42E-03 - 2.74E-02
B
3 tests/1
unit
3.030E-4
2.63E-04 - 3.34E-04
B
3 tests/1
unit
9.090E-2
6.29E-02 - 1.44E-01
B
3 tests/1
unit
(74)
-------
EMISSION FACTOR DATA SUMMARY
REPORT NO.:
FACILITY NAME:
CONFIDENTIALITY STATUS:
AIR DISTRICT:
SOURCE CATEGORY:
SIC DESCRIPTION:
SCC DESCRIPTION:
SAMPLINO LOCATION:
ERC-I28
Shell Oil Bulk Terminal
Nonconfidential
Yolo-Solano
Gasoline Distribution
Petroleum Bulk Stations & Terminals
Storage and Transport
Petroleum and Petroleum Product Transport
Truck
Gasoline
Carbon bed exhaust
CONTROL STATUS:
CONTROL DEVICE:
Controlled
Vapor recovery system - including condensers, hoods, etc.
POLLUTANT NAME
CAS
HAP
METHOD
Ethane
Methane
Propane
74-84-0
74-82-8
74-98-6
N EPA 2a
N EPA 2a
N EPA 2a
RESEARCHER: SAS
SIC CODE:
SCC:
5171
A2505030120
UNITS:
UNITS EXTENSION:
lb/Million
gasoline loaded
BLANK CORRECTIONS: No
FACTOR
RANGE OF DATA
TEST RUNS
NOTE
I.260E-2 7.7IE-03 - 2.14E-02 A 3 tests/I unit (64)
I.520E-2 1.30E-02- 1.66E-02 A 3 tests/I unit (64)
7.530E-4 1.08E-04 - 1.40E-03 A 2 tests/1 unit (63)
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NOTES
1
A maximum of four sources: the filling station, the slagging ladle, the desulfurizing ladle, and the ductile treating ladle were connected and operating
during the tests.
2
Emission factor in g/scf gas flow is available. Control devices are water + NMOC strippers.
3
A maximum of four sources: the filling station, the slagging ladle, the desulfurizing ladle, and the ductile treating ladle were connected and operating
during the tests.
4
Approximate charge rate of medical waste was 900 lb/day consisting primarily of untreated Class 3 waste.
5
At 60 deg. F. Control device is a Dry ESP.
6
At 60 deg. F. Control device is a Wet ESP.
7
Average removal efficiency is 97.2%.
8
Average removal efficiency is 98.3%.
9
Average removal efficiency is 99.49%.
10
Average removal efficiency is 99.77%.
11
Average weight per body incinerated: body « 127 lbs; wrapping material = 4 lbs of cardboard and 2 lbs of wood.
12
Average weight per body incinerated: body = 129 lb; wrapping material = 4 lb of cardboard and 2 lb of wood.
13
Average weight per body incinerated: body *= 1291b; wrapping material = 4 lb of cardboard and 2 lb of wood. Detection limit values used in
developing emission factor.
14
Average weight per body incinerated: body ¦= 129 lb; wrapping material = 4 lb of cardboard and 2 lb of wood. Detection limit values used in
developing the emission factors.
15
Average weight per body incinerated: body =139 lb; wrapping material = 4 lb of cardboard and 1 lb of wood.
16
Average weight per body incinerated: body *= 141 lb; wrapping material ¦ 4 lb of cardboard and 3 lb of wood.
17
Average weight per body incinerated: body <"141 lb; wrapping material - 4 lb of cardboard and 3 lb of wood Detection limit values used in
developing emission factor.
18
Average weight per body incinerated: body «= 141 lb; wrapping material» 4 lb of cardboard and 3 lb of wood. Emission factor is for those PAHs
measured above the detection limits, and excludes naphthalene.
-------
NOTES
19
Average weight per body incinerated: body = 147 lb; wrapping material = 4 lb of cardboard & 2 lb of wood. Each hourly reading from the
continuous monitor is counted as one run.
20
Average weight per body incinerated: body -147 lb; wrapping material ¦ 4 lb of cardboard and 2 lb of wood. Each hourly reading from the
continuous monitor is counted as one run.
21
Average weight per body incinerated: body = 154 lb; wrapping material = 4 lb of cardboard and 2 lb of wood.
22
Average weight per body incinerated: body = 154 lb; wrapping material = 4 lb of cardboard and 2 lb of wood.
23
Average weight per body incinerated: body =154 lb; wrapping material = 4 lb of cardboard and 2 lb of wood. Detection limit values used in
developing emission factor.
24
Average weight per body incinerated: body ¦ 163 lb; wrapping material = 4 lb of cardboard. Each hourly reading from the continuous emission
monitor is counted as one run.
25
Average weight per body incinerated: body = 184 lb; wrapping material - 4 lb of cardboard & 5 lb of wood Emissions were measured during the
first hour of a 2-hour cremation and are not truly representative for an entire body, or of a 2-hour cremation.
26
Avg. wt/body incin.: body =184 lb; wrapping material = 4 lb of cardboard & 5 lb of wood. Emissions measured during 1st hr. of 2-hr. cremation
and are not representative for entire body, or of 2-hr. cremation.
27
Baghouse contains 2000 each 4.5 in. X14 ft. Nomex glass felt bags for a total fabric area of 33800 sq. ft With a maximum design flow rate of
105000ACFM, the resulting air to cloth ratio is 3.10 to 1.00.
28
Both inlet and exhaust EFs were calculated. Emission factor in g/scf gas flow is available. Control devices are water + NMOC strippers and catalytic
converter.
29
Both inlet and exhaust EFs were calculated. Emission factor in g/scf gas flow is available. Control devices are water + NMOC strippers and catalytic
converters.
30
Control device is a high efficiency air filter.
31
Control device is a high efficiency air filter (HEAF).
32
Control devices are limestone injection, thermal de-NOx with ammonia injection, water treatment, multi-cyclone dust collector, 8-compartment fabric
collector.
33
Control devices are limestone injection, thermal de-NOx with ammonia injection, wafer, treatment, multi-cyclone dust collector, 8-compartment fabric
collector.
-------
NOTES
34
Control devices are spray dryer absorber and electrostatic precipitator-. Two detection limit values were used to calculate the emission factor averages.
35
Control devices are twin carbon adsorption towers.
36
Control devices are: NOx-combustion control, flue gas recirculation, and ammonia injection; S02 and HC1 - Peabody Process System rotary atomizer
spray dryer, Particulate - Peabody Process System baghouse.
37
Control devices were limestone injection, thermal de-NOx with Ammonia injection, Water treatment, multi-cyclone dust collector, 8-compartment
fabric collector.
38
Control devices were limestone injection, thermal de-NOx with ammonia injection, Water treatment, multi-cyclone dust collector, 8-compartment
fabric collector.
39
Control devices were limestone injection, thermal de-NOx with ammonia injection, water treatment, multi-cyclone dust collector, 8 compartment fabric
collector.
40
Control devices were limestone injection, thermal de-NOx with ammonia injection, water treatment, multi-cyclone dust collector, 8-compartment
fabric collector.
41
Destruction efficiency 94.9-96.4.
42
EF is average of minimum and maximum VOC loading conditions. Because outlet concentration was lower than detection limits, the EF is expressed
as a less than' value.
43
Emission factor based on average of 2 runs.
44
Emission factor in g/scf gas flow is available. Control devices are water + NMOC strippers.
45
Emission factor in s/scf gas flow is available. Control devices are water + NMOC strippers.
46
Emission factor is g/scf gas flow is available. Control devices are water + NMOC strippers.
47
Emission factors are based on the sum of the results of the front and back half sample analysis.
48
Emission factors are based on the sum of the results of the front and back half sample analysis. Source Test Deficiencies (QA/QC, Source test
methods, One source test).
49
Emissions data is available in lb/MMBtu.
50
Engines burn RP-1 (kerosine) and liquid nitrogen.
-------
o
g
NOTES
51
Except naphthalene.
52
F-factor - 8565.848 DSCF/MMBtu.
53
Factors calculated using an F-factor for wood of9240 dscf/MMBtu.
54
Flare efficiency 98.9-99.6, high flow rate(1992 scfm permit limit), HOOF.
55
Flare efficiency 98.9-99.6, low flow rate(900 scfin), 1400F.
56
Heat input estimated to be 208.8 MMBtu/hr during test
57
In calculating the average emission factor, if the values were < the detection limit the reported value was used. The range of factors presents the value
of the detection limit when the reported value was < the detection limit.
58
In calculating the average emission factor, if the values were below the detection limit the reported value was used. The range of factors presents the
value of the detection limit when the reported value was < the detection limit
59
In this compliance test, the methylene chloride emissions exceeded the standards stated in the permit, and the methylene chloride removal efficiency
was below the 98% standard.
60
Incinerator inlet sampled during average operating conditions.
61
Incinerator outlet Sampled during average operating conditions.
62
Incinerator outlet sampled during maximum operating conditions.
63
Iron melting stack data exceeded the standards specified by the permit, for all pollutants except sulfur dioxide.
64
John Zink carbon adsorption vapor recovery system used.
65
John Zink carbon adsorption vapor recovery system used. Only 2 runs were used in EF development Run 1 was less than the detection limit
66
Measured as methane.
67
Naphthalene is 68% of total PAR
68
Naphthalene is 93% of total PAH.
69
Naphthalene is blank corrected. Control devices are: NOx- combustion, flue gas recirculation, and ammonia injection; S02 and HC1 - Peabody
Process System rotary atomizer spray dryer, Particulate - Peabody Process System baghouse.
-------
NOTES
70
Process provides molten iron for production of centrifugally-cast iron pipe. Raw materials included pig iron, scrap iron, steel, scrap, coke, and
limestone.
71
Results standardized to 68 deg. F, 29.92 in. Hg. Field blanks were nonzero (value).
72
Run 2 was contaminated.
73
Run 2 was non-detected.
74
Run 3 was less than 5 times the blank.
75
Runs 1 and 3 were <5xblank.
76
Tedlar bag sampling with GC analysis.
77
Testing condition: High fire with flash gas. Average combined F-factor for both fuels = 9349.65 DSCF/MMBtu.
78
Testing condition: High fire without flash gas. F-factor = 8653.431 DSCF/MMBtu.
79
Testing condition: Low fire with flash gas. Average combined F-factor for both fuels = 10226.09 DSCF/MMBtu.
80
Testing condition: Low fire without flash gas. F-factor * 8653.431 DSCF/MMBtu.
81
The PCDD/PCDF emission factors include only data not reported as estimated maximum possible concentration or as a positive result below the
quantification limit assigned to the compound.
82
The PCDD/PCDF emission factors include only data not reported as estimated maximm possible concentration or as a positive result below the
quantification limit assigned to the compound.
83
The PCDD/PCDF emission factors include only data not reported as estimated maximum possible concentration as a positive result below the
quantification limit assigned to the compound.
84
The PCDD/PCDF emission factors include only data not reported as estimated maximum possible concentration or as a positive result below the
quantification limit assigned to the compound.
85
The PCDD/PCDF emission factors include only data not reported as estimated maximum possible concentration or as a positive result below the
quantification limit assigned to the compound.
86
The PCDD/PCDF emission factors include only data not reported as estimated maximum possible concentration or as a positive result below the
quantification limit assigned to the compound.
-------
0
1
s
NOTES
87
The PCDD/PCDF emission factors include only data not reported as estimated maximum possible concentration or as a positive reult below the
quantification limit of the compound.
88
The third run was void because of a broken glass sampling probe.
89
The waste consisted of paper, gloves, cafeteria waste, hospital supplies, and pathological waste. The incinerator operated below the maximum feed
rate of750 lb/hour per permit/certificate.
90
The waste consisted of paper, gloves, cafeteria waste, hospital supplies, and pathological waste. The incinerator operated below the maximum feed
rate of750 lb/hour per permit/certificate. Emissions exceeded the permit standard.
91
There was insufficient amount of infectious waste to maintain the incinerator in a continuous mode during testing, therefore housekeeping trash was
also charged to the incinerator.
92
Trail Bum Report, Test Stage 1. Detection limits not used in averaging when duplicate or multiple samples were collected and analyzed per run.
Control devices are absorber and wet scrubber.
93
Trial Bum Report, Test Stage 1. Detection limits not used in averaging when duplicate or multiple samples were collected and analyzed per run.
Control devices are an absorber and wet scrubber.
94
Trial Bum Report, Test Stage 1. Detection limits not used in averaging when duplicate or multiple samples were collected and analyzed per run.
Control devices are absorber and wet scrubber.
95
Trial Bum Report, Test Stage 1. Detection limits not used in averaging when duplicate or multiple samples were collected and analyzed per run.
Control devices are an absorber and wet scrubbers.
%
Trial Bum Report, Test Stage 2. Detection limits not used in averaging when duplicate or multiple samples were collected and analyzed per run.
Control devices are an absorber and wet scrubber.
97
Trial Bum Report, Test Stage 2. Detection limits not used in averaging when duplicate or multiple samples were collected and analyzed per run.
Control devices are an absorber and wet scrubbers.
98
Trial Bum Report, Test Stage 3. Detection limits not used in averaging when duplicate or multiple samples were collected and analyzed per run.
Control devices are an absorber and wet scrubbers.
99
Trial Bum Report, Test Stage 4. Detection limits not used in averaging when duplicate or multiple samples were collected and analyzed per run.
Control devices are an absorber and wet scrubbers.
**
Trial Bum Report, Test Stage 5. Detection limits not used in averaging when duplicate or multiple samples were collected and analyzed per ran.
Control devices are an absorber and wet scrubbers.
-------
APPENDIX E
SOURCE TEST REPORT NUMBERS BY SOURCE CATEGORY
Industrial Boilers ERC-1
ERC-47
ERC-48
ERC-62
ERC-63
ERC-65
ERC-67
ERC-69
ERC-70
ERC-71
ERC-72
ERC-73
ERC-76
ERC-77
ERC-78
ERC-79
ERC-80
ERC-81
ERC-83
ERC-84
ERC-89
ERC-92
ERC-93
ERC-98
Iron and Steel Manufacturing ERC-59
ERC-61
ERC-112
ERC-116
Pharmaceuticals Production ERC-105
Phenolic Resins Production ERC-41
Polyether Polyols Production ERC-956
Engine Test Facilities ERC-57
Source Category
Report Numbers
Electric Arc Furnace (EAF)
Gasoline Distribution
ERC-60
ERC-121
ERC-128
(continued)
E-1
-------
SOURCE TEST REPORT NUMBERS BY SOURCE CATEGORY (Continued)
Source Category Report Numbers
Waste TSDF ERC-2
ERC-3
ERC-4
ERC-39
ERC-53
ERC-55
CQ/I QA
crtw-oo
ERC-88
ERC-96
ERC-97
ERC-99
ERC-100
ERC-101
ERC-102
ERC-103
ERC-104
ERC-106
ERC-107
ERC-108
ERC-109
ERC-110
ERC-111
ERC-114
ERC-115
ERC-117
ERC-118
ERC-119
ERC-120
ERC-122
ERC-126
ERC-127
Wool Fiberglass Manufacturing ERC-64
ERC-74
ERC-113
E-2
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