# Emission Inventory

State Implementation Plan

for t he

Bristol , Tennessee Lead Nonattainment Area

Prepared by
the
Tennessee Department of Environment and Conservation
Air Division

April 1 1 , 2013ii



## EXECUTIVE SUMMARY

The Nonattainment Area ( NAA) for the Lead (Pb) National Ambient Air Quality Standard (NAAQS) consists of an area within Sullivan County with a radius of one and a quarter (1. 2 5) kilometers (1.2 miles) from the Exide Technologies ( or Exide) Lead Company. From the period January 20 0 7 to January 200 8 , air quality monitoring data at the Exide ’s Lead site indicated that the rolling 3

- month average Pb concentrations exceeded the 0.15 μg/m 3 NAAQS. The Environmental Protection Agency (EPA) designated the area as nonattainment for the Pb N AAQS, effective December 31, 2010.

This document constitutes the 2010 base year and 2015 future year emission inventory requirement for the Bristol Pb NAA.iii



## Table of Contents

EXECUTIVE SUMMARY ........................................

.................................................... ......... ......... ..i i Table of Content s

................................................................................ . ................... ......... ...... .. ..... ..ii i List of Tables ...................

........................................................................................ ......... ............ .. iv List of Figures .........................................................................................................

......... .......... . . . .. i v List of Appendices...................................................................................................

......... ......... .. .. .. i v

1 Introduction................................................................................

......... . ................ . ....... ....... .. ... 1

1.1 Purpose and Organization of Document...............................................

....... . ... ... . ... ... ...1

. 1.2 National Ambient Air Quality Standards (NAAQS) ............................

........ ... ... ... ...... .... 1

1.3 History of Tennessee Lead Nonattainment Area ..............................

......... .... ... ........ ... 2

1. 4 Clean Air Act (CAA) Requirements .............................................

. ........ ... . ........ ........ ... . 2

2 Concep tual Description of the Bristol Non Attainment Area ....

..... .................. .. .. .......... ...... . .. ..3

2.1 Introduction ..................................................................................

... ......... .. ... ....... .... . ...3

3 Emissions Dat a ..............................................................................................

. ...... ......... .. .. . . . ..6

3 .1 Introduction .........................

.. .................................................................. . . ........... .. . . ... .6

3 .1.1 2010 Base Year

........ ........................................................................... . . .. . ....6

3 .1.2 2015 Future Year

........ ......................................................................... . . . .....6

3 .1.3 Summaries of the 2 010 and 2015 Emission Inventories in the NAA

...... . ... .. 7 3.2 Emissions Data Analysis...........................................................................

........... ...... .. 8

3.2.1 Source Specific Actual Emissions...........................

......... ..................... ..... .... . 8

4 Conclusions.

............................................................................................................ .. .... .. .......1 1iv

List of Tables

Table 3 .1.3

- 1 2010 and 2015 Pb Emissions for the Bristol NAA (Pounds Per Year)..........

. . ... 7

Table 3 .2.1

- 1 Pre

- Con struction Pb Emissions Sources and Emission Rates.......................

. . . 8

Table 3 .2.1

- 2 Post

- Con struction Pb Emissions Sources and Emission Rates...................

. .... 10

List of Figures
Figure 2.1

- 1 Bristol Pb NAA Boundaries...................

.......................... ..... .................... .... .. . ..... 4 Figure 2.1

- 2 Exide Lead Plant Boundaries and Monitor Locations ....

... ..... ... ................ .......... 5

List of Appendices
App endix A: Exide Technologies

- 2010 BY Lead Emissions Appe ndix B: Exide Technologies

- TRI Lead emissions Appendix C: EIS Lead Emissions for Sullivan County , Tennessee Appendix D : Area Source with SCC Lead Emissions for Sullivan County , Tennessee Appendix E : E xide Technologies

– Conditional Major Operating Permi t1



## 1 Introduction

1.1 Purpose and Organization of Document

This document is the 2010 base year (BY) and 2015 future year (FY) emission inventory submittal for the Bristol NAA for the 2008 Pb NAAQS. The Bristol NAA, located in northeastern Tennessee , is

co mprised of an area within Sullivan County with a radius of 1. 2 5 kilometers from the Exide Technologies ( or Exide) Lead Company (latitude 3 6

. 52 556 o, longitude 8 2

. 2 7333 o), and excludes all other areas within Sullivan County. In accordance with the Clean Air Act, this emission inventory is being submitted in accordance with the Clean Air Act (CAA) Section 172( c ) requirement s for the S ate Implementation Plan (SIP).

This submittal documents the State of Tennessee 's analysis of current emission data

, trends and 2015 future emission projection for the continued impact on air quality in the Bristol NAA.

This chapter presents the background information and the sequence of events that have necessitated the development of this emission inventory submittal . Technica l data, methods, analyses and conclusions which support this SIP requirement are provided in the following chapters:
Chapter 2 : Conceptual Description of the Bristol Lead Non Attainment Area
Chapter 3 : Emissions Data
Chapter 4 : Conclusions



### 1.2 Nationa l Ambient Air Quality Standards (NAAQS)

The CAA , which was last amended in 1990, requires the EPA to set NAAQS for pollutants considered harmful to public health and the environment. The CAA established two types of NAAQS: primary standards set limits to protect public health, including the health of "sensitive" populations such as asthmatics, children, and the elderly and secondary standards set limits to protect public welfare, including protection against visibility impairment, damage to animals, crops, vegetation, and buildings. The primary and secondary NAAQS for the Pb standard are identical at 0.15 μg/m 3 . Pb is a heavy metal found naturally in the environment and in some manufactured products.

The standard for Pb is met when the 3

- month average Pb concentrations during each rolling 3

- month period evaluated over a 3

- year period at designated monitoring sites in an area is less than or equal to 0.15 μg/m 3

.2

CHAPTER 1 INTRODUCTION



### 1.3 History of Tennessee Lead Nonattainment Area

On October 5, 1978, EPA promulgated primary and secondary NAAQS for Pb. Both primary and secondary standards were set at a level of 1 .5 μg/m 3

. The Bristol area was not designated nonattainment for the 1978 Lead NAAQS and the entire S tate of Tennessee was in attainment of th e 1978 standard

. On October 15, 2008, EPA revised both the level and the form of the NAAQS, lowering the standard from 1.5 μg/m 3 to 0.15 μg/m 3 and changing the form from a 3

- month block average to a maximum rolling 3

- month average over a three year perio d. On October 16, 2009, and June 8 , 20 10 (amendment) , the State of Tennessee submitted designation recommendations. The State recommended that only the portion of Sullivan County within a radius of 1. 2 5 kilometers from the Exide Technologies Lead Company should be designated nonattainment for the Pb NAAQS. All other areas were recommended as unclassifiable/attainment.
In a letter dated June 14, 2010, EPA agreed with the State’s recommendations for the nonattainment area, but deferred making designation d ecisions for all other areas in Tennessee . Designations were published on November 22, 2010, (75 FR 71033), with an effective date of December 31, 2010. EPA agreed with the State’s recommendations for all other areas of Tennessee and designated all other areas as unclassifiable/attainment.



### 1. 4 Clean Air Act (CAA) Requirements
Section 172(c), as amended, of the CAA, and the 2008 Lead (Pb) National Ambient Air Quality Standards (NAAQS) Implementation Questions and Answers document, released July 8, 2011, contain the requirements and guidance for states developing a federally enforceable State SIP for Pb NAAs. The SIP documents how an area will attain the NAAQS and generally contains four elements: emission inventory, modeled attainment demonstration, Reaso nably Available Control Technology/Reasonably Available Control Measures (RACT/RACM) analysis, and adoption of controls. This document satisfies the emission inventory submittal requirement.3



## 2 Conceptual Description of the Bristol Lead Non Attainment A rea

2.1 Introduction

In letter s dated October 16 , 2009, and June 8, 2010, the Tennessee Department of Environment and Conservation ( TDEC ) provided EPA input regarding the extent of potential nonattainment areas in Tennessee for the 2008 Pb NAAQS. The mo nitoring data indicated that a small portion of Sullivan County, Tennessee , did not meet the 2008 Pb NAAQS. As a result, EPA designated an area with a radius of 1. 2 5 kilometers surrounding the Exide Lead Company in Bristol

, Tennessee , as “nonattainment” (F igure 2.1

- 1 below).
In order to improve air quality in a nonattainment area, states must draft a SIP, which outlines the measures that the state will take in order to improve air quality. Once a nonattainment area meets the standards and additional redesi gnation requirements in the Clean Air Act [Section 107(d)(3)(E)], EPA will designate the area to attainment as a "maintenance area."4



### Figure 2.1

- 1

– Bristol Pb NAA Boundar ies

Bristol is located in northeastern Tennessee , in Sullivan County, a pproximately 113 miles northeast of Knoxville

, Tennessee

.5

CHAPTER 2 CONCEPTUAL DESCRIPTION



### The Exide Lead Company is located at 364 Exide Drive in Bristol

, Tennessee

. Exide Lead is a lead acid battery manufacturing and recycling facility which proce sses lead and reclaimed lead into batteries for the auto industry . The facility is the only source being evaluated as part of this emission inventory requirement . In addition to complying with the 2008 Pb NAAQS, the facility is subject to the area source lead acid battery manufacturing Lead MACT (40 CFR 63, Subpart 6P ). Figure 2.1

- 2 displays the facility, with the plant boundaries

, and the air quality monitors noted by the yellow dots. The facility is located at UTM coordinates 386.267 East and 4042.923 km North at an elevation of approximately 454 meters above sea level ( ASL ) . The area surrounding the facility is largely rural with a good percentage of the area made up of trees and vegetation.

Figure 2.1

- 2 Exide Lead Plant Boundaries and Monitor Locat ions

Pri or to the 2008 NAAQS revision, Exide was in compliance with the existing NAAQS of 1.5 μg/m 3.6



## 3 Emissions Data

3 .1 Introduction
This chapter describes the data used to prepare the 2010 base year and the 2015 fut ure or attainment year emissions inventories that will be utilized in the SIP attainment demonstration. Table 3 .1.3

. - 1 presents the emissions for the 2010 base year and the 2015 attainment year.

3 .1.1

- 2010 Base Year

Because lead is more source

- specifi c, the basis for the base year point inventory is the actual 2010 Pb emissions reported by Exide Lead Company, as it is the only source of Pb emissions above 0.5 tpy within the NAA. These emissions were calculated by data collected through stack tests and the application of AP

- 42 emissions factors for each source and quality assured by TDEC (see A ppendix A ). Additionally, 2008

- 2010 TRI lead emissions data for the Exide facility are listed in Appendix B.

Area sources are only required to be submitted for the National Emissions Inventory (NEI) every three years, according to the Air Emissions Reporting Rule (AERR). The most recent public release of the NEI that includes area sources is the 2008 NEI v.2. Area source emissions were obtained from the Emissio ns Inventory System (EIS) maintained by EPA (see Appendi x C )

. Area source emissions by SCC codes are listed in Appendix D.

Nonroad emissions are normally derived from the Nonroad Model. However, in using the EIS Gateway Report Tool, no lead emissions for Sullivan County were found in the in the 2008 v2 of the NEI. This is supported by Pb not being included as a pollutant in the Nonroad 2008a model. Off

- road categories (air, rail and commercial marine vessel) were pulled from the 2008 NEI v.2 release. Air ports are in the NEI as point sources, but are included as nonroad in this SIP. Aircraft, rail and commercial marine vessels are included in the NEI as nonpoint, but are included as nonroad in this SIP.
Similarily for the Onroad emissions of Pb , no emiss ions were found in the 2008 v2 of the NEI . This is supported by Pb not being included as a pollutant in the MOVES 2010b model and the 2008 NEI having no Pb emissions listed for the onroad source categories. Therefore, a dash has been inserted in Table 3.1. 3

- 1 as a place marker for the Nonroad and Onroad emission source categories.

3 .1.2

- 2015 Future Year
The latest permit modification for Exide was submitted in 2011 for an expansion project (i.e., addition of new assembly line, oxide mills and curing ove ns)

. A ctual Pb emissions are shown in Tables 3 .2.1

- 1 for
pre

- construction and 3 .2.1

- 2 for post

- construction (new sources are highlighted in this table)

. For the projected 2015 Pb emissions for the Exide Lead Company, the post

- construction actual emissions will be anticipated. However, for worst

- case projection, current conditional major (CM) permit (no. 455099)7

allowable emissions limits (see A ppendix E ) were used to calculate maximum annual emissions in pounds per year and will be projected . Operation was conservatively assumed to be at 8760 hours

.

For area and nonroad emissions, emissions were assumed to remain level. No growth was applied.

CHAPTER 3 EMISSIONS DATA

3 .1.3

- Summaries of the 2010 and 2015 Emission Inventories in the Nonattainment Area (NAA)
The following table summarizes the 2010 base year as well as the projected 2015 attainment year emissions inventories. Emissions are presented in pounds per year.

Table 3 .1.3

- 1 2010 and 2015 Pb Emissions for the Bristol NAA (Pounds Per Year)

Emi ssions for Bristol NAA (PPY)

Year Point Nonroad (3) Area Onroad (4)

2010 1

, 280 ( 1 )

- 66

-

2015 2

, 850 ( 2 )

- 66

- (1) This total value (stack emissions) is obtained from Source Data (Appendix A )

. No fugitive emissions are reported. Reported TRI emissions (Appendix B) are 14 21 PPY (2008)

, 1463 PPY (2009) , and 1500 PPY (2010)

.
( 2 ) This total value is obtained from Table 3.2.1

- 2 for Post

- Construction. Projected worst

- case 2015 emissions will be 14,000 PPY (7 TPY) from the CM Permit

.
(3 ) No lead emissions were found in Sullivan County for the No nroad sector in using the EIS Gateway Tool.

. (4) No lead emissions were found in Sullivan County for the Onroad sector in using the EIS Gateway Tool.8



### 3 .2 Emissions Data Analysis

3 .2.1 Source Specific Actual Emissions

Table 3 .2.1

- 1 P re - Con struction Pb Emissions Sources and Emission Rates

Source ID Type Source Description Emission Rate (lb/hr) Emission

Rate ( PPY )

Stack 1 Point Properzi & Grid Casters , WC

- 16 0.00 67 58.7

Stack 2 Point Pasting Lines 1

- 4 and Barton Mills 1

- 4, DC

- 1 0.0 5 438.0

Stack 3 Point Pasting Lines 5

- 8 and Barton Mills 1

- 4, DC

- 2 0.033 289.1

Stack 4 Point COS Lines 11A, 11B, and TBS9, DC

- 3 0.031 271.6

Stack 12_1 Point Sovema Ovens 1

- 20 , SV

- 1 0.0008 7.0

Note: Pounds per year (PPY) lead emissions are calculated at 8760 hours per year.9

HAPTER 3 EMISSIONS DATA

Table 3.2.1

- 1 Pre

- Construction Pb Emissions Sources and Emission Rates

- Continued

Source ID Type Source Descripti on Emission Rate (lb/hr) Emission

Rate ( PPY )

Stack 12_2 Point Sovema Ovens 1

- 20 , SV

- 2 0.0008 7.0

Stack 12_3 Point Sovema Ovens 1

- 20, SV

- 3 0.0008 7.0

Stack 12_4 Point Sovema Ovens 1

- 20 , SV

- 4 0.0008 7.0

Stack 12_5 Point Sovema Ovens 1

- 2 0 , SV

- 5 0.0008 7.0

Stack 13 Point Lead Remelting Operationa, WC

- 20 0.000 38 3.3

Stack 14 Point Strip Caster A, B, C and Grid Caster 2, WC

- 1 0.01 87.6

Stack 15 Point COS Lines 6 to 10, DC

- 4 0.004 35.0

Stack 16 Point COS Lines 1 to 5, DC

- 5 0.007 61.3

Total 0.1 461 PPH 1279.7 PPY

Note: Pounds per year (PPY) lead emissions are calculated at 8760 hours per year.10

CHAPTER 3 EMISSIONS DATA

Table 3 .2.1

- 2 Post

- Con struction Pb Emissions Sources and Emission Rates

Source ID Type Source Description Emission Rate (lb/hr) Emission

Rate ( PPY )

Stack 1 Point Properzi & Grid Casters , WC

- 16 0.0067 58.7

Stack 2 Point Pasting Lines 1

- 4 and Barton Mills 1

- 4, DC

- 1 0.05 438.0

Stack 3 Point Pasting Lines 5

- 8 and Barton Mills 1

- 4, DC

- 2 0.033 289.1

Stack 4 Point COS Lines 11A, 11B, and TBS9, DC

- 3 0.031 271.6

Stack 12_1 Point Sovema Ovens 1

- 20 , SV

- 1 0.0008 7.0

Stack 12_2 Point Sovema Ovens 1

- 20 , SV

- 2 0.0008 7.0

Stack 12_3 Point Sovema Ovens 1

- 20 , SV

- 3 0.0008 7.0

Sta ck 12_4 Point Sovema Ovens 1

- 20 , SV

- 4 0.0008 7.0

Stack 12_5 Point Sovema Ovens 1

- 20 , SV

- 5 0.0008 7.0

Stack 13 Point Lead Remelting Operation s , WC

- 20 0.00038 3.3

Stack 14 Point Strip Caster A, B, C and Grid Caster 2, WC

- 1 0.01 87.6

Stack 15 Point COS Lines 6 to 10, DC

- 4 0.004 35.0

Stack 16 Point COS Lines 1 to 5, DC

- 5 0.007 61.3

Stack 17 Point New Oxide Mills, Concsters & Pasting Lines, DC

- 7 0.0643 563.3

Stack 18 Point New Assembly Line, DC

- 6 0.1079 945.2

Stack 20_1 Point 10 New Curing Ov ens, Northern Stack (Stack 1 of 2) 0.0035 30.7

Stack 20_2 Point 10 New Curing Ovens, Southern Stack (Stack 1 of 2) 0.0035 30.7

Total 0. 3253 PPH 2849.5 PPY More specific information for each source can be found in Appendix E (conditional major operat ing permit)

.11

CHAPTER 4 CONCLUSIONS



## 4 Conclusions

The Bristol Pb NAA is comprised of a small area with a radius of 1.25 km around the Exide Lead Company in Bristol

, Tennessee . While monitoring data from the TDEC Lead Monitor s showed compliance with t he 1978 Pb NAAQS, the data does not comply with the revised 2008 Pb NAAQS. As a result, EPA designated the area as nonattainment for the Lead NAAQS, effective December 31, 2010.

Persuant to Section 172(c) requirements , as amended, of the CAA, the attainme nt SIP should documents how an area will attain the NAAQS and generally contains four elements: emission inventory, modeled attainment demonstration, Reasonably Available Control Technology/Reasonably Available Control Measures (RACT/RA CM) analysis, and adoption of controls.

This document satisfies the emission inventory submittal requirement.

# Appendix A

Exide Technologies 2010 BY Lead Emissions

Tennessee Department of Environment and Conservation Division of Air Pollution Control 9 th 

### Floor L&C Annex 401 Church Street Nashville, TN 37243Appendix A - Exide Technologies - 2010 BY Lead Emissions

Control
Device Emission

Source Reference ID Source Lead lbs/hr Particulate lbs/hr Operating Hrs. Lead Pounds
Per Year Emitted Particulate Pounds per

Year Emitted Tons of

Lead/YR. Tons of

Particulate/Yr Stack Test Date

DC-1 82-0256-02 Pasting & Barton Mills 0.05 0.55 8760 438 4818 0.219 2.409 5/18/2004

DC-2 82-0256-03 Pasting & Ball Mills 0.033 0.44 8760 289.1 3854.4 0.14454 1.9272 12/5/2007 DC-3 82-0256-04 Assembly 0.031 0.64 8760 271.6 5606.4 0.13578 2.8032 8/27/2007 DC-4 82-0256-15 Assembly 0.004 0.4 8760 35 3504 0.01752 1.752 8/28/2007 DC-5 82-0256-16 Assembly 0.007 0.11 8760 61.3 963.6 0.03066 0.4818 5/17/2004

WC-1 82-0256-14 Strip Caster 0.01 0.46 8760 87.6 4029.6 0.0438 2.0148 12/4/2007

WC-16 82-0256-01 Properzi & Grid Casters 0.0067 0.086 8760 58.7 753.4 0.029346 0.37668 12/5/2007

WC-20 82-0256-13 Lead Reclamation 0.00038 0.051 8760 3.3 446.8 0.0016644 0.22338 8/28/2007

SV-1 82-0256-12 Sovema Ovens 1-20 0.0008 0.01 8760 7 87.6 0.003504 0.0438 3/27/2003

SV-2 82-0256-12 Sovema Ovens 1-20 0.0008 0.01 8760 7 87.6 0.003504 0.0438 3/27/2003

SV-3 82-0256-12 Sovema Ovens 1-20 0.0008 0.01 8760 7 87.6 0.003504 0.0438 3/27/2003

SV-4 82-0256-12 Sovema Ovens 1-20 0.0008 0.01 8760 7 87.6 0.003504 0.0438 3/27/2003

SV-5 82-0256-12 Sovema Ovens 1-20 0.0008 0.01 8760 7 87.6 0.003504 0.0438 3/27/2003
TOTAL: 1279.7 0.6398304

Lbs/Yr 1.28 12.21

Permit Limit 7 70 Annual Emissions Based on Stack Test

# Appendix B

Exide Technologies TRI Lead Emissions

Tennessee Department of Environment and Conservation Division of Air Pollution Control 9 th 

### Floor L&C Annex 401 Church Street Nashville, TN 37243Year TRI Facility ID Facility Name Latitude Longitude Primary
NAICS NAICS 2 Chemical On-site Release Total (PPY) On-site

Release Total (TPY)

2008 37620XDCRP364EX EXIDE TECHNOLOGIES 36.523359 -82.26773 335911 335912 LEAD COMPOUNDS 1421 0.7105*
2009 37620XDCRP364EX EXIDE TECHNOLOGIES 36.523359 -82.26773 335911 335912 LEAD COMPOUNDS 1463 0.7315
2010 37620XDCRP364EX EXIDE TECHNOLOGIES 36.523359 -82.26773 335911 335912 LEAD COMPOUNDS 1500 0.75
Table generated by downloading TN Basic Data Files from EPA's Toxic Release Inventory website.
*2008 TPY retrieved from EIS Gateway Exide Techs Facility page listing emissions for 2008 NEI, which was augmented using TRI data. 

### Appendix B - ( 2008 - 2010 ) Toxics Release Inventory - Exide Technologies

# Appendix C

E IS Lead Emissions for Sullivan County, Tennessee

Tennessee Department of Environment and Conservation Division of Air Pollution Control 9 th 

### Floor L&C Annex 401 Church Street Nashville, TN 37243FIPS State County Data Category 7439921 (Lead) (PPY) 7439921 (Lead)

(TPY)
47163 TN Sullivan NP (Area) 65.893339165 0.0329466695825
47163 TN Sullivan NR (NonRoad)

- - 47163 TN Sullivan ON (OnRoad)

- - Appendix C - Emissions Inventory System (EIS) Data

Table generated using EIS Gateway Report Tool. Parameters for report are as follows: Data Category -Area, NonRoad, OnRoad; Pollutants - Lead (code 7439921); Geography - Sullivan County; Data Set - 2008 GPR v2.0. Please note the the EIS Gateway Report Tool did not find any lead emissions in the NEI v2 for NonRoad and OnRoad.

# Appendix D

Area Source with SCC Lead Emissions for Sullivan County, Tennessee

Tennessee Department of Environment and Conservation Division of Air Pollution Control 9 th 

### Floor L&C Annex 401 Church Street Nashville, TN 37243FIPS State County Data Category SCC SCC Description 7439921 (Lead) (PPY) 7439921 (Lead)

(TPY)

47163 TN Sullivan NP (Area) 2102001000 Stationary Fuel Comb /Industrial /Anthracite Coal /Total: All Boiler Types 0.319518 0.000159759
47163 TN Sullivan NP (Area) 2102002000 Stationary Fuel Comb /Industrial /Bituminous/Subbituminous Coal /Total: All Boiler Types 52.9334 0.0264667
47163 TN Sullivan NP (Area) 2102004000 Stationary Fuel Comb /Industrial /Distillate Oil /Total: Boilers and IC Engines 5.90548 0.00295274
47163 TN Sullivan NP (Area) 2102005000 Stationary Fuel Comb /Industrial /Residual Oil /Total: All Boiler Types 0.47367 0.000236835
47163 TN Sullivan NP (Area) 2102006000 Stationary Fuel Comb /Industrial /Natural Gas /Total: Boilers and IC Engines 1.869192 0.000934596
47163 TN Sullivan NP (Area) 2102011000 Stationary Fuel Comb /Industrial /Kerosene /Total: All Boiler Types 0.0217634 0.0000108817
47163 TN Sullivan NP (Area) 2103001000 Stationary Fuel Comb /Commercial/Institutional /Anthracite Coal /Total: All Boiler Types 0.0037829 0.00000189145
47163 TN Sullivan NP (Area) 2103002000 Stationary Fuel Comb /Commercial/Institutional /Bituminous/Subbituminous Coal /Total: All Boiler Types 0.626702 0.000313351
47163 TN Sullivan NP (Area) 2103004000 Stationary Fuel Comb /Commercial/Institutional /Distillate Oil /Total: Boilers and IC Engines 0.01964226 0.00000982113
47163 TN Sullivan NP (Area) 2103005000 Stationary Fuel Comb /Commercial/Institutional /Residual Oil /Total: All Boiler Types 0.000177376 0.000000088688
47163 TN Sullivan NP (Area) 2103006000 Stationary Fuel Comb /Commercial/Institutional /Natural Gas /Total: Boilers and IC Engines 0.01498648 0.00000749324
47163 TN Sullivan NP (Area) 2103007000 Stationary Fuel Comb /Commercial/Institutional /Liquified Petroleum Gas /Total: All Combustor Types 0.025577 0.0000127885
47163 TN Sullivan NP (Area) 2103011000 Stationary Fuel Comb /Commercial/Institutional /Kerosene /Total: All Combustor Types 0.0317926 0.0000158963
47163 TN Sullivan NP (Area) 2104001000 Stationary Fuel Comb /Residential /Anthracite Coal /Total: All Combustor Types 0.000784709 0.0000003923545
47163 TN Sullivan NP (Area) 2104002000 Stationary Fuel Comb /Residential /Bituminous/Subbituminous Coal /Total: All Combustor Types 0.13 0.000065
47163 TN Sullivan NP (Area) 2104004000 Stationary Fuel Comb /Residential /Distillate Oil /Total: All Combustor Types 0.38602 0.00019301
47163 TN Sullivan NP (Area) 2104011000 Stationary Fuel Comb /Residential /Kerosene /Total: All Heater Types 0.985809 0.0004929045
47163 TN Sullivan NP (Area) 2285002006 Railroad Equipment /Diesel /Line Haul Locomotives: Class I Operations 1.50617382 0.00075308691
47163 TN Sullivan NP (Area) 2501080050 Petrol & Petrol Product Storage /Airports : Aviation Gasoline /Stage 1: Total 0.21355 0.000106775
47163 TN Sullivan NP (Area) 2501080100 Petrol & Petrol Product Storage /Airports : Aviation Gasoline /Stage 2: Total 0.01105462 0.00000552731
47163 TN Sullivan NP (Area) 2810060100 Cremation /Humans 0.414263 0.0002071315

Area Source Total 65.893339165 0.0329466695825 

## Appendix D - 2008 NEI v2 Area Source Emissions

# Appendix E

Exide Technologies Conditional Major Operating Permit

Tennessee Department of Environment and Conservation Division of Air Pollution Control 9 th 

### Floor L&C Annex 401 Church Street Nashville, TN 37243