Technical Memorandum TO: Randy McDonald Coatings and Chemicals Group Sector Policies and Programs Division U.S. Environmental Protection Agency FROM: David Randall, RTI Karen Schaffner, RTI DATE: September

2, 2008 SUBJECT: Control Options and Impacts for Equipment Leaks Chemical Manufacturing Area Source Standards EPA Contract No.: EP-D-07-064, Subcontract No. SPPD-064/2 EPA Project No.: 1-08 RTI International Project No.: 02 10635.001.008 I. Purpose The purpose of this memorandum

is to describe the potential control options for generally available control technology (GACT) for equipment leaks at sources in the chemical manufacturing area source category. Chemical Manufacturing processes are covered under the Clean Air Act (CAA) section 112(k), which requires the development
of standards for area sources that account for 90 percent of the emissions
in urban areas of the 30 urban HAP listed in the Integrated Urban Air Toxics Strategy. Section 112 of the CAA outlines the statutory requirements for the EPA’s stationary source air toxics program. The Integrated Urban Air Toxics Strategy lists nine chemical manufacturing area source categories that have been grouped together for regulatory development. EPA has determined that regulation of this source category is needed to satisfy the CAA requirements for 15 of the 30 urban HAP. The 15 urban HAP include

8 organic compounds,

6 metal compounds, and hydrazine. For area sources, the Agency can require less stringent standards, known as GACT standards, rather than MACT standards. Area source standards established pursuant
to the Integrated Urban Air Toxics Strategy may be based on maximum achievable control technology (MACT) according

to the requirements
of CAA section 1l2(d)(2) or GACT under CAA section 112(d)(5). Under CAA section

1 12(d)(5), EPA may elect to promulgate standards or requirements “which provide for the sue of generally available control technologies

or management practices by such sources to reduce emissions of hazardous air pollutants.” Additional information
on the definition of GACT
is found in the Senate report on the legislation (Senate Report Number 101- 228, December 20, 1989). GACT means: methods, practices and techniques which are commercially available and appropriate for application by the sources in the category considering economic impacts and the technical capabilities
of the firms to operate and maintain the emissions control systems.GACT provides more flexibility than MACT in that
a MACT floor does not have to be developed without

a consideration
of costs and economic impacts. Note that MACT floors were not developed for chemical manufacturing sources. GACT control options for the chemical manufacturing source category have been developed

to reduce HAP from chemical manufacturing processes. This memorandum documents the methodology used to identify equipment leak control options and estimate the costs and environmental impacts for the options identified. The remainder of this memorandum

is divided into five sections. Section

11 provides background information
on the chemical manufacturing source category and a description
of equipment leak emissions points. Sections III and IV describe the equipment leak control options and the model impacts. Section V describes the nationwide cost and environmental impacts. II. Backzround Based on review of the 2002 NET database and other available information we estimated that there are about 1,700 chemical manufacturing area sources, 1,410 of the area sources emit some organic HAP, and 263 of the area sources emit at least one of the eight urban organic HAP for which regulation

is required. We assumed that part of the emissions

at all 263 sources
is from equipment leaks. Total organic HAP emissions from chemical manufacturing operations

at the 263 area sources were estimated
to be about 846 tons per year (tpy). The eight organic urban HAP for which regulation

is required account for nearly one-third of these emissions (269 tpy). To estimate the amount of emissions from equipment leaks we assumed the same distribution
of emissions
as at MON batch facilities, i.e., 9 percent of total organic HAP emissions are from equipment leaks if the facility has no controls and 21 percent for facilities that have some control in place for organic HAP emissions

at the facility. Applying these percentages

to each of the 263 area sources resulted in estimated total organic HAP and urban HAP emissions of 123 tpy and 39 tpy, respectively. See Attachment

A for details of these calculations. Equipment leaks occur from pumps; the packing around valve sterns in valves; flanges and connectors that are not tight; pressure relief valves; open-ended lines; and sampling connections. Few area sources are likely subject to regulations that require control of emissions from equipment leaks. Area sources are subject to new source performance standards
in 40 CFR part 60. Thus, area sources that commenced construction, reconstruction,

or modification since January 1981 of processes
to make any of the synthetic organic chemicals listed in 40 CFR part 60, subpart VV, are subject to the leak detection and repair (LDAR) program requirements

in subpart VV. In addition, some facilities that have obtained synthetic minor status for HAP emissions may be implementing LDAR programs like those required
in NESHAP for major sources in various chemical manufacturing source categories. The LDAR programs require instrument-based monitoring
of pumps, valves, and sometimes connectors
on a specified schedule. The various LDAR programs often define

a leak differently, but all require repair of detected leaks. Controls for other types of equipment usually involve the use of certain types of equipment. For example, open-ended lines must be capped, and pressure relief devices must be equipped with rupture disks or connected

to a closed-vent system that routes releases
to a control device such as a flare. There are no technological reasons why such programs could not be implemented

at all chemical manufacturing area sources.3 Although not subject to regulations, most area sources likely conduct some type of sensory-based inspection

as part of normal maintenance practices. III. Identification

of Control Options Based on the information discussed above, we have developed the following two control options for evaluation
as GACT for equipment leaks from chemical manufacturing area sources: • GACT Control Option

1: Option

1 includes an inspection program that requires quarterly sensory inspection requirements (sight, sound, and smell) for pumps, valves, compressors, agitators, pressure relief devices (PRDs), sampling connection systems, open-ended valves or lines, and connectors. GACT Control Option
2: Option

2 includes an LDAR program equivalent

to the requirements for existing sources in the NESHAP for miscellaneous organic chemical manufacturing major sources in 40 CFR part 63, subpart FFFF, This LDAR program requires instrument-based monitoring for pumps and valves in light liquid or gas/vapor service, sensory-based inspections for connectors and all equipment

in heavy liquid service, and equipment standards for PRDs, OEI.s, and sampling connection systems. The leak defmitions would be 10,000 ppm for pumps and 500 ppm for valves. V. Impact Estimates for EQuipment Leaks The general methodologies
for determining the emission reductions and the costs of both options are documented below. GACT Control Option

I— Sensory Inspections Model Plant Emissions. Five models were developed based on estimated equipment leak emissions
at area sources. The number of area sources characterized
by each model
is based on the number of facilities grouped together for each model. See Attachment
A, Equipment Leak Emissions Data by Facility for the estimated equipment leak emissions for each facility and the groups of area sources used to develop each model. The area source model facilities, along with the number of each model nationwide, the average uncontrolled emissions per model, and the emissions reductions per model are shown in Table

1. The nationwide emissions and emissions reductions are also shown in Table

1.4 Table
1. Model Plants for Option

1. No. of Average uncontrolled Nationwide baseline Model Plant facilities emissions, lblyrlmodel emissions, lblyr Model

1

69
28.6
1,970 Model2

118
432 50,900 Model3

57 1,710 97,500 Model
4

10 3,750 37,500 Model

5

9 6,440 58,000 Total

263
246,000 Model Plant Control Costs. The costs for Option

1 are based on quarterly sensory inspections
of all equipment
in organic I-lAP service. The initial costs are $1,230 and the annual costs are $1,190. These costs for sensory inspections are based on the following assumptions: • Each quarterly inspection and related documentation

of results
is completed by a technician

in an average of 2 hours. We used only
a single average time for all facilities because we assumed the time differential would be relatively small regardless of facility size. • No costs associated with leak repairs are attributed
to the control option. Assumed that leaks found will typically be obvious leaks that would be identified and fixed under the facility’s normal maintenance program; the control option may only shift the repair time forward by a few months. • Initial planning (review rule, complete initial notifications,
set up recordkeeping system) and training costs consist of 13 hours for an engineer and 2 hours for a technician. Initial costs were annualized using

a capital recovery factor of 0.142 (based on 10 years and interest rate of 7 percent). • Annual administrative costs (prepare reports, maintain records, refresher training) consist of 6 hours for an engineer and

1 hour for a technician. • Wage rate for technicians and engineers are $23.62/hr and $36.78/br, respectively. Total labor costs were estimated by multiplying these wage rates by 1.4 for fringe and 1.67 for overhead and profit. The nationwide initial and total annual costs for Option

1 are shown in Table 2. Table 2. Nationwide Cost impacts for Option

1 Total initial- Nationwide No. of cost,
initial costs, Nationwide TAC, Model Plant facilities $/model TAC, $Imodel

$ $Iyr Model

1
69 1,230 1,190 82,000 82,000 Model2
118 1,230 1,190 140,000 140,000 Model3

57 ,230 1,190 68,000 65,000 Model4

10 1,230 1,190 12,000 11,000 Model5

9 1,230 1,190 11,000 8,900 Total
263
310,000 300,0005 GACT Control Option 2— MON-equivalent LDAR Model Plant Emissions. The model facilities (i.e., uncontrolled emissions per facility) for this option are based on the same

5 models as in Option

1. The only difference

is that each model has been split into
a sub-model for batch processes and a sub-model for continuous processes. Within each of the batch-continuous pairs for each model size, emissions for continuous processes were estimated
to be 4.3 times greater than for batch processes based on emissions for a generic batch process and a generic continuous process.
In addition, 75 percent of facilities are assumed
to have batch processes, and 25 percent have continuous processes. The equipment counts for the generic batch and continuous processes were estimated using the average equipment counts for processes
at major sources in the MON, pesticide active ingredient production, polymers

& resins, and pharmaceuticals industries weighted by the distribution
of these industries within the chemical manufacturing area source category (i.e., 2,800 components for the generic batch model and 4,800 components for the generic continuous model). See Attachment

B, Model Components for Batch and Continuous Processes for more information. Uncontrolled and controlled emissions for the generic models were developed using emission factors developed from correlation equations for SOCMI sources and the distribution
of screening values for uncontrolled SOCMI sources (EPA, 1995). The percent leaking were based on industry-supplied data used in the MON analysis. For valves, the leak definition was 500 ppm, and for pumps the leak definition was 1,000 ppm for continuous processes and 10,000 ppm for batch processes. Based on data for the HON residual risk analysis, the subsequent leak fractions for valves under such an LDAR program were estimated
to be 0.51 percent (assuming half of the valves and emissions
at each of the 26 facilities for which data are available are from valves in light liquid service and the other half are from valves in gas/vapor service). The subsequent leak frequency for pumps was estimated using the same procedure
as in the MON analysis--the initial leak rate (6.47 percent as provided by ACC) was multiplied by the ratio of subsequent-to-initial
leak rates for the HON analysis (8.04%/17. 1%). As a result, the subsequent leak frequency was estimated
to be 3.04 percent. Based on these procedures, the overall emission reductions were estimated
to be 56 percent for batch processes and 85 percent for continuous processes. See Attachment

C, Emissions Reductions Achieved on a Typical Model, for more details on the emissions factors and emissions reductions estimates. The models, along with the number of each model nationwide, the average uncontrolled emissions per model, and the emissions reductions per model are shown in Table 3.6 Table 3. Model Plants for Option

2-AverageNationwideNationwideuncontrolledEmissionbaselineemissions No.ofemissions,reduction,emissions,reduction, Model Plantfacilities lblyrlmodel lb/yr/model lb/yr lb/yr Batch models Model lB

52 15.7
8.73
812 452 Model2B

89 237

132 21,000 11700 Model 3B

43 940
523 40,200 22,400 Model 4B
7.5 2,060 1,147 15,500 8,600 Model 5B
6.8 3,540 1,971 23,900 13,300 Continuous models Model 1C

17 67.1
56.8 1,160 980 Model 2C

30 1,010

858 29,900 25,300 Model 3C

14 4,020 3,402 57,300 48,500 Model 4C
2.5 8,820 7,458 22,000 18,600 Model 5C
2.3 15,100 12,810 34,100 28,800 Total
263

246,000 179,000 Model Plant Control Costs. The costs for MON requirements are based on an algorithm similar to the one used in the MON analysis. The costs are shown in Attachment
D, Model Costs for Similar-to-MON Monitoring Requirements
for batch and continuous processes. The costs for Option

2 are: • Batch: TCI is $72,000 and TAC without recovery credit is $37,000. • Continuous: TCI is $240,000 and TAC without recovery credit is $78,000. These costs for Option

2 are based on the following assumptions: • Batch processes contain 2,800 components, and continuous processes contain 4,800 components. All area sources are uncontrolled. Initial monitoring and setup costs are the same as in the MON analysis. This includes $17.70 per pump in light liquid service and per valve in light liquid service or gas/vapor service, $1.13 per component for equipment

in heavy liquid service and connectors, and specific equipment costs for PRVs, OELs, compressors, and sampling connection systems. • Subsequent monitoring fee of $1.50 per pump and valve. • Monthly monitoring for pumps and semiannual monitoring for valves. • Technician performs leak repairs, wage rate of $23.62/br, and total labor cost for repairs estimated by multiplying the wage rate by 1.4 for fringe and 1.67 for overhead and profit. Time to complete repairs and fraction of repairs completed online versus offline same as in MON analysis. • Administrative costs and initial planning and training costs are based on the MON analysis and the P&R IV analysis. The costs were based on 340 hr for planning and training and on 300 hr/yr for reporting and administrative tasks. • Weighted average wage rate for planning and administrative costs is $40.13/hr.7 • Each facility would purchase one monitoring instrument for $6,500 and a data collection system for $14,500. • A recovery credit of $0.25/lb of emission reduction. The nationwide initial and total annual costs for Option

2 are shown in Table 4. Table 4. Nationwide Cost Impacts for Option

2 Nationwide TAC (without

TAC (with recovery Recovery Nationwide recovery No. of TCI, credit), credit, TC),
$ credit),

$ Model Plant facilities $Imodel $Imodel $/moclel millions millions/yr Batch models Model lB

52 71,500 37,000
2.2
3.7
1.9 Model2B

89 71,500 37,000 33.0
6.3
3.3 Model 3B

43 71,500 37,000

131

3.1
1.6 Model 4B 7.5 71500 37,000 287 0.54 0.28 Model 5B 6.8 71,500 37,000 493 0.48 0.24 Continuous models Model 1C

17 240,000 77,500 14.2
4.1

1.3 Model 2C

30 240,000 77,500 215

7.1— 2.3 Model3C

14 240,000 77,500
851
3.4

1.1 Model4C

2.5 240,000 77,500 1,864 0.60 0.19 Model 50
2.3 240,000 77,500 3,203 0.54 0.17 Total
263

30

12 VI. Nationwide Impact Estimates for Equipment Leaks Nationwide impacts were developed by summing the costs and emission reductions for each of the models tinder the control options. These impacts are summarized

in Table 5. Table 5. Summary
of Nationwide Impacts of Equipment Leak Control Options HAP Emission Total Capital Total Annual Reduction from HAP Cost Investment Costs Baseline Effectiveness Control Option (million
$) (million $Iyr) (tpy) ($Iton) GACT Control Option

I— $0.31 $0.30 Sensory_Inspection GACT Control Option

2— $30
$12 89.3 $139,000 Similar-to-MON Requirements VI. References Listing of chemical manufacturing area sources from the NEI database and other sources. Memorandum from M. Icenhour and D. Randall, RTI, to R. McDonald, EPAISPPD. July 1, 2008. Docket EPA-HQ-OAR-2008-0334.8 Revised MACT Floor, Regulatory Alternatives, and Nationwide Impacts for Equipment Leaks at Chemical Manufacturing Facilities, Miscellaneous Organic NESHAP. Memorandum from Shine, B., North State Engineering, and M. Icenhour and D. Randall, RTI International. May 5, 2003. Docket ID EPA-HQ-OAR-2003 -0121-0004. Determination

of MACT floor, regulatory alternative, and nationwide impacts for batch process vents at miscellaneous organic chemical manufacturing facilities. Memorandum from B. Shine,
J. Fields, and D. Randall, MRJ, to MON Project File. July 31, 2000. Docket No. A-96-04, Item l1-B-28. MACT floor, regulatory alternative, and impacts for wastewater

at chemical manufacturing facilities. Memorandum from D. Randall and J. Fields, MRI, to Miscellaneous Organic NESHAP Project File. December 10, 1999 (revised May 17, 2000). Docket No. A-96- 04, item Il-B-28. MACT floor, regulatory alternatives, and nationwide impacts for storage tanks at miscellaneous organic chemical manufacturing facilities. Memorandum from D. Randall and J. Fields, MRI, to MON Project File. July 31, 2000. Docket No. A-96-04, Item II-B-28. Reanalysis of Equipment Leaks for Amino and Phenolic Resins NESHAP. Memorandum from Meardon, K., PES, to J. Schaefer, EPAIOCG. September

2, 1999. Docket No. A-92-l9, item 1V-B-2. Cost and Emission Reductions
of Leakiess Valves for HON Facilities. Memorandum from R. Oommen, ERG, to R. McDonald, EPA. June
1, 2006. Docket item EPA-HQ-OAR 2005-0475-0 105.1. Table 3-3. Final Analysis of Equipment Leak Program for PET Facilities Subject
to the Group IV Polymers and Resins NESHAP. Memorandum from Barnett, K, EPA/OAQPS/ESD,

to Group IV Polymers and Resins Docket A-92-45, docket item no. IXc-B-l. December 2000. LDAR Program Cost Effectiveness. Memorandum from B. Shine, MRI, to R. McDonald, EPAIESD. April 13, 1998. Pharmaceutical production NESHAP docket A-96-03, docket item No. IV-B-5. Model Plants for the Pesticide Active Ingredient Manufacturing Industry. Memorandum from Randall, D. and K. Schmidtke, MRI, to L. Banker, EPA/ESD. April 30, 1997. Docket No. A-95-20, item II-B-21. U.S. Department
of Labor (DOL), Bureau of Labor Statistics. 2008. Occupational Employment Statistics: May 2007 Employment and Wage Estimates. http://stats.bls. gov/oes/current/oessrci.htm;

accessed
in May. U. S. EPA. Office of Air Quality Planning and Standards. 1995. Protocoljbr Equipment Leak Emission Estimates. November.AttachmentAEquipmentLeakEmissionsDatabyFacility

# FacilityName (final) 

# ETHOX CHEMICALS MARINETERMINALOPERATION SASOL NORTHAMERICAINC/LAKE CHARLES 

# LAB PLANT WYETH PHARMACEUTICALS National Starch CedarSprings Rhodia Inc. DSM NUTRITIONALPRODUCTS flC. WTLLIAMS OLEFINSLLC/GEISMAR ETHYLENE ALBEMARLEALKYLS UNIT-


# AttachmentA EquipmentLeak Emissions Data by Facility

Estimated ELem, lblyr 

# 8600 7,182 6,911 

# 6,521 6,317 6012 5,662 5,410 5,354 __________



# 6,441.0 _____________



# 9 3.42% 4,690 4.305 4,018 3,902 Total Organic Total HAP ApplicableHAP appl. HAP annual (lblyr) annual (lbIyr) (Iblyr) 

# City State Inventory ID 

# GREENVILLE 

# sc NE141327 

# TEXAS CITY DC

- 

# NE16958 WESTLAKE LA NE16045 CHAMPLAIN (ROUSNY

- 

# NE135560 Salisbury 

# INC NEI46165 Baton Rouge LA NEILAOO33 IFREEPORT TX

- - 

# INE110977 GEISMAR LA NEIIAOO3O PASADENA TX NEI6959
jI 

# SPECIALTYCHEMPRODUCTS

- — 

# H

- - 

# CORPORATION MARINETTE 

# IWI NEIW14380083 MeadwestvacoVirgTiia CorpWickliffe

— - - - 

# Carbon Plant IWickliffe KY NEIKY2100700 GLAXO SMITHKLINE/RESEARCH &DE’AKING OFPRUSSIA PA NEI5409 ALDRICH CHEMICALCOMPANY

- 

# ‘SHEBOYGAN FALLS WI t NEl42804 Source Category

— 

# Cd/bC/MON 41191.14724! 1CCI/lOC/MON

- 

# 34198! ICCI/lOC/MON 33224.000071 Pharm 32736.800381 Cd/bC/MON 

# _Lj 30446.623! ICCI/IOC/MON, lnorg 29097.O2933j Pharm 28162.606731 CCI/IOC/MON I 

# 27886.01571! Cd/bC/MON ______



# 34852.000041

- 

# ICCI/IOC/MON ______

— 

# 22781.39

Inorg 20677.63001 !Pharm 2O599.79999 Cd/bC/MON 

# I 18580.21 40952.41 02 34198 33224.00007 31988.13025

30163.3191 29097.0001 28162.6

257641 34652.000041

22781 20677.63001 19411.599991 18580.21 40952.41021 34198 32908.000071 31051.17024!

30081.919! 28629.00017! 26960.6

25764 25497.200051

22335.39 20499.80001 19131.59999 18580.2 CLARIANTLSM (AMERICA):ELGIN ELGIN 

# SC1.NE141376 Cd/bC/MON 

# j 47370.7587! 46087! 41474 3,733 MallinckrodtInc

- 

# Raleigh

— 

# NC 

# NE154183 Pharm 1866244358!

- 

# 17008.24491 17004.4249! 3,571 ALBEMARLE/TYRONE QUALITYCHEM TYRONE PA 1 NEIPA25-1261 Cd/bC/MON 17464.80193! 17315.4 1629341 3,422 GLAX5SMITHi<L1NE1UPPER

- - - - 

# PROVIDENCE

— 

# COLLEGEVILLE PA INEIPAT$2145 Pharm 

# 4 16415.8 15948 159481 ITWTACCFREEPORT FREEPORT NY 

# Il$b079 lCd/bC/MON

- 

# 36215 36215 362151 3,259 KING PHARMACEUTICALS, INC. Bristol TN INEITNTS4925

— 

# Pharm
-___________ 

# 36052.081 36052 36052! 3,245

- 

# 3,749.3

- 

# 10 

# 3.80%
ARDROX INCORPORATED LAMIRADA CA NE1CA0592035 Cd/bC/MON

- 

# 14225.1964 14225.1964 14185.1441 2,979 EH LillyAnd Company

— 

# IMAYAGUEZ

- 

# PR NE146546

— 

# Pharm

- 

# 33949.20544 33088 33088! 2,978 Merck&Co Inc-Cherokee

# Plant

- 

# RIVERSIDE

- 

# PA 17868MRCKC100AV

- 

# Pharm 33029 33029 32650 2,939 SANDOZINC BROOMFIELD do ‘NEI96O Pharm 13898.000351 13898 13898! 2,919 RELIABLEBIOPHARMACEUTICAL 

# I CORP OVERLAND MO NEIMOT$9935 CCI/IOC/MON, Pharm 

# 1 14244.0013 14244 13688! 2,874 BAYPORT SITE PASADENA TX NE18031 lnorg, PAl 14677.00001 14677.00001 13270.00001! 2,787 NationEbimpacts-Options

# 1and2-9-2-08.xls NEI-Urban-new 9/19/2008 I

# AttachmentA EquipmentLeakEmissions DatabyFacility
FacilityName(final) 

# Ashland Chemical Inc HOUSTONOLEFINS PLANT

- 

# Al-Corn CleanFuel ROHM& HAAS CHEMICALS LLC SOLVAYSOLEXIS INC

- 

# IONEYWELLINTERNATIONAL

- 

# (BURDICK&JACKSON) JAYHAWKFINECHEMICALS UNIQEMA ROHM &HPS CHEMICALS LLC

- 

# TEXAS CITY FerroCorp Baton Rouge Site -



# PFIZER PHARMACEUTICALS LLC DOWREICHHOLD KENSINGTON PLANT SITE PFIZERINC. PARKE-DAVIS DIV. City Santa Fe Springs HOUSTON CLAREMONT RINGWOOD ORANGE MUSKEGON GALENA 

# NEWCASTLE LA TEXAS CITY Zachary 

# IBARCELONETA CI-UCKAMAUGA FAYETTEVILLE HOLLAND State 

# InventoryID CA NEI20325 TX NE16625 MN NEIMN1243 IL ,NEI51834 TX NE17639 Ml 1NE1M1B4303 KS

- 

# NEIKST$10272 DE jNEIDET$2226 CA 

# combined P&R-0317

- 

# TX 

# 1NE17971

LA 

# ILAO2

— 

# PR

- 

# NEI46496 GA NE18107 NC

— 

# iNEINCT$3108 Ml NE111979 Source Category 

# Inorg CCI/IOC/MON CCI/IOC/MON CCI/IOC/MON, P&R P&R ICCI/IOC/MON CCI/IOCIMON CCI/IOC/MON P&R ICCI/IOC/MON, Inorg ‘CCI/IOCIMON, Inorg

— 

# Pharm P&R P&R Pharm 21289 21310.6 22922.9077 Total Organic Total HAP ApplicableHAP appl. HAP annual (lblyr) annual (lbiyr) (lblyr)



# DU PONTTEIJIN FILMS CEDARCREEK 12865.39936! 15280.6 12988.04732 25210.16824’ 

# 10500.21 10446,9921 10534.94974!

-- 

# 10380.61798

10388.79949 10987.46845

- 

# 18019.00777 21756.9 12480.3

- - 

# 11560 10800.28

24687j 10494.6’ 104469921 10534.934! 10366.69124 10388.798491 9612.200008 180191 21756.9’

21289 21310.6

21240 12480.31 11460! 10800.281 24687 10482.21 10446.992 10442.328, 10366.69124 10222.798491 9612.2000081 9421 21756.9

21289 21201.6!



# 211931 Estimated ELem, lb!yr 

# 2,621 2,407 2,268 2,222 2,201 2,194 2,193 2177 2,147 2,019 1,978 1,958 1,916 1,908 1,907 

# Merck&Company Inc WESLPOINT (UPPEPA 

# combined 235 Pharnl

- 

# 12884.6633 10000 9000’ 1,890 SARTOMERCOINC. GRANDJUNCTION CO NEI2411 P&R

- , 

# 8728.00138 8728 8728 1,833 HONEYWELLINC. ORANGE PLANT ORANGE TX NE17136

— - - 

# P&R

- 

# 8798 8606! 86061 1,807 EMCO CHEMICALDISTRIBUTORS INC ‘North Chicago IL

- 

# NE155561

- 

# CCI/IOC/MON

- 

# 8184.6591

- 

# 81041 8104’ 1,702 OMEGA CHEMICALCORP,OMEGA

- 

# RECO WHITTIER CA NEI21096

- 

# CCI/IOC/MON 7518 7518

- 

# 7518 1,579 RESINALLMISSISSIPPI INC HAT ESBURG Ms NEIMST$5307 P&R 17541 4 17541 4! 175238! 1 577 DOWCHEMICALJOLIET SITE

- 

# CHANNAHON IL 6O4IODWCHMI55AR IP&R 16772 16772 16772 1,509 CAPITOLADHESIVES DALTON 

# ,GAINEIGAT$3848 CCI/IOC/MON 16731 16731 16731 1 506 STABOND CORP ,GARDENA CA rNEI21336 ,CCI/IOC/MON 7167 

# 71671 71671 1,505 ABENGOABIOEJNERGYCORP.

- - 

# I’

— - 

# I (FORMERLYHIGH PLAINS) COLWICH KS NEI2KST17315 ICCI/IOC/MON 16377.8 16377.8! 16377.8 1,474 DAKAMERICAS LLC FAYETTEVILLE NC NEIRNC100063 ICCI/IOC/MON, P&R 6886 6863! 6863 1,441 ROHM &

# HAAS CHEMICALS LLC 

# KANKAKEE IL

- 

# LNE1IL0918539 

# IP&R 6774.64109 6660.261221 6660.261221 1,399 HYDRITE CHEMICALCO. COTTAGE GROVE WI 

# 1NE142539

- 

# CCI/IOC/MON 6658.570608 6658.567! 6658,5671 1,398 BOEHRINGER INGELHEIMCHEMICALS! INC PETERSBURG VA !NE17618 Pharm 15523 155231 15523 1,397 UNIONCARBIDECRPThCHNICAL 

# 1

-

-

- 

# CENTER

- 

# SOUTH CHARLESTO!N

— 

# NEI7O2

— 

# CCI/IOCIMON.P&R

- 

# 15484.800021 15484.80002! 15476.80002 1,393 MallinckrodtBakerlnc. Paris KY INEIKY21O1700 Inorg 15317.59982! 15317.56616’ 15156.9341 1,364 SOVEREIGN PACKAGING GROUP INC BUFFALO 

# i’ NE135836 ICC/bC/MoN 14900.008 14900 14900 1,341 KVPHARMACEUTICALCOMPANY-

-

— 

# I

- 

# BRENTWOOD BRENTWOOD Mo INEIMO1891O15 Pharm 14360.00052! 14360 143601 1,292 

# NationELlmpacts-Optionsiand2-9-2-08.xls NEI-Urban-new 9/19/2008 2

# AttachmentA EquipmentLeakEmissions DatabyFacility
TotalOrganic TotalHAP ApplicableHAPappL HAP Estimated annual(Iblyr) annual (Iblyr) 

# (lblyr) ELem, lblyr 141391 6034.696581, 14059.33383! 13700j

- 

# 23650j 5853.92005 5700! 5580.21 18702! FacilityName(final) City State InventoryID SourceCategory QUESTCHEMICALCORP HOUSTON 

# jjx INEITXT$1 1539 CCI/IOCIMON DowChem U.S.A. (NSRUse) Torrance CA NE120605 Inorg, P&R

DRc5IA-PACWICiESINSINC.

- 

# ALBANY PLANT lAlbany OR NE146840 ICCI/IOC/MON, P&R FORESTCITYTECHS. INC. PLANT4 ‘WELLiNGTON OH INEI11S03

- 

# CCI/IOC/MON ROCHE CAROUNAINC

- 

# FLORENCE 

# sc JEISCT$3458 Pharm 

# ALZACORPORATION

-

# VACAVILLE VACAVILLE CA !NEICAT$13260 Pharm AMWAYCORP, NUTRILITEPRODUCTS BUENAPARK CA NEI21964 Pharm Chemtrade 

# Refinery Services Inc Beaumont ‘TX NE1651 1

- 

# AirPrdds & ChemkIs Inc Specialty

-—

- 

# Gas Div Tamaqua PA INEIPAT$1989 lnorg 

# 4 14139 6034.696581

14076.9304 13700 23650.0016 5853.995069 5700.001207! 5580.2! 18702: 141 6034.679641 14059.21609j 13700 13700! 5853.91 5700 5579.8 128501 1,273 1,267 1,265 1,233 1,233 1,229 1,197 1,172 1,157 AIRPROD&CHEM INC/TREXLERTOWN PLT ALLENTOWN PA !NE1PA5397 Inorg 12687.40335! 12380; 12380 1114 CAMIE-CAMPBELL INC-WATSON 

# I I INDUSTRIALPARK

- 

# ST. LOUIS JMO

- 

# NE134579

- 

# CCI/IOC/MON 12197! 12197 12197! 1,098 CELLTECHMANUFACTURINGCAINC SANTAANA faA !NEI22156 Pharm 5142.3! 5142.3 5142.3! 1,080 LCYELASTOMERS-THERM- 

# H

- 

# ELASTOMERPLANT

— 

# BAyTOWN TX NEI6738 P&R 5988! 5086.4! 5086.4! 1,068 TRWVSSI

- 

# SPARKS NV NEI2NV921163 CCI/IOC/MON 11700! 11700! 11700,

— 

# 1,053 WESTHOLLOWTECH CENTER IHOUSTON TX JNEI81O1

— 

# CCI/IOC!MON 4878.8171651 4878.8! 4878.8; 1,025 CHEMDESIGN CORP FITCHBURG MA 1NEIMA130833 ICCI/IOC/MON 11386; 11386’ 11365: 1,023 3ORGIAGULFLAKECHAFLS

- - , - 

# LLCNCM PLNT wEsTL.AKE LA NEILA0i90012

- 

# ,CCI/IOC/MON I 8676.001202! 8649.001202! 4842.001202! 1,017 BASFCORP

-

- 

# IMONACA

-- 

# PA NEIPA34-0434 P&R

-- 

# 4772.600012’ 4772.600012! 4772.6000121 1,002 : 1,710.6

- . -‘-. —--- -
, 

# ! 57 21.67% ANABOLIC 

# LABORATORIES INC

— 

# IRVINE

— -- 

# CA NE121965

- 

# Pharm 4713.000253! 4713 4713! 989.73 Occidental Chemic& Corporation/Convent!Convent

- 

# l.A NE16026

— 

# Inorg 8451.000018! 4784 4685! 984 INB: PAXIS PHARMACEUTICALS

— 

# BOULDER

-- 

# 9 NE11366 Pharm 45911 4591 4591! 964 TALL CORN ETHANOL LLC COON RAPIDS

- 

# IA NE121AT16521 CCI/IOC/MON 10455 10455 10455; 941 Emerald CarolinaChemical, LLC

- 

# CHARLOTTE NC jNEINCO595 P&R 10416.6! 10400.8!

- 

# 10399.6! 936 ROHM & 

# HAAS PHILADELPHIAPLANT PHaDpHIA P_

- - 

# P&R, PAl 9801.530034! 9801.51! 9801.51! 882 WELLERWHITECHEMINC ANAHEIM

— 

# CA

- 

# INEI0 085 CCI/IOC/MON ‘ 

# 4130; 4130! 41301 867 WYETH PHARMACEUTICALS CO IGUAYAMA

- 

# tPR IOO6S5YRSTWSTATE Pharm

- 

# 9618! 9618! 9618’ 866 CORPUS CHRISTI PLANT

- 

# CORPUS CHRISTI TX NEI13242

- 

# Inorg 8960.152128

- 

# 4100.1 4100.1 861 CYRO INDUSTRIES

— 

# SANFORD ME 1NEI6246

- - 

# JP&R 9632.524591 9477 9477 853 BASF CORP CHATTANOOGA TN NEITN117O P&R : 

# I 4452.06 4058.1 4058.1 852 

# NationELlmpacts-Optionsiand2-9-2-08.xls NEI-Urban-new 9/19/2008 3

# AttachmentA EquipmentLeak Emissions Data by Facility
TotalOrganic TotalHAP ApplicableHAPappl. HAP annual(lbIyr) annual (lblyr) (lbiyr)

- 

# 11274.48675! FacilityName(final) 

# RhodiaInc. ACUITY SPECIALTY PRODS. GROUP INC. (DBAZEPMFG.) DSM PHARMACEUTICALS INC HEATTREATMENT SERVICES BPAMOCO CHEMICALCO

- 

# ARISTECHCHEM CORP ACUSPHERE INC

-

- 

# FontaromeChemical PD GLYCOL MORTON INTERNATIONAL INVITROGENCORP LINDAU CHEMftALS INC.

- 

# OMNOVASOLUTIONS INC. DetergentManufacturing ETHYLCORPORATION FisherScientificC0L.L. C.

— 

# NORAMCO INC. Rhodia Inc—Houston Plant ENZON PHARMACEUTICALS INC. BASFCORP PROLIGOLLC E. R. SQUIBB & SONS LLC IRIX PHARMACEUTICALS iN

- 

# FMC COFP ORGANiC CHEMICALS DIVISION ISPFREETOWNFINECHEMICALS INC 

# INDUSTRIALPOLYCHEMICALSERV FlintHills SulfuricAcid/AlumRosemount City 

# Hammond ‘ATLANTA 

# Greenville DALLAS PASADENA COLTON WATERTOWN

- 

# SAINTFRANCIS BEAUMONT 

# lElkGroveVillage FREDERICK COLUMBIA CALHOUN SaltLakeCity PASADENA FairLawn WLMINGON ‘Houston -



# INDIANAPOLIS ‘CHATFANOOGA BOULDER NEWBRUNSWICK FLORENCE BALTIMORE ASSONET CARSON 

# IRosemount State InventoryID IN NE11N0890024

-—

- 

# GA jNEIGAT$3767

NC 4783SBRRGHlNTER 

# TX

- 

# NEITXT$11233 

# TXjNEI694O CA 4NEICA0712443 ‘MA

- 

# 02472CSPHR5ARSE WI NEIW!2419674 TX 1NE112053 IL NE154850 MD INEI2MDT13813 ‘SC NEISCT$3351 GA NE18104 UT NEIUTTS12235 TX NE16934 NJ NEINJT$807 DE NE12621O TX !NTXT$11486 ‘IN NEI2INELOO1 TN NEITN3IOO ‘CO NEICOO422

- 

# NJ NEINJ16O37 SC NEI2SCT1421O Source Category 

# lnorg CCI/IOC/MON Pharm lnorg JCCI/IOC/MON P&R Pharm jCCI/IOC/MON CCI/IOC/MON CCI/lOC/MON Pharm CCI/IOC/MON IP&R ICCI/IOC/MON 

# ICCI/IOC/MON CCI/IOC/MON, lnorg, Pharm lnorg Pharm P&R Pharm lnorg -



# 9109.14 9073 5472.800046

- 

# 9456

11172.57 8300 3555.1 8824.903665 8042 

# 7886 7809

- 

# 7804 7788.504917

5443.31119 7546 3390.825611 

# 7984.807788 7113 3334.680012

- 

# 6960!

6950 6900 

# 11820.949881 6624J 2741! 6240.1868781 

# 9152.75047! 9141.55047 9109.14! 9109! 9073 9073 3686.40001 3685.60001 

# 94561 8470! 11172.57 3621.81 8300, 8300 3555.1! 3555.1 

# 8824.600008

# 1 8124.600008; 8042! 8042 7886! 7886 78091 7809 7804’ 7804 7750 7750 

# 5443.2! 3246.6

7546 7546 

# 3216.000018 3180.000018 7984.8! 7152



# 7113! 7113 2985.4! 2985.4

6960! 6960; 6950! 6950! 

# 6900!

- 

# 6900! 10660.47728! 6660.47728 6624 6624 2741, 2741; 6240.165878! 6239.932339! Estimated ELem, 

# lblyr 823 820 817 774 762 761 747 747 731 724 710 703 702 698 682 679 668 644 

# 640 627 626 626 621 599 596 576 562 MD 

# MA CA MN 

# NE116364 NE16214 NEICAO371 163 NEIMN14713 IPharm Pharm CCI/IOC/MON, PAl CCI/IOC/MON ICC/bC/MON Ilnorg DAIKINAMERICA

# INC. DECATUR

- -

- 

# AL

— 

# NELALOO61

- 

# Cd/bC/MON P&R

-- 

# 10435 10435’ 249& 524 PROLIGOLLC BOULDER CO NEI2CO1237 Pharm

- 

# 2476 2476{ 2476 

# 520 InfinityPharmaceuticals 

# SouTh SAN FRANCICA 

# NEICAT$13075

- 

# ‘Pharm

-

— 

# 56701 5670 5670! 510 Pldrich ChemicalCo. Inc.

- 

# Milwaukee v1

- 

# NEIWIT$8388 CCI/IOC/MON, Inorg

- 

# 5656 5656! 5656! 509 LONZA PERFORMANCECHEMICALS Mapleton IL 4El52652

- 

# CCI/IOC/MON, PAl 

# 1

# 1 16582.59879 16448.40288! 2393.664 503

- -—
-

- -

- 

# ICCI/IOC/MONlnorg,PAI,

-

- 

# PM RESOURCES-PURINAMHIS INC BRIDGETON MC NE134648 Pharm 2303.42! 2303.42 2303.42! 484 JowatCorporation IArchdale NC

— 

# NEIRNC100293 CCI/IOC/MON

- 

# 2261.00001 2261 2261i 475 3M PHARMACEUTICALS

-

- 

# NORTHRIDGE CA NE1CA0371282 Pharm

-.

- 

# I 2250.127505 2250.125082! 2250.121232 473 DOWCHEMICALCO. DALTON PLANT DALTON GA NE18108

- 

# P&R 

# I 5212; 5212! 5212j 469 NationELlmpacts-Optionsland2-9-2-08.xls NEI-Urban-new 

# 9/19/2008 4

# AttachmentA qui0mentLeakEmissions DatabyFacility
Total Organic TotalHAP ApplicableHAP appi. HAP Estimated FacilityName (final) City State Inventory ID Source Category annual (Iblyr) annual (Iblyr) (IbIyr) ELem, lbiyr 

# NOVARTIS PHARMACEUTICALS CORP.)SUMMIT NJ NEI34884 Pharm 51591 5159 5159! 464 ChiefEthanolFuels Inc Hastings NE 1NE1563

— - 

# Cd/bC/MON

- 

# 28219.98182! 8917.25 5041) HUNTSMAN ETHYLENEAMINES FREEPORT TX

— 

# NEI2TX039668 CCI/IOC/MON,Inorg 2143.4OO026 2143.400026! 2143.400026) 450 NOVEON INC

- —
- 

# ,GASTONIA

- 

# NC

- 

# INEIRNC100128 {P&R 4907’ 4907 49021 441 ASHLAND CHEMICALCOMPANY ‘COLTON ‘CA jiICA0712490 ‘CCI/IOC/MON

- 

# 2089 057 2089 057 2089 057! RUTHERFORCHEMICAL LLC ZEELAND Ml frJE111990 CCI/lOC/MON

- 

# 500442746! 48621 4862) 438 RSAC0rp

— — 

# Danbury

- 

# ‘CT 

# INEICTT$667

— 

# ‘CCI/IOC/MON Inorg 47351 4735 426 AMPAC FINECHEMICALS LLC RANCHO CORDOVA)CA IJEI485 iCCI/IOC/MON Pharm 2223 822161! 2100 34’ 2005 52 421 ITWTACCCARTERSVILLE

- 

# CARTERSVILLE GA JNEIGAT$3669 CCI/IOC/MON

-, 

# 4564’ 4564) 4564, 411 HONEYWELLCOMMERCIALROOFING SYSTEMS BIRMINGHAM AL NEIALT$4502 CCI/IOC/MON 22811.834761 45151 4515) 406 EUISTARCHEMICALSLP/LAK

-
- 

# I

- 

# CHARLES PLANT

- 

# SuLPHuR LA jNEILA0002 CCI/IOC/MON

- - 

# 3757) 1925) 1913) 402 Hubbard-HallInc waterbury CT NEICTT$644 Inorg 3852! 3852! 3852! 347 BASFCORP

- 

# ORANGE 

# CA !NE121988 ICCI/IOC/MON, P&R

-, 

# 2901.07402) 1629.074) 1629.074k 342 MOLECULARPROBES INC. EUGENE OR NEIORT$13421 Pharm 3793) 3793) 3793) 341 FOSTERPRODUCTS 

# CORPORATION HOIJSTON TX

- 

# NEITXT$1 1479 CCI/IOC/MON 1600.800041! 1600.8) 1600.81 336 AVANTI 

# POLAR LIPIDS INC. ALABASTER AL NEIALT$4415 Pharm

- 

# 3727; 37271 3727) 335 HONEYWELLINTL INC.

- 

# IRONTON

- 

# OH NE111653 CCI/IOC/MON

- 

# 3679.034) 3679.0341 3679.034) 331 LEVER BROS CO

- 

# LosANGELES CA NEI20937 CCI/IOC/MON 1545.604761 1542.348) 324 GOODRICH CORPORATION !CALVERTCITY KY NEI32993 Ilnorg 1541.455384! 1541.455384, 1541.455384! 324 COBITCOINC-CHESTERFIELD CHESTERFIELD MC

- 

# }NEIMOT$9861 ICCI/IOC/MON 40411 3564) 3564) 321 PFIZERINC.

- 

# ARECIBO

- 

# PR 00617mPJHHIGHw Pharm 3500.0221 3500022) 3500.022) 315 IMERYS

— 

# jBENNETTS\JILLE SC NEI2SC069045 Inorg Pigments 

# 3490 • 612 L 3490.612: 3490.612

- 

# 314 Supelco 

# Belefonte PA 16823SPLCNSUPEL Inorg 3456! 3456 3456 311 ELIOKEM INC. AKRON PLANT

- 

# AKRON OH NEI0HTs62O8 P&R -



# 3418, 3418) 3418: 308 BORREGAARD SYNTHESIS NEWBURYPORT MA NEIMAT$224 CCI/IOC/MON Pharm 3387’ 3387 3387, 305 VANDERBILTCHEMICALCORP BETHEL

— 

# CT NEICrr$665 CCI/IOC/MON 3351’ 3351! 3342 301 COMMERCE INDL CHEMICALS INC MILWAUKEE ‘WI NEIWIT8347 ‘CCI/IOC/MON 

# 3255 3255 3255) 293 ABLESTIKLABORATORIES RANCHO DOMINGUdCA 

# LNI229

- 

# CCI/IOC/MON 

# J

- 

# 1321.02: 1321.02

- 

# 1321.02’ 277 MDA Decatur AL NEIALOO42 cCI/IOC/MON, Inorg 2000) 20001 1300: 273 i<VPHARMACEUTICALCOMPANY- I

‘

‘ -— — — 

# SCHUETZ RD

- 

# ST. LOUIS MO 

# NEI34766 ‘Pharm

- -

, 

# 2960.001732 2960) 2960! 266 ETHYL CORP

— — 

# PASADENA NEI691O

- - 

# ,CCIIIOC/MON

- 

# 5703)

-- 

# 5703 2869) 258 WarsawdhemicalCo., Inc. Warsaw IN 1NEIIN457

- 

# Inorg 3315) 3315) 2805) 252 BLUE CORAL INC. 

# MCKAY CHEMICAL IHuNTINGroNPARK CA 

# NEI20371 Cd/bC/MON 1162.098)

- 

# 1162.098! 1162.098) 244 APPLIED BIOSYSTEMS FosTER CITY ‘CA NEI2CAT18521 jCCI/IOC/MON 

# 25561 2556) 2556) 230 GEORGIA PACIFIC RESINS 

# INC

— 

# ELKGROVE CA NE22561 ICCI/IOC/MON P&R ‘ 

# 1075 1909081 1071 7701491 1071 753802, 225 LYMTAL INTL. INC. LAKE ORION MI 1NEIMIN3417 CCIIIOC/M0N, P&R 1069.923117) 1062) 1062) 223 

# NationELbmpacts-Optionsiand2-9-2-08.xls NEI-Urban-new 9/19/2008 5

# AttachmentA EquipmentLeakEmissions DatabyFacility
FacilityName(final) UCB MANUFACTURING INC FOX INDS INC HoneyieIlIntl. Inc. (Allied Signal Inc [Nsr UseOnly])

—

-- 

# SANDOZ MALLARD CREEKPOLYMERS, INC. DoverChemicalCorp (BaerlocherUSA) BASFPERFORMANCE COPOLYMERS LLC ROHM &HAAS CHEMICALS LLC SEA

# LIONTECHNOLOGYINC IMC Chemicals, Inc. CHEMICAL SOLVENTS

-

# JENNINGS FACILITY COBITCOINC

- 

# City 

# ROCHESTER BALTIMORE El Segundo Wilson CHARLOTTE Dover THEODORE CHARLOTTE TEXAS CITY Trona ICLEVELAND CHESTERFIELD - 

# 23951 23421 2114.0173621 

# 1048.7712441



# 2375.24711 27381

- 

# 2575 

# 2082.74! 1002.0031 55

— 

# 4422.19084 1971 1960 2395 23421 962.043462 947.1 2143.11541 21091 20401 2019.81_

862.2: 849.3461721 1971 1960! 

# State InventoryID TotalOrganic TotalHAP ApplicableHAPappl. HAP Estimated SourceCategory annual (Iblyr) 

# annual (lblyr) 

# (lblyr) ELem, lblyr 

# NY

- 

# )NE6995 IPharm 1M 1NEIMDT$2285 ICCI/IOC/MON CA NE120266

- 

# CCI/IOC/MON,lnorg NC 1NE1NC1950185 !Pharm NC

- 

# INEI441O1

- 

# IP&R OH INEIOHT$6266 CCI/IOC!MON, Inorg AL

— 

# NEIAL5O22 

# P&R INC NEINCT$3090 P&R TX NE113012 ICCI/IOC/MON CA 1NE122851

— - 

# Inorg OH INEIOHT$6053 ICCI/IOC/MON MO 63005MDCPR62OSP PAl 2395! 23421 

# 965.097362 947.1 2143.17281 27381 

# 2575 2019.81

862.2 951.5129984! 19711 19601 216 

# 211 202 198.89 193 

# 190 184 

# 182 181 178 177 176 

# ANSYS, INC

- - 

# IRVINE

- 

# CA

— 

# f1EI21970

- 

# Pharm 804.80121 804.81 804.8 169 H.B. FULLER COMPANY IROSEVILLE CA NE122352 CCI/IOC/MON 877.8961236 875.8861236 775.6113161 163 INTERNATIONALF[AVORS& 

# I

- 

# FRAGRANCES AUGUSTA GA NE145476 CCI/IOC/MON 1804 1804 1804 162 ABC COMPOUNDING CO OFTEXAS

- 

# INC GRAND PRAIRIE TX jNEITXT$11165 CCI/IOC/MON 1775 1775 1775: 160 NEWPORTADHESIVE INC FOUNTAINVALLEY CA NE122176 CCI/IOC/MON

- 

# 17600 7561 756 159 Corn Plus

-
- 

# WINNEBAGO MN !N.300041 CCI/IOC/MON 4098.084999 739.43 739.43 155 ALLERGANMEDiCAL OPTICS IRVINE ICA NEI21959 

# iPharm

-

— 

# 739.02645 7391 

# 7391 155 CHEMTECH. INC. BRISTOL ‘IN NE11N00427 :CCI/IOC/MON

- 

# 1690 169d 16901 152 McGean-RohcoInc.

-
- 

# Livonia

— -- 

# MI NEIMIT$7465 Inorg

- - 

# 1650 1650 1650

- 

# 149 DU PONTELECTRONIC POLYMERS DAYTON OH

- 

# NEIOHT$6586 jCCI/IOC/MON 1648 16481 1648 148 UPACOADHESIVE

—
— 

# ‘NASHUA

- 

# N-f ,NEINHT$397 jCCl/lbC/MON 1647.36i 1647.36 164736: 148 SEPTONCOOFAMERICA PASADENA TX NEI2TXT17845 IP&R 15821 1582: 15821 142 SLOCUMADHESIVES CORP

- 

# LYNCHBURG VA NEIVAT$2615 CCI1IOC/MON

- -- 

# 1570 1570 

# 15701 141 OMNOVASOLUTIONS INC. MOGADORE OH NE140485 P&R

- 

# 1538 1538 1538 138 BACHEM INC.

- 

# TORRANCE CA

- 

# NEICATS12643 Pharm

-
-
- -

- 

# 15301 15301 15301 138 POLYCARBON INDUSTRIES INC LEOMINSTER MA NE12MA180453 Pharm 

# 1 15001 1500! 1500! 135 FIRESTONE POLYMERS LLC

- 

# AKRON ‘OH

— 

# NEIOHT$6210 jP&R

- 

# 14691 1469 1469’ 132 NCH CORP. MOHAWK LABS. 

# DIV. INDIANAPOLIS IN NEIINOO175 CCI/IOC/MON I 

# 14281 1428 1428 129 DowChemicalCo/Union CarbidePipeline

- —

— 

# I Operations

- 

# Paincourtville LA

- 

# jNEILAOO70011

- 

# ICCI/IOC/MON, Inorg :

- 

# 1490 1490! 1418 128 AMVAC CHEMICALCORP

- 

# LOS ANGELES 

# CA NE120285

- 

# PAl

- 

# 5614.299103 5614.2990641 576.1740161 121 AC PRODUCTS INC IPLACENTIA ‘CA NEI21945 Cd/bC/MON

— 

# 2199.517601 571.3262074 571.3262074: 120 SOLVAYPHARMACEUTICALS INC. fBAUDETTE MN 56623RDRWL21OMA Pharm 1 1205 12051 1205 108.45 

# NationELlmpacts-Optionsiand2-9-2-08.xls NEI-Urban-new 9/19/2008 6

# AttachmentA EquipmentLeakEmissions DatabyFaci’ity
TotalOrganic TotalHAP ApplicableHAPappi. HAP Estimated FacilityName(final) State InventoryID SourceCategory annual(Iblyr) annual (lblyr) (lbiyr) ELem, lblyr 

# VelsicolChemicalCorp.

- - —

- 

# .IT

— 

# NE141592 ‘CCI/IOC/MON, 

# Inorg 2923.099587 2266.24L 2207.96! 198.72 

# 1 j_ 431.47 

# I 

# I 118

—--- —. — -—- — —. -- -———--. ———--—--——- ——--— .-- —- - —— 

# 44.87%


# OMNOVASOLUTIONS PERFORMANCE CHEMICALS GREENBAYFACILITY !GREENBAY (HowardWI NE1W14051202 P&R 475.13834021 475.126: 475.126’ 99.78 POLYCHEMIEPEARLRIVER PLANT 

# PEARLRIVER

- 

# LA NEILATS1O558

- 

# 1/IOC/MON

- - 

# 1035! 10351 1035 SUPELCO

- 

# BELLEFONTE PA NEIPAT$1749 ICC1II0C/MON

- 

# iooo! 10001 1000 90 BASFCORP

-

— 

# Gumee IL

— 

# flL0978660

- 

# CCI/IOC/MON 760.06371 390.06651 389.72194 82 GROWGROUP INC. SANTAFE SPRINGS CA 1NE1CA0371514 CCI/IOC/MON 407.650051 407.65005! 386.6 81 TRICALINC. IHOLLISTER CA ‘NEI22694

- 

# PAl 8551 855; 855 77 JOFINSONMATTHEYPHARTVTA

- - I

- -- -. - - 

# SERVICES DEVENS MA NE12MA180440 ,Pharm 843! 8431 843 76 AtofinaChemicals Inc. WichitaPlant Wichita

- 

# JKS

- 

# NEIKS699 CCI/IOCJMON, Inorg

— —

- 

# 6001 

# 6001 762,69 HELENACHEMICALCO. CORDELE GA NEIGAT$3897 PAl

- 

# 757! 757 757; 68 APPLIED BIOSYSTEMS

-

- 

# SANJOSE CA

-- 

# NEI2CAT18579 ICCI/IOC/MON 7091 709 709! 64 

# OAKLITEPRODUCTS (BRENT

. - — - -- 

# AMERICA, INC./LEEDERARDOX) LAMIRADA CA NEI20388 ICCI/IOC/MON 279.69202, 278.281321 277.395 58 NCH CORP MOHAWKLABS DIV IRVING 

# TX NEITXT$11176 JCCI/IOC/MON

—

- 

# 6201 620! 620, 56 WYETh 

# PHARMACEUTICALS IORANGETOWN

- 

# NY

- 

# ,NE139425

- 

# Pharm 

# j i680.19954 611.091 

# 53 NEKTARTHERAPEUTICS HUNTSVILLE AL 

# NEI2ALT15478 jPharm 592 592j 592 53 BakerPerformance

# Chemicals.I

- 

# SantaFe Springs CA NE120350.

- 

# lnorg 244.368441 

# 244.36844 244,36844 51 BELLLABS. INC.

-

- 

# MADISON WI

- - 

# NWlT$8448 PAl 561 561 561 50 

# CHEMGENES CORP

- 

# WILMINGTON MA O1887CHMGN33IND Pharm

- 

# 556 556 556, 50 SHIELDPACKAGINGCO INC DUDLEY MA NEIMAT$147 CCI/IOCIMON 511A8! 511.481 511.48 46 COASTALAGROBUSINESS INC.

- 

# ‘GREENVILLE INC NEINCT$2960

-- 

# 500 500!

- 

# 5001 

# 45 Ecolab-Engineering Center

- 

# )EAGAN MN

— 

# !NEI122 1CCI/IOC/M0N 523.7627068! 472.61 4621 42 

# Honeywell International Inc.

- 

# Metropolis

-- 

# ‘IL 

# 1I350 Inorg

-- 

# 16791.36112! 16288.76277 194.60401! 41 

# GeneralChemical LLC Hopewell

- 

# VA

- 

# NEIVA6700001 lnorg

—

- 

# 422.141 422.14! 422.14! 38 MAPEI CORP

- - 

# WestChicago

— 

# IlL NEI5O1O1 ICCI/IOC/MON 313.01703 179.726641 179.18376! 38 BAXTERHEALTHCARE

- 

# THOUSAND OAKS CA

- 

# 1NEI25979 Pharm

-- . 

# 174.657496 172.59! 166.161 35 Ineos SilicasAmericas LLC Joliet

-- 

# IL

— 

# NEIIL53 jtnorg, lnorg Pigments 962.996211 165.36015! 164.71502! 

# 35 PHARMACIA-CHESTERFIELD VILLAGE CHESTERFIELD MO NEIM01890032 ICCI/IOC/MON 

# 1 362.71938061 362.7! 359.6 32 WR Grace EastChicago ‘IN

— 

# NEIINOO31O Inorg

— 

# 686 0345048 300 580347 

# 299 5900662 27 Chemical &Metal Industries Inc

— 

# Hudson CO iN12l1018 ;Inorg

- 

# 291.3 291.3, 286.3 26 DiversifiedEnergyCo LLC MORRIS MN NEIMN1583 ICCI/IOC/MON 3202.401803; 

# 284.40368! 284.40368! 26

— - -- -- - — 4

-—-

— — --—-— — 

# --I

--

, 

# I 

# 3M

- 

# Cottage Grove

# Abrasive Systems DivCOTTAGE GROVE MN NE112297 jCCI/IOC/MON 281.580953 281.5364138; 280.9145258 25 

# NationElimpacts-Optionsiand2-9-2-08.xls NEI-Urban-new 9/19/2008 7

# AttachmentA EquipmentLeakEnussions Databy Facility

FacilityName(final) BPCHEMICALCOMPANY Cabot Fumed Silica

-

# Midland P Lant ORIGINALBRADFORD SOAPWORKS INC LBEMARLE CORP

- 

# DAYTON GE GLOBAL RESEARCH PLATTE 

# CHEMICALCOMPANY CYTEC FIBERITE INC Sl-1 STEVENS INC. Central MN EthanolCooperative 

# BIOGEN IDEC US LP CeracInc PEPTISYNTHA INC. PHARMAVflE CORP Heartland Corn Products PARALLELPRODUCTS SCOTTS LIQUID GOLD INC MVAC CHEMICALCO. LZACORPORATION

- 

# MOUNTAIN /IEW

COSAN CHEMICALCORP R B C INDUSTRIES INC ROCHE PALOALTO LLC ChippewaValley Ethanol Co LLLP REGIS TECHNOLOGIES INC CALCHEMICALCORPORATION Occidental Chemical Corp/TaftSodium 

# FIRMENICH INC Minnesota Energy NC WI 

# CA CA MN CA CO AL CA WI 

# CA NE131913 NEIMIN6251 NE145654 

# NEI2OHT16131 NE1NY4422400 NEIMS151314 

# NEICAT$13001 NEIMIT$7513 NEIMN1423 9200566 

# NE1W12410372 90501PPTSY291HI NEI21 154 NEIRMN27I430 NE122860 NE11724 NEI2ALT15518 NE124486 53O24CDRBR87OBA NE1CA0371409 NEIRCA31 1218 NEIl8835 NEINJNJ3441 5 NE12R11R3379 NE1CA0854510 NEIMN1511162 NEIILO316462 

# NEI2RIAIR213 NEILAT$10490 NEINJT$935 NEIMN151O NEIMN1493 NE12NJT14762 NEIMTT$9046 

# SourceCategory

CCI/IOC/MON Pharm P&R 

# PAl CCI/IOC/MON Pharm 

# CCI/IOC/MON Pharm -



# Inorg Pharm Pharm

- 

# CCI/IOC/MON CCI/IOC/MON CCI/IOC/MON

- 

# PAl

- 

# Pharm Pharm 

# CCI/IOC/MON Inorg CCI/IOC/MON CCI/IOC/MON, PAl P&R Pharm 

# CCI/IOC/MON CCI/IOC/MON. Pharm CCI/IOC/MON Inorg CCI/IOC/MON CCI/IOC/MON CCI/IOC/MON Pharm 280.0000008 

# 112 257.005402 255 250 

# 241 103.100054 

# 236 

# 85.3144!

184.6! 76.6 162.591 68.6881 55.177312! 51.927’

97.3

88 27.84

60.4 24.95 37 15.696 14.972 34 12.896 8.614276 20 18 17.6

13 8.548272 2.167616 5 

# 3 State InventoryID City wHITING Midland 

# WESTWARWICK 

# IDAYTON NISKAYUNA 

# GREENVILLE ANAHEIM RIVERVIEW LITTLE FALLS Inorg, P&R Inorg 

# 1IN MI 

# RI OH NY MS CA MI MN Total Organic Total HAP ApplicableHAP appi. HAP annual (lblyr) annual (lblyr) (lblyr)



# RESEARCH TRIANG Milwaukee TORRANCE

- 

# SAN FERNANDO WINTHROP 

# IRANCHO CUCAMON

- 

# DENVER AXIS 

# MOUNTAIN VIEW CEDARBURG PHARMACEUTICALS INC. 1 GRAFTON CHEMRITECORPORATION HAWTHORNE ShellChemicalCo. MartinezCatalyst 

# I

- 

# Plant Martinez

- 

# CHEMICALCOMPOUNDING COMPANY

# IOAKLAND CARLSTADT WARWICK 

# IPALOALTO IBENSN Morton Grove COVENTRY Hahnville -



# PLAINSBORO

- 

# BUFFALO LAKE Minnesota Brewing/GopherState Ethanol ST. PAUL 

# GENZYME BIOSURGERY .PARKRIDGE GLAXOSMITHKLINEBIOLOGICS 

# HAMILTON HAMILTON 346.5667542 908 316.7090816 

# 255 1047.4199 

# 241 103.100054 

# 236 3031.914726

-- 

# 185.806 237.6 162.59 78.298 4823.454617 51.927

97.3 206 109.027 

# 60.4 31.13 

# 324.434

15.696 

# 14.972 34 12.9650564 2793.946032 20 

# 20.7795958 232.648595 13 1996.463643 1457.183057 

# 5 3 280.0000008 908! 

# 255{ 2501 241 103.100054 236 85.3144 185.806

237.6 162.59 

# 78.298 55.177312 51.927

97.3 206 

# 27.84

60.4 31.13 37.82’ 15.696 14.972 

# 341 12.896 8.614276 20 20.6



# 13 8.548272 2.1676161 5 

# 3 Estimated ELem, lb/yr 25 

# 24 

# 23 23 23 22 22 21 18 17 16 15 14 12 11 

# 9 8 6 5 5 3 3 3 3 3 2 

# 2 2 2



# 0 0 0 CA CA INJ 

# RI

- 

# IMN



# IlL 

# IRI 

# ILA NJ 

# IMN MN ‘JJ 

# IMT Pharm 

# NationELlmpacts-Optionsland2-9-2-08.xls NEI-Urban-new 9/19/2008 8

# NationELimpacts-Optionsiand2-9-2-08.xls NEI-Urban-new 9/19/2008 AttachmentA EquipmentLeakEmissions DatabyFacility
Total Organic Total HAP Applicable HAP appi. HAP Estimated annual (Ib/yr) annual (lblyr) (lbiyr) ELem, Ib!yr

- ______

— 

# 10.87575 1.198141 1.1945j_ 0

- - 

# T293.oooooo6 286 

# iJ 0 L 

# l3.804079 13.31 

# 2 

# L 78.9582586 0.853224! 0.851134

- 

# I 4.0061534 

# 4.005581 0.00558 0 

# F

- - 

# 2855 _______



# 69 _______



# 26.24% F

—
- - _____

- _________ __________ _________



# 100.00% FacilityName (final) City State Inventory ID Source Category 

# MathesonTrigas Inc

— 

# Joliet 

# Ifl

- 

# JI_141

- — 

# Inorg JRSimplotCompany

— -

- 

# Helm jCA !NE119939

— 

# Inorg DENISON PHARMACEUTICALS INC PAWTUCKET

- 

# Ri 

# 1NE12R1A1R379

— 

# Pharm 

# PraxairInc

- 

# Wilmington 

# 1c_ jNEI21178

-. 

# Inorg ENSIGN-BICKFORDCO THE

- 

# GRAHAM KY NEIKY1041

- 

# CCI/IOC/MON, inorg



# 9AttachmentBModelComponentsforBatchandContinuousProcessesA11000merot B Model Components forBatch and Continuous Processes

RDo;v Batch Continuous 000009. Honing.

I 30”. 001% 0334’. 22,00% 2234% 32.96% ‘59”. 4,219. 6009.

• 40’. 0.225. 032% 0.90% 101’. 201% 0Ol’. 000’.. 063’’. I 96”. 106%. 13.22’. ‘122’; n’n onion; 260% 206’!. 120.07% 97.24% 100.00% 94.39%

V.1002 2400%

- - 

### 3300% P60 7 , 

### 1.00% 1.00% Ftaeenonoo 

### 7300% 06.00% 100.009 

## I 2.52 2.72 3,43 

# 4091 1.52 1.12 4.40 

## I A ‘noonunl,,,o,,u1nIe.l As500,e % 

### butch Assun’. 9. continuout
WegntodAu9 Model counts 100 1,410 fao4leu, 12% pharncu, 511 PAl, 19% PER, 04% In050 and50% MONI Oetcb Cor,t’, 4 ous 1,047 0,047 ASloed counts arethe same forbutch endcontinuousprocesses.

79 150 1,360 2,291

70 206 Assuredcc,”ts In’ ho’oucio procenes or oral so same as Ion MON. 243 950 dnr’,,,ed0109100 010process un’l, or. 1.tONprocess , 9. 2.001 4,764 2,800 4,800 Estimatedcomponents Essmated components 0,11% Ccnonunus 

### number of

### ocnwoole’lts

model botch prouess 39 -9.1,,. 019 390 911(011 215 9’”,,, IlL 22 FuIrIl”

3 I’IOloGV 55 III 2037 l’lnn,u’or.cnlu.,, 17 Suno4ooguooa,o,l,,’e. 2800 ___________________

Re.’ sod MACN °Ioor, 0000101019Alnentchuen, end tiacorrirde 0060001 or 69u,prre’IILeaks nONicer’ caliOu”u!ootra’co Fes’lA,. 4isueIe,neu.us Oogenic NESI4AP. Memorandum hornShIne, O 1101% State En 0 ‘°°‘“0. and ft lornlrouro’dD. Randall, 610 Inte,14000131, May 5.2033. 600talySIb 01 Ep,u’pmenl LeanS lotAnNno sodPherol’uRolls 96500°. Mennoran&ucnIron 1 london, K, PES, to4. Sctroeter. EPAIOCG. September2. 1550. [P69111] Fool A-olyn’s 00Eou’onoentLookOrogrenbePET Fobloes Subinotto Ore GnounIVPobnners e.’rdResons 9JESl’IAP, Mrnr0000’dumfrom BorneO. K. EPOJOAOPSIESD In Group IVPOlymers 253 Ren5 DooKetA’92’4t. Deoemcnr2000 Model 01016 tO’ Ore 00050100 Ac’Oue lr9eetiee,tManu’aon.’’, 9 lro.stiy Momourandumfrom Ra”oOt, S. and K SoSrOdtOe. 1.161. too.,08n,er EPAJESC, Api 30. 1997. LDAR Poo 4 rurn CoolEffeot,urness. Monrnl100u’n ScorE. Nh,se, tORI foR. MoDunOd. EPNESO Apr 1 13.1989 Phurrnace,uttoal Prodoonnon 6650010 DocketA’90003, Docket tell, No. V.8.5. MOO 0,11 ‘, 1900 PI’,’,a ‘. 11,0,0

AuIasn, POD OV MON

00,0’.
l0enou0n,0l0,. II of, PAl PAR

20 VoI,o.Oi, 0 119’. 1,5 4 00’. NI I 24’. IIOf. I 00’. 43 222,240911’. tOG 0,09’. NA NA 351’ .1,., 00 Wocal I. 41 210. 0112211’, 212 I Ii’. I 525 II II’. 1104’, 129 21,4’?’, 1.190 34 29°. 309 4111’. 9.9 NA 22900. ‘.Ioe,Li Voloostll 40 9(1’,

— 11011’. IIOIIO.Zl’, lIce. 7,15’, rn 11011’, 01(00’. 0,431 II 0.4’. 7,9 NA 620’. ‘.l,e,IlI P,on,10l,I. “2’. II 092’. 03 11.11% 93 I LK’k 1100. 2 01.’. SI I 11% 24 1119’, tub NA 090’, P0,010° IL Imo,,r’frI

— — 10111’, 49059’, 01%’. 1130, 0 040’ lIlloorl. 67 0.54’ NA NA 002’ O”rc,p,lll,

o.eonoa oou,00Hn., 00 2 05’. SOnS’. 21,091?. 01%’.] 040’ • IN I 99’, 00(01’ • 400 4 04’. NA NA

## I 2 Or’. 11,97,1 0 lIP,

o 01.01

F1rgeto

olioeroto 0 1(14% 0(00, 0(100

1,519 7 917 c741 1101 07’, 12,321 488 1919 7317 9760 1586 2013 1232t 220 0.05’, bOA 

# 401

0,909 NA ‘NAt
2,073 :‘.‘

Aug 33 2.4 V:,. 0IV V,1;,oll V.,:,. 0 . III. PcuJ’l II 700,1’, III Cpe., I’ll!) IS’

Phulnl

Pu’ Poe CCIITOC,960t6 Totul Roondd References Jun’00, 08cornoonents In modal cOnn’Hous p105255 183 1101 298 31 15
30 142 2962 96

763 0,75 572 0.25 lOtAttachmentCEmissionsReductionAchievedonaTypicalModel71,0400106041,20100 6o7)o,04 77p174I M,4o0

°0oonligoo 0.3.54’06o P,oiooo770t,nS Li 9 07 10514 0.0.. U. o,,00’oso .0 I’ loo.0o’Oool .0.,oo,oooo,I.dooonv’, 0904 56410 0.000 4, w8**’osoao 0l 0060’ 644,4 no oi005p.SUU 0 .o4,006

‘01,7,5(5.06-3-44, iOn PolonI 40,0,70,4

4.ong. 741070 oo,o.,0009 00000,1,0 Look Opo’go 0’ 05000.40° .0430,7 2010 4001 130 0,*,Sr oosooo’042.. Is 00094’ oo’go 70,1501 <IC 11 0.97042 IS 000 100 12 39.7 0.309024 500 6700,500 2 202 00552r 500 5006 0000 3,9 600 0265097 0200 000 00 2000 75 5330 0.027786 2000 200010 5000 3.4 2290 7.047226 36700 5200 5037,15002 2.8 2650 0.075140 60060 102000,90700 3.5 23230 2 220017 5 502760,770770 0.5 265CC 0.264442 00702 ‘100000 2.0 300020 1.272520 7’>ooor 415 po’ooOoo 069 110,502ioo’0740 001001 E’>onsn ‘001044079 .l.020p9”O AtM 094.50, 0,7(93 6,’.,oks o1n4,,o p’, 030 41047W 250’oOI

7.5 0,079223 4230 7.2’77l0 1.476 0.010514 0.256 0.001550 1.054 0.725433 1 92 0.099512 0.97 7.101520 0.72 0.401479

2.07029 70,0,0 4o.i.g. 2,1,0,1, .10 Eons’os 0,n..o, L•ok 00 01,007409 24.601 (4” 100 001. 4150’ 746005’I nlo.OpSo 009,126 logo,l ‘slim ,40oo’, 04000) 965, 7070’, 05040,0 p5, 70 00000’140021400 1,14705 04”40 so,00loO 000 740105’ 001000)

000 05.5 0.050491753 00)775 003 0.0749601 12 1010100 12.4 30.7 0.00230’ 102 0 006560 130 6308300 109 252 0017791 10.7 0.015005 500 90707007 43 965 0717)77 4.67 7010303 1000 1071,207 0.69 0330 0.004400 7.51 4072417 2000 200010 5000 0.70 2690 0.0063% 0.37 0074105 5000 50000070020 050 2250 0.063300 025 0005204 10240 1000710 50000 022 25200 0,046702 0.311 0027770 54)76 500)770100000 029 00740 0047723 0.533 0.023560 100000 4140705 0.30 31070 0222322 0.178 1.13117 0,10.0, ‘005 polo4i.o 0.071605 73602
410,’90100000,.’4001104 0606056 0.20275
406 43.47470.0011321 0724 507040 403 0.0 0400 660027 0.517-17 Lo 4.500 4,90001 631646 LLP0,’,ps 7.500-261.40005 0,,”,Oo, 6.100,07 3.75202 240410, ILl 007620] 0000040
04,54200

10 26 100 17.0 500 133 5000 12 0070 50.5 0000 75 50000 55 103700 4,5 0.751 0.024 0.075 000 004.0 500 3.044 1.7605 10000 0.075 1.3004 2510 09o’8’.So 505 0347 2.70.05 10175 0709 1.7044 P5” 00 1200 0.11 4.2004 10000 024 190.07

000nP,0 p00040460 ii,,, 0040.740’ 04050

0002 001 2,40’o’,6,4 ,0.0000000042 7510 6,73 565 0330 2990 6050 66524 597000 520 100 2000 5000 12000 500(0 000002 04000.1, 005 7.00,
09 404500504050,04040,03,040080043014650 Iso o,70,7o4.4.,,,-o,. 06.1,00200, oqtipioIo 04074000011(0040300005050007770704717,70404740 0,703,04.4 70020,404107 01.000597 37 00000903044071,13076677 OOdoOo04010 7.000070062 000400 Uooooeo.ook.Olo.00.’.2,oo 000,oo’osoIs.POaosonoS,oo 0,01.70.00070 10000 IO.000273110715’9144700 01,0140 10.0 6014,07 0110140, .404)7 28’o)pOllOO 045.*pOo’o.’1’47,105,0’9.’ 00090 001.601 ‘03 74 00702609 0 1010197 8.5 307 0,010395 00 ‘7010570 33 232 0.000847 506 572101000 1.7 605 0.024572 5000 000010 2000 1.5 353 2.001446 2205 2034105120 .0 2650 0513042 35732 5000 5020010200 0.2 6650 0604076 00082 00071,50700 23 27200 0724207 70002 540071,750100 1.0 46900 0777350 120330 4170605 4.5 310000 0717506 70500,1419090 00Io4 0,00526 0,1400871 ‘17.1.400’4 (500 p000) 0180940107 00082 2,01,0(00 04140 -4142_90 01,0000 (p0’ ‘07 0’’4’30’ 704440) 450 561700 53 7.07400 45 7.000977 0317 0.000047 0.060 0407050 0.097 6.160006 0.064 0.07251 0.4404 0093. 0507 0.001299 0.11 5354 0.071112 0405 0.247 7.025106 0.00562 0,750571 ll0.00007’o(

0.00244 000oO..Sooo 045000766 00004007014 500

‘0010(7 757,170,100 00,1550 1,900)

05.2 5.02283005 03 0.005455 4.5 0.010975 5.056 0.003047 0.060 0.000000 0097 0.000166 0.075 0.000261 5.054 0.0(0650 0,021 0.000555 0121 0.004053 007176 67.25 5.03005 7.78 7.000955 0.006 0.000047 0.261 0.00701 0067 0.07756 0.085 0.000203 4.036 0.000454 0.016 0.020566
0.160129 70,000 6.onoo 7,1*4.07 0000 77190-0, 0,,’,”, 10.6 00 00i16’19 02” 700 IX ‘o0.0,’ 40:15”. 45,0104 00140*0 04soI 002,400 04100:7 .0009)40179 00003 76 ,40,00)44i,9Q 0070071’PP50 1610190 0030 ‘0*60,54 0906 Oo..’9? .0620)

.02 05.2 5.595050-05 0.617205 *54 5.53630-05 00 boo 100 05 30.7 0.000455 5.0 0.005456 100 1001,07 4.5 232 0.000976 45 0.070910 500 507071000 0.000 665 0700055 0.050 0.000010 1700 1000102000 0.056 1510 0.000050 0.025 0.000725 2007 20200,5000 0.068 2250 0.000)37 0.034 0,000068 5000 54001,5070 0,045 5650 007105 0003 070779’ 00200 100700050067 0.075 23206 0000905 0,038 0.067454 14)70 500700, 000000 0.036 66500 0.001135 0.015 0.000565 107014 ‘100000 0189 550724 0350630 0.004 0.009810 004,001140 p00,4010 0.000236 6.6747 3o’o’g 0500 1170’7 000,8 0.0601 0 707529
01.6 .007l 0502024

000400%
000 r 505 5.5 1300 7 2000 63 5000 51 09020 35 600)70 25 507 0000 0106 50006 50000 00000 In 0,0.60 .4’., oao,,’,4’.003 50040004 060404457410506 (605 06( 0,o,6,.9.d,,.t7o,,0.,00

7500 0.73 665 1330 4090 6750 09503 367074 6720007330,000 05604400*54 070600400044o700564903 077o’70404000070469075’1 070440 5s.4oo4440(40104o’o’°.Pooe 0044451090 4041020050005,0 000400.o7400o 000000040 400’54000000 (5070,470,00 007 10.07 pp”l007151 6 p07 4 500 OL000l4oI0000S 0.000000440

40.0407 0510070 oo,..,oool’o.ooo,.Io. Look 6 .o’g. Si si 141402 446407 0”s (700100

oil 52 030004008 10 101,100 7 707 3070344 00 0070, 503 2.5 252 007)23’ 506 500051020 1.5 665 0001706 6700 007,0207 06 0350 0202375 2000 207101720 5.7 2990 0.002643 39700 5000 5070000170 06 6650 0004203 03003 ‘0027l,5-0000 0.5 23250 0.067522 50000 500066.150050 0.7 66500 0051314 ‘07750 .109705 26 310770 0535657 7,s*&os,oIop,,.000 0.00411 006546,6.1000955.080.03 (500 773 71,04(07 0600 (poolS 00453.’ 400000( 000 4.366-05 73 7440453 2.7 0.701075 0.126 0.043147 0,105 0.660203 0.070 0,000227 0052 0000309 05490444440 3.537 0032090 0,05 0.050 0452051 0.33 0.150 0.025527 0.00455 0.000374 (10.000p0,09 9500150’ 0000510 0410 ,40oo,’ 0907(pO(102 010,940 000041

50.04 9.30703705 7.6’ 0.000911 2.72 0.000230 0.129 4.000141 0)03 0.066204 0.060 0.000727 0.050 0.000559 0099 0001328 0.030 0.000 545 0,044 0.012313 6.026262 70.07000) 0.0714 63.19 4.377-05 70’ 0.000910 272 0.05)037 0.126 0.07041 0.103 0.007205 0.070 0.000208 0,050 0.000359 0.740 7.000925 0.021 0.760909 0.604 0.000070 0.076152

7065

oopOsl 04 o04507 670 30 500 21 0500 ‘7,1 2600 154 5000 0.8 10060 7 50600 35 100000 2 0700811004,040’004000’004030000100 35 Uo07,o,ol0li004314II06000Io745o0444004I002l0,o”000050o,4’0 Po,ooo 604,444 7.111607000 65*975 Look of 00880,004 0051(700030 040150, P00040’0 oslo’so 0403000 00(900 0.93,17 445004(02000’ 0,104”. oO,,Ooo oo—n—4lo6o,,o44o’oo-9o 0050447’.d Ogos mI-go’

‘00 59.2 436005617 0.070049 60.4 0 ‘00509 731 39.7 2,700007 7.63 000 0500007 2,12 232 7.75)337 2.73 500 0760107 0.090 685 0.000003 7.00 1000 10071o 2070 0.072 1530 0.760145 0.04 2000 20001, 5400 0.042 2950 0000156 0.02 5000 50)71,10706 0,732 6400 0.000257 0.02 70006 170001, 50706 0.096 13224 0001095 0.049 50200 5000010 100000 0.042 02550 0.001870 0520 147000 >101016 0132 310000 0520130 0.066 70000(501440081400.. 0 070908 4.9167 4,oo.9005600101 0410 40034 06000’005 6,053 5.007034 6,äooo,46800’.080554 04.6,4,0--, 7.03014’

074’. 40090400

0,00006.56, 00200004 00055000153 51.0 00005042

506 605 1200 0.64 447 1200 207 2940 5005 6750 50005 23200 50000 06500 700504 007000 In 70500(07 680,24110 4,36645
0.07051 4.600071 0 000079 007125 0.500528 0.000539 0.010070

007146

Ulo,Oi,,404 0,,. 704407 0’ soop.3 70 Ippo, 650014400 07 000745 07 P9oloJlxo,, 000160750 5C08oo Aoso”s’op.OoOl,c”o” .70.1104000i490602 9.4,5.60.. 070410455560 11407 IS SlOpp’s000,oo,6ç45 40 U05PP110b6-000544010000440..0141004060104611000006(6160560304030904i11 5507, 17>11(0pp 3,04 p4’009 P 31.00200 0.00005750 40.0440 07,0, 500

746202-IS 70940404040

00,000

0.02
0.01456 0004000126,1460142 64,0 0.000400215 ‘95 7,1453)7 4459 0307949 5.495 0.050650 0.304 0.0)6005 1.014 0.025005 0.660 0.740758 0262 0.050763 0.370 0.240736
000,07pp,o

0.00500 54,40 4.54754 10.12 0.00636’ 1530 0.007515 4.490 0.015075 5,530 0.004701 .3’) 0.015237 ‘.06’ 0.020010 4.3’l 0.023716 0.110113 0.00206

## Batch

-

## Nationwide Emissions Reductions 5000 Operating hr/yr 5/lb recoverycredit

Leakdci 10,000 (lowerbound) Leakdel 10.000 (upperbound) SubpartUU (pumps and valves) 

## SameLFas uncontrolled (ol0,000ppm) Same LF as subpartUU (‘500) leakdef500 forvalves, 1000 forpumps

Percent emissions Percent emissions Percent emissions reduction kg/hr Mg/yr reduction kg/hr Mg/yr reduction kg/yr Mg/yr
0.034 61.0 0.000129 0,025 0.397 59.4 0.00015 0.296 0.023 0.0 0,000021 0.023 0.492 66.6 0.00261 0.291 0.191 0.0 0.00338 0.191 0.436 0.436 0.000 0.000 0.000 100.0 0.00000 0.000 100.0 0.00000 0.000 0.000 100.0 0.0000 0.000 100,0 0.0000 0.000 1.904 0.0 0,000186 1.904 0.0 0,000166 1,904 0.000 100.0 0,0000 0.000 100.0 0,0000 0,000 Alluchmevt C Smissiono ReducliensAchievedon aTypical Model

MON (leak del500tonvalves. 10,000forpumps) Batch model summary

Percent emissions reduction kg/hr Mg/yr MONreductive ovenalt Emred, Mg/yr 4.08

Emred,% 56% 62.1 0.0001254 0.024 61.0 0.0001457 0.284 0.0 0.00002134 0.023 Pumps, valves, andconnectors: 55.1 0.00351 0.391 (LOARleakdot 10000 forpumps and valves) 0.0 0.00338 0.191 “mred. Mg/yr 0.90 0.436 Emred, % 23.7% 0.000 100.0 0 0.000 100.0 0 0.000

0.0 0.000186 1.904 100.0 0 0.000 55.7 3.253

‘Values brLLvalves, LLpumps, und connectors fromCMA (ACC). Values forHLpumps and valves are scaleddownfromvatues inthe Prot000t documentbytheratio ofCMA10 Protocoldocumentvalues brLL valves and pumps. Others ore SOCMt averageemission factorsfrom Protocoldocument.
Continuous

-

## Nationwide Emissions Reductions 5000 Operating hr/yr S/lb recuvery credit

Leakdel 10,000(lowerbound) Leakdci 10,000 (upperhosed) SubpartUU (pomps andvalves) SameLFas uncontrolled (010,000 ppm) SameLF an subpartUU (‘500) leakdef500 forvalves, 1000 forpumps

Percent emissions Percent emissions Percent emissions reduction kg/hr Mg/yr reduction hg/tin Mg/yr redaction kg/yr Mg/yr
0.161 61.0 0.000129 0.118 62.1 0.00012538 0.115 1.119 58.4 0.000152 0.836 61.0 0.00014572 0.802 0.032 0.0 0.000021 0,032 0.0 0.000021 0.032 0.687 66.6 0.002608 0.406 72.1 0.00218 0.339 0.256 0.0 0.00338 0,256 0.0 0.00338 0.256 0.592 0.592 0.000 0.000 0.000 100.0 0.00000 0.000 100.0 0.00000 0.000 0.000 100.0 0.0000 0.000 100.0 0 0.000 2.699 0.0 0.000186 2.699 0,0 0.000186 2.698 0.000 100,0 0.0000 0.000 100.0 0 0.000 82,3 5.55 84.3 4.94 86.5 4.24 Conlinaoun modelsummary MON (leakdel500forvalves, 1,000 forpumps)

Percent emissions reduclion kg/hr Mg/yr MON reduction avera8 Emred. Mg/yr

Emred.% 62,1 0,00012536 0.115 61.0 0.00014572 0.802 0.0 0.00002134 0.032 

# r. nps. “dconnector 72.1 0.00218 0.339 (LOARleakdet 10000 forpumps avdvalves) 0.0 0.00338 0,256 .imred, Mg/yr 1.815 0.592 Emred, % 29.2% 0.000 100,0 0,0000 0.000 100.0 0.0000 0.000

0.0 0,000186 2.699 100.0 0,0000 0,000 84.6 4.835 Compvnnnt counts in model Unconfrultednmissions, batch kglhr Mg/yr process GVvalneo ,: 

## 0.000331 0.064 IL oalaes 390 0.000374 0.729 HLvatves 211 0.00002134 0.023 LLpumps 22 0.00781 0,871 HLpumps 11 0.00338 0.191 Compressor 0 0.228 0.436 Ag/totem 4 0 0.000 PROGV 3 0.104 1.392 OELe 55 0.0017 0.466 Connectors 2,047 0.000186 1.904 Sampling connections 17 0.015 1.262 2.800 7.337 Pumps. vatves, connecfvrs’ 3.781 46,9 0,000176 45,6 0.00020 0,0 0.000021 43.5 0.00441 0,0 0.00338 100,0 0.00000 100,0 0.8000

0,0 0.000186 100.0 0.0000 52,6 62.1 0,0001254 0.024 61,0 0.0001457 0.284 0.0 0.000021 0.023 72,1 0,00218 0.243 0.0 0.00338 0.191

3.475 56.9 3.165 83.6
3.039 2.729 2.668 reduction fromuncontrolled

Component coanis in model Uncontrolled emissions, continuous kg/hr Mg/yr process 0 valves 183 0,000331 0,303 LL valves 1.101 0,000374 2.059 HLvalves 298 0.00002134 0,032 LLpumps 31 0.00781 1.217 HLpumps 15 0.00338 0.256 1 0.228 0,592 ailiso’’ 0 0,000 30 0.104 15,815 Ui
‘ 

## 142 0,0017 1,210 Conneclors 2.902 0.000186 2,699 ‘‘-nnections 96 0,015 7,207 4.800 31.39 Pumps, valves. connectors. 6,566 46,9 0,0001759 45.6 0.00020 0,0 0.000021 43.5 0,00441 0.0 0.00338
100.0 0.OS000 100,0 0.0000

0.0 0.000186 100.0 0.0000 26.5 85%

4,954 4.347 reduction trom oncontrotled

‘Valoes tonLLvalves. LLpumps. andc000eciorsfromCMA (ACC(. Values IcrHLpumps andvalves are scaleddown fromvalues inthe Protocol document bytherolio ofCMAIs Protocoldocumentvalues brLL valves and pumps. Others are SOCMI averageemission luctorsfromProtocol document,Attachment0ModelCostsforSimilar-to-MONMonitoringRequirements

### AttachmentD Model Centfor Similar-tn-MONMueltarieg Reqauementn

Inihal

- 

### mine) Frequency Subsequent Initial Subsequent Annual Percent Annual Annual InitialLOAR Annual Annual Initial Leak Annual Fnruenl Repair Labor Repair Labor Annual Typ fCmp t C iMtngF Cts)$ty) LOAR Vt t Mt 0 F Mt 9 M t FqeyN FLb 5mb Rp dTmeChgL°k Rit0Tm Chg 1 Adnn Ck p o ($tuomp) (Cepital) Costs )bmeslyr) Chargr(%) Costs )$tyr) Cost (Styr) 7 Leaks 

# ?%) ofLeaks OnLine (hours) (OAr) Coot)$)yr) Repair (boom) (situ) tyr) Cost(Slur) )SIyr) 55.22 

## 54cr, laborrare tartepairs MedalCasts batch Pump Seats (‘fl) Light-liquid seruiue 22 17.70 920.97 12 1.50 40320 q43.49 2.65 0.59 5.24 lOS 16.00 55.22 4631.36 S 00.00 55.22 0.00 754.79

‘ 

### Heauy-liquidseruiun It t.t3 12.56 0 1.50 0.00 Values )UU)

‘ 

### Gasluaporsemiue 39 17.70 70t.46 2 1.50 116.92 6.730 028 6.51 0.39 75 0.17 55.22 2.73 25 4.00 55.22 2)77

‘ 

### Liytit-liquidseruiue 390 17.70 7055.72 2 1.50 1170.98 0.730 2.95 S.StS 3.95 75 0.17 55.22 27.54 25 4.00 55.22 2t9.8b

‘ 

### Heauy-tiquidneruiue 21 t 

### t.t3 236.65 Caunectars

Flasges

- 

### gastuapur flanges

- 

### h 9 tliquid 2,049 1 .13 2569.77 0 1.60 0.00 0.36 7.38 0.36 0.00 76 0.17 5522 0.60 25 2.00 55.22 0.00

‘ 

### Raoges -keasy hqaid Pressare ReBelDenines

Disks 3 78.00 2t8.40 1 2.05 5.60 0.00 0.00 674

‘ 

### Diskholders, ualues.etc. 3 3652.00 10705.60 1 5.65 14.00 0.00 0.00 431.42 Opes-esded Values 65 102.00 5697.76 5.00 0.00 0.00 223.91 Sampling Caseenhaus 17 409.80 6871.20 5.05 0.00 0.06 274.85 Sum alunmponenln’ CemereusarVeal 0.3 6242.60 1747.78 0.00 2860 ReplacementFamp Seals 22 180.06 106.85 Masdanieg Ouoice

- 

### Bay I $6,506 66.506 64,250 5260 No. ofMondui 4 Maederieg Desise

- 

### Real 0 NumberalSo I DanaCollection System I $14,500 514.500 8580.00
0 Nat. fat I Nat. ButchlrAdmrnslratiee and Reeuels 300 4013 012 039 0 Nat. Coalbc

-

### Assume 300hrperInc Planning aedTraisisg 345 40,13 $13 644

-

### Assume 340hrperlou Dab Eelry

-

### Indiol 6 1.08 0.00 Dab Eelrnj

- 

### Sabsequeet 0 

### 0.75 0.00
TOTALS 557.857 513.844 $1,710 55,223 54,692 $242 012.639 52.534 Capital Costs 557.867 Aenualired Capital Cunts 510.606

AneoelEuyensnn $26,405 Annual FiaedCast)$iyr( 525 179 AnooatVariable Cost (5/or) $11,836 527,015
FromEastman commentInner 1899’ 06.10 $1.80 alsO WMkduunsi and Fieldserifiuabua 50.90 Cceateilsesedramings $2 70 $3.40 Create TI ‘s larmu andlags $6.10 56.90 Hangtogs 31.20 Populate software 01.00 Tug oust (matriral) 52.00 Maeilsrrno sharue $17.00

NahonELlmpouts-Oytiosslend2-9-2-08,sln Casts-LION-S

### Attachment 0 Model Coststar Similnr-tn-MONMnnsorrng Rnqurrementn lnihnt tnitiat Intact Freqoency Subsequent I 005 t I tL k I

- 

### t Subseque I R

- 

### L A Aucuat Percent R L S Aurncat Annuat Numberat MactIntingPee Monitoring LDAR at Monitoring nu nua n a Ca ttt 

### u ntLeak pa a a Online leak Requiring epa a m OtlineLeak d Misc. Typ PC mp C mp 181 mp) Cots($iyl 

### 3m g F e(0l mp) 59(9/) C to ($ly) (I) P1k F q tLh Ry d lhml (sIb) R t011 

### t F )hm) R ly) St 

### CAtl$ly) Chg
58.22 $thr, laborrate tarrepair MadalCasts Continuous PompSeals IOU) Light-liquid servrcn 3t t7.70 2335.86 12 1.50 551 .60 2048.72 6.47 2.02 11.28 tOO 16.00 85.22 10056.66 0 60.00 85,22 0.00 1638.97 Haauy-tiquid service tS 1.13 17.36 Vatnao )UM)

Sas/uaparaarcice 183 17.70 3319.93 2

- 

### tSP 548.54 8.73 1.34 0.51 1.87 75 g.t7 88.22 12.90 25 4.00 85.22 103.01 Lrgkt-liquid service 1.101 17.70 19999.32 2 tOO 3303.36 0.73 8.04 0.01 11.23 78 0.17 58.22 77.68 20 4.00 55,22 520.24 Heavy-liquidservice 298 1.13 335.93 Conneulam

Ftanges

- 

### gastuapar Ftacges -lightliquid 2,902 1.13 3640.09 5 1.50 0.00 0.36 10.45 0,36 0.00 78 0.17 55.22 0.00 28 2.00 85.22 0,00 Ftungns-heavytiquid Peessare RelictDenices

‘ 

### Disks 30 79,00 2358,72 1 2,00 60,48 0.00 0.00 94.35 Diskhatdnrc,calueu,etc. 30 3852,00 118454,48 1 5.00 101.20 0,00 0.00 4509,35 Open-endedValues 142 102,00 1dd92.l6 5_os 0.00 0.00 57959 Sampling Canneatiess 9h 409,00 39264,00 6.00 0.00 0.00 1570,5k Sum atcomponents’ CampmssanVant 6.5 5242,00 2996.15 4800 ReplacamentPomp Seats 31 150.00 353.36 Maosarisg Deaice I $5,500 $9,509 4290.00 268,00 Mcaitaeing Denise

-

### Rent 5 0.00 Number atouh I 

### Data CattealianSpslem I $td,800 

### 814,500 580.00
a_ag Nat. tar 0.00 Nat, BatchAensalAdmissteatiaeand Repr 300 40,13 $12,039 1.00 Nat. CantI

- 

### Assume 300 hrperIan Initial Plannieg andTraining 340 40,13 913,644

- 

### Assume 340 hrperlac

TOTALS $226,599 $13,544 $4,625 $9332 310,147 $723 $12,039 99,393 Capital Costs $226,598 Annuahand Capital Casts 334,034

Aecual Enpnnses $43,246 AursualFinedCasts ($lyi) $56,256 Aurnual VariableCasts 1$/pr) $21,524 $75,081
FromEastman cummenttenet 1099: $5.18 91,50 vi 

### 88 Walkdawn andFieldceng”-,,lan v::vg Crealadnssedtmsiaga $2.79

vq 

### Crate Datataencn e.-4

### tgs $6.15 85.90 Hang tags 81,20 Populatecaftmam 01.00 Tag cast(matariall 82,50 Mnnitatingcharger $1770

NakanELlmpncns-Optianslaad2-9-2-08.nts Casts-MON-C