# Date: Ap ril 2010

To: Jim Eddinger, US EPA

From: Amanda Singleton, ERG

Subject: MACT Floor Analysis (2010) for the Industrial, Commercial, and Institutional Boilers and

Process Heaters National Emission Standards for Hazardous Air Pollutants

– Major Source

The purpose of this memorandum is to present the methodology and results of the maximum

achievable control technology (MACT) floor determinations for boilers and process heaters at major

sources of hazardous air pollutants (HAP). We determined the MACT floors using data obtained from

two recently implemented Information Collection Requests (ICRs) approved un der OMB Control No.

2060

‐ 0616: ICR numbers 2286.01 and 2286.03. 1,2 

# Data from both phases—the 2008 Combustion Survey

and the 2009 Test Plan for boilers and process heaters—were analyzed for currently operating boilers

and process heaters. We ranked emission test averages for each boiler and process heater, calculated

MACT floor averages, and conducted emission data variability analyses. We determined the MACT floor

emission limi ts based on the results of these analyses. The following sections address the methodology

used to calculate pollutant limits for existing and new sources. The memorandum is organized as

follows:

1.0 Background of MACT Floor Methodology

2.0 Floors for Existing Sources

2.1 Methodology for MACT Floors for Existing Sources

2.2 Incorporating Data Variabil ity



# 2.3 Calculating Emission Limits



# 2.4 Data Not Considered in the MACT Floor Analysis for Existing Units

3.0 Floors for New Sources

3.1 Methodology for MACT Floors for New Sources

4.0 Calculating Floors for the Alternative Solid Waste Definition

5.0 Calculating Floors with a Minimum of Five Test Results

Appendix A: Hg and HCl Variability as a Function of Fuel Variability

Appendix B: CO Variability as a Function of Boiler Load

Appen dix C: Ranked Emission Data for MACT Floor Analysis

Appendix D: Upper Prediction Limit (UPL) Calculations for Existing Sources

Appendix E: Data Excluded from the Analysis for Existing Sources

Appendix F: UPL Calculations for New Sources

Appendix G: Ranked Emission Data and UPL Calculations for Existing Sources A ccording to the

Alternative Non

‐ Hazardous Solid Waste Definition

0226.04.020 1

# 1.0 Backgrou nd of MACT Floor Methodology

Section 112 of the Clean Air Act (CAA), as amended in November 1990, requires the U.S.

Environmental Protection Agency (EPA) to set emission standards for HAP emitted by major stationary

sources based on the performance of the MACT. Pollutants emitted by boilers and process heaters

include particulate matter (P M); mercury (Hg); non

‐ mercury metallic HAP; halogenated compounds (HCl,

HF, and Cl 2 

# ); and organic HAP, including volatile organic compounds, dioxin, and polycyclic organic

matter.

On September 13, 2004, under authority of section 112 of the CAA

, EPA promulgated national

emission standards for hazardous air pollutants (NESHAP) for new and existing

industrial/commercial/institutional boilers and process heaters. On June 19, 2007 the United States

Court of Appeals for the District of Columbia Circuit (DC Circuit) va cated the NESHAP for

industrial/commercial/institutional boilers and process heaters. The vacature occurred simultaneously

with the vacature of the CISWI solid waste definition rule (see Natural Resources Defense Council v. EPA,

489 F. 3d 1250, 1257–61 [D.C. Cir. 2007]). In this deci sion, the court determined that any combustion

device firing “any” solid waste material is subject to Section 129 instead of Section 112. As a result, EPA

has categorized units as either waste burning units, or boilers and process heaters, consistent with the

EPA proposed definition for nonhazardous solid waste. The new MACT floor an alyses do not consider

emissions from waste burning units in the ranking analysis. If boilers and process heaters were burning

small amounts of waste materials or had indicated that they would stop burning materials that were

considered to be solid wastes, it is possible that a unit firing waste materials is in th e boiler inventory,

but any emission test data based on tests when the unit was firing any amount of waste materials was

not included in the analysis. In the Emission database, the table ‘Data: Emission Test’ and the field ‘Test

Burning Proposed Option Waste?‘ indicates whether or not the te st is firing waste materials, as defined

under the proposed solid waste definition. In the ‘Data: Fuel Analysis’ table the field ‘Proposed Option

Waste?’ denotes if a certain fuel is covered by the proposed solid waste definition. 3 

# As the definition of

solid waste changes, EPA will continue to adjust combustion unit classifications and the subsequent

MACT floor analysis until the solid waste definition discussed above is promulgated.

The revised MACT floor analysis discussed in this memorandum factors in other recent court

decisions that impacted the MACT floor analysis methodology used in the 2004 va cated rule. The March

2007 court decision ( Sierra Club v. EPA, 479 F. 3d 875 [DC Cir. 2007]) ( Brick MACT ) found the following:

 Floors for existing sources must reflect the average emission limitation achieved by the best

‐ performing 12 percent of existing sources, not levels EPA considers to be achievable by all

sources (479 F. 3d at 880–81).

 EPA can not set floors of “no control.” The court reiterated its prior holdings, including National

Lime Association, confirming that EPA must set floor standards for all HAP emitted by the major

source, including those HAP that are not controlle d by at

‐ the

‐ stack control devices (479 F. 3d at

883).

 EPA cannot ignore non

‐ technology factors that reduce HAP emissions. Specifically, the court

held that “EPA’s decision to base floors exclusively on technology even though non

‐ technology

factors affect emissions violates the Act” (479 F. 3d at 883).



#  EPA may not use emission levels of the worst performers to estimate variability of the best

performers without a demonstrated relationship between the two (479 F. 3d at 882).

0226.04.020 2

# 2.0 Floors for Exis ting Sources

2.1 Methodology for MACT Floors for Existing Units

For existing sources, MACT cannot be less stringent than the average emission limitation

achieved by the best performing 12 percent of existing sources (for which emission information is

available) for categories and subcategories with 30 or more sources or the bes t performing five sources

for subcategories with less than 30 sources. The size of the subcategory was determined according to

the number of units in the boiler and process heater inventory, not the number of units within each

subcategory that had emission data available.

The new MACT floor analysis has the following differ ences from the analysis conducted for the

2004 vacated rule:

1) In response to the concern over MACT floor analyses based on control technologies, the

new approach ranks the performance of each pollutant according to the lowest emitting

(based on stack test data), regardless of control tec hnologies installed on the boiler/process

heater.

2) Variability factors for Hg and chlorine (Cl) were assessed using fuel variability only from units

in the top 12 percent. Fuel variability was not used for units outside the top 12 percent.

3) Statistical variability was incorporated using the 99% Upper Prediction Limit (U PL).

4) Numerical limits were established for each HAP for each subcategory.

5) The number and type of subcategories were adjusted using unit design as the basis for the

subcategorization.

Based on the 2008 Combustion Survey, there are 13,555 boilers/process heaters currently in

operation at major sources in the United States. Emission test da ta and additional Hg and Cl fuel analysis

data from uncontrolled liquid units were ranked and analyzed. These data were obtained from the

Boiler Survey, when available, or when requested under the ICR phase II testing plan, and compiled into

an emissions database. 3 

# We used this database to develop the MACT floors.

We identified the lowest emission test average (mean) for each pollutant at each boiler/process

heater. We did not include any data from units that indicated in their ICR responses that they were

permanently shut down. For units with a mix of detection levels an d measures, we used the reported

numerical detection level. If a source reported “zero” or simply “ND” as the value for a test run, that run

was not used to calculate the average of the test. Similarly, if a unit reported data in the ICR that were

not standardized to the appropriate un its of measure, or that did not provide operating and stack test

parameters necessary to standardize the emissions data, the data were not used in the MACT floor

analysis. For uncontrolled liquid units, we included reported fuel analysis data for Hg and Cl (converted

to HCl) in the ranking analysis for the MACT floors for uni ts designed to burn liquid fuels. Details on how

these data were standardized are discussed in another memorandum. 4



# Next, we ranked the minimum stack test means for each pollutant in each subcategory. We

conducted this ranking according to the fuels the unit was designed to burn for Hg, PM, and HCl. For

0226.04.020 3

# carbon mono xide (CO) and dioxin/furan, we conducted a ranking according to the combustor design

categories at solid fuel units, and according to the fuel the unit was designed to burn for liquid and

gaseous fuel units. Because emissions of fuel

‐ based HAP (e.g., Hg, acid gases, filterable particulate)

depend on th e fuel used rather than the design of the combustion chamber, MACT floors for fuel

‐ based

HAP were based on data from all boilers and process heaters designed to burn the same type of fuel. For

boilers/process heaters burning multiple fuel types, we reviewed the emission database to determine

the re lative heat input percentages each fuel category contributed during the test. If a test was fired

with at least 10 percent of the heat input from coal, the unit was classified as designed to burn coal. If

the test was fired with at least 10 percent biomass and less than 10 perce nt coal, the unit was classified

as designed to burn biomass. If the test was fired with at least 10 percent liquid and less than 10 percent

coal and less than 10 percent biomass, the unit was classified as designed to burn liquid. If a test was

fired with at le ast 10 percent of the heat input from a process gas (other than refinery gas) or some

other type of gas other than natural gas (e.g. landfill gas, digester gas), and less than 10 percent of the

heat input came from any solid or liquid fuel, the unit was classified as a un it designed to burn other

gases. If a unit fired refinery gas or natural gas, and less than 10 percent of the heat input came from

any other fuel, the unit was classified as designed to burn natural gas/refinery gas. Some units reported

test burns on more than one ma terial. For example, units burning oil during periods of gas curtailment

might have submitted test results when firing natural gas and when firing fuel oil. The emission test data

based on fuel oil would have been characterized and ranked in the “boilers designed to burn liquids”

subcategory, but the emission test data based on natural gas would have been ran ked and analyzed in

the “boilers designed to burn natural gas” subcategory.

If an emission test result was conducted on a common stack, and the units feeding that stack

were boilers and process heaters in the same subcategory, each unit venting to a common stack was

treated as a se parate data point. For example, if PM emissions were reported at a common stack for

boilers #1 and #2, we would have counted the results of those tests twice, to represent data from two

units. This approach avoids under estimating the number of sources for which data is availa ble.

Emissions of organic HAP, including THC, CO, and dioxin/furans fluctuated according to the

design of the combustion chamber. Combustor design subcategories considered in this analysis were

Pulverized Coal (PC), Fluidized Bed (FB), and Stoker/Other for units designed to burn coal and

Stoker/Sloped Grate/Other, FB, Dutch Oven (in cluding Suspension Burners), and Fuel Cells for units

designed to burn biomass. Because of these differences, MACT floors for dioxin/furans and CO were

based on unique combustor design characteristics in addition to the type of solid fuel the boiler is

designed to burn.

We then identified minimum emission test averages in th e best performing 12 percent (or top 5

units) for each subcategory. To determine the number of boilers/process heaters in the best

‐ performing

12 percent, we multiplied the number of sources with emission data in each subcategory by 12 percent

and rounded up to the nearest whole integer. For exam ple, 12 percent of a category with 103 emission

test averages is 12.36, so we would have averaged the emission test data from the top 13

boilers/process heaters. This roundup approach is consistent with the approach used by statisticians in

survey sampling. 5



# 0226.04.020 4

# 2.2 Incorporating Data Variability

Three types of data variability were evaluated to determine the emission levels achieved by the

best performing sources over the long term. This section discusses the statistical variability, fuel analysis

variability, and boiler operating load variability considered and incorporated into the MACT floor

analysis.



# Statistical Variability 6, 7



# After identifying the units, based on minimum emission test averages, in the top 12 percent (or

top 5 units), we identified all the emission test runs reported for those top

‐ performing boilers/process

heaters to be in the same subcategory. By including multiple emission tests from units with a test

average in th e top 12 percent, EPA can evaluate intra

‐ unit variability of emission tests over time,

considering variability in control device performance, unit operations, and fuels fired during the test. We

evaluated two statistical options based on statistical methods used in previous EPA rulemakings, the

99% upper limit and the 99% UPL.

The Up per Limit (UL) is roughly equivalent to the 99 th 

# percentile of the actual data distribution

for the sample. While the UL has been utilized by EPA in some of its analyses (see Hospital, Medical,

Waste Incinerators rulemaking), it assumes that the data used represent the population rather than a

random sample from that population. The data used to calculate statistical variability on th e MACT floor

analysis do not represent data from the entire population of affected boilers and process heaters in this

source category. Instead, EPA has collected a sample of emission data from random units in each

subcategory. Since the data used to calculate the MACT floor represents a sample of the population of

affected un its, EPA determined that the upper limit was not an appropriate interval to use for assessing

variability.

Instead, EPA selected the upper prediction limit (UPL). A prediction interval for a future

observation is an interval that will, with a specified degree of confidence, contain the nex t (or some

other pre

‐ specified) randomly selected observation from a population. In other words, the prediction

interval estimates what future values will be, based on present or past background samples taken. Given

this definition, the UPL represents the value we can expect the mean of three future observations

(three

‐ run average) to fall below, based on the results of the in dependent sample of size (n) from the

same population. In other words, if we were to randomly select a future test condition from any of

these sources (i.e., average of three runs), we can be 99 percent confident that the reported le vel will

fall below a MACT floor emission limit calculated using a UPL. 

# Since a source must demonstrate

compliance with the MACT floor using the average of a three

‐ run test, the appropriate test

condition to use to assess variability is 3. If a source had to demonstrate compliance by

showing that each individual test run was below the MACT floor emission limit, it would be

appropriate to use a fut ure test condition of 1.

In light of comments made during the Hospital, Medical, Infectious Waste Incinerator

rulemaking, we first determined the distribution of the test run data for the best

‐ performing 12 percent

of units within each subcategory prior to calculating UPL values. To evaluate the distribution of the best

0226.04.020 5

# performing d ataset, we computed the skewness and kurtosis statistics and then conducted the

appropriate small

‐ sample hypothesis tests.

The skewness statistic (S) characterizes the degree of asymmetry of a given data distribution.

Normally distributed data have a skewness of 0. A skewness statistic that is greater (less) than 0

indicates that the data are asymmetri cally distributed with a right (left) tail extending toward positive

(negative) values. Further, the standard error of the skewness statistic (SES) is given by SES = SQRT(6/N)

where N is the sample size. According to the small sample skewness hypothesis test, if the skewness

statistic (S) is greater than two ti mes the SES, the data distribution can be considered non

‐ normal.

The kurtosis statistic (K) characterizes the degree of peakedness or flatness of a given data

distribution in comparison to a normal distribution. Normally distributed data have a kurtosis of 0. A

kurtosis statistic that is greater (less) than 0 i ndicates a relatively peaked (flat) distribution. Further, the

standard error of the kurtosis statistic (SEK) is given by SEK = SQRT(24/N) where N is the sample size.

According to the small sample kurtosis hypothesis test, if K is greater than two times the SEK, the data

distribution is typi cally considered to be non

‐ normal.

We applied the skewness and kurtosis hypothesis tests to both the reported test values and the

lognormal values of the reported test values. If the S and K statistics of the reported dataset were both

less than twice the SES and SEK, respectively, the data set was classified as normally distributed. If

neither of the S and K statistics or only one of these statistics was less than twice the SES or SEK,

respectively, then the skewness and kurtosis hypothesis tests were conducted for the natural log

‐

transformed data. Then the distribution most similar to a normal d istribution was selected as the basis

for calculating the UPL. If both the reported values and the natural

‐ log transformed reported values had

S and K statistics that were greater than twice the SES or SEK, respectively, the normally distributed

dataset was selected as the basis of the floor to be conservative. If the results of the skewness and

kurtosis hypo thesis tests were mixed for the reported values and the natural log

‐ transformed reported

values, we also chose the normal distribution to be conservative. We believe this approach is more

accurate and obtained more representative results than a more simplisti c normal distribution

assumption.

After determining the distribution of each dataset, a student’s t

‐ test statistic was used. The t

‐

test was used in the promulgated HMWI rulemaking and proposed Portland Cement rulemaking, and it

is more appropriate for smaller sample sizes. The t

‐ statistic is calculated using the following Excel

equation:

t

‐ statisti c = TINV(2*(1

‐ 0.99),n

‐ 1)

Where:

n = the number of test runs from units in the top 12 percent

Next, the average (or sample mean) and sample standard deviation of the test runs were calculated. We

calculated the 99% UPL values (which was determined to be the appropriate percentile to use in se tting

MACT limits in the Hospital/Medical/Infectious Waste Incinerators NSPS) based on the test run data for

0226.04.020 6

# those uni ts in the best

‐ performing 12 percent. Since the compliance with the MACT floor emission limit

is based on the average of a three

‐ run test, the UPL is calculated by:

Where:

n = the number of test runs

m = the number of test runs in the compliance average

This calculation was performed using the following two Excel functions:

Normal distribution: 99% UPL = AVERAGE (Test Runs in Top 12%) + [STDEV(Test Runs in Top 12%) x

TINV(2 * 0.99, n

‐ 1 degrees of freedom)*SQRT((1/n)+(1/3))], for a on e

‐ tailed t

‐ value (with 2 x

probability), probability of 0.01, and sample size of n

Lognormal distribution: 99% UPL = EXP{AVERAGE(Natural Log Values of Test Runs in Top 12%) +

[STDEV(Natural Log Values of Test Runs in Top 12%) x TINV(2 * 0.99

, n

‐ 1 degrees of freedom) *

SQRT((1/n)+(1/3))]}, for a one

‐ tailed t

‐ value (with 2 x probability), probability of 0.01, and sample size of

n



# Fuel Analysis Variability

The UPL analysis discussed above takes into account intra

‐ unit variability within test runs, and

since the compliance date of the vacated boiler MACT was after the date the rule was vacated, often

there were only one or two tests available at a unit. These tests represent a small snapshot of the

overall unit operations, and based on the fuel analysis data reported in the Boiler Survey an d the Phase

II test plan, fuel

‐ related HAP levels in the various fuels can vary significantly over time. These fuel

‐

related HAP levels are not well

‐ represented in a small sample of emission stack test results.

Fuel analysis data for Hg an d HCl (converted from Cl) were standardized to a lb/million Btu

(lb/mmBtu) basis, using data standardization techniques discussed in another memorandum. 4 

# Next, the

units that reported fuel analysis data paired with stack tests were identified by using the database field

in the Data: Fuel Analysis table, “FM_analysiswithEmissionTest”. Since the Phase II test plan requested

paired fuel analysis data for each stack test run, the fuel analysis “Sample ID” associated with each fuel

analysis were matched up with the indiv idual test run “Test ID.” Since fuel sampling IDs reported in the

spreadsheet and test IDs reported in the Electronic Reporting tool sometimes had different naming

conventions, the IDs of the units in the top 12 percent were reviewed and a secondary test ID colum n

was created in order to allow these two data tables to be linked and compared.

Single

‐ Fuel Units

For boilers combusting a single fuel during a stack test, a control efficiency was calculated by

comparing the stack test result for Hg or HCl on each test run to the inlet HAP content from the fuel

0226.04.020 7

# analysis corresponding to that test run. This con trol efficiency was calculated using the following

emission database fields and this Microsoft Access equation:

Control Efficiency

=

( [Data: FuelAnalysis]![StdFuelBased EF (lbpermmBtu)]

‐ [Data: EmissionsTest]![Averaging Value])/

[Data: FuelAnalysis]![StdFuelBased EF (lbpermmBtu)



# Next, the average (mean) of these calculated control efficiencies was calculated for each unit

with paired emission test and fuel analysis data. The average control efficiency was applied to all

standardized fuel analysis data reported for the boiler or process heater to calculate a control

‐ based

emission factor for the fuel HAP con tent for each reported analysis. The maximum fuel HAP content at

each unit, after applying the control efficiency, was divided by the average stack test result for that unit

to identify cases where fuel HAP content may exceed the results of a stack test.

Multi

‐ Fuel Units

For boilers combusting multiple fuels during a test, the HAP content of each individual fuel

varies over time, and the relative heat input contribution of multiple fuel types can also vary over time.

To evaluate the impact of fuel variability at multi

‐ fuel boilers, the average reported fuel input rate,

standardized to mmB tu/hr, for each of the fuels fired during the test was calculated. Next the Hg or HCl

(converted from Cl) content of each fuel was multiplied by the fuel input rate to calculate an emission

rate from each fuel type, on a lb/hr basis. The fuel resulting in the highest Hg or HCl emissions, on a

lb/hr basis, was the predo minant driver of Hg or HCl emissions, and its variability was used to evaluate

the variability in HAP content over subsequent fuel analyses of that fuel.

After the predominant fuel for Hg and HCl was identified, the same control efficiency

calcula tions used to evaluate variability for single

‐ fuel units were applied. Then the maximum fuel HAP

content of the predominant fuel at each unit was divided by the average stack test result for that unit to

identify cases where fuel HAP content exceeded the results of a stack test.

Review of Outliers

The calculated variability factors for Hg and HCl were ranked in ascending order for each

subcategory (coal, biomass, and liquid), and the interquartile range (IQR) of the variability factors was

computed to identify any variability factors that might be outliers. No Hg or HCl fuel analysis variability

factors could be calculated for gas

‐ fired units. Variabil ity factors outside of the IQR were not considered

in further analysis. Appendix A

‐ 1 shows the IQR analysis for Hg and HCl.

Developing a Fuel Variability Factor for Each Fuel Category

Because variability is considered only from units identified to be in the top 12 percent, the list of

fuel analysis data was limited to only those units that were in the top 12 percent for Hg or HCl. To

calculate the MACT floor emission limit for Hg and HCl, the 99% UPL emission li mit was multiplied by the

average (mean) of all fuel variability factors for units in the top 12 percent of each fuel category.

0226.04.020 8

# Appen dix A

‐ 2 shows the calculated fuel variability factors used in the MACT floor analyses for coal,

biomass, and liquid fuels.



# Load Variability

For combustion

‐ based emissions, such as CO, formaldehyde, dioxin/furan, and total

hydrocarbons, the formation of emissions are dependent on the design of the combustion unit; the

MACT floor emission limits for CO and dioxin/furan are subcategorized according to combustor design

for boilers burning solid fuels. However, the emissions can fluctuate with changes in the oper ating rate

of a boiler, or “boiler load”. Boiler load was divided into two subcategories, depending on the role of a

boiler at a facility. A boiler providing a relatively constant amount of steam to a facility is considered a

“base

‐ loaded” unit, and a boiler that adjusts its oper ating parameters to meet varying levels of demand

in a plant over time is referred to a “load

‐ following” unit.

Stack tests for CO are conducted at near full

‐ load conditions, and although the MACT floor limits

based on stack test results achieved when operating at or near full load, the MA CT floor emission levels

for CO might not be achieved when best performing units are operating at lower loads. For units greater

than 100 mmBtu/hr, the proposal required units to demonstrate compliance with emission limits by

using a CO continuous emissions monitoring system (CEMS) and calculating a 30

‐ day rolling average. Th e

Phase II ICR collected 30

‐ day monitoring data on an hourly average interval for CO,

, and THC from six

different boilers. Two boilers fired coal, two fired biomass, and two fired gas (one refinery gas and one

natural gas). Each unit submitting 30

‐ day monitoring data also reported the boiler load du ring each

hourly average. These monitoring data were reviewed and standardized to a common basis, ppm @ 3%

O 2



# . Then, each unit’s CO and THC data were plotted against the boiler load. Data corresponding to

malfunction in the CO, THC, or load monitor were removed from the dataset prior to plotting. The

graphs containing the CO emissions as a function of boiler load are shown in Appendix B.

Each graph was reviewed to examine the variability of CO emissions as a functio n of boiler load.

The emissions included all periods of normal operation as well as start

‐ up and shutdown. No data

associated with periods of malfunction were included in the graphs. Based on the six graphs, only the

boilers firing biomass appear to show an inverse r elationship between load and emissions. For these two

units firing biomass fuels (TXDibollTemple

‐ Inland, PB

‐ 44; ARDomtarIndustries, PB1) there was a trend of

increased CO emissions at lower boiler loads. Of these two units, only the TXDibollTemple

‐ Inland, PB

‐ 44

unit was in th e top 12 percent for CO emissions at Dutch oven boilers. The 30

‐ day period reported by

TXDibollTemple

‐ Inland included boiler loads ranging from 17 to 77 percent of the rated design capacity

of unit PB

‐ 44 and represents a boiler with large fluctuations in load. The ARDomtarIndustries, PB1 boiler

is no longer in th e boiler inventory, as it was identified as burning fuel cubes, a waste material under the

proposed solid waste definition rule; therefore, its data was not used to assess CO variability as a

function of boiler load.

A daily average was calculated for CO emissions from TXDibollTemple

‐ In land unit PB

‐ 44, based

on the hourly averages reported for the 30

‐ day CO and THC monitoring data. The result was 1,113 ppm

@ 3% O2. This average is similar to the numerical limited calculated using 99% UPL for the dutch oven

0226.04.020 9

# and suspension burn er subcategory. Therefore, we concluded that the statistical variability correctly

accounts for variability in CO emissions over various boiler loads.



# 2.3 Calculating Emission Limits

We determined emission limits for each MACT floor option and pollutant by rounding up the

UPL values less than 100 to one significant figure, rounding the UPL values between 100 and 1,000 to

two significant figures, and rounding up the UPL values greater than or equal to 1,000 to three

significant figures. Th is approach allows for an appropriate level of precision depending on the scale of

the measured value. For example, we determined the MACT floor emission limit for Hg at coal

boilers/process heaters by rounding up the 99% UPL value after applying the fuel variability factor for Hg

(1.52E

‐ 06 pounds per milli on Btu [lb/mmBtu]) to 2.64E

‐ 06 lb/mmBtu. For CO emissions, calculated ppm

values less than 1 ppm were rounded up to 1 ppm, because measurement precision of CO emissions less

than 1 ppm were expected to be difficult for some sources. For CO emissions between 1 and 10 ppm,

the emissions were rou nded up to the nearest whole integer. For CO emissions above 10 ppm, CO

emissions were rounded up to the nearest 10 ppm. It should be noted that if the UPL values were

rounded down, then the possibility exists that the best

‐ performing units comprising the MACT floor

migh t not be able to achieve the emission limit on an ongoing basis. In all cases, the significant figure

approach and associated rounding does not meaningfully change the emission limits. The emission limits

are summarized for each subcategory in Table 2. The data ranked and analyzed for the MACT floor at

existing units is shown in A ppendix C, and the UPL floor calculations for each subcategory and each

pollutant are shown in Appendix D.

Table 1: Summary of Calculated MACT Floor Limits for Existing Boilers and Process Heaters at Major Sources of HAP

Subcategory PMFilterable

(lb/mmBtu) Hg

(lb/mmBtu) HCl

(lb/mmBtu) CO

(ppm @3%

O 2 

# ) TEQ

dioxin/Furan

(ng/dscm

@7% O

2 

# )

Boilers and Process Heaters Designed to Burn Coal 2.00E-02 3.00E-06 2.00E-02

Stoker/Sloped Grate/Other 50 3.00E-03

FB 30 2.00E-03

PC 90 4.00E-03

Boilers and Process Heaters Designed to Burn

Biomass 2.00E-02 9.00E-07 6.00E-03

Stoker/Sloped Grate/Other 560 4.00E-03

Fuel Cell 270 2.00E-02

FB 250 2.00E-02

Dutch Oven 1010 3.00E-02

Boilers and Process Heaters Designed to Burn

Liquids 4.00E-03 4.00E-06 9.00E-04 1 2.00E-03

Boilers/PH Designed to Burn Natural Gas, Propane,

LPG, Refinery Gas, Excluding Metallurgical Furnaces 3.00E-02 2.00E-07 2.00E-04 20 1.00E-02

Metallurgical Process Furnaces Designed to Burn

Natural Gas 2.00E-02 2.00E-07 4.00E-04 2 4.00E-03

Boilers and Process Heaters Designed to Burn Other

Gases 5.00E-02 2.00E-07 3.00E-06 1 9.00E-03



# Notes:

 Red text indicates at least one test run used to calculate the 99% UPL limit was reported as non

‐ detect data.

 Blue shaded cells indicate limits that incorporate fuel analysis variability.

 Although floors were calculated, no numerical emission limits are proposed for new units firing natural gas/refinery gas.



# 2.4 Data Not Considered in the MACT Floor Analysis for Existing Units

0226.04.020 10

# For fuel

‐ base d HAP, data upstream of the control device were not considered in the MACT floor

analysis because the control device is expected to achieve emission reductions. The location of the test

is denoted in the “Location” field of the Data: Emission Test Table. If the test location was not reported,

it was assumed to be dow nstream of the control device. The upstream/downstream location was not a

limiting factor when identifying suitable data for CO, THC, and dioxin/furan, although in all cases, THC

and dioxin/furan emissions were downstream of the control device.

One unit reported emission data from test bur ns that did not fit into any of the five fuel

categories. MIVersoPaperQuinnesec reported a test burn on 100 percent tire

‐ derived fuel (TDF). This

does not reflect normal fuel blends at the boiler and was not included in the MACT floor analysis.

Some facilities submitted emission test data based on previous control confi gurations that are

no longer installed on the unit. Emission data reported while using these previous control configurations

were not used to establish the MACT floor. Table 3 shows which control configurations were not

considered in the MACT floor analysis. Any emissions associated with the control configurations at these

units we re not considered in the analysis, except the emissions for CO, as CO is not expected to be

affected by the control device installed on the unit.

Table 2: Deleted Control Configurations for MACT Floor Analysis



# FacilityID UnitID DeleteRecord Reason for Removing

NCNC_DukeUniversity_Durham 7754-01 Fabric Filter Dry injection added to FF in

2007

OHMedicalCenterCo1915 B003 & B004 Fabric Filter Dry injection added to FF in

2007

MSMasoniteLaurel BB-003 Wet Scrubber Wet scrubber removed in 2007

MIMichiganSugarCaro Boilers #1 & #2 No HAP APCD

Control Venturi installed in 2007

ARGeorgiaPacificCrossett93 SN-WB1 Wood

Boiler Wet Scrubber Wet scrubber no longer

installed at unit

SCNewSouthCamden WWB1 Cyclone or

Multiclone ESP installed in 2007

SCNewSouthCoConway WWB1 Cyclone or

Multiclone ESP installed in 2007



# For uncontrolled light liquid units with fuel analysis data for Hg or HCl, the fuel analysis data

were only used if there was not an emission test available for that unit for Hg or HCl. Using both fuel

analysis and emission test data associated with the same unit would be double

‐ coun ting emission data

and would be inconsistent with the approach to use the minimum available emission data for each unit

to identify the units in the top 12 percent.

Some emission data for CO or dioxin/furan were based on common stacks that are fed from

units in more than one subc ategory. Because the CO and dioxin/furan MACT floors are based on

combustor design, only those emissions are based on units of the same combustor. If the combustor

0226.04.020 11

# design classification in the Data: Emissio n Test table listed “Multiple Combustor Designs,” this data was

not used in the MACT floor calculations for CO or dioxin/furan.

Finally, there were some specific data reported that were excluded from the MACT floor

analysis. PM data at WAGraysHarborPaper was reported using method OT M 27/OTM 28; however, the

unit has a wet scrubber installed, and this method is not applicable at wet stacks. WICharterSteel

reported total dioxin/furan data on a total mass basis; however, based on the large values of these data

compared to all other dioxin/furan data, they were identified as outliers and not incl uded in the

analysis. The metals data (including mercury) reported for CTCytecWallingford were also identified as

outliers. These data were submitted in the Electronic Reporting Tool (ERT). Upon comparison to the

hard copy test report submitted with the ERT each individual metal was reported as non

‐ detect with a

lb/mmBtu value of zero in the hard cop y of the test report. 8 

# Since the ERT values were outliers and could

not be confirmed against the hard copy of the test report, the data was not used in the MACT floor

analysis. Appendix E lists the specific facility data not considered in the MACT floor analysis.

3.0 Floors for New Sources

3.1 Methodology for MACT Floor at Ne w Units

The same methodology used to calculate the MACT floors for existing sources, as discussed in

Section 2.0, was used to calculate the floor for new sources, with three exceptions. First, if the

calculated floor for new sources was less stringent than the calculated floor for existi ng sources, the

floor corresponding to the same subcategory for existing sources was used as the basis for the floor for

new sources. Although the minimum average test run for the best performing source resulted in the

lowest three

‐ run average test, the 99% UPL

‐ based limit incorporated variability between test runs. As

the sample size—in this ca se the number of test runs—gets smaller, the t

‐ statistic increases. When the

sample size of test runs is small, and there is a large variability between test runs, the calculated limit

using the UPL approach can be larger than the variability among a larg er set of test runs from units in

the best performing 12 percent, especially if the performance of the best performing units is

comparable. Similar to the approach used in the HMIWI rulemaking, if the emission limit for new

sources was less stringent than the emission limit for existing sources in th e same subcategory, we

decided to use existing source limits for new sources.

Second, if the lowest emitting unit had less than three test runs, the unit with the next lowest

emissions based on at least a three

‐ run test average was used as the basis for the MACT floor from new

units. Using the lowest em itting unit with three test runs ensures that adequate variability can be

incorporated into the limit to guarantee that future sources can repeatedly meet the limit during their

compliance tests. The next lowest unit was used in three instances:

1) For the HCl MACT floor for new units designed to bu rn coal, the second lowest test

average was used because the lowest test average was based on only two test runs.

0226.04.020 12

# 2) For CO MACT floor for new uni ts designed to burn natural gas/refinery gas, and

metallurgical furnaces designed to burn natural gas the second lowest test average was

used because the lowest test average was based on less than two runs.

3) For HCl emissions from new units designed to bur n liquids, the two lowest emissions are

based on Cl content from reported fuel analysis data. The lowest emission test was from

a unit burning anhydrides residue, an on

‐ site process liquid. Since this liquid is specific to

a process and is not routinely available to other units in the catego ry, it does not

represent the best performing similar source for other boilers designed to burn liquid

fuels. The floor was based on the second lowest three

‐ run test instead of the fuel

analysis data or the test based on anhydrides residue.

4) For dioxin/furan TEQ MACT floor for new units desig ned to burn liquids the second

lowest test was used since the top performing unit burns anhydrides residue, an on

‐ site

process liquid not representative of other units in the category.

Table 4 summarizes the MACT floor emission limits for new sources, and the light green

highlighted cells represent the limi ts where the corresponding limit for existing sources in the same

subcategory were used as a basis for the limit at new sources. The UPL floor calculations for each

subcategory and each pollutant for new sources are shown in Appendix F.

To assess fuel variability, the same procedures were used; however

, only fuel analysis variability

from the top

‐ performing unit in each subcategory was considered in the analysis. For load variability,

the PB

‐ 44 boiler at TXTemple

‐ Inland Diboll was not the top

‐ performing Dutch oven boiler for CO

emissions, so its CO variability over various boiler loads was not considered in the calc ulated MACT floor

limit for new sources.

0226.04.020 13

# Table 1: Su mmary of MACT Floor Limits for New Boilers and Process Heaters at Major Sources of HAP

Subcategory PM- Filterable

(lb/mmBtu) Hg

(lb/mmBtu) HCl

(lb/mmBtu) CO

(ppm @3% O

2 

# ) TEQ Dioxin/Furan

(ng/dscm @7%

O 2 

# )

Boilers and

Process Heaters

Designed to Burn

Coal 1.00E-03 2.00E-06 6.00E-05

Stoker/Sloped

Grate/Other 7 3.00E-03

Fluidized Bed 30 3.00E-05

Pulverized Coal 90 2.00E-03

Boilers and

Process Heaters

Designed to Burn

Biomass 8.00E-03 2.00E-07 4.00E-03

Stoker/Sloped

Grate/Other 560 5.00E-05

Fuel Cell 270 5.00E-04

Fluidized Bed 40 7.00E-03

Dutch Oven/Susp

Burner 1,010 3.00E-02

Boilers and

Process Heaters

Design to Burn

Liquids 2.00E-03 3.00E-07 4.00E-04 1 2.00E-03

Boilers and

Process Heaters

Designed to Burn

Natural Gas,

Propane, LPG,

Refinery Gas,

Excluding

Metallurgical

Furnaces 5.00E-04 2.00E-07 2.00E-04 20 1.00E-02

Metallurgical

Process Furnaces

Designed to Burn

Natural Gas 2.00E-02 2.00E-07 2.00E-04 2 4.00E-03

Boilers and

Process Heaters

Designed to Burn

Other Gases 3.00E-03 2.00E-07 3.00E-06 1 9.00E-03



# Notes:

 Red text indicates at least one test run used to calculate the 99% UPL limit was reported as non

‐ detect data.

 Blue shaded cells indicate limits that incorporate fuel analysis variability.

 Light green shaded cells indicate limits where the calculated limit for new sources was less stringent than the cal culated limit for

existing sources, so the limit for existing sources was used as the basis for the limit at new sources.

 Although floors were calculated, no numerical emission limits are proposed for new units firing natural gas/refinery gas.



# 4.0 Calculating Floors for the Alternative Proposed Solid Waste Definition

Concurrent with this proposed rulemaking for boilers and process heaters, an alternative

definition of solid waste is being proposed by EPA’s Office of Resource Conservation and Recovery

(OCRC). An alternative MACT floor analysis was conducted, taking into account the materials classified

as solid wastes und er the proposed alternative solid waste definition. Boilers or process heaters firing

materials classified as wastes under the alternative approach were removed from the emission

inventory, as long as they fired those materials greater than 25 percent of the reported operating hours,

and those materials were not listed as “start

‐ up” only materials. If a uni t was firing materials less than

0226.04.020 14

# 25 perce nt of the reported operating hours, or only listed waste materials during start

‐ up, EPA assumed

these units would stop burning wastes to avoid being classified as a CISWI unit. Considering the

alternative definition of solid waste, there are 13,275 boilers and process heaters estimated in operation

in the Uni ted States. We analyzed emission test and fuel analysis data reported from these units for

calculating an alternative set of MACT floor numerical emission limits. For this alternative analysis

emission tests conducted while a unit was firing any amount of waste (as defined under the alternative

definition) were excluded from the MA CT floor analysis. In the Emission database, the table ‘Data:

Emission Test’ the field ‘Alternative Waste Inventory?’ denotes whether the unit is covered under the

alternative solid waste definition and the field ‘Test Burning Alternative Option Waste?’ indicates

whether or not the test is firing waste materials, as defined under the alterna tive definition. In the

‘Data: Fuel Analysis’ table the field ‘Alternative Option Waste?’ denotes if a certain fuel is covered by the

alternative solid waste definition.

The data were ranked and analyzed using same methodology used to calculate the MACT floors

for existing sources, as discussed in Section 2.0. Th e calculated MACT floors under the alternative

approach are shown in Table 5. Details of the data used to rank and calculate the MACT floors under the

alternative approach are shown in Appendix G.

Table 2 Summary of MACT Floor Limits for Existing Boilers and Process Heaters at Major Sources of HAP, Considering the

Proposed Alternative Definition of Nonhazardous Solid Waste.

SUBCATEGORY PM- Filterable

(lb/mmBtu) Hg

(lb/mmBtu) HCl

(lb/mmBtu) CO

(ppm @3%

O 2 

# ) TEQ

Dioxin/Furan

(ng/dscm

@7% O

2 

# )

Boilers and Process Heaters Designed to

Burn Coal 3.00E-02 4.00E-06 2.00E-02

Stoker/Other 40 3.00E-03

FB 50 8.00E-03

PC 90 4.00E-03

Boilers and Process Heaters Designed to

Burn Biomass 2.00E-02 5.00E-07 3.00E-02

Stoker/Other 180 5.00E-05

Fuel Cell 460 2.00E-02

FB 10650 1.00E-01

Dutch Oven 1060 3.00E-01

Boilers and Process Heaters Design to Burn

Liquids 4.00E-03 5.00E-06 2.00E-03 1 2.00E-03

Boilers and Process Heaters Designed to

Burn Natural Gas, Propane, LPG, Refinery

Gas, Excluding Metallurgical Furnaces 3.00E-02 2.00E-07 2.00E-04 20 1.00E-02

Metallurgical Furnaces (Process Heaters)

Designed to Burn Natural Gas 2.00E-02 2.00E-07 4.00E-04 2 4.00E-03

Boilers and Process Heaters Designed to

Burn Other Gases 5.00E-02 2.00E-07 3.00E-06 1 9.00E-03



# Notes:

 Red text indicates at least one test run used to calculate the 99% UPL limit was reported as non

‐ detect data.

 Blue shaded cells indicate limits that incorporate fuel analysis variability.

 Although floors were calculated, no numerical emission limits are proposed for existing units firing natural gas/refinery gas.



# 0226.04.020 15

# 5.0 Calculati ng Floors with a Minimum of Five Test Results

The proposal is requesting comment on calculating MACT floors for source categories with more

than 30 affected sources on a minimum of 

# five sources instead of using data from the top 12

percent of units with available data. Appendix H presents the UPL calculations considering a

minimum of five sources. For dutch oven boilers, the dioxin TEQ floor is based on three data

points since no other data were available.

0226.04.020 16

# 0226.04.020 17 6.0 References

1. Phase I ICR 2008 Combustion Survey. [ICR No. 2286.01]. OMB Control No. 2060

‐ 0616

‐ Information

Collection Effort for Facilities with Combustion Units. Approved by OMB on August 1, 2008.

2. Phase II ICR Test Plan Requesting Emission Testing from Boilers, Process Heaters, and CISWI. [ICR No.

2286.03]. OM B Control No. 2060

‐ 0616

‐ Information Collection Effort for Facilities with Combustion

Units. Approved by OMB on May 21, 2009.

3. Emissions Database for Boilers and Process Heaters Containing Stack Test, CEM, & Fuel Analysis Data

Reported under ICR No. 2286.01 & ICR No. 2286.03 (version 5)

4. Gibson, G. and A. Sin gleton. ERG. 2010. Standardization of Reported Data from the Questionnaire for

Boilers, Process Heaters, Incinerators and Other Combustion Units.

5. Cochran, William G. 1977. Sampling Techniques. Third Edition, John Wiley & Sons. Pages 72

‐ 87.

6. Hahn GJ & Meeker WQ. 1991. Statistical Intervals: A Guide for Practitioners

. John Wiley & Sons, Inc.:

New York

.

7. NIST/SEMATECH. 2009. NIST/SEMATECH e

‐ Handbook of Statistical Methods

, http://www.itl.nist.gov/div898/handbook/, August 4.

8. Air Tox Environmental Company, Inc. Test Report Boiler MACT Demonstration Test Program For Cytec

Industries. October 2009.Appendix A-1a: Mercury Fuel Analysis Variability Factor Outlier AnalysisColumn B C D E F G H I JFacilityIDCombustorID_commonFuelCategory forUnitCombustorDesignCommonFuelParameter_NameHg AverageEmissionStack TestResults(lb/mmBtu)Max HgFuel-BasedEmissions withControl Efficiency(lbpermmBtu)FuelVariabilityFactor(H/G) Outlier?LABoiseNewsprintDeRidder 69-03 BiomassStoker/SlopedGrate/Other Wood: Bark Mercury (Hg) 5.38E-08 5.67E-08 1.05noFuel Category 1st Q 3rd Q IQR 1.5IQRTest for lowoutliersTest forhighoutliersCount ofUnits inVariabilityAnalysisORFlakeboardEugene Boiler-2 BiomassDutchOven/Susp.BurnerNaturalgas/Wood:Sanderdust Mercury (Hg) 9.00E-08 1.18E-07 1.31noBiomass 1.121.240.130.190.901.488MESDWarrenSomersetNo2 PowerBoiler BiomassStoker/SlopedGrate/Other Biomass Mercury (Hg) 1.21E-07 1.47E-07 1.22noCoal 1.292.801.522.28(1.64)9.1924KYNewPageWickliffe B09 BiomassStoker/SlopedGrate/Other Wood: Bark Mercury (Hg) 2.17E-07 1.08E-05 49.82yesLiquid 2.123.511.392.08(2.29)10.812GATempleInlandRome WF Biomass FB Wood: Bark Mercury (Hg) 3.30E-07 4.48E-07 1.36noTNBowaterNewsprintBubblingFluidized BedBoiler Biomass FBIndustrialSludge/TireDerived Fuel(TDF)/Wood:Bark Mercury (Hg) 3.33E-07 1.54E-06 4.64yesMEBoralexStratton Boiler #1 BiomassStoker/SlopedGrate/OtherWood:Unadulterated Lumber Mercury (Hg) 3.42E-07 3.50E-07 1.02noNDCargillWestFargoFosterWheelerBoiler (EU43) Biomass FB Biomass Mercury (Hg) 4.47E-07 4.56E-07 1.02noGAGPMadisonPly800 WoodWaste Boiler BiomassStoker/SlopedGrate/Other Wood: Bark Mercury (Hg) 5.70E-07 8.85E-07 1.55yesARAnthonyForestProducts SN-12 Biomass Fuel CellWood:Bark/Wood:UnadulteratedLumber/Wood:Unadulterated Timber Mercury (Hg) 7.61E-07 1.36E-06 1.79yesARGBPMorrilton SN-04 BiomassStoker/SlopedGrate/Other Wood: Bark Mercury (Hg) 1.01E-06 1.43E-06 1.41noORRosboroSpringfield DV 01.1 BiomassDutchOven/Susp.BurnerHogFuel/Naturalgas Mercury (Hg) 1.53E-06 2.22E-06 1.45noIAArchersDanielsMidlandDesMoinesAsea Boiler#1 Coal FBCoal: Subbituminous Mercury (Hg) 2.80E-08 4.21E-08 1.50noIAUofIowa EP7 Boiler 11 Coal FBCoal:Bituminous Mercury (Hg) 5.99E-08 1.62E-07 2.70noIARoquetteAmericaCirculatingFluidized BedBoiler (121) Coal FBCoal:Bituminous Mercury (Hg) 6.34E-08 8.13E-07 12.83yesIAADMCornProcessingCR EU-501B Coal FBCoal: Subbituminous Mercury (Hg) 8.18E-08 1.21E-07 1.48noINPurdueUniverisity Boiler 5 Coal FBCoal:Bituminous Mercury (Hg) 1.35E-07 3.54E-07 2.63noILPolyOne B1 Coal FBCoal:Bituminous Mercury (Hg) 1.62E-07 1.71E-07 1.06noNCDomtar65-25-0310(No. 2 HogFuel Boiler) CoalStoker/SlopedGrate/OtherCoal:Bituminous Mercury (Hg) 1.85E-07 2.00E-07 1.08noSCCogenSouthB001 - MainBoiler Coal PCCoal:Bituminous Mercury (Hg) 2.50E-07 3.62E-07 1.45noMITBSimonPowerPlant Unit 1 Coal PCCoal:Bituminous Mercury (Hg) 2.70E-07 9.35E-07 3.46noAppendix A-1a: Mercury Fuel Analysis Variability Factor Outlier AnalysisColumn B C D E F G H I JFacilityIDCombustorID_commonFuelCategory forUnitCombustorDesignCommonFuelParameter_NameHg AverageEmissionStack TestResults(lb/mmBtu)Max HgFuel-BasedEmissions withControl Efficiency(lbpermmBtu)FuelVariabilityFactor(H/G) Outlier?IAMonsantoMuscatineBoiler #8 (EP195) CoalStoker/SlopedGrate/OtherIndustrialSludge Mercury (Hg) 3.29E-07 5.18E-07 1.57noVAUniversityofVirginia 7103-1-01R CoalStoker/SlopedGrate/OtherCoal:Bituminous Mercury (Hg) 3.67E-07 9.83E-07 2.68noTNCargillMemphisStoker Boiler8001 CoalStoker/SlopedGrate/OtherCoal:Bituminous Mercury (Hg) 4.10E-07 6.72E-07 1.64noGASPNewsprint PB2 Coal FBCoal:Bituminous Mercury (Hg) 4.19E-07 4.19E-07 1.00noTNEastman_NO_CBIDATA Boiler 30 Coal PCCoal:Bituminous Mercury (Hg) 5.49E-07 2.75E-06 5.02noPAPHGlatfelter PB5 Coal FBCoal:Bituminous Mercury (Hg) 5.89E-07 7.22E-07 1.23noNCUNCCogen ES-001 Coal FBCoal:Bituminous Mercury (Hg) 8.29E-07 1.13E-06 1.36noIAUofNorthernIowa Boiler #3 Coal PCCoal:Bituminous Mercury (Hg) 9.09E-07 1.08E-06 1.19noMNVersoPaper EU006 B&W CoalStoker/SlopedGrate/OtherCoal:Bituminous Mercury (Hg) 9.53E-07 9.53E-07 1.00noWVPPGMartinsville R011-Boiler 3 Coal PCCoal:Bituminous Mercury (Hg) 1.10E-06 5.15E-06 4.66noVASmurfitStoneWestpt PB08 Coal PCCoal:Bituminous Mercury (Hg) 1.22E-06 1.15E-05 9.44yesNCBlueRidgePaper G11042 CoalStoker/SlopedGrate/OtherCoal:Bituminous Mercury (Hg) 1.49E-06 4.34E-06 2.91noVAINVISTAWaynesboro2-205 (B#2)Boiler #2 Coal PCCoal:Bituminous Mercury (Hg) 2.74E-06 7.02E-06 2.56noWINewPageBiron B24 CoalStoker/SlopedGrate/OtherCoal: Subbituminous Mercury (Hg) 2.91E-06 3.83E-06 1.32noWVATKRocketCenterNB2766 W17479-W(Boiler 17) CoalStoker/SlopedGrate/OtherCoal:Bituminous/Plant-basedAgriculturalResidue Mercury (Hg) 4.31E-06 6.10E-06 1.41noINNotreDame B-4 CoalStoker/SlopedGrate/OtherCoal:Bituminous Mercury (Hg) 5.30E-06 5.99E-03 1,131.07yesNCMillerCoorsES-2Coal/No. 2 &6 Fuel OilBoiler Coal PCCoal:Bituminous Mercury (Hg) 6.23E-06 7.82E-06 1.26noOHMortonSaltRittmanB002 - CoalFired Boiler#2 CoalStoker/SlopedGrate/OtherCoal:Bituminous Mercury (Hg) 1.35E-05 3.38E-05 2.50noMEFPLEnergyWyman Unit #5 Liquid N/ANo. 6Residual oil Mercury (Hg) 1.05E-07 1.51E-07 1.43noWIGPGreenBay2818B10 -WastepaperSludge-FiredBoiler 10 Liquid N/ADeinkingresiduals Mercury (Hg) 5.88E-06 2.47E-05 4.20noAppendix A-1b: Chlorine Fuel Analysis Variability Factor Outlier AnalysisColumn B C D E F G H I JFacilityIDCombustorID_commonFuelCategory forUnitCombustorDesignCommonFuelParameter_NameHCl AverageEmissionStack TestResults(lb/mmBtu)Max HClFuel-BasedEmissions withControlEfficiency(lbpermmBtu)FuelVariability OutlierLABoiseNewsprintDeRidder 69-03 BiomassStoker/SlopedGrate/Other Wood: Bark Chlorine (Cl) 1.40E-05 2.47E-05 2.80E+00noFuelCategory 1st Q 3rd Q IQR 1.5IQRTest for lowoutliersTest for highoutliersCount ofUnits inVariabilityAnalysisSCMarlboroPaperHogged FuelBoiler BiomassStoker/SlopedGrate/OtherWood:Plywood,Particleboard(containingglues orresins) Chlorine (Cl) 1.00E-04 1.00E-04 1.91E+00noBiomass 1.13E+00 2.02E+00 8.93E-01 1.34E+00 -3.82E-01 4.72E+00 1.10E+01GAGPMadisonPly800 WoodWaste Boiler BiomassStoker/SlopedGrate/Other Wood: Bark Chlorine (Cl) 1.05E-04 1.32E-04 1.26E+00noCoal 1.12E+00 2.07E+00 9.44E-01 1.42E+00 -4.67E-01 4.99E+00 1.50E+01ARAnthonyForestProducts SN-12 Biomass Fuel CellWood:Bark/Wood:UnadulteratedLumber/Wood:Unadulterated Timber Chlorine (Cl) 2.00E-04 1.09E-03 1.00E+00noLiquid 1.17E+00 3.14E+00 1.97E+00 2.95E+00 -2.29E+00 1.24E+01 4.00E+00ORFlakeboardEugene Boiler-2 BiomassDutchOven/Susp.BurnerNaturalgas/Wood:Sanderdust Chlorine (Cl) 2.62E-04 2.86E-04 1.77E+00noWAWeyerhaeuser_RaymondHog FuelBoiler EU1 Biomass Fuel CellHogFuel/Naturalgas Chlorine (Cl) 2.67E-04 3.03E-04 1.43E+00noNDCargillWestFargoFosterWheelerBoiler (EU43) Biomass FB Biomass Chlorine (Cl) 3.56E-04 8.33E-04 5.44E+00yesMSWeyerhaeuserBruceAA-002 No.2 Boiler Biomass Fuel CellHogFuel/Naturalgas Chlorine (Cl) 5.07E-04 7.24E-04 1.09E+00noARWeyerhaeuserDierksMillSN-45 Biomass Fuel CellHogFuel/Naturalgas Chlorine (Cl) 1.00E-03 1.91E-03 1.20E+00noKYNewPageWickliffe B09 BiomassStoker/SlopedGrate/Other Wood: Bark Chlorine (Cl) 2.10E-03 2.10E-03 1.14E+00noSCBowaterCoatedPaperCombinationBoiler No. 2 BiomassStoker/SlopedGrate/Other Wood: Bark Chlorine (Cl) 5.27E-03 6.30E-03 2.34E+00noORRosboroSpringfield DV 01.1 BiomassDutchOven/Susp.BurnerHogFuel/Naturalgas Chlorine (Cl) 5.60E-03 1.57E-02 1.00E+00noTNEastman_NO_CBIDATA Boiler 30 Coal PCCoal:Bituminous Chlorine (Cl) 7.23E-05 7.71E-04 1.85E+00noIARoquetteAmericaCirculatingFluidized BedBoiler (121) Coal FBCoal:Bituminous Chlorine (Cl) 8.56E-05 1.77E-04 2.14E+00noIAArchersDanielsMidlandDesMoinesAsea Boiler#1 Coal FBCoal: Subbituminous Chlorine (Cl) 3.88E-04 4.12E-04 1.00E+00noAppendix A-1b: Chlorine Fuel Analysis Variability Factor Outlier AnalysisColumn B C D E F G H I JFacilityIDCombustorID_commonFuelCategory forUnitCombustorDesignCommonFuelParameter_NameHCl AverageEmissionStack TestResults(lb/mmBtu)Max HClFuel-BasedEmissions withControlEfficiency(lbpermmBtu)FuelVariability OutlierVAUniversityofVirginia 7103-1-01R CoalStoker/SlopedGrate/OtherCoal:Bituminous Chlorine (Cl) 5.69E-04 6.56E-04 1.06E+00noVASmurfitStoneWestpt PB08 Coal PCCoal:Bituminous Chlorine (Cl) 6.69E-04 7.45E-04 2.10E+00noNCBlueRidgePaper G11042 CoalStoker/SlopedGrate/OtherCoal:Bituminous Chlorine (Cl) 9.57E-04 1.77E-03 2.07E+00noSCCogenSouthB001 - MainBoiler Coal PCCoal:Bituminous Chlorine (Cl) 1.58E-03 1.78E-03 6.25E+00yesWINewPageBiron B24 CoalStoker/SlopedGrate/OtherCoal: Subbituminous Chlorine (Cl) 2.00E-03 4.27E-03 1.15E+00noINPurdueUniverisity Boiler 5 Coal FBCoal:Bituminous Chlorine (Cl) 4.33E-03 2.71E-02 1.11E+00noPAAppletonPapers #036 CoalStoker/SlopedGrate/OtherCoal:Bituminous Chlorine (Cl) 7.83E-03 7.83E-03 1.36E+00noPAPHGlatfelter PB5 Coal FB Wood: Bark Chlorine (Cl) 2.86E-02 3.37E-02 1.07E+01yesNCDomtar65-25-0310(No. 2 HogFuel Boiler) CoalStoker/SlopedGrate/OtherCoal:Bituminous Chlorine (Cl) 3.09E-02 4.21E-02 1.59E+00noGASPNewsprint PB2 Coal FBIndustrialSludge Chlorine (Cl) 3.74E-02 3.74E-02 1.00E+00noWVPPGMartinsville R011-Boiler 3 Coal PCCoal:Bituminous Chlorine (Cl) 4.67E-02 7.44E-02 1.18E+00noMOMallinckrodt Boiler 6 CoalStoker/SlopedGrate/OtherCoal: Subbituminous Chlorine (Cl) 1.12E-01 1.26E-01 1.35E+00noIAMonsantoMuscatineBoiler #8 (EP195) CoalStoker/SlopedGrate/OtherCoal:Bituminous Chlorine (Cl) 1.22E-01 2.57E-01 1.12E+00noTNCargillMemphisStoker Boiler8001 CoalStoker/SlopedGrate/OtherCoal:Bituminous Chlorine (Cl) 1.28E-01 1.73E-01 1.13E+00noTNInvistaChattanoogaEU003 -Vaporizer #2 Liquid N/ANo. 2Distillate Chlorine (Cl) 6.24E-04 1.54E-03 1.02E+00noNCInvistaHwy421 B7600 Liquid N/ANo. 6Residual oil Chlorine (Cl) 8.25E-04 8.41E-04 2.46E+00noSCGPChemRussellville FO Boiler Liquid N/A Diesel fuel Chlorine (Cl) 1.00E-03 5.17E-03 1.22E+00noWIGPGreenBay2818B10 -WastepaperSludge-FiredBoiler 10 Liquid N/ADeinkingresiduals Chlorine (Cl) 1.76E-03 2.15E-03 5.17E+00noAppendix A-2a: Mercury Fuel Analysis Variability Factor for Existing UnitsColumn B C D E F G H I JUnit in Top12 percent? FacilityIDCombustorID_commonFuelCategory forUnitCombustorDesignCommonFuelHg AverageEmissionStack TestResults(lb/mmBtu)Max HgFuel-BasedEmissions withControl Efficiency(lbpermmBtu)FuelVariabilityFactor(H/G) Outlier?YESNDCargillWestFargoFosterWheelerBoiler(EU43) Biomass FB Biomass 4.47E-07 4.56E-07 1.02 noAverage Fuel VariabilityFactor for Units in Top 12%YESMESDWarrenSomersetNo2 PowerBoiler BiomassStoker/SlopedGrate/Other Biomass 1.21E-07 1.47E-07 1.22 noBiomass 1.18YESORFlakeboardEugene Boiler-2 BiomassDutchOven/Susp.BurnerNaturalgas/Wood:Sanderdust 9.00E-08 1.18E-07 1.31 noCoal 1.76YESGASPNewsprint PB2 Coal FBCoal:Bituminous 4.19E-07 4.19E-07 1.00 noLiquid 1.43YESMNVersoPaper EU006 B&W CoalStoker/SlopedGrate/OtherCoal:Bituminous 9.53E-07 9.53E-07 1.00 noYES ILPolyOne B1 Coal FBCoal:Bituminous 1.62E-07 1.71E-07 1.06 noYES NCDomtar65-25-0310(No. 2 HogFuel Boiler) CoalStoker/SlopedGrate/OtherCoal:Bituminous 1.85E-07 2.00E-07 1.08 noYESNCUNCCogen ES-001 Coal FBCoal:Bituminous 8.29E-07 1.13E-06 1.36 noYESSCCogenSouthB001 - MainBoiler Coal PCCoal:Bituminous 2.50E-07 3.62E-07 1.45 noYESIAADMCornProcessingCR EU-501B Coal FBCoal: Subbituminous 8.18E-08 1.21E-07 1.48 noYESIAArchersDanielsMidlandDesMoinesAsea Boiler#1 Coal FBCoal: Subbituminous 2.80E-08 4.21E-08 1.50 noYESIAMonsantoMuscatineBoiler #8 (EP195) CoalStoker/SlopedGrate/OtherIndustrialSludge 3.29E-07 5.18E-07 1.57 noAppendix A-2a: Mercury Fuel Analysis Variability Factor for Existing UnitsColumn B C D E F G H I JUnit in Top12 percent? FacilityIDCombustorID_commonFuelCategory forUnitCombustorDesignCommonFuelHg AverageEmissionStack TestResults(lb/mmBtu)Max HgFuel-BasedEmissions withControl Efficiency(lbpermmBtu)FuelVariabilityFactor(H/G) Outlier?YESTNCargillMemphisStoker Boiler8001 CoalStoker/SlopedGrate/OtherCoal:Bituminous 4.10E-07 6.72E-07 1.64 noYESINPurdueUniverisity Boiler 5 Coal FBCoal:Bituminous 1.35E-07 3.54E-07 2.63 noYESVAUniversityofVirginia 7103-1-01R CoalStoker/SlopedGrate/OtherCoal:Bituminous 3.67E-07 9.83E-07 2.68 noYES IAUofIowaEP7 Boiler11 Coal FBCoal:Bituminous 5.99E-08 1.62E-07 2.70 noYESMITBSimonPowerPlant Unit 1 Coal PCCoal:Bituminous 2.70E-07 9.35E-07 3.46 noYESMEFPLEnergyWyman Unit #5 Liquid N/ANo. 6Residual oil 1.05E-07 1.51E-07 1.43 noAppendix A-2b: Mercury Fuel Analysis Variability Factor for New UnitsColumn B C D E F G H I JUnit is TopPerformer? FacilityIDCombustorID_commonFuelCategory forUnitCombustorDesignCommonFuelHg AverageEmissionStack TestResults(lb/mmBtu)Max HgFuel-BasedEmissionswith ControlEfficiency(lbpermmBtu)FuelVariabilityFactor(H/G) Outlier?YES IAUofIowaEP7 Boiler11 Coal FBCoal:Bituminous 5.99E-08 1.62E-07 2.70 noAverage Fuel Variability Factor for top 12%BiomassCoalLiquidN/AN/A2.70

# Column B C D E F G H I J

Unit is Top

Performer? FacilityID CombustorID

_common Fuel

Category for

Unit Combustor

Design Common

Fuel HCl Avera g e

Emission

Stack Test

Results

(lb/mmBtu) Max HCl

Fuel-Based

Emissions

with Control

Efficiency

(lbpermmBtu) Fuel

Variability

Factor

(H/G) Outlier?



# YES WINewPa

geBiron B24 Coal Stoker/Slo

pedGrate/

Other Coal: Subbituminou

s 2.00E-03 4.27E-03 2.14 no Average Fuel Variability Factor for

top 12 %



# YES IAArchers

DanielsMi

dlandDes

Moines Asea

Boiler #1 Coal FB Coal: Subbituminou

s 3.88E-04 4.12E-04 1.06 no Biomass N/A



# YES IARoquett

eAmerica Circulating

Fluidized

Bed Boiler

(121) Coal FB Coal:

Bituminou

s 8.56E-05 1.77E-04 2.07 no Coal 1.51



# YES VAUnivers

ityofVirgini

a 7103-1-

01R Coal Stoker/Slo

pedGrate/

Other Coal:

Bituminou

s 5.69E-04 6.56E-04 1.15 no Liquid 2.46



# YES VASmurfit

StoneWes

tpt PB08 Coal PC Coal:

Bituminou

s 6.69E-04 7.45E-04 1.11 no

YES TNInvista

Chattanoo

ga EU003 -

Vaporizer

#2 liquid N/A No. 2

Distillate 6.24E-04 1.54E-03 2.46 no 

# Appendix A-2c: Chlorine Fuel Analysis Variability Factor for Existing Units,

# Appendix B-1: CO Emissions as a Function of Boiler Load

GASES

CATesoro - CO by Load

Refinery Gas

0 0.1 0.2 0.3 0.4 0.5 0.6 0.7

70 71 72 73 74 75 76 77 78 79 80 81

Heat Input (mmBtu/hr)CO Concentration (ppm @ 3% O2)



# 5.3 5.4 5.5 5.6 5.7 5.8 5.9 6 6.1O2 % 

# CO

O2



# WABOEINGRENTON: CO by Load

Natural Gas

0 5 10 15 20 25 30 35 40 45 50

0 10 20 30 40

Heat Input (mmBtu/hr)CO Concentration (ppm @ 3% O2)



# 0 1 2 3 4 5 6O2 % 

# CO

O2

# Appendix B-1: CO Emissions as a Function of Boiler Load

BIOMASS



# TXDiboll Temple-Inland: CO by Load

Biomass - Dutch Oven/Susp. Burner

0 2000 4000 6000 8000 10000 12000

0 5 10 15 20 25 30 35

Heat Input (mmBtu/hr)CO Concentration (ppm @ 3% O2)



# 0 2 4 6 8 10 12 14 16O2 % 

# CO

O2



# ARDomtarIndustries - CO by Load

Natural gas/Tire Derived Fuel (TDF)/Wood: Bark

Biomass - Stoker/SlopedGrate/Other

0 500 1000 1500 2000 2500 3000 3500 4000 4500 5000

0 100 200 300 400 500

Heat Input (mmBtu/hr)CO Concentration (ppm @ 3% O2)



# 0 5 10 15 20 25O2 % 

# CO

O2

# Appendix B-1: CO Emissions as a Function of Boiler Load

COAL

WVDupontWashingtonWorks: CO by Load

Coal: Stoker/SlopedGrate/Other

0 20 40 60 80 100 120

100 110 120 130 140 150 160 170 180 190 200

Heat Input (mmBtu/hr)CO Concentration (ppm @ 3% O2)



# 0 2 4 6 8 10 12O2 % 

# CO

O2 

# VAPhilipMorrisPark500: CO by Load

Coal - PC

0 10 20 30 40 50 60

100 200 300 400 500 600 700

Heat Input (mmBtu/hr)CO Concentration (ppm @ 3% O2)



# 0 5 10 15 20 25O2 % 

# CO

O2

# Appendix B-2: CO 30-Day Average for TXDibollTemple-Inland

FacilityID CombustorID CO

(ppm@3%O2) Heat_Input O2% % of Design Capacity

TXDibollTemple-Inland PB-44 382.7 6.9 11.92 17.4%

TXDibollTemple-Inland PB-44 2,473.4 9.3 13.13 23.2% Day Daily Average CO

Emission

Concentration

(ppm @ 3% O2)

TXDibollTemple-Inland PB-44 533.0 14.1 13.35 35.4% 1 448

TXDibollTemple-Inland PB-44 250.9 15.0 12.02 37.4% 2 269

TXDibollTemple-Inland PB-44 1,334.9 15.6 12.79 39.1% 3 179

TXDibollTemple-Inland PB-44 391.4 16.6 13.29 41.4% 4 938

TXDibollTemple-Inland PB-44 610.0 17.5 12.96 43.7% 5 215

TXDibollTemple-Inland PB-44 187.0 17.8 12.06 44.6% 6 9,844

TXDibollTemple-Inland PB-44 8,800.6 18.9 14.13 47.2% 7 7,352

TXDibollTemple-Inland PB-44 6,599.8 18.9 13.98 47.2% 8 601

TXDibollTemple-Inland PB-44 2,346.5 18.9 13.82 47.3% 9 331

TXDibollTemple-Inland PB-44 9,259.8 18.9 14.23 47.3% 10 305

TXDibollTemple-Inland PB-44 1,455.6 18.9 13.66 47.4% 11 294

TXDibollTemple-Inland PB-44 7,698.9 19.0 14.07 47.4% 12 1,290

TXDibollTemple-Inland PB-44 1,781.8 19.0 13.5 47.4% 13 1,321

TXDibollTemple-Inland PB-44 518.7 19.0 13.3 47.4% 14 538

TXDibollTemple-Inland PB-44 3,785.0 19.0 13.96 47.4% 15 581

TXDibollTemple-Inland PB-44 9,978.6 19.0 14.26 47.5% 16 1,301

TXDibollTemple-Inland PB-44 10,522.4 19.0 14.27 47.5% 17 2,877

TXDibollTemple-Inland PB-44 7,715.0 19.0 14.07 47.5% 18 1,038

TXDibollTemple-Inland PB-44 7,899.0 19.0 14.14 47.5% 19 511

TXDibollTemple-Inland PB-44 4,572.2 19.0 14.06 47.5% 20 415

TXDibollTemple-Inland PB-44 6,837.5 19.0 14.01 47.5% 21 161

TXDibollTemple-Inland PB-44 942.0 19.0 13.47 47.5% 22 275

TXDibollTemple-Inland PB-44 9,766.8 19.0 14.21 47.5% 23 159

TXDibollTemple-Inland PB-44 10,675.2 19.0 14.26 47.5% 24 543

TXDibollTemple-Inland PB-44 7,365.5 19.0 14.05 47.6% 25 273

TXDibollTemple-Inland PB-44 6,728.7 19.0 14.01 47.6% 26 458

TXDibollTemple-Inland PB-44 371.9 19.0 12.94 47.6% 27 298

TXDibollTemple-Inland PB-44 7,229.0 19.1 14.06 47.7% 28 180

TXDibollTemple-Inland PB-44 893.2 19.1 13.4 47.7% 29 255

TXDibollTemple-Inland PB-44 2,114.9 19.1 13.5 47.7% 30 151

TXDibollTemple-Inland PB-44 828.2 19.1 13.44 47.7% 30-day Averag e

(ppm @ 3% O2) 1,113

TXDibollTemple-Inland PB-44 9,877.3 19.1 14.18 47.7%

# Appendix B-2: CO 30-Day Average for TXDibollTemple-Inland

FacilityID CombustorID CO

(ppm@3%O2) Heat_Input O2% % of Design Capacity

TXDibollTemple-Inland PB-44 1,881.4 19.1 13.48 47.8%

TXDibollTemple-Inland PB-44 308.8 19.2 13.03 47.9%

TXDibollTemple-Inland PB-44 2,512.8 19.2 13.64 48.0%

TXDibollTemple-Inland PB-44 831.2 19.2 13.34 48.0%

TXDibollTemple-Inland PB-44 1,651.3 19.2 13.49 48.1%

TXDibollTemple-Inland PB-44 1,030.9 19.3 13.17 48.1%

TXDibollTemple-Inland PB-44 2,931.7 19.3 13.54 48.2%

TXDibollTemple-Inland PB-44 1,386.7 19.3 13.42 48.2%

TXDibollTemple-Inland PB-44 1,542.8 19.3 13.66 48.3%

TXDibollTemple-Inland PB-44 567.5 19.3 13 48.4%

TXDibollTemple-Inland PB-44 402.5 19.4 12.89 48.4%

TXDibollTemple-Inland PB-44 2,201.4 19.4 13.52 48.5%

TXDibollTemple-Inland PB-44 1,099.3 19.4 13.29 48.5%

TXDibollTemple-Inland PB-44 202.0 19.4 12.66 48.6%

TXDibollTemple-Inland PB-44 876.4 19.5 13.42 48.7%

TXDibollTemple-Inland PB-44 2,300.0 19.5 13.55 48.8%

TXDibollTemple-Inland PB-44 1,008.7 19.5 13.33 48.8%

TXDibollTemple-Inland PB-44 1,428.9 19.5 13.29 48.8%

TXDibollTemple-Inland PB-44 654.2 19.6 13.12 49.0%

TXDibollTemple-Inland PB-44 618.1 19.6 13.24 49.0%

TXDibollTemple-Inland PB-44 2,096.3 19.6 13.41 49.0%

TXDibollTemple-Inland PB-44 1,598.6 19.6 13.29 49.1%

TXDibollTemple-Inland PB-44 311.2 19.6 13.08 49.1%

TXDibollTemple-Inland PB-44 310.1 19.6 12.84 49.1%

TXDibollTemple-Inland PB-44 797.2 19.7 13.01 49.2%

TXDibollTemple-Inland PB-44 2,503.5 19.7 13.43 49.3%

TXDibollTemple-Inland PB-44 1,463.1 19.7 13.26 49.3%

TXDibollTemple-Inland PB-44 273.0 19.7 12.98 49.3%

TXDibollTemple-Inland PB-44 166.9 19.7 12.49 49.4%

TXDibollTemple-Inland PB-44 421.1 19.8 12.61 49.4%

TXDibollTemple-Inland PB-44 1,697.1 19.8 13.38 49.4%

TXDibollTemple-Inland PB-44 195.1 19.8 12.81 49.5%

TXDibollTemple-Inland PB-44 215.8 19.8 12.7 49.5%

TXDibollTemple-Inland PB-44 322.7 19.8 12.8 49.6%

TXDibollTemple-Inland PB-44 552.8 19.8 12.71 49.6%

TXDibollTemple-Inland PB-44 822.7 19.8 12.7 49.6%

# Appendix B-2: CO 30-Day Average for TXDibollTemple-Inland

FacilityID CombustorID CO

(ppm@3%O2) Heat_Input O2% % of Design Capacity

TXDibollTemple-Inland PB-44 334.1 19.9 12.83 49.6%

TXDibollTemple-Inland PB-44 765.4 19.9 13.05 49.6%

TXDibollTemple-Inland PB-44 470.8 19.9 12.61 49.7%

TXDibollTemple-Inland PB-44 1,327.9 19.9 13.38 49.7%

TXDibollTemple-Inland PB-44 439.5 19.9 12.64 49.7%

TXDibollTemple-Inland PB-44 1,434.8 19.9 13.2 49.8%

TXDibollTemple-Inland PB-44 756.1 19.9 13.31 49.8%

TXDibollTemple-Inland PB-44 555.4 19.9 12.86 49.9%

TXDibollTemple-Inland PB-44 443.7 20.0 13.05 49.9%

TXDibollTemple-Inland PB-44 177.8 20.0 12.54 49.9%

TXDibollTemple-Inland PB-44 446.4 20.0 12.57 49.9%

TXDibollTemple-Inland PB-44 1,216.4 20.0 13.18 50.0%

TXDibollTemple-Inland PB-44 587.0 20.0 13.03 50.0%

TXDibollTemple-Inland PB-44 162.1 20.0 12.53 50.0%

TXDibollTemple-Inland PB-44 161.3 20.0 12.52 50.1%

TXDibollTemple-Inland PB-44 163.7 20.0 12.45 50.1%

TXDibollTemple-Inland PB-44 309.3 20.0 12.87 50.1%

TXDibollTemple-Inland PB-44 1,047.6 20.0 13.27 50.1%

TXDibollTemple-Inland PB-44 1,738.6 20.0 13.25 50.1%

TXDibollTemple-Inland PB-44 1,102.0 20.1 13.26 50.1%

TXDibollTemple-Inland PB-44 257.4 20.1 12.55 50.2%

TXDibollTemple-Inland PB-44 997.4 20.1 13.1 50.3%

TXDibollTemple-Inland PB-44 107.3 20.1 12.38 50.3%

TXDibollTemple-Inland PB-44 1,634.2 20.1 13.48 50.3%

TXDibollTemple-Inland PB-44 477.9 20.1 12.93 50.3%

TXDibollTemple-Inland PB-44 155.1 20.1 12.42 50.3%

TXDibollTemple-Inland PB-44 331.3 20.1 12.5 50.4%

TXDibollTemple-Inland PB-44 1,385.6 20.2 13.02 50.4%

TXDibollTemple-Inland PB-44 192.7 20.2 12.5 50.4%

TXDibollTemple-Inland PB-44 834.4 20.2 13.18 50.4%

TXDibollTemple-Inland PB-44 985.0 20.2 13.33 50.4%

TXDibollTemple-Inland PB-44 183.7 20.2 12.65 50.5%

TXDibollTemple-Inland PB-44 136.8 20.2 12.44 50.5%

TXDibollTemple-Inland PB-44 1,348.4 20.2 13.34 50.5%

TXDibollTemple-Inland PB-44 316.9 20.2 12.87 50.5%

TXDibollTemple-Inland PB-44 874.5 20.2 12.69 50.5%

# Appendix B-2: CO 30-Day Average for TXDibollTemple-Inland

FacilityID CombustorID CO

(ppm@3%O2) Heat_Input O2% % of Design Capacity

TXDibollTemple-Inland PB-44 444.6 20.2 12.73 50.6%

TXDibollTemple-Inland PB-44 240.5 20.2 12.31 50.6%

TXDibollTemple-Inland PB-44 472.7 20.2 13.03 50.6%

TXDibollTemple-Inland PB-44 853.3 20.2 13.24 50.6%

TXDibollTemple-Inland PB-44 256.8 20.3 12.48 50.7%

TXDibollTemple-Inland PB-44 443.7 20.3 12.89 50.7%

TXDibollTemple-Inland PB-44 326.7 20.3 12.58 50.7%

TXDibollTemple-Inland PB-44 990.6 20.3 13.2 50.7%

TXDibollTemple-Inland PB-44 104.2 20.3 12.16 50.7%

TXDibollTemple-Inland PB-44 365.9 20.3 12.49 50.8%

TXDibollTemple-Inland PB-44 312.5 20.3 12.7 50.8%

TXDibollTemple-Inland PB-44 258.7 20.3 12.92 50.8%

TXDibollTemple-Inland PB-44 1,302.5 20.3 13.32 50.8%

TXDibollTemple-Inland PB-44 193.7 20.3 12.34 50.8%

TXDibollTemple-Inland PB-44 969.5 20.4 13.31 50.9%

TXDibollTemple-Inland PB-44 408.5 20.4 12.52 50.9%

TXDibollTemple-Inland PB-44 249.2 20.4 12.54 51.0%

TXDibollTemple-Inland PB-44 343.0 20.4 12.81 51.0%

TXDibollTemple-Inland PB-44 559.1 20.4 12.95 51.0%

TXDibollTemple-Inland PB-44 551.3 20.4 13.1 51.0%

TXDibollTemple-Inland PB-44 145.8 20.4 12.26 51.1%

TXDibollTemple-Inland PB-44 673.7 20.5 12.86 51.1%

TXDibollTemple-Inland PB-44 496.8 20.5 12.7 51.2%

TXDibollTemple-Inland PB-44 297.8 20.5 12.83 51.2%

TXDibollTemple-Inland PB-44 477.9 20.5 12.65 51.2%

TXDibollTemple-Inland PB-44 130.6 20.5 12.09 51.2%

TXDibollTemple-Inland PB-44 1,299.5 20.5 13.5 51.2%

TXDibollTemple-Inland PB-44 1,562.1 20.5 13.52 51.2%

TXDibollTemple-Inland PB-44 480.1 20.5 12.56 51.2%

TXDibollTemple-Inland PB-44 144.4 20.5 12.49 51.2%

TXDibollTemple-Inland PB-44 139.1 20.5 12.45 51.3%

TXDibollTemple-Inland PB-44 731.1 20.5 12.99 51.3%

TXDibollTemple-Inland PB-44 428.7 20.5 12.52 51.3%

TXDibollTemple-Inland PB-44 170.5 20.5 12.33 51.3%

TXDibollTemple-Inland PB-44 529.0 20.5 12.82 51.3%

TXDibollTemple-Inland PB-44 223.2 20.6 12.63 51.4%

# Appendix B-2: CO 30-Day Average for TXDibollTemple-Inland

FacilityID CombustorID CO

(ppm@3%O2) Heat_Input O2% % of Design Capacity

TXDibollTemple-Inland PB-44 550.7 20.6 12.6322 51.4%

TXDibollTemple-Inland PB-44 184.1 20.6 12.36 51.4%

TXDibollTemple-Inland PB-44 247.5 20.6 12.29 51.4%

TXDibollTemple-Inland PB-44 354.8 20.6 12.86 51.4%

TXDibollTemple-Inland PB-44 530.2 20.6 13.08 51.4%

TXDibollTemple-Inland PB-44 149.0 20.6 12.13 51.5%

TXDibollTemple-Inland PB-44 773.6 20.6 13.1 51.5%

TXDibollTemple-Inland PB-44 182.1 20.6 12.4 51.5%

TXDibollTemple-Inland PB-44 375.5 20.6 12.84 51.6%

TXDibollTemple-Inland PB-44 150.0 20.7 12.37 51.6%

TXDibollTemple-Inland PB-44 629.9 20.7 13.06 51.6%

TXDibollTemple-Inland PB-44 418.4 20.7 12.55 51.7%

TXDibollTemple-Inland PB-44 131.5 20.7 12.44 51.7%

TXDibollTemple-Inland PB-44 399.2 20.7 12.78 51.7%

TXDibollTemple-Inland PB-44 495.2 20.7 12.89 51.7%

TXDibollTemple-Inland PB-44 197.9 20.7 12.22 51.7%

TXDibollTemple-Inland PB-44 382.6 20.7 12.76 51.8%

TXDibollTemple-Inland PB-44 1,246.6 20.7 13.18 51.8%

TXDibollTemple-Inland PB-44 510.7 20.7 12.98 51.8%

TXDibollTemple-Inland PB-44 157.4 20.7 12.72 51.8%

TXDibollTemple-Inland PB-44 301.8 20.7 12.95 51.8%

TXDibollTemple-Inland PB-44 633.6 20.7 12.86 51.8%

TXDibollTemple-Inland PB-44 297.9 20.7 12.62 51.8%

TXDibollTemple-Inland PB-44 359.8 20.7 12.45 51.8%

TXDibollTemple-Inland PB-44 478.9 20.7 13.01 51.8%

TXDibollTemple-Inland PB-44 661.4 20.7 12.96 51.9%

TXDibollTemple-Inland PB-44 1,698.4 20.7 13.53 51.9%

TXDibollTemple-Inland PB-44 688.6 20.8 13.16 51.9%

TXDibollTemple-Inland PB-44 161.6 20.8 12.49 51.9%

TXDibollTemple-Inland PB-44 262.2 20.8 12.87 52.0%

TXDibollTemple-Inland PB-44 260.8 20.8 12.5 52.0%

TXDibollTemple-Inland PB-44 335.7 20.8 12.92 52.0%

TXDibollTemple-Inland PB-44 405.6 20.8 12.9 52.0%

TXDibollTemple-Inland PB-44 460.2 20.8 12.91 52.0%

TXDibollTemple-Inland PB-44 764.2 20.8 13 52.0%

TXDibollTemple-Inland PB-44 283.6 20.8 12.67 52.1%

# Appendix B-2: CO 30-Day Average for TXDibollTemple-Inland

FacilityID CombustorID CO

(ppm@3%O2) Heat_Input O2% % of Design Capacity

TXDibollTemple-Inland PB-44 226.4 20.8 12.83 52.1%

TXDibollTemple-Inland PB-44 488.9 20.8 12.98 52.1%

TXDibollTemple-Inland PB-44 218.0 20.8 12.92 52.1%

TXDibollTemple-Inland PB-44 1,440.6 20.8 13.46 52.1%

TXDibollTemple-Inland PB-44 273.4 20.8 12.64 52.1%

TXDibollTemple-Inland PB-44 223.4 20.9 12.55 52.1%

TXDibollTemple-Inland PB-44 140.8 20.9 12.34 52.1%

TXDibollTemple-Inland PB-44 275.9 20.9 12.93 52.2%

TXDibollTemple-Inland PB-44 712.7 20.9 13.07 52.2%

TXDibollTemple-Inland PB-44 232.2 20.9 12.45 52.2%

TXDibollTemple-Inland PB-44 206.1 20.9 12.57 52.2%

TXDibollTemple-Inland PB-44 954.1 20.9 13.24 52.3%

TXDibollTemple-Inland PB-44 655.5 20.9 13.05 52.3%

TXDibollTemple-Inland PB-44 841.1 20.9 12.95 52.3%

TXDibollTemple-Inland PB-44 564.5 20.9 12.91 52.3%

TXDibollTemple-Inland PB-44 1,495.6 20.9 13.36 52.3%

TXDibollTemple-Inland PB-44 466.9 20.9 12.78 52.3%

TXDibollTemple-Inland PB-44 324.5 20.9 12.6 52.3%

TXDibollTemple-Inland PB-44 280.8 20.9 12.58 52.4%

TXDibollTemple-Inland PB-44 721.2 20.9 13.06 52.4%

TXDibollTemple-Inland PB-44 82.8 21.0 11.98 52.4%

TXDibollTemple-Inland PB-44 205.9 21.0 12.17 52.4%

TXDibollTemple-Inland PB-44 179.2 21.0 12.65 52.4%

TXDibollTemple-Inland PB-44 235.0 21.0 12.42 52.4%

TXDibollTemple-Inland PB-44 232.0 21.0 12.2 52.5%

TXDibollTemple-Inland PB-44 160.2 21.0 12.45 52.5%

TXDibollTemple-Inland PB-44 729.0 21.0 12.89 52.5%

TXDibollTemple-Inland PB-44 1,248.3 21.0 13.44 52.5%

TXDibollTemple-Inland PB-44 335.4 21.0 12.98 52.5%

TXDibollTemple-Inland PB-44 1,133.2 21.0 12.97 52.5%

TXDibollTemple-Inland PB-44 300.8 21.0 12.64 52.5%

TXDibollTemple-Inland PB-44 243.5 21.0 12.78 52.6%

TXDibollTemple-Inland PB-44 328.8 21.0 12.84 52.6%

TXDibollTemple-Inland PB-44 310.7 21.0 12.48 52.6%

TXDibollTemple-Inland PB-44 348.0 21.1 12.3 52.6%

TXDibollTemple-Inland PB-44 275.3 21.1 12.29 52.6%

# Appendix B-2: CO 30-Day Average for TXDibollTemple-Inland

FacilityID CombustorID CO

(ppm@3%O2) Heat_Input O2% % of Design Capacity

TXDibollTemple-Inland PB-44 108.5 21.1 12.42 52.7%

TXDibollTemple-Inland PB-44 241.3 21.1 12.21 52.7%

TXDibollTemple-Inland PB-44 401.2 21.1 12.75 52.7%

TXDibollTemple-Inland PB-44 187.9 21.1 12.1 52.7%

TXDibollTemple-Inland PB-44 461.7 21.1 12.82 52.8%

TXDibollTemple-Inland PB-44 696.6 21.1 12.95 52.8%

TXDibollTemple-Inland PB-44 322.6 21.1 12.29 52.8%

TXDibollTemple-Inland PB-44 1,754.3 21.1 13.28 52.8%

TXDibollTemple-Inland PB-44 243.8 21.1 12.85 52.9%

TXDibollTemple-Inland PB-44 190.2 21.1 12.64 52.9%

TXDibollTemple-Inland PB-44 611.4 21.2 13 52.9%

TXDibollTemple-Inland PB-44 431.0 21.2 12.85 53.0%

TXDibollTemple-Inland PB-44 203.4 21.2 12.62 53.0%

TXDibollTemple-Inland PB-44 268.8 21.2 12.15 53.0%

TXDibollTemple-Inland PB-44 768.9 21.2 12.97 53.0%

TXDibollTemple-Inland PB-44 680.4 21.2 12.99 53.0%

TXDibollTemple-Inland PB-44 289.0 21.2 12.2 53.1%

TXDibollTemple-Inland PB-44 127.6 21.2 12.26 53.1%

TXDibollTemple-Inland PB-44 215.2 21.3 12.25 53.1%

TXDibollTemple-Inland PB-44 412.2 21.3 12.6 53.2%

TXDibollTemple-Inland PB-44 307.7 21.3 12.18 53.2%

TXDibollTemple-Inland PB-44 188.8 21.3 12.06 53.2%

TXDibollTemple-Inland PB-44 841.9 21.3 13.07 53.2%

TXDibollTemple-Inland PB-44 258.4 21.3 12.57 53.2%

TXDibollTemple-Inland PB-44 589.1 21.3 12.81 53.3%

TXDibollTemple-Inland PB-44 198.2 21.3 12.11 53.3%

TXDibollTemple-Inland PB-44 437.6 21.3 12.78 53.3%

TXDibollTemple-Inland PB-44 264.0 21.3 12.53 53.3%

TXDibollTemple-Inland PB-44 368.8 21.3 12.83 53.3%

TXDibollTemple-Inland PB-44 370.8 21.3 12.82 53.3%

TXDibollTemple-Inland PB-44 342.0 21.3 12.87 53.3%

TXDibollTemple-Inland PB-44 422.1 21.4 12.31 53.4%

TXDibollTemple-Inland PB-44 366.0 21.4 12.25 53.4%

TXDibollTemple-Inland PB-44 263.9 21.4 12.57 53.4%

TXDibollTemple-Inland PB-44 57.0 21.4 12.88 53.4%

TXDibollTemple-Inland PB-44 359.3 21.4 12.89 53.5%

# Appendix B-2: CO 30-Day Average for TXDibollTemple-Inland

FacilityID CombustorID CO

(ppm@3%O2) Heat_Input O2% % of Design Capacity

TXDibollTemple-Inland PB-44 383.9 21.4 12.41 53.5%

TXDibollTemple-Inland PB-44 73.0 21.4 12.16 53.5%

TXDibollTemple-Inland PB-44 667.0 21.4 13.03 53.5%

TXDibollTemple-Inland PB-44 209.5 21.4 12.61 53.5%

TXDibollTemple-Inland PB-44 60.9 21.4 12.67 53.5%

TXDibollTemple-Inland PB-44 341.5 21.4 12.83 53.6%

TXDibollTemple-Inland PB-44 238.0 21.4 12.19 53.6%

TXDibollTemple-Inland PB-44 568.3 21.4 12.54 53.6%

TXDibollTemple-Inland PB-44 359.1 21.4 12.46 53.6%

TXDibollTemple-Inland PB-44 392.6 21.5 12.82 53.6%

TXDibollTemple-Inland PB-44 207.5 21.5 12.32 53.7%

TXDibollTemple-Inland PB-44 158.3 21.5 12.22 53.7%

TXDibollTemple-Inland PB-44 306.7 21.5 12.72 53.7%

TXDibollTemple-Inland PB-44 989.0 21.5 13.01 53.7%

TXDibollTemple-Inland PB-44 273.6 21.5 12.54 53.7%

TXDibollTemple-Inland PB-44 353.8 21.5 12.72 53.7%

TXDibollTemple-Inland PB-44 243.6 21.5 11.96 53.7%

TXDibollTemple-Inland PB-44 224.4 21.5 12.34 53.7%

TXDibollTemple-Inland PB-44 197.0 21.5 12.29 53.7%

TXDibollTemple-Inland PB-44 135.9 21.5 12.18 53.7%

TXDibollTemple-Inland PB-44 883.5 21.5 13.06 53.8%

TXDibollTemple-Inland PB-44 476.7 21.5 12.77 53.8%

TXDibollTemple-Inland PB-44 267.1 21.5 12.69 53.9%

TXDibollTemple-Inland PB-44 282.4 21.6 12.87 53.9%

TXDibollTemple-Inland PB-44 237.5 21.6 12.51 53.9%

TXDibollTemple-Inland PB-44 360.6 21.6 12.68 53.9%

TXDibollTemple-Inland PB-44 280.3 21.6 12.92 54.0%

TXDibollTemple-Inland PB-44 693.2 21.6 12.85 54.0%

TXDibollTemple-Inland PB-44 230.3 21.6 12.38 54.0%

TXDibollTemple-Inland PB-44 1,371.1 21.6 13.11 54.0%

TXDibollTemple-Inland PB-44 281.0 21.6 12.3 54.0%

TXDibollTemple-Inland PB-44 208.8 21.6 12.68 54.0%

TXDibollTemple-Inland PB-44 161.2 21.6 12.24 54.1%

TXDibollTemple-Inland PB-44 159.4 21.6 12.39 54.1%

TXDibollTemple-Inland PB-44 560.4 21.6 12.86 54.1%

TXDibollTemple-Inland PB-44 432.8 21.6 12.73 54.1%

# Appendix B-2: CO 30-Day Average for TXDibollTemple-Inland

FacilityID CombustorID CO

(ppm@3%O2) Heat_Input O2% % of Design Capacity

TXDibollTemple-Inland PB-44 485.4 21.7 12.69 54.1%

TXDibollTemple-Inland PB-44 487.0 21.7 12.66 54.1%

TXDibollTemple-Inland PB-44 647.8 21.7 12.8 54.2%

TXDibollTemple-Inland PB-44 639.5 21.7 12.58 54.2%

TXDibollTemple-Inland PB-44 211.1 21.7 12.54 54.2%

TXDibollTemple-Inland PB-44 66.6 21.7 12.82 54.2%

TXDibollTemple-Inland PB-44 936.0 21.7 12.73 54.2%

TXDibollTemple-Inland PB-44 291.7 21.7 12.09 54.2%

TXDibollTemple-Inland PB-44 352.3 21.7 12.5 54.2%

TXDibollTemple-Inland PB-44 232.6 21.7 12.15 54.2%

TXDibollTemple-Inland PB-44 365.9 21.7 12.68 54.3%

TXDibollTemple-Inland PB-44 307.1 21.7 12.83 54.3%

TXDibollTemple-Inland PB-44 236.1 21.7 12.58 54.3%

TXDibollTemple-Inland PB-44 348.0 21.7 12.7 54.3%

TXDibollTemple-Inland PB-44 300.3 21.7 12.53 54.3%

TXDibollTemple-Inland PB-44 130.7 21.7 12.51 54.4%

TXDibollTemple-Inland PB-44 250.9 21.7 12.27 54.4%

TXDibollTemple-Inland PB-44 484.2 21.7 12.82 54.4%

TXDibollTemple-Inland PB-44 152.0 21.8 12.32 54.4%

TXDibollTemple-Inland PB-44 980.8 21.8 13.29 54.4%

TXDibollTemple-Inland PB-44 619.0 21.8 13.09 54.5%

TXDibollTemple-Inland PB-44 235.5 21.8 12.9 54.5%

TXDibollTemple-Inland PB-44 374.1 21.8 12.16 54.5%

TXDibollTemple-Inland PB-44 215.3 21.8 12.26 54.6%

TXDibollTemple-Inland PB-44 441.1 21.9 12.97 54.7%

TXDibollTemple-Inland PB-44 133.6 21.9 12.21 54.8%

TXDibollTemple-Inland PB-44 163.7 21.9 12.58 54.8%

TXDibollTemple-Inland PB-44 283.8 21.9 12.87 54.8%

TXDibollTemple-Inland PB-44 398.1 22.0 12.56 54.9%

TXDibollTemple-Inland PB-44 258.9 22.0 12.78 54.9%

TXDibollTemple-Inland PB-44 257.2 22.0 12.08 55.0%

TXDibollTemple-Inland PB-44 600.9 22.0 12.63 55.0%

TXDibollTemple-Inland PB-44 273.5 22.0 12.72 55.0%

TXDibollTemple-Inland PB-44 382.0 22.0 12.67 55.0%

TXDibollTemple-Inland PB-44 139.3 22.0 12.41 55.0%

TXDibollTemple-Inland PB-44 245.4 22.0 12.5 55.0%

# Appendix B-2: CO 30-Day Average for TXDibollTemple-Inland

FacilityID CombustorID CO

(ppm@3%O2) Heat_Input O2% % of Design Capacity

TXDibollTemple-Inland PB-44 222.2 22.0 12.87 55.1%

TXDibollTemple-Inland PB-44 133.4 22.0 12.4 55.1%

TXDibollTemple-Inland PB-44 346.6 22.0 12.68 55.1%

TXDibollTemple-Inland PB-44 5,002.2 22.0 13.6 55.1%

TXDibollTemple-Inland PB-44 102.0 22.0 11.88 55.1%

TXDibollTemple-Inland PB-44 121.1 22.1 12.25 55.1%

TXDibollTemple-Inland PB-44 348.8 22.1 12.68 55.2%

TXDibollTemple-Inland PB-44 185.4 22.1 12.5 55.2%

TXDibollTemple-Inland PB-44 118.7 22.1 12.42 55.2%

TXDibollTemple-Inland PB-44 226.9 22.1 11.93 55.3%

TXDibollTemple-Inland PB-44 127.0 22.1 12.45 55.3%

TXDibollTemple-Inland PB-44 184.0 22.1 12.43 55.3%

TXDibollTemple-Inland PB-44 500.6 22.1 12.81 55.3%

TXDibollTemple-Inland PB-44 192.9 22.1 12.8 55.4%

TXDibollTemple-Inland PB-44 140.2 22.1 12.45 55.4%

TXDibollTemple-Inland PB-44 98.2 22.2 12.16 55.5%

TXDibollTemple-Inland PB-44 1,057.5 22.2 12.95 55.5%

TXDibollTemple-Inland PB-44 126.5 22.2 12.18 55.6%

TXDibollTemple-Inland PB-44 626.0 22.2 12.64 55.6%

TXDibollTemple-Inland PB-44 162.4 22.2 12.39 55.6%

TXDibollTemple-Inland PB-44 248.6 22.3 12.51 55.7%

TXDibollTemple-Inland PB-44 306.4 22.3 12 55.7%

TXDibollTemple-Inland PB-44 365.7 22.3 12.49 55.7%

TXDibollTemple-Inland PB-44 355.9 22.3 12.73 55.7%

TXDibollTemple-Inland PB-44 309.2 22.3 12.87 55.8%

TXDibollTemple-Inland PB-44 289.5 22.3 12.12 55.8%

TXDibollTemple-Inland PB-44 221.9 22.3 12.5 55.8%

TXDibollTemple-Inland PB-44 187.3 22.3 12.53 55.8%

TXDibollTemple-Inland PB-44 1,169.1 22.3 13.14 55.8%

TXDibollTemple-Inland PB-44 207.0 22.4 12.61 55.9%

TXDibollTemple-Inland PB-44 136.4 22.4 12.32 55.9%

TXDibollTemple-Inland PB-44 267.4 22.4 12.69 55.9%

TXDibollTemple-Inland PB-44 173.0 22.4 12.43 56.0%

TXDibollTemple-Inland PB-44 257.0 22.4 12.35 56.1%

TXDibollTemple-Inland PB-44 193.7 22.4 12.53 56.1%

TXDibollTemple-Inland PB-44 119.0 22.4 12.02 56.1%

# Appendix B-2: CO 30-Day Average for TXDibollTemple-Inland

FacilityID CombustorID CO

(ppm@3%O2) Heat_Input O2% % of Design Capacity

TXDibollTemple-Inland PB-44 573.2 22.5 12.88 56.1%

TXDibollTemple-Inland PB-44 133.3 22.5 12.66 56.2%

TXDibollTemple-Inland PB-44 216.6 22.5 12.61 56.2%

TXDibollTemple-Inland PB-44 123.5 22.5 12.41 56.2%

TXDibollTemple-Inland PB-44 587.8 22.5 12.81 56.2%

TXDibollTemple-Inland PB-44 555.5 22.5 12.82 56.2%

TXDibollTemple-Inland PB-44 1,184.8 22.5 13.12 56.3%

TXDibollTemple-Inland PB-44 257.0 22.5 12.66 56.3%

TXDibollTemple-Inland PB-44 186.8 22.5 12.06 56.3%

TXDibollTemple-Inland PB-44 61.4 22.5 12.18 56.3%

TXDibollTemple-Inland PB-44 154.6 22.5 12.48 56.4%

TXDibollTemple-Inland PB-44 777.4 22.6 12.68 56.4%

TXDibollTemple-Inland PB-44 459.8 22.6 12.6 56.4%

TXDibollTemple-Inland PB-44 153.6 22.6 12.31 56.5%

TXDibollTemple-Inland PB-44 3,153.0 22.6 13.38 56.5%

TXDibollTemple-Inland PB-44 278.6 22.6 12.54 56.5%

TXDibollTemple-Inland PB-44 154.6 22.6 12.25 56.5%

TXDibollTemple-Inland PB-44 707.3 22.6 12.79 56.5%

TXDibollTemple-Inland PB-44 3,636.3 22.6 13.45 56.5%

TXDibollTemple-Inland PB-44 281.1 22.6 12.61 56.6%

TXDibollTemple-Inland PB-44 148.1 22.6 12.25 56.6%

TXDibollTemple-Inland PB-44 113.6 22.7 12.26 56.7%

TXDibollTemple-Inland PB-44 322.2 22.7 12.45 56.7%

TXDibollTemple-Inland PB-44 56.5 22.7 11.96 56.7%

TXDibollTemple-Inland PB-44 99.3 22.7 12.17 56.7%

TXDibollTemple-Inland PB-44 410.6 22.7 12.98 56.8%

TXDibollTemple-Inland PB-44 218.3 22.7 12.08 56.8%

TXDibollTemple-Inland PB-44 381.1 22.7 12.78 56.8%

TXDibollTemple-Inland PB-44 361.6 22.7 12.64 56.8%

TXDibollTemple-Inland PB-44 177.7 22.7 11.96 56.8%

TXDibollTemple-Inland PB-44 177.4 22.7 12.28 56.8%

TXDibollTemple-Inland PB-44 399.6 22.7 12.91 56.9%

TXDibollTemple-Inland PB-44 128.4 22.7 12.12 56.9%

TXDibollTemple-Inland PB-44 73.2 22.8 12.19 56.9%

TXDibollTemple-Inland PB-44 129.0 22.8 12.29 57.0%

TXDibollTemple-Inland PB-44 397.3 22.8 12.86 57.0%

# Appendix B-2: CO 30-Day Average for TXDibollTemple-Inland

FacilityID CombustorID CO

(ppm@3%O2) Heat_Input O2% % of Design Capacity

TXDibollTemple-Inland PB-44 403.2 22.8 12.89 57.0%

TXDibollTemple-Inland PB-44 185.9 22.8 12.56 57.1%

TXDibollTemple-Inland PB-44 301.4 22.8 12.78 57.1%

TXDibollTemple-Inland PB-44 163.8 22.9 11.75 57.2%

TXDibollTemple-Inland PB-44 151.5 22.9 12.11 57.2%

TXDibollTemple-Inland PB-44 2,257.3 22.9 13.26 57.2%

TXDibollTemple-Inland PB-44 115.9 22.9 12.35 57.2%

TXDibollTemple-Inland PB-44 189.1 22.9 12.53 57.3%

TXDibollTemple-Inland PB-44 188.5 22.9 12.36 57.3%

TXDibollTemple-Inland PB-44 126.8 22.9 12.05 57.4%

TXDibollTemple-Inland PB-44 510.6 23.0 12.5 57.4%

TXDibollTemple-Inland PB-44 152.4 23.0 12.54 57.4%

TXDibollTemple-Inland PB-44 158.7 23.0 12.25 57.4%

TXDibollTemple-Inland PB-44 241.3 23.0 12.25 57.5%

TXDibollTemple-Inland PB-44 275.6 23.0 11.99 57.5%

TXDibollTemple-Inland PB-44 244.7 23.0 12.16 57.5%

TXDibollTemple-Inland PB-44 254.0 23.0 12.41 57.5%

TXDibollTemple-Inland PB-44 388.2 23.0 11.99 57.6%

TXDibollTemple-Inland PB-44 128.6 23.0 12.48 57.6%

TXDibollTemple-Inland PB-44 155.2 23.0 12.27 57.6%

TXDibollTemple-Inland PB-44 310.4 23.1 12.62 57.6%

TXDibollTemple-Inland PB-44 632.3 23.1 12.93 57.7%

TXDibollTemple-Inland PB-44 206.1 23.1 12.01 57.7%

TXDibollTemple-Inland PB-44 378.8 23.1 12.67 57.7%

TXDibollTemple-Inland PB-44 86.4 23.1 12.05 57.8%

TXDibollTemple-Inland PB-44 208.5 23.1 12.6 57.8%

TXDibollTemple-Inland PB-44 455.3 23.1 12.85 57.8%

TXDibollTemple-Inland PB-44 930.2 23.1 12.83 57.8%

TXDibollTemple-Inland PB-44 120.0 23.2 12.13 57.9%

TXDibollTemple-Inland PB-44 217.9 23.2 12.69 58.0%

TXDibollTemple-Inland PB-44 330.9 23.2 12.13 58.0%

TXDibollTemple-Inland PB-44 102.1 23.2 11.99 58.0%

TXDibollTemple-Inland PB-44 409.1 23.2 12.35 58.0%

TXDibollTemple-Inland PB-44 192.8 23.2 12.43 58.0%

TXDibollTemple-Inland PB-44 199.7 23.2 12.51 58.0%

TXDibollTemple-Inland PB-44 255.5 23.2 12.41 58.1%

# Appendix B-2: CO 30-Day Average for TXDibollTemple-Inland

FacilityID CombustorID CO

(ppm@3%O2) Heat_Input O2% % of Design Capacity

TXDibollTemple-Inland PB-44 188.4 23.3 12.32 58.1%

TXDibollTemple-Inland PB-44 599.5 23.3 12.49 58.1%

TXDibollTemple-Inland PB-44 178.6 23.3 12.26 58.2%

TXDibollTemple-Inland PB-44 68.7 23.3 12.16 58.2%

TXDibollTemple-Inland PB-44 127.2 23.3 12.16 58.2%

TXDibollTemple-Inland PB-44 723.2 23.3 12.8 58.2%

TXDibollTemple-Inland PB-44 237.7 23.3 12.32 58.2%

TXDibollTemple-Inland PB-44 80.5 23.3 11.97 58.2%

TXDibollTemple-Inland PB-44 201.4 23.3 12.51 58.2%

TXDibollTemple-Inland PB-44 480.2 23.3 12.89 58.2%

TXDibollTemple-Inland PB-44 610.1 23.3 12.49 58.2%

TXDibollTemple-Inland PB-44 386.7 23.3 12.29 58.4%

TXDibollTemple-Inland PB-44 341.8 23.4 12.25 58.4%

TXDibollTemple-Inland PB-44 177.5 23.4 12.03 58.4%

TXDibollTemple-Inland PB-44 463.8 23.4 12.71 58.5%

TXDibollTemple-Inland PB-44 169.9 23.4 11.78 58.5%

TXDibollTemple-Inland PB-44 188.1 23.5 12.27 58.7%

TXDibollTemple-Inland PB-44 232.2 23.5 12.44 58.7%

TXDibollTemple-Inland PB-44 153.5 23.5 12.1 58.7%

TXDibollTemple-Inland PB-44 173.9 23.5 12.19 58.7%

TXDibollTemple-Inland PB-44 158.7 23.5 12.22 58.8%

TXDibollTemple-Inland PB-44 296.4 23.5 12.71 58.8%

TXDibollTemple-Inland PB-44 142.7 23.5 11.83 58.9%

TXDibollTemple-Inland PB-44 180.7 23.6 12.58 58.9%

TXDibollTemple-Inland PB-44 164.4 23.6 12.28 58.9%

TXDibollTemple-Inland PB-44 107.2 23.6 11.73 58.9%

TXDibollTemple-Inland PB-44 145.2 23.6 12.35 58.9%

TXDibollTemple-Inland PB-44 126.4 23.6 12.49 59.0%

TXDibollTemple-Inland PB-44 35.2 23.6 11.32 59.0%

TXDibollTemple-Inland PB-44 373.5 23.6 12.62 59.0%

TXDibollTemple-Inland PB-44 212.3 23.6 12.48 59.0%

TXDibollTemple-Inland PB-44 178.2 23.6 12.28 59.1%

TXDibollTemple-Inland PB-44 717.3 23.6 12.74 59.1%

TXDibollTemple-Inland PB-44 116.2 23.6 11.99 59.1%

TXDibollTemple-Inland PB-44 195.7 23.7 11.96 59.2%

TXDibollTemple-Inland PB-44 133.9 23.7 11.83 59.2%

# Appendix B-2: CO 30-Day Average for TXDibollTemple-Inland

FacilityID CombustorID CO

(ppm@3%O2) Heat_Input O2% % of Design Capacity

TXDibollTemple-Inland PB-44 121.1 23.7 11.93 59.2%

TXDibollTemple-Inland PB-44 110.9 23.7 12.05 59.3%

TXDibollTemple-Inland PB-44 120.6 23.7 12.04 59.3%

TXDibollTemple-Inland PB-44 390.2 23.7 12.35 59.3%

TXDibollTemple-Inland PB-44 209.0 23.7 12.41 59.4%

TXDibollTemple-Inland PB-44 2,197.6 23.8 13.29 59.4%

TXDibollTemple-Inland PB-44 182.2 23.8 12.25 59.5%

TXDibollTemple-Inland PB-44 97.8 23.8 12.04 59.5%

TXDibollTemple-Inland PB-44 468.0 23.8 12.34 59.5%

TXDibollTemple-Inland PB-44 126.1 24.0 12.01 59.9%

TXDibollTemple-Inland PB-44 483.0 24.0 12.35 60.0%

TXDibollTemple-Inland PB-44 117.5 24.0 11.9 60.0%

TXDibollTemple-Inland PB-44 156.1 24.0 12.19 60.1%

TXDibollTemple-Inland PB-44 315.8 24.0 12.53 60.1%

TXDibollTemple-Inland PB-44 2,588.8 24.0 13.31 60.1%

TXDibollTemple-Inland PB-44 2,727.8 24.0 13.35 60.1%

TXDibollTemple-Inland PB-44 119.0 24.1 11.95 60.2%

TXDibollTemple-Inland PB-44 482.6 24.1 12.37 60.3%

TXDibollTemple-Inland PB-44 192.5 24.1 12.1 60.4%

TXDibollTemple-Inland PB-44 1,929.0 24.2 13.11 60.4%

TXDibollTemple-Inland PB-44 3,059.8 24.2 13.4 60.5%

TXDibollTemple-Inland PB-44 94.1 24.2 11.92 60.5%

TXDibollTemple-Inland PB-44 456.3 24.3 12.42 60.7%

TXDibollTemple-Inland PB-44 198.7 24.3 12.46 60.7%

TXDibollTemple-Inland PB-44 133.3 24.3 11.93 60.7%

TXDibollTemple-Inland PB-44 27.1 24.3 10.6 60.7%

TXDibollTemple-Inland PB-44 2,254.0 24.5 13.31 61.2%

TXDibollTemple-Inland PB-44 780.5 24.5 12.71 61.2%

TXDibollTemple-Inland PB-44 454.9 24.5 12.38 61.2%

TXDibollTemple-Inland PB-44 103.7 24.6 12.02 61.6%

TXDibollTemple-Inland PB-44 3,531.1 24.7 13.43 61.6%

TXDibollTemple-Inland PB-44 113.1 24.7 11.91 61.8%

TXDibollTemple-Inland PB-44 129.7 24.7 11.86 61.9%

TXDibollTemple-Inland PB-44 292.0 24.8 12.01 61.9%

TXDibollTemple-Inland PB-44 406.3 24.8 12.35 61.9%

TXDibollTemple-Inland PB-44 111.4 24.9 12.04 62.2%

# Appendix B-2: CO 30-Day Average for TXDibollTemple-Inland

FacilityID CombustorID CO

(ppm@3%O2) Heat_Input O2% % of Design Capacity

TXDibollTemple-Inland PB-44 1,566.1 24.9 13.04 62.2%

TXDibollTemple-Inland PB-44 104.7 24.9 11.9 62.3%

TXDibollTemple-Inland PB-44 2,843.8 25.0 13.34 62.4%

TXDibollTemple-Inland PB-44 118.6 25.0 11.57 62.5%

TXDibollTemple-Inland PB-44 169.3 25.0 12.09 62.5%

TXDibollTemple-Inland PB-44 125.6 25.0 11.96 62.6%

TXDibollTemple-Inland PB-44 102.6 25.1 11.95 62.8%

TXDibollTemple-Inland PB-44 1,481.7 25.2 13.08 62.9%

TXDibollTemple-Inland PB-44 132.4 25.3 11.42 63.3%

TXDibollTemple-Inland PB-44 101.5 25.4 11.6 63.6%

TXDibollTemple-Inland PB-44 1,499.4 25.4 12.95 63.6%

TXDibollTemple-Inland PB-44 112.3 25.5 11.66 63.7%

TXDibollTemple-Inland PB-44 95.9 25.7 11.67 64.1%

TXDibollTemple-Inland PB-44 147.0 25.7 11.53 64.2%

TXDibollTemple-Inland PB-44 72.2 25.9 11.7 64.8%

TXDibollTemple-Inland PB-44 64.5 26.0 11.67 64.9%

TXDibollTemple-Inland PB-44 39.3 26.3 11.34 65.7%

TXDibollTemple-Inland PB-44 9.9 27.1 10.6 67.7%

TXDibollTemple-Inland PB-44 5.6 29.1 9.75 72.7%

TXDibollTemple-Inland PB-44 6.8 29.5 9.81 73.7%

TXDibollTemple-Inland PB-44 18.2 29.8 9.24 74.6%

TXDibollTemple-Inland PB-44 25.3 30.0 9.81 74.9%

TXDibollTemple-Inland PB-44 11.0 30.9 9.89 77.3%

TXDibollTemple-Inland PB-44 11.0 31.0 9.32 77.6%

TXDibollTemple-Inland PB-44 16.9 31.0 9.03 77.6%

# Appendix C-1: Summary of Number of Sources with Test Data and Top 12 Percent

MACT Floor by Fuel Typ e

Parameters PM

Filterable

(lb/mmBtu) Hg HCl CO D/F

total mass D/F

TEQ Total Count of

Units in

Subcategory

Biomass 420

No. of sources = 192 91 92

No. in MACT floor = 24 11 12 0

Coal 578

No. of sources = 366 285 318

No. in MACT floor = 44 35 39 0

Liquid 826

No. of sources = 91 177 190 116 17 17

No. in MACT floor = 11 22 23 14 3 3

Gas 1 - Excluding Metal Industry Furnaces 10783

No. of sources = 144 14 11 754 8 8

No. in MACT floor = 18 2 2 91 1 1

Gas 1 - Metal Industry Furnaces 749

No. of sources = 9 7 9 15 7 7

No. in MACT floor = 2 1 2 2 1 1

Gas 2 199

No. of sources = 13 8 8 75 5 5

No. in MACT floor = 2 1 1 9 1 1

Parameters CO (ppm @

3% O2) Dioxin/Fura

ns (Total

Mass)

ppm@ 3%

O2) Dioxin/Fura

ns (TEQ)

ppm@ 3%

O2) Total Count of

Units in

Subcategory

Biomass - Dutch Oven 62

No. of sources = 17 3 3

No. in MACT floor = 3 1 1

Biomass - Fluidized Bed 12

No. of sources = 7 6 6

No. in MACT floor = 5 5 5

Biomass - Fuel Cell 26

No. of sources = 16 7 7

No. in MACT floor = 5 5 5

Biomass - Stoker 320

No. of sources = 119 16 16

No. in MACT floor = 15 2 2

Coal - FB 31

No. of sources = 17 12 12

No. in MACT floor = 3 2 2

Coal - PC 186

No. of sources = 41 10 10

No. in MACT floor = 5 2 2

Coal - Stoker 361

No. of sources = 61 14 14

No. in MACT floor = 8 2 2

# APPENDIX C-2

Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis

According to Fuel Type

(See file named “ mjr-MACT Floor Appx C-2 ” for facility-specific cost estimates)

# Table 9: CO Floor by Combustor

FacilityID CombustorID

_common Pollutant_Na

me MACT Floor

FuelCat Combustor

Design ppm @ 3% O2 Rank In top

12 pct?

FLUSSugarC

orp Boiler No. 7 CO Biomass Dutch

Oven/Susp.

Burner 1.87E+01 1 YES

TXDibollTem

ple-Inland PB-44 CO Biomass Dutch

Oven/Susp.

Burner 6.93E+01 2 YES

WAGraysHar

borPaper No. 6 Boiler

(EU2) CO Biomass Dutch

Oven/Susp.

Burner 2.56E+02 3 YES

FLSugarCan

eGrowersCo

op Boiler No. 8 CO Biomass Dutch

Oven/Susp.

Burner 3.17E+02 4 NO

ORRosboroS

pringfield DV 01.1 CO Biomass Dutch

Oven/Susp.

Burner 4.10E+02 5 NO

ORFlakeboar

dEugene Boiler-2 CO Biomass Dutch

Oven/Susp.

Burner 4.48E+02 6 NO

FLUSSugarC

orp Boiler No. 8 CO Biomass Dutch

Oven/Susp.

Burner 4.51E+02 7 NO

OHSauderW

oodArchbold B009 CO Biomass Dutch

Oven/Susp.

Burner 5.02E+02 8 NO

OHSauderW

oodArchbold B008 CO Biomass Dutch

Oven/Susp.

Burner 5.42E+02 9 NO

MNNorbordM

innesota Konus No. 1 CO Biomass Dutch

Oven/Susp.

Burner 9.60E+02 10 NO

MNNorbordM

innesota Konus No. 2 CO Biomass Dutch

Oven/Susp.

Burner 9.60E+02 11 NO

FLUSSugarC

orp Boiler No. 4 CO Biomass Dutch

Oven/Susp.

Burner 1.48E+03 12 NO

FLSugarCan

eGrowersCo

op Boiler No. 1 CO Biomass Dutch

Oven/Susp.

Burner 2.35E+03 13 NO

FLOsceolaF

arms Boiler No. 3 CO Biomass Dutch

Oven/Susp.

Burner 4.26E+03 14 NO

FLUSSugarC

orp Boiler No. 1 CO Biomass Dutch

Oven/Susp.

Burner 7.37E+03 15 NO

FLOsceolaF

arms Boiler No. 6 CO Biomass Dutch

Oven/Susp.

Burner 7.50E+03 16 NO APPENDIX C-3 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to

Combustor Design

# Table 9: CO Floor by Combustor

FacilityID CombustorID

_common Pollutant_Na

me MACT Floor

FuelCat Combustor

Design ppm @ 3% O2 Rank In top

12 pct? APPENDIX C-3 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to

Combustor Design

FLUSSugarC

orp Boiler No. 2 CO Biomass Dutch

Oven/Susp.

Burner 1.98E+04 17 NO

ORGeorgiaP

acificWauna

Mill EU35 -

Fluidized

Bed Boiler CO Biomass FB 2.39E+01 1 YES

ALIPCourtlan

d No. 3

Combination

Boier /

11CU301 CO Biomass FB 3.98E+01 2 YES

TNDomtar23

84 HFB1-1 CO Biomass FB 8.17E+01 3 YES

GATempleInl

andRome WF CO Biomass FB 9.88E+01 4 YES

KYDomtarHa

wesville Biofuel Boiler

B-900 CO Biomass FB 1.12E+02 5 YES

TNBowaterN

ewsprint Bubbling

Fluidized

Bed Boiler CO Biomass FB 1.15E+02 6 NO

NDCargillWe

stFargo Foster

Wheeler

Boiler

(EU43) CO Biomass FB 3.55E+03 7 NO

KYWeyerhae

userEKY MP 01-01 CO Biomass Fuel Cell 5.74E+01 1 YES

KYWeyerhae

userEKY MP 01-03 CO Biomass Fuel Cell 5.74E+01 2 YES

ARWeyerhae

userDierksMi

ll SN-45 CO Biomass Fuel Cell 6.21E+01 3 YES

WAWeyerha

euser_Raym

ond Hog Fuel

Boiler EU1 CO Biomass Fuel Cell 1.16E+02 4 YES

WVGPMtHo

peOSB 5600 -

Wellons

Energy

System CO Biomass Fuel Cell 1.27E+02 5 YES

VAGeorgiaP

acificBrookn

ealGladys 5600 CO Biomass Fuel Cell 1.73E+02 6 NO

MSWeyerha

euserBruce AA-002 No.

2 Boiler CO Biomass Fuel Cell 1.87E+02 7 NO

IDPotlatch PB-1 CE CO Biomass Fuel Cell 2.72E+02 8 NO

# Table 9: CO Floor by Combustor

FacilityID CombustorID

_common Pollutant_Na

me MACT Floor

FuelCat Combustor

Design ppm @ 3% O2 Rank In top

12 pct? APPENDIX C-3 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to

Combustor Design

GAADMLoca

tion551 630- Wellons CO Biomass Fuel Cell 3.66E+02 9 NO

ORWeyerha

euserCoWarr

entonLumber

Mill 3-HFB CO Biomass Fuel Cell 4.55E+02 10 NO

ARAnthonyF

orestProduct

s SN-16 CO Biomass Fuel Cell 5.41E+02 11 NO

ARAnthonyF

orestProduct

s SN-12 CO Biomass Fuel Cell 6.54E+02 12 NO

MTPlumCree

k Wellons

Plywood CO Biomass Fuel Cell 1.19E+03 13 NO

TXNorbordT

exasNacogd

oches Konus No. 1 CO Biomass Fuel Cell 1.22E+03 14 NO

TXNorbordT

exasNacogd

oches Konus No. 2 CO Biomass Fuel Cell 1.22E+03 15 NO

NCUniboard

USA Wellons

Thermal Oil

Heater CO Biomass Fuel Cell 1.58E+05 16 NO

GATempleInl

andThomson BW-B001 CO Biomass Stoker/Slope

dGrate/Other 4.08E+00 1 YES

WVWeyerha

euserBuckha

nnon 001-01 CO Biomass Stoker/Slope

dGrate/Other 2.28E+01 2 YES

WAKimberly

ClarkEverett No. 14

Cogeneration

Boiler CO Biomass Stoker/Slope

dGrate/Other 3.39E+01 3 YES

IDChilcoLake

Sawmill HFB1 CO Biomass Stoker/Slope

dGrate/Other 5.10E+01 4 YES

ARWestFras

erHuttig SN-24 CO Biomass Stoker/Slope

dGrate/Other 6.48E+01 5 YES

MILPCSagol

a TOH-Wood CO Biomass Stoker/Slope

dGrate/Other 6.80E+01 6 YES

INConsolidat

edGrainandB

arge P17B CO Biomass Stoker/Slope

dGrate/Other 8.72E+01 7 YES

INConsolidat

edGrainandB

arge P17C CO Biomass Stoker/Slope

dGrate/Other 8.72E+01 8 YES

# Table 9: CO Floor by Combustor

FacilityID CombustorID

_common Pollutant_Na

me MACT Floor

FuelCat Combustor

Design ppm @ 3% O2 Rank In top

12 pct? APPENDIX C-3 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to

Combustor Design

MNAnderson

CorpBayport Boiler 11

EU620 CO Biomass Stoker/Slope

dGrate/Other 9.25E+01 9 YES

MNAnderson

CorpBayport Boiler 12

EU621 CO Biomass Stoker/Slope

dGrate/Other 9.96E+01 10 YES

MSGPNewA

ugusta AA-015

Power Boiler CO Biomass Stoker/Slope

dGrate/Other 1.02E+02 11 YES

KYNewPageWickliffe B09 CO Biomass Stoker/Slope

dGrate/Other 1.13E+02 12 YES

ALMeadwest

vacoCottonto

n46 No.3 Wood

Residue

Boiler CO Biomass Stoker/Slope

dGrate/Other 1.22E+02 13 YES

MSShuquala

kLumber Boiler 4 (AA108) CO Biomass Stoker/Slope

dGrate/Other 1.22E+02 14 YES

MSHoodBea

umont AA-030

(Wood-Fired

Boiler) CO Biomass Stoker/Slope

dGrate/Other 1.28E+02 15 YES

OHAkronThe

rmalEnergy Unit #2

(B004) CO Biomass Stoker/Slope

dGrate/Other 1.29E+02 16 NO

GATempleInl

andRome PB4 CO Biomass Stoker/Slope

dGrate/Other 1.30E+02 17 NO

MNWeyerha

euserIronton EU 001 - 4

Cell Furnace CO Biomass Stoker/Slope

dGrate/Other 1.32E+02 18 NO

ORBlueHero

nPaper G Boiler CO Biomass Stoker/Slope

dGrate/Other 1.47E+02 19 NO

MIWhitePine

Electric IBW Boiler CO Biomass Stoker/Slope

dGrate/Other 1.49E+02 20 NO

PAProctorGa

mbleMehoop

anyPA Boiler #3

(033A) CO Biomass Stoker/Slope

dGrate/Other 1.51E+02 21 NO

ALWestervel

t Teaford -

Unit 003 CO Biomass Stoker/Slope

dGrate/Other 1.59E+02 22 NO

ALIPCourtlan

d No. 1

Combination

Boiler /

11CU101 CO Biomass Stoker/Slope

dGrate/Other 1.60E+02 23 NO

IDRileyCreek

Lumber HFB1 CO Biomass Stoker/Slope

dGrate/Other 1.61E+02 24 NO

# Table 9: CO Floor by Combustor

FacilityID CombustorID

_common Pollutant_Na

me MACT Floor

FuelCat Combustor

Design ppm @ 3% O2 Rank In top

12 pct? APPENDIX C-3 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to

Combustor Design

ORStimsonL

umberForest

Grove Boiler 1 CO Biomass Stoker/Slope

dGrate/Other 1.64E+02 25 NO

ORStimsonL

umberForest

Grove Boiler 2 CO Biomass Stoker/Slope

dGrate/Other 1.64E+02 26 NO

ORStimsonL

umberForest

Grove Boiler 3 CO Biomass Stoker/Slope

dGrate/Other 1.64E+02 27 NO

WVJELDWENCraigsvi

lle Wood Fired

Boiler CO Biomass Stoker/Slope

dGrate/Other 1.82E+02 28 NO

# Table 10: D/F Total Mass Floor by Combustor

FacilityID CombustorID

_common MACT Floor

FuelCat Combustor

Design Total Mass

PCDD/PCDF

Unit ng/dscm @3%O2 Rank In top 12

pct?

ORFlakeboar

dEugene Boiler-2 Biomass Dutch

Oven/Susp.

Burner ng/dscm @

7% O2 1.63E-01 1 YES

ORRosboroS

pringfield DV 01.1 Biomass Dutch

Oven/Susp.

Burner ng/dscm @

7% O2 9.12E+00 2 NO

WAGraysHar

borPaper No. 6 Boiler

(EU2) Biomass Dutch

Oven/Susp.

Burner ng/dscm @

7% O2 1.71E+01 3 NO

ORGeorgiaP

acificWauna

Mill EU35 -

Fluidized

Bed Boiler Biomass FB ng/dscm @

7% O2 3.00E-02 1 YES

ALIPCourtlan

d No. 3

Combination

Boier /

11Cu301 Biomass FB ng/dscm @

7% O2 1.09E-01 2 YES

NDCargillWe

stFargo Foster

Wheeler

Boiler

(EU43) Biomass FB ng/dscm @

7% O2 1.83E-01 3 YES

TNBowaterN

ewsprint Bubbling

Fluidized

Bed Boiler Biomass FB ng/dscm @

7% O2 1.90E-01 4 YES

GATempleInl

andRome WF Biomass FB ng/dscm @

7% O2 5.59E-01 5 YES

TNDomtar23

84 HFB1-1 Biomass FB ng/dscm @

7% O2 1.45E+00 6 NO

ARWeyerhae

userDierksMi

ll SN-45 Biomass Fuel Cell ng/dscm @

7% O2 1.79E-02 1 YES

WAWeyerha

euser_Raym

ond Hog Fuel

Boiler EU1 Biomass Fuel Cell ng/dscm @

7% O2 3.19E-02 2 YES

MSWeyerha

euserBruce AA-002 No.

2 Boiler Biomass Fuel Cell ng/dscm @

7% O2 1.67E-01 3 YES

ORWeyerha

euserCoWarr

entonLumber

Mill 3-HFB Biomass Fuel Cell ng/dscm @

7% O2 3.07E-01 4 YES

ARAnthonyF

orestProduct

s SN-12 Biomass Fuel Cell ng/dscm @

7% O2 5.65E-01 5 YES

MTPlumCree

k Wellons

Plywood Biomass Fuel Cell ng/dscm @

7% O2 1.17E+00 6 NO

IDPotlatch PB-1 CE Biomass Fuel Cell ng/dscm @

7% O2 3.43E+00 7 NO APPENDIX C-3 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to

Combustor Design

# Table 10: D/F Total Mass Floor by Combustor

FacilityID CombustorID

_common MACT Floor

FuelCat Combustor

Design Total Mass

PCDD/PCDF

Unit ng/dscm @3%O2 Rank In top 12

pct? APPENDIX C-3 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to

Combustor Design

GAGPMadis

onPly 800 Wood

Waste Boiler Biomass Stoker/Slope

dGrate/Other ng/dscm @

7% O2 2.93E-02 1 YES

SCMarlboroP

aper Hogged Fuel

Boiler Biomass Stoker/Slope

dGrate/Other ng/dscm @

7% O2 3.99E-02 2 YES

ARPotlatchF

orestWarren Wellons

Boiler Biomass Stoker/Slope

dGrate/Other ng/dscm @

7% O2 5.84E-02 3 NO

MEBoralexSt

ratton Boiler #1 Biomass Stoker/Slope

dGrate/Other ng/dscm @

7% O2 9.06E-02 4 NO

MESDWarre

nSomerset No2 Power

Boiler Biomass Stoker/Slope

dGrate/Other ng/dscm @

7% O2 1.89E-01 5 NO

KYNewPageWickliffe B09 Biomass Stoker/Slope

dGrate/Other ng/dscm @

7% O2 2.02E-01 6 NO

ALBoiseWhit

ePaperJacks

on 102-0001-

Z013 Biomass Stoker/Slope

dGrate/Other ng/dscm @

7% O2 3.02E-01 8 NO

WANipponP

aper #8 Hog Fuel

Boiler Biomass Stoker/Slope

dGrate/Other ng/dscm @

7% O2 3.18E-01 9 NO

SCInternatio

nalPaperEas

tover No. 2 Power

Boiler Biomass Stoker/Slope

dGrate/Other ng/dscm @

7% O2 4.11E-01 10 NO

MTSmurfitSt

one Multi-Fuel

Boiler Biomass Stoker/Slope

dGrate/Other ng/dscm @

7% O2 4.58E-01 11 NO

SCBowaterC

oatedPaper Combination

Boiler No. 2 Biomass Stoker/Slope

dGrate/Other ng/dscm @

7% O2 6.57E-01 12 NO

ARGBPMorri

lton SN-04 Biomass Stoker/Slope

dGrate/Other ng/dscm @

7% O2 1.76E+00 13 NO

GAGPCellulo

seBrunswick U700 -- No.

4 Power

Boiler Biomass Stoker/Slope

dGrate/Other ng/dscm @

7% O2 1.90E+00 14 NO

WAKimberly

ClarkEverett No. 14

Cogeneration

Boiler Biomass Stoker/Slope

dGrate/Other ng/dscm @

7% O2 2.70E+00 15 NO

PAProctorGa

mbleMehoop

anyPA Boiler #3

(033A) Biomass Stoker/Slope

dGrate/Other ng/dscm @

7% O2 3.23E+00 16 NO

ALMeadwest

vacoCottonto

n46 No.1 Wood

Residue

Boiler Biomass Stoker/Slope

dGrate/Other ng/dscm @

7% O2 3.85E+01 17 NO

# Table 10: D/F Total Mass Floor by Combustor

FacilityID CombustorID

_common MACT Floor

FuelCat Combustor

Design Total Mass

PCDD/PCDF

Unit ng/dscm @3%O2 Rank In top 12

pct? APPENDIX C-3 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to

Combustor Design

INPurdueUni

verisity Boiler 5 Coal FB ng/dscm @

7% O2 1.91E-03 1 YES

IARoquetteA

merica Circulating

Fluidized

Bed Boiler

(121) Coal FB ng/dscm @

7% O2 1.66E-02 2 YES

GASPNewsp

rint PB2 Coal FB ng/dscm @

7% O2 8.39E-02 3 NO

IAUofIowa EP7 Boiler

11 Coal FB ng/dscm @

7% O2 9.59E-02 4 NO

IAADMCorn

ProcessingC

R EU-501B Coal FB ng/dscm @

7% O2 9.77E-02 5 NO

ILPolyOne B1 Coal FB ng/dscm @

7% O2 1.50E-01 6 NO

MENewPage

Rumford Cogen#6 &

#7 Coal FB ng/dscm @

7% O2 1.65E-01 7 NO

IAArchersDa

nielsMidland

DesMoines Asea Boiler

#1 Coal FB ng/dscm @

7% O2 2.37E-01 8 NO

SCSonocoH

artsville Boiler

Number 9 Coal FB ng/dscm @

7% O2 2.59E-01 9 NO

ILBungeDan

ville CFB Boiler Coal FB ng/dscm @

7% O2 3.42E-01 10 NO

PAPHGlatfelt

er PB5 Coal FB ng/dscm @

7% O2 5.20E-01 11 NO

NCUNCCoge

n ES-001 Coal FB ng/dscm @

7% O2 2.06E+00 12 NO

WVPPGMart

insville R011-Boiler

3 Coal PC ng/dscm @

7% O2 1.82E-02 1 YES

NCMillerCoor

s ES-2

Coal/No. 2 &

6 Fuel Oil

Boiler Coal PC ng/dscm @

7% O2 1.91E-02 2 YES

GAGPCedar

Springs U500 -

Power Boiler

No 1 Coal PC ng/dscm @

7% O2 3.45E-02 3 NO

INTateLyleS

agamore 31B1 Coal PC ng/dscm @

7% O2 4.80E-02 4 NO

# Table 10: D/F Total Mass Floor by Combustor

FacilityID CombustorID

_common MACT Floor

FuelCat Combustor

Design Total Mass

PCDD/PCDF

Unit ng/dscm @3%O2 Rank In top 12

pct? APPENDIX C-3 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to

Combustor Design

VASmurfitSt

oneWestpt PB08 Coal PC ng/dscm @

7% O2 1.59E-01 5 NO

SCCogenSo

uth B001 - Main

Boiler Coal PC ng/dscm @

7% O2 2.44E-01 6 NO

TNEastman_

NO_CBIDAT

A Boiler 30 Coal PC ng/dscm @

7% O2 2.70E-01 7 NO

MITBSimonP

owerPlant Unit 1 Coal PC ng/dscm @

7% O2 6.21E-01 8 NO

IAUofNorther

nIowa Boiler #3 Coal PC ng/dscm @

7% O2 9.00E-01 9 NO

VAINVISTA

Waynesboro 2-205 (B#2)

Boiler #2 Coal PC ng/dscm @

7% O2 2.31E+00 10 NO

KYISPChemi

cals 0AA (Riley) Coal Stoker/Slope

dGrate/Other ng/dscm @

7% O2 2.53E-03 1 YES

WINewPage

Biron B24 Coal Stoker/Slope

dGrate/Other ng/dscm @

7% O2 1.24E-02 2 YES

ILAbbottAbb

ottPark Unit 5AP Coal Stoker/Slope

dGrate/Other ng/dscm @

7% O2 1.51E-02 3 NO

IAMonsanto

Muscatine Boiler #8 (EP

195) Coal Stoker/Slope

dGrate/Other ng/dscm @

7% O2 4.16E-02 4 NO

INNotreDam

e B-4 Coal Stoker/Slope

dGrate/Other ng/dscm @

7% O2 4.93E-02 5 NO

TNCargillMe

mphis Stoker Boiler

8001 Coal Stoker/Slope

dGrate/Other ng/dscm @

7% O2 5.05E-02 6 NO

NCDomtar 65-25-0310

(No. 2 Hog

Fuel Boiler) Coal Stoker/Slope

dGrate/Other ng/dscm @

7% O2 9.00E-02 7 NO

WVATKRock

etCenter NB2766 W17479-W

(Boiler 17) Coal Stoker/Slope

dGrate/Other ng/dscm @

7% O2 9.69E-02 8 NO

NCBlueRidg

ePaper G11042 Coal Stoker/Slope

dGrate/Other ng/dscm @

7% O2 1.91E-01 9 NO

WIThilmanyL

LC B09 and B11

(common

stack) Coal Stoker/Slope

dGrate/Other ng/dscm @

7% O2 2.26E-01 10 NO

# Table 10: D/F Total Mass Floor by Combustor

FacilityID CombustorID

_common MACT Floor

FuelCat Combustor

Design Total Mass

PCDD/PCDF

Unit ng/dscm @3%O2 Rank In top 12

pct? APPENDIX C-3 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to

Combustor Design

OHMortonSa

ltRittman B002 - CoalFired Boiler

#2 Coal Stoker/Slope

dGrate/Other ng/dscm @

7% O2 2.41E-01 11 NO

PAAppletonP

apers #036 Coal Stoker/Slope

dGrate/Other ng/dscm @

7% O2 1.48E+00 12 NO

MNVersoPap

er EU006 B&W Coal Stoker/Slope

dGrate/Other ng/dscm @

7% O2 1.88E+00 13 NO

VAUniversity

ofVirginia 7103-1-01R Coal Stoker/Slope

dGrate/Other ng/dscm @

7% O2 3.75E+00 14 NO

# Table 11: D/F TEQ Floor by Combustor

FacilityID CombustorID

_common MACT Floor

FuelCat Combustor

Design ng/dscm @3%O2 CountOfTEQ

PCDD/PCDF Rank In top 12

pct?

ORFlakeboar

dEugene Boiler-2 Biomass Dutch

Oven/Susp.

Burner 9.52E-03 3 1 YES

ORRosboroS

pringfield DV 01.1 Biomass Dutch

Oven/Susp.

Burner 9.53E-02 3 2 NO

WAGraysHar

borPaper No. 6 Boiler

(EU2) Biomass Dutch

Oven/Susp.

Burner 3.67E-01 3 3 NO

ORGeorgiaP

acificWauna

Mill EU35 -

Fluidized

Bed Boiler Biomass FB 2.27E-03 3 1 YES

ALIPCourtlan

d No. 3

Combination

Boier /

11Cu301 Biomass FB 3.27E-03 3 2 YES

TNBowaterN

ewsprint Bubbling

Fluidized

Bed Boiler Biomass FB 5.30E-03 3 3 YES

GATempleInl

andRome WF Biomass FB 9.45E-03 3 4 YES

NDCargillWe

stFargo Foster

Wheeler

Boiler

(EU43) Biomass FB 1.09E-02 3 5 YES

TNDomtar23

84 HFB1-1 Biomass FB 1.85E-02 3 6 NO

WAWeyerha

euser_Raym

ond Hog Fuel

Boiler EU1 Biomass Fuel Cell 2.42E-04 3 7 NO

MSWeyerha

euserBruce AA-002 No.

2 Boiler Biomass Fuel Cell 3.35E-03 3 8 NO

ORWeyerha

euserCoWarr

entonLumber

Mill 3-HFB Biomass Fuel Cell 4.46E-03 1 9 NO

ARWeyerhae

userDierksMi

ll SN-45 Biomass Fuel Cell 8.48E-03 3 10 NO

ARAnthonyF

orestProduct

s SN-12 Biomass Fuel Cell 1.03E-02 3 11 NO

MTPlumCree

k Wellons

Plywood Biomass Fuel Cell 2.32E-02 3 12 NO

IDPotlatch PB-1 CE Biomass Fuel Cell 1.70E+00 3 13 NO APPENDIX C-3 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to

Combustor Design

# Table 11: D/F TEQ Floor by Combustor

FacilityID CombustorID

_common MACT Floor

FuelCat Combustor

Design ng/dscm @3%O2 CountOfTEQ

PCDD/PCDF Rank In top 12

pct? APPENDIX C-3 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to

Combustor Design

ARGBPMorri

lton SN-04 Biomass Stoker/Slope

dGrate/Other 1.52E-05 3 1 YES

MEBoralexSt

ratton Boiler #1 Biomass Stoker/Slope

dGrate/Other 1.62E-03 3 2 YES

GAGPMadis

onPly 800 Wood

Waste Boiler Biomass Stoker/Slope

dGrate/Other 2.01E-03 3 3 NO

SCMarlboroP

aper Hogged Fuel

Boiler Biomass Stoker/Slope

dGrate/Other 2.59E-03 3 4 NO

WANipponP

aper #8 Hog Fuel

Boiler Biomass Stoker/Slope

dGrate/Other 6.06E-03 3 6 NO

ALBoiseWhit

ePaperJacks

on 102-0001-

Z013 Biomass Stoker/Slope

dGrate/Other 9.29E-03 3 7 NO

KYNewPageWickliffe B09 Biomass Stoker/Slope

dGrate/Other 1.00E-02 3 8 NO

SCInternatio

nalPaperEas

tover No. 2 Power

Boiler Biomass Stoker/Slope

dGrate/Other 1.03E-02 3 9 NO

ARPotlatchF

orestWarren Wellons

Boiler Biomass Stoker/Slope

dGrate/Other 1.06E-02 3 10 NO

SCBowaterC

oatedPaper Combination

Boiler No. 2 Biomass Stoker/Slope

dGrate/Other 1.44E-02 3 11 NO

WAKimberly

ClarkEverett No. 14

Cogeneration

Boiler Biomass Stoker/Slope

dGrate/Other 2.06E-02 3 12 NO

MTSmurfitSt

one Multi-Fuel

Boiler Biomass Stoker/Slope

dGrate/Other 2.12E-02 3 13 NO

MESDWarre

nSomerset No2 Power

Boiler Biomass Stoker/Slope

dGrate/Other 2.59E-02 3 14 NO

GAGPCellulo

seBrunswick U700 -- No.

4 Power

Boiler Biomass Stoker/Slope

dGrate/Other 2.59E-02 3 15 NO

ALMeadwest

vacoCottonto

n46 No.1 Wood

Residue

Boiler Biomass Stoker/Slope

dGrate/Other 3.08E-02 3 16 NO

PAProctorGa

mbleMehoop

anyPA Boiler #3

(033A) Biomass Stoker/Slope

dGrate/Other 3.44E-02 3 17 NO

# Table 11: D/F TEQ Floor by Combustor

FacilityID CombustorID

_common MACT Floor

FuelCat Combustor

Design ng/dscm @3%O2 CountOfTEQ

PCDD/PCDF Rank In top 12

pct? APPENDIX C-3 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to

Combustor Design

SCSonocoH

artsville Boiler

Number 9 Coal FB 9.05E-06 3 1 YES

INPurdueUni

verisity Boiler 5 Coal FB 9.33E-04 3 2 YES

IARoquetteA

merica Circulating

Fluidized

Bed Boiler

(121) Coal FB 1.10E-03 3 3 NO

IAArchersDa

nielsMidland

DesMoines Asea Boiler

#1 Coal FB 3.13E-03 3 4 NO

IAUofIowa EP7 Boiler

11 Coal FB 3.56E-03 3 5 NO

MENewPage

Rumford Cogen#6 &

#7 Coal FB 6.04E-03 3 6 NO

GASPNewsp

rint PB2 Coal FB 7.36E-03 3 7 NO

ILPolyOne B1 Coal FB 7.37E-03 3 8 NO

PAPHGlatfelt

er PB5 Coal FB 9.38E-03 3 9 NO

IAADMCorn

ProcessingC

R EU-501B Coal FB 1.30E-02 3 10 NO

ILBungeDan

ville CFB Boiler Coal FB 1.57E-02 3 11 NO

NCUNCCoge

n ES-001 Coal FB 3.42E-02 3 12 NO

GAGPCedar

Springs U500 -

Power Boiler

No 1 Coal PC 1.04E-03 3 1 YES

WVPPGMart

insville R011-Boiler

3 Coal PC 2.12E-03 3 2 YES

NCMillerCoor

s ES-2

Coal/No. 2 &

6 Fuel Oil

Boiler Coal PC 2.43E-03 3 3 NO

VASmurfitSt

oneWestpt PB08 Coal PC 3.25E-03 3 4 NO

# Table 11: D/F TEQ Floor by Combustor

FacilityID CombustorID

_common MACT Floor

FuelCat Combustor

Design ng/dscm @3%O2 CountOfTEQ

PCDD/PCDF Rank In top 12

pct? APPENDIX C-3 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to

Combustor Design

INTateLyleS

agamore 31B1 Coal PC 5.42E-03 3 5 NO

TNEastman_

NO_CBIDAT

A Boiler 30 Coal PC 6.55E-03 3 6 NO

IAUofNorther

nIowa Boiler #3 Coal PC 2.02E-02 3 7 NO

SCCogenSo

uth B001 - Main

Boiler Coal PC 2.73E-02 3 8 NO

MITBSimonP

owerPlant Unit 1 Coal PC 4.59E-02 3 9 NO

VAINVISTA

Waynesboro 2-205 (B#2)

Boiler #2 Coal PC 1.21E-01 3 10 NO

WINewPage

Biron B24 Coal Stoker/Slope

dGrate/Other 1.52E-03 3 1 YES

ILAbbottAbb

ottPark Unit 5AP Coal Stoker/Slope

dGrate/Other 2.13E-03 3 2 YES

NCDomtar 65-25-0310

(No. 2 Hog

Fuel Boiler) Coal Stoker/Slope

dGrate/Other 2.75E-03 3 3 NO

KYISPChemi

cals 0AA (Riley) Coal Stoker/Slope

dGrate/Other 2.85E-03 3 4 NO

WVATKRock

etCenter NB2766 W17479-W

(Boiler 17) Coal Stoker/Slope

dGrate/Other 2.87E-03 3 5 NO

TNCargillMe

mphis Stoker Boiler

8001 Coal Stoker/Slope

dGrate/Other 3.45E-03 3 6 NO

NCBlueRidg

ePaper G11042 Coal Stoker/Slope

dGrate/Other 3.68E-03 3 7 NO

IAMonsanto

Muscatine Boiler #8 (EP

195) Coal Stoker/Slope

dGrate/Other 4.11E-03 3 8 NO

OHMortonSa

ltRittman B002 - CoalFired Boiler

#2 Coal Stoker/Slope

dGrate/Other 4.94E-03 3 9 NO

INNotreDam

e B-4 Coal Stoker/Slope

dGrate/Other 7.18E-03 3 10 NO

# Table 11: D/F TEQ Floor by Combustor

FacilityID CombustorID

_common MACT Floor

FuelCat Combustor

Design ng/dscm @3%O2 CountOfTEQ

PCDD/PCDF Rank In top 12

pct? APPENDIX C-3 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to

Combustor Design

WIThilmanyL

LC B09 and B11

(common

stack) Coal Stoker/Slope

dGrate/Other 8.68E-03 3 11 NO

PAAppletonP

apers #036 Coal Stoker/Slope

dGrate/Other 2.00E-02 3 12 NO

VAUniversity

ofVirginia 7103-1-01R Coal Stoker/Slope

dGrate/Other 3.55E-02 3 13 NO

MNVersoPap

er EU006 B&W Coal Stoker/Slope

dGrate/Other 1.10E-01 3 14 NO

# Table 9: CO Floor by Combustor

FacilityID CombustorID

_common Pollutant_Na

me MACT Floor

FuelCat Combustor

Design ppm @ 3% O2 Rank In top

12 pct? APPENDIX C-3 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to

Combustor Design

MSWeyerha

euserColumb

us AA-012 CO Biomass Stoker/Slope

dGrate/Other 1.84E+02 29 NO

MSIPVicksbu

rg Power BoilerAA-006 CO Biomass Stoker/Slope

dGrate/Other 1.97E+02 30 NO

ARDelticTim

berWaldo Wood Fired

Boiler No. 1

(SN-13) CO Biomass Stoker/Slope

dGrate/Other 1.99E+02 31 NO

MNDESPHa

nsONyman EU007 CO Biomass Stoker/Slope

dGrate/Other 2.04E+02 32 NO

WIAlgoma B03 CO Biomass Stoker/Slope

dGrate/Other 2.07E+02 33 NO

GAGPCellulo

seBrunswick U700 -- No.

4 Power

Boiler CO Biomass Stoker/Slope

dGrate/Other 2.17E+02 34 NO

GAADMLoca

tion551 B115ANorth Hurst CO Biomass Stoker/Slope

dGrate/Other 2.28E+02 35 NO

SCInternatio

nalPaperEas

tover No. 2 Power

Boiler CO Biomass Stoker/Slope

dGrate/Other 2.32E+02 36 NO

TXAnthonyF

orestProdATL EP 11.1

Hurst CO Biomass Stoker/Slope

dGrate/Other 2.33E+02 37 NO

ARLeolaLum

berMill SN-01A CO Biomass Stoker/Slope

dGrate/Other 2.38E+02 38 NO

SCMarlboroP

aper Hogged Fuel

Boiler CO Biomass Stoker/Slope

dGrate/Other 2.49E+02 39 NO

ALBoiseWhit

ePaperJacks

on 102-0001-

Z013 CO Biomass Stoker/Slope

dGrate/Other 2.49E+02 40 NO

ALMeadwest

vacoCottonto

n46 No.2 Wood

Residue

Boiler CO Biomass Stoker/Slope

dGrate/Other 2.60E+02 41 NO

ARDelticTim

berWaldo Wood Fired

Boiler No. 2

(SN-14) CO Biomass Stoker/Slope

dGrate/Other 2.67E+02 42 NO

GARayonier

Baxley PB02 CO Biomass Stoker/Slope

dGrate/Other 2.68E+02 43 NO

GAADMLoca

tion551 B115B-South

Hurst CO Biomass Stoker/Slope

dGrate/Other 2.70E+02 44 NO

OHSmurfitCo

shocton B006 CO Biomass Stoker/Slope

dGrate/Other 2.73E+02 45 NO

# Table 9: CO Floor by Combustor

FacilityID CombustorID

_common Pollutant_Na

me MACT Floor

FuelCat Combustor

Design ppm @ 3% O2 Rank In top

12 pct? APPENDIX C-3 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to

Combustor Design

ARPotlatchF

orestWarren Wellons

Boiler CO Biomass Stoker/Slope

dGrate/Other 2.86E+02 46 NO

ARGBPMorri

lton SN-04 CO Biomass Stoker/Slope

dGrate/Other 2.95E+02 47 NO

WAGPCama

s No. 3 Power

Boiler CO Biomass Stoker/Slope

dGrate/Other 2.96E+02 48 NO

ORJeldWen

KlamanthFall

s BLRG CO Biomass Stoker/Slope

dGrate/Other 2.97E+02 49 NO

TXAnthonyF

orestProdATL EP 10.1

Superior CO Biomass Stoker/Slope

dGrate/Other 3.00E+02 50 NO

FLGPPalatka EU16 CO Biomass Stoker/Slope

dGrate/Other 3.01E+02 51 NO

WIFlambeau

RiverPaper B24 CO Biomass Stoker/Slope

dGrate/Other 3.07E+02 52 NO

ARGPGurdo

nPlyLumber SN-01 No. 1

Wood

Residue

Fired Boiler CO Biomass Stoker/Slope

dGrate/Other 3.21E+02 53 NO

ARGPGurdo

nPlyLumber SN-02 No. 2

Wood

Residue

Fired Boiler CO Biomass Stoker/Slope

dGrate/Other 3.39E+02 54 NO

LAGPLogans

portPly EQT-0009 CO Biomass Stoker/Slope

dGrate/Other 3.43E+02 55 NO

GARayonierJ

esupMill PB03 CO Biomass Stoker/Slope

dGrate/Other 3.48E+02 56 NO

FLCFRC252 Boiler #3

(McBurney) CO Biomass Stoker/Slope

dGrate/Other 3.64E+02 57 NO

LAWeyerhae

user1043 EQT - 0010 CO Biomass Stoker/Slope

dGrate/Other 3.76E+02 58 NO

GAP&GAlba

ny B002 CO Biomass Stoker/Slope

dGrate/Other 3.84E+02 59 NO

TXGPClevel

andPlyLumb

er GRP-SBOIL CO Biomass Stoker/Slope

dGrate/Other 3.87E+02 60 NO

FLSmurfitStone 5PB CO Biomass Stoker/Slope

dGrate/Other 3.88E+02 61 NO

ARLeolaLum

berMill SN-01B CO Biomass Stoker/Slope

dGrate/Other 3.92E+02 62 NO

# Table 9: CO Floor by Combustor

FacilityID CombustorID

_common Pollutant_Na

me MACT Floor

FuelCat Combustor

Design ppm @ 3% O2 Rank In top

12 pct? APPENDIX C-3 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to

Combustor Design

MSBowaterS

outh Bark Boiler CO Biomass Stoker/Slope

dGrate/Other 4.13E+02 63 NO

ALWestervel

t Wellons -

Unit 001 CO Biomass Stoker/Slope

dGrate/Other 4.33E+02 64 NO

LAWeyerhae

userDodson ES-017 WFB CO Biomass Stoker/Slope

dGrate/Other 4.33E+02 65 NO

MEBoralexSt

ratton Boiler #1 CO Biomass Stoker/Slope

dGrate/Other 4.36E+02 66 NO

IDPotlatch PB-2 Riley CO Biomass Stoker/Slope

dGrate/Other 4.55E+02 67 NO

ARWestFras

erHuttig SN-01 CO Biomass Stoker/Slope

dGrate/Other 4.75E+02 68 NO

MSSanderso

nPlumbing AD-001 CO Biomass Stoker/Slope

dGrate/Other 4.76E+02 69 NO

WANipponP

aper #8 Hog Fuel

Boiler CO Biomass Stoker/Slope

dGrate/Other 4.98E+02 70 NO

AREvergreen

Packaging BB CO Biomass Stoker/Slope

dGrate/Other 5.03E+02 71 NO

WIAshland B20 CO Biomass Stoker/Slope

dGrate/Other 5.11E+02 72 NO

MSGPBaySp

rings AA-001

(Boiler No. 1) CO Biomass Stoker/Slope

dGrate/Other 5.46E+02 73 NO

OKPanPacifi

cProducts EU 100 CO Biomass Stoker/Slope

dGrate/Other 5.57E+02 74 NO

TXwestfraser Boiler-1 CO Biomass Stoker/Slope

dGrate/Other 5.70E+02 75 NO

LAHuntPollo

ck EQT0005 CO Biomass Stoker/Slope

dGrate/Other 5.85E+02 76 NO

MSGPBaySp

rings AA-003

(Boiler No. 2) CO Biomass Stoker/Slope

dGrate/Other 5.86E+02 77 NO

ARDelticTim

berOla Wood Fired

Boiler at Ola

Mill (SN-13) CO Biomass Stoker/Slope

dGrate/Other 6.20E+02 79 NO

WILPHaywar

d K2 Line 1

Konus CO Biomass Stoker/Slope

dGrate/Other 7.43E+02 80 NO

# Table 9: CO Floor by Combustor

FacilityID CombustorID

_common Pollutant_Na

me MACT Floor

FuelCat Combustor

Design ppm @ 3% O2 Rank In top

12 pct? APPENDIX C-3 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to

Combustor Design

TXMeadWes

tvacoEvadal

e 21-2105 CO Biomass Stoker/Slope

dGrate/Other 7.48E+02 81 NO

ARWeyerhae

userDierksMi

ll SN-32 CO Biomass Stoker/Slope

dGrate/Other 8.21E+02 82 NO

MEVersoPap

erAndroscog

gin WFI CO Biomass Stoker/Slope

dGrate/Other 8.54E+02 83 NO

ALGPEngine

eredWoodPr

oductsThorn

sby EU 001

Wood Fired

Boiler CO Biomass Stoker/Slope

dGrate/Other 8.75E+02 84 NO

ARGBPMorri

lton SN-02 CO Biomass Stoker/Slope

dGrate/Other 1.07E+03 85 NO

TXTempleInl

andFiberboar

d FB-25 CO Biomass Stoker/Slope

dGrate/Other 1.09E+03 86 NO

WILPHaywar

d K1 Line 1

Konus CO Biomass Stoker/Slope

dGrate/Other 1.20E+03 87 NO

LAHoodIndu

stries EQT001

(wood-fired

boiler No. 1) CO Biomass Stoker/Slope

dGrate/Other 1.21E+03 88 NO

LAGPPortHu

dson EQT0099 -

Combination

Boiler No. 1 CO Biomass Stoker/Slope

dGrate/Other 1.26E+03 89 NO

IDRileyCreek

Lumber HFB2 CO Biomass Stoker/Slope

dGrate/Other 1.31E+03 90 NO

ALManningto

nWoodFloors BB01 CO Biomass Stoker/Slope

dGrate/Other 1.31E+03 91 NO

ALManningto

nWoodFloors BB02 CO Biomass Stoker/Slope

dGrate/Other 1.31E+03 92 NO

LABoiseCas

cadeOakdale B-1 CO Biomass Stoker/Slope

dGrate/Other 1.45E+03 93 NO

LAHuntNatal

bany EQT0001 CO Biomass Stoker/Slope

dGrate/Other 1.57E+03 94 NO

LAWestFras

erJoyce 74A CO Biomass Stoker/Slope

dGrate/Other 1.61E+03 95 NO

NCDomtar 64-25-0290

(No. 1 Hog

Fuel Boiler) CO Biomass Stoker/Slope

dGrate/Other 1.63E+03 96 NO

# Table 9: CO Floor by Combustor

FacilityID CombustorID

_common Pollutant_Na

me MACT Floor

FuelCat Combustor

Design ppm @ 3% O2 Rank In top

12 pct? APPENDIX C-3 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to

Combustor Design

WILPHaywar

d K4 Line 2

Konus CO Biomass Stoker/Slope

dGrate/Other 1.65E+03 97 NO

LAWestFras

erJoyce 75A CO Biomass Stoker/Slope

dGrate/Other 1.74E+03 98 NO

IDMoyieSprin

gs

Lumber420 HFB1 CO Biomass Stoker/Slope

dGrate/Other 1.88E+03 99 NO

MSWeyerha

euserBruce AA-001 No.

1 Boiler CO Biomass Stoker/Slope

dGrate/Other 1.95E+03 100 NO

LAHoodIndu

stries EQT002

(wood-fired

boiler No. 2) CO Biomass Stoker/Slope

dGrate/Other 2.33E+03 101 NO

LAWestFras

erJoyce 74B CO Biomass Stoker/Slope

dGrate/Other 2.33E+03 102 NO

WILPHaywar

d K3 Line 2

Konus CO Biomass Stoker/Slope

dGrate/Other 2.35E+03 103 NO

PACraftMast

er No2 Boiler

Source ID

032 CO Biomass Stoker/Slope

dGrate/Other 2.40E+03 104 NO

GAGPMadis

onPly 800 Wood

Waste Boiler CO Biomass Stoker/Slope

dGrate/Other 2.48E+03 105 NO

ALMeadwest

vacoCottonto

n46 No.1 Wood

Residue

Boiler CO Biomass Stoker/Slope

dGrate/Other 2.73E+03 106 NO

SCBowaterC

oatedPaper Combination

Boiler No. 2 CO Biomass Stoker/Slope

dGrate/Other 2.82E+03 107 NO

MSWeyerha

euser1398 Boiler No. 1 CO Biomass Stoker/Slope

dGrate/Other 2.89E+03 108 NO

HIPuuneneS

ugarMill Boiler 3 CO Biomass Stoker/Slope

dGrate/Other 3.07E+03 109 NO

GAPCAVald

osta 1005 CO Biomass Stoker/Slope

dGrate/Other 3.42E+03 110 NO

GAPCAVald

osta 1006 CO Biomass Stoker/Slope

dGrate/Other 3.42E+03 111 NO

LAHuntPollo

ck EQT0017 CO Biomass Stoker/Slope

dGrate/Other 3.57E+03 112 NO

HIPuuneneS

ugarMill Boiler 1 CO Biomass Stoker/Slope

dGrate/Other 3.75E+03 113 NO

# Table 9: CO Floor by Combustor

FacilityID CombustorID

_common Pollutant_Na

me MACT Floor

FuelCat Combustor

Design ppm @ 3% O2 Rank In top

12 pct? APPENDIX C-3 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to

Combustor Design

HIPuuneneS

ugarMill Boiler 2 CO Biomass Stoker/Slope

dGrate/Other 3.75E+03 114 NO

ORBBSMMe

dford B1 CO Biomass Stoker/Slope

dGrate/Other 3.85E+03 115 NO

ORBBSMMe

dford B2 CO Biomass Stoker/Slope

dGrate/Other 3.85E+03 116 NO

ORBBSMMe

dford B3 CO Biomass Stoker/Slope

dGrate/Other 3.85E+03 117 NO

WABoiseKett

leFallsPlywo

od B1 CO Biomass Stoker/Slope

dGrate/Other 5.48E+03 118 NO

GAWestFras

erFolkston FOB1 CO Biomass Stoker/Slope

dGrate/Other 9.46E+03 119 NO

GAWestFras

erFolkston FOB2 CO Biomass Stoker/Slope

dGrate/Other 1.33E+04 120 NO

IAADMCorn

ProcessingC

R EU-530 CO Coal FB 8.26E+00 1 YES

MENewPage

Rumford Cogen#6 CO Coal FB 1.46E+01 2 YES

MENewPage

Rumford Cogen#7 CO Coal FB 1.46E+01 3 YES

IAADMCorn

ProcessingC

R EU-501B CO Coal FB 1.84E+01 4 NO

IAADMCorn

ProcessingC

R EU-502A CO Coal FB 2.16E+01 5 NO

PAPHGlatfelt

er PB5 CO Coal FB 2.32E+01 6 NO

IAADMCorn

ProcessingC

R EU-501A CO Coal FB 3.00E+01 7 NO

INPurdueUni

verisity Boiler 5 CO Coal FB 3.05E+01 8 NO

ILPolyOne B1 CO Coal FB 3.86E+01 9 NO

NCUNCCoge

n ES-001 CO Coal FB 4.11E+01 10 NO

NEADMLinc

oln EU26 Coal

Boiler CO Coal FB 4.31E+01 11 NO

ILBungeDan

ville CFB Boiler CO Coal FB 4.90E+01 12 NO

IAADMCorn

ProcessingC

R EU-502B CO Coal FB 5.01E+01 13 NO

IAUofIowa EP7 Boiler

11 CO Coal FB 5.07E+01 14 NO

# Table 9: CO Floor by Combustor

FacilityID CombustorID

_common Pollutant_Na

me MACT Floor

FuelCat Combustor

Design ppm @ 3% O2 Rank In top

12 pct? APPENDIX C-3 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to

Combustor Design

IAArchersDa

nielsMidland

DesMoines Asea Boiler

#1 CO Coal FB 5.52E+01 15 NO

GASPNewsp

rint PB2 CO Coal FB 1.18E+02 16 NO

SCSonocoH

artsville Boiler

Number 9 CO Coal FB 1.68E+02 17 NO

ILDukeEnerg

yTuscola Unit 3 CO Coal PC 5.53E-02 1 YES

ILDukeEnerg

yTuscola Unit 4 CO Coal PC 5.53E-02 2 YES

ILDukeEnerg

yTuscola Unit 1 CO Coal PC 5.71E-02 3 YES

VAPhilipMorr

isPark500 B2 CO Coal PC 1.36E+00 4 YES

AZCatalystP

aperSnowfla

ke Power Boiler

#2 Coal CO Coal PC 2.23E+00 5 YES

OKGPMusko

geeMill B-3 CO Coal PC 3.20E+00 6 NO

ILPrairiePow

erPearl B1 CO Coal PC 6.84E+00 7 NO

INTateLyleS

agamore 31B1 CO Coal PC 6.85E+00 8 NO

VAPhilipMorr

isPark500 B3 CO Coal PC 8.82E+00 9 NO

IAUofNorther

nIowa Boiler #3 CO Coal PC 1.03E+01 10 NO

TNDuPontOl

dHickoryPlan

t #20 Boiler CO Coal PC 1.08E+01 11 NO

INNewEnerg

y Riley Boiler CO Coal PC 1.21E+01 12 NO

INNewEnferg

y Riley Boiler CO Coal PC 1.24E+01 13 NO

NCBlueRidg

ePaper G11040 CO Coal PC 1.35E+01 14 NO

OKGPMusko

geeMill B-4 CO Coal PC 1.40E+01 15 NO

INAlcoaWarri

ck Unit #3 CO Coal PC 1.41E+01 16 NO

FLSmurfitStone 7PB CO Coal PC 1.53E+01 17 NO

NCBlueRidg

ePaper G11039 CO Coal PC 1.53E+01 18 NO

NCBlueRidg

ePaper G11038 CO Coal PC 1.58E+01 19 NO

SCCogenSo

uth B001 - Main

Boiler CO Coal PC 1.61E+01 20 NO

VASmurfitSt

oneWestpt PB08 CO Coal PC 1.65E+01 21 NO

# Table 9: CO Floor by Combustor

FacilityID CombustorID

_common Pollutant_Na

me MACT Floor

FuelCat Combustor

Design ppm @ 3% O2 Rank In top

12 pct? APPENDIX C-3 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to

Combustor Design

TNEastman_

NO_CBIDAT

A Boiler 30 CO Coal PC 1.78E+01 22 NO

NCMillerCoor

s ES-2

Coal/No. 2 &

6 Fuel Oil

Boiler CO Coal PC 1.80E+01 23 NO

IDTASCOPa

ul Erie City

Boiler CO Coal PC 1.93E+01 24 NO

VAPhilipMorr

isMC PC CO Coal PC 2.01E+01 25 NO

WYFMCGre

enRiver NS-1A CO Coal PC 2.14E+01 26 NO

SCInternatio

nalPaperEas

tover No. 1 Power

Boiler CO Coal PC 2.57E+01 27 NO

OKGPMusko

geeMill B-2 CO Coal PC 2.65E+01 28 NO

WYGeneralC

hemical GR-2-L (C

BOILER) CO Coal PC 3.03E+01 29 NO

VAGPBigIsla

nd2703 PWR04 - No.

4 Power

Boiler CO Coal PC 3.36E+01 30 NO

VAINVISTA

Waynesboro 2-205 (B#2)

Boiler #2 CO Coal PC 4.13E+01 31 NO

INAlcoaWarri

ck Unit #2 CO Coal PC 4.30E+01 32 NO

PADomtarJo

hnsonburg #81 Coal

Boiler CO Coal PC 6.83E+01 33 NO

PADomtarJo

hnsonburg #82 Coal

Boiler CO Coal PC 6.83E+01 34 NO

NCBlueRidg

ePaper G11037 CO Coal PC 7.52E+01 35 NO

MITBSimonP

owerPlant Unit 1 CO Coal PC 7.87E+01 36 NO

MOAnheuser

Busch Boiler 5 CO Coal PC 1.09E+02 37 NO

WVPPGMart

insville R011-Boiler

3 CO Coal PC 1.30E+02 38 NO

MDNewPage

Luke No. 25 CO Coal PC 1.31E+02 39 NO

MOAnheuser

Busch Boiler 1 CO Coal PC 1.39E+02 40 NO

ALIPCourtlan

d No.2

Combination

Boiler /

11CU201 CO Coal PC 1.70E+02 41 NO

# Table 9: CO Floor by Combustor

FacilityID CombustorID

_common Pollutant_Na

me MACT Floor

FuelCat Combustor

Design ppm @ 3% O2 Rank In top

12 pct? APPENDIX C-3 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to

Combustor Design

INNotreDam

e B-4 CO Coal Stoker/Slope

dGrate/Other 4.29E+00 1 YES

OHMortonSa

ltRittman B002 - CoalFired Boiler

#2 CO Coal Stoker/Slope

dGrate/Other 1.47E+01 2 YES

WVDuPontW

ashingtonWo

rks P05 CO Coal Stoker/Slope

dGrate/Other 1.63E+01 3 YES

OHAppletonI

deas Boiler 4

(B003) CO Coal Stoker/Slope

dGrate/Other 1.97E+01 4 YES

OHAkronThe

rmalEnergy Boiler #32

(B001) CO Coal Stoker/Slope

dGrate/Other 2.47E+01 5 YES

PABellefield

Plant Boiler 1 CO Coal Stoker/Slope

dGrate/Other 2.55E+01 6 YES

NCNC_Duke

University_D

urham 7754-03 CO Coal Stoker/Slope

dGrate/Other 2.76E+01 7 YES

HIPuuneneS

ugarMill Boiler 3 CO Coal Stoker/Slope

dGrate/Other 3.81E+01 8 YES

PABellefield

Plant Boiler 5 CO Coal Stoker/Slope

dGrate/Other 3.82E+01 9 NO

IAMuscatine

PowerandW

ater Unit 7 CO Coal Stoker/Slope

dGrate/Other 4.24E+01 10 NO

VAUniversity

ofVirginia 7103-1-01R CO Coal Stoker/Slope

dGrate/Other 4.40E+01 11 NO

OHAppletonI

deas Boiler 2

(B002) CO Coal Stoker/Slope

dGrate/Other 4.56E+01 12 NO

PABayValley

FoodsPittsbu

rgh Boiler No. 3 CO Coal Stoker/Slope

dGrate/Other 5.18E+01 13 NO

PABayValley

FoodsPittsbu

rgh Boiler No. 4 CO Coal Stoker/Slope

dGrate/Other 5.18E+01 14 NO

KYISPChemi

cals 0AA (Riley) CO Coal Stoker/Slope

dGrate/Other 5.21E+01 15 NO

ILAbbottAbb

ottPark Unit 5AP CO Coal Stoker/Slope

dGrate/Other 5.42E+01 16 NO

NCDomtar 65-25-0310

(No. 2 Hog

Fuel Boiler) CO Coal Stoker/Slope

dGrate/Other 5.59E+01 17 NO

# Table 9: CO Floor by Combustor

FacilityID CombustorID

_common Pollutant_Na

me MACT Floor

FuelCat Combustor

Design ppm @ 3% O2 Rank In top

12 pct? APPENDIX C-3 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to

Combustor Design

MNVersoPap

er EU006 B&W CO Coal Stoker/Slope

dGrate/Other 5.97E+01 18 NO

WIThilmanyL

LC B09 CO Coal Stoker/Slope

dGrate/Other 6.45E+01 19 NO

WIThilmanyL

LC B11 CO Coal Stoker/Slope

dGrate/Other 6.45E+01 20 NO

IAMonsanto

Muscatine Boiler #8 (EP

195) CO Coal Stoker/Slope

dGrate/Other 6.49E+01 21 NO

MOColumbia

PowerPlant Boiler Unit 6 CO Coal Stoker/Slope

dGrate/Other 6.51E+01 22 NO

MOColumbia

PowerPlant Boiler Unit 7 CO Coal Stoker/Slope

dGrate/Other 6.51E+01 23 NO

NCNC_Duke

University_D

urham 7754-02 CO Coal Stoker/Slope

dGrate/Other 6.85E+01 24 NO

NCEPCORR

oxboro 1-B CO Coal Stoker/Slope

dGrate/Other 6.92E+01 25 NO

NCEPCORR

oxboro 1-A CO Coal Stoker/Slope

dGrate/Other 6.92E+01 26 NO

NCEPCORR

oxboro 1-C CO Coal Stoker/Slope

dGrate/Other 6.92E+01 27 NO

VAUniversity

ofVirginia 7103-1-02R CO Coal Stoker/Slope

dGrate/Other 7.29E+01 28 NO

PABellefield

Plant Boiler 3 CO Coal Stoker/Slope

dGrate/Other 7.65E+01 29 NO

IAUofIowa EP6 Boiler

10 CO Coal Stoker/Slope

dGrate/Other 8.96E+01 30 NO

WVATKRock

etCenter NB2766 W17479-W

(Boiler 17) CO Coal Stoker/Slope

dGrate/Other 8.99E+01 31 NO

SCClemson 04-B04 CO Coal Stoker/Slope

dGrate/Other 9.57E+01 32 NO

MSWeyerha

euserColumb

us AA-012 CO Coal Stoker/Slope

dGrate/Other 9.62E+01 33 NO

OHBataviaTr

ansmissions Boiler 2

(B002) CO Coal Stoker/Slope

dGrate/Other 1.04E+02 34 NO

# Table 9: CO Floor by Combustor

FacilityID CombustorID

_common Pollutant_Na

me MACT Floor

FuelCat Combustor

Design ppm @ 3% O2 Rank In top

12 pct? APPENDIX C-3 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to

Combustor Design

WIFlambeau

RiverPaper B24 CO Coal Stoker/Slope

dGrate/Other 1.04E+02 35 NO

NDMinnDakF

armers Babcock and

Wilcox Boiler

#5 CO Coal Stoker/Slope

dGrate/Other 1.07E+02 36 NO

NCEPCORS

outhport 1-A Boiler CO Coal Stoker/Slope

dGrate/Other 1.40E+02 37 NO

NCEPCORS

outhport 1-B Boiler CO Coal Stoker/Slope

dGrate/Other 1.40E+02 38 NO

NCEPCORS

outhport 1-C Boiler CO Coal Stoker/Slope

dGrate/Other 1.40E+02 39 NO

PABayValley

FoodsPittsbu

rgh Boiler No. 1 CO Coal Stoker/Slope

dGrate/Other 1.44E+02 40 NO

PABayValley

FoodsPittsbu

rgh Boiler No. 2 CO Coal Stoker/Slope

dGrate/Other 1.44E+02 41 NO

VAUniversity

ofVirginia 7103-1-05 CO Coal Stoker/Slope

dGrate/Other 1.53E+02 42 NO

WYFMCGra

nger UIN-14 CO Coal Stoker/Slope

dGrate/Other 1.60E+02 43 NO

WIThilmany

PapersNicole

tMill B23 CO Coal Stoker/Slope

dGrate/Other 2.12E+02 44 NO

WIThilmany

PapersNicole

tMill B24 CO Coal Stoker/Slope

dGrate/Other 2.12E+02 45 NO

WYFMCGra

nger UIN-15 CO Coal Stoker/Slope

dGrate/Other 2.36E+02 46 NO

MNADMCorn

Division Coal Boiler

#1 EU049 CO Coal Stoker/Slope

dGrate/Other 2.53E+02 47 NO

MNADMCorn

Division Coal Boiler

#2 EU050 CO Coal Stoker/Slope

dGrate/Other 2.53E+02 48 NO

MDNewPage

Luke No. 24 CO Coal Stoker/Slope

dGrate/Other 2.91E+02 49 NO

OHCampbell

sSoupCo B001 CO Coal Stoker/Slope

dGrate/Other 3.79E+02 50 NO

OHCampbell

sSoupCo B002 CO Coal Stoker/Slope

dGrate/Other 3.79E+02 51 NO

# Table 9: CO Floor by Combustor

FacilityID CombustorID

_common Pollutant_Na

me MACT Floor

FuelCat Combustor

Design ppm @ 3% O2 Rank In top

12 pct? APPENDIX C-3 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to

Combustor Design

TNCargillMe

mphis Stoker Boiler

8001 CO Coal Stoker/Slope

dGrate/Other 5.54E+02 52 NO

IDTASCOPa

ul Babcock and

Wilcox

(B&W) Boiler CO Coal Stoker/Slope

dGrate/Other 5.77E+02 53 NO

NCBlueRidg

ePaper G11042 CO Coal Stoker/Slope

dGrate/Other 6.67E+02 54 NO

MNBlandinP

aperEnergyC

tr #5 Boiler CO Coal Stoker/Slope

dGrate/Other 8.37E+02 55 NO

MNBlandinP

aperEnergyC

tr #6 Boiler CO Coal Stoker/Slope

dGrate/Other 8.37E+02 56 NO

PAAppletonP

apers #036 CO Coal Stoker/Slope

dGrate/Other 1.07E+03 57 NO

MIMortonSalt

Manistee No. 6 Boiler CO Coal Stoker/Slope

dGrate/Other 1.29E+03 58 NO

IACargillEdd

yville 1.001 CO Coal Stoker/Slope

dGrate/Other 4.37E+03 59 NO

IACargillEdd

yville 1.002 CO Coal Stoker/Slope

dGrate/Other 4.37E+03 60 NO

IACargillEdd

yville 1.039 CO Coal Stoker/Slope

dGrate/Other 4.37E+03 61 NOAppendix C-4: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Biomass 1 GAGPCelluloseBrunswickU700 -- No.4 PowerBoilerParticulateMatter (PM)filterableSample #1 8/5/2009 2.00E-04 -8.52E+00Natural gas/No. 6 Residualoil/Wood: Bark--87.56-0.32-12.13---YES Biomass 1 GAGPCelluloseBrunswickU700 -- No.4 PowerBoilerParticulateMatter (PM)filterableSample #1 8/5/2009 2.00E-04 -8.52E+00Natural gas/No. 6 Residualoil/Wood: Bark--87.56-0.32-12.13---YES Biomass 1 GAGPCelluloseBrunswickU700 -- No.4 PowerBoilerParticulateMatter (PM)filterableSample #1 11/13/2007 5.00E-03 -5.30E+00/Natural gas/No. 6 Residualoil/Wood: Bark/--79.04-16.02-4.95---YES Biomass 1 GAGPCelluloseBrunswickU700 -- No.4 PowerBoilerParticulateMatter (PM)filterableSample #2 8/6/2009 9.00E-04 -7.01E+00Natural gas/No. 6 Residualoil/Wood: Bark--87.56-0.32-12.13---YES Biomass 1 GAGPCelluloseBrunswickU700 -- No.4 PowerBoilerParticulateMatter (PM)filterableSample #2 8/6/2009 9.00E-04 -7.01E+00Natural gas/No. 6 Residualoil/Wood: Bark--87.56-0.32-12.13---YES Biomass 1 GAGPCelluloseBrunswickU700 -- No.4 PowerBoilerParticulateMatter (PM)filterableSample #2 11/13/2007 4.10E-03 -5.50E+00/Natural gas/No. 6 Residualoil/Wood: Bark/--79.04-16.02-4.95---YES Biomass 1 GAGPCelluloseBrunswickU700 -- No.4 PowerBoilerParticulateMatter (PM)filterableSample #3 8/6/2009 5.00E-04 -7.60E+00Natural gas/No. 6 Residualoil/Wood: Bark--87.56-0.32-12.13---YES Biomass 1 GAGPCelluloseBrunswickU700 -- No.4 PowerBoilerParticulateMatter (PM)filterableSample #3 8/6/2009 5.00E-04 -7.60E+00Natural gas/No. 6 Residualoil/Wood: Bark--87.56-0.32-12.13---YES Biomass 1 GAGPCelluloseBrunswickU700 -- No.4 PowerBoilerParticulateMatter (PM)filterableSample #3 11/13/2007 7.10E-03 -4.95E+00/Natural gas/No. 6 Residualoil/Wood: Bark/--79.04-16.02-4.95---YES Biomass 2 ORGeorgiaPacificWaunaMillEU35 -FluidizedBed BoilerParticulateMatter (PM)filterable1 7/19/2009 4.26E-04 -7.76E+00Hog Fuel/Industrial Sludge/Naturalgas---63.7118.74-17.55---YES Biomass 2 ORGeorgiaPacificWaunaMillEU35 -FluidizedBed BoilerParticulateMatter (PM)filterable2 7/19/2009 8.72E-04 -7.05E+00Hog Fuel/Industrial Sludge/Naturalgas---63.7118.74-17.55---YES Biomass 2 ORGeorgiaPacificWaunaMillEU35 -FluidizedBed BoilerParticulateMatter (PM)filterable3 7/20/2009 4.42E-04 -7.72E+00Hog Fuel/Industrial Sludge/Naturalgas---63.7118.74-17.55---YES Biomass 2 ORGeorgiaPacificWaunaMillEU35 -FluidizedBed BoilerParticulateMatter (PM)filterableSample #1 3/22/2006 6.29E-03 -5.07E+00/Hog Fuel/Industrial Sludge/Naturalgas/---72.5223.40-4.08---YES Biomass 2 ORGeorgiaPacificWaunaMillEU35 -FluidizedBed BoilerParticulateMatter (PM)filterableSample #2 3/22/2006 8.21E-03 -4.80E+00/Hog Fuel/Industrial Sludge/Naturalgas/---72.5223.40-4.08---YES Biomass 2 ORGeorgiaPacificWaunaMillEU35 -FluidizedBed BoilerParticulateMatter (PM)filterableSample #3 3/22/2006 6.81E-03 -4.99E+00/Hog Fuel/Industrial Sludge/Naturalgas/---72.5223.40-4.08---YES Biomass 3 MNAndersonCorpBayportBoiler 11EU620ParticulateMatter (PM)filterableSample #1 4/23/2008 6.00E-04 -7.42E+00/Natural gas/Wood: UnadulteratedLumber/---93.13--6.87---YES Biomass 3 MNAndersonCorpBayportBoiler 11EU620ParticulateMatter (PM)filterableSample #1 4/22/2008 2.00E-03 -6.21E+00/Natural gas/Wood: UnadulteratedLumber/---92.11--7.89---YES Biomass 3 MNAndersonCorpBayportBoiler 11EU620ParticulateMatter (PM)filterableSample #1 8/8/2008 7.00E-03 -4.96E+00/Natural gas/Wood: UnadulteratedLumber/---90.50--9.50---YES Biomass 3 MNAndersonCorpBayportBoiler 11EU620ParticulateMatter (PM)filterableSample #2 4/22/2008 1.00E-03 -6.91E+00/Natural gas/Wood: UnadulteratedLumber/---92.11--7.89---YES Biomass 3 MNAndersonCorpBayportBoiler 11EU620ParticulateMatter (PM)filterableSample #2 4/23/2008 8.00E-04 -7.13E+00/Natural gas/Wood: UnadulteratedLumber/---93.13--6.87---YES Biomass 3 MNAndersonCorpBayportBoiler 11EU620ParticulateMatter (PM)filterableSample #2 8/8/2008 9.00E-03 -4.71E+00/Natural gas/Wood: UnadulteratedLumber/---90.50--9.50---Appendix C-4: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Biomass 3 MNAndersonCorpBayportBoiler 11EU620ParticulateMatter (PM)filterableSample #3 8/8/2008 1.30E-02 -4.34E+00/Natural gas/Wood: UnadulteratedLumber/---90.50--9.50---YES Biomass 3 MNAndersonCorpBayportBoiler 11EU620ParticulateMatter (PM)filterableSample #3 4/23/2008 4.00E-04 -7.82E+00/Natural gas/Wood: UnadulteratedLumber/---93.13--6.87---YES Biomass 3 MNAndersonCorpBayportBoiler 11EU620ParticulateMatter (PM)filterableSample #3 4/22/2008 2.00E-03 -6.21E+00/Natural gas/Wood: UnadulteratedLumber/---92.11--7.89---YES Biomass 4 MNAndersonCorpBayportBoiler 12EU621ParticulateMatter (PM)filterableSample #1 8/8/2008 7.00E-03 -4.96E+00/Natural gas/Wood: UnadulteratedLumber/---90.50--9.50---YES Biomass 4 MNAndersonCorpBayportBoiler 12EU621ParticulateMatter (PM)filterableSample #1 4/22/2008 2.00E-03 -6.21E+00/Natural gas/Wood: UnadulteratedLumber/---92.11--7.89---YES Biomass 4 MNAndersonCorpBayportBoiler 12EU621ParticulateMatter (PM)filterableSample #1 4/23/2008 6.00E-04 -7.42E+00/Natural gas/Wood: UnadulteratedLumber/---93.13--6.87---YES Biomass 4 MNAndersonCorpBayportBoiler 12EU621ParticulateMatter (PM)filterableSample #2 4/22/2008 1.00E-03 -6.91E+00/Natural gas/Wood: UnadulteratedLumber/---92.11--7.89---YES Biomass 4 MNAndersonCorpBayportBoiler 12EU621ParticulateMatter (PM)filterableSample #2 8/8/2008 9.00E-03 -4.71E+00/Natural gas/Wood: UnadulteratedLumber/---90.50--9.50---YES Biomass 4 MNAndersonCorpBayportBoiler 12EU621ParticulateMatter (PM)filterableSample #2 4/23/2008 8.00E-04 -7.13E+00/Natural gas/Wood: UnadulteratedLumber/---93.13--6.87---YES Biomass 4 MNAndersonCorpBayportBoiler 12EU621ParticulateMatter (PM)filterableSample #3 4/22/2008 2.00E-03 -6.21E+00/Natural gas/Wood: UnadulteratedLumber/---92.11--7.89---YES Biomass 4 MNAndersonCorpBayportBoiler 12EU621ParticulateMatter (PM)filterableSample #3 8/8/2008 1.30E-02 -4.34E+00/Natural gas/Wood: UnadulteratedLumber/---90.50--9.50---YES Biomass 4 MNAndersonCorpBayportBoiler 12EU621ParticulateMatter (PM)filterableSample #3 4/23/2008 4.00E-04 -7.82E+00/Natural gas/Wood: UnadulteratedLumber/---93.13--6.87---YES Biomass 5 WAWeyerhaeuser_RaymondHog FuelBoiler EU1ParticulateMatter (PM)filterableSample #1 8/11/2009 ND 1.50E-03 -6.50E+00Hog Fuel---100.00------YES Biomass 5 WAWeyerhaeuser_RaymondHog FuelBoiler EU1ParticulateMatter (PM)filterableSample #1 11/10/2004 7.00E-04 -7.26E+00/Hog Fuel/---100.00------YES Biomass 5 WAWeyerhaeuser_RaymondHog FuelBoiler EU1ParticulateMatter (PM)filterableSample #1 9/18/1996 2.00E-03 -6.21E+00/Hog Fuel/---100.00------YES Biomass 5 WAWeyerhaeuser_RaymondHog FuelBoiler EU1ParticulateMatter (PM)filterableSample #2 9/18/1996 2.00E-03 -6.21E+00/Hog Fuel/---100.00------YES Biomass 5 WAWeyerhaeuser_RaymondHog FuelBoiler EU1ParticulateMatter (PM)filterableSample #2 8/11/2009 1.80E-03 -6.32E+00Hog Fuel---100.00------YES Biomass 5 WAWeyerhaeuser_RaymondHog FuelBoiler EU1ParticulateMatter (PM)filterableSample #2 11/10/2004 7.00E-04 -7.26E+00/Hog Fuel/---100.00------YES Biomass 5 WAWeyerhaeuser_RaymondHog FuelBoiler EU1ParticulateMatter (PM)filterableSample #3 8/12/2009 ND 6.00E-04 -7.42E+00Hog Fuel---100.00------YES Biomass 5 WAWeyerhaeuser_RaymondHog FuelBoiler EU1ParticulateMatter (PM)filterableSample #3 11/10/2004 5.00E-04 -7.60E+00/Hog Fuel/---100.00------YES Biomass 5 WAWeyerhaeuser_RaymondHog FuelBoiler EU1ParticulateMatter (PM)filterableSample #3 9/18/1996 2.00E-03 -6.21E+00/Hog Fuel/---100.00------Appendix C-4: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Biomass 6 ORFlakeboardEugeneBoiler-2ParticulateMatter (PM)filterableSample #1 8/26/2009 1.10E-03 -6.81E+00Natural gas/Wood: UnadulteratedLumberYES Biomass 6 ORFlakeboardEugeneBoiler-2ParticulateMatter (PM)filterableSample #2 8/27/2009 8.90E-04 -7.02E+00Natural gas/Wood: UnadulteratedLumberYES Biomass 6 ORFlakeboardEugeneBoiler-2ParticulateMatter (PM)filterableSample #3 8/27/2009 2.80E-04 -8.18E+00Natural gas/Wood: UnadulteratedLumberYES Biomass 7 ARPotlatchForestWarrenWellonsBoilerParticulateMatter (PM)filterable1 9/9/2009 4.80E-03 -5.34E+00Hog FuelYES Biomass 7 ARPotlatchForestWarrenWellonsBoilerParticulateMatter (PM)filterable2 9/9/2009 3.30E-03 -5.71E+00Hog FuelYES Biomass 7 ARPotlatchForestWarrenWellonsBoilerParticulateMatter (PM)filterable3 9/10/2009 3.55E-02 -3.34E+00Hog FuelYES Biomass 7 ARPotlatchForestWarrenWellonsBoilerParticulateMatter (PM)filterableSample #1 8/8/2006 1.10E-03 -6.81E+00/Hog Fuel/---100.00------YES Biomass 7 ARPotlatchForestWarrenWellonsBoilerParticulateMatter (PM)filterableSample #2 8/8/2006 7.00E-04 -7.26E+00/Hog Fuel/---100.00------YES Biomass 7 ARPotlatchForestWarrenWellonsBoilerParticulateMatter (PM)filterableSample #3 8/8/2006 6.00E-04 -7.42E+00/Hog Fuel/---100.00------YES Biomass 8 GAGPMadisonPly800 WoodWaste BoilerParticulateMatter (PM)filterable1 8/11/2009 2.32E-03 -6.07E+00Wood: Bark/Wood: Plywood,Particleboard (containing glues orresins)--100.00-------YES Biomass 8 GAGPMadisonPly800 WoodWaste BoilerParticulateMatter (PM)filterable2 8/12/2009 2.26E-05 -1.07E+01Wood: Bark/Wood: Plywood,Particleboard (containing glues orresins)--100.00-------YES Biomass 8 GAGPMadisonPly800 WoodWaste BoilerParticulateMatter (PM)filterable3 8/12/2009 1.17E-03 -6.75E+00Wood: Bark/Wood: Plywood,Particleboard (containing glues orresins)--100.00-------YES Biomass 8 GAGPMadisonPly800 WoodWaste BoilerParticulateMatter (PM)filterableSample #1 6/19/2003 4.00E-03 -5.52E+00/Wood: Bark/Wood: Plywood,Particleboard (containing glues orresins)/Wood: UnadulteratedLumber/--82.0217.98------YES Biomass 8 GAGPMadisonPly800 WoodWaste BoilerParticulateMatter (PM)filterableSample #2 6/19/2003 2.00E-03 -6.21E+00/Wood: Bark/Wood: Plywood,Particleboard (containing glues orresins)/Wood: UnadulteratedLumber/--82.0217.98------YES Biomass 8 GAGPMadisonPly800 WoodWaste BoilerParticulateMatter (PM)filterableSample #3 6/19/2003 2.00E-03 -6.21E+00/Wood: Bark/Wood: Plywood,Particleboard (containing glues orresins)/Wood: UnadulteratedLumber/--82.0217.98------YES Biomass 9 GAGPMonticelloPlywoodEU700 -Wood WasteBoilerParticulateMatter (PM)filterableSample #1 2/21/2008 2.00E-03 -6.21E+00/MDF Scraps/Plywood SanderDust/Wood: Bark/Wood: Plywood,Particleboard (containing glues orresins)/--77.4022.60------YES Biomass 9 GAGPMonticelloPlywoodEU700 -Wood WasteBoilerParticulateMatter (PM)filterableSample #1 2/7/2007 5.00E-03 -5.30E+00/MDF Scraps/Plywood SanderDust/Wood: Bark/Wood: Plywood,Particleboard (containing glues orresins)/--81.0019.00------YES Biomass 9 GAGPMonticelloPlywoodEU700 -Wood WasteBoilerParticulateMatter (PM)filterableSample #2 2/21/2008 1.00E-03 -6.91E+00/MDF Scraps/Plywood SanderDust/Wood: Bark/Wood: Plywood,Particleboard (containing glues orresins)/--77.4022.60------YES Biomass 9 GAGPMonticelloPlywoodEU700 -Wood WasteBoilerParticulateMatter (PM)filterableSample #2 2/7/2007 7.00E-03 -4.96E+00/MDF Scraps/Plywood SanderDust/Wood: Bark/Wood: Plywood,Particleboard (containing glues orresins)/--81.0019.00------Appendix C-4: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Biomass 9 GAGPMonticelloPlywoodEU700 -Wood WasteBoilerParticulateMatter (PM)filterableSample #3 2/21/2008 1.00E-03 -6.91E+00/MDF Scraps/Plywood SanderDust/Wood: Bark/Wood: Plywood,Particleboard (containing glues orresins)/--77.4022.60------YES Biomass 9 GAGPMonticelloPlywoodEU700 -Wood WasteBoilerParticulateMatter (PM)filterableSample #3 2/7/2007 5.00E-03 -5.30E+00/MDF Scraps/Plywood SanderDust/Wood: Bark/Wood: Plywood,Particleboard (containing glues orresins)/--81.0019.00------YES Biomass 10 ARWeyerhaeuserDierksMillSN-45ParticulateMatter (PM)filterableSample #1 7/22/2009 3.19E-03 -5.75E+00Hog Fuel---100.00------YES Biomass 10 ARWeyerhaeuserDierksMillSN-45ParticulateMatter (PM)filterableSample #1 8/7/1997 2.43E-02 -3.72E+00/Hog Fuel/---100.00------YES Biomass 10 ARWeyerhaeuserDierksMillSN-45ParticulateMatter (PM)filterableSample #1 12/5/2002 1.30E-03 -6.65E+00/Hog Fuel/---100.00------YES Biomass 10 ARWeyerhaeuserDierksMillSN-45ParticulateMatter (PM)filterableSample #2 7/23/2009 3.87E-03 -5.55E+00Hog Fuel---100.00------YES Biomass 10 ARWeyerhaeuserDierksMillSN-45ParticulateMatter (PM)filterableSample #2 8/7/1997 1.28E-02 -4.36E+00/Hog Fuel/---100.00------YES Biomass 10 ARWeyerhaeuserDierksMillSN-45ParticulateMatter (PM)filterableSample #2 12/5/2002 1.50E-03 -6.50E+00/Hog Fuel/---100.00------YES Biomass 10 ARWeyerhaeuserDierksMillSN-45ParticulateMatter (PM)filterableSample #3 12/5/2002 1.30E-03 -6.65E+00/Hog Fuel/---100.00------YES Biomass 10 ARWeyerhaeuserDierksMillSN-45ParticulateMatter (PM)filterableSample #3 8/7/1997 9.70E-03 -4.64E+00/Hog Fuel/---100.00------YES Biomass 10 ARWeyerhaeuserDierksMillSN-45ParticulateMatter (PM)filterableSample #3 7/23/2009 4.17E-03 -5.48E+00Hog Fuel---100.00------YES Biomass 11 ARWeyerhaeuserDierksMillSN-32ParticulateMatter (PM)filterableSample #1 9/29/2004 2.70E-03 -5.91E+00/Hog Fuel/---100.00------YES Biomass 11 ARWeyerhaeuserDierksMillSN-32ParticulateMatter (PM)filterableSample #1 12/4/2002 5.40E-03 -5.22E+00/Hog Fuel/---100.00------YES Biomass 11 ARWeyerhaeuserDierksMillSN-32ParticulateMatter (PM)filterableSample #1 11/9/2000 3.50E-03 -5.65E+00/Hog Fuel/---100.00------YES Biomass 11 ARWeyerhaeuserDierksMillSN-32ParticulateMatter (PM)filterableSample #1 12/10/1999 1.60E-02 -4.14E+00/Hog Fuel/---100.00------YES Biomass 11 ARWeyerhaeuserDierksMillSN-32ParticulateMatter (PM)filterableSample #1 12/5/2001 1.10E-02 -4.51E+00/Hog Fuel/---100.00------YES Biomass 11 ARWeyerhaeuserDierksMillSN-32ParticulateMatter (PM)filterableSample #1 11/21/1998 5.80E-03 -5.15E+00/Hog Fuel/---100.00------YES Biomass 11 ARWeyerhaeuserDierksMillSN-32ParticulateMatter (PM)filterableSample #1 8/11/1997 1.94E-02 -3.94E+00/Hog Fuel/---100.00------YES Biomass 11 ARWeyerhaeuserDierksMillSN-32ParticulateMatter (PM)filterableSample #1 12/4/2003 2.30E-03 -6.07E+00/Hog Fuel/---100.00------YES Biomass 11 ARWeyerhaeuserDierksMillSN-32ParticulateMatter (PM)filterableSample #2 11/9/2000 1.70E-03 -6.38E+00/Hog Fuel/---100.00------YES Biomass 11 ARWeyerhaeuserDierksMillSN-32ParticulateMatter (PM)filterableSample #2 8/11/1997 1.47E-02 -4.22E+00/Hog Fuel/---100.00------Appendix C-4: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Biomass 11 ARWeyerhaeuserDierksMillSN-32ParticulateMatter (PM)filterableSample #2 11/21/1998 5.80E-03 -5.15E+00/Hog Fuel/---100.00------YES Biomass 11 ARWeyerhaeuserDierksMillSN-32ParticulateMatter (PM)filterableSample #2 12/5/2001 6.40E-03 -5.05E+00/Hog Fuel/---100.00------YES Biomass 11 ARWeyerhaeuserDierksMillSN-32ParticulateMatter (PM)filterableSample #2 12/10/1999 1.00E-02 -4.61E+00/Hog Fuel/---100.00------YES Biomass 11 ARWeyerhaeuserDierksMillSN-32ParticulateMatter (PM)filterableSample #2 12/4/2002 4.80E-03 -5.34E+00/Hog Fuel/---100.00------YES Biomass 11 ARWeyerhaeuserDierksMillSN-32ParticulateMatter (PM)filterableSample #2 12/4/2003 1.50E-03 -6.50E+00/Hog Fuel/---100.00------YES Biomass 11 ARWeyerhaeuserDierksMillSN-32ParticulateMatter (PM)filterableSample #2 9/29/2004 3.60E-03 -5.63E+00/Hog Fuel/---100.00------YES Biomass 11 ARWeyerhaeuserDierksMillSN-32ParticulateMatter (PM)filterableSample #3 11/21/1998 4.20E-03 -5.47E+00/Hog Fuel/---100.00------YES Biomass 11 ARWeyerhaeuserDierksMillSN-32ParticulateMatter (PM)filterableSample #3 12/5/2001 2.74E-02 -3.60E+00/Hog Fuel/---100.00------YES Biomass 11 ARWeyerhaeuserDierksMillSN-32ParticulateMatter (PM)filterableSample #3 12/4/2003 1.40E-03 -6.57E+00/Hog Fuel/---100.00------YES Biomass 11 ARWeyerhaeuserDierksMillSN-32ParticulateMatter (PM)filterableSample #3 11/9/2000 1.80E-03 -6.32E+00/Hog Fuel/---100.00------YES Biomass 11 ARWeyerhaeuserDierksMillSN-32ParticulateMatter (PM)filterableSample #3 12/10/1999 1.50E-02 -4.20E+00/Hog Fuel/---100.00------YES Biomass 11 ARWeyerhaeuserDierksMillSN-32ParticulateMatter (PM)filterableSample #3 12/4/2002 4.30E-03 -5.45E+00/Hog Fuel/---100.00------YES Biomass 11 ARWeyerhaeuserDierksMillSN-32ParticulateMatter (PM)filterableSample #3 9/29/2004 4.90E-03 -5.32E+00/Hog Fuel/---100.00------YES Biomass 11 ARWeyerhaeuserDierksMillSN-32ParticulateMatter (PM)filterableSample #3 8/11/1997 8.60E-03 -4.76E+00/Hog Fuel/---100.00------YES Biomass 12 MSGPNewAugustaAA-015Power BoilerParticulateMatter (PM)filterableSample #1 7/12/2006 2.80E-03 -5.88E+00/Hog Fuel/---100.00------YES Biomass 12 MSGPNewAugustaAA-015Power BoilerParticulateMatter (PM)filterableSample #2 7/12/2006 1.00E-03 -6.91E+00/Hog Fuel/---100.00------YES Biomass 12 MSGPNewAugustaAA-015Power BoilerParticulateMatter (PM)filterableSample #3 7/12/2006 1.60E-03 -6.44E+00/Hog Fuel/---100.00------YES Biomass 13 WAKimberlyClarkEverettNo. 14Cogeneration BoilerParticulateMatter (PM)filterableSample #1 5/29/2008 2.09E-03 -6.17E+00/Hog Fuel/Industrial Sludge/Paperand Paper Residues/---98.201.43---0.37-YES Biomass 13 WAKimberlyClarkEverettNo. 14Cogeneration BoilerParticulateMatter (PM)filterableSample #1 8/19/2009 2.00E-03 -6.21E+00Hog Fuel/Natural gasYES Biomass 13 WAKimberlyClarkEverettNo. 14Cogeneration BoilerParticulateMatter (PM)filterableSample #2 8/20/2009 2.10E-03 -6.17E+00Hog Fuel/Natural gasYES Biomass 13 WAKimberlyClarkEverettNo. 14Cogeneration BoilerParticulateMatter (PM)filterableSample #2 5/10/2006 7.95E-03 -4.83E+00/Hog Fuel/Industrial Sludge/Paperand Paper Residues/---98.201.43---0.37-Appendix C-4: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Biomass 13 WAKimberlyClarkEverettNo. 14Cogeneration BoilerParticulateMatter (PM)filterableSample #3 8/20/2009 1.50E-03 -6.50E+00Hog Fuel/Natural gasYES Biomass 13 WAKimberlyClarkEverettNo. 14Cogeneration BoilerParticulateMatter (PM)filterableSample #3 5/9/2006 9.63E-03 -4.64E+00/Hog Fuel/Industrial Sludge/Paperand Paper Residues/---98.201.43---0.37-YES Biomass 14 MNBoisePaper1212EU 430Boiler #2ParticulateMatter (PM)filterableSample #1 6/7/2005 5.94E-04 -7.43E+00/Industrial Sludge -Primary/Industrial Sludge -Secondary/Natural gas/Wood:Bark/--87.55-12.45-----YES Biomass 14 MNBoisePaper1212EU 430Boiler #2ParticulateMatter (PM)filterableSample #2 6/7/2005 1.75E-03 -6.35E+00/Industrial Sludge -Primary/Industrial Sludge -Secondary/Natural gas/Wood:Bark/--87.55-12.45-----YES Biomass 14 MNBoisePaper1212EU 430Boiler #2ParticulateMatter (PM)filterableSample #3 6/7/2005 3.30E-03 -5.71E+00/Industrial Sludge -Primary/Industrial Sludge -Secondary/Natural gas/Wood:Bark/--87.55-12.45-----YES Biomass 15 IDRileyCreekLumberHFB1ParticulateMatter (PM)filterableSample #1 4/24/2003 3.04E-03 -5.80E+00/Wood: Unadulterated Lumber/---100.00------YES Biomass 15 IDRileyCreekLumberHFB1ParticulateMatter (PM)filterableSample #2 4/24/2003 1.85E-03 -6.29E+00/Wood: Unadulterated Lumber/---100.00------YES Biomass 15 IDRileyCreekLumberHFB1ParticulateMatter (PM)filterableSample #3 4/24/2003 1.45E-03 -6.53E+00/Wood: Unadulterated Lumber/---100.00------YES Biomass 16 FLUSSugarCorpBoiler No. 8ParticulateMatter (PM)filterableSample #1 6/2/2006 1.90E-03 -6.27E+00/Bagasse/-100.00--------YES Biomass 16 FLUSSugarCorpBoiler No. 8ParticulateMatter (PM)filterableSample #1 1/5/2007 1.00E-02 -4.61E+00/Bagasse/-100.00--------YES Biomass 16 FLUSSugarCorpBoiler No. 8ParticulateMatter (PM)filterableSample #1 1/10/2006 1.90E-02 -3.96E+00/Bagasse/-100.00--------YES Biomass 16 FLUSSugarCorpBoiler No. 8ParticulateMatter (PM)filterableSample #1 8/22/2006 1.01E-02 -4.60E+00/Wood: Unadulterated Timber/--100.00-------YES Biomass 16 FLUSSugarCorpBoiler No. 8ParticulateMatter (PM)filterableSample #1 3/24/2005 4.30E-03 -5.45E+00/Bagasse/-100.00--------YES Biomass 16 FLUSSugarCorpBoiler No. 8ParticulateMatter (PM)filterableSample #1 11/30/2007 1.60E-02 -4.14E+00/Bagasse/-100.00--------YES Biomass 16 FLUSSugarCorpBoiler No. 8ParticulateMatter (PM)filterableSample #1 3/26/2005 3.40E-03 -5.68E+00/Bagasse/-100.00--------YES Biomass 16 FLUSSugarCorpBoiler No. 8ParticulateMatter (PM)filterableSample #2 8/22/2006 1.93E-02 -3.95E+00/Wood: Unadulterated Timber/--100.00-------YES Biomass 16 FLUSSugarCorpBoiler No. 8ParticulateMatter (PM)filterableSample #2 11/30/2007 1.10E-02 -4.51E+00/Bagasse/-100.00--------YES Biomass 16 FLUSSugarCorpBoiler No. 8ParticulateMatter (PM)filterableSample #2 6/2/2006 2.60E-03 -5.95E+00/Bagasse/-100.00--------YES Biomass 16 FLUSSugarCorpBoiler No. 8ParticulateMatter (PM)filterableSample #2 3/26/2005 6.80E-03 -4.99E+00/Bagasse/-100.00--------YES Biomass 16 FLUSSugarCorpBoiler No. 8ParticulateMatter (PM)filterableSample #2 3/24/2005 3.40E-03 -5.68E+00/Bagasse/-100.00--------Appendix C-4: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Biomass 16 FLUSSugarCorpBoiler No. 8ParticulateMatter (PM)filterableSample #2 1/10/2006 2.00E-02 -3.91E+00/Bagasse/-100.00--------YES Biomass 16 FLUSSugarCorpBoiler No. 8ParticulateMatter (PM)filterableSample #2 1/5/2007 8.00E-03 -4.83E+00/Bagasse/-100.00--------YES Biomass 16 FLUSSugarCorpBoiler No. 8ParticulateMatter (PM)filterableSample #3 6/2/2006 2.20E-03 -6.12E+00/Bagasse/-100.00--------YES Biomass 16 FLUSSugarCorpBoiler No. 8ParticulateMatter (PM)filterableSample #3 3/24/2005 4.10E-03 -5.50E+00/Bagasse/-100.00--------YES Biomass 16 FLUSSugarCorpBoiler No. 8ParticulateMatter (PM)filterableSample #3 11/30/2007 1.70E-02 -4.07E+00/Bagasse/-100.00--------YES Biomass 16 FLUSSugarCorpBoiler No. 8ParticulateMatter (PM)filterableSample #3 1/10/2006 2.40E-02 -3.73E+00/Bagasse/-100.00--------YES Biomass 16 FLUSSugarCorpBoiler No. 8ParticulateMatter (PM)filterableSample #3 8/22/2006 1.67E-02 -4.09E+00/Wood: Unadulterated Timber/--100.00-------YES Biomass 16 FLUSSugarCorpBoiler No. 8ParticulateMatter (PM)filterableSample #3 1/5/2007 1.10E-02 -4.51E+00/Bagasse/-100.00--------YES Biomass 16 FLUSSugarCorpBoiler No. 8ParticulateMatter (PM)filterableSample #3 3/26/2005 7.80E-03 -4.85E+00/Bagasse/-100.00--------YES Biomass 17 IDPotlatchLewiston4 PowerBoilerParticulateMatter (PM)filterableSample #1 8/16/2006 1.60E-03 -6.44E+00/Natural gas/Wood: UnadulteratedLumber/---93.74--6.26---YES Biomass 17 IDPotlatchLewiston4 PowerBoilerParticulateMatter (PM)filterableSample #2 8/16/2006 2.90E-03 -5.84E+00/Natural gas/Wood: UnadulteratedLumber/---93.74--6.26---YES Biomass 17 IDPotlatchLewiston4 PowerBoilerParticulateMatter (PM)filterableSample #3 8/16/2006 2.50E-03 -5.99E+00/Natural gas/Wood: UnadulteratedLumber/---93.74--6.26---YES Biomass 18 SCMarlboroPaperHogged FuelBoilerParticulateMatter (PM)filterableSample #1 1/4/2007 2.00E-03 -6.21E+00/Industrial Sludge/Naturalgas/Wood: Bark/Wood: Plywood,Particleboard (containing glues orresins)/--90.753.323.71-2.22---YES Biomass 18 SCMarlboroPaperHogged FuelBoilerParticulateMatter (PM)filterableSample #1 1/26/2005 1.20E-02 -4.42E+00/Industrial Sludge/Naturalgas/Wood: Bark/Wood: Plywood,Particleboard (containing glues orresins)/--78.3911.754.09-5.78---YES Biomass 18 SCMarlboroPaperHogged FuelBoilerParticulateMatter (PM)filterableSample #1 7/14/2009 2.50E-03 -5.99E+00Industrial Sludge/Wood:Bark/Natural gas/Wood: Plywood,Particleboard (containing glues orresins)--95.714.29------YES Biomass 18 SCMarlboroPaperHogged FuelBoilerParticulateMatter (PM)filterableSample #2 1/4/2007 3.00E-03 -5.81E+00/Industrial Sludge/Naturalgas/Wood: Bark/Wood: Plywood,Particleboard (containing glues orresins)/--90.753.323.71-2.22---YES Biomass 18 SCMarlboroPaperHogged FuelBoilerParticulateMatter (PM)filterableSample #2 1/26/2005 1.00E-02 -4.61E+00/Industrial Sludge/Naturalgas/Wood: Bark/Wood: Plywood,Particleboard (containing glues orresins)/--78.3911.754.09-5.78---YES Biomass 18 SCMarlboroPaperHogged FuelBoilerParticulateMatter (PM)filterableSample #2 7/14/2009 2.70E-03 -5.91E+00Industrial Sludge/Wood:Bark/Natural gas/Wood: Plywood,Particleboard (containing glues orresins)--95.714.29------YES Biomass 18 SCMarlboroPaperHogged FuelBoilerParticulateMatter (PM)filterableSample #3 7/14/2009 2.00E-03 -6.21E+00Industrial Sludge/Wood:Bark/Natural gas/Wood: Plywood,Particleboard (containing glues orresins)--95.714.29------Appendix C-4: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Biomass 18 SCMarlboroPaperHogged FuelBoilerParticulateMatter (PM)filterableSample #3 1/4/2007 2.00E-03 -6.21E+00/Industrial Sludge/Naturalgas/Wood: Bark/Wood: Plywood,Particleboard (containing glues orresins)/--90.753.323.71-2.22---YES Biomass 18 SCMarlboroPaperHogged FuelBoilerParticulateMatter (PM)filterableSample #3 1/26/2005 3.00E-03 -5.81E+00/Industrial Sludge/Naturalgas/Wood: Bark/Wood: Plywood,Particleboard (containing glues orresins)/--78.3911.754.09-5.78---YES Biomass 19 IDPotlatchPB-1 CEParticulateMatter (PM)filterableSample #1 4/30/2008 8.90E-03 -4.72E+00/Hog Fuel/---100.00------YES Biomass 19 IDPotlatchPB-1 CEParticulateMatter (PM)filterableSample #1 7/28/2009 2.80E-03 -5.88E+00Hog FuelYES Biomass 19 IDPotlatchPB-1 CEParticulateMatter (PM)filterableSample #2 7/28/2009 2.10E-03 -6.17E+00Hog FuelYES Biomass 19 IDPotlatchPB-1 CEParticulateMatter (PM)filterableSample #2 4/30/2008 5.70E-03 -5.17E+00/Hog Fuel/---100.00------YES Biomass 19 IDPotlatchPB-1 CEParticulateMatter (PM)filterableSample #3 7/29/2009 2.30E-03 -6.07E+00Hog FuelYES Biomass 19 IDPotlatchPB-1 CEParticulateMatter (PM)filterableSample #3 4/30/2008 3.00E-03 -5.81E+00/Hog Fuel/---100.00------YES Biomass 20 SCInternationalPaperEastoverNo. 2 PowerBoilerParticulateMatter (PM)filterableSample #1 3/19/2008 1.18E-02 -4.44E+00/Tire Derived Fuel (TDF)/Wood:Bark/--78.65-----21.35-YES Biomass 20 SCInternationalPaperEastoverNo. 2 PowerBoilerParticulateMatter (PM)filterableSample #1 8/13/1997 1.40E-02 -4.27E+00/Wood: Bark/--100.00-------YES Biomass 20 SCInternationalPaperEastoverNo. 2 PowerBoilerParticulateMatter (PM)filterableSample #1 8/16/1995 5.80E-03 -5.15E+00/Wood: Bark/--100.00-------YES Biomass 20 SCInternationalPaperEastoverNo. 2 PowerBoilerParticulateMatter (PM)filterableSample #1 3/25/2004 7.00E-03 -4.96E+00/Tire Derived Fuel (TDF)/Wood:Bark/--76.48-----23.52-YES Biomass 20 SCInternationalPaperEastoverNo. 2 PowerBoilerParticulateMatter (PM)filterableSample #1 3/15/2006 5.30E-03 -5.24E+00/Tire Derived Fuel (TDF)/Wood:Bark/--79.64-----20.36-YES Biomass 20 SCInternationalPaperEastoverNo. 2 PowerBoilerParticulateMatter (PM)filterableSample #1 8/19/1993 7.10E-02 -2.65E+00/Wood: Bark/--100.00-------YES Biomass 20 SCInternationalPaperEastoverNo. 2 PowerBoilerParticulateMatter (PM)filterableSample #1 6/5/2003 1.17E-02 -4.45E+00/Wood: Bark/--100.00-------YES Biomass 20 SCInternationalPaperEastoverNo. 2 PowerBoilerParticulateMatter (PM)filterableSample #1 6/19/2001 1.65E-02 -4.10E+00/No. 6 Residual oil/Wood: Bark/--80.39-19.61-----YES Biomass 20 SCInternationalPaperEastoverNo. 2 PowerBoilerParticulateMatter (PM)filterableSample #1 6/16/1999 1.40E-03 -6.57E+00/Wood: Bark/--100.00-------YES Biomass 20 SCInternationalPaperEastoverNo. 2 PowerBoilerParticulateMatter (PM)filterableSample #2 3/15/2006 3.40E-03 -5.68E+00/Tire Derived Fuel (TDF)/Wood:Bark/--79.64-----20.36-YES Biomass 20 SCInternationalPaperEastoverNo. 2 PowerBoilerParticulateMatter (PM)filterableSample #2 3/19/2008 1.17E-02 -4.45E+00/Tire Derived Fuel (TDF)/Wood:Bark/--78.65-----21.35-YES Biomass 20 SCInternationalPaperEastoverNo. 2 PowerBoilerParticulateMatter (PM)filterableSample #2 8/19/1993 3.36E-02 -3.39E+00/Wood: Bark/--100.00-------YES Biomass 20 SCInternationalPaperEastoverNo. 2 PowerBoilerParticulateMatter (PM)filterableSample #2 8/16/1995 4.20E-03 -5.47E+00/Wood: Bark/--100.00-------Appendix C-4: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Biomass 20 SCInternationalPaperEastoverNo. 2 PowerBoilerParticulateMatter (PM)filterableSample #2 6/5/2003 6.50E-03 -5.04E+00/Wood: Bark/--100.00-------YES Biomass 20 SCInternationalPaperEastoverNo. 2 PowerBoilerParticulateMatter (PM)filterableSample #2 8/13/1997 9.00E-03 -4.71E+00/Wood: Bark/--100.00-------YES Biomass 20 SCInternationalPaperEastoverNo. 2 PowerBoilerParticulateMatter (PM)filterableSample #2 6/19/2001 7.80E-03 -4.85E+00/No. 6 Residual oil/Wood: Bark/--80.39-19.61-----YES Biomass 20 SCInternationalPaperEastoverNo. 2 PowerBoilerParticulateMatter (PM)filterableSample #2 6/16/1999 3.90E-03 -5.55E+00/Wood: Bark/--100.00-------YES Biomass 20 SCInternationalPaperEastoverNo. 2 PowerBoilerParticulateMatter (PM)filterableSample #2 3/25/2004 7.00E-03 -4.96E+00/Tire Derived Fuel (TDF)/Wood:Bark/--76.48-----23.52-YES Biomass 20 SCInternationalPaperEastoverNo. 2 PowerBoilerParticulateMatter (PM)filterableSample #3 8/13/1997 2.30E-02 -3.77E+00/Wood: Bark/--100.00-------YES Biomass 20 SCInternationalPaperEastoverNo. 2 PowerBoilerParticulateMatter (PM)filterableSample #3 6/19/2001 6.90E-03 -4.98E+00/No. 6 Residual oil/Wood: Bark/--80.39-19.61-----YES Biomass 20 SCInternationalPaperEastoverNo. 2 PowerBoilerParticulateMatter (PM)filterableSample #3 8/16/1995 3.20E-03 -5.74E+00/Wood: Bark/--100.00-------YES Biomass 20 SCInternationalPaperEastoverNo. 2 PowerBoilerParticulateMatter (PM)filterableSample #3 3/15/2006 4.00E-03 -5.52E+00/Tire Derived Fuel (TDF)/Wood:Bark/--79.64-----20.36-YES Biomass 20 SCInternationalPaperEastoverNo. 2 PowerBoilerParticulateMatter (PM)filterableSample #3 8/19/1993 2.89E-02 -3.54E+00/Wood: Bark/--100.00-------YES Biomass 20 SCInternationalPaperEastoverNo. 2 PowerBoilerParticulateMatter (PM)filterableSample #3 3/25/2004 1.10E-02 -4.51E+00/Tire Derived Fuel (TDF)/Wood:Bark/--76.48-----23.52-YES Biomass 20 SCInternationalPaperEastoverNo. 2 PowerBoilerParticulateMatter (PM)filterableSample #3 6/16/1999 2.60E-03 -5.95E+00/Wood: Bark/--100.00-------YES Biomass 20 SCInternationalPaperEastoverNo. 2 PowerBoilerParticulateMatter (PM)filterableSample #3 3/19/2008 3.90E-03 -5.55E+00/Tire Derived Fuel (TDF)/Wood:Bark/--78.65-----21.35-YES Biomass 20 SCInternationalPaperEastoverNo. 2 PowerBoilerParticulateMatter (PM)filterableSample #3 6/5/2003 5.00E-03 -5.30E+00/Wood: Bark/--100.00-------YES Biomass 21 FLSmurfit-Stone5PBParticulateMatter (PM)filterableSample #1 7/10/2007 4.00E-03 -5.52E+00/Biomass/No. 6 Residual oil/---51.8548.15-----YES Biomass 21 FLSmurfit-Stone5PBParticulateMatter (PM)filterableSample #2 7/10/2007 1.00E-03 -6.91E+00/Biomass/No. 6 Residual oil/---51.8548.15-----YES Biomass 21 FLSmurfit-Stone5PBParticulateMatter (PM)filterableSample #3 7/10/2007 3.00E-03 -5.81E+00/Biomass/No. 6 Residual oil/---51.8548.15-----YES Biomass 22 MEBoralexStrattonBoiler #1ParticulateMatter (PM)filterableSample #1 10/21/2009 1.00E-03 -6.91E+00Wood: Bark/Wood: UnadulteratedTimber--100.00-------YES Biomass 22 MEBoralexStrattonBoiler #1ParticulateMatter (PM)filterableSample #2 10/21/2009 3.00E-03 -5.81E+00Wood: Bark/Wood: UnadulteratedTimber--100.00-------YES Biomass 22 MEBoralexStrattonBoiler #1ParticulateMatter (PM)filterableSample #3 10/21/2009 4.00E-03 -5.52E+00Wood: Bark/Wood: UnadulteratedTimber--100.00-------YES Biomass 23 LAGPPortHudsonEQT0109 -No. 6 CFBBoilerParticulateMatter (PM)filterableSample #1 8/14/2007 3.00E-03 -5.81E+00/Coke Oven Gas/IndustrialSludge/Wood: Bark/Wood:Unadulterated Lumber/--13.240.693.06--83.01--Appendix C-4: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Biomass 23 LAGPPortHudsonEQT0109 -No. 6 CFBBoilerParticulateMatter (PM)filterableSample #3 8/14/2007 3.00E-03 -5.81E+00/Coke Oven Gas/IndustrialSludge/Wood: Bark/Wood:Unadulterated Lumber/--13.240.693.06--83.01--YES Biomass 24 ALGPBrewtonMillBR-PSG0-S026 No. 3Power BoilerParticulateMatter (PM)filterableSample #1 12/12/2007 6.00E-03 -5.12E+00/Wood: Bark/--100.00-------YES Biomass 24 ALGPBrewtonMillBR-PSG0-S026 No. 3Power BoilerParticulateMatter (PM)filterableSample #1 7/11/2008 4.00E-03 -5.52E+00/Wood: Bark/--100.00-------YES Biomass 24 ALGPBrewtonMillBR-PSG0-S026 No. 3Power BoilerParticulateMatter (PM)filterableSample #1 7/11/2008 4.00E-03 -5.52E+00/Wood: Bark/--100.00-------YES Biomass 24 ALGPBrewtonMillBR-PSG0-S026 No. 3Power BoilerParticulateMatter (PM)filterableSample #1 12/12/2007 1.10E-02 -4.51E+00/Wood: Bark/--100.00-------YES Biomass 24 ALGPBrewtonMillBR-PSG0-S026 No. 3Power BoilerParticulateMatter (PM)filterableSample #2 7/11/2008 2.00E-03 -6.21E+00/Wood: Bark/--100.00-------YES Biomass 24 ALGPBrewtonMillBR-PSG0-S026 No. 3Power BoilerParticulateMatter (PM)filterableSample #2 12/12/2007 7.00E-03 -4.96E+00/Wood: Bark/--100.00-------YES Biomass 24 ALGPBrewtonMillBR-PSG0-S026 No. 3Power BoilerParticulateMatter (PM)filterableSample #2 7/11/2008 4.00E-03 -5.52E+00/Wood: Bark/--100.00-------YES Biomass 24 ALGPBrewtonMillBR-PSG0-S026 No. 3Power BoilerParticulateMatter (PM)filterableSample #2 12/12/2007 4.00E-03 -5.52E+00/Wood: Bark/--100.00-------YES Biomass 24 ALGPBrewtonMillBR-PSG0-S026 No. 3Power BoilerParticulateMatter (PM)filterableSample #3 12/12/2007 1.40E-02 -4.27E+00/Wood: Bark/--100.00-------YES Biomass 24 ALGPBrewtonMillBR-PSG0-S026 No. 3Power BoilerParticulateMatter (PM)filterableSample #3 7/11/2008 3.00E-03 -5.81E+00/Wood: Bark/--100.00-------YES Biomass 24 ALGPBrewtonMillBR-PSG0-S026 No. 3Power BoilerParticulateMatter (PM)filterableSample #3 7/11/2008 3.00E-03 -5.81E+00/Wood: Bark/--100.00-------YES Biomass 24 ALGPBrewtonMillBR-PSG0-S026 No. 3Power BoilerParticulateMatter (PM)filterableSample #3 12/12/2007 6.00E-03 -5.12E+00/Wood: Bark/--100.00-------YES Coal 1 IAArchersDanielsMidlandDesMAsea Boiler#1ParticulateMatter (PM)filterableSample #1 8/26/2009 2.00E-04 -8.52E+00Coal: Sub-bituminous100.00---------YES Coal 1 IAArchersDanielsMidlandDesMAsea Boiler#1ParticulateMatter (PM)filterableSample #1 6/3/2008 7.06E-04 -7.26E+00/Coal: Sub-bituminous/100.00---------YES Coal 1 IAArchersDanielsMidlandDesMAsea Boiler#1ParticulateMatter (PM)filterableSample #2 8/26/2009 2.00E-04 -8.52E+00Coal: Sub-bituminous100.00---------YES Coal 1 IAArchersDanielsMidlandDesMAsea Boiler#1ParticulateMatter (PM)filterableSample #2 6/3/2008 5.34E-04 -7.53E+00/Coal: Sub-bituminous/100.00---------Appendix C-4: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Coal 1 IAArchersDanielsMidlandDesMAsea Boiler#1ParticulateMatter (PM)filterableSample #3 8/27/2009 2.00E-04 -8.52E+00Coal: Sub-bituminous100.00---------YES Coal 1 IAArchersDanielsMidlandDesMAsea Boiler#1ParticulateMatter (PM)filterableSample #3 6/3/2008 5.37E-04 -7.53E+00/Coal: Sub-bituminous/100.00---------YES Coal 2 IAMonsantoMuscatineBoiler #8 (EP195)ParticulateMatter (PM)filterableSample #1 5/9/2007 9.90E-03 -4.62E+00/Coal: Bituminous/Industrial Sludge/96.87---3.13-----YES Coal 2 IAMonsantoMuscatineBoiler #8 (EP195)ParticulateMatter (PM)filterableSample #1 5/10/2007 6.70E-03 -5.01E+00/Coal: Bituminous/Plant-basedAgricultural Residue/88.40--11.60------YES Coal 2 IAMonsantoMuscatineBoiler #8 (EP195)ParticulateMatter (PM)filterableSample #1 8/14/2007 8.00E-03 -4.83E+00/Coal: Bituminous/IndustrialSludge/Plant-based AgriculturalResidue/84.07--13.432.50-----YES Coal 2 IAMonsantoMuscatineBoiler #8 (EP195)ParticulateMatter (PM)filterableSample #1 8/15/2007 1.22E-02 -4.41E+00/Coal: Bituminous/Industrial Sludge/97.50---2.50-----YES Coal 2 IAMonsantoMuscatineBoiler #8 (EP195)ParticulateMatter (PM)filterableSample #1 10/15/2009 3.40E-04 -7.99E+00Coal: Bituminous/IndustrialSludge/Plant-based AgriculturalResidue61.99--9.4028.61-----YES Coal 2 IAMonsantoMuscatineBoiler #8 (EP195)ParticulateMatter (PM)filterableSample #1 5/8/2007 8.10E-03 -4.82E+00/Coal: Bituminous/IndustrialSludge/Plant-based AgriculturalResidue/85.85--11.232.92-----YES Coal 2 IAMonsantoMuscatineBoiler #8 (EP195)ParticulateMatter (PM)filterableSample #2 5/8/2007 7.70E-03 -4.87E+00/Coal: Bituminous/IndustrialSludge/Plant-based AgriculturalResidue/85.85--11.232.92-----YES Coal 2 IAMonsantoMuscatineBoiler #8 (EP195)ParticulateMatter (PM)filterableSample #2 10/16/2009 7.03E-04 -7.26E+00Coal: Bituminous/IndustrialSludge/Plant-based AgriculturalResidue61.99--9.4028.61-----YES Coal 2 IAMonsantoMuscatineBoiler #8 (EP195)ParticulateMatter (PM)filterableSample #2 5/9/2007 1.24E-02 -4.39E+00/Coal: Bituminous/Industrial Sludge/96.87---3.13-----YES Coal 2 IAMonsantoMuscatineBoiler #8 (EP195)ParticulateMatter (PM)filterableSample #2 8/14/2007 1.01E-02 -4.60E+00/Coal: Bituminous/IndustrialSludge/Plant-based AgriculturalResidue/84.07--13.432.50-----YES Coal 2 IAMonsantoMuscatineBoiler #8 (EP195)ParticulateMatter (PM)filterableSample #2 5/10/2007 5.50E-03 -5.20E+00/Coal: Bituminous/Plant-basedAgricultural Residue/88.40--11.60------YES Coal 2 IAMonsantoMuscatineBoiler #8 (EP195)ParticulateMatter (PM)filterableSample #2 8/15/2007 9.90E-03 -4.62E+00/Coal: Bituminous/Industrial Sludge/97.50---2.50-----YES Coal 2 IAMonsantoMuscatineBoiler #8 (EP195)ParticulateMatter (PM)filterableSample #3 5/10/2007 9.90E-03 -4.62E+00/Coal: Bituminous/Plant-basedAgricultural Residue/88.40--11.60------YES Coal 2 IAMonsantoMuscatineBoiler #8 (EP195)ParticulateMatter (PM)filterableSample #3 8/15/2007 1.23E-02 -4.40E+00/Coal: Bituminous/Industrial Sludge/97.50---2.50-----YES Coal 2 IAMonsantoMuscatineBoiler #8 (EP195)ParticulateMatter (PM)filterableSample #3 8/14/2007 6.70E-03 -5.01E+00/Coal: Bituminous/IndustrialSludge/Plant-based AgriculturalResidue/84.07--13.432.50-----YES Coal 2 IAMonsantoMuscatineBoiler #8 (EP195)ParticulateMatter (PM)filterableSample #3 5/9/2007 5.90E-03 -5.13E+00/Coal: Bituminous/Industrial Sludge/96.87---3.13-----YES Coal 2 IAMonsantoMuscatineBoiler #8 (EP195)ParticulateMatter (PM)filterableSample #3 10/16/2009 4.41E-04 -7.73E+00Coal: Bituminous/IndustrialSludge/Plant-based AgriculturalResidue61.99--9.4028.61-----YES Coal 2 IAMonsantoMuscatineBoiler #8 (EP195)ParticulateMatter (PM)filterableSample #3 5/8/2007 6.50E-03 -5.04E+00/Coal: Bituminous/IndustrialSludge/Plant-based AgriculturalResidue/85.85--11.232.92-----YES Coal 3 IAUofNorthernIowaBoiler #3ParticulateMatter (PM)filterable4 10/6/2009 7.97E-04 -7.13E+00Coal: Bituminous100.00---------Appendix C-4: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Coal 3 IAUofNorthernIowaBoiler #3ParticulateMatter (PM)filterable5 10/6/2009 6.03E-04 -7.41E+00Coal: Bituminous100.00---------YES Coal 3 IAUofNorthernIowaBoiler #3ParticulateMatter (PM)filterable6 10/7/2009 3.73E-04 -7.89E+00Coal: Bituminous100.00---------YES Coal 4 VAUniversityofVirginia7103-1-01RParticulateMatter (PM)filterableM027-1 9/17/2009 1.27E-03 -6.67E+00Coal: Bituminous100.00---------YES Coal 4 VAUniversityofVirginia7103-1-01RParticulateMatter (PM)filterableM027-2 9/17/2009 4.51E-04 -7.70E+00Coal: Bituminous100.00---------YES Coal 4 VAUniversityofVirginia7103-1-01RParticulateMatter (PM)filterableM027-3 9/18/2009 7.12E-04 -7.25E+00Coal: Bituminous100.00---------YES Coal 4 VAUniversityofVirginia7103-1-01RParticulateMatter (PM)filterableSample #1 12/6/2007 9.00E-04 -7.01E+00/Coal: Bituminous/100.00---------YES Coal 4 VAUniversityofVirginia7103-1-01RParticulateMatter (PM)filterableSample #2 12/6/2007 5.00E-04 -7.60E+00/Coal: Bituminous/100.00---------YES Coal 4 VAUniversityofVirginia7103-1-01RParticulateMatter (PM)filterableSample #3 12/6/2007 4.00E-04 -7.82E+00/Coal: Bituminous/100.00---------YES Coal 5 IAIAStateUnivPowerPlantB2ParticulateMatter (PM)filterableSample #1 3/27/2008 5.05E-04 -7.59E+00/Coal: Bituminous/100.00---------YES Coal 5 IAIAStateUnivPowerPlantB2ParticulateMatter (PM)filterableSample #2 3/27/2008 1.00E-03 -6.91E+00/Coal: Bituminous/100.00---------YES Coal 5 IAIAStateUnivPowerPlantB2ParticulateMatter (PM)filterableSample #3 3/27/2008 3.18E-04 -8.05E+00/Coal: Bituminous/100.00---------YES Coal 6 WIGreenBayPackagingMillDivisBoiler B26-Coal FiredBoilerParticulateMatter (PM)filterableSample #1 5/16/2006 1.07E-03 -6.84E+00/Coal: Bituminous/100.00---------YES Coal 6 WIGreenBayPackagingMillDivisBoiler B26-Coal FiredBoilerParticulateMatter (PM)filterableSample #2 5/16/2006 4.00E-05 -1.01E+01/Coal: Bituminous/100.00---------YES Coal 6 WIGreenBayPackagingMillDivisBoiler B26-Coal FiredBoilerParticulateMatter (PM)filterableSample #3 5/16/2006 8.10E-04 -7.12E+00/Coal: Bituminous/100.00---------YES Coal 7 TNCargillMemphisStoker Boiler8001ParticulateMatter (PM)filterable1 8/5/2009 7.14E-04 -7.24E+00Coal: Bituminous100.00---------YES Coal 7 TNCargillMemphisStoker Boiler8001ParticulateMatter (PM)filterable2 11/6/2009 7.81E-04 -7.15E+00Coal: Bituminous100.00---------YES Coal 7 TNCargillMemphisStoker Boiler8001ParticulateMatter (PM)filterable3 8/6/2009 DLL 6.40E-04 -7.35E+00Coal: Bituminous100.00---------YES Coal 7 TNCargillMemphisStoker Boiler8001ParticulateMatter (PM)filterableSample #1 7/17/2007 2.10E-02 -3.86E+00/Coal: Bituminous/100.00---------YES Coal 7 TNCargillMemphisStoker Boiler8001ParticulateMatter (PM)filterableSample #2 7/17/2007 1.78E-02 -4.03E+00/Coal: Bituminous/100.00---------YES Coal 7 TNCargillMemphisStoker Boiler8001ParticulateMatter (PM)filterableSample #3 7/17/2007 1.33E-02 -4.32E+00/Coal: Bituminous/100.00---------YES Coal 8 PAPHGlatfelterPB5ParticulateMatter (PM)filterableSample #1 7/13/2006 4.56E-03 -5.39E+00/Coal: Bituminous/IndustrialSludge/Wood: UnadulteratedTimber/65.14-23.93-10.93-----Appendix C-4: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Coal 8 PAPHGlatfelterPB5ParticulateMatter (PM)filterableSample #1 8/18/2009 6.96E-04 -7.27E+00Coal: Bituminous/IndustrialSludge/Wood: BarkYES Coal 8 PAPHGlatfelterPB5ParticulateMatter (PM)filterableSample #2 7/13/2006 5.74E-03 -5.16E+00/Coal: Bituminous/IndustrialSludge/Wood: UnadulteratedTimber/65.14-23.93-10.93-----YES Coal 8 PAPHGlatfelterPB5ParticulateMatter (PM)filterableSample #2 8/18/2009 1.27E-03 -6.67E+00Coal: Bituminous/IndustrialSludge/Wood: BarkYES Coal 8 PAPHGlatfelterPB5ParticulateMatter (PM)filterableSample #3 8/19/2009 6.11E-04 -7.40E+00Coal: Bituminous/IndustrialSludge/Wood: BarkYES Coal 8 PAPHGlatfelterPB5ParticulateMatter (PM)filterableSample #3 7/13/2006 5.34E-03 -5.23E+00/Coal: Bituminous/IndustrialSludge/Wood: UnadulteratedTimber/65.14-23.93-10.93-----YES Coal 9 TNEastman_NO_CBIDATABoiler 25ParticulateMatter (PM)filterableSample #1 7/24/2008 4.80E-03 -5.34E+00/Coal: Bituminous/100.00---------YES Coal 9 TNEastman_NO_CBIDATABoiler 25ParticulateMatter (PM)filterableSample #1 8/8/2000 6.40E-02 -2.75E+00/Coal: Bituminous/100.00---------YES Coal 9 TNEastman_NO_CBIDATABoiler 25ParticulateMatter (PM)filterableSample #1 11/9/2004 1.30E-03 -6.65E+00/Coal: Bituminous/100.00---------YES Coal 9 TNEastman_NO_CBIDATABoiler 25ParticulateMatter (PM)filterableSample #1 11/10/2004 8.00E-04 -7.13E+00/Coal: Bituminous/100.00---------YES Coal 9 TNEastman_NO_CBIDATABoiler 25ParticulateMatter (PM)filterableSample #1 8/20/1996 1.69E-02 -4.08E+00/Coal: Bituminous/100.00---------YES Coal 9 TNEastman_NO_CBIDATABoiler 25ParticulateMatter (PM)filterableSample #2 11/10/2004 1.40E-03 -6.57E+00/Coal: Bituminous/100.00---------YES Coal 9 TNEastman_NO_CBIDATABoiler 25ParticulateMatter (PM)filterableSample #2 7/24/2008 5.90E-03 -5.13E+00/Coal: Bituminous/100.00---------YES Coal 9 TNEastman_NO_CBIDATABoiler 25ParticulateMatter (PM)filterableSample #2 11/9/2004 2.30E-03 -6.07E+00/Coal: Bituminous/100.00---------YES Coal 9 TNEastman_NO_CBIDATABoiler 25ParticulateMatter (PM)filterableSample #2 6/29/2004 1.86E-02 -3.98E+00/Coal: Bituminous/100.00---------YES Coal 9 TNEastman_NO_CBIDATABoiler 25ParticulateMatter (PM)filterableSample #2 8/20/1996 1.15E-02 -4.47E+00/Coal: Bituminous/100.00---------YES Coal 9 TNEastman_NO_CBIDATABoiler 25ParticulateMatter (PM)filterableSample #2 8/8/2000 2.27E-02 -3.79E+00/Coal: Bituminous/100.00---------YES Coal 9 TNEastman_NO_CBIDATABoiler 25ParticulateMatter (PM)filterableSample #3 11/10/2004 1.80E-03 -6.32E+00/Coal: Bituminous/100.00---------YES Coal 9 TNEastman_NO_CBIDATABoiler 25ParticulateMatter (PM)filterableSample #3 7/24/2008 8.50E-03 -4.77E+00/Coal: Bituminous/100.00---------YES Coal 9 TNEastman_NO_CBIDATABoiler 25ParticulateMatter (PM)filterableSample #3 8/8/2000 1.33E-02 -4.32E+00/Coal: Bituminous/100.00---------YES Coal 9 TNEastman_NO_CBIDATABoiler 25ParticulateMatter (PM)filterableSample #3 8/20/1996 5.21E-02 -2.95E+00/Coal: Bituminous/100.00---------YES Coal 9 TNEastman_NO_CBIDATABoiler 25ParticulateMatter (PM)filterableSample #3 6/29/2004 3.00E-03 -5.81E+00/Coal: Bituminous/100.00---------Appendix C-4: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Coal 9 TNEastman_NO_CBIDATABoiler 25ParticulateMatter (PM)filterableSample #3 11/11/2004 4.00E-04 -7.82E+00/Coal: Bituminous/100.00---------YES Coal 10 IAIAStateUnivPowerPlantB1ParticulateMatter (PM)filterableSample #1 3/26/2008 1.00E-03 -6.91E+00/Coal: Bituminous/100.00---------YES Coal 10 IAIAStateUnivPowerPlantB1ParticulateMatter (PM)filterableSample #2 3/26/2008 1.00E-03 -6.91E+00/Coal: Bituminous/100.00---------YES Coal 10 IAIAStateUnivPowerPlantB1ParticulateMatter (PM)filterableSample #3 3/26/2008 1.00E-03 -6.91E+00/Coal: Bituminous/100.00---------YES Coal 11 OHSmartPapersHoldingsLLCB010ParticulateMatter (PM)filterableSample #1 8/11/2005 1.10E-03 -6.81E+00/Coal: Bituminous/100.00---------YES Coal 11 OHSmartPapersHoldingsLLCB010ParticulateMatter (PM)filterableSample #2 8/11/2005 5.00E-04 -7.60E+00/Coal: Bituminous/100.00---------YES Coal 11 OHSmartPapersHoldingsLLCB010ParticulateMatter (PM)filterableSample #3 8/11/2005 1.40E-03 -6.57E+00/Coal: Bituminous/100.00---------YES Coal 12 TNEastman_NO_CBIDATABoiler 27ParticulateMatter (PM)filterableSample #1 9/25/1997 1.23E-02 -4.40E+00/Coal: Bituminous/100.00---------YES Coal 12 TNEastman_NO_CBIDATABoiler 27ParticulateMatter (PM)filterableSample #1 5/17/2005 3.10E-03 -5.78E+00/Coal: Bituminous/100.00---------YES Coal 12 TNEastman_NO_CBIDATABoiler 27ParticulateMatter (PM)filterableSample #1 8/28/2001 1.31E-02 -4.34E+00/Coal: Bituminous/100.00---------YES Coal 12 TNEastman_NO_CBIDATABoiler 27ParticulateMatter (PM)filterableSample #1 3/10/2005 2.40E-03 -6.03E+00/Coal: Bituminous/100.00---------YES Coal 12 TNEastman_NO_CBIDATABoiler 27ParticulateMatter (PM)filterableSample #1 3/9/2005 1.20E-03 -6.73E+00/Coal: Bituminous/100.00---------YES Coal 12 TNEastman_NO_CBIDATABoiler 27ParticulateMatter (PM)filterableSample #1 7/12/1993 1.82E-02 -4.01E+00/Coal: Bituminous/100.00---------YES Coal 12 TNEastman_NO_CBIDATABoiler 27ParticulateMatter (PM)filterableSample #2 3/9/2005 1.60E-03 -6.44E+00/Coal: Bituminous/100.00---------YES Coal 12 TNEastman_NO_CBIDATABoiler 27ParticulateMatter (PM)filterableSample #2 9/25/1997 5.90E-03 -5.13E+00/Coal: Bituminous/100.00---------YES Coal 12 TNEastman_NO_CBIDATABoiler 27ParticulateMatter (PM)filterableSample #2 8/28/2001 4.00E-03 -5.52E+00/Coal: Bituminous/100.00---------YES Coal 12 TNEastman_NO_CBIDATABoiler 27ParticulateMatter (PM)filterableSample #2 5/17/2005 5.80E-03 -5.15E+00/Coal: Bituminous/100.00---------YES Coal 12 TNEastman_NO_CBIDATABoiler 27ParticulateMatter (PM)filterableSample #2 7/12/1993 9.90E-03 -4.62E+00/Coal: Bituminous/100.00---------YES Coal 12 TNEastman_NO_CBIDATABoiler 27ParticulateMatter (PM)filterableSample #2 3/10/2005 9.30E-04 -6.98E+00/Coal: Bituminous/100.00---------YES Coal 12 TNEastman_NO_CBIDATABoiler 27ParticulateMatter (PM)filterableSample #3 5/17/2005 2.70E-03 -5.91E+00/Coal: Bituminous/100.00---------YES Coal 12 TNEastman_NO_CBIDATABoiler 27ParticulateMatter (PM)filterableSample #3 7/12/1993 1.52E-02 -4.19E+00/Coal: Bituminous/100.00---------Appendix C-4: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Coal 12 TNEastman_NO_CBIDATABoiler 27ParticulateMatter (PM)filterableSample #3 3/9/2005 8.00E-04 -7.13E+00/Coal: Bituminous/100.00---------YES Coal 12 TNEastman_NO_CBIDATABoiler 27ParticulateMatter (PM)filterableSample #3 9/25/1997 4.02E-03 -5.52E+00/Coal: Bituminous/100.00---------YES Coal 12 TNEastman_NO_CBIDATABoiler 27ParticulateMatter (PM)filterableSample #3 3/10/2005 2.20E-03 -6.12E+00/Coal: Bituminous/100.00---------YES Coal 12 TNEastman_NO_CBIDATABoiler 27ParticulateMatter (PM)filterableSample #3 8/28/2001 5.00E-03 -5.30E+00/Coal: Bituminous/100.00---------YES Coal 13 WINewPageBironB24ParticulateMatter (PM)filterable1 9/22/2009 1.28E-03 -6.66E+00Coal: Sub-bituminous/Wood: Bark97.04-2.96-------YES Coal 13 WINewPageBironB24ParticulateMatter (PM)filterable1 9/22/2009 1.28E-03 -6.66E+00Coal: Sub-bituminous/Wood: Bark97.04-2.96-------YES Coal 13 WINewPageBironB24ParticulateMatter (PM)filterable2 9/22/2009 1.54E-03 -6.48E+00Coal: Sub-bituminous/Wood: Bark97.04-2.96-------YES Coal 13 WINewPageBironB24ParticulateMatter (PM)filterable2 8/6/2009 1.19E-03 -6.74E+00Coal: Sub-bituminous/Wood: Bark97.04-2.96-------YES Coal 13 WINewPageBironB24ParticulateMatter (PM)filterable3 8/5/2009 1.68E-03 -6.39E+00Coal: Sub-bituminous/Wood: Bark97.04-2.96-------YES Coal 13 WINewPageBironB24ParticulateMatter (PM)filterable3 9/23/2009 1.25E-03 -6.69E+00Coal: Sub-bituminous/Wood: Bark97.04-2.96-------YES Coal 13 WINewPageBironB24ParticulateMatter (PM)filterableSample #1 9/12/2007 4.60E-03 -5.38E+00/Coal: Bituminous/100.00---------YES Coal 13 WINewPageBironB24ParticulateMatter (PM)filterableSample #2 9/12/2007 3.00E-03 -5.81E+00/Coal: Bituminous/100.00---------YES Coal 13 WINewPageBironB24ParticulateMatter (PM)filterableSample #3 9/12/2007 3.60E-03 -5.63E+00/Coal: Bituminous/100.00---------YES Coal 14 IDTASCONampaRiley BoilerParticulateMatter (PM)filterableSample #1 1/12/2004 1.56E-03 -6.46E+00/Coal: Sub-bituminous/100.00---------YES Coal 14 IDTASCONampaRiley BoilerParticulateMatter (PM)filterableSample #2 1/12/2004 1.43E-03 -6.55E+00/Coal: Sub-bituminous/100.00---------YES Coal 14 IDTASCONampaRiley BoilerParticulateMatter (PM)filterableSample #3 1/12/2004 1.35E-03 -6.61E+00/Coal: Sub-bituminous/100.00---------YES Coal 15 MENewPage-RumfordCogen#6ParticulateMatter (PM)filterable1 12/8/2009 1.27E-03 -6.67E+00/Biomass/Coal:Bituminous/IndustrialSludge/Noncondensable Gas(includes stripper offgas)/TireDerived Fuel (TDF)/10.17--58.913.29---27.64-YES Coal 15 MENewPage-RumfordCogen#6ParticulateMatter (PM)filterable2 12/8/2009 1.44E-03 -6.54E+00/Biomass/Coal:Bituminous/IndustrialSludge/Noncondensable Gas(includes stripper offgas)/TireDerived Fuel (TDF)/10.17--58.913.29---27.64-YES Coal 15 MENewPage-RumfordCogen#6ParticulateMatter (PM)filterable3 12/9/2009 1.72E-03 -6.37E+00/Biomass/Coal:Bituminous/IndustrialSludge/Noncondensable Gas(includes stripper offgas)/TireDerived Fuel (TDF)/10.17--58.913.29---27.64-Appendix C-4: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Coal 15 MENewPage-RumfordCogen#6ParticulateMatter (PM)filterableSample #1 9/6/2007 6.00E-03 -5.12E+00/Biomass/Coal:Bituminous/Industrial Sludge/TireDerived Fuel (TDF)/33.47--33.371.73---31.43-YES Coal 15 MENewPage-RumfordCogen#6ParticulateMatter (PM)filterableSample #2 9/6/2007 2.00E-03 -6.21E+00/Biomass/Coal:Bituminous/Industrial Sludge/TireDerived Fuel (TDF)/33.47--33.371.73---31.43-YES Coal 15 MENewPage-RumfordCogen#6ParticulateMatter (PM)filterableSample #3 9/6/2007 5.00E-03 -5.30E+00/Biomass/Coal:Bituminous/Industrial Sludge/TireDerived Fuel (TDF)/33.47--33.371.73---31.43-YES Coal 16 MENewPage-RumfordCogen#7ParticulateMatter (PM)filterable1 12/8/2009 1.27E-03 -6.67E+00/Biomass/Coal:Bituminous/IndustrialSludge/Noncondensable Gas(includes stripper offgas)/TireDerived Fuel (TDF)/10.17--58.913.29---27.64-YES Coal 16 MENewPage-RumfordCogen#7ParticulateMatter (PM)filterable2 12/8/2009 1.44E-03 -6.54E+00/Biomass/Coal:Bituminous/IndustrialSludge/Noncondensable Gas(includes stripper offgas)/TireDerived Fuel (TDF)/10.17--58.913.29---27.64-YES Coal 16 MENewPage-RumfordCogen#7ParticulateMatter (PM)filterable3 12/9/2009 1.72E-03 -6.37E+00/Biomass/Coal:Bituminous/IndustrialSludge/Noncondensable Gas(includes stripper offgas)/TireDerived Fuel (TDF)/10.17--58.913.29---27.64-YES Coal 16 MENewPage-RumfordCogen#7ParticulateMatter (PM)filterableSample #1 9/6/2007 6.00E-03 -5.12E+00/Biomass/Coal:Bituminous/Industrial Sludge/TireDerived Fuel (TDF)/33.47--33.371.73---31.43-YES Coal 16 MENewPage-RumfordCogen#7ParticulateMatter (PM)filterableSample #2 9/6/2007 2.00E-03 -6.21E+00/Biomass/Coal:Bituminous/Industrial Sludge/TireDerived Fuel (TDF)/33.47--33.371.73---31.43-YES Coal 16 MENewPage-RumfordCogen#7ParticulateMatter (PM)filterableSample #3 9/6/2007 5.00E-03 -5.30E+00/Biomass/Coal:Bituminous/Industrial Sludge/TireDerived Fuel (TDF)/33.47--33.371.73---31.43-YES Coal 17 INSABICInnovativePlastics01-001 BW1BoilerParticulateMatter (PM)filterableSample #1 4/7/2005 1.50E-03 -6.50E+00/Coal: Bituminous/100.00---------YES Coal 17 INSABICInnovativePlastics01-001 BW1BoilerParticulateMatter (PM)filterableSample #1 6/28/2006 1.60E-03 -6.44E+00/Coal: Bituminous/100.00---------YES Coal 17 INSABICInnovativePlastics01-001 BW1BoilerParticulateMatter (PM)filterableSample #2 4/7/2005 9.00E-04 -7.01E+00/Coal: Bituminous/100.00---------YES Coal 17 INSABICInnovativePlastics01-001 BW1BoilerParticulateMatter (PM)filterableSample #2 6/28/2006 9.00E-04 -7.01E+00/Coal: Bituminous/100.00---------YES Coal 17 INSABICInnovativePlastics01-001 BW1BoilerParticulateMatter (PM)filterableSample #3 6/28/2006 3.00E-03 -5.81E+00/Coal: Bituminous/100.00---------YES Coal 17 INSABICInnovativePlastics01-001 BW1BoilerParticulateMatter (PM)filterableSample #3 4/7/2005 2.20E-03 -6.12E+00/Coal: Bituminous/100.00---------YES Coal 18 INSABICInnovativePlastics01-001 BW2BoilerParticulateMatter (PM)filterableSample #1 4/7/2005 1.50E-03 -6.50E+00/Coal: Bituminous/100.00---------YES Coal 18 INSABICInnovativePlastics01-001 BW2BoilerParticulateMatter (PM)filterableSample #1 6/28/2006 1.60E-03 -6.44E+00/Coal: Bituminous/100.00---------YES Coal 18 INSABICInnovativePlastics01-001 BW2BoilerParticulateMatter (PM)filterableSample #2 4/7/2005 9.00E-04 -7.01E+00/Coal: Bituminous/100.00---------YES Coal 18 INSABICInnovativePlastics01-001 BW2BoilerParticulateMatter (PM)filterableSample #2 6/28/2006 9.00E-04 -7.01E+00/Coal: Bituminous/100.00---------Appendix C-4: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Coal 18 INSABICInnovativePlastics01-001 BW2BoilerParticulateMatter (PM)filterableSample #3 4/7/2005 2.20E-03 -6.12E+00/Coal: Bituminous/100.00---------YES Coal 18 INSABICInnovativePlastics01-001 BW2BoilerParticulateMatter (PM)filterableSample #3 6/28/2006 3.00E-03 -5.81E+00/Coal: Bituminous/100.00---------YES Coal 19 MNAmericanCrystalCrookstonBoiler 1ParticulateMatter (PM)filterableSample #1 11/3/2005 5.40E-02 -2.92E+00/Coal: Sub-bituminous/100.00---------YES Coal 19 MNAmericanCrystalCrookstonBoiler 1ParticulateMatter (PM)filterableSample #1 11/2/2005 1.90E-03 -6.27E+00/Coal: Sub-bituminous/100.00---------YES Coal 19 MNAmericanCrystalCrookstonBoiler 1ParticulateMatter (PM)filterableSample #1 10/31/2005 3.70E-03 -5.60E+00/Coal: Sub-bituminous/100.00---------YES Coal 19 MNAmericanCrystalCrookstonBoiler 1ParticulateMatter (PM)filterableSample #2 10/31/2005 2.40E-03 -6.03E+00/Coal: Sub-bituminous/100.00---------YES Coal 19 MNAmericanCrystalCrookstonBoiler 1ParticulateMatter (PM)filterableSample #2 11/3/2005 2.71E-02 -3.61E+00/Coal: Sub-bituminous/100.00---------YES Coal 19 MNAmericanCrystalCrookstonBoiler 1ParticulateMatter (PM)filterableSample #2 11/2/2005 2.80E-03 -5.88E+00/Coal: Sub-bituminous/100.00---------YES Coal 19 MNAmericanCrystalCrookstonBoiler 1ParticulateMatter (PM)filterableSample #3 11/3/2005 1.76E-02 -4.04E+00/Coal: Sub-bituminous/100.00---------YES Coal 19 MNAmericanCrystalCrookstonBoiler 1ParticulateMatter (PM)filterableSample #3 11/2/2005 5.00E-04 -7.60E+00/Coal: Sub-bituminous/100.00---------YES Coal 19 MNAmericanCrystalCrookstonBoiler 1ParticulateMatter (PM)filterableSample #3 10/31/2005 5.00E-03 -5.30E+00/Coal: Sub-bituminous/100.00---------YES Coal 20 IAADMCornProcessingCREU-502BParticulateMatter (PM)filterableSample #1 11/28/1994 1.80E-03 -6.32E+00/Coal: Bituminous/Coal: Subbituminous/100.00---------YES Coal 20 IAADMCornProcessingCREU-502BParticulateMatter (PM)filterableSample #2 11/28/1994 3.80E-03 -5.57E+00/Coal: Bituminous/Coal: Subbituminous/100.00---------YES Coal 20 IAADMCornProcessingCREU-502BParticulateMatter (PM)filterableSample #3 11/28/1994 1.00E-03 -6.91E+00/Coal: Bituminous/Coal: Subbituminous/100.00---------YES Coal 21 WIWausau# 5 PowerBoiler (B24)ParticulateMatter (PM)filterableSample #1 7/24/2007 ND 1.34E-03 -6.62E+00/Coal: Bituminous/100.00---------YES Coal 21 WIWausau# 5 PowerBoiler (B24)ParticulateMatter (PM)filterableSample #2 7/24/2007 3.56E-03 -5.64E+00/Coal: Bituminous/100.00---------YES Coal 21 WIWausau# 5 PowerBoiler (B24)ParticulateMatter (PM)filterableSample #3 7/24/2007 2.02E-03 -6.20E+00/Coal: Bituminous/100.00---------YES Coal 22 AKDoyonUtilities_AK4ParticulateMatter (PM)filterableSample #1 8/17/2005 2.00E-03 -6.21E+00/Coal: Sub-bituminous/100.00---------YES Coal 22 AKDoyonUtilities_AK4ParticulateMatter (PM)filterableSample #2 8/17/2005 2.30E-03 -6.07E+00/Coal: Sub-bituminous/100.00---------YES Coal 22 AKDoyonUtilities_AK4ParticulateMatter (PM)filterableSample #3 8/17/2005 2.70E-03 -5.91E+00/Coal: Sub-bituminous/100.00---------YES Coal 23 INPurdueUniverisityBoiler 5ParticulateMatter (PM)filterableM5-1 7/21/2009 2.79E-03 -5.88E+00Coal: Bituminous100.00---------Appendix C-4: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Coal 23 INPurdueUniverisityBoiler 5ParticulateMatter (PM)filterableM5-2 7/21/2009 2.82E-03 -5.87E+00Coal: Bituminous100.00---------YES Coal 23 INPurdueUniverisityBoiler 5ParticulateMatter (PM)filterableM5-3 7/22/2009 2.77E-03 -5.89E+00Coal: Bituminous100.00---------YES Coal 23 INPurdueUniverisityBoiler 5ParticulateMatter (PM)filterableSample #1 11/29/2006 5.00E-03 -5.30E+00/Coal: Bituminous/100.00---------YES Coal 23 INPurdueUniverisityBoiler 5ParticulateMatter (PM)filterableSample #2 11/29/2006 1.00E-03 -6.91E+00/Coal: Bituminous/100.00---------YES Coal 23 INPurdueUniverisityBoiler 5ParticulateMatter (PM)filterableSample #3 11/29/2006 1.00E-03 -6.91E+00/Coal: Bituminous/100.00---------YES Coal 24 VAUniversityofVirginia7103-1-02RParticulateMatter (PM)filterableSample #1 1/16/2007 4.00E-03 -5.52E+00/Coal: Bituminous/100.00---------YES Coal 24 VAUniversityofVirginia7103-1-02RParticulateMatter (PM)filterableSample #2 1/16/2007 1.00E-03 -6.91E+00/Coal: Bituminous/100.00---------YES Coal 24 VAUniversityofVirginia7103-1-02RParticulateMatter (PM)filterableSample #3 1/16/2007 2.00E-03 -6.21E+00/Coal: Bituminous/100.00---------YES Coal 25 TNEastman_NO_CBIDATABoiler 30ParticulateMatter (PM)filterable1 8/26/2009 4.65E-03 -5.37E+00Coal: Bituminous100.00---------YES Coal 25 TNEastman_NO_CBIDATABoiler 30ParticulateMatter (PM)filterable2 8/27/2009 1.73E-03 -6.36E+00Coal: Bituminous100.00---------YES Coal 25 TNEastman_NO_CBIDATABoiler 30ParticulateMatter (PM)filterable3 8/27/2009 1.42E-03 -6.56E+00Coal: Bituminous100.00---------YES Coal 25 TNEastman_NO_CBIDATABoiler 30ParticulateMatter (PM)filterableSample #1 9/19/2002 3.00E-03 -5.81E+00/Coal: Bituminous/100.00---------YES Coal 25 TNEastman_NO_CBIDATABoiler 30ParticulateMatter (PM)filterableSample #1 9/19/2006 9.90E-03 -4.62E+00/Coal: Bituminous/100.00---------YES Coal 25 TNEastman_NO_CBIDATABoiler 30ParticulateMatter (PM)filterableSample #1 12/29/1993 2.16E-02 -3.84E+00/Coal: Bituminous/Process gas/YES Coal 25 TNEastman_NO_CBIDATABoiler 30ParticulateMatter (PM)filterableSample #1 11/8/1994 9.10E-03 -4.70E+00/Coal: Bituminous/100.00---------YES Coal 25 TNEastman_NO_CBIDATABoiler 30ParticulateMatter (PM)filterableSample #2 11/8/1994 6.60E-03 -5.02E+00/Coal: Bituminous/100.00---------YES Coal 25 TNEastman_NO_CBIDATABoiler 30ParticulateMatter (PM)filterableSample #2 9/19/2006 1.33E-02 -4.32E+00/Coal: Bituminous/100.00---------YES Coal 25 TNEastman_NO_CBIDATABoiler 30ParticulateMatter (PM)filterableSample #2 9/19/2002 ND 2.70E-03 -5.91E+00/Coal: Bituminous/100.00---------YES Coal 25 TNEastman_NO_CBIDATABoiler 30ParticulateMatter (PM)filterableSample #2 12/29/1993 1.41E-02 -4.26E+00/Coal: Bituminous/Process gas/YES Coal 25 TNEastman_NO_CBIDATABoiler 30ParticulateMatter (PM)filterableSample #3 11/8/1994 7.10E-03 -4.95E+00/Coal: Bituminous/100.00---------YES Coal 25 TNEastman_NO_CBIDATABoiler 30ParticulateMatter (PM)filterableSample #3 9/19/2006 9.30E-03 -4.68E+00/Coal: Bituminous/100.00---------Appendix C-4: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Coal 25 TNEastman_NO_CBIDATABoiler 30ParticulateMatter (PM)filterableSample #3 9/19/2002 3.20E-03 -5.74E+00/Coal: Bituminous/100.00---------YES Coal 25 TNEastman_NO_CBIDATABoiler 30ParticulateMatter (PM)filterableSample #3 12/29/1993 1.56E-02 -4.16E+00/Coal: Bituminous/Process gas/YES Coal 26 WAWeyerhaeuserLongviewNo. 11 HogFuel BoilerParticulateMatter (PM)filterableSample #1 10/7/2008 2.00E-03 -6.21E+00/Coal: Bituminous/HogFuel/Industrial Sludge/34.08--55.2610.66-----YES Coal 26 WAWeyerhaeuserLongviewNo. 11 HogFuel BoilerParticulateMatter (PM)filterableSample #2 10/7/2008 3.00E-03 -5.81E+00/Coal: Bituminous/HogFuel/Industrial Sludge/34.08--55.2610.66-----YES Coal 26 WAWeyerhaeuserLongviewNo. 11 HogFuel BoilerParticulateMatter (PM)filterableSample #3 10/7/2008 3.00E-03 -5.81E+00/Coal: Bituminous/HogFuel/Industrial Sludge/34.08--55.2610.66-----YES Coal 27 ILRockIslandArsenalNBN 12602(Boiler #1)ParticulateMatter (PM)filterableSample #1 3/13/2007 4.26E-03 -5.46E+00/Coal: Bituminous/100.00---------YES Coal 27 ILRockIslandArsenalNBN 12602(Boiler #1)ParticulateMatter (PM)filterableSample #2 3/13/2007 2.43E-03 -6.02E+00/Coal: Bituminous/100.00---------YES Coal 27 ILRockIslandArsenalNBN 12602(Boiler #1)ParticulateMatter (PM)filterableSample #3 3/13/2007 1.39E-03 -6.58E+00/Coal: Bituminous/100.00---------YES Coal 28 OHUofCincinnatiB108ParticulateMatter (PM)filterableSample #1 4/26/2006 2.90E-03 -5.84E+00/Coal: Bituminous/100.00---------YES Coal 28 OHUofCincinnatiB108ParticulateMatter (PM)filterableSample #2 4/26/2006 3.03E-03 -5.80E+00/Coal: Bituminous/100.00---------YES Coal 28 OHUofCincinnatiB108ParticulateMatter (PM)filterableSample #3 4/27/2005 2.40E-03 -6.03E+00/Coal: Bituminous/100.00---------YES Coal 29 SCInternationalPaperEastoverNo. 1 PowerBoilerParticulateMatter (PM)filterableSample #1 10/19/2004 1.37E-02 -4.29E+00/Coal: Bituminous/100.00---------YES Coal 29 SCInternationalPaperEastoverNo. 1 PowerBoilerParticulateMatter (PM)filterableSample #1 10/9/2002 3.60E-02 -3.32E+00/Coal: Bituminous/100.00---------YES Coal 29 SCInternationalPaperEastoverNo. 1 PowerBoilerParticulateMatter (PM)filterableSample #1 10/25/2006 3.30E-03 -5.71E+00/Coal: Bituminous/100.00---------YES Coal 29 SCInternationalPaperEastoverNo. 1 PowerBoilerParticulateMatter (PM)filterableSample #1 10/24/2000 5.90E-02 -2.83E+00/Coal: Bituminous/100.00---------YES Coal 29 SCInternationalPaperEastoverNo. 1 PowerBoilerParticulateMatter (PM)filterableSample #2 10/9/2002 4.40E-02 -3.12E+00/Coal: Bituminous/100.00---------YES Coal 29 SCInternationalPaperEastoverNo. 1 PowerBoilerParticulateMatter (PM)filterableSample #2 10/24/2000 2.20E-02 -3.82E+00/Coal: Bituminous/100.00---------YES Coal 29 SCInternationalPaperEastoverNo. 1 PowerBoilerParticulateMatter (PM)filterableSample #2 10/19/2004 5.10E-03 -5.28E+00/Coal: Bituminous/100.00---------YES Coal 29 SCInternationalPaperEastoverNo. 1 PowerBoilerParticulateMatter (PM)filterableSample #2 10/25/2006 4.20E-03 -5.47E+00/Coal: Bituminous/100.00---------YES Coal 29 SCInternationalPaperEastoverNo. 1 PowerBoilerParticulateMatter (PM)filterableSample #3 10/24/2000 4.40E-02 -3.12E+00/Coal: Bituminous/100.00---------YES Coal 29 SCInternationalPaperEastoverNo. 1 PowerBoilerParticulateMatter (PM)filterableSample #3 10/9/2002 3.40E-02 -3.38E+00/Coal: Bituminous/100.00---------Appendix C-4: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Coal 29 SCInternationalPaperEastoverNo. 1 PowerBoilerParticulateMatter (PM)filterableSample #3 10/25/2006 1.20E-03 -6.73E+00/Coal: Bituminous/100.00---------YES Coal 29 SCInternationalPaperEastoverNo. 1 PowerBoilerParticulateMatter (PM)filterableSample #3 10/19/2004 2.80E-03 -5.88E+00/Coal: Bituminous/100.00---------YES Coal 30 WIThilmanyPapersNicoletMillB23ParticulateMatter (PM)filterableSample #1 2/23/2006 4.36E-03 -5.44E+00/Coal: Bituminous/Paper and PaperResidues/84.11-------15.89-YES Coal 30 WIThilmanyPapersNicoletMillB23ParticulateMatter (PM)filterableSample #1 2/22/2006 4.89E-03 -5.32E+00/Coal: Bituminous/100.00---------YES Coal 30 WIThilmanyPapersNicoletMillB23ParticulateMatter (PM)filterableSample #2 2/22/2006 1.58E-03 -6.45E+00/Coal: Bituminous/100.00---------YES Coal 30 WIThilmanyPapersNicoletMillB23ParticulateMatter (PM)filterableSample #2 2/23/2006 5.79E-03 -5.15E+00/Coal: Bituminous/Paper and PaperResidues/84.11-------15.89-YES Coal 30 WIThilmanyPapersNicoletMillB23ParticulateMatter (PM)filterableSample #3 2/22/2006 2.34E-03 -6.06E+00/Coal: Bituminous/100.00---------YES Coal 30 WIThilmanyPapersNicoletMillB23ParticulateMatter (PM)filterableSample #3 2/23/2006 3.24E-03 -5.73E+00/Coal: Bituminous/Paper and PaperResidues/84.11-------15.89-YES Coal 31 WIThilmanyPapersNicoletMillB24ParticulateMatter (PM)filterableSample #1 2/23/2006 4.36E-03 -5.44E+00/Coal: Bituminous/Paper and PaperResidues/84.11-------15.89-YES Coal 31 WIThilmanyPapersNicoletMillB24ParticulateMatter (PM)filterableSample #1 2/22/2006 4.89E-03 -5.32E+00/Coal: Bituminous/100.00---------YES Coal 31 WIThilmanyPapersNicoletMillB24ParticulateMatter (PM)filterableSample #2 2/22/2006 1.58E-03 -6.45E+00/Coal: Bituminous/100.00---------YES Coal 31 WIThilmanyPapersNicoletMillB24ParticulateMatter (PM)filterableSample #2 2/23/2006 5.79E-03 -5.15E+00/Coal: Bituminous/Paper and PaperResidues/84.11-------15.89-YES Coal 31 WIThilmanyPapersNicoletMillB24ParticulateMatter (PM)filterableSample #3 2/23/2006 3.24E-03 -5.73E+00/Coal: Bituminous/Paper and PaperResidues/84.11-------15.89-YES Coal 31 WIThilmanyPapersNicoletMillB24ParticulateMatter (PM)filterableSample #3 2/22/2006 2.34E-03 -6.06E+00/Coal: Bituminous/100.00---------YES Coal 32 IDAmalgamatedSugarCoTwinFS-B1ParticulateMatter (PM)filterableSample #1 9/26/2006 2.01E-03 -6.21E+00/Coal: Sub-bituminous/100.00---------YES Coal 32 IDAmalgamatedSugarCoTwinFS-B1ParticulateMatter (PM)filterableSample #2 9/26/2006 3.26E-03 -5.72E+00/Coal: Sub-bituminous/100.00---------YES Coal 32 IDAmalgamatedSugarCoTwinFS-B1ParticulateMatter (PM)filterableSample #3 9/26/2006 4.10E-03 -5.50E+00/Coal: Sub-bituminous/100.00---------YES Coal 33 ILPolyOneB1ParticulateMatter (PM)filterable1 9/9/2009 4.59E-03 -5.38E+00/Coal: Bituminous/100.00---------YES Coal 33 ILPolyOneB1ParticulateMatter (PM)filterable2 9/9/2009 5.32E-03 -5.24E+00/Coal: Bituminous/100.00---------YES Coal 33 ILPolyOneB1ParticulateMatter (PM)filterable3 9/10/2009 1.26E-02 -4.37E+00/Coal: Bituminous/100.00---------YES Coal 33 ILPolyOneB1ParticulateMatter (PM)filterableSample #1 11/14/2006 3.20E-03 -5.74E+00/Coal: Bituminous/100.00---------Appendix C-4: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Coal 34 FLSmurfit-Stone7PBParticulateMatter (PM)filterableSample #1 7/11/2007 2.86E-03 -5.86E+00/Coal: Bituminous/100.00---------YES Coal 34 FLSmurfit-Stone7PBParticulateMatter (PM)filterableSample #2 7/11/2007 1.50E-03 -6.50E+00/Coal: Bituminous/100.00---------YES Coal 34 FLSmurfit-Stone7PBParticulateMatter (PM)filterableSample #3 7/11/2007 5.35E-03 -5.23E+00/Coal: Bituminous/100.00---------YES Coal 35 MESDWarren#21 BoilerParticulateMatter (PM)filterableSample #1 11/10/2006 4.00E-03 -5.52E+00/Biomass/Coal:Bituminous/Industrial Sludge/18.04--80.961.00-----YES Coal 35 MESDWarren#21 BoilerParticulateMatter (PM)filterableSample #2 11/10/2006 4.00E-03 -5.52E+00/Biomass/Coal:Bituminous/Industrial Sludge/18.04--80.961.00-----YES Coal 35 MESDWarren#21 BoilerParticulateMatter (PM)filterableSample #3 11/10/2006 2.00E-03 -6.21E+00/Biomass/Coal:Bituminous/Industrial Sludge/18.04--80.961.00-----YES Coal 36 TNEastman_NO_CBIDATABoiler 31ParticulateMatter (PM)filterableSample #1 8/4/1994 3.30E-03 -5.71E+00/Coal: Bituminous/100.00---------YES Coal 36 TNEastman_NO_CBIDATABoiler 31ParticulateMatter (PM)filterableSample #1 12/6/2006 4.50E-03 -5.40E+00/Coal: Bituminous/100.00---------YES Coal 36 TNEastman_NO_CBIDATABoiler 31ParticulateMatter (PM)filterableSample #1 8/14/2006 4.21E-02 -3.17E+00/Coal: Bituminous/100.00---------YES Coal 36 TNEastman_NO_CBIDATABoiler 31ParticulateMatter (PM)filterableSample #1 9/29/1998 1.24E-02 -4.39E+00/Coal: Bituminous/100.00---------YES Coal 36 TNEastman_NO_CBIDATABoiler 31ParticulateMatter (PM)filterableSample #1 12/14/1994 9.10E-03 -4.70E+00/Coal: Bituminous/100.00---------YES Coal 36 TNEastman_NO_CBIDATABoiler 31ParticulateMatter (PM)filterableSample #1 9/17/2002 8.30E-03 -4.79E+00/Coal: Bituminous/Process gas/YES Coal 36 TNEastman_NO_CBIDATABoiler 31ParticulateMatter (PM)filterableSample #1 3/15/2005 5.00E-03 -5.30E+00/Coal: Bituminous/Process gas/YES Coal 36 TNEastman_NO_CBIDATABoiler 31ParticulateMatter (PM)filterableSample #1 7/25/2006 6.19E-02 -2.78E+00/Coal: Bituminous/100.00---------YES Coal 36 TNEastman_NO_CBIDATABoiler 31ParticulateMatter (PM)filterableSample #2 12/6/2006 2.70E-03 -5.91E+00/Coal: Bituminous/100.00---------YES Coal 36 TNEastman_NO_CBIDATABoiler 31ParticulateMatter (PM)filterableSample #2 8/4/1994 2.90E-03 -5.84E+00/Coal: Bituminous/100.00---------YES Coal 36 TNEastman_NO_CBIDATABoiler 31ParticulateMatter (PM)filterableSample #2 12/15/1994 2.80E-03 -5.88E+00/Coal: Bituminous/100.00---------YES Coal 36 TNEastman_NO_CBIDATABoiler 31ParticulateMatter (PM)filterableSample #2 9/29/1998 6.51E-03 -5.03E+00/Coal: Bituminous/100.00---------YES Coal 36 TNEastman_NO_CBIDATABoiler 31ParticulateMatter (PM)filterableSample #2 9/17/2002 7.00E-03 -4.96E+00/Coal: Bituminous/Process gas/YES Coal 36 TNEastman_NO_CBIDATABoiler 31ParticulateMatter (PM)filterableSample #2 3/15/2005 5.00E-03 -5.30E+00/Coal: Bituminous/Process gas/YES Coal 36 TNEastman_NO_CBIDATABoiler 31ParticulateMatter (PM)filterableSample #2 7/25/2006 2.20E-02 -3.82E+00/Coal: Bituminous/100.00---------Appendix C-4: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Coal 36 TNEastman_NO_CBIDATABoiler 31ParticulateMatter (PM)filterableSample #2 8/14/2006 4.59E-02 -3.08E+00/Coal: Bituminous/100.00---------YES Coal 36 TNEastman_NO_CBIDATABoiler 31ParticulateMatter (PM)filterableSample #3 12/6/2006 3.20E-03 -5.74E+00/Coal: Bituminous/100.00---------YES Coal 36 TNEastman_NO_CBIDATABoiler 31ParticulateMatter (PM)filterableSample #3 12/15/1994 6.70E-03 -5.01E+00/Coal: Bituminous/100.00---------YES Coal 36 TNEastman_NO_CBIDATABoiler 31ParticulateMatter (PM)filterableSample #3 8/14/2006 5.45E-02 -2.91E+00/Coal: Bituminous/100.00---------YES Coal 36 TNEastman_NO_CBIDATABoiler 31ParticulateMatter (PM)filterableSample #3 7/25/2006 4.15E-02 -3.18E+00/Coal: Bituminous/100.00---------YES Coal 36 TNEastman_NO_CBIDATABoiler 31ParticulateMatter (PM)filterableSample #3 3/15/2005 4.80E-03 -5.34E+00/Coal: Bituminous/Process gas/YES Coal 36 TNEastman_NO_CBIDATABoiler 31ParticulateMatter (PM)filterableSample #3 9/17/2002 4.90E-03 -5.32E+00/Coal: Bituminous/Process gas/YES Coal 36 TNEastman_NO_CBIDATABoiler 31ParticulateMatter (PM)filterableSample #3 9/29/1998 9.68E-03 -4.64E+00/Coal: Bituminous/100.00---------YES Coal 36 TNEastman_NO_CBIDATABoiler 31ParticulateMatter (PM)filterableSample #3 8/4/1994 4.50E-03 -5.40E+00/Coal: Bituminous/100.00---------YES Coal 37 IAUofIowaEP7 Boiler11ParticulateMatter (PM)filterable1 8/4/2009 4.18E-03 -5.48E+00Biomass/Coal: Bituminous51.03--48.97------YES Coal 37 IAUofIowaEP7 Boiler11ParticulateMatter (PM)filterable2 8/5/2009 3.30E-03 -5.71E+00Biomass/Coal: Bituminous51.03--48.97------YES Coal 37 IAUofIowaEP7 Boiler11ParticulateMatter (PM)filterable3 8/5/2009 3.11E-03 -5.77E+00Biomass/Coal: Bituminous51.03--48.97------YES Coal 37 IAUofIowaEP7 Boiler11ParticulateMatter (PM)filterableSample #1 2/22/2006 4.10E-03 -5.50E+00/Biomass/Coal: Bituminous/23.18--76.82------YES Coal 37 IAUofIowaEP7 Boiler11ParticulateMatter (PM)filterableSample #1 2/15/2006 5.40E-03 -5.22E+00/Coal: Bituminous/100.00---------YES Coal 37 IAUofIowaEP7 Boiler11ParticulateMatter (PM)filterableSample #2 2/21/2006 6.60E-03 -5.02E+00/Coal: Bituminous/100.00---------YES Coal 37 IAUofIowaEP7 Boiler11ParticulateMatter (PM)filterableSample #2 2/23/2006 3.20E-03 -5.74E+00/Biomass/Coal: Bituminous/23.18--76.82------YES Coal 37 IAUofIowaEP7 Boiler11ParticulateMatter (PM)filterableSample #3 2/21/2006 7.00E-03 -4.96E+00/Coal: Bituminous/100.00---------YES Coal 37 IAUofIowaEP7 Boiler11ParticulateMatter (PM)filterableSample #3 2/23/2006 3.80E-03 -5.57E+00/Biomass/Coal: Bituminous/23.18--76.82------YES Coal 38 ILAbbottAbbottParkUnit 5APParticulateMatter (PM)filterableOTM28-1 8/4/2009 3.89E-03 -5.55E+00Coal: Bituminous100.00---------YES Coal 38 ILAbbottAbbottParkUnit 5APParticulateMatter (PM)filterableOTM28-2 8/5/2009 3.06E-03 -5.79E+00Coal: Bituminous100.00---------YES Coal 38 ILAbbottAbbottParkUnit 5APParticulateMatter (PM)filterableOTM28-3 8/5/2009 3.82E-03 -5.57E+00Coal: Bituminous100.00---------Appendix C-4: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Coal 38 ILAbbottAbbottParkUnit 5APParticulateMatter (PM)filterableSample #1 8/22/2007 2.10E-02 -3.86E+00/Coal: Bituminous/100.00---------YES Coal 38 ILAbbottAbbottParkUnit 5APParticulateMatter (PM)filterableSample #2 8/22/2007 2.30E-02 -3.77E+00/Coal: Bituminous/100.00---------YES Coal 38 ILAbbottAbbottParkUnit 5APParticulateMatter (PM)filterableSample #3 8/22/2007 1.90E-02 -3.96E+00/Coal: Bituminous/100.00---------YES Coal 39 VADukeEnergyNarrowsBoiler #2ParticulateMatter (PM)filterableSample #1 10/12/2004 2.40E-02 -3.73E+00/Coal: Bituminous/100.00---------YES Coal 39 VADukeEnergyNarrowsBoiler #2ParticulateMatter (PM)filterableSample #1 10/12/2004 4.00E-03 -5.52E+00/Coal: Bituminous/100.00---------YES Coal 39 VADukeEnergyNarrowsBoiler #2ParticulateMatter (PM)filterableSample #2 10/12/2004 1.20E-02 -4.42E+00/Coal: Bituminous/100.00---------YES Coal 39 VADukeEnergyNarrowsBoiler #2ParticulateMatter (PM)filterableSample #2 10/12/2004 3.00E-03 -5.81E+00/Coal: Bituminous/100.00---------YES Coal 39 VADukeEnergyNarrowsBoiler #2ParticulateMatter (PM)filterableSample #3 10/12/2004 4.00E-03 -5.52E+00/Coal: Bituminous/100.00---------YES Coal 39 VADukeEnergyNarrowsBoiler #2ParticulateMatter (PM)filterableSample #3 10/12/2004 1.00E-02 -4.61E+00/Coal: Bituminous/100.00---------YES Coal 40 OHSmartPapersHoldingsLLCB020ParticulateMatter (PM)filterableSample #1 9/22/2005 6.50E-03 -5.04E+00/Coal: Bituminous/100.00---------YES Coal 40 OHSmartPapersHoldingsLLCB020ParticulateMatter (PM)filterableSample #2 9/22/2005 5.00E-04 -7.60E+00/Coal: Bituminous/100.00---------YES Coal 40 OHSmartPapersHoldingsLLCB020ParticulateMatter (PM)filterableSample #3 9/22/2005 4.20E-03 -5.47E+00/Coal: Bituminous/100.00---------YES Coal 41 AKDoyonUtilities_AK7ParticulateMatter (PM)filterableSample #1 8/16/2005 3.30E-03 -5.71E+00/Coal: Sub-bituminous/100.00---------YES Coal 41 AKDoyonUtilities_AK7ParticulateMatter (PM)filterableSample #2 8/16/2005 4.20E-03 -5.47E+00/Coal: Sub-bituminous/100.00---------YES Coal 41 AKDoyonUtilities_AK7ParticulateMatter (PM)filterableSample #3 8/16/2005 4.00E-03 -5.52E+00/Coal: Sub-bituminous/100.00---------YES Coal 42 VAGPBigIsland2703PWR04 - No.4 PowerBoilerParticulateMatter (PM)filterableSample #1 5/1/2007 4.40E-03 -5.43E+00/Coal: Bituminous/100.00---------YES Coal 42 VAGPBigIsland2703PWR04 - No.4 PowerBoilerParticulateMatter (PM)filterableSample #2 5/1/2007 3.80E-03 -5.57E+00/Coal: Bituminous/100.00---------YES Coal 42 VAGPBigIsland2703PWR04 - No.4 PowerBoilerParticulateMatter (PM)filterableSample #3 5/1/2007 3.80E-03 -5.57E+00/Coal: Bituminous/100.00---------YES Coal 43 VAUniversityofVirginia7103-1-05ParticulateMatter (PM)filterableSample #1 4/4/2008 1.80E-03 -6.32E+00/Coal: Bituminous/100.00---------YES Coal 43 VAUniversityofVirginia7103-1-05ParticulateMatter (PM)filterableSample #2 4/4/2008 1.80E-03 -6.32E+00/Coal: Bituminous/100.00---------Appendix C-4: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Coal 43 VAUniversityofVirginia7103-1-05ParticulateMatter (PM)filterableSample #3 4/4/2008 9.00E-03 -4.71E+00/Coal: Bituminous/100.00---------YES Coal 44 VADukeEnergyNarrowsBoiler #3ParticulateMatter (PM)filterableSample #1 4/14/2004 4.80E-02 -3.04E+00/Coal: Bituminous/100.00---------YES Coal 44 VADukeEnergyNarrowsBoiler #3ParticulateMatter (PM)filterableSample #1 10/14/2004 2.00E-03 -6.21E+00/Coal: Bituminous/100.00---------YES Coal 44 VADukeEnergyNarrowsBoiler #3ParticulateMatter (PM)filterableSample #2 4/14/2004 2.60E-02 -3.65E+00/Coal: Bituminous/100.00---------YES Coal 44 VADukeEnergyNarrowsBoiler #3ParticulateMatter (PM)filterableSample #2 10/14/2004 4.00E-03 -5.52E+00/Coal: Bituminous/100.00---------YES Coal 44 VADukeEnergyNarrowsBoiler #3ParticulateMatter (PM)filterableSample #3 10/14/2004 7.00E-03 -4.96E+00/Coal: Bituminous/100.00---------YES Coal 44 VADukeEnergyNarrowsBoiler #3ParticulateMatter (PM)filterableSample #3 4/14/2004 2.90E-02 -3.54E+00/Coal: Bituminous/100.00---------YES Gas 1 1 IAADMClintonEUCOG-5 #2Gas FiredBoilerParticulateMatter (PM)filterableSample #1 3/5/2008 1.00E-04 -9.21E+00/Natural gas/------100.00---YES Gas 1 1 IAADMClintonEUCOG-5 #2Gas FiredBoilerParticulateMatter (PM)filterableSample #2 3/7/2008 2.00E-04 -8.52E+00/Natural gas/------100.00---YES Gas 1 1 IAADMClintonEUCOG-5 #2Gas FiredBoilerParticulateMatter (PM)filterableSample #3 3/10/2008 1.00E-04 -9.21E+00/Natural gas/------100.00---YES Gas 1 2 MSChevronPascagoulaF-2103ParticulateMatter (PM)filterableSample #1 3/27/2008 1.20E-04 -9.03E+00/Refinery gas/------100.00---YES Gas 1 2 MSChevronPascagoulaF-2103ParticulateMatter (PM)filterableSample #2 3/27/2008 1.20E-04 -9.03E+00/Refinery gas/------100.00---YES Gas 1 2 MSChevronPascagoulaF-2103ParticulateMatter (PM)filterableSample #3 3/27/2008 5.60E-04 -7.49E+00/Refinery gas/------100.00---YES Gas 1 3 IACargillEddyville84.000ParticulateMatter (PM)filterableSample #1 11/25/1997 3.14E-04 -8.06E+00/Natural gas/------100.00---YES Gas 1 3 IACargillEddyville84.000ParticulateMatter (PM)filterableSample #2 11/25/1997 2.83E-04 -8.17E+00/Natural gas/------100.00---YES Gas 1 3 IACargillEddyville84.000ParticulateMatter (PM)filterableSample #3 11/25/1997 2.52E-04 -8.29E+00/Natural gas/------100.00---YES Gas 1 4 IACargillEddyville86.000ParticulateMatter (PM)filterableSample #1 11/25/1997 3.14E-04 -8.06E+00/Natural gas/------100.00---YES Gas 1 4 IACargillEddyville86.000ParticulateMatter (PM)filterableSample #2 11/25/1997 2.83E-04 -8.17E+00/Natural gas/------100.00---YES Gas 1 4 IACargillEddyville86.000ParticulateMatter (PM)filterableSample #3 11/25/1997 2.52E-04 -8.29E+00/Natural gas/------100.00---YES Gas 1 5 MABostonGeneratingMysticStaEU-17ParticulateMatter (PM)filterableSample #1 8/14/2008 4.00E-04 -7.82E+00/Natural gas/------100.00---YES Gas 1 5 MABostonGeneratingMysticStaEU-17ParticulateMatter (PM)filterableSample #2 8/14/2008 4.00E-04 -7.82E+00/Natural gas/------100.00---Appendix C-4: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Gas 1 5 MABostonGeneratingMysticStaEU-17ParticulateMatter (PM)filterableSample #3 8/14/2008 1.00E-04 -9.21E+00/Natural gas/------100.00---YES Gas 1 6 MSDuPontDeLisle1342AH-202 (BLR1342)ParticulateMatter (PM)filterableSample #1 3/29/2007 3.76E-04 -7.89E+00/Natural gas/------100.00---YES Gas 1 6 MSDuPontDeLisle1342AH-202 (BLR1342)ParticulateMatter (PM)filterableSample #2 3/29/2007 2.27E-04 -8.39E+00/Natural gas/------100.00---YES Gas 1 6 MSDuPontDeLisle1342AH-202 (BLR1342)ParticulateMatter (PM)filterableSample #3 3/29/2007 3.45E-04 -7.97E+00/Natural gas/------100.00---YES Gas 1 7 IAKochNitrogenReformerAux BoilerParticulateMatter (PM)filterableSample #1 1/4/2007 6.17E-04 -7.39E+00/Natural gas/Process gas/------100.00---YES Gas 1 7 IAKochNitrogenReformerAux BoilerParticulateMatter (PM)filterableSample #2 1/4/2007 2.03E-04 -8.50E+00/Natural gas/Process gas/------100.00---YES Gas 1 7 IAKochNitrogenReformerAux BoilerParticulateMatter (PM)filterableSample #3 1/5/2007 2.55E-04 -8.27E+00/Natural gas/Process gas/------100.00---YES Gas 1 8 NCCampLejeuneMCBC-AS-4151-16ParticulateMatter (PM)filterableSample #1 9/30/2009 3.10E-04 -8.08E+00Natural gas------100.00---YES Gas 1 8 NCCampLejeuneMCBC-AS-4151-16ParticulateMatter (PM)filterableSample #2 10/1/2009 4.40E-04 -7.73E+00Natural gas------100.00---YES Gas 1 8 NCCampLejeuneMCBC-AS-4151-16ParticulateMatter (PM)filterableSample #3 10/1/2009 5.10E-04 -7.58E+00Natural gas------100.00---YES Gas 1 9 IAGrainProcessingBoiler #10ParticulateMatter (PM)filterableSample #1 7/24/2007 5.73E-04 -7.47E+00/Natural gas/------100.00---YES Gas 1 9 IAGrainProcessingBoiler #10ParticulateMatter (PM)filterableSample #2 7/24/2007 5.73E-04 -7.47E+00/Natural gas/------100.00---YES Gas 1 9 IAGrainProcessingBoiler #10ParticulateMatter (PM)filterableSample #3 7/24/2007 1.43E-04 -8.85E+00/Natural gas/------100.00---YES Gas 1 10 TNValeroMemphisP021 - No.10 BoilerParticulateMatter (PM)filterableSample #1 6/11/2003 6.00E-04 -7.42E+00/Refinery gas/------100.00---YES Gas 1 10 TNValeroMemphisP021 - No.10 BoilerParticulateMatter (PM)filterableSample #2 6/11/2003 4.00E-04 -7.82E+00/Refinery gas/------100.00---YES Gas 1 10 TNValeroMemphisP021 - No.10 BoilerParticulateMatter (PM)filterableSample #3 6/11/2003 3.00E-04 -8.11E+00/Refinery gas/------100.00---YES Gas 1 10 TNValeroMemphisP021 - No.10 BoilerParticulateMatter (PM)filterableSample #3 12/11/2002 7.00E-04 -7.26E+00/Refinery gas/------100.00---YES Gas 1 11 MSChevronPascagoulaF-8510ParticulateMatter (PM)filterableSample #1 11/6/2007 4.44E-04 -7.72E+00/Refinery gas/------100.00---YES Gas 1 11 MSChevronPascagoulaF-8510ParticulateMatter (PM)filterableSample #2 11/6/2007 2.22E-04 -8.41E+00/Refinery gas/------100.00---YES Gas 1 11 MSChevronPascagoulaF-8510ParticulateMatter (PM)filterableSample #3 11/6/2007 6.38E-04 -7.36E+00/Refinery gas/------100.00---YES Gas 1 12 MSDuPontDeLisle1342AH-101 (BLR1342)ParticulateMatter (PM)filterableSample #1 3/14/2008 5.72E-04 -7.47E+00/Natural gas/------100.00---Appendix C-4: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Gas 1 12 MSDuPontDeLisle1342AH-101 (BLR1342)ParticulateMatter (PM)filterableSample #2 3/14/2008 4.15E-04 -7.79E+00/Natural gas/------100.00---YES Gas 1 12 MSDuPontDeLisle1342AH-101 (BLR1342)ParticulateMatter (PM)filterableSample #3 3/14/2008 3.61E-04 -7.93E+00/Natural gas/------100.00---YES Gas 1 13 MDUofMarylandEU 001-4ParticulateMatter (PM)filterableSample #1 2/20/2002 4.98E-04 -7.60E+00/Natural gas/YES Gas 1 13 MDUofMarylandEU 001-4ParticulateMatter (PM)filterableSample #2 2/20/2002 3.98E-04 -7.83E+00/Natural gas/YES Gas 1 13 MDUofMarylandEU 001-4ParticulateMatter (PM)filterableSample #3 2/20/2002 5.98E-04 -7.42E+00/Natural gas/YES Gas 1 14 TNValeroMemphisP044-DHT18 StripperReboilerHeaterParticulateMatter (PM)filterableSample #1 2/28/2007 2.89E-02 -3.54E+00/Refinery gas/------100.00---YES Gas 1 14 TNValeroMemphisP044-DHT18 StripperReboilerHeaterParticulateMatter (PM)filterableSample #1 5/17/2007 1.00E-03 -6.91E+00/Refinery gas/------100.00---YES Gas 1 14 TNValeroMemphisP044-DHT18 StripperReboilerHeaterParticulateMatter (PM)filterableSample #1 5/15/2007 6.00E-04 -7.42E+00/Refinery gas/------100.00---YES Gas 1 14 TNValeroMemphisP044-DHT18 StripperReboilerHeaterParticulateMatter (PM)filterableSample #2 2/28/2007 3.16E-02 -3.45E+00/Refinery gas/------100.00---YES Gas 1 14 TNValeroMemphisP044-DHT18 StripperReboilerHeaterParticulateMatter (PM)filterableSample #2 5/15/2007 3.10E-03 -5.78E+00/Refinery gas/------100.00---YES Gas 1 14 TNValeroMemphisP044-DHT18 StripperReboilerHeaterParticulateMatter (PM)filterableSample #2 5/17/2007 1.00E-04 -9.21E+00/Refinery gas/------100.00---YES Gas 1 14 TNValeroMemphisP044-DHT18 StripperReboilerHeaterParticulateMatter (PM)filterableSample #3 5/15/2007 2.00E-04 -8.52E+00/Refinery gas/------100.00---YES Gas 1 14 TNValeroMemphisP044-DHT18 StripperReboilerHeaterParticulateMatter (PM)filterableSample #3 2/28/2007 2.81E-02 -3.57E+00/Refinery gas/------100.00---YES Gas 1 15 TNValeroMemphisP043 - DHT18 ReactorFeed HeaterParticulateMatter (PM)filterableSample #1 5/15/2007 1.60E-03 -6.44E+00/Refinery gas/------100.00---YES Gas 1 15 TNValeroMemphisP043 - DHT18 ReactorFeed HeaterParticulateMatter (PM)filterableSample #1 5/16/2007 1.50E-03 -6.50E+00/Refinery gas/------100.00---YES Gas 1 15 TNValeroMemphisP043 - DHT18 ReactorFeed HeaterParticulateMatter (PM)filterableSample #1 2/27/2007 1.08E-01 -2.23E+00/Refinery gas/------100.00---YES Gas 1 15 TNValeroMemphisP043 - DHT18 ReactorFeed HeaterParticulateMatter (PM)filterableSample #2 5/15/2007 2.30E-03 -6.07E+00/Refinery gas/------100.00---Appendix C-4: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Gas 1 15 TNValeroMemphisP043 - DHT18 ReactorFeed HeaterParticulateMatter (PM)filterableSample #2 5/16/2007 1.00E-04 -9.21E+00/Refinery gas/------100.00---YES Gas 1 15 TNValeroMemphisP043 - DHT18 ReactorFeed HeaterParticulateMatter (PM)filterableSample #2 2/27/2007 1.20E-02 -4.42E+00/Refinery gas/------100.00---YES Gas 1 15 TNValeroMemphisP043 - DHT18 ReactorFeed HeaterParticulateMatter (PM)filterableSample #3 5/16/2007 1.00E-04 -9.21E+00/Refinery gas/------100.00---YES Gas 1 15 TNValeroMemphisP043 - DHT18 ReactorFeed HeaterParticulateMatter (PM)filterableSample #3 2/27/2007 1.24E-02 -4.39E+00/Refinery gas/------100.00---YES Gas 1 15 TNValeroMemphisP043 - DHT18 ReactorFeed HeaterParticulateMatter (PM)filterableSample #3 5/15/2007 4.80E-03 -5.34E+00/Refinery gas/------100.00---YES Gas 1 16 NJSunocoWestvilleBoiler #7ParticulateMatter (PM)filterableSample #1 10/11/2007 1.00E-03 -6.91E+00/Refinery gas/------100.00---YES Gas 1 16 NJSunocoWestvilleBoiler #7ParticulateMatter (PM)filterableSample #2 10/11/2007 3.00E-04 -8.11E+00/Refinery gas/------100.00---YES Gas 1 16 NJSunocoWestvilleBoiler #7ParticulateMatter (PM)filterableSample #3 10/11/2007 5.00E-04 -7.60E+00/Refinery gas/------100.00---YES Gas 1 17 NJSunocoWestvilleBoiler #6ParticulateMatter (PM)filterableSample #1 11/14/2007 4.81E-04 -7.64E+00/Refinery gas/------100.00---YES Gas 1 17 NJSunocoWestvilleBoiler #6ParticulateMatter (PM)filterableSample #2 11/14/2007 4.36E-04 -7.74E+00/Refinery gas/------100.00---YES Gas 1 17 NJSunocoWestvilleBoiler #6ParticulateMatter (PM)filterableSample #3 11/14/2007 9.50E-04 -6.96E+00/Refinery gas/------100.00---YES Gas 1 18 NJSunocoWestvilleBoiler #5ParticulateMatter (PM)filterableSample #1 8/27/2008 9.21E-04 -6.99E+00/Refinery gas/------100.00---YES Gas 1 18 NJSunocoWestvilleBoiler #5ParticulateMatter (PM)filterableSample #2 8/28/2008 7.00E-04 -7.26E+00/Refinery gas/------100.00---YES Gas 1 18 NJSunocoWestvilleBoiler #5ParticulateMatter (PM)filterableSample #3 8/28/2008 2.48E-04 -8.30E+00/Refinery gas/------100.00---YES Gas 1 y 1 INArcelorMittalBurnsHarborHot DipCoating LineAnnealingFurnaceParticulateMatter (PM)filterable1 9/25/2009 5.24E-06 -1.22E+01Natural gas------100.00---YES Gas 1 y 1 INArcelorMittalBurnsHarborHot DipCoating LineAnnealingFurnaceParticulateMatter (PM)filterable2 9/26/2009 3.73E-06 -1.25E+01Natural gas------100.00---YES Gas 1 y 1 INArcelorMittalBurnsHarborHot DipCoating LineAnnealingFurnaceParticulateMatter (PM)filterable3 9/26/2009 5.39E-06 -1.21E+01Natural gas------100.00---Appendix C-4: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Gas 1 y 1 INArcelorMittalBurnsHarborHot DipCoating LineAnnealingFurnaceParticulateMatter (PM)filterableSample #1 9/19/1997 1.40E-02 -4.27E+00/Natural gas/------100.00---YES Gas 1 y 1 INArcelorMittalBurnsHarborHot DipCoating LineAnnealingFurnaceParticulateMatter (PM)filterableSample #2 9/19/1997 9.90E-03 -4.62E+00/Natural gas/------100.00---YES Gas 1 y 1 INArcelorMittalBurnsHarborHot DipCoating LineAnnealingFurnaceParticulateMatter (PM)filterableSample #3 9/19/1997 1.53E-02 -4.18E+00/Natural gas/------100.00---YES Gas 1 y 2 INNucorSteelCold MillAnnealingParticulateMatter (PM)filterableM5-1 8/18/2009 1.39E-03 -6.58E+00Natural gas------100.00---YES Gas 1 y 2 INNucorSteelCold MillAnnealingParticulateMatter (PM)filterableM5-2 8/18/2009 7.90E-04 -7.14E+00Natural gas------100.00---YES Gas 1 y 2 INNucorSteelCold MillAnnealingParticulateMatter (PM)filterableM5-3 8/18/2009 9.28E-04 -6.98E+00Natural gas------100.00---YES Gas 2 1 LAShellChemicaGeismarFurnace FS801ParticulateMatter (PM)filterable528-1 8/26/2009 8.21E-04 -7.10E+00Heavy Recycle/Naturalgas/Petrochemical process gas------32.7655.4811.77-YES Gas 2 1 LAShellChemicaGeismarFurnace FS801ParticulateMatter (PM)filterable528-2 8/26/2009 2.33E-04 -8.36E+00Heavy Recycle/Naturalgas/Petrochemical process gas------32.7655.4811.77-YES Gas 2 1 LAShellChemicaGeismarFurnace FS801ParticulateMatter (PM)filterable528-3 8/27/2009 2.06E-04 -8.49E+00Heavy Recycle/Naturalgas/Petrochemical process gas------32.7655.4811.77-YES Gas 2 2 WIGPGreenBay2818B29 -FluidizedBed Boiler#9ParticulateMatter (PM)filterableSample #1 8/28/2002 7.20E-03 -4.93E+00/Coke Oven Gas/-------100.00--YES Gas 2 2 WIGPGreenBay2818B29 -FluidizedBed Boiler#9ParticulateMatter (PM)filterableSample #1 8/29/2000 8.10E-03 -4.82E+00/Coke Oven Gas/-------100.00--YES Gas 2 2 WIGPGreenBay2818B29 -FluidizedBed Boiler#9ParticulateMatter (PM)filterableSample #1 9/21/2007 5.50E-04 -7.51E+00/Coke Oven Gas/-------100.00--YES Gas 2 2 WIGPGreenBay2818B29 -FluidizedBed Boiler#9ParticulateMatter (PM)filterableSample #1 7/28/1998 6.00E-03 -5.12E+00/Coke Oven Gas/-------100.00--YES Gas 2 2 WIGPGreenBay2818B29 -FluidizedBed Boiler#9ParticulateMatter (PM)filterableSample #1 8/10/2004 2.61E-02 -3.65E+00/Coke Oven Gas/-------100.00--YES Gas 2 2 WIGPGreenBay2818B29 -FluidizedBed Boiler#9ParticulateMatter (PM)filterableSample #1 11/9/1999 2.65E-02 -3.63E+00/Coke Oven Gas/-------100.00--YES Gas 2 2 WIGPGreenBay2818B29 -FluidizedBed Boiler#9ParticulateMatter (PM)filterableSample #1 2/2/2000 3.18E-03 -5.75E+00/Coke Oven Gas/-------100.00--YES Gas 2 2 WIGPGreenBay2818B29 -FluidizedBed Boiler#9ParticulateMatter (PM)filterableSample #1 10/27/1992 1.00E-02 -4.61E+00/Coke Oven Gas/-------100.00--Appendix C-4: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Gas 2 2 WIGPGreenBay2818B29 -FluidizedBed Boiler#9ParticulateMatter (PM)filterableSample #1 9/24/1994 1.44E-02 -4.24E+00/Coke Oven Gas/-------100.00--YES Gas 2 2 WIGPGreenBay2818B29 -FluidizedBed Boiler#9ParticulateMatter (PM)filterableSample #1 7/19/2000 3.10E-03 -5.78E+00/Coke Oven Gas/-------100.00--YES Gas 2 2 WIGPGreenBay2818B29 -FluidizedBed Boiler#9ParticulateMatter (PM)filterableSample #2 8/28/2002 6.70E-03 -5.01E+00/Coke Oven Gas/-------100.00--YES Gas 2 2 WIGPGreenBay2818B29 -FluidizedBed Boiler#9ParticulateMatter (PM)filterableSample #2 8/10/2004 3.76E-02 -3.28E+00/Coke Oven Gas/-------100.00--YES Gas 2 2 WIGPGreenBay2818B29 -FluidizedBed Boiler#9ParticulateMatter (PM)filterableSample #2 10/27/1992 1.30E-02 -4.34E+00/Coke Oven Gas/-------100.00--YES Gas 2 2 WIGPGreenBay2818B29 -FluidizedBed Boiler#9ParticulateMatter (PM)filterableSample #2 9/21/2007 1.06E-03 -6.85E+00/Coke Oven Gas/-------100.00--YES Gas 2 2 WIGPGreenBay2818B29 -FluidizedBed Boiler#9ParticulateMatter (PM)filterableSample #2 8/29/2000 2.12E-02 -3.85E+00/Coke Oven Gas/-------100.00--YES Gas 2 2 WIGPGreenBay2818B29 -FluidizedBed Boiler#9ParticulateMatter (PM)filterableSample #2 9/24/1994 1.21E-02 -4.41E+00/Coke Oven Gas/-------100.00--YES Gas 2 2 WIGPGreenBay2818B29 -FluidizedBed Boiler#9ParticulateMatter (PM)filterableSample #2 7/28/1998 1.60E-03 -6.44E+00/Coke Oven Gas/-------100.00--YES Gas 2 2 WIGPGreenBay2818B29 -FluidizedBed Boiler#9ParticulateMatter (PM)filterableSample #2 11/9/1999 2.11E-02 -3.86E+00/Coke Oven Gas/-------100.00--YES Gas 2 2 WIGPGreenBay2818B29 -FluidizedBed Boiler#9ParticulateMatter (PM)filterableSample #2 7/19/2000 2.70E-03 -5.91E+00/Coke Oven Gas/-------100.00--YES Gas 2 2 WIGPGreenBay2818B29 -FluidizedBed Boiler#9ParticulateMatter (PM)filterableSample #2 2/2/2000 3.92E-03 -5.54E+00/Coke Oven Gas/-------100.00--YES Gas 2 2 WIGPGreenBay2818B29 -FluidizedBed Boiler#9ParticulateMatter (PM)filterableSample #3 7/28/1998 2.40E-03 -6.03E+00/Coke Oven Gas/-------100.00--YES Gas 2 2 WIGPGreenBay2818B29 -FluidizedBed Boiler#9ParticulateMatter (PM)filterableSample #3 9/24/1994 2.94E-02 -3.53E+00/Coke Oven Gas/-------100.00--YES Gas 2 2 WIGPGreenBay2818B29 -FluidizedBed Boiler#9ParticulateMatter (PM)filterableSample #3 7/19/2000 7.00E-03 -4.96E+00/Coke Oven Gas/-------100.00--YES Gas 2 2 WIGPGreenBay2818B29 -FluidizedBed Boiler#9ParticulateMatter (PM)filterableSample #3 11/9/1999 2.56E-02 -3.67E+00/Coke Oven Gas/-------100.00--Appendix C-4: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Gas 2 2 WIGPGreenBay2818B29 -FluidizedBed Boiler#9ParticulateMatter (PM)filterableSample #3 9/21/2007 7.60E-04 -7.18E+00/Coke Oven Gas/-------100.00--YES Gas 2 2 WIGPGreenBay2818B29 -FluidizedBed Boiler#9ParticulateMatter (PM)filterableSample #3 8/28/2002 1.02E-02 -4.59E+00/Coke Oven Gas/-------100.00--YES Gas 2 2 WIGPGreenBay2818B29 -FluidizedBed Boiler#9ParticulateMatter (PM)filterableSample #3 8/29/2000 1.40E-03 -6.57E+00/Coke Oven Gas/-------100.00--YES Gas 2 2 WIGPGreenBay2818B29 -FluidizedBed Boiler#9ParticulateMatter (PM)filterableSample #3 8/10/2004 4.21E-02 -3.17E+00/Coke Oven Gas/-------100.00--YES Gas 2 2 WIGPGreenBay2818B29 -FluidizedBed Boiler#9ParticulateMatter (PM)filterableSample #3 2/2/2000 3.92E-03 -5.54E+00/Coke Oven Gas/-------100.00--YES Gas 2 2 WIGPGreenBay2818B29 -FluidizedBed Boiler#9ParticulateMatter (PM)filterableSample #3 10/27/1992 1.30E-02 -4.34E+00/Coke Oven Gas/-------100.00--YES Liquid 1 TNMilanArmyAmmunitionPlantD88L-1,Source #27-0010-86ParticulateMatter (PM)filterable1 11/17/2009 7.19E-04 -7.24E+00No. 2 Distillate-----100.00----YES Liquid 1 TNMilanArmyAmmunitionPlantD88L-1,Source #27-0010-86ParticulateMatter (PM)filterable2 11/17/2009 4.12E-04 -7.80E+00No. 2 Distillate-----100.00----YES Liquid 1 TNMilanArmyAmmunitionPlantD88L-1,Source #27-0010-86ParticulateMatter (PM)filterable3 11/18/2009 DLL 4.02E-04 -7.82E+00No. 2 Distillate-----100.00----YES Liquid 2 SCGPChemRussellvilleFO BoilerParticulateMatter (PM)filterableSample #1 8/26/2009 8.00E-04 -7.13E+00Diesel fuel-----100.00----YES Liquid 2 SCGPChemRussellvilleFO BoilerParticulateMatter (PM)filterableSample #2 8/26/2009 5.00E-04 -7.60E+00Diesel fuel-----100.00----YES Liquid 2 SCGPChemRussellvilleFO BoilerParticulateMatter (PM)filterableSample #3 8/26/2009 5.00E-04 -7.60E+00Diesel fuel-----100.00----YES Liquid 3 NJSunocoWestvilleBoiler #8ParticulateMatter (PM)filterableSample #1 11/20/2007 9.34E-04 -6.98E+00/Jet Fuel/-----100.00----YES Liquid 3 NJSunocoWestvilleBoiler #8ParticulateMatter (PM)filterableSample #2 11/20/2007 8.82E-05 -9.34E+00/Jet Fuel/-----100.00----YES Liquid 3 NJSunocoWestvilleBoiler #8ParticulateMatter (PM)filterableSample #3 11/20/2007 1.01E-03 -6.90E+00/Jet Fuel/-----100.00----YES Liquid 4 PAConemaughPowerPlantNewAux Boiler BParticulateMatter (PM)filterableSample #1 10/17/2006 1.30E-03 -6.65E+00/No. 2 Distillate/-----100.00----YES Liquid 4 PAConemaughPowerPlantNewAux Boiler BParticulateMatter (PM)filterableSample #2 10/17/2006 3.20E-04 -8.05E+00/No. 2 Distillate/-----100.00----YES Liquid 4 PAConemaughPowerPlantNewAux Boiler BParticulateMatter (PM)filterableSample #3 10/17/2006 1.00E-03 -6.91E+00/No. 2 Distillate/-----100.00----YES Liquid 5 NJSunocoWestvilleBoiler #6ParticulateMatter (PM)filterableSample #1 11/15/2007 8.01E-04 -7.13E+00/Jet Fuel/-----100.00----Appendix C-4: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Liquid 5 NJSunocoWestvilleBoiler #6ParticulateMatter (PM)filterableSample #2 11/15/2007 9.65E-04 -6.94E+00/Jet Fuel/-----100.00----YES Liquid 5 NJSunocoWestvilleBoiler #6ParticulateMatter (PM)filterableSample #3 11/15/2007 1.30E-03 -6.65E+00/Jet Fuel/-----100.00----YES Liquid 6 WIGPGreenBay2818B10 -WastepaperSludge-FiredBoiler 10ParticulateMatter (PM)filterableSample #1 8/20/2009 1.05E-03 -6.86E+00Deinking residuals/Natural gas----100.00-----YES Liquid 6 WIGPGreenBay2818B10 -WastepaperSludge-FiredBoiler 10ParticulateMatter (PM)filterableSample #1 9/19/2007 2.90E-03 -5.84E+00/Deinking Residuals/----100.00-----YES Liquid 6 WIGPGreenBay2818B10 -WastepaperSludge-FiredBoiler 10ParticulateMatter (PM)filterableSample #1 1/13/1999 1.10E-03 -6.81E+00/Deinking Residuals/----100.00-----YES Liquid 6 WIGPGreenBay2818B10 -WastepaperSludge-FiredBoiler 10ParticulateMatter (PM)filterableSample #2 1/13/1999 1.50E-03 -6.50E+00/Deinking Residuals/----100.00-----YES Liquid 6 WIGPGreenBay2818B10 -WastepaperSludge-FiredBoiler 10ParticulateMatter (PM)filterableSample #2 9/19/2007 2.60E-03 -5.95E+00/Deinking Residuals/----100.00-----YES Liquid 6 WIGPGreenBay2818B10 -WastepaperSludge-FiredBoiler 10ParticulateMatter (PM)filterableSample #2 8/20/2009 1.54E-03 -6.48E+00Deinking residuals/Natural gas----100.00-----YES Liquid 6 WIGPGreenBay2818B10 -WastepaperSludge-FiredBoiler 10ParticulateMatter (PM)filterableSample #3 1/14/1999 1.10E-03 -6.81E+00/Deinking Residuals/----100.00-----YES Liquid 6 WIGPGreenBay2818B10 -WastepaperSludge-FiredBoiler 10ParticulateMatter (PM)filterableSample #3 9/19/2007 2.90E-03 -5.84E+00/Deinking Residuals/----100.00-----YES Liquid 6 WIGPGreenBay2818B10 -WastepaperSludge-FiredBoiler 10ParticulateMatter (PM)filterableSample #3 8/21/2009 1.42E-03 -6.56E+00Deinking residuals/Natural gas----100.00-----YES Liquid 7 PACherokeePharmSG-C, Title VSource ID037ParticulateMatter (PM)filterableSample #1 5/21/1998 2.00E-03 -6.21E+00/Natural gas/No. 2 Distillate/YES Liquid 7 PACherokeePharmSG-C, Title VSource ID037ParticulateMatter (PM)filterableSample #2 5/21/1998 1.30E-03 -6.65E+00/Natural gas/No. 2 Distillate/YES Liquid 7 PACherokeePharmSG-C, Title VSource ID037ParticulateMatter (PM)filterableSample #3 5/21/1998 1.50E-03 -6.50E+00/Natural gas/No. 2 Distillate/YES Liquid 8 NJSunocoWestvilleBoiler #7ParticulateMatter (PM)filterableSample #1 12/19/2005 1.95E-03 -6.24E+00/Jet Fuel/-----100.00----Appendix C-4: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Liquid 8 NJSunocoWestvilleBoiler #7ParticulateMatter (PM)filterableSample #2 12/19/2005 2.07E-03 -6.18E+00/Jet Fuel/-----100.00----YES Liquid 8 NJSunocoWestvilleBoiler #7ParticulateMatter (PM)filterableSample #3 12/19/2005 1.13E-03 -6.79E+00/Jet Fuel/-----100.00----YES Liquid 9 PACherokeePharmSG-B, Title VSource ID036ParticulateMatter (PM)filterableSample #1 5/19/1998 2.20E-03 -6.12E+00/Natural gas/No. 2 Distillate/YES Liquid 9 PACherokeePharmSG-B, Title VSource ID036ParticulateMatter (PM)filterableSample #2 5/19/1998 2.00E-03 -6.21E+00/Natural gas/No. 2 Distillate/YES Liquid 9 PACherokeePharmSG-B, Title VSource ID036ParticulateMatter (PM)filterableSample #3 5/19/1998 1.20E-03 -6.73E+00/Natural gas/No. 2 Distillate/YES Liquid 10 NJSunocoWestvilleBoiler #5ParticulateMatter (PM)filterableSample #1 11/16/2007 2.08E-03 -6.18E+00/Jet Fuel/-----100.00----YES Liquid 10 NJSunocoWestvilleBoiler #5ParticulateMatter (PM)filterableSample #2 11/16/2007 1.23E-03 -6.70E+00/Jet Fuel/-----100.00----YES Liquid 10 NJSunocoWestvilleBoiler #5ParticulateMatter (PM)filterableSample #3 11/16/2007 2.15E-03 -6.14E+00/Jet Fuel/-----100.00----YES Liquid 11 SCMilliken-DeweyD30ParticulateMatter (PM)filterableSample #1 8/12/2009 4.00E-03 -5.52E+00Anhydrides Waste----100.00-----YES Liquid 11 SCMilliken-DeweyD30ParticulateMatter (PM)filterableSample #2 8/12/2009 1.50E-03 -6.50E+00Anhydrides Waste----100.00-----YES Liquid 11 SCMilliken-DeweyD30ParticulateMatter (PM)filterableSample #3 8/12/2009 1.00E-03 -6.91E+00Anhydrides Waste----100.00-----Appendix C-5: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Biomass 1FLUSSugarCorp Boiler No. 7 Mercury (Hg)Sample #1 1/2/2003 ND 1.15E-07 -1.60E+01/Bagasse/-100.00--------YES Biomass 1FLUSSugarCorp Boiler No. 7 Mercury (Hg)Sample #2 1/2/2003 ND 9.08E-08 -1.62E+01/Bagasse/-100.00--------YES Biomass 1FLUSSugarCorp Boiler No. 7 Mercury (Hg)Sample #3 1/2/2003 ND 8.60E-08 -1.63E+01/Bagasse/-100.00--------YES Biomass 2ORFlakeboardEugene Boiler-2 Mercury (Hg)M29-1 8/26/2009 ND 9.90E-08 -1.61E+01Natural gas/Wood: UnadulteratedLumberYES Biomass 2ORFlakeboardEugene Boiler-2 Mercury (Hg)M29-2 8/27/2009 ND 2.20E-07 -1.53E+01Natural gas/Wood: UnadulteratedLumberYES Biomass 2ORFlakeboardEugene Boiler-2 Mercury (Hg)M29-3 8/27/2009 ND 9.00E-08 -1.62E+01Natural gas/Wood: UnadulteratedLumberYES Biomass 3MESDWarrenSomersetNo2 PowerBoiler Mercury (Hg)1 7/28/2009 DLL 1.98E-07 -1.54E+01Biomass/Industrial Sludge/No. 2Distillate/No. 6 Residualoil/Noncondensable Gas (includesstripper offgas)/Tire Derived Fuel(TDF)---51.7838.683.28--6.26-YES Biomass 3MESDWarrenSomersetNo2 PowerBoiler Mercury (Hg)2 7/28/2009 DLL 1.21E-07 -1.59E+01Biomass/Industrial Sludge/No. 2Distillate/No. 6 Residualoil/Noncondensable Gas (includesstripper offgas)/Tire Derived Fuel(TDF)---51.7838.683.28--6.26-YES Biomass 3MESDWarrenSomersetNo2 PowerBoiler Mercury (Hg)3 7/28/2009 DLL 1.13E-07 -1.60E+01Biomass/Industrial Sludge/No. 2Distillate/No. 6 Residualoil/Noncondensable Gas (includesstripper offgas)/Tire Derived Fuel(TDF)---51.7838.683.28--6.26-YES Biomass 3MESDWarrenSomersetNo2 PowerBoiler Mercury (Hg)Sample #1 4/24/2008 3.26E-07 -1.49E+01/Hog Fuel/No. 6 Residual oil/Wood:Bark/YES Biomass 3MESDWarrenSomersetNo2 PowerBoiler Mercury (Hg)Sample #2 4/24/2008 3.48E-07 -1.49E+01/Hog Fuel/No. 6 Residual oil/Wood:Bark/YES Biomass 3MESDWarrenSomersetNo2 PowerBoiler Mercury (Hg)Sample #3 4/24/2008 3.44E-07 -1.49E+01/Hog Fuel/No. 6 Residual oil/Wood:Bark/YES Biomass 4SCBowaterCoatedPaperCombinationBoiler No. 1 Mercury (Hg)Sample #1 4/21/2004 ND 1.89E-07 -1.55E+01/No. 6 Residual oil/Tire DerivedFuel (TDF)/Wood: Bark/--76.48-19.62---3.91-YES Biomass 4SCBowaterCoatedPaperCombinationBoiler No. 1 Mercury (Hg)Sample #2 4/21/2004 1.61E-07 -1.56E+01/No. 6 Residual oil/Tire DerivedFuel (TDF)/Wood: Bark/--76.48-19.62---3.91-YES Biomass 5TNKimberlyClark2397 WB Mercury (Hg)Sample #1 8/4/2005 2.10E-07 -1.54E+01/Deinking Residuals/Wood:Unadulterated Lumber/YES Biomass 5TNKimberlyClark2397 WB Mercury (Hg)Sample #2 8/4/2005 1.90E-07 -1.55E+01/Deinking Residuals/Wood:Unadulterated Lumber/YES Biomass 5TNKimberlyClark2397 WB Mercury (Hg)Sample #3 8/4/2005 1.30E-07 -1.59E+01/Deinking Residuals/Wood:Unadulterated Lumber/YES Biomass 6FLSmurfit-Stone 5PB Mercury (Hg)Sample #1 7/10/2007 2.55E-07 -1.52E+01/Biomass/No. 6 Residual oil/---51.8548.15-----YES Biomass 6FLSmurfit-Stone 5PB Mercury (Hg)Sample #3 7/10/2007 1.54E-07 -1.57E+01/Biomass/No. 6 Residual oil/---51.8548.15-----YES Biomass 7GAGPCelluloseBrunswickU700 -- No.4 PowerBoiler Mercury (Hg)Sample #1 8/5/2009 ND 7.81E-07 -1.41E+01Natural gas/No. 6 Residualoil/Wood: BarkYES Biomass 7GAGPCelluloseBrunswickU700 -- No.4 PowerBoiler Mercury (Hg)Sample #1 4/27/2006 3.78E-08 -1.71E+01/No. 6 Residual oil/Tire DerivedFuel (TDF)/Wood: Bark/--83.32-8.59---8.09-YES Biomass 7GAGPCelluloseBrunswickU700 -- No.4 PowerBoiler Mercury (Hg)Sample #1 8/5/2009 ND 7.81E-07 -1.41E+01Natural gas/No. 6 Residualoil/Wood: BarkYES Biomass 7GAGPCelluloseBrunswickU700 -- No.4 PowerBoiler Mercury (Hg)Sample #2 8/6/2009 ND 7.95E-07 -1.40E+01Natural gas/No. 6 Residualoil/Wood: Bark--85.43-0.40-14.16---YES Biomass 7GAGPCelluloseBrunswickU700 -- No.4 PowerBoiler Mercury (Hg)Sample #2 4/27/2006 3.68E-07 -1.48E+01/No. 6 Residual oil/Tire DerivedFuel (TDF)/Wood: Bark/--83.32-8.59---8.09-Appendix C-5: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Biomass 7GAGPCelluloseBrunswickU700 -- No.4 PowerBoiler Mercury (Hg)Sample #2 8/6/2009 ND 7.95E-07 -1.40E+01Natural gas/No. 6 Residualoil/Wood: Bark--85.43-0.40-14.16---YES Biomass 7GAGPCelluloseBrunswickU700 -- No.4 PowerBoiler Mercury (Hg)Sample #3 4/28/2006 2.26E-07 -1.53E+01/No. 6 Residual oil/Tire DerivedFuel (TDF)/Wood: Bark/--83.32-8.59---8.09-YES Biomass 7GAGPCelluloseBrunswickU700 -- No.4 PowerBoiler Mercury (Hg)Sample #3 8/6/2009 ND 7.21E-07 -1.41E+01Natural gas/No. 6 Residualoil/Wood: Bark--85.43-0.40-14.16---YES Biomass 7GAGPCelluloseBrunswickU700 -- No.4 PowerBoiler Mercury (Hg)Sample #3 8/6/2009 ND 7.21E-07 -1.41E+01Natural gas/No. 6 Residualoil/Wood: Bark--85.43-0.40-14.16---YES Biomass 8KYNewPage-Wickliffe B09 Mercury (Hg)1 10/27/2009 BDL 2.46E-07 -1.52E+01Natural gas/Tire Derived Fuel(TDF)/Wood: Bark--83.68---13.35-2.97-YES Biomass 8KYNewPage-Wickliffe B09 Mercury (Hg)2 10/27/2009 BDL 2.07E-07 -1.54E+01Natural gas/Tire Derived Fuel(TDF)/Wood: Bark--83.68---13.35-2.97-YES Biomass 8KYNewPage-Wickliffe B09 Mercury (Hg)3 10/28/2009 BDL 2.17E-07 -1.53E+01Natural gas/Tire Derived Fuel(TDF)/Wood: Bark--83.68---13.35-2.97-YES Biomass 8KYNewPage-Wickliffe B09 Mercury (Hg)Sample #1 9/28/2005 4.50E-07 -1.46E+01/Tire Derived Fuel (TDF)/Wood:Bark/--87.59-----12.41-YES Biomass 8KYNewPage-Wickliffe B09 Mercury (Hg)Sample #1 9/29/2005 4.70E-07 -1.46E+01/Wood: Bark/--100.00-------YES Biomass 8KYNewPage-Wickliffe B09 Mercury (Hg)Sample #2 9/29/2005 6.30E-07 -1.43E+01/Wood: Bark/--100.00-------YES Biomass 8KYNewPage-Wickliffe B09 Mercury (Hg)Sample #2 9/28/2005 7.50E-07 -1.41E+01/Tire Derived Fuel (TDF)/Wood:Bark/--87.59-----12.41-YES Biomass 8KYNewPage-Wickliffe B09 Mercury (Hg)Sample #3 9/28/2005 6.00E-07 -1.43E+01/Tire Derived Fuel (TDF)/Wood:Bark/--87.59-----12.41-YES Biomass 8KYNewPage-Wickliffe B09 Mercury (Hg)Sample #3 9/29/2005 5.90E-07 -1.43E+01/Wood: Bark/--100.00-------YES Biomass 9NYIntlPaperTiconderoga PB1 Mercury (Hg)Sample #1 9/16/1999 ND 2.36E-07 -1.53E+01/No. 6 Residual oil/Wood: Bark/--31.88-68.12-----YES Biomass 9NYIntlPaperTiconderoga PB1 Mercury (Hg)Sample #1 9/15/1999 ND 2.64E-07 -1.51E+01/No. 6 Residual oil/Wood: Bark/--32.38-67.62-----YES Biomass 9NYIntlPaperTiconderoga PB1 Mercury (Hg)Sample #2 9/20/1999 ND 2.17E-07 -1.53E+01/No. 6 Residual oil/Wood: Bark/--31.88-68.12-----YES Biomass 9NYIntlPaperTiconderoga PB1 Mercury (Hg)Sample #2 9/15/1999 ND 2.73E-07 -1.51E+01/No. 6 Residual oil/Wood: Bark/--32.38-67.62-----YES Biomass 9NYIntlPaperTiconderoga PB1 Mercury (Hg)Sample #3 9/16/1999 ND 2.69E-07 -1.51E+01/No. 6 Residual oil/Wood: Bark/--32.38-67.62-----YES Biomass 10NDCargillWestFargoFosterWheelerBoiler(EU43) Mercury (Hg)1 8/26/2009 DLL 5.56E-07 -1.44E+01Biomass---100.00------YES Biomass 10NDCargillWestFargoFosterWheelerBoiler(EU43) Mercury (Hg)2 8/26/2009 DLL 4.47E-07 -1.46E+01Biomass---100.00------YES Biomass 10NDCargillWestFargoFosterWheelerBoiler(EU43) Mercury (Hg)3 8/27/2009 DLL 5.11E-07 -1.45E+01Biomass---100.00------YES Biomass 10NDCargillWestFargoFosterWheelerBoiler(EU43) Mercury (Hg)Sample #1 8/3/2005 2.30E-07 -1.53E+01/Natural gas/Plant-basedAgricultural Residue/YES Biomass 10NDCargillWestFargoFosterWheelerBoiler(EU43) Mercury (Hg)Sample #2 8/3/2005 2.30E-07 -1.53E+01/Natural gas/Plant-basedAgricultural Residue/YES Biomass 10NDCargillWestFargoFosterWheelerBoiler(EU43) Mercury (Hg)Sample #3 8/3/2005 2.30E-07 -1.53E+01/Natural gas/Plant-basedAgricultural Residue/Appendix C-5: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Biomass 11SCBowaterCoatedPaperCombinationBoiler No. 2 Mercury (Hg)1 10/6/2009 BDL 2.79E-07 -1.51E+01Natural gas/No. 6 Residual oil/TireDerived Fuel (TDF)/Wood: Bark--95.91-----4.09-YES Biomass 11SCBowaterCoatedPaperCombinationBoiler No. 2 Mercury (Hg)2 10/7/2009 BDL 3.64E-07 -1.48E+01Natural gas/No. 6 Residual oil/TireDerived Fuel (TDF)/Wood: Bark--95.91-----4.09-YES Biomass 11SCBowaterCoatedPaperCombinationBoiler No. 2 Mercury (Hg)3 10/7/2009 BDL 9.18E-07 -1.39E+01Natural gas/No. 6 Residual oil/TireDerived Fuel (TDF)/Wood: Bark--95.91-----4.09-YES Biomass 11SCBowaterCoatedPaperCombinationBoiler No. 2 Mercury (Hg)Sample #1 4/21/2004 2.75E-07 -1.51E+01/No. 6 Residual oil/Tire DerivedFuel (TDF)/Wood: Bark/--94.75-0.60---4.66-YES Biomass 11SCBowaterCoatedPaperCombinationBoiler No. 2 Mercury (Hg)Sample #2 4/21/2004 2.11E-07 -1.54E+01/No. 6 Residual oil/Tire DerivedFuel (TDF)/Wood: Bark/--94.75-0.60---4.66-YES Coal 1IAUofIowaEP7 Boiler11 Mercury (Hg)1 8/4/2009 DLL 6.14E-08 -1.66E+01Biomass/Coal: Bituminous51.03--48.97------YES Coal 1IAUofIowaEP7 Boiler11 Mercury (Hg)2 8/5/2009 DLL 5.99E-08 -1.66E+01Biomass/Coal: Bituminous51.03--48.97------YES Coal 1IAUofIowaEP7 Boiler11 Mercury (Hg)3 8/5/2009 DLL 5.90E-08 -1.66E+01Biomass/Coal: Bituminous51.03--48.97------YES Coal 1IAUofIowaEP7 Boiler11 Mercury (Hg)Sample #1 2/15/2006 1.26E-08 -1.82E+01/Coal: Bituminous/100.00---------YES Coal 1IAUofIowaEP7 Boiler11 Mercury (Hg)Sample #1 2/22/2006 3.37E-07 -1.49E+01/Biomass/Coal: Bituminous/23.18--76.82------YES Coal 1IAUofIowaEP7 Boiler11 Mercury (Hg)Sample #2 2/21/2006 ND 7.54E-09 -1.87E+01/Coal: Bituminous/100.00---------YES Coal 1IAUofIowaEP7 Boiler11 Mercury (Hg)Sample #2 2/23/2006 3.77E-07 -1.48E+01/Biomass/Coal: Bituminous/23.18--76.82------YES Coal 1IAUofIowaEP7 Boiler11 Mercury (Hg)Sample #3 2/21/2006 2.27E-08 -1.76E+01/Coal: Bituminous/100.00---------YES Coal 1IAUofIowaEP7 Boiler11 Mercury (Hg)Sample #3 2/23/2006 1.28E-07 -1.59E+01/Biomass/Coal: Bituminous/23.18--76.82------YES Coal 2MITBSimonPowerPlant Unit 4 Mercury (Hg)Sample #1 1/10/2007 ND 3.03E-08 -1.73E+01/Coal: Bituminous/Natural gas/YES Coal 2MITBSimonPowerPlant Unit 4 Mercury (Hg)Sample #1 1/9/2007 ND 3.71E-08 -1.71E+01/Coal: Bituminous/Natural gas/YES Coal 2MITBSimonPowerPlant Unit 4 Mercury (Hg)Sample #2 1/9/2007 ND 3.37E-08 -1.72E+01/Coal: Bituminous/Natural gas/YES Coal 2MITBSimonPowerPlant Unit 4 Mercury (Hg)Sample #2 1/10/2007 ND 3.44E-08 -1.72E+01/Coal: Bituminous/Natural gas/YES Coal 2MITBSimonPowerPlant Unit 4 Mercury (Hg)Sample #3 1/9/2007 ND 1.52E-08 -1.80E+01/Coal: Bituminous/Natural gas/YES Coal 2MITBSimonPowerPlant Unit 4 Mercury (Hg)Sample #3 1/10/2007 ND 3.38E-08 -1.72E+01/Coal: Bituminous/Natural gas/YES Coal 3IAArchersDanielsMidlandDesMoinesAsea Boiler#1 Mercury (Hg)Sample #1 8/26/2009 ND 3.18E-08 -1.73E+01Coal: Sub-bituminous100.00---------YES Coal 3IAArchersDanielsMidlandDesMoinesAsea Boiler#1 Mercury (Hg)Sample #2 8/26/2009 ND 2.80E-08 -1.74E+01Coal: Sub-bituminous100.00---------YES Coal 3IAArchersDanielsMidlandDesMoinesAsea Boiler#1 Mercury (Hg)Sample #3 8/27/2009 5.53E-08 -1.67E+01Coal: Sub-bituminous100.00---------YES Coal 4IARoquetteAmericaCirculatingFluidizedBed Boiler(121) Mercury (Hg)1 6/3/2009 6.34E-08 -1.66E+01Coal: Bituminous100.00---------YES Coal 4IARoquetteAmericaCirculatingFluidizedBed Boiler(121) Mercury (Hg)2 6/3/2009 4.01E-08 -1.70E+01Coal: Bituminous100.00---------YES Coal 4IARoquetteAmericaCirculatingFluidizedBed Boiler(121) Mercury (Hg)3 6/4/2009 8.15E-08 -1.63E+01Coal: Bituminous100.00---------YES Coal 5INPurdueUniverisity Boiler 5 Mercury (Hg)M5-1 7/21/2009 1.14E-07 -1.60E+01Coal: Bituminous100.00---------Appendix C-5: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Coal 5INPurdueUniverisity Boiler 5 Mercury (Hg)M5-2 7/21/2009 1.35E-07 -1.58E+01Coal: Bituminous100.00---------YES Coal 5INPurdueUniverisity Boiler 5 Mercury (Hg)M5-3 7/22/2009 1.19E-07 -1.59E+01Coal: Bituminous100.00---------YES Coal 6ILPolyOne B1 Mercury (Hg)1 9/9/2009 1.62E-07 -1.56E+01/Coal: Bituminous/100.00---------YES Coal 6ILPolyOne B1 Mercury (Hg)2 9/9/2009 1.42E-07 -1.58E+01/Coal: Bituminous/100.00---------YES Coal 6ILPolyOne B1 Mercury (Hg)3 9/10/2009 6.46E-08 -1.66E+01/Coal: Bituminous/100.00---------YES Coal 6ILPolyOne B1 Mercury (Hg)Sample #1 11/14/2006 2.22E-07 -1.53E+01/Coal: Bituminous/100.00---------YES Coal 7MITBSimonPowerPlant Unit 2 Mercury (Hg)Sample #1 7/26/2007 ND 3.96E-07 -1.47E+01/Coal: Bituminous/100.00---------YES Coal 7MITBSimonPowerPlant Unit 2 Mercury (Hg)Sample #1 7/25/2007 ND 1.41E-07 -1.58E+01/Coal: Bituminous/100.00---------YES Coal 7MITBSimonPowerPlant Unit 2 Mercury (Hg)Sample #2 7/26/2007 ND 1.54E-07 -1.57E+01/Coal: Bituminous/100.00---------YES Coal 7MITBSimonPowerPlant Unit 2 Mercury (Hg)Sample #2 7/25/2007 ND 9.27E-08 -1.62E+01/Coal: Bituminous/100.00---------YES Coal 7MITBSimonPowerPlant Unit 2 Mercury (Hg)Sample #3 7/25/2007 ND 1.98E-07 -1.54E+01/Coal: Bituminous/100.00---------YES Coal 7MITBSimonPowerPlant Unit 2 Mercury (Hg)Sample #3 7/26/2007 ND 3.07E-07 -1.50E+01/Coal: Bituminous/100.00---------YES Coal 8MNADMCornDivisionCoal Boiler#1 EU049 Mercury (Hg)Sample #2 10/25/2008 1.59E-07 -1.57E+01/Coal: Bituminous/100.00---------YES Coal 8MNADMCornDivisionCoal Boiler#2 EU050 Mercury (Hg)Sample #2 10/25/2008 1.59E-07 -1.57E+01/Coal: Bituminous/100.00---------YES Coal 10SCCogenSouthB001 - MainBoiler Mercury (Hg)Sample #1 11/25/2003 4.50E-07 -1.46E+01/Coal: Bituminous/IndustrialSludge/Wood: Bark/57.02-42.98-------YES Coal 10SCCogenSouthB001 - MainBoiler Mercury (Hg)Sample #1 8/18/2009 1.28E-07 -1.59E+01Biomass/Coal: Bituminous42.30--57.70------YES Coal 10SCCogenSouthB001 - MainBoiler Mercury (Hg)Sample #1 11/7/2007 8.90E-07 -1.39E+01/Coal: Bituminous/IndustrialSludge/Wood: Bark/68.84-31.16-------YES Coal 10SCCogenSouthB001 - MainBoiler Mercury (Hg)Sample #1 11/3/2005 2.40E-07 -1.52E+01/Coal: Bituminous/IndustrialSludge/Wood: Bark/40.69-59.31-------YES Coal 10SCCogenSouthB001 - MainBoiler Mercury (Hg)Sample #2 8/18/2009 1.33E-07 -1.58E+01Biomass/Coal: Bituminous42.30--57.70------YES Coal 10SCCogenSouthB001 - MainBoiler Mercury (Hg)Sample #2 11/25/2003 3.10E-07 -1.50E+01/Coal: Bituminous/IndustrialSludge/Wood: Bark/57.02-42.98-------YES Coal 10SCCogenSouthB001 - MainBoiler Mercury (Hg)Sample #2 11/7/2007 8.40E-07 -1.40E+01/Coal: Bituminous/IndustrialSludge/Wood: Bark/68.84-31.16-------YES Coal 10SCCogenSouthB001 - MainBoiler Mercury (Hg)Sample #2 11/3/2005 2.50E-07 -1.52E+01/Coal: Bituminous/IndustrialSludge/Wood: Bark/40.69-59.31-------YES Coal 10SCCogenSouthB001 - MainBoiler Mercury (Hg)Sample #3 11/25/2003 4.00E-07 -1.47E+01/Coal: Bituminous/IndustrialSludge/Wood: Bark/57.02-42.98-------YES Coal 10SCCogenSouthB001 - MainBoiler Mercury (Hg)Sample #3 11/7/2007 7.00E-07 -1.42E+01/Coal: Bituminous/IndustrialSludge/Wood: Bark/68.84-31.16-------YES Coal 10SCCogenSouthB001 - MainBoiler Mercury (Hg)Sample #3 8/19/2009 2.50E-07 -1.52E+01Biomass/Coal: Bituminous42.30--57.70------YES Coal 10SCCogenSouthB001 - MainBoiler Mercury (Hg)Sample #3 11/3/2005 2.10E-07 -1.54E+01/Coal: Bituminous/IndustrialSludge/Wood: Bark/40.69-59.31-------YES Coal 11NCDomtar65-25-0310(No. 2 HogFuel Boiler) Mercury (Hg)Sample #1 8/18/2009 ND 1.68E-07 -1.56E+01Coal: Bituminous/HogFuel/IndustrialSludge/Noncondensable Gas(includes stripper offgas)/UsedPetroleum-based Oils21.27--78.470.26-----YES Coal 11NCDomtar65-25-0310(No. 2 HogFuel Boiler) Mercury (Hg)Sample #1 3/25/2008 ND 2.01E-06 -1.31E+01/Coal: Bituminous/Hog Fuel/No. 6Residual oil/48.01--51.99------YES Coal 11NCDomtar65-25-0310(No. 2 HogFuel Boiler) Mercury (Hg)Sample #2 8/18/2009 ND 1.81E-07 -1.55E+01Coal: Bituminous/HogFuel/IndustrialSludge/Noncondensable Gas(includes stripper offgas)/UsedPetroleum-based Oils21.27--78.470.26-----Appendix C-5: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Coal 11NCDomtar65-25-0310(No. 2 HogFuel Boiler) Mercury (Hg)Sample #2 3/25/2008 ND 1.87E-06 -1.32E+01/Coal: Bituminous/Hog Fuel/No. 6Residual oil/48.01--51.99------YES Coal 11NCDomtar65-25-0310(No. 2 HogFuel Boiler) Mercury (Hg)Sample #3 8/26/2009 ND 1.85E-07 -1.55E+01Coal: Bituminous/HogFuel/IndustrialSludge/Noncondensable Gas(includes stripper offgas)/UsedPetroleum-based Oils21.27--78.470.26-----YES Coal 11NCDomtar65-25-0310(No. 2 HogFuel Boiler) Mercury (Hg)Sample #3 3/25/2008 ND 1.97E-06 -1.31E+01/Coal: Bituminous/Hog Fuel/No. 6Residual oil/48.01--51.99------YES Coal 12MITBSimonPowerPlant Unit 1 Mercury (Hg)1 7/22/2009 DLL 2.70E-07 -1.51E+01Coal: Bituminous100.00---------YES Coal 12MITBSimonPowerPlant Unit 1 Mercury (Hg)2 7/22/2009 DLL 1.22E-07 -1.59E+01Coal: Bituminous100.00---------YES Coal 12MITBSimonPowerPlant Unit 1 Mercury (Hg)3 7/23/2009 DLL 1.61E-07 -1.56E+01Coal: Bituminous100.00---------YES Coal 12MITBSimonPowerPlant Unit 1 Mercury (Hg)Sample #1 6/13/2007 ND 7.28E-07 -1.41E+01/Coal: Bituminous/100.00---------YES Coal 12MITBSimonPowerPlant Unit 1 Mercury (Hg)Sample #1 6/14/2007 ND 1.86E-07 -1.55E+01/Coal: Bituminous/100.00---------YES Coal 12MITBSimonPowerPlant Unit 1 Mercury (Hg)Sample #2 6/14/2007 ND 6.84E-07 -1.42E+01/Coal: Bituminous/100.00---------YES Coal 12MITBSimonPowerPlant Unit 1 Mercury (Hg)Sample #2 6/13/2007 ND 2.36E-07 -1.53E+01/Coal: Bituminous/100.00---------YES Coal 12MITBSimonPowerPlant Unit 1 Mercury (Hg)Sample #3 6/14/2007 ND 9.84E-07 -1.38E+01/Coal: Bituminous/100.00---------YES Coal 12MITBSimonPowerPlant Unit 1 Mercury (Hg)Sample #3 6/15/2007 1.22E-07 -1.59E+01/Coal: Bituminous/100.00---------YES Coal 13IAMonsantoMuscatineBoiler #8 (EP195) Mercury (Hg)Sample #1 10/15/2009 1.11E-07 -1.60E+01Coal: Bituminous/IndustrialSludge/Plant-based AgriculturalResidue61.99--9.4028.61-----YES Coal 13IAMonsantoMuscatineBoiler #8 (EP195) Mercury (Hg)Sample #2 10/16/2009 3.29E-07 -1.49E+01Coal: Bituminous/IndustrialSludge/Plant-based AgriculturalResidue61.99--9.4028.61-----YES Coal 13IAMonsantoMuscatineBoiler #8 (EP195) Mercury (Hg)Sample #3 10/16/2009 2.45E-07 -1.52E+01Coal: Bituminous/IndustrialSludge/Plant-based AgriculturalResidue61.99--9.4028.61-----YES Coal 14NCTysonHarmony TYS-ES-21 Mercury (Hg)Sample #1 9/25/2006 2.70E-07 -1.51E+01/Coal: Bituminous/100.00---------YES Coal 14NCTysonHarmony TYS-ES-21 Mercury (Hg)Sample #2 9/26/2006 2.50E-07 -1.52E+01/Coal: Bituminous/100.00---------YES Coal 14NCTysonHarmony TYS-ES-21 Mercury (Hg)Sample #3 9/27/2006 2.10E-07 -1.54E+01/Coal: Bituminous/100.00---------YES Coal 15IDAmalgamatedSugarCoTwinFalls S-B1 Mercury (Hg)Sample #1 9/26/2006 2.41E-07 -1.52E+01/Coal: Sub-bituminous/100.00---------YES Coal 15IDAmalgamatedSugarCoTwinFalls S-B1 Mercury (Hg)Sample #2 9/26/2006 2.50E-07 -1.52E+01/Coal: Sub-bituminous/100.00---------YES Coal 15IDAmalgamatedSugarCoTwinFalls S-B1 Mercury (Hg)Sample #3 9/26/2006 2.76E-07 -1.51E+01/Coal: Sub-bituminous/100.00---------YES Coal 16VAStanleyFurniture FB-2 Mercury (Hg)Sample #1 10/4/2006 2.60E-06 -1.29E+01/Coal: Bituminous/Wood: Plywood,Particleboard (containing glues orresins)/Wood: UnadulteratedLumber/YES Coal 16VAStanleyFurniture FB-2 Mercury (Hg)Sample #1 5/3/2006 1.65E-06 -1.33E+01/Coal: Bituminous/Wood: Plywood,Particleboard (containing glues orresins)/Wood: UnadulteratedLumber/YES Coal 16VAStanleyFurniture FB-2 Mercury (Hg)Sample #1 9/14/2006 1.98E-07 -1.54E+01/Coal: Bituminous/Wood: Plywood,Particleboard (containing glues orresins)/Wood: UnadulteratedLumber/Appendix C-5: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Coal 16VAStanleyFurniture FB-2 Mercury (Hg)Sample #2 5/3/2006 1.02E-06 -1.38E+01/Coal: Bituminous/Wood: Plywood,Particleboard (containing glues orresins)/Wood: UnadulteratedLumber/YES Coal 16VAStanleyFurniture FB-2 Mercury (Hg)Sample #2 9/14/2006 3.01E-07 -1.50E+01/Coal: Bituminous/Wood: Plywood,Particleboard (containing glues orresins)/Wood: UnadulteratedLumber/YES Coal 16VAStanleyFurniture FB-2 Mercury (Hg)Sample #2 10/4/2006 3.19E-06 -1.27E+01/Coal: Bituminous/Wood: Plywood,Particleboard (containing glues orresins)/Wood: UnadulteratedLumber/YES Coal 16VAStanleyFurniture FB-2 Mercury (Hg)Sample #3 10/4/2006 2.98E-06 -1.27E+01/Coal: Bituminous/Wood: Plywood,Particleboard (containing glues orresins)/Wood: UnadulteratedLumber/YES Coal 16VAStanleyFurniture FB-2 Mercury (Hg)Sample #3 5/3/2006 9.64E-07 -1.39E+01/Coal: Bituminous/Wood: Plywood,Particleboard (containing glues orresins)/Wood: UnadulteratedLumber/YES Coal 16VAStanleyFurniture FB-2 Mercury (Hg)Sample #3 9/14/2006 3.69E-07 -1.48E+01/Coal: Bituminous/Wood: Plywood,Particleboard (containing glues orresins)/Wood: UnadulteratedLumber/YES Coal 17GASPNewsprint PB2 Mercury (Hg)1 8/25/2009 BDL 1.17E-07 -1.60E+01Coal: Bituminous/IndustrialSludge/Tire Derived Fuel (TDF)30.00---50.03---19.96-YES Coal 17GASPNewsprint PB2 Mercury (Hg)2 8/26/2009 BDL 3.45E-07 -1.49E+01Coal: Bituminous/IndustrialSludge/Tire Derived Fuel (TDF)30.00---50.03---19.96-YES Coal 17GASPNewsprint PB2 Mercury (Hg)3 8/26/2009 BDL 4.19E-07 -1.47E+01Coal: Bituminous/IndustrialSludge/Tire Derived Fuel (TDF)30.00---50.03---19.96-YES Coal 18MENewPage-Rumford Cogen#6 Mercury (Hg)1 12/8/2009 DLL 9.18E-07 -1.39E+01/Biomass/Coal:Bituminous/IndustrialSludge/Noncondensable Gas(includes stripper offgas)/TireDerived Fuel (TDF)/10.17--58.913.29---27.64-YES Coal 18MENewPage-Rumford Cogen#6 Mercury (Hg)2 12/8/2009 DLL 6.80E-07 -1.42E+01/Biomass/Coal:Bituminous/IndustrialSludge/Noncondensable Gas(includes stripper offgas)/TireDerived Fuel (TDF)/10.17--58.913.29---27.64-YES Coal 18MENewPage-Rumford Cogen#6 Mercury (Hg)3 12/9/2009 DLL 8.69E-07 -1.40E+01/Biomass/Coal:Bituminous/IndustrialSludge/Noncondensable Gas(includes stripper offgas)/TireDerived Fuel (TDF)/10.17--58.913.29---27.64-YES Coal 18MENewPage-Rumford Cogen#6 Mercury (Hg)Sample #1 11/25/2003 4.69E-07 -1.46E+01/Coal: Bituminous/100.00---------YES Coal 18MENewPage-Rumford Cogen#6 Mercury (Hg)Sample #1 11/25/2003 2.96E-07 -1.50E+01/Coal: Bituminous/100.00---------YES Coal 18MENewPage-Rumford Cogen#7 Mercury (Hg)1 12/8/2009 DLL 9.18E-07 -1.39E+01/Biomass/Coal:Bituminous/IndustrialSludge/Noncondensable Gas(includes stripper offgas)/TireDerived Fuel (TDF)/10.17--58.913.29---27.64-YES Coal 18MENewPage-Rumford Cogen#7 Mercury (Hg)2 12/8/2009 DLL 6.80E-07 -1.42E+01/Biomass/Coal:Bituminous/IndustrialSludge/Noncondensable Gas(includes stripper offgas)/TireDerived Fuel (TDF)/10.17--58.913.29---27.64-Appendix C-5: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Coal 18MENewPage-Rumford Cogen#7 Mercury (Hg)3 12/9/2009 DLL 8.69E-07 -1.40E+01/Biomass/Coal:Bituminous/IndustrialSludge/Noncondensable Gas(includes stripper offgas)/TireDerived Fuel (TDF)/10.17--58.913.29---27.64-YES Coal 18MENewPage-Rumford Cogen#7 Mercury (Hg)Sample #1 11/25/2003 4.69E-07 -1.46E+01/Biomass/Coal:Bituminous/Industrial Sludge/TireDerived Fuel (TDF)/33.27--49.862.03---14.84-YES Coal 18MENewPage-Rumford Cogen#7 Mercury (Hg)Sample #1 11/25/2003 2.96E-07 -1.50E+01/Biomass/Coal:Bituminous/Industrial Sludge/TireDerived Fuel (TDF)/33.27--49.862.03---14.84-YES Coal 20AKDoyonUtilities_AK 4 Mercury (Hg)Sample #1 8/17/2005 3.36E-07 -1.49E+01/Coal: Sub-bituminous/100.00---------YES Coal 20AKDoyonUtilities_AK 4 Mercury (Hg)Sample #2 8/17/2005 4.12E-07 -1.47E+01/Coal: Sub-bituminous/100.00---------YES Coal 20AKDoyonUtilities_AK 4 Mercury (Hg)Sample #3 8/17/2005 3.07E-07 -1.50E+01/Coal: Sub-bituminous/100.00---------YES Coal 21IAADMCornProcessingCR EU-501B Mercury (Hg)Sample #1 8/12/2009 8.18E-08 -1.63E+01Coal: Bituminous/Coal: Subbituminous100.00---------YES Coal 21IAADMCornProcessingCR EU-501B Mercury (Hg)Sample #2 8/13/2009 2.96E-07 -1.50E+01Coal: Bituminous/Coal: Subbituminous100.00---------YES Coal 21IAADMCornProcessingCR EU-501B Mercury (Hg)Sample #3 8/13/2009 6.97E-07 -1.42E+01Coal: Bituminous/Coal: Subbituminous100.00---------YES Coal 22VAUniversityofVirginia 7103-1-01R Mercury (Hg)M29-1 9/17/2009 < 3.61E-07 -1.48E+01Coal: Bituminous100.00---------YES Coal 22VAUniversityofVirginia 7103-1-01R Mercury (Hg)M29-2 9/17/2009 < 3.81E-07 -1.48E+01Coal: Bituminous100.00---------YES Coal 22VAUniversityofVirginia 7103-1-01R Mercury (Hg)M29-3 9/18/2009 < 3.67E-07 -1.48E+01Coal: Bituminous100.00---------YES Coal 23VADukeEnergyNarrows Boiler #1 Mercury (Hg)Sample #1 5/25/2005 5.07E-06 -1.22E+01/Coal: Bituminous/100.00---------YES Coal 23VADukeEnergyNarrows Boiler #1 Mercury (Hg)Sample #1 11/23/2004 ND 6.17E-07 -1.43E+01/Coal: Bituminous/100.00---------YES Coal 23VADukeEnergyNarrows Boiler #1 Mercury (Hg)Sample #2 11/24/2004 2.78E-07 -1.51E+01/Coal: Bituminous/100.00---------YES Coal 23VADukeEnergyNarrows Boiler #1 Mercury (Hg)Sample #2 5/25/2005 4.22E-06 -1.24E+01/Coal: Bituminous/100.00---------YES Coal 23VADukeEnergyNarrows Boiler #1 Mercury (Hg)Sample #3 5/25/2005 4.02E-06 -1.24E+01/Coal: Bituminous/100.00---------YES Coal 23VADukeEnergyNarrows Boiler #1 Mercury (Hg)Sample #3 11/24/2004 2.54E-07 -1.52E+01/Coal: Bituminous/100.00---------YES Coal 24MNVersoPaper EU006 B&W Mercury (Hg)M29-1 8/25/2009 BDL 9.99E-07 -1.38E+01Coal: Bituminous/IndustrialSludge/Tire Derived Fuel(TDF)/Wood: Bark70.22-20.13-2.26---7.38-YES Coal 24MNVersoPaper EU006 B&W Mercury (Hg)M29-2 8/25/2009 BDL 9.53E-07 -1.39E+01Coal: Bituminous/IndustrialSludge/Tire Derived Fuel(TDF)/Wood: Bark70.22-20.13-2.26---7.38-YES Coal 24MNVersoPaper EU006 B&W Mercury (Hg)M29-3 8/26/2009 BDL 9.41E-07 -1.39E+01Coal: Bituminous/IndustrialSludge/Tire Derived Fuel(TDF)/Wood: Bark70.22-20.13-2.26---7.38-YES Coal 24MNVersoPaper EU006 B&W Mercury (Hg)Sample #1 5/12/2004 3.88E-07 -1.48E+01/Biomass/Coal:Bituminous/Industrial Sludge/TireDerived Fuel (TDF)/74.98--20.793.18---1.05-YES Coal 25MINeenahPaperMI Boiler 1 Mercury (Hg)Sample #1 8/2/2006 1.46E-06 -1.34E+01/Coal: Bituminous/100.00---------YES Coal 25MINeenahPaperMI Boiler 1 Mercury (Hg)Sample #1 8/1/2006 1.19E-06 -1.36E+01/Coal: Bituminous/100.00---------YES Coal 25MINeenahPaperMI Boiler 1 Mercury (Hg)Sample #1 7/25/2006 4.30E-07 -1.47E+01/Coal: Bituminous/100.00---------YES Coal 25MINeenahPaperMI Boiler 1 Mercury (Hg)Sample #2 8/1/2006 8.46E-07 -1.40E+01/Coal: Bituminous/100.00---------YES Coal 25MINeenahPaperMI Boiler 1 Mercury (Hg)Sample #2 8/2/2006 9.98E-07 -1.38E+01/Coal: Bituminous/100.00---------YES Coal 25MINeenahPaperMI Boiler 1 Mercury (Hg)Sample #2 7/25/2006 4.17E-07 -1.47E+01/Coal: Bituminous/100.00---------Appendix C-5: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Coal 25MINeenahPaperMI Boiler 1 Mercury (Hg)Sample #3 7/25/2006 3.34E-07 -1.49E+01/Coal: Bituminous/100.00---------YES Coal 25MINeenahPaperMI Boiler 1 Mercury (Hg)Sample #3 8/1/2006 1.09E-06 -1.37E+01/Coal: Bituminous/100.00---------YES Coal 25MINeenahPaperMI Boiler 1 Mercury (Hg)Sample #3 8/2/2006 1.14E-06 -1.37E+01/Coal: Bituminous/100.00---------YES Coal 26OHAppletonIdeasBoiler 4(B003) Mercury (Hg)Sample #1 1/31/2003 3.66E-07 -1.48E+01/Coal: Bituminous/100.00---------YES Coal 26OHAppletonIdeasBoiler 4(B003) Mercury (Hg)Sample #2 1/31/2003 4.03E-07 -1.47E+01/Coal: Bituminous/100.00---------YES Coal 26OHAppletonIdeasBoiler 4(B003) Mercury (Hg)Sample #3 1/31/2003 4.13E-07 -1.47E+01/Coal: Bituminous/100.00---------YES Coal 27TNNissanSmyrna Boiler 3 Mercury (Hg)Sample #1 3/3/2007 5.00E-07 -1.45E+01/Coal: Bituminous/100.00---------YES Coal 27TNNissanSmyrna Boiler 3 Mercury (Hg)Sample #2 3/3/2007 3.00E-07 -1.50E+01/Coal: Bituminous/100.00---------YES Coal 27TNNissanSmyrna Boiler 3 Mercury (Hg)Sample #3 3/3/2007 4.50E-07 -1.46E+01/Coal: Bituminous/100.00---------YES Coal 28NCUNCCogen ES-001 Mercury (Hg)M5/29-1BH 8/10/2009 < 6.45E-07 -1.43E+01Coal: Bituminous/100.00---------YES Coal 28NCUNCCogen ES-001 Mercury (Hg)M5/29-1FH 8/10/2009 < 5.86E-08 -1.67E+01Coal: Bituminous/100.00---------YES Coal 28NCUNCCogen ES-001 Mercury (Hg)M5/29-2BH 8/11/2009 < 8.10E-07 -1.40E+01Coal: Bituminous/100.00---------YES Coal 28NCUNCCogen ES-001 Mercury (Hg)M5/29-2FH 8/11/2009 < 8.31E-08 -1.63E+01Coal: Bituminous/100.00---------YES Coal 28NCUNCCogen ES-001 Mercury (Hg)M5/29-3BH 8/11/2009 < 8.29E-07 -1.40E+01Coal: Bituminous/100.00---------YES Coal 28NCUNCCogen ES-001 Mercury (Hg)M5/29-3FH 8/11/2009 < 8.50E-08 -1.63E+01Coal: Bituminous/100.00---------YES Coal 28NCUNCCogen ES-001 Mercury (Hg)Sample #1 11/25/2003 ND 1.00E-06 -1.38E+01/Coal: Bituminous/100.00---------YES Coal 28NCUNCCogen ES-001 Mercury (Hg)Sample #2 11/25/2003 ND 1.10E-06 -1.37E+01/Coal: Bituminous/100.00---------YES Coal 28NCUNCCogen ES-001 Mercury (Hg)Sample #3 11/25/2003 ND 1.20E-06 -1.36E+01/Coal: Bituminous/100.00---------YES Coal 29INTateLyleSagamore 31B1 Mercury (Hg)M29-1 9/1/2009 4.06E-07 -1.47E+01Coal: Bituminous/Corn Starch97.94--2.06------YES Coal 29INTateLyleSagamore 31B1 Mercury (Hg)M29-2 9/2/2009 4.49E-07 -1.46E+01Coal: Bituminous/Corn Starch97.94--2.06------YES Coal 29INTateLyleSagamore 31B1 Mercury (Hg)M29-3 9/3/2009 4.40E-07 -1.46E+01Coal: Bituminous/Corn Starch97.94--2.06------YES Coal 30OKGPMuskogeeMill B-3 Mercury (Hg)Sample #1 5/20/2003 4.00E-07 -1.47E+01/Coal: Sub-bituminous/100.00---------YES Coal 30OKGPMuskogeeMill B-3 Mercury (Hg)Sample #2 5/20/2003 4.00E-07 -1.47E+01/Coal: Sub-bituminous/100.00---------YES Coal 30OKGPMuskogeeMill B-3 Mercury (Hg)Sample #3 5/20/2003 6.00E-07 -1.43E+01/Coal: Sub-bituminous/100.00---------YES Coal 31TNCargillMemphisStoker Boiler8001 Mercury (Hg)1 8/5/2009 DLL 4.10E-07 -1.47E+01Coal: Bituminous100.00---------YES Coal 31TNCargillMemphisStoker Boiler8001 Mercury (Hg)2 11/6/2009 DLL 5.60E-07 -1.44E+01Coal: Bituminous100.00---------YES Coal 31TNCargillMemphisStoker Boiler8001 Mercury (Hg)3 8/6/2009 DLL 4.30E-07 -1.47E+01Coal: Bituminous100.00---------YES Coal 32WIWausauRhine B26 Mercury (Hg)Sample #1 9/5/2007 7.20E-07 -1.41E+01/Coal: Bituminous/100.00---------YES Coal 32WIWausauRhine B26 Mercury (Hg)Sample #2 9/5/2007 3.30E-07 -1.49E+01/Coal: Bituminous/100.00---------YES Coal 32WIWausauRhine B26 Mercury (Hg)Sample #3 9/5/2007 3.90E-07 -1.48E+01/Coal: Bituminous/100.00---------YES Coal 33ALIPCourtlandNo.2CombinationBoiler /11CU201 Mercury (Hg)Sample #1 9/10/1996 5.64E-07 -1.44E+01/Coal: Bituminous/Naturalgas/Noncondensable Gas (includesstripper offgas)/Wood: Bark/Appendix C-5: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Coal 33ALIPCourtlandNo.2CombinationBoiler /11CU201 Mercury (Hg)Sample #2 9/10/1996 4.84E-07 -1.45E+01/Coal: Bituminous/Naturalgas/Noncondensable Gas (includesstripper offgas)/Wood: Bark/YES Coal 33ALIPCourtlandNo.2CombinationBoiler /11CU201 Mercury (Hg)Sample #3 9/10/1996 5.66E-07 -1.44E+01/Coal: Bituminous/Naturalgas/Noncondensable Gas (includesstripper offgas)/Wood: Bark/YES Coal 34VADukeEnergyNarrows Boiler #2 Mercury (Hg)Sample #1 10/12/2004 7.88E-07 -1.41E+01/Coal: Bituminous/100.00---------YES Coal 34VADukeEnergyNarrows Boiler #2 Mercury (Hg)Sample #1 10/12/2004 2.50E-06 -1.29E+01/Coal: Bituminous/100.00---------YES Coal 34VADukeEnergyNarrows Boiler #2 Mercury (Hg)Sample #2 10/12/2004 4.60E-07 -1.46E+01/Coal: Bituminous/100.00---------YES Coal 34VADukeEnergyNarrows Boiler #2 Mercury (Hg)Sample #2 10/12/2004 1.91E-06 -1.32E+01/Coal: Bituminous/100.00---------YES Coal 34VADukeEnergyNarrows Boiler #2 Mercury (Hg)Sample #3 10/12/2004 2.30E-06 -1.30E+01/Coal: Bituminous/100.00---------YES Coal 34VADukeEnergyNarrows Boiler #2 Mercury (Hg)Sample #3 10/12/2004 3.70E-07 -1.48E+01/Coal: Bituminous/100.00---------YES Coal 35TNNissanSmyrna Boiler 2 Mercury (Hg)Sample #1 3/2/2007 8.00E-07 -1.40E+01/Coal: Bituminous/100.00---------YES Coal 35TNNissanSmyrna Boiler 2 Mercury (Hg)Sample #2 3/2/2007 5.20E-07 -1.45E+01/Coal: Bituminous/100.00---------YES Coal 35TNNissanSmyrna Boiler 2 Mercury (Hg)Sample #3 3/2/2007 3.20E-07 -1.50E+01/Coal: Bituminous/100.00---------YES Gas 1 1NCCampLejeuneMCBC-AS-4151-16 Mercury (Hg)Sample #1 9/30/2009 9.94E-08 -1.61E+01Natural gas------100.00---YES Gas 1 1NCCampLejeuneMCBC-AS-4151-16 Mercury (Hg)Sample #2 10/1/2009 9.16E-08 -1.62E+01Natural gas------100.00---YES Gas 1 1NCCampLejeuneMCBC-AS-4151-16 Mercury (Hg)Sample #3 10/1/2009 8.95E-08 -1.62E+01Natural gas------100.00---YES Gas 1 2CAConocoPhilipsLosAngD146 B-202U90 Mercury (Hg)Sample #1 4/23/1995 1.37E-07 -1.58E+01/Refinery gas/------100.00---YES Gas 1 2CAConocoPhilipsLosAngD146 B-202U90 Mercury (Hg)Sample #2 4/24/1995 1.65E-07 -1.56E+01/Refinery gas/------100.00---YES Gas 1 2CAConocoPhilipsLosAngD146 B-202U90 Mercury (Hg)Sample #3 4/25/1995 6.11E-08 -1.66E+01/Refinery gas/------100.00---YES Gas 1 y 1ILUSSGraniteCityNo. 8GalvanizingLine Furnace Mercury (Hg)Sample #1 8/26/2009 6.28E-08 -1.66E+01Natural gas------100.00---YES Gas 1 y 1ILUSSGraniteCityNo. 8GalvanizingLine Furnace Mercury (Hg)Sample #2 8/27/2009 2.47E-08 -1.75E+01Natural gas------100.00---YES Gas 1 y 1ILUSSGraniteCityNo. 8GalvanizingLine Furnace Mercury (Hg)Sample #3 8/28/2009 1.20E-08 -1.82E+01Natural gas------100.00---YES Gas 2 1SCBMWManufacturingCo HB03 Mercury (Hg)1 8/25/2009 DLL 1.03E-07 -1.61E+01Landfill Gas-------100.00--YES Gas 2 1SCBMWManufacturingCo HB03 Mercury (Hg)2 8/25/2009 DLL 6.83E-08 -1.65E+01Landfill Gas-------100.00--YES Gas 2 1SCBMWManufacturingCo HB03 Mercury (Hg)3 8/26/2009 DLL 7.61E-08 -1.64E+01Landfill Gas-------100.00--YES Liquid 1MNGPDuluthEU33 Boiler#3 Mercury (Hg)1 9/10/2009 DLL 9.66E-08 -1.62E+01No. 6 Residual oil----100.00-----YES Liquid 1MNGPDuluthEU33 Boiler#3 Mercury (Hg)2 9/10/2009 DLL 4.34E-08 -1.70E+01No. 6 Residual oil----100.00-----YES Liquid 1MNGPDuluthEU33 Boiler#3 Mercury (Hg)3 9/10/2009 DLL 3.59E-08 -1.71E+01No. 6 Residual oil----100.00-----YES Liquid 2MEFPLEnergyWyman Unit #5 Mercury (Hg)PM/TM-R1 10/5/2009 8.92E-08 -1.62E+01No. 6 Residual oil----100.00-----Appendix C-5: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Liquid 2MEFPLEnergyWyman Unit #5 Mercury (Hg)PM/TM-R2 10/5/2009 1.05E-07 -1.61E+01No. 6 Residual oil----100.00-----YES Liquid 2MEFPLEnergyWyman Unit #5 Mercury (Hg)PM/TM-R3 10/6/2009 6.35E-08 -1.66E+01No. 6 Residual oil----100.00-----YES Liquid 3ILCognisCorp Boiler #1 Mercury (Hg)Sample #1 9/16/2009 1.32E-07 -1.58E+01Bio liquids/Natural gas-----79.6320.37---YES Liquid 3ILCognisCorp Boiler #1 Mercury (Hg)Sample #2 9/17/2009 1.00E-07 -1.61E+01Bio liquids/Natural gas-----79.6320.37---YES Liquid 3ILCognisCorp Boiler #1 Mercury (Hg)Sample #3 9/17/2009 8.66E-08 -1.63E+01Bio liquids/Natural gas-----79.6320.37---YES Liquid 5PABoeingRidleyPark 033 Mercury (Hg)M29-1 9/22/2009 DLL 1.37E-07 -1.58E+01No. 6 Residual oil----100.00-----YES Liquid 5PABoeingRidleyPark 033 Mercury (Hg)M29-2 9/23/2009 DLL 1.04E-07 -1.61E+01No. 6 Residual oil----100.00-----YES Liquid 5PABoeingRidleyPark 033 Mercury (Hg)M29-3 9/24/2009 DLL 1.24E-07 -1.59E+01No. 6 Residual oil----100.00-----YES Liquid 6NYConEd59thStStationNewYork Boiler 118 Mercury (Hg)29-1 9/19/2009 1.57E-07 -1.57E+01No. 6 Residual oil----100.00-----YES Liquid 6NYConEd59thStStationNewYork Boiler 118 Mercury (Hg)29-2 9/19/2009 1.38E-07 -1.58E+01No. 6 Residual oil----100.00-----YES Liquid 6NYConEd59thStStationNewYork Boiler 118 Mercury (Hg)29-3 9/19/2009 1.23E-07 -1.59E+01No. 6 Residual oil----100.00-----YES Liquid 7SCMilliken-Dewey D30 Mercury (Hg)Sample #1 8/12/2009 ND 2.80E-07 -1.51E+01Anhydrides Waste----100.00-----YES Liquid 7SCMilliken-Dewey D30 Mercury (Hg)Sample #2 8/12/2009 ND 3.40E-07 -1.49E+01Anhydrides Waste----100.00-----YES Liquid 7SCMilliken-Dewey D30 Mercury (Hg)Sample #3 8/12/2009 ND 3.40E-07 -1.49E+01Anhydrides Waste----100.00-----YES Liquid 8NJVinelandMuniElectricHowardDown Unit 9 Mercury (Hg)1 7/20/2009 DLL 3.87E-07 -1.48E+01No. 6 Residual oil----100.00-----YES Liquid 8NJVinelandMuniElectricHowardDown Unit 9 Mercury (Hg)2 7/20/2009 DLL 4.10E-07 -1.47E+01No. 6 Residual oil----100.00-----YES Liquid 8NJVinelandMuniElectricHowardDown Unit 9 Mercury (Hg)3 7/21/2009 DLL 3.66E-07 -1.48E+01No. 6 Residual oil----100.00-----YES Liquid 10CTElectric Boat EMU 17 Mercury (Hg)1 8/18/2009 DLL 7.56E-08 -1.64E+01No. 4 Fuel oil-----100.00----YES Liquid 10CTElectric Boat EMU 17 Mercury (Hg)3 8/19/2009 BDL 7.61E-08 -1.64E+01No. 4 Fuel oil-----100.00----YES Liquid 10CTElectric Boat EMU 17 Mercury (Hg)4 8/19/2009 DLL 7.68E-08 -1.64E+01No. 4 Fuel oil-----100.00----YES Liquid 12INUSSteelGaryWorks O4B10459 Mercury (Hg)M29-1 9/9/2009 7.59E-07 -1.41E+01Blast Furnace Gas/Natural gas/No.6 Residual oil----13.43-3.9582.62--YES Liquid 12INUSSteelGaryWorks O4B10459 Mercury (Hg)M29-2 9/10/2009 1.33E-07 -1.58E+01Blast Furnace Gas/Natural gas/No.6 Residual oil----13.43-3.9582.62--YES Liquid 12INUSSteelGaryWorks O4B10459 Mercury (Hg)M29-3 9/11/2009 1.45E-06 -1.34E+01Blast Furnace Gas/Natural gas/No.6 Residual oil----13.43-3.9582.62--YES Liquid 13TNMilanArmyAmmunitionPlantD88L-1,Source #27-0010-86 Mercury (Hg)1 11/17/2009 DLL 7.65E-08 -1.64E+01No. 2 Distillate-----100.00----YES Liquid 13TNMilanArmyAmmunitionPlantD88L-1,Source #27-0010-86 Mercury (Hg)2 11/17/2009 DLL 6.56E-08 -1.65E+01No. 2 Distillate-----100.00----YES Liquid 13TNMilanArmyAmmunitionPlantD88L-1,Source #27-0010-86 Mercury (Hg)3 11/18/2009 DLL 6.92E-08 -1.65E+01No. 2 Distillate-----100.00----YES LiquidCTElectric Boat EMU 17 Mercury (Hg)Sample #1 4.36E-07 -1.46E+01No. 4 Fuel oilYES LiquidCTElectric Boat EMU 18 Mercury (Hg)Sample #1 4.36E-07 -1.46E+01No. 4 Fuel oilYES LiquidILCognisCorp Boiler #1 Mercury (Hg)Sample #1 ND 1.09E-07 -1.60E+01Animal Fat/Oils/Tallow/VegetableOilYES LiquidILCognisCorp Boiler #2 Mercury (Hg)Sample #1 ND 1.09E-07 -1.60E+01Animal Fat/Oils/Tallow/VegetableOilAppendix C-5: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES LiquidMESDWarrenSomersetPackageBoiler Mercury (Hg)Sample #1 ND 2.56E-07 -1.52E+01No. 2 Distillate/No. 6 Residualoil/Used Petroleum-based Oils (onspec)/YES LiquidMESDWarrenSomersetPackageBoiler Mercury (Hg)Sample #1 3.10E-07 -1.50E+01No. 2 Distillate/No. 6 Residualoil/Used Petroleum-based Oils (onspec)/YES LiquidMESDWarrenSomersetPackageBoiler Mercury (Hg)Sample #1 6.14E-07 -1.43E+01No. 2 Distillate/No. 6 Residualoil/Used Petroleum-based Oils (onspec)/YES LiquidMESDWarrenSomersetPackageBoiler Mercury (Hg)Sample #10 2.56E-07 -1.52E+01No. 2 Distillate/No. 6 Residualoil/Used Petroleum-based Oils (onspec)/YES LiquidMESDWarrenSomersetPackageBoiler Mercury (Hg)Sample #11 ND 2.56E-07 -1.52E+01No. 2 Distillate/No. 6 Residualoil/Used Petroleum-based Oils (onspec)/YES LiquidMESDWarrenSomersetPackageBoiler Mercury (Hg)Sample #12 ND 2.57E-07 -1.52E+01No. 2 Distillate/No. 6 Residualoil/Used Petroleum-based Oils (onspec)/YES LiquidMESDWarrenSomersetPackageBoiler Mercury (Hg)Sample #2 ND 2.55E-07 -1.52E+01No. 2 Distillate/No. 6 Residualoil/Used Petroleum-based Oils (onspec)/YES LiquidMESDWarrenSomersetPackageBoiler Mercury (Hg)Sample #2 ND 2.56E-07 -1.52E+01No. 2 Distillate/No. 6 Residualoil/Used Petroleum-based Oils (onspec)/YES LiquidMESDWarrenSomersetPackageBoiler Mercury (Hg)Sample #2 1.01E-06 -1.38E+01No. 2 Distillate/No. 6 Residualoil/Used Petroleum-based Oils (onspec)/YES LiquidMESDWarrenSomersetPackageBoiler Mercury (Hg)Sample #3 ND 2.56E-07 -1.52E+01No. 2 Distillate/No. 6 Residualoil/Used Petroleum-based Oils (onspec)/YES LiquidMESDWarrenSomersetPackageBoiler Mercury (Hg)Sample #3 ND 2.56E-07 -1.52E+01No. 2 Distillate/No. 6 Residualoil/Used Petroleum-based Oils (onspec)/YES LiquidMESDWarrenSomersetPackageBoiler Mercury (Hg)Sample #3 1.03E-06 -1.38E+01No. 2 Distillate/No. 6 Residualoil/Used Petroleum-based Oils (onspec)/YES LiquidMESDWarrenSomersetPackageBoiler Mercury (Hg)Sample #4 4.62E-07 -1.46E+01No. 2 Distillate/No. 6 Residualoil/Used Petroleum-based Oils (onspec)/YES LiquidMESDWarrenSomersetPackageBoiler Mercury (Hg)Sample #5 4.60E-07 -1.46E+01No. 2 Distillate/No. 6 Residualoil/Used Petroleum-based Oils (onspec)/YES LiquidMESDWarrenSomersetPackageBoiler Mercury (Hg)Sample #6 3.07E-07 -1.50E+01No. 2 Distillate/No. 6 Residualoil/Used Petroleum-based Oils (onspec)/YES LiquidMESDWarrenSomersetPackageBoiler Mercury (Hg)Sample #7 ND 2.57E-07 -1.52E+01No. 2 Distillate/No. 6 Residualoil/Used Petroleum-based Oils (onspec)/YES LiquidMESDWarrenSomersetPackageBoiler Mercury (Hg)Sample #8 3.07E-07 -1.50E+01No. 2 Distillate/No. 6 Residualoil/Used Petroleum-based Oils (onspec)/YES LiquidMESDWarrenSomersetPackageBoiler Mercury (Hg)Sample #9 ND 2.56E-07 -1.52E+01No. 2 Distillate/No. 6 Residualoil/Used Petroleum-based Oils (onspec)/YES LiquidTNMilanArmyAmmunitionPlantA15L-1,Source #27-0010-05 Mercury (Hg)Sample #1 ND 2.09E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantA15L-1,Source #27-0010-05 Mercury (Hg)Sample #10 ND 2.09E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantA15L-1,Source #27-0010-05 Mercury (Hg)Sample #11 ND 2.10E-06 -1.31E+01No. 2 DistillateAppendix C-5: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES LiquidTNMilanArmyAmmunitionPlantA15L-1,Source #27-0010-05 Mercury (Hg)Sample #12 ND 2.10E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantA15L-1,Source #27-0010-05 Mercury (Hg)Sample #2 ND 2.15E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantA15L-1,Source #27-0010-05 Mercury (Hg)Sample #3 ND 2.13E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantA15L-1,Source #27-0010-05 Mercury (Hg)Sample #4 ND 2.16E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantA15L-1,Source #27-0010-05 Mercury (Hg)Sample #5 ND 2.16E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantA15L-1,Source #27-0010-05 Mercury (Hg)Sample #6 ND 2.25E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantA15L-1,Source #27-0010-05 Mercury (Hg)Sample #7 ND 2.17E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantA15L-1,Source #27-0010-05 Mercury (Hg)Sample #8 ND 2.19E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantA15L-1,Source #27-0010-05 Mercury (Hg)Sample #9 ND 2.23E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantA15L-2,Source #27-0010-05 Mercury (Hg)Sample #1 ND 2.09E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantA15L-2,Source #27-0010-05 Mercury (Hg)Sample #10 ND 2.09E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantA15L-2,Source #27-0010-05 Mercury (Hg)Sample #11 ND 2.10E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantA15L-2,Source #27-0010-05 Mercury (Hg)Sample #12 ND 2.10E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantA15L-2,Source #27-0010-05 Mercury (Hg)Sample #2 ND 2.15E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantA15L-2,Source #27-0010-05 Mercury (Hg)Sample #3 ND 2.13E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantA15L-2,Source #27-0010-05 Mercury (Hg)Sample #4 ND 2.16E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantA15L-2,Source #27-0010-05 Mercury (Hg)Sample #5 ND 2.16E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantA15L-2,Source #27-0010-05 Mercury (Hg)Sample #6 ND 2.25E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantA15L-2,Source #27-0010-05 Mercury (Hg)Sample #7 ND 2.17E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantA15L-2,Source #27-0010-05 Mercury (Hg)Sample #8 ND 2.19E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantA15L-2,Source #27-0010-05 Mercury (Hg)Sample #9 ND 2.23E-06 -1.30E+01No. 2 DistillateAppendix C-5: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES LiquidTNMilanArmyAmmunitionPlantB21L-1,Source #27-0010-28 Mercury (Hg)Sample #1 ND 2.09E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantB21L-1,Source #27-0010-28 Mercury (Hg)Sample #10 ND 2.09E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantB21L-1,Source #27-0010-28 Mercury (Hg)Sample #11 ND 2.10E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantB21L-1,Source #27-0010-28 Mercury (Hg)Sample #12 ND 2.10E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantB21L-1,Source #27-0010-28 Mercury (Hg)Sample #2 ND 2.15E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantB21L-1,Source #27-0010-28 Mercury (Hg)Sample #3 ND 2.13E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantB21L-1,Source #27-0010-28 Mercury (Hg)Sample #4 ND 2.16E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantB21L-1,Source #27-0010-28 Mercury (Hg)Sample #5 ND 2.16E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantB21L-1,Source #27-0010-28 Mercury (Hg)Sample #6 ND 2.25E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantB21L-1,Source #27-0010-28 Mercury (Hg)Sample #7 ND 2.17E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantB21L-1,Source #27-0010-28 Mercury (Hg)Sample #8 ND 2.19E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantB21L-1,Source #27-0010-28 Mercury (Hg)Sample #9 ND 2.23E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantB21L-2,Source #27-0010-28 Mercury (Hg)Sample #1 ND 2.09E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantB21L-2,Source #27-0010-28 Mercury (Hg)Sample #10 ND 2.09E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantB21L-2,Source #27-0010-28 Mercury (Hg)Sample #11 ND 2.10E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantB21L-2,Source #27-0010-28 Mercury (Hg)Sample #12 ND 2.10E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantB21L-2,Source #27-0010-28 Mercury (Hg)Sample #2 ND 2.15E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantB21L-2,Source #27-0010-28 Mercury (Hg)Sample #3 ND 2.13E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantB21L-2,Source #27-0010-28 Mercury (Hg)Sample #4 ND 2.16E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantB21L-2,Source #27-0010-28 Mercury (Hg)Sample #5 ND 2.16E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantB21L-2,Source #27-0010-28 Mercury (Hg)Sample #6 ND 2.25E-06 -1.30E+01No. 2 DistillateAppendix C-5: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES LiquidTNMilanArmyAmmunitionPlantB21L-2,Source #27-0010-28 Mercury (Hg)Sample #7 ND 2.17E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantB21L-2,Source #27-0010-28 Mercury (Hg)Sample #8 ND 2.19E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantB21L-2,Source #27-0010-28 Mercury (Hg)Sample #9 ND 2.23E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantD2A-1,Source #27-0010-09 Mercury (Hg)Sample #1 ND 2.09E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantD2A-1,Source #27-0010-09 Mercury (Hg)Sample #10 ND 2.09E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantD2A-1,Source #27-0010-09 Mercury (Hg)Sample #11 ND 2.10E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantD2A-1,Source #27-0010-09 Mercury (Hg)Sample #12 ND 2.10E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantD2A-1,Source #27-0010-09 Mercury (Hg)Sample #2 ND 2.15E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantD2A-1,Source #27-0010-09 Mercury (Hg)Sample #3 ND 2.13E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantD2A-1,Source #27-0010-09 Mercury (Hg)Sample #4 ND 2.16E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantD2A-1,Source #27-0010-09 Mercury (Hg)Sample #5 ND 2.16E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantD2A-1,Source #27-0010-09 Mercury (Hg)Sample #6 ND 2.25E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantD2A-1,Source #27-0010-09 Mercury (Hg)Sample #7 ND 2.17E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantD2A-1,Source #27-0010-09 Mercury (Hg)Sample #8 ND 2.19E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantD2A-1,Source #27-0010-09 Mercury (Hg)Sample #9 ND 2.23E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantD88L-1,Source #27-0010-86 Mercury (Hg)Sample #1 ND 2.09E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantD88L-1,Source #27-0010-86 Mercury (Hg)Sample #10 ND 2.09E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantD88L-1,Source #27-0010-86 Mercury (Hg)Sample #11 ND 2.10E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantD88L-1,Source #27-0010-86 Mercury (Hg)Sample #12 ND 2.10E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantD88L-1,Source #27-0010-86 Mercury (Hg)Sample #2 ND 2.15E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantD88L-1,Source #27-0010-86 Mercury (Hg)Sample #3 ND 2.13E-06 -1.31E+01No. 2 DistillateAppendix C-5: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES LiquidTNMilanArmyAmmunitionPlantD88L-1,Source #27-0010-86 Mercury (Hg)Sample #4 ND 2.16E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantD88L-1,Source #27-0010-86 Mercury (Hg)Sample #5 ND 2.16E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantD88L-1,Source #27-0010-86 Mercury (Hg)Sample #6 ND 2.25E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantD88L-1,Source #27-0010-86 Mercury (Hg)Sample #7 ND 2.17E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantD88L-1,Source #27-0010-86 Mercury (Hg)Sample #8 ND 2.19E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantD88L-1,Source #27-0010-86 Mercury (Hg)Sample #9 ND 2.23E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantD88L-2,Source #27-0010-86 Mercury (Hg)Sample #1 ND 2.09E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantD88L-2,Source #27-0010-86 Mercury (Hg)Sample #10 ND 2.09E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantD88L-2,Source #27-0010-86 Mercury (Hg)Sample #11 ND 2.10E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantD88L-2,Source #27-0010-86 Mercury (Hg)Sample #12 ND 2.10E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantD88L-2,Source #27-0010-86 Mercury (Hg)Sample #2 ND 2.15E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantD88L-2,Source #27-0010-86 Mercury (Hg)Sample #3 ND 2.13E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantD88L-2,Source #27-0010-86 Mercury (Hg)Sample #4 ND 2.16E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantD88L-2,Source #27-0010-86 Mercury (Hg)Sample #5 ND 2.16E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantD88L-2,Source #27-0010-86 Mercury (Hg)Sample #6 ND 2.25E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantD88L-2,Source #27-0010-86 Mercury (Hg)Sample #7 ND 2.17E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantD88L-2,Source #27-0010-86 Mercury (Hg)Sample #8 ND 2.19E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantD88L-2,Source #27-0010-86 Mercury (Hg)Sample #9 ND 2.23E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantF52L-1,Source #27-0010-30 Mercury (Hg)Sample #1 ND 2.09E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantF52L-1,Source #27-0010-30 Mercury (Hg)Sample #10 ND 2.09E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantF52L-1,Source #27-0010-30 Mercury (Hg)Sample #11 ND 2.10E-06 -1.31E+01No. 2 DistillateAppendix C-5: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES LiquidTNMilanArmyAmmunitionPlantF52L-1,Source #27-0010-30 Mercury (Hg)Sample #12 ND 2.10E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantF52L-1,Source #27-0010-30 Mercury (Hg)Sample #2 ND 2.15E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantF52L-1,Source #27-0010-30 Mercury (Hg)Sample #3 ND 2.13E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantF52L-1,Source #27-0010-30 Mercury (Hg)Sample #4 ND 2.16E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantF52L-1,Source #27-0010-30 Mercury (Hg)Sample #5 ND 2.16E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantF52L-1,Source #27-0010-30 Mercury (Hg)Sample #6 ND 2.25E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantF52L-1,Source #27-0010-30 Mercury (Hg)Sample #7 ND 2.17E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantF52L-1,Source #27-0010-30 Mercury (Hg)Sample #8 ND 2.19E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantF52L-1,Source #27-0010-30 Mercury (Hg)Sample #9 ND 2.23E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantF52L-2,Source #27-0010-30 Mercury (Hg)Sample #1 ND 2.09E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantF52L-2,Source #27-0010-30 Mercury (Hg)Sample #10 ND 2.09E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantF52L-2,Source #27-0010-30 Mercury (Hg)Sample #11 ND 2.10E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantF52L-2,Source #27-0010-30 Mercury (Hg)Sample #12 ND 2.10E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantF52L-2,Source #27-0010-30 Mercury (Hg)Sample #2 ND 2.15E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantF52L-2,Source #27-0010-30 Mercury (Hg)Sample #3 ND 2.13E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantF52L-2,Source #27-0010-30 Mercury (Hg)Sample #4 ND 2.16E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantF52L-2,Source #27-0010-30 Mercury (Hg)Sample #5 ND 2.16E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantF52L-2,Source #27-0010-30 Mercury (Hg)Sample #6 ND 2.25E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantF52L-2,Source #27-0010-30 Mercury (Hg)Sample #7 ND 2.17E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantF52L-2,Source #27-0010-30 Mercury (Hg)Sample #8 ND 2.19E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantF52L-2,Source #27-0010-30 Mercury (Hg)Sample #9 ND 2.23E-06 -1.30E+01No. 2 DistillateAppendix C-5: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES LiquidTNMilanArmyAmmunitionPlantI3A-1,Source #27-0010-12 Mercury (Hg)Sample #1 ND 2.09E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantI3A-1,Source #27-0010-12 Mercury (Hg)Sample #10 ND 2.09E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantI3A-1,Source #27-0010-12 Mercury (Hg)Sample #11 ND 2.10E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantI3A-1,Source #27-0010-12 Mercury (Hg)Sample #12 ND 2.10E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantI3A-1,Source #27-0010-12 Mercury (Hg)Sample #2 ND 2.15E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantI3A-1,Source #27-0010-12 Mercury (Hg)Sample #3 ND 2.13E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantI3A-1,Source #27-0010-12 Mercury (Hg)Sample #4 ND 2.16E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantI3A-1,Source #27-0010-12 Mercury (Hg)Sample #5 ND 2.16E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantI3A-1,Source #27-0010-12 Mercury (Hg)Sample #6 ND 2.25E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantI3A-1,Source #27-0010-12 Mercury (Hg)Sample #7 ND 2.17E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantI3A-1,Source #27-0010-12 Mercury (Hg)Sample #8 ND 2.19E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantI3A-1,Source #27-0010-12 Mercury (Hg)Sample #9 ND 2.23E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantI4A-1,Source #27-0010-13 Mercury (Hg)Sample #1 ND 2.09E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantI4A-1,Source #27-0010-13 Mercury (Hg)Sample #10 ND 2.09E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantI4A-1,Source #27-0010-13 Mercury (Hg)Sample #11 ND 2.10E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantI4A-1,Source #27-0010-13 Mercury (Hg)Sample #12 ND 2.10E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantI4A-1,Source #27-0010-13 Mercury (Hg)Sample #2 ND 2.15E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantI4A-1,Source #27-0010-13 Mercury (Hg)Sample #3 ND 2.13E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantI4A-1,Source #27-0010-13 Mercury (Hg)Sample #4 ND 2.16E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantI4A-1,Source #27-0010-13 Mercury (Hg)Sample #5 ND 2.16E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantI4A-1,Source #27-0010-13 Mercury (Hg)Sample #6 ND 2.25E-06 -1.30E+01No. 2 DistillateAppendix C-5: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES LiquidTNMilanArmyAmmunitionPlantI4A-1,Source #27-0010-13 Mercury (Hg)Sample #7 ND 2.17E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantI4A-1,Source #27-0010-13 Mercury (Hg)Sample #8 ND 2.19E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantI4A-1,Source #27-0010-13 Mercury (Hg)Sample #9 ND 2.23E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantI5A-1,Source #27-0010-14 Mercury (Hg)Sample #1 ND 2.09E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantI5A-1,Source #27-0010-14 Mercury (Hg)Sample #10 ND 2.09E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantI5A-1,Source #27-0010-14 Mercury (Hg)Sample #11 ND 2.10E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantI5A-1,Source #27-0010-14 Mercury (Hg)Sample #12 ND 2.10E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantI5A-1,Source #27-0010-14 Mercury (Hg)Sample #2 ND 2.15E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantI5A-1,Source #27-0010-14 Mercury (Hg)Sample #3 ND 2.13E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantI5A-1,Source #27-0010-14 Mercury (Hg)Sample #4 ND 2.16E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantI5A-1,Source #27-0010-14 Mercury (Hg)Sample #5 ND 2.16E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantI5A-1,Source #27-0010-14 Mercury (Hg)Sample #6 ND 2.25E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantI5A-1,Source #27-0010-14 Mercury (Hg)Sample #7 ND 2.17E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantI5A-1,Source #27-0010-14 Mercury (Hg)Sample #8 ND 2.19E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantI5A-1,Source #27-0010-14 Mercury (Hg)Sample #9 ND 2.23E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantI6A-1,Source #27-0010-15 Mercury (Hg)Sample #1 ND 2.09E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantI6A-1,Source #27-0010-15 Mercury (Hg)Sample #10 ND 2.09E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantI6A-1,Source #27-0010-15 Mercury (Hg)Sample #11 ND 2.10E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantI6A-1,Source #27-0010-15 Mercury (Hg)Sample #12 ND 2.10E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantI6A-1,Source #27-0010-15 Mercury (Hg)Sample #2 ND 2.15E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantI6A-1,Source #27-0010-15 Mercury (Hg)Sample #3 ND 2.13E-06 -1.31E+01No. 2 DistillateAppendix C-5: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES LiquidTNMilanArmyAmmunitionPlantI6A-1,Source #27-0010-15 Mercury (Hg)Sample #4 ND 2.16E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantI6A-1,Source #27-0010-15 Mercury (Hg)Sample #5 ND 2.16E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantI6A-1,Source #27-0010-15 Mercury (Hg)Sample #6 ND 2.25E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantI6A-1,Source #27-0010-15 Mercury (Hg)Sample #7 ND 2.17E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantI6A-1,Source #27-0010-15 Mercury (Hg)Sample #8 ND 2.19E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantI6A-1,Source #27-0010-15 Mercury (Hg)Sample #9 ND 2.23E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantI7A-1,Source #27-0010-16 Mercury (Hg)Sample #1 ND 2.09E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantI7A-1,Source #27-0010-16 Mercury (Hg)Sample #10 ND 2.09E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantI7A-1,Source #27-0010-16 Mercury (Hg)Sample #11 ND 2.10E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantI7A-1,Source #27-0010-16 Mercury (Hg)Sample #12 ND 2.10E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantI7A-1,Source #27-0010-16 Mercury (Hg)Sample #2 ND 2.15E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantI7A-1,Source #27-0010-16 Mercury (Hg)Sample #3 ND 2.13E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantI7A-1,Source #27-0010-16 Mercury (Hg)Sample #4 ND 2.16E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantI7A-1,Source #27-0010-16 Mercury (Hg)Sample #5 ND 2.16E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantI7A-1,Source #27-0010-16 Mercury (Hg)Sample #6 ND 2.25E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantI7A-1,Source #27-0010-16 Mercury (Hg)Sample #7 ND 2.17E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantI7A-1,Source #27-0010-16 Mercury (Hg)Sample #8 ND 2.19E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantI7A-1,Source #27-0010-16 Mercury (Hg)Sample #9 ND 2.23E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantJ107A-1,Source #27-0010-31 Mercury (Hg)Sample #1 ND 2.09E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantJ107A-1,Source #27-0010-31 Mercury (Hg)Sample #10 ND 2.09E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantJ107A-1,Source #27-0010-31 Mercury (Hg)Sample #11 ND 2.10E-06 -1.31E+01No. 2 DistillateAppendix C-5: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES LiquidTNMilanArmyAmmunitionPlantJ107A-1,Source #27-0010-31 Mercury (Hg)Sample #12 ND 2.10E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantJ107A-1,Source #27-0010-31 Mercury (Hg)Sample #2 ND 2.15E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantJ107A-1,Source #27-0010-31 Mercury (Hg)Sample #3 ND 2.13E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantJ107A-1,Source #27-0010-31 Mercury (Hg)Sample #4 ND 2.16E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantJ107A-1,Source #27-0010-31 Mercury (Hg)Sample #5 ND 2.16E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantJ107A-1,Source #27-0010-31 Mercury (Hg)Sample #6 ND 2.25E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantJ107A-1,Source #27-0010-31 Mercury (Hg)Sample #7 ND 2.17E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantJ107A-1,Source #27-0010-31 Mercury (Hg)Sample #8 ND 2.19E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantJ107A-1,Source #27-0010-31 Mercury (Hg)Sample #9 ND 2.23E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantJ107A-2,Source #27-0010-31 Mercury (Hg)Sample #1 ND 2.09E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantJ107A-2,Source #27-0010-31 Mercury (Hg)Sample #10 ND 2.09E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantJ107A-2,Source #27-0010-31 Mercury (Hg)Sample #11 ND 2.10E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantJ107A-2,Source #27-0010-31 Mercury (Hg)Sample #12 ND 2.10E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantJ107A-2,Source #27-0010-31 Mercury (Hg)Sample #2 ND 2.15E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantJ107A-2,Source #27-0010-31 Mercury (Hg)Sample #3 ND 2.13E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantJ107A-2,Source #27-0010-31 Mercury (Hg)Sample #4 ND 2.16E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantJ107A-2,Source #27-0010-31 Mercury (Hg)Sample #5 ND 2.16E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantJ107A-2,Source #27-0010-31 Mercury (Hg)Sample #6 ND 2.25E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantJ107A-2,Source #27-0010-31 Mercury (Hg)Sample #7 ND 2.17E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantJ107A-2,Source #27-0010-31 Mercury (Hg)Sample #8 ND 2.19E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantJ107A-2,Source #27-0010-31 Mercury (Hg)Sample #9 ND 2.23E-06 -1.30E+01No. 2 DistillateAppendix C-5: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES LiquidTNMilanArmyAmmunitionPlantK102L-1,Source #27-0010-42 Mercury (Hg)Sample #1 ND 2.09E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantK102L-1,Source #27-0010-42 Mercury (Hg)Sample #10 ND 2.09E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantK102L-1,Source #27-0010-42 Mercury (Hg)Sample #11 ND 2.10E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantK102L-1,Source #27-0010-42 Mercury (Hg)Sample #12 ND 2.10E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantK102L-1,Source #27-0010-42 Mercury (Hg)Sample #2 ND 2.15E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantK102L-1,Source #27-0010-42 Mercury (Hg)Sample #3 ND 2.13E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantK102L-1,Source #27-0010-42 Mercury (Hg)Sample #4 ND 2.16E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantK102L-1,Source #27-0010-42 Mercury (Hg)Sample #5 ND 2.16E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantK102L-1,Source #27-0010-42 Mercury (Hg)Sample #6 ND 2.25E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantK102L-1,Source #27-0010-42 Mercury (Hg)Sample #7 ND 2.17E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantK102L-1,Source #27-0010-42 Mercury (Hg)Sample #8 ND 2.19E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantK102L-1,Source #27-0010-42 Mercury (Hg)Sample #9 ND 2.23E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantK300A-1,Source #27-0010-19 Mercury (Hg)Sample #1 ND 2.09E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantK300A-1,Source #27-0010-19 Mercury (Hg)Sample #10 ND 2.09E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantK300A-1,Source #27-0010-19 Mercury (Hg)Sample #11 ND 2.10E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantK300A-1,Source #27-0010-19 Mercury (Hg)Sample #12 ND 2.10E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantK300A-1,Source #27-0010-19 Mercury (Hg)Sample #2 ND 2.15E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantK300A-1,Source #27-0010-19 Mercury (Hg)Sample #3 ND 2.13E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantK300A-1,Source #27-0010-19 Mercury (Hg)Sample #4 ND 2.16E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantK300A-1,Source #27-0010-19 Mercury (Hg)Sample #5 ND 2.16E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantK300A-1,Source #27-0010-19 Mercury (Hg)Sample #6 ND 2.25E-06 -1.30E+01No. 2 DistillateAppendix C-5: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES LiquidTNMilanArmyAmmunitionPlantK300A-1,Source #27-0010-19 Mercury (Hg)Sample #7 ND 2.17E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantK300A-1,Source #27-0010-19 Mercury (Hg)Sample #8 ND 2.19E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantK300A-1,Source #27-0010-19 Mercury (Hg)Sample #9 ND 2.23E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantK300A-2,Source #27-0010-19 Mercury (Hg)Sample #1 ND 2.09E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantK300A-2,Source #27-0010-19 Mercury (Hg)Sample #10 ND 2.09E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantK300A-2,Source #27-0010-19 Mercury (Hg)Sample #11 ND 2.10E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantK300A-2,Source #27-0010-19 Mercury (Hg)Sample #12 ND 2.10E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantK300A-2,Source #27-0010-19 Mercury (Hg)Sample #2 ND 2.15E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantK300A-2,Source #27-0010-19 Mercury (Hg)Sample #3 ND 2.13E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantK300A-2,Source #27-0010-19 Mercury (Hg)Sample #4 ND 2.16E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantK300A-2,Source #27-0010-19 Mercury (Hg)Sample #5 ND 2.16E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantK300A-2,Source #27-0010-19 Mercury (Hg)Sample #6 ND 2.25E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantK300A-2,Source #27-0010-19 Mercury (Hg)Sample #7 ND 2.17E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantK300A-2,Source #27-0010-19 Mercury (Hg)Sample #8 ND 2.19E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantK300A-2,Source #27-0010-19 Mercury (Hg)Sample #9 ND 2.23E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantK313A-1,Source #27-0010-83 Mercury (Hg)Sample #1 ND 2.09E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantK313A-1,Source #27-0010-83 Mercury (Hg)Sample #10 ND 2.09E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantK313A-1,Source #27-0010-83 Mercury (Hg)Sample #11 ND 2.10E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantK313A-1,Source #27-0010-83 Mercury (Hg)Sample #12 ND 2.10E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantK313A-1,Source #27-0010-83 Mercury (Hg)Sample #2 ND 2.15E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantK313A-1,Source #27-0010-83 Mercury (Hg)Sample #3 ND 2.13E-06 -1.31E+01No. 2 DistillateAppendix C-5: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES LiquidTNMilanArmyAmmunitionPlantK313A-1,Source #27-0010-83 Mercury (Hg)Sample #4 ND 2.16E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantK313A-1,Source #27-0010-83 Mercury (Hg)Sample #5 ND 2.16E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantK313A-1,Source #27-0010-83 Mercury (Hg)Sample #6 ND 2.25E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantK313A-1,Source #27-0010-83 Mercury (Hg)Sample #7 ND 2.17E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantK313A-1,Source #27-0010-83 Mercury (Hg)Sample #8 ND 2.19E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantK313A-1,Source #27-0010-83 Mercury (Hg)Sample #9 ND 2.23E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantK313A-2,Source #27-0010-83 Mercury (Hg)Sample #1 ND 2.09E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantK313A-2,Source #27-0010-83 Mercury (Hg)Sample #10 ND 2.09E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantK313A-2,Source #27-0010-83 Mercury (Hg)Sample #11 ND 2.10E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantK313A-2,Source #27-0010-83 Mercury (Hg)Sample #12 ND 2.10E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantK313A-2,Source #27-0010-83 Mercury (Hg)Sample #2 ND 2.15E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantK313A-2,Source #27-0010-83 Mercury (Hg)Sample #3 ND 2.13E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantK313A-2,Source #27-0010-83 Mercury (Hg)Sample #4 ND 2.16E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantK313A-2,Source #27-0010-83 Mercury (Hg)Sample #5 ND 2.16E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantK313A-2,Source #27-0010-83 Mercury (Hg)Sample #6 ND 2.25E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantK313A-2,Source #27-0010-83 Mercury (Hg)Sample #7 ND 2.17E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantK313A-2,Source #27-0010-83 Mercury (Hg)Sample #8 ND 2.19E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantK313A-2,Source #27-0010-83 Mercury (Hg)Sample #9 ND 2.23E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantS101A-1,Source #27-0010-21 Mercury (Hg)Sample #1 ND 2.09E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantS101A-1,Source #27-0010-21 Mercury (Hg)Sample #10 ND 2.09E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantS101A-1,Source #27-0010-21 Mercury (Hg)Sample #11 ND 2.10E-06 -1.31E+01No. 2 DistillateAppendix C-5: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES LiquidTNMilanArmyAmmunitionPlantS101A-1,Source #27-0010-21 Mercury (Hg)Sample #12 ND 2.10E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantS101A-1,Source #27-0010-21 Mercury (Hg)Sample #2 ND 2.15E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantS101A-1,Source #27-0010-21 Mercury (Hg)Sample #3 ND 2.13E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantS101A-1,Source #27-0010-21 Mercury (Hg)Sample #4 ND 2.16E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantS101A-1,Source #27-0010-21 Mercury (Hg)Sample #5 ND 2.16E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantS101A-1,Source #27-0010-21 Mercury (Hg)Sample #6 ND 2.25E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantS101A-1,Source #27-0010-21 Mercury (Hg)Sample #7 ND 2.17E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantS101A-1,Source #27-0010-21 Mercury (Hg)Sample #8 ND 2.19E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantS101A-1,Source #27-0010-21 Mercury (Hg)Sample #9 ND 2.23E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantS101A-2,Source #27-0010-21 Mercury (Hg)Sample #1 ND 2.09E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantS101A-2,Source #27-0010-21 Mercury (Hg)Sample #10 ND 2.09E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantS101A-2,Source #27-0010-21 Mercury (Hg)Sample #11 ND 2.10E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantS101A-2,Source #27-0010-21 Mercury (Hg)Sample #12 ND 2.10E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantS101A-2,Source #27-0010-21 Mercury (Hg)Sample #2 ND 2.15E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantS101A-2,Source #27-0010-21 Mercury (Hg)Sample #3 ND 2.13E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantS101A-2,Source #27-0010-21 Mercury (Hg)Sample #4 ND 2.16E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantS101A-2,Source #27-0010-21 Mercury (Hg)Sample #5 ND 2.16E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantS101A-2,Source #27-0010-21 Mercury (Hg)Sample #6 ND 2.25E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantS101A-2,Source #27-0010-21 Mercury (Hg)Sample #7 ND 2.17E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantS101A-2,Source #27-0010-21 Mercury (Hg)Sample #8 ND 2.19E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantS101A-2,Source #27-0010-21 Mercury (Hg)Sample #9 ND 2.23E-06 -1.30E+01No. 2 DistillateAppendix C-5: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES LiquidTNMilanArmyAmmunitionPlantT116A-1,Source #27-0010-84 Mercury (Hg)Sample #1 ND 2.09E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantT116A-1,Source #27-0010-84 Mercury (Hg)Sample #10 ND 2.09E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantT116A-1,Source #27-0010-84 Mercury (Hg)Sample #11 ND 2.10E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantT116A-1,Source #27-0010-84 Mercury (Hg)Sample #12 ND 2.10E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantT116A-1,Source #27-0010-84 Mercury (Hg)Sample #2 ND 2.15E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantT116A-1,Source #27-0010-84 Mercury (Hg)Sample #3 ND 2.13E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantT116A-1,Source #27-0010-84 Mercury (Hg)Sample #4 ND 2.16E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantT116A-1,Source #27-0010-84 Mercury (Hg)Sample #5 ND 2.16E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantT116A-1,Source #27-0010-84 Mercury (Hg)Sample #6 ND 2.25E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantT116A-1,Source #27-0010-84 Mercury (Hg)Sample #7 ND 2.17E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantT116A-1,Source #27-0010-84 Mercury (Hg)Sample #8 ND 2.19E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantT116A-1,Source #27-0010-84 Mercury (Hg)Sample #9 ND 2.23E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantT116A-2,Source #27-0010-84 Mercury (Hg)Sample #1 ND 2.09E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantT116A-2,Source #27-0010-84 Mercury (Hg)Sample #10 ND 2.09E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantT116A-2,Source #27-0010-84 Mercury (Hg)Sample #11 ND 2.10E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantT116A-2,Source #27-0010-84 Mercury (Hg)Sample #12 ND 2.10E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantT116A-2,Source #27-0010-84 Mercury (Hg)Sample #2 ND 2.15E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantT116A-2,Source #27-0010-84 Mercury (Hg)Sample #3 ND 2.13E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantT116A-2,Source #27-0010-84 Mercury (Hg)Sample #4 ND 2.16E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantT116A-2,Source #27-0010-84 Mercury (Hg)Sample #5 ND 2.16E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantT116A-2,Source #27-0010-84 Mercury (Hg)Sample #6 ND 2.25E-06 -1.30E+01No. 2 DistillateAppendix C-5: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES LiquidTNMilanArmyAmmunitionPlantT116A-2,Source #27-0010-84 Mercury (Hg)Sample #7 ND 2.17E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantT116A-2,Source #27-0010-84 Mercury (Hg)Sample #8 ND 2.19E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantT116A-2,Source #27-0010-84 Mercury (Hg)Sample #9 ND 2.23E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantV1L-1,Source #27-0010-46 Mercury (Hg)Sample #1 ND 2.09E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantV1L-1,Source #27-0010-46 Mercury (Hg)Sample #10 ND 2.09E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantV1L-1,Source #27-0010-46 Mercury (Hg)Sample #11 ND 2.10E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantV1L-1,Source #27-0010-46 Mercury (Hg)Sample #12 ND 2.10E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantV1L-1,Source #27-0010-46 Mercury (Hg)Sample #2 ND 2.15E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantV1L-1,Source #27-0010-46 Mercury (Hg)Sample #3 ND 2.13E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantV1L-1,Source #27-0010-46 Mercury (Hg)Sample #4 ND 2.16E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantV1L-1,Source #27-0010-46 Mercury (Hg)Sample #5 ND 2.16E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantV1L-1,Source #27-0010-46 Mercury (Hg)Sample #6 ND 2.25E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantV1L-1,Source #27-0010-46 Mercury (Hg)Sample #7 ND 2.17E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantV1L-1,Source #27-0010-46 Mercury (Hg)Sample #8 ND 2.19E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantV1L-1,Source #27-0010-46 Mercury (Hg)Sample #9 ND 2.23E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantX21L-1,Source #27-0010-29 Mercury (Hg)Sample #1 ND 2.09E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantX21L-1,Source #27-0010-29 Mercury (Hg)Sample #10 ND 2.09E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantX21L-1,Source #27-0010-29 Mercury (Hg)Sample #11 ND 2.10E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantX21L-1,Source #27-0010-29 Mercury (Hg)Sample #12 ND 2.10E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantX21L-1,Source #27-0010-29 Mercury (Hg)Sample #2 ND 2.15E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantX21L-1,Source #27-0010-29 Mercury (Hg)Sample #3 ND 2.13E-06 -1.31E+01No. 2 DistillateAppendix C-5: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES LiquidTNMilanArmyAmmunitionPlantX21L-1,Source #27-0010-29 Mercury (Hg)Sample #4 ND 2.16E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantX21L-1,Source #27-0010-29 Mercury (Hg)Sample #5 ND 2.16E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantX21L-1,Source #27-0010-29 Mercury (Hg)Sample #6 ND 2.25E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantX21L-1,Source #27-0010-29 Mercury (Hg)Sample #7 ND 2.17E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantX21L-1,Source #27-0010-29 Mercury (Hg)Sample #8 ND 2.19E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantX21L-1,Source #27-0010-29 Mercury (Hg)Sample #9 ND 2.23E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantX21L-2,Source #27-0010-29 Mercury (Hg)Sample #1 ND 2.09E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantX21L-2,Source #27-0010-29 Mercury (Hg)Sample #10 ND 2.09E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantX21L-2,Source #27-0010-29 Mercury (Hg)Sample #11 ND 2.10E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantX21L-2,Source #27-0010-29 Mercury (Hg)Sample #12 ND 2.10E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantX21L-2,Source #27-0010-29 Mercury (Hg)Sample #2 ND 2.15E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantX21L-2,Source #27-0010-29 Mercury (Hg)Sample #3 ND 2.13E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantX21L-2,Source #27-0010-29 Mercury (Hg)Sample #4 ND 2.16E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantX21L-2,Source #27-0010-29 Mercury (Hg)Sample #5 ND 2.16E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantX21L-2,Source #27-0010-29 Mercury (Hg)Sample #6 ND 2.25E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantX21L-2,Source #27-0010-29 Mercury (Hg)Sample #7 ND 2.17E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantX21L-2,Source #27-0010-29 Mercury (Hg)Sample #8 ND 2.19E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantX21L-2,Source #27-0010-29 Mercury (Hg)Sample #9 ND 2.23E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantX21L-3,Source #27-0010-29 Mercury (Hg)Sample #1 ND 2.09E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantX21L-3,Source #27-0010-29 Mercury (Hg)Sample #10 ND 2.09E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantX21L-3,Source #27-0010-29 Mercury (Hg)Sample #11 ND 2.10E-06 -1.31E+01No. 2 DistillateAppendix C-5: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES LiquidTNMilanArmyAmmunitionPlantX21L-3,Source #27-0010-29 Mercury (Hg)Sample #12 ND 2.10E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantX21L-3,Source #27-0010-29 Mercury (Hg)Sample #2 ND 2.15E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantX21L-3,Source #27-0010-29 Mercury (Hg)Sample #3 ND 2.13E-06 -1.31E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantX21L-3,Source #27-0010-29 Mercury (Hg)Sample #4 ND 2.16E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantX21L-3,Source #27-0010-29 Mercury (Hg)Sample #5 ND 2.16E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantX21L-3,Source #27-0010-29 Mercury (Hg)Sample #6 ND 2.25E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantX21L-3,Source #27-0010-29 Mercury (Hg)Sample #7 ND 2.17E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantX21L-3,Source #27-0010-29 Mercury (Hg)Sample #8 ND 2.19E-06 -1.30E+01No. 2 DistillateYES LiquidTNMilanArmyAmmunitionPlantX21L-3,Source #27-0010-29 Mercury (Hg)Sample #9 ND 2.23E-06 -1.30E+01No. 2 DistillateAppendix C-6: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Biomass 1ARPotlatchForestWarrenWellonsBoilerHydrogenChloride(HCl)1 9/8/2009 < 3.61E-06 -1.25E+01Hog Fuel---100.00------YES Biomass 1ARPotlatchForestWarrenWellonsBoilerHydrogenChloride(HCl)2 9/8/2009 < 3.69E-06 -1.25E+01Hog Fuel---100.00------YES Biomass 1ARPotlatchForestWarrenWellonsBoilerHydrogenChloride(HCl)3 9/8/2009 < 3.78E-06 -1.25E+01Hog Fuel---100.00------YES Biomass 1ARPotlatchForestWarrenWellonsBoilerHydrogenChloride(HCl)Sample #1 8/8/2006 8.00E-04 -7.13E+00/Hog Fuel/---100.00------YES Biomass 1ARPotlatchForestWarrenWellonsBoilerHydrogenChloride(HCl)Sample #2 8/8/2006 2.10E-03 -6.17E+00/Hog Fuel/---100.00------YES Biomass 1ARPotlatchForestWarrenWellonsBoilerHydrogenChloride(HCl)Sample #3 9/8/2006 1.80E-03 -6.32E+00/Hog Fuel/---100.00------YES Biomass 2TXDibollTemple-Inland PB-44HydrogenChloride(HCl)Sample #1 6/29/2007 ND 2.50E-05 -1.06E+01/Wood: Plywood, Particleboard(containing glues or resins)/---100.00------YES Biomass 2TXDibollTemple-Inland PB-44HydrogenChloride(HCl)Sample #2 6/29/2007 ND 2.50E-05 -1.06E+01/Wood: Plywood, Particleboard(containing glues or resins)/---100.00------YES Biomass 2TXDibollTemple-Inland PB-44HydrogenChloride(HCl)Sample #3 6/29/2007 ND 2.50E-05 -1.06E+01/Wood: Plywood, Particleboard(containing glues or resins)/---100.00------YES Biomass 3IDPotlatch PB-1 CEHydrogenChloride(HCl)Sample #1 7/28/2009 ND 2.80E-05 -1.05E+01Hog Fuel---100.00------YES Biomass 3IDPotlatch PB-1 CEHydrogenChloride(HCl)Sample #2 7/28/2009 ND 2.80E-05 -1.05E+01Hog Fuel---100.00------YES Biomass 3IDPotlatch PB-1 CEHydrogenChloride(HCl)Sample #3 7/28/2009 ND 2.90E-05 -1.04E+01Hog Fuel---100.00------YES Biomass 4MESDWarrenSomersetNo2 PowerBoilerHydrogenChloride(HCl)2 7/30/2009 5.86E-04 -7.44E+00Biomass/Industrial Sludge/No. 2Distillate/No. 6 Residualoil/Noncondensable Gas (includesstripper offgas)/Tire Derived Fuel(TDF)---51.7838.683.28--6.26-YES Biomass 4MESDWarrenSomersetNo2 PowerBoilerHydrogenChloride(HCl)3 7/30/2009 5.39E-04 -7.53E+00Biomass/Industrial Sludge/No. 2Distillate/No. 6 Residualoil/Noncondensable Gas (includesstripper offgas)/Tire Derived Fuel(TDF)---51.7838.683.28--6.26-YES Biomass 4MESDWarrenSomersetNo2 PowerBoilerHydrogenChloride(HCl)Sample #1 4/18/2008 6.09E-05 -9.71E+00/Hog Fuel/No. 6 Residual oil/Wood:Bark/YES Biomass 4MESDWarrenSomersetNo2 PowerBoilerHydrogenChloride(HCl)Sample #2 4/18/2008 5.87E-05 -9.74E+00/Hog Fuel/No. 6 Residual oil/Wood:Bark/YES Biomass 5GAGPMadisonPly800 WoodWaste BoilerHydrogenChloride(HCl)Sample #1 8/13/2009 9.00E-05 -9.32E+00Wood: Bark--100.00-------YES Biomass 5GAGPMadisonPly800 WoodWaste BoilerHydrogenChloride(HCl)Sample #2 8/13/2009 1.20E-04 -9.03E+00Wood: Bark--100.00-------YES Biomass 5GAGPMadisonPly800 WoodWaste BoilerHydrogenChloride(HCl)Sample #3 8/14/2009 ND 4.00E-05 -1.01E+01Wood: Bark--100.00-------YES Biomass 6WABoisePaperWallulaHog FuelBoilerHydrogenChloride(HCl)Sample #1 5/6/2008 8.67E-05 -9.35E+00/Hog Fuel/Naturalgas/Noncondensable Gas (includesstripper offgas)/Appendix C-6: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Biomass 6WABoisePaperWallulaHog FuelBoilerHydrogenChloride(HCl)Sample #2 5/6/2008 1.62E-04 -8.73E+00/Hog Fuel/Naturalgas/Noncondensable Gas (includesstripper offgas)/YES Biomass 6WABoisePaperWallulaHog FuelBoilerHydrogenChloride(HCl)Sample #3 5/6/2008 ND 1.93E-05 -1.09E+01/Hog Fuel/Naturalgas/Noncondensable Gas (includesstripper offgas)/YES Biomass 7SCMarlboroPaperHogged FuelBoilerHydrogenChloride(HCl)Sample #1 7/14/2009 ND 1.00E-04 -9.21E+00Industrial Sludge/Wood:Bark/Natural gas/Wood: Plywood,Particleboard (containing glues orresins)--95.714.29------YES Biomass 7SCMarlboroPaperHogged FuelBoilerHydrogenChloride(HCl)Sample #2 7/14/2009 ND 1.00E-04 -9.21E+00Industrial Sludge/Wood:Bark/Natural gas/Wood: Plywood,Particleboard (containing glues orresins)--95.714.29------YES Biomass 7SCMarlboroPaperHogged FuelBoilerHydrogenChloride(HCl)Sample #3 7/14/2009 ND 1.00E-04 -9.21E+00Industrial Sludge/Wood:Bark/Natural gas/Wood: Plywood,Particleboard (containing glues orresins)--95.714.29------YES Biomass 8MEBoralexStratton Boiler #1HydrogenChloride(HCl)Sample #1 10/21/2009 1.34E-04 -8.92E+00Wood: Bark/Wood: UnadulteratedTimber--100.00-------YES Biomass 8MEBoralexStratton Boiler #1HydrogenChloride(HCl)Sample #2 10/21/2009 1.34E-04 -8.92E+00Wood: Bark/Wood: UnadulteratedTimber--100.00-------YES Biomass 8MEBoralexStratton Boiler #1HydrogenChloride(HCl)Sample #3 10/21/2009 1.34E-04 -8.92E+00Wood: Bark/Wood: UnadulteratedTimber--100.00-------YES Biomass 9OHSmurfitCoshocton B006HydrogenChloride(HCl)Sample #1 8/12/2003 1.56E-04 -8.76E+00/Natural gas/Hydro pulperrefuse/Industrial Sludge//Wood:Unadulterated LumberYES Biomass 9OHSmurfitCoshocton B006HydrogenChloride(HCl)Sample #2 8/12/2003 1.49E-04 -8.81E+00/Natural gas/Hydro pulperrefuse/Industrial Sludge//Wood:Unadulterated LumberYES Biomass 9OHSmurfitCoshocton B006HydrogenChloride(HCl)Sample #3 8/12/2003 1.61E-04 -8.74E+00/Natural gas/Hydro pulperrefuse/Industrial Sludge//Wood:Unadulterated LumberYES Biomass 10MTPlumCreekWellonsPlywoodHydrogenChloride(HCl)1 10/5/2009 BDL 1.54E-04 -8.78E+00Wood: Bark/Wood: Plywood,Particleboard (containing glues orresins)YES Biomass 10MTPlumCreekWellonsPlywoodHydrogenChloride(HCl)2 10/6/2009 BDL 1.68E-04 -8.69E+00Wood: Bark/Wood: Plywood,Particleboard (containing glues orresins)YES Biomass 10MTPlumCreekWellonsPlywoodHydrogenChloride(HCl)3 10/6/2009 BDL 1.69E-04 -8.69E+00Wood: Bark/Wood: Plywood,Particleboard (containing glues orresins)YES Biomass 11FLSugarCaneGrowersCoop Boiler No. 8HydrogenChloride(HCl)Sample #1 1/19/2005 1.55E-03 -6.47E+00/Bagasse/-100.00--------YES Biomass 11FLSugarCaneGrowersCoop Boiler No. 8HydrogenChloride(HCl)Sample #1 12/16/2002 2.32E-04 -8.37E+00/Bagasse/-100.00--------YES Biomass 11FLSugarCaneGrowersCoop Boiler No. 8HydrogenChloride(HCl)Sample #2 12/16/2002 2.15E-04 -8.44E+00/Bagasse/-100.00--------YES Biomass 11FLSugarCaneGrowersCoop Boiler No. 8HydrogenChloride(HCl)Sample #2 1/19/2005 1.69E-03 -6.38E+00/Bagasse/-100.00--------YES Biomass 11FLSugarCaneGrowersCoop Boiler No. 8HydrogenChloride(HCl)Sample #3 1/19/2005 1.22E-03 -6.71E+00/Bagasse/-100.00--------YES Biomass 11FLSugarCaneGrowersCoop Boiler No. 8HydrogenChloride(HCl)Sample #3 12/16/2002 1.51E-04 -8.80E+00/Bagasse/-100.00--------Appendix C-6: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Biomass 12ARAnthonyForestProducts SN-12HydrogenChloride(HCl)Sample #1 9/1/2009 2.10E-04 -8.47E+00Wood: Bark/Wood: UnadulteratedLumber/Wood: UnadulteratedTimber--100.00-------YES Biomass 12ARAnthonyForestProducts SN-12HydrogenChloride(HCl)Sample #2 9/1/2009 2.30E-04 -8.38E+00Wood: Bark/Wood: UnadulteratedLumber/Wood: UnadulteratedTimber--100.00-------YES Biomass 12ARAnthonyForestProducts SN-12HydrogenChloride(HCl)Sample #3 9/2/2009 1.60E-04 -8.74E+00Wood: Bark/Wood: UnadulteratedLumber/Wood: UnadulteratedTimber--100.00-------YES Biomass 12WAGraysHarborPaperNo. 6 Boiler(EU2)HydrogenChloride(HCl)Sample #1 8/14/2009 2.00E-04 -8.52E+00Hog Fuel---100.00------YES Biomass 12WAGraysHarborPaperNo. 6 Boiler(EU2)HydrogenChloride(HCl)Sample #1 8/14/2009 3.20E-02 -3.44E+00Hog Fuel---100.00------YES Biomass 12WAGraysHarborPaperNo. 6 Boiler(EU2)HydrogenChloride(HCl)Sample #1 6/22/2006 6.43E-02 -2.74E+00/Wood: Bark/--100.00-------YES Biomass 12WAGraysHarborPaperNo. 6 Boiler(EU2)HydrogenChloride(HCl)Sample #2 8/14/2009 2.60E-02 -3.65E+00Hog Fuel---100.00------YES Biomass 12WAGraysHarborPaperNo. 6 Boiler(EU2)HydrogenChloride(HCl)Sample #2 8/14/2009 2.00E-04 -8.52E+00Hog Fuel---100.00------YES Biomass 12WAGraysHarborPaperNo. 6 Boiler(EU2)HydrogenChloride(HCl)Sample #2 6/22/2006 4.84E-02 -3.03E+00/Wood: Bark/--100.00-------YES Biomass 12WAGraysHarborPaperNo. 6 Boiler(EU2)HydrogenChloride(HCl)Sample #3 6/22/2006 2.22E-02 -3.81E+00/Wood: Bark/--100.00-------YES Biomass 12WAGraysHarborPaperNo. 6 Boiler(EU2)HydrogenChloride(HCl)Sample #3 8/14/2009 1.80E-02 -4.02E+00Hog Fuel---100.00------YES Biomass 12WAGraysHarborPaperNo. 6 Boiler(EU2)HydrogenChloride(HCl)Sample #3 8/14/2009 2.00E-04 -8.52E+00Hog Fuel---100.00------YES Coal 1INAlcoaWarrick Unit #3HydrogenChloride(HCl)Sample #1 8/7/2008 ND 1.43E-05 -1.12E+01/Coal: Bituminous/100.00---------YES Coal 1INAlcoaWarrick Unit #3HydrogenChloride(HCl)Sample #2 8/7/2008 ND 1.57E-05 -1.11E+01/Coal: Bituminous/100.00---------YES Coal 2IDTASCOPaulErie CityBoilerHydrogenChloride(HCl)Sample #1 6/20/2006 ND 3.96E-05 -1.01E+01/Coal: Sub-bituminous/100.00---------YES Coal 2IDTASCOPaulErie CityBoilerHydrogenChloride(HCl)Sample #2 6/20/2006 ND 4.02E-05 -1.01E+01/Coal: Sub-bituminous/100.00---------YES Coal 2IDTASCOPaulErie CityBoilerHydrogenChloride(HCl)Sample #3 6/21/2006 ND 3.58E-05 -1.02E+01/Coal: Sub-bituminous/100.00---------YES Coal 3INAlcoaWarrick Unit #2HydrogenChloride(HCl)Sample #1 8/6/2008 ND 1.51E-05 -1.11E+01/Coal: Bituminous/100.00---------YES Coal 3INAlcoaWarrick Unit #2HydrogenChloride(HCl)Sample #2 8/6/2008 1.03E-04 -9.18E+00/Coal: Bituminous/100.00---------YES Coal 4IARoquetteAmericaCirculatingFluidizedBed Boiler(121)HydrogenChloride(HCl)1 6/2/2009 8.56E-05 -9.37E+00Coal: Bituminous100.00---------YES Coal 4IARoquetteAmericaCirculatingFluidizedBed Boiler(121)HydrogenChloride(HCl)2 6/2/2009 6.85E-05 -9.59E+00Coal: Bituminous100.00---------Appendix C-6: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Coal 4IARoquetteAmericaCirculatingFluidizedBed Boiler(121)HydrogenChloride(HCl)3 6/3/2009 3.13E-05 -1.04E+01Coal: Bituminous100.00---------YES Coal 5SCCogenSouthB001 - MainBoilerHydrogenChloride(HCl)Sample #1 8/18/2009 2.35E-03 -6.05E+00Coal: Bituminous100.00---------YES Coal 5SCCogenSouthB001 - MainBoilerHydrogenChloride(HCl)Sample #1 11/7/2007 8.95E-05 -9.32E+00/Coal: Bituminous/IndustrialSludge/Wood: Bark/68.84-31.16-------YES Coal 5SCCogenSouthB001 - MainBoilerHydrogenChloride(HCl)Sample #1 11/3/2005 1.20E-03 -6.73E+00/Coal: Bituminous/IndustrialSludge/Wood: Bark/40.69-59.31-------YES Coal 5SCCogenSouthB001 - MainBoilerHydrogenChloride(HCl)Sample #1 11/25/2003 2.90E-04 -8.14E+00/Coal: Bituminous/IndustrialSludge/Wood: Bark/57.02-42.98-------YES Coal 5SCCogenSouthB001 - MainBoilerHydrogenChloride(HCl)Sample #2 8/18/2009 2.40E-04 -8.33E+00Coal: Bituminous100.00---------YES Coal 5SCCogenSouthB001 - MainBoilerHydrogenChloride(HCl)Sample #2 11/7/2007 ND 6.01E-05 -9.72E+00/Coal: Bituminous/IndustrialSludge/Wood: Bark/68.84-31.16-------YES Coal 5SCCogenSouthB001 - MainBoilerHydrogenChloride(HCl)Sample #2 11/25/2003 ND 1.09E-04 -9.12E+00/Coal: Bituminous/IndustrialSludge/Wood: Bark/57.02-42.98-------YES Coal 5SCCogenSouthB001 - MainBoilerHydrogenChloride(HCl)Sample #2 11/3/2005 1.30E-03 -6.65E+00/Coal: Bituminous/IndustrialSludge/Wood: Bark/40.69-59.31-------YES Coal 5SCCogenSouthB001 - MainBoilerHydrogenChloride(HCl)Sample #3 8/19/2009 2.15E-03 -6.14E+00Coal: Bituminous100.00---------YES Coal 5SCCogenSouthB001 - MainBoilerHydrogenChloride(HCl)Sample #3 11/7/2007 ND 5.10E-05 -9.88E+00/Coal: Bituminous/IndustrialSludge/Wood: Bark/68.84-31.16-------YES Coal 5SCCogenSouthB001 - MainBoilerHydrogenChloride(HCl)Sample #3 11/25/2003 ND 1.09E-04 -9.12E+00/Coal: Bituminous/IndustrialSludge/Wood: Bark/57.02-42.98-------YES Coal 5SCCogenSouthB001 - MainBoilerHydrogenChloride(HCl)Sample #3 11/3/2005 1.50E-03 -6.50E+00/Coal: Bituminous/IndustrialSludge/Wood: Bark/40.69-59.31-------YES Coal 6TNEastman_NO_CBIDATA Boiler 30HydrogenChloride(HCl)Sample #1 8/26/2009 ND 7.30E-05 -9.53E+00Coal: Bituminous100.00---------YES Coal 6TNEastman_NO_CBIDATA Boiler 30HydrogenChloride(HCl)Sample #2 8/27/2009 ND 7.30E-05 -9.53E+00Coal: Bituminous100.00---------YES Coal 6TNEastman_NO_CBIDATA Boiler 30HydrogenChloride(HCl)Sample #3 8/27/2009 ND 7.10E-05 -9.55E+00Coal: Bituminous100.00---------YES Coal 7AZCatalystPaperSnowflakePower Boiler#2 CoalHydrogenChloride(HCl)Sample #1 3/24/2006 1.83E-04 -8.61E+00/Coal: Sub-bituminous/100.00---------YES Coal 7AZCatalystPaperSnowflakePower Boiler#2 CoalHydrogenChloride(HCl)Sample #2 3/24/2006 7.69E-05 -9.47E+00/Coal: Sub-bituminous/100.00---------YES Coal 7AZCatalystPaperSnowflakePower Boiler#2 CoalHydrogenChloride(HCl)Sample #3 3/24/2006 8.86E-05 -9.33E+00/Coal: Sub-bituminous/100.00---------YES Coal 8MOJamesRiverPowerStation Unit 2HydrogenChloride(HCl)Sample #1 10/4/2006 1.79E-04 -8.63E+00/Coal: Sub-bituminous/Natural gas/YES Coal 8MOJamesRiverPowerStation Unit 2HydrogenChloride(HCl)Sample #1 12/6/2005 8.48E-05 -9.38E+00/Coal: Sub-bituminous/Natural gas/Appendix C-6: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Coal 8MOJamesRiverPowerStation Unit 2HydrogenChloride(HCl)Sample #2 10/4/2006 2.27E-04 -8.39E+00/Coal: Sub-bituminous/Natural gas/YES Coal 8MOJamesRiverPowerStation Unit 2HydrogenChloride(HCl)Sample #2 12/6/2005 3.81E-04 -7.87E+00/Coal: Sub-bituminous/Natural gas/YES Coal 8MOJamesRiverPowerStation Unit 2HydrogenChloride(HCl)Sample #3 12/6/2005 3.38E-04 -7.99E+00/Coal: Sub-bituminous/Natural gas/YES Coal 8MOJamesRiverPowerStation Unit 2HydrogenChloride(HCl)Sample #3 10/4/2006 2.30E-04 -8.38E+00/Coal: Sub-bituminous/Natural gas/YES Coal 9MOJamesRiverPowerStation Unit 1HydrogenChloride(HCl)Sample #1 12/6/2005 8.48E-05 -9.38E+00/Coal: Sub-bituminous/Natural gas/YES Coal 9MOJamesRiverPowerStation Unit 1HydrogenChloride(HCl)Sample #1 10/4/2006 1.79E-04 -8.63E+00/Coal: Sub-bituminous/Natural gas/YES Coal 9MOJamesRiverPowerStation Unit 1HydrogenChloride(HCl)Sample #2 10/4/2006 2.27E-04 -8.39E+00/Coal: Sub-bituminous/Natural gas/YES Coal 9MOJamesRiverPowerStation Unit 1HydrogenChloride(HCl)Sample #2 12/6/2005 3.81E-04 -7.87E+00/Coal: Sub-bituminous/Natural gas/YES Coal 9MOJamesRiverPowerStation Unit 1HydrogenChloride(HCl)Sample #3 10/4/2006 2.30E-04 -8.38E+00/Coal: Sub-bituminous/Natural gas/YES Coal 9MOJamesRiverPowerStation Unit 1HydrogenChloride(HCl)Sample #3 12/6/2005 3.38E-04 -7.99E+00/Coal: Sub-bituminous/Natural gas/YES Coal 10ALIPCourtlandNo.2CombinationBoiler /11CU201HydrogenChloride(HCl)Sample #1 9/10/1996 3.86E-04 -7.86E+00/Coal: Bituminous/Naturalgas/Noncondensable Gas (includesstripper offgas)/Wood: Bark/YES Coal 10ALIPCourtlandNo.2CombinationBoiler /11CU201HydrogenChloride(HCl)Sample #2 9/10/1996 ND 2.55E-04 -8.27E+00/Coal: Bituminous/Naturalgas/Noncondensable Gas (includesstripper offgas)/Wood: Bark/YES Coal 10ALIPCourtlandNo.2CombinationBoiler /11CU201HydrogenChloride(HCl)Sample #3 9/10/1996 ND 2.06E-04 -8.49E+00/Coal: Bituminous/Naturalgas/Noncondensable Gas (includesstripper offgas)/Wood: Bark/YES Coal 11IDTASCOPaulBabcock andWilcox(B&W) BoilerHydrogenChloride(HCl)Sample #1 6/1/2006 ND 3.00E-04 -8.11E+00/Coal: Sub-bituminous/100.00---------YES Coal 12NDMinnDakFarmersBabcock andWilcox Boiler#5HydrogenChloride(HCl)Sample #1 10/26/2006 5.14E-04 -7.57E+00/Biogas/Coal: Sub-bituminous/97.66------2.34--YES Coal 12NDMinnDakFarmersBabcock andWilcox Boiler#5HydrogenChloride(HCl)Sample #2 10/26/2006 2.77E-04 -8.19E+00/Biogas/Coal: Sub-bituminous/97.66------2.34--YES Coal 12NDMinnDakFarmersBabcock andWilcox Boiler#5HydrogenChloride(HCl)Sample #3 10/26/2006 3.03E-04 -8.10E+00/Biogas/Coal: Sub-bituminous/97.66------2.34--YES Coal 13IAArchersDanielsMidlandDesMoinesAsea Boiler#1HydrogenChloride(HCl)Sample #1 8/24/2009 ND 3.81E-04 -7.87E+00Coal: Sub-bituminous100.00---------YES Coal 13IAArchersDanielsMidlandDesMoinesAsea Boiler#1HydrogenChloride(HCl)Sample #2 8/24/2009 ND 3.77E-04 -7.88E+00Coal: Sub-bituminous100.00---------YES Coal 13IAArchersDanielsMidlandDesMoinesAsea Boiler#1HydrogenChloride(HCl)Sample #3 8/25/2009 ND 4.07E-04 -7.81E+00Coal: Sub-bituminous100.00---------Appendix C-6: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Coal 14VAUniversityofVirginia 7103-1-01RHydrogenChloride(HCl)M26A-1 9/15/2009 < 5.80E-04 -7.45E+00Coal: Bituminous100.00---------YES Coal 14VAUniversityofVirginia 7103-1-01RHydrogenChloride(HCl)M26A-2 9/16/2009 5.91E-04 -7.43E+00Coal: Bituminous100.00---------YES Coal 14VAUniversityofVirginia 7103-1-01RHydrogenChloride(HCl)M26A-3 9/17/2009 < 5.37E-04 -7.53E+00Coal: Bituminous100.00---------YES Coal 15WINewPageBiron B24HydrogenChloride(HCl)1 8/25/2009 2.00E-03 -6.22E+00Coal: Sub-bituminous/Wood: Bark97.04-2.96-------YES Coal 15WINewPageBiron B24HydrogenChloride(HCl)2 9/22/2009 1.95E-03 -6.24E+00Coal: Sub-bituminous/Wood: Bark97.04-2.96-------YES Coal 15WINewPageBiron B24HydrogenChloride(HCl)3 9/22/2009 2.18E-03 -6.13E+00Coal: Sub-bituminous/Wood: Bark97.04-2.96-------YES Coal 15WINewPageBiron B24HydrogenChloride(HCl)Sample #1 9/12/2007 5.40E-04 -7.52E+00/Coal: Sub-bituminous/100.00---------YES Coal 15WINewPageBiron B24HydrogenChloride(HCl)Sample #2 9/12/2007 5.20E-04 -7.56E+00/Coal: Sub-bituminous/100.00---------YES Coal 15WINewPageBiron B24HydrogenChloride(HCl)Sample #3 9/12/2007 7.00E-04 -7.26E+00/Coal: Sub-bituminous/100.00---------YES Coal 16MICityofEscanabaEUBOILER#1HydrogenChloride(HCl)Sample #1 10/27/2004 6.00E-04 -7.42E+00/Coal: Bituminous/100.00---------YES Coal 16MICityofEscanabaEUBOILER#1HydrogenChloride(HCl)Sample #2 10/27/2004 6.00E-04 -7.42E+00/Coal: Bituminous/100.00---------YES Coal 16MICityofEscanabaEUBOILER#1HydrogenChloride(HCl)Sample #3 10/27/2004 6.00E-04 -7.42E+00/Coal: Bituminous/100.00---------YES Coal 17VASmurfitStoneWestpt PB08HydrogenChloride(HCl)Sample #1 9/26/2009 7.40E-04 -7.21E+00Coal: Bituminous100.00---------YES Coal 17VASmurfitStoneWestpt PB08HydrogenChloride(HCl)Sample #2 9/26/2009 5.04E-04 -7.59E+00Coal: Bituminous100.00---------YES Coal 17VASmurfitStoneWestpt PB08HydrogenChloride(HCl)Sample #3 9/26/2009 7.62E-04 -7.18E+00Coal: Bituminous100.00---------YES Coal 17VASmurfitStoneWestpt PB08HydrogenChloride(HCl)Sample #1 11/8/2004 8.68E-03 -4.75E+00/Coal: Bituminous/100.00---------YES Coal 17VASmurfitStoneWestpt PB08HydrogenChloride(HCl)Sample #2 11/8/2004 6.24E-03 -5.08E+00/Coal: Bituminous/100.00---------YES Coal 17VASmurfitStoneWestpt PB08HydrogenChloride(HCl)Sample #3 11/8/2004 7.22E-03 -4.93E+00/Coal: Bituminous/100.00---------YES Coal 18TNEastman_NO_CBIDATA Boiler 31HydrogenChloride(HCl)Sample #1 3/15/2005 ND 7.00E-04 -7.26E+00/Coal: Bituminous/Process gas/YES Coal 18TNEastman_NO_CBIDATA Boiler 31HydrogenChloride(HCl)Sample #2 3/15/2005 ND 7.00E-04 -7.26E+00/Coal: Bituminous/Process gas/YES Coal 18TNEastman_NO_CBIDATA Boiler 31HydrogenChloride(HCl)Sample #3 3/15/2005 ND 7.00E-04 -7.26E+00/Coal: Bituminous/Process gas/Appendix C-6: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Coal 19WINewPage-WisconsinRapidsPower Boiler1 - B21HydrogenChloride(HCl)Sample #1 12/14/2005 3.00E-04 -8.11E+00/Coal: Sub-bituminous/100.00---------YES Coal 19WINewPage-WisconsinRapidsPower Boiler1 - B21HydrogenChloride(HCl)Sample #2 12/15/2005 1.40E-03 -6.57E+00/Coal: Sub-bituminous/100.00---------YES Coal 19WINewPage-WisconsinRapidsPower Boiler1 - B21HydrogenChloride(HCl)Sample #3 12/15/2005 7.00E-04 -7.26E+00/Coal: Sub-bituminous/100.00---------YES Coal 20PADomtarJohnsonburg#81 CoalBoilerHydrogenChloride(HCl)Sample #1 7/18/2007 8.00E-04 -7.13E+00/Coal: Sub-bituminous/100.00---------YES Coal 20PADomtarJohnsonburg#81 CoalBoilerHydrogenChloride(HCl)Sample #2 7/18/2007 1.00E-03 -6.91E+00/Coal: Sub-bituminous/100.00---------YES Coal 20PADomtarJohnsonburg#81 CoalBoilerHydrogenChloride(HCl)Sample #3 7/17/2007 7.00E-04 -7.26E+00/Coal: Sub-bituminous/100.00---------YES Coal 20PADomtarJohnsonburg#82 CoalBoilerHydrogenChloride(HCl)Sample #1 7/18/2007 8.00E-04 -7.13E+00/Coal: Sub-bituminous/100.00---------YES Coal 20PADomtarJohnsonburg#82 CoalBoilerHydrogenChloride(HCl)Sample #2 7/18/2007 1.00E-03 -6.91E+00/Coal: Sub-bituminous/100.00---------YES Coal 20PADomtarJohnsonburg#82 CoalBoilerHydrogenChloride(HCl)Sample #3 7/17/2007 7.00E-04 -7.26E+00/Coal: Sub-bituminous/100.00---------YES Coal 22IDTASCONampaBabcock andWilcox(B&W) #1HydrogenChloride(HCl)Sample #1 12/5/2006 9.00E-04 -7.01E+00/Coal: Sub-bituminous/Natural gas/YES Coal 22IDTASCONampaBabcock andWilcox(B&W) #1HydrogenChloride(HCl)Sample #2 12/5/2006 9.00E-04 -7.01E+00/Coal: Sub-bituminous/Natural gas/YES Coal 22IDTASCONampaBabcock andWilcox(B&W) #1HydrogenChloride(HCl)Sample #3 12/5/2006 9.00E-04 -7.01E+00/Coal: Sub-bituminous/Natural gas/YES Coal 22IDTASCONampaBabcock andWilcox(B&W) #2HydrogenChloride(HCl)Sample #1 12/5/2006 9.00E-04 -7.01E+00/Coal: Sub-bituminous/Natural gas/YES Coal 22IDTASCONampaBabcock andWilcox(B&W) #2HydrogenChloride(HCl)Sample #2 12/5/2006 9.00E-04 -7.01E+00/Coal: Sub-bituminous/Natural gas/YES Coal 22IDTASCONampaBabcock andWilcox(B&W) #2HydrogenChloride(HCl)Sample #3 12/5/2006 9.00E-04 -7.01E+00/Coal: Sub-bituminous/Natural gas/YES Coal 22WINewPage-WisconsinRapidsPower Boiler2 - B20HydrogenChloride(HCl)Sample #1 5/22/2003 9.90E-03 -4.62E+00/Coal: Sub-bituminous/Wood: Bark/44.51-55.49-------YES Coal 22WINewPage-WisconsinRapidsPower Boiler2 - B20HydrogenChloride(HCl)Sample #1 5/21/2003 8.00E-04 -7.13E+00/Coal: Sub-bituminous/100.00---------YES Coal 22WINewPage-WisconsinRapidsPower Boiler2 - B20HydrogenChloride(HCl)Sample #2 5/22/2003 ND 1.00E-04 -9.21E+00/Coal: Sub-bituminous/Wood: Bark/44.51-55.49-------YES Coal 22WINewPage-WisconsinRapidsPower Boiler2 - B20HydrogenChloride(HCl)Sample #2 5/21/2003 1.10E-03 -6.81E+00/Coal: Sub-bituminous/100.00---------YES Coal 22WINewPage-WisconsinRapidsPower Boiler2 - B20HydrogenChloride(HCl)Sample #3 5/21/2003 8.00E-04 -7.13E+00/Coal: Sub-bituminous/100.00---------YES Coal 25NCBlueRidgePaper G11042HydrogenChloride(HCl)1 8/4/2009 7.47E-04 -7.20E+00Coal: Bituminous/Wood:Unadulterated Timber65.97-34.03-------Appendix C-6: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Coal 25NCBlueRidgePaper G11042HydrogenChloride(HCl)2 8/4/2009 9.57E-04 -6.95E+00Coal: Bituminous/Wood:Unadulterated Timber65.97-34.03-------YES Coal 25NCBlueRidgePaper G11042HydrogenChloride(HCl)3 8/5/2009 1.22E-03 -6.71E+00Coal: Bituminous/Wood:Unadulterated Timber65.97-34.03-------YES Coal 25NCBlueRidgePaper G11042HydrogenChloride(HCl)Sample #1 1/12/1994 1.90E-03 -6.27E+00/Coal: Bituminous/100.00---------YES Coal 25NCBlueRidgePaper G11042HydrogenChloride(HCl)Sample #2 1/12/1994 3.20E-03 -5.74E+00/Coal: Bituminous/100.00---------YES Coal 25NCBlueRidgePaper G11042HydrogenChloride(HCl)Sample #3 1/12/1994 3.30E-03 -5.71E+00/Coal: Bituminous/100.00---------YES Coal 26IAMuscatinePowerandWater Unit 7HydrogenChloride(HCl)Sample #1 4/22/2004 9.67E-04 -6.94E+00/Coal: Sub-bituminous/100.00---------YES Coal 26IAMuscatinePowerandWater Unit 7HydrogenChloride(HCl)Sample #1 4/22/2004 5.50E-03 -5.20E+00/Coal: Sub-bituminous/100.00---------YES Coal 26IAMuscatinePowerandWater Unit 7HydrogenChloride(HCl)Sample #2 4/22/2004 1.16E-03 -6.76E+00/Coal: Sub-bituminous/100.00---------YES Coal 26IAMuscatinePowerandWater Unit 7HydrogenChloride(HCl)Sample #2 4/22/2004 4.20E-03 -5.47E+00/Coal: Sub-bituminous/100.00---------YES Coal 26IAMuscatinePowerandWater Unit 7HydrogenChloride(HCl)Sample #3 4/22/2004 1.30E-03 -6.65E+00/Coal: Sub-bituminous/100.00---------YES Coal 26IAMuscatinePowerandWater Unit 7HydrogenChloride(HCl)Sample #3 4/22/2004 3.70E-03 -5.60E+00/Coal: Sub-bituminous/100.00---------YES Coal 27IDAmalgamatedSugarCoTwinFalls S-B2HydrogenChloride(HCl)Sample #1 9/28/2006 2.00E-03 -6.21E+00/Coal: Sub-bituminous/100.00---------YES Coal 27IDAmalgamatedSugarCoTwinFalls S-B2HydrogenChloride(HCl)Sample #2 9/28/2006 1.00E-03 -6.91E+00/Coal: Sub-bituminous/100.00---------YES Coal 27IDAmalgamatedSugarCoTwinFalls S-B2HydrogenChloride(HCl)Sample #3 9/28/2006 1.00E-03 -6.91E+00/Coal: Sub-bituminous/100.00---------YES Coal 27OHPainesvilleMunicipalElectric B004HydrogenChloride(HCl)Sample #1 8/23/2006 1.00E-03 -6.91E+00/Coal: Bituminous/100.00---------YES Coal 27OHPainesvilleMunicipalElectric B004HydrogenChloride(HCl)Sample #2 8/23/2006 1.00E-03 -6.91E+00/Coal: Bituminous/100.00---------YES Coal 27OHPainesvilleMunicipalElectric B004HydrogenChloride(HCl)Sample #3 8/23/2006 2.00E-03 -6.21E+00/Coal: Bituminous/100.00---------YES Coal 29MIPharma&Upjohn1180 Boiler 3HydrogenChloride(HCl)Sample #1 7/13/2006 1.39E-01 -1.97E+00/Coal: Bituminous/100.00---------YES Coal 29MIPharma&Upjohn1180 Boiler 3HydrogenChloride(HCl)Sample #1 2/9/2005 1.46E-03 -6.53E+00/Coal: Bituminous/100.00---------YES Coal 29MIPharma&Upjohn1180 Boiler 3HydrogenChloride(HCl)Sample #2 2/9/2005 1.41E-03 -6.57E+00/Coal: Bituminous/100.00---------YES Coal 29MIPharma&Upjohn1180 Boiler 3HydrogenChloride(HCl)Sample #2 7/13/2006 1.37E-01 -1.99E+00/Coal: Bituminous/100.00---------Appendix C-6: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Coal 29MIPharma&Upjohn1180 Boiler 3HydrogenChloride(HCl)Sample #3 7/13/2006 1.40E-01 -1.97E+00/Coal: Bituminous/100.00---------YES Coal 29MIPharma&Upjohn1180 Boiler 3HydrogenChloride(HCl)Sample #3 2/9/2005 1.47E-03 -6.52E+00/Coal: Bituminous/100.00---------YES Coal 30GAGPCedarSpringsU500 -Power BoilerNo 1HydrogenChloride(HCl)1 7/23/2009 1.82E-03 -6.31E+00Coal: Bituminous/Natural gas/TireDerived Fuel (TDF)/Wood: Bark58.66-34.21---7.01-0.13-YES Coal 30GAGPCedarSpringsU500 -Power BoilerNo 1HydrogenChloride(HCl)2 7/23/2009 1.66E-03 -6.40E+00Coal: Bituminous/Natural gas/TireDerived Fuel (TDF)/Wood: Bark58.66-34.21---7.01-0.13-YES Coal 30GAGPCedarSpringsU500 -Power BoilerNo 1HydrogenChloride(HCl)3 7/24/2009 1.18E-03 -6.74E+00Coal: Bituminous/Natural gas/TireDerived Fuel (TDF)/Wood: Bark58.66-34.21---7.01-0.13-YES Coal 31WYGeneralChemicalGR-2-L (CBOILER)HydrogenChloride(HCl)Sample #1 10/27/2004 1.70E-03 -6.38E+00/Coal: Sub-bituminous/100.00---------YES Coal 31WYGeneralChemicalGR-2-L (CBOILER)HydrogenChloride(HCl)Sample #2 10/27/2004 1.70E-03 -6.38E+00/Coal: Sub-bituminous/100.00---------YES Coal 31WYGeneralChemicalGR-2-L (CBOILER)HydrogenChloride(HCl)Sample #3 10/27/2004 2.00E-03 -6.21E+00/Coal: Sub-bituminous/100.00---------YES Coal 32TNEastman_NO_CBIDATA Boiler 27HydrogenChloride(HCl)Sample #1 3/10/2005 2.00E-03 -6.21E+00/Coal: Bituminous/100.00---------YES Coal 32TNEastman_NO_CBIDATA Boiler 27HydrogenChloride(HCl)Sample #1 3/9/2005 1.60E-03 -6.44E+00/Coal: Bituminous/100.00---------YES Coal 32TNEastman_NO_CBIDATA Boiler 27HydrogenChloride(HCl)Sample #2 3/10/2005 3.20E-03 -5.74E+00/Coal: Bituminous/100.00---------YES Coal 32TNEastman_NO_CBIDATA Boiler 27HydrogenChloride(HCl)Sample #2 3/9/2005 2.00E-03 -6.21E+00/Coal: Bituminous/100.00---------YES Coal 32TNEastman_NO_CBIDATA Boiler 27HydrogenChloride(HCl)Sample #3 3/9/2005 2.00E-03 -6.21E+00/Coal: Bituminous/100.00---------YES Coal 32TNEastman_NO_CBIDATA Boiler 27HydrogenChloride(HCl)Sample #3 3/10/2005 8.30E-03 -4.79E+00/Coal: Bituminous/100.00---------YES Coal 33ILPrairiePowerPearl B1HydrogenChloride(HCl)Sample #1 5/4/2005 2.00E-03 -6.21E+00/Coal: Bituminous/100.00---------YES Coal 33ILPrairiePowerPearl B1HydrogenChloride(HCl)Sample #2 5/4/2005 1.90E-03 -6.27E+00/Coal: Bituminous/100.00---------YES Coal 33ILPrairiePowerPearl B1HydrogenChloride(HCl)Sample #3 5/4/2005 1.90E-03 -6.27E+00/Coal: Bituminous/100.00---------YES Coal 34WYGeneralChemicalGR-3-W (DBOILER)HydrogenChloride(HCl)Sample #1 10/21/2004 2.00E-03 -6.21E+00/Coal: Sub-bituminous/100.00---------YES Coal 34WYGeneralChemicalGR-3-W (DBOILER)HydrogenChloride(HCl)Sample #2 10/21/2004 2.00E-03 -6.21E+00/Coal: Sub-bituminous/100.00---------YES Coal 34WYGeneralChemicalGR-3-W (DBOILER)HydrogenChloride(HCl)Sample #3 10/21/2004 1.90E-03 -6.27E+00/Coal: Sub-bituminous/100.00---------YES Coal 35MNAmericanCrystalMoorhead Boiler 3HydrogenChloride(HCl)Sample #1 11/16/2004 8.93E-04 -7.02E+00/Coal: Sub-bituminous/100.00---------Appendix C-6: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Coal 35MNAmericanCrystalMoorhead Boiler 3HydrogenChloride(HCl)Sample #2 11/16/2004 2.89E-03 -5.85E+00/Coal: Sub-bituminous/100.00---------YES Coal 35MNAmericanCrystalMoorhead Boiler 3HydrogenChloride(HCl)Sample #3 11/16/2004 2.20E-03 -6.12E+00/Coal: Sub-bituminous/100.00---------YES Coal 36OHPainesvilleMunicipalElectric B003HydrogenChloride(HCl)Sample #1 5/28/2004 4.00E-03 -5.52E+00/Coal: Bituminous/100.00---------YES Coal 36OHPainesvilleMunicipalElectric B003HydrogenChloride(HCl)Sample #1 8/4/2006 2.00E-03 -6.21E+00/Coal: Bituminous/100.00---------YES Coal 36OHPainesvilleMunicipalElectric B003HydrogenChloride(HCl)Sample #2 8/4/2006 2.00E-03 -6.21E+00/Coal: Bituminous/100.00---------YES Coal 36OHPainesvilleMunicipalElectric B003HydrogenChloride(HCl)Sample #2 5/28/2004 1.20E-02 -4.42E+00/Coal: Bituminous/100.00---------YES Coal 36OHPainesvilleMunicipalElectric B003HydrogenChloride(HCl)Sample #3 8/4/2006 2.00E-03 -6.21E+00/Coal: Bituminous/100.00---------YES Coal 36OHPainesvilleMunicipalElectric B003HydrogenChloride(HCl)Sample #3 5/28/2004 6.00E-03 -5.12E+00/Coal: Bituminous/100.00---------YES Coal 37INSABICInnovativePlastics09-002 ErieBoilerHydrogenChloride(HCl)Sample #1 4/6/2005 3.17E-03 -5.75E+00/Coal: Bituminous/100.00---------YES Coal 37INSABICInnovativePlastics09-002 ErieBoilerHydrogenChloride(HCl)Sample #1 6/27/2006 3.30E-03 -5.71E+00/Coal: Bituminous/100.00---------YES Coal 37INSABICInnovativePlastics09-002 ErieBoilerHydrogenChloride(HCl)Sample #2 4/6/2005 1.75E-03 -6.35E+00/Coal: Bituminous/100.00---------YES Coal 37INSABICInnovativePlastics09-002 ErieBoilerHydrogenChloride(HCl)Sample #2 6/27/2006 5.50E-03 -5.20E+00/Coal: Bituminous/100.00---------YES Coal 37INSABICInnovativePlastics09-002 ErieBoilerHydrogenChloride(HCl)Sample #3 4/6/2005 3.05E-03 -5.79E+00/Coal: Bituminous/100.00---------YES Coal 37INSABICInnovativePlastics09-002 ErieBoilerHydrogenChloride(HCl)Sample #3 6/27/2006 5.90E-03 -5.13E+00/Coal: Bituminous/100.00---------YES Coal 37INSABICInnovativePlastics09-002Lasker BoilerHydrogenChloride(HCl)Sample #1 6/27/2006 3.30E-03 -5.71E+00/Coal: Bituminous/100.00---------YES Coal 37INSABICInnovativePlastics09-002Lasker BoilerHydrogenChloride(HCl)Sample #1 4/7/2005 3.17E-03 -5.75E+00/Coal: Bituminous/100.00---------YES Coal 37INSABICInnovativePlastics09-002Lasker BoilerHydrogenChloride(HCl)Sample #2 6/27/2006 5.50E-03 -5.20E+00/Coal: Bituminous/100.00---------YES Coal 37INSABICInnovativePlastics09-002Lasker BoilerHydrogenChloride(HCl)Sample #2 4/7/2005 1.75E-03 -6.35E+00/Coal: Bituminous/100.00---------YES Coal 37INSABICInnovativePlastics09-002Lasker BoilerHydrogenChloride(HCl)Sample #3 6/27/2006 5.90E-03 -5.13E+00/Coal: Bituminous/100.00---------YES Coal 37INSABICInnovativePlastics09-002Lasker BoilerHydrogenChloride(HCl)Sample #3 4/7/2005 3.05E-03 -5.79E+00/Coal: Bituminous/100.00---------YES Coal 39WINewPage-Whiting B24HydrogenChloride(HCl)Sample #1 8/24/2006 2.00E-03 -6.21E+00/Coal: Bituminous/Wood: Bark/66.09-33.91-------Appendix C-6: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Coal 39WINewPage-Whiting B24HydrogenChloride(HCl)Sample #2 8/24/2006 3.30E-03 -5.71E+00/Coal: Bituminous/Wood: Bark/66.09-33.91-------YES Coal 39WINewPage-Whiting B24HydrogenChloride(HCl)Sample #3 8/24/2006 2.90E-03 -5.84E+00/Coal: Bituminous/Wood: Bark/66.09-33.91-------YES Gas 1 1SCMichelinSandySprings B:02:01HydrogenChloride(HCl)Sample #1 9/10/2009 1.14E-04 -9.08E+00Natural gas------100.00---YES Gas 1 1SCMichelinSandySprings B:02:01HydrogenChloride(HCl)Sample #2 9/10/2009 ND 3.84E-05 -1.02E+01Natural gas------100.00---YES Gas 1 1SCMichelinSandySprings B:02:01HydrogenChloride(HCl)Sample #3 9/10/2009 ND 6.56E-05 -9.63E+00Natural gas------100.00---YES Gas 1 2WYSinclairWyomingPt 74 #2 H2Plant HeaterHydrogenChloride(HCl)1 11/18/2009 DL 1.26E-04 -8.98E+00Natural gas------100.00---YES Gas 1 2WYSinclairWyomingPt 74 #2 H2Plant HeaterHydrogenChloride(HCl)2 11/18/2009 DL 1.30E-04 -8.95E+00Natural gas------100.00---YES Gas 1 2WYSinclairWyomingPt 74 #2 H2Plant HeaterHydrogenChloride(HCl)3 11/18/2009 DL 1.30E-04 -8.95E+00Natural gas------100.00---YES Gas 1 y 1CORockyMtnSteel212Rod/Bar MillFurnace95OPPB088HydrogenChloride(HCl)M26-1 8/13/2009 9.81E-05 -9.23E+00Natural gas------100.00---YES Gas 1 y 1CORockyMtnSteel212Rod/Bar MillFurnace95OPPB088HydrogenChloride(HCl)M26-2 8/14/2009 8.39E-05 -9.39E+00Natural gas------100.00---YES Gas 1 y 1CORockyMtnSteel212Rod/Bar MillFurnace95OPPB088HydrogenChloride(HCl)M26-3 8/14/2009 7.58E-05 -9.49E+00Natural gas------100.00---YES Gas 1 y 2INAlcoaWarrickAnnealingFurnace #15HydrogenChloride(HCl)M26A-1 8/17/2009 BDL 2.54E-04 -8.28E+00/Natural gas/YES Gas 1 y 2INAlcoaWarrickAnnealingFurnace #15HydrogenChloride(HCl)M26A-2 8/17/2009 BDL 2.34E-04 -8.36E+00/Natural gas/YES Gas 1 y 2INAlcoaWarrickAnnealingFurnace #15HydrogenChloride(HCl)M26A-3 8/17/2009 BDL 2.48E-04 -8.30E+00/Natural gas/YES Gas 1 y 2INAlcoaWarrickPre-HeatFurnace #36HydrogenChloride(HCl)M26A-1 8/17/2009 BDL 2.54E-04 -8.28E+00Natural gas------100.00---YES Gas 1 y 2INAlcoaWarrickPre-HeatFurnace #36HydrogenChloride(HCl)M26A-2 8/17/2009 BDL 2.34E-04 -8.36E+00Natural gas------100.00---YES Gas 1 y 2INAlcoaWarrickPre-HeatFurnace #36HydrogenChloride(HCl)M26A-3 8/17/2009 BDL 2.48E-04 -8.30E+00Natural gas------100.00---YES Gas 2 1LAShellChemicaGeismarFurnace FS801HydrogenChloride(HCl)Sample #1 8/25/2009 ND 1.57E-06 -1.34E+01Heavy Recycle/Naturalgas/Petrochemical process gas------32.7655.4811.77-YES Gas 2 1LAShellChemicaGeismarFurnace FS801HydrogenChloride(HCl)Sample #2 8/26/2009 ND 1.85E-06 -1.32E+01Heavy Recycle/Naturalgas/Petrochemical process gas------32.7655.4811.77-YES Gas 2 1LAShellChemicaGeismarFurnace FS801HydrogenChloride(HCl)Sample #3 8/27/2009 ND 1.68E-06 -1.33E+01Heavy Recycle/Naturalgas/Petrochemical process gas------32.7655.4811.77-YES Liquid 3SCMilliken-Dewey D30HydrogenChloride(HCl)Sample #1 8/13/2009 ND 1.00E-04 -9.21E+00Anhydrides Waste----100.00-----Appendix C-6: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Liquid 3SCMilliken-Dewey D30HydrogenChloride(HCl)Sample #2 8/13/2009 ND 1.00E-04 -9.21E+00Anhydrides Waste----100.00-----YES Liquid 3SCMilliken-Dewey D30HydrogenChloride(HCl)Sample #3 8/13/2009 ND 1.00E-04 -9.21E+00Anhydrides Waste----100.00-----YES Liquid 4TNInvistaChattanoogaEU003 -Vaporizer #2HydrogenChloride(HCl)Sample #1 8/31/2006 1.95E-04 -8.54E+00/No. 2 Distillate/-----100.00----YES Liquid 4TNInvistaChattanoogaEU003 -Vaporizer #2HydrogenChloride(HCl)Sample #1 7/29/2009 ND 6.18E-04 -7.39E+00No. 2 Distillate-----100.00----YES Liquid 4TNInvistaChattanoogaEU003 -Vaporizer #2HydrogenChloride(HCl)Sample #2 8/31/2006 2.09E-04 -8.47E+00/No. 2 Distillate/-----100.00----YES Liquid 4TNInvistaChattanoogaEU003 -Vaporizer #2HydrogenChloride(HCl)Sample #2 7/30/2009 ND 6.19E-04 -7.39E+00No. 2 Distillate-----100.00----YES Liquid 4TNInvistaChattanoogaEU003 -Vaporizer #2HydrogenChloride(HCl)Sample #3 8/31/2006 1.28E-04 -8.96E+00/No. 2 Distillate/-----100.00----YES Liquid 4TNInvistaChattanoogaEU003 -Vaporizer #2HydrogenChloride(HCl)Sample #3 7/30/2009 ND 6.24E-04 -7.38E+00No. 2 Distillate-----100.00----YES Liquid 5INUSSteelGaryWorks O4B10459HydrogenChloride(HCl)M26A-1 9/8/2009 2.33E-04 -8.36E+00Blast Furnace Gas/Natural gas/No.6 Residual oil----13.43-3.9582.62--YES Liquid 5INUSSteelGaryWorks O4B10459HydrogenChloride(HCl)M26A-2 9/8/2009 1.88E-04 -8.58E+00Blast Furnace Gas/Natural gas/No.6 Residual oil----13.43-3.9582.62--YES Liquid 5INUSSteelGaryWorks O4B10459HydrogenChloride(HCl)M26A-3 9/8/2009 1.99E-04 -8.52E+00Blast Furnace Gas/Natural gas/No.6 Residual oil----13.43-3.9582.62--YES Liquid 6VAINVISTAWaynesboro2-205 (V#1)Vaporizer #1HydrogenChloride(HCl)Sample #1 4/18/2008 3.15E-04 -8.06E+00/No. 6 Residual oil/----100.00-----YES Liquid 6VAINVISTAWaynesboro2-205 (V#1)Vaporizer #1HydrogenChloride(HCl)Sample #2 4/18/2008 2.07E-04 -8.48E+00/No. 6 Residual oil/----100.00-----YES Liquid 6VAINVISTAWaynesboro2-205 (V#1)Vaporizer #1HydrogenChloride(HCl)Sample #3 4/18/2008 2.08E-04 -8.48E+00/No. 6 Residual oil/----100.00-----YES LiquidCTElectric Boat EMU 18 Chlorine (Cl)Sample #1 ND 5.60E-07 -1.44E+01No. 4 Fuel oilYES LiquidILCognisCorp Boiler #2 Chlorine (Cl)Sample #1 4.40E-06 -1.23E+01Animal Fat/Oils/Tallow/VegetableOilYES LiquidILCognisCorp Boiler #2 Chlorine (Cl)Sample #10 4.45E-06 -1.23E+01Animal Fat/Oils/Tallow/VegetableOilYES LiquidILCognisCorp Boiler #2 Chlorine (Cl)Sample #11 4.59E-06 -1.23E+01Animal Fat/Oils/Tallow/VegetableOilYES LiquidILCognisCorp Boiler #2 Chlorine (Cl)Sample #12 1.02E-05 -1.15E+01Animal Fat/Oils/Tallow/VegetableOilYES LiquidILCognisCorp Boiler #2 Chlorine (Cl)Sample #2 4.44E-06 -1.23E+01Animal Fat/Oils/Tallow/VegetableOilYES LiquidILCognisCorp Boiler #2 Chlorine (Cl)Sample #3 6.94E-06 -1.19E+01Animal Fat/Oils/Tallow/VegetableOilYES LiquidILCognisCorp Boiler #2 Chlorine (Cl)Sample #4 4.14E-06 -1.24E+01Animal Fat/Oils/Tallow/VegetableOilYES LiquidILCognisCorp Boiler #2 Chlorine (Cl)Sample #5 2.05E-06 -1.31E+01Animal Fat/Oils/Tallow/VegetableOilYES LiquidILCognisCorp Boiler #2 Chlorine (Cl)Sample #6 3.26E-06 -1.26E+01Animal Fat/Oils/Tallow/VegetableOilAppendix C-6: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES LiquidILCognisCorp Boiler #2 Chlorine (Cl)Sample #7 4.30E-06 -1.24E+01Animal Fat/Oils/Tallow/VegetableOilYES LiquidILCognisCorp Boiler #2 Chlorine (Cl)Sample #8 4.82E-06 -1.22E+01Animal Fat/Oils/Tallow/VegetableOilYES LiquidILCognisCorp Boiler #2 Chlorine (Cl)Sample #9 3.29E-06 -1.26E+01Animal Fat/Oils/Tallow/VegetableOilYES LiquidNCCampLejeuneMCBA-BM-5400-80 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-BM-5400-80 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-BM-5400-80 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-BM-5400-80 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-BM-5400-80 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-BM-5400-80 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-BM-5400-81 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-BM-5400-81 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-BM-5400-81 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-BM-5400-81 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-BM-5400-81 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-BM-5400-81 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-BM-825-12 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-BM-825-12 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-BM-825-12 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-BM-825-12 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-BM-825-12 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-BM-825-12 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-BM-825-13 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-BM-825-13 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-BM-825-13 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-BM-825-13 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-BM-825-13 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-BM-825-13 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-BM-825-H1 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-BM-825-H1 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-BM-825-H1 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-BM-825-H1 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-BM-825-H1 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelAppendix C-6: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES LiquidNCCampLejeuneMCBA-BM-825-H1 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-BM-835-06 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-BM-835-06 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-BM-835-06 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-BM-835-06 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-BM-835-06 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-BM-835-06 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-BM-835-07 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-BM-835-07 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-BM-835-07 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-BM-835-07 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-BM-835-07 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-BM-835-07 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-BM-890-14 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-BM-890-14 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-BM-890-14 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-BM-890-14 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-BM-890-14 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-BM-890-14 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-BM-890-15 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-BM-890-15 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-BM-890-15 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-BM-890-15 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-BM-890-15 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-BM-890-15 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-BM-890-H10 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-BM-890-H10 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-BM-890-H10 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-BM-890-H10 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-BM-890-H10 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-BM-890-H10 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-BM-890-H9 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelAppendix C-6: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES LiquidNCCampLejeuneMCBA-BM-890-H9 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-BM-890-H9 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-BM-890-H9 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-BM-890-H9 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-BM-890-H9 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-FC-260-90 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-FC-260-90 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-FC-260-90 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-FC-260-90 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-FC-260-90 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-FC-260-90 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-FC-440-87 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-FC-440-87 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-FC-440-87 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-FC-440-87 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-FC-440-87 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-FC-440-87 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-FC-989-31 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-FC-989-31 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-FC-989-31 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-FC-989-31 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-FC-989-31 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-FC-989-31 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-HP-1700-05 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-HP-1700-05 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-HP-1700-05 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-HP-1700-05 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-HP-1700-05 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-HP-1700-05 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-HP-2027-20 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-HP-2027-20 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-HP-2027-20 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelAppendix C-6: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES LiquidNCCampLejeuneMCBA-HP-2027-20 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-HP-2027-20 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-HP-2027-20 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-HP-2027-21 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-HP-2027-21 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-HP-2027-21 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-HP-2027-21 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-HP-2027-21 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-HP-2027-21 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-HP-2027-H13 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-HP-2027-H13 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-HP-2027-H13 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-HP-2027-H13 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-HP-2027-H13 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-HP-2027-H13 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-HP-2027-H14 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-HP-2027-H14 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-HP-2027-H14 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-HP-2027-H14 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-HP-2027-H14 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-HP-2027-H14 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-HP-2027-H15 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-HP-2027-H15 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-HP-2027-H15 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-HP-2027-H15 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-HP-2027-H15 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-HP-2027-H15 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-HP-2027-H16 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-HP-2027-H16 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-HP-2027-H16 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-HP-2027-H16 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-HP-2027-H16 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelAppendix C-6: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES LiquidNCCampLejeuneMCBA-HP-2027-H16 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-HP-40-75 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-HP-40-75 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-HP-40-75 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-HP-40-75 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-HP-40-75 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-HP-40-75 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-HP-40-76 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-HP-40-76 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-HP-40-76 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-HP-40-76 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-HP-40-76 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-HP-40-76 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-HP-500-86 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-HP-500-86 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-HP-500-86 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-HP-500-86 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-HP-500-86 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-HP-500-86 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-HP-670-88 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-HP-670-88 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-HP-670-88 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-HP-670-88 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-HP-670-88 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-HP-670-88 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-HP-738-59 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-HP-738-59 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-HP-738-59 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-HP-738-59 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-HP-738-59 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-HP-738-59 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-HP-989-31 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelAppendix C-6: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES LiquidNCCampLejeuneMCB A-HP-989-31 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-HP-989-31 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-HP-989-31 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-HP-989-31 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-HP-989-31 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-LCH-4014-17 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-LCH-4014-17 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-LCH-4014-17 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-LCH-4014-17 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-LCH-4014-17 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-LCH-4014-17 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-LCH-4022-19 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-LCH-4022-19 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-LCH-4022-19 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-LCH-4022-19 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-LCH-4022-19 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-LCH-4022-19 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-MG-SH8-58 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-MG-SH8-58 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-MG-SH8-58 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-MG-SH8-58 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-MG-SH8-58 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-MG-SH8-58 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-MP-230-38 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-MP-230-38 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-MP-230-38 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-MP-230-38 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-MP-230-38 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-MP-230-38 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-MP-230-39 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-MP-230-39 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-MP-230-39 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelAppendix C-6: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES LiquidNCCampLejeuneMCB A-MP-230-39 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-MP-230-39 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-MP-230-39 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-MP-230-40 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-MP-230-40 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-MP-230-40 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-MP-230-40 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-MP-230-40 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-MP-230-40 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-MP-625-72 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-MP-625-72 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-MP-625-72 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-MP-625-72 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-MP-625-72 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-MP-625-72 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-MP-625-73 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-MP-625-73 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-MP-625-73 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-MP-625-73 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-MP-625-73 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-MP-625-73 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-MP-625-74 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-MP-625-74 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-MP-625-74 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-MP-625-74 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-MP-625-74 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-MP-625-74 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-NH-100-01 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-NH-100-01 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-NH-100-01 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-NH-100-01 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-NH-100-01 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelAppendix C-6: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES LiquidNCCampLejeuneMCB A-NH-100-01 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-NH-100-02 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-NH-100-02 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-NH-100-02 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-NH-100-02 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-NH-100-02 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-NH-100-02 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-NH-100-05 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-NH-100-05 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-NH-100-05 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-NH-100-05 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-NH-100-05 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-NH-100-05 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-NH-118-03 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-NH-118-03 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-NH-118-03 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-NH-118-03 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-NH-118-03 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-NH-118-03 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-NH-120-04 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-NH-120-04 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-NH-120-04 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-NH-120-04 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-NH-120-04 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-NH-120-04 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-NH-120-H4 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-NH-120-H4 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-NH-120-H4 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-NH-120-H4 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-NH-120-H4 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-NH-120-H4 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-NH-121-01 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelAppendix C-6: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES LiquidNCCampLejeuneMCB A-NH-121-01 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-NH-121-01 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-NH-121-01 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-NH-121-01 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-NH-121-01 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-NH-121-H1 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-NH-121-H1 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-NH-121-H1 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-NH-121-H1 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-NH-121-H1 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-NH-121-H1 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-PP-1943-08 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-PP-1943-08 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-PP-1943-08 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-PP-1943-08 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-PP-1943-08 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-PP-1943-08 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-PP-1943-H7 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-PP-1943-H7 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-PP-1943-H7 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-PP-1943-H7 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-PP-1943-H7 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-PP-1943-H7 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-PP-2615-09 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-PP-2615-09 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-PP-2615-09 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-PP-2615-09 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-PP-2615-09 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-PP-2615-09 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-PP-2615-10 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-PP-2615-10 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-PP-2615-10 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelAppendix C-6: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES LiquidNCCampLejeuneMCBA-PP-2615-10 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-PP-2615-10 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-PP-2615-10 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-TT-2457-66 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-TT-2457-66 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-TT-2457-66 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-TT-2457-66 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-TT-2457-66 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBA-TT-2457-66 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-TT-44-30 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-TT-44-30 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-TT-44-30 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-TT-44-30 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-TT-44-30 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-TT-44-30 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-TT-60-78 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-TT-60-78 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-TT-60-78 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-TT-60-78 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-TT-60-78 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-TT-60-78 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-TT-60-79 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-TT-60-79 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-TT-60-79 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-TT-60-79 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-TT-60-79 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB A-TT-60-79 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB B-A66-48 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB B-A66-48 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB B-A66-48 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB B-A66-48 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB B-A66-48 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelAppendix C-6: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES LiquidNCCampLejeuneMCB B-A66-48 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB B-A66-H3 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB B-A66-H3 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB B-A66-H3 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB B-A66-H3 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB B-A66-H3 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB B-A66-H3 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB B-A71-49 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB B-A71-49 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB B-A71-49 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB B-A71-49 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB B-A71-49 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB B-A71-49 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB B-A71-H5 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB B-A71-H5 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB B-A71-H5 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB B-A71-H5 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB B-A71-H5 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB B-A71-H5 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB B-A-A1-50 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB B-A-A1-50 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB B-A-A1-50 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB B-A-A1-50 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB B-A-A1-50 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB B-A-A1-50 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB B-A-A47-51 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB B-A-A47-51 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB B-A-A47-51 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB B-A-A47-51 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB B-A-A47-51 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB B-A-A47-51 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB B-BB-49-52 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelAppendix C-6: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES LiquidNCCampLejeuneMCB B-BB-49-52 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB B-BB-49-52 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB B-BB-49-52 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB B-BB-49-52 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB B-BB-49-52 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB B-BB-9-53B Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB B-BB-9-53B Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB B-BB-9-53B Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB B-BB-9-53B Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB B-BB-9-53B Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB B-BB-9-53B Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB B-BB-9-54 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB B-BB-9-54 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB B-BB-9-54 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB B-BB-9-54 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB B-BB-9-54 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB B-BB-9-54 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB B-BB-9-55 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB B-BB-9-55 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB B-BB-9-55 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB B-BB-9-55 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB B-BB-9-55 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB B-BB-9-55 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-AS-1000-20 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-AS-1000-20 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-AS-1000-20 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-AS-1000-20 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-AS-1000-20 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-AS-1000-20 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-AS-1000-H21 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-AS-1000-H21 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-AS-1000-H21 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelAppendix C-6: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES LiquidNCCampLejeuneMCBC-AS-1000-H21 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-AS-1000-H21 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-AS-1000-H21 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-AS-2800-12 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-AS-2800-12 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-AS-2800-12 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-AS-2800-12 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-AS-2800-12 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-AS-2800-12 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-AS-3502-08 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-AS-3502-08 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-AS-3502-08 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-AS-3502-08 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-AS-3502-08 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-AS-3502-08 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-AS-3504-09 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-AS-3504-09 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-AS-3504-09 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-AS-3504-09 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-AS-3504-09 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-AS-3504-09 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-AS-3525-15 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-AS-3525-15 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-AS-3525-15 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-AS-3525-15 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-AS-3525-15 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-AS-3525-15 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-AS-4044-22 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-AS-4044-22 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-AS-4044-22 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-AS-4044-22 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-AS-4044-22 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelAppendix C-6: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES LiquidNCCampLejeuneMCBC-AS-4044-22 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-AS-4044-23 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-AS-4044-23 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-AS-4044-23 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-AS-4044-23 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-AS-4044-23 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-AS-4044-23 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-AS-4151-17A Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-AS-4151-17A Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-AS-4151-17A Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-AS-4151-17A Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-AS-4151-17A Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-AS-4151-17A Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-AS-4151-18 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-AS-4151-18 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-AS-4151-18 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-AS-4151-18 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-AS-4151-18 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-AS-4151-18 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB C-AS-705-11 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB C-AS-705-11 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB C-AS-705-11 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB C-AS-705-11 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB C-AS-705-11 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB C-AS-705-11 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB C-AS-710-03 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB C-AS-710-03 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB C-AS-710-03 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB C-AS-710-03 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB C-AS-710-03 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB C-AS-710-03 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB C-AS-840-13 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelAppendix C-6: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES LiquidNCCampLejeuneMCB C-AS-840-13 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB C-AS-840-13 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB C-AS-840-13 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB C-AS-840-13 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB C-AS-840-13 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB C-AS-843-14 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB C-AS-843-14 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB C-AS-843-14 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB C-AS-843-14 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB C-AS-843-14 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCB C-AS-843-14 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-CG-480-89 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-CG-480-89 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-CG-480-89 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-CG-480-89 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-CG-480-89 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-CG-480-89 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-CG-650-83B Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-CG-650-83B Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-CG-650-83B Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-CG-650-83B Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-CG-650-83B Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-CG-650-83B Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-CG-650-84B Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-CG-650-84B Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-CG-650-84B Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-CG-650-84B Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-CG-650-84B Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-CG-650-84B Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-CG-650-85 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-CG-650-85 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-CG-650-85 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelAppendix C-6: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES LiquidNCCampLejeuneMCBC-CG-650-85 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-CG-650-85 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-CG-650-85 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-RR-15-46B Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-RR-15-46B Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-RR-15-46B Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-RR-15-46B Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-RR-15-46B Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-RR-15-46B Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-TC-1500-60 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-TC-1500-60 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-TC-1500-60 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-TC-1500-60 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-TC-1500-60 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-TC-1500-60 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-VLTFM103-01 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-VLTFM103-01 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-VLTFM103-01 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-VLTFM103-01 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-VLTFM103-01 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-VLTFM103-01 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-VLTFM104-01 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-VLTFM104-01 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-VLTFM104-01 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-VLTFM104-01 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-VLTFM104-01 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-VLTFM104-01 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-VLTFM203-01 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-VLTFM203-01 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-VLTFM203-01 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-VLTFM203-01 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-VLTFM203-01 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelAppendix C-6: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect? lb/mmBtuln(lb/mmBtu) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES LiquidNCCampLejeuneMCBC-VLTFM203-01 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-VLTFM203-02 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-VLTFM203-02 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-VLTFM203-02 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-VLTFM203-02 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-VLTFM203-02 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-VLTFM203-02 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-VLTFM204-01 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-VLTFM204-01 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-VLTFM204-01 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-VLTFM204-01 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-VLTFM204-01 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-VLTFM204-01 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-VLTFM204-02 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-VLTFM204-02 Chlorine (Cl)Sample #1 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-VLTFM204-02 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-VLTFM204-02 Chlorine (Cl)Sample #2 ND 2.65E-04 -8.24E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-VLTFM204-02 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelYES LiquidNCCampLejeuneMCBC-VLTFM204-02 Chlorine (Cl)Sample #3 ND 2.65E-04 -8.23E+00No. 2 Distillate/JP-8 Aviation FuelAppendix C-7: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_common Pollutant TestIDTestDate_commonNonDetect?ppm @ 3%O2ln (ppm @3% O2) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Gas 1 1OKVRCOklahoma H-101CO Sample #3 10/22/1998 9.36E-03 -4.67E+00/Refinery gas/------100.00---YES Gas 1 2OKVRCOklahoma H-102ACO Sample #1 10/20/1998 3.46E-01 -1.06E+00/Refinery gas/------100.00---YES Gas 1 2OKVRCOklahoma H-102ACO Sample #1 10/21/1998 1.01E-02 -4.59E+00/Refinery gas/------100.00---YES Gas 1 2OKVRCOklahoma H-102ACO Sample #2 12/3/1997 1.74E-01 -1.75E+00/Refinery gas/------100.00---YES Gas 1 2OKVRCOklahoma H-102ACO Sample #2 12/3/1997 1.04E-01 -2.27E+00/Refinery gas/------100.00---YES Gas 1 2OKVRCOklahoma H-102ACO Sample #2 10/20/1998 9.43E+00 2.24E+00/Refinery gas/------100.00---YES Gas 1 2OKVRCOklahoma H-102ACO Sample #3 10/20/1998 2.04E+01 3.02E+00/Refinery gas/------100.00---YES Gas 1 3TXRohmHaasDeerParkACET-2B-4CO Sample #1 11/29/2006 ND 1.00E-02 -4.61E+00/Refinery gas/------100.00---YES Gas 1 3TXRohmHaasDeerParkACET-2B-4CO Sample #1 11/30/2006 1.96E+00 6.73E-01/Natural gas/------100.00---YES Gas 1 3TXRohmHaasDeerParkACET-2B-4CO Sample #2 11/30/2006 4.16E+00 1.43E+00/Natural gas/------100.00---YES Gas 1 3TXRohmHaasDeerParkACET-2B-4CO Sample #2 11/29/2006 ND 2.00E-02 -3.91E+00/Refinery gas/------100.00---YES Gas 1 3TXRohmHaasDeerParkACET-2B-4CO Sample #3 11/30/2006 4.91E+00 1.59E+00/Natural gas/------100.00---YES Gas 1 3TXRohmHaasDeerParkACET-2B-4CO Sample #3 11/29/2006 ND 1.00E-02 -4.61E+00/Refinery gas/------100.00---YES Gas 1 4OKConocoPhillipsPoncaCityH-9902CO Sample #1 7/7/2006 6.40E-01 -4.46E-01/Refinery gas/------100.00---YES Gas 1 4OKConocoPhillipsPoncaCityH-9902CO Sample #1 10/5/2006 3.00E-01 -1.20E+00/Refinery gas/------100.00---YES Gas 1 4OKConocoPhillipsPoncaCityH-9902CO Sample #1 5/9/2007 1.16E+00 1.48E-01/Refinery gas/------100.00---YES Gas 1 4OKConocoPhillipsPoncaCityH-9902CO Sample #1 6/4/2008 1.19E+01 2.48E+00/Refinery gas/------100.00---YES Gas 1 4OKConocoPhillipsPoncaCityH-9902CO Sample #2 5/24/2006 4.00E-02 -3.22E+00/Refinery gas/------100.00---YES Gas 1 4OKConocoPhillipsPoncaCityH-9902CO Sample #2 10/5/2006 1.56E+00 4.45E-01/Refinery gas/------100.00---YES Gas 1 4OKConocoPhillipsPoncaCityH-9902CO Sample #2 5/9/2007 9.60E-01 -4.08E-02/Refinery gas/------100.00---YES Gas 1 4OKConocoPhillipsPoncaCityH-9902CO Sample #2 5/11/2006 1.00E-02 -4.61E+00/Refinery gas/------100.00---YES Gas 1 4OKConocoPhillipsPoncaCityH-9902CO Sample #3 5/11/2006 3.00E-02 -3.51E+00/Refinery gas/------100.00---YES Gas 1 4OKConocoPhillipsPoncaCityH-9902CO Sample #3 5/24/2006 2.24E+00 8.06E-01/Refinery gas/------100.00---YES Gas 1 4OKConocoPhillipsPoncaCityH-9902CO Sample #3 10/5/2006 2.57E+00 9.44E-01/Refinery gas/------100.00---YES Gas 1 4OKConocoPhillipsPoncaCityH-9902CO Sample #3 5/9/2007 1.23E+00 2.07E-01/Refinery gas/------100.00---YES Gas 1 5TXDiamondShamrockThreeRivers H-201CO Sample #1 7/3/1997 2.71E-02 -3.61E+00/Refinery gas/------100.00---YES Gas 1 5TXDiamondShamrockThreeRivers H-201CO Sample #2 7/3/1997 2.71E-02 -3.61E+00/Refinery gas/------100.00---YES Gas 1 5TXDiamondShamrockThreeRivers H-201CO Sample #3 7/3/1997 2.71E-02 -3.61E+00/Refinery gas/------100.00---YES Gas 1 6TXDiamondShamrockThreeRivers H-203CO Sample #1 7/3/1997 2.71E-02 -3.61E+00/Refinery gas/------100.00---YES Gas 1 6TXDiamondShamrockThreeRivers H-203CO Sample #2 7/3/1997 2.71E-02 -3.61E+00/Refinery gas/------100.00---YES Gas 1 6TXDiamondShamrockThreeRivers H-203CO Sample #3 7/3/1997 2.71E-02 -3.61E+00/Refinery gas/------100.00---YES Gas 1 7TXDiamondShamrockThreeRivers H-204CO Sample #1 7/3/1997 2.71E-02 -3.61E+00/Refinery gas/------100.00---YES Gas 1 7TXDiamondShamrockThreeRivers H-204CO Sample #2 7/3/1997 2.71E-02 -3.61E+00/Refinery gas/------100.00---YES Gas 1 7TXDiamondShamrockThreeRivers H-204CO Sample #3 7/3/1997 2.71E-02 -3.61E+00/Refinery gas/------100.00---YES Gas 1 8VAWesternRefiningYorktown F-562CO Sample #1 3/7/2007 3.94E-02 -3.23E+00/Refinery gas/------100.00---YES Gas 1 9OKConocoPhillipsPoncaCityH-9851CO Sample #1 6/5/2008 4.00E-02 -3.22E+00/Process gas/Refinery gas/------98.621.38--YES Gas 1 9OKConocoPhillipsPoncaCityH-9851CO Sample #1 5/4/2006 5.00E-02 -3.00E+00/Process gas/Refinery gas/------98.771.23--YES Gas 1 9OKConocoPhillipsPoncaCityH-9851CO Sample #2 5/4/2006 1.10E-01 -2.21E+00/Process gas/Refinery gas/------98.771.23--YES Gas 1 9OKConocoPhillipsPoncaCityH-9851CO Sample #3 5/4/2006 1.00E-01 -2.30E+00/Process gas/Refinery gas/------98.771.23--YES Gas 1 10INBPWhitingRefineryB-601CO Sample #1 8/20/2007 1.10E-01 -2.21E+00/Natural gas/------100.00---YES Gas 1 10INBPWhitingRefineryB-601CO Sample #2 8/20/2007 ND 1.00E-02 -4.61E+00/Natural gas/------100.00---YES Gas 1 10INBPWhitingRefineryB-601CO Sample #3 8/20/2007 ND 1.00E-02 -4.61E+00/Natural gas/------100.00---YES Gas 1 11OKConocoPhillipsPoncaCityH-0016CO Sample #1 4/6/2005 6.00E-02 -2.81E+00/Refinery gas/------100.00---YES Gas 1 11OKConocoPhillipsPoncaCityH-0016CO Sample #2 4/6/2005 2.00E-02 -3.91E+00/Refinery gas/------100.00---YES Gas 1 11OKConocoPhillipsPoncaCityH-0016CO Sample #3 4/6/2005 5.00E-02 -3.00E+00/Refinery gas/------100.00---YES Gas 1 12TXOccidentalChemGregoryVCM Plant 1Furnace 1CO Sample #1 3/5/1991 ND 5.06E-02 -2.98E+00/Natural gas/------100.00---YES Gas 1 12TXOccidentalChemGregoryVCM Plant 1Furnace 1CO Sample #2 3/5/1991 ND 5.00E-02 -3.00E+00/Natural gas/------100.00---Appendix C-7: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_common Pollutant TestIDTestDate_commonNonDetect?ppm @ 3%O2ln (ppm @3% O2) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Gas 1 12TXOccidentalChemGregoryVCM Plant 1Furnace 1CO Sample #3 3/5/1991 ND 5.00E-02 -3.00E+00/Natural gas/------100.00---YES Gas 1 13TXOccidentalChemGregoryVCM Plant 1Furnace 2CO Sample #1 3/5/1991 ND 5.06E-02 -2.98E+00/Natural gas/------100.00---YES Gas 1 13TXOccidentalChemGregoryVCM Plant 1Furnace 2CO Sample #2 3/5/1991 ND 5.00E-02 -3.00E+00/Natural gas/------100.00---YES Gas 1 13TXOccidentalChemGregoryVCM Plant 1Furnace 2CO Sample #3 3/5/1991 ND 5.00E-02 -3.00E+00/Natural gas/------100.00---YES Gas 1 14TXOccidentalChemGregoryVCM Plant 1Furnace 3CO Sample #1 3/5/1991 ND 5.06E-02 -2.98E+00/Natural gas/------100.00---YES Gas 1 14TXOccidentalChemGregoryVCM Plant 1Furnace 3CO Sample #2 3/5/1991 ND 5.00E-02 -3.00E+00/Natural gas/------100.00---YES Gas 1 14TXOccidentalChemGregoryVCM Plant 1Furnace 3CO Sample #3 3/5/1991 ND 5.00E-02 -3.00E+00/Natural gas/------100.00---YES Gas 1 15TXOccidentalChemGregoryVCM Plant 1Furnace 4CO Sample #1 3/5/1991 ND 5.06E-02 -2.98E+00/Natural gas/------100.00---YES Gas 1 15TXOccidentalChemGregoryVCM Plant 1Furnace 4CO Sample #2 3/5/1991 ND 5.00E-02 -3.00E+00/Natural gas/------100.00---YES Gas 1 15TXOccidentalChemGregoryVCM Plant 1Furnace 4CO Sample #3 3/5/1991 ND 5.00E-02 -3.00E+00/Natural gas/------100.00---YES Gas 1 16MSChevronPascagoula F-2103CO Sample #1 3/27/2008 5.41E-02 -2.92E+00/Refinery gas/------100.00---YES Gas 1 16MSChevronPascagoula F-2103CO Sample #2 3/27/2008 5.41E-02 -2.92E+00/Refinery gas/------100.00---YES Gas 1 16MSChevronPascagoula F-2103CO Sample #3 3/27/2008 5.41E-02 -2.92E+00/Refinery gas/------100.00---YES Gas 1 17TXDiamondShamrockThreeRivers H-1102CO Sample #1 7/9/1997 6.77E-02 -2.69E+00/Refinery gas/------100.00---YES Gas 1 17TXDiamondShamrockThreeRivers H-1102CO Sample #2 7/9/1997 6.77E-02 -2.69E+00/Refinery gas/------100.00---YES Gas 1 17TXDiamondShamrockThreeRivers H-1102CO Sample #3 7/9/1997 5.41E-02 -2.92E+00/Refinery gas/------100.00---YES Gas 1 18NJSunocoWestville Boiler #8CO Sample #1 10/15/2007 7.89E-02 -2.54E+00/Refinery gas/------100.00---YES Gas 1 18NJSunocoWestville Boiler #8CO Sample #2 10/15/2007 7.89E-02 -2.54E+00/Refinery gas/------100.00---YES Gas 1 18NJSunocoWestville Boiler #8CO Sample #3 10/15/2007 3.95E-02 -3.23E+00/Refinery gas/------100.00---YES Gas 1 19ILAkzoNobelMorrisB-1NebraskaBoilerCO Sample #1 3/20/2002 5.87E-02 -2.84E+00/Natural gas/Nitrile Pitch Residue/------85.71-14.29-YES Gas 1 19ILAkzoNobelMorrisB-1NebraskaBoilerCO Sample #1 7/28/2009 1.34E+00 2.91E-01/Natural gas/Nitrile Pitch Residue/------85.71-14.29-YES Gas 1 19ILAkzoNobelMorrisB-1NebraskaBoilerCO Sample #2 3/20/2002 4.24E-02 -3.16E+00/Natural gas/Nitrile Pitch Residue/------88.10-11.90-YES Gas 1 19ILAkzoNobelMorrisB-1NebraskaBoilerCO Sample #2 7/28/2009 8.18E-01 -2.00E-01/Natural gas/Nitrile Pitch Residue/------88.10-11.90-YES Gas 1 19ILAkzoNobelMorrisB-1NebraskaBoilerCO Sample #3 3/20/2002 1.19E-01 -2.13E+00/Natural gas/Nitrile Pitch Residue/------87.80-12.20-YES Gas 1 19ILAkzoNobelMorrisB-1NebraskaBoilerCO Sample #3 7/29/2009 1.23E-01 -2.10E+00/Natural gas/Nitrile Pitch Residue/------87.80-12.20-YES Gas 1 20KYCatlettsburgRefining 2-23-B-4CO Sample #1 8/12/2005 ND 7.72E-02 -2.56E+00/Refinery gas/------100.00---YES Gas 1 20KYCatlettsburgRefining 2-23-B-4CO Sample #1 4/21/2004 4.12E-01 -8.87E-01/Refinery gas/------100.00---Appendix C-7: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_common Pollutant TestIDTestDate_commonNonDetect?ppm @ 3%O2ln (ppm @3% O2) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Gas 1 20KYCatlettsburgRefining 2-23-B-4CO Sample #2 8/12/2005 ND 7.77E-02 -2.55E+00/Refinery gas/------100.00---YES Gas 1 20KYCatlettsburgRefining 2-23-B-4CO Sample #3 8/12/2005 ND 7.75E-02 -2.56E+00/Refinery gas/------100.00---YES Gas 1 21ILWoodRiverRefineryHTR-DU1-F302CO Sample #1 4/11/2006 7.88E-02 -2.54E+00/Refinery gas/------100.00---YES Gas 1 22PASunocoMarcusHook705 (12-4LSG Heater,H01)CO Sample #1 2/4/2008 8.00E-02 -2.53E+00/Refinery gas/------100.00---YES Gas 1 23OKVRCOklahoma H-201CO Sample #1 6/22/2005 7.77E-02 -2.55E+00/Refinery gas/------100.00---YES Gas 1 23OKVRCOklahoma H-201CO Sample #1 6/22/2005 1.84E+02 5.21E+00/Refinery gas/------100.00---YES Gas 1 23OKVRCOklahoma H-201CO Sample #2 6/22/2005 9.15E-02 -2.39E+00/Refinery gas/------100.00---YES Gas 1 23OKVRCOklahoma H-201CO Sample #2 6/22/2005 5.56E+01 4.02E+00/Refinery gas/------100.00---YES Gas 1 23OKVRCOklahoma H-201CO Sample #3 6/22/2005 9.04E-02 -2.40E+00/Refinery gas/------100.00---YES Gas 1 24LACitgoLakeCharles EQT242CO Sample #1 6/12/2003 8.95E-02 -2.41E+00/Refinery gas/------100.00---YES Gas 1 25MSChevronPascagoula F-6701CO Sample #1 2/27/2007 1.21E-01 -2.12E+00/Refinery gas/------100.00---YES Gas 1 25MSChevronPascagoula F-6701CO Sample #2 2/27/2007 8.06E-02 -2.52E+00/Refinery gas/------100.00---YES Gas 1 25MSChevronPascagoula F-6701CO Sample #3 2/27/2007 7.95E-02 -2.53E+00/Refinery gas/------100.00---YES Gas 1 26KYCatlettsburgRefining 2-122-B-1CO Sample #1 6/13/2006 ND 1.12E-01 -2.19E+00/Refinery gas/------100.00---YES Gas 1 26KYCatlettsburgRefining 2-122-B-1CO Sample #1 6/12/2007 ND 1.06E-01 -2.25E+00/Refinery gas/------100.00---YES Gas 1 26KYCatlettsburgRefining 2-122-B-1CO Sample #1 6/9/2008 ND 9.83E-02 -2.32E+00/Refinery gas/------100.00---YES Gas 1 26KYCatlettsburgRefining 2-122-B-1CO Sample #2 6/13/2006 ND 1.13E-01 -2.18E+00/Refinery gas/------100.00---YES Gas 1 26KYCatlettsburgRefining 2-122-B-1CO Sample #2 6/12/2007 ND 1.07E-01 -2.24E+00/Refinery gas/------100.00---YES Gas 1 26KYCatlettsburgRefining 2-122-B-1CO Sample #2 6/9/2008 ND 9.92E-02 -2.31E+00/Refinery gas/------100.00---YES Gas 1 26KYCatlettsburgRefining 2-122-B-1CO Sample #3 6/13/2006 ND 1.12E-01 -2.19E+00/Refinery gas/------100.00---YES Gas 1 26KYCatlettsburgRefining 2-122-B-1CO Sample #3 6/12/2007 ND 1.08E-01 -2.22E+00/Refinery gas/------100.00---YES Gas 1 26KYCatlettsburgRefining 2-122-B-1CO Sample #3 6/9/2008 ND 1.00E-01 -2.30E+00/Refinery gas/------100.00---YES Gas 1 27ALHuntRefining HS-2041ACO Sample #1 6/17/2008 1.00E-01 -2.30E+00/Refinery gas/------100.00---YES Gas 1 28ALHuntRefining HS-2041BCO Sample #1 6/17/2008 1.00E-01 -2.30E+00/Refinery gas/------100.00---YES Gas 1 29ALHuntRefining HS-2041CCO Sample #1 6/17/2008 1.00E-01 -2.30E+00/Refinery gas/------100.00---YES Gas 1 30OKConocoPhillipsPoncaCityH-0003CO Sample #1 4/12/2002 1.60E-01 -1.83E+00/Refinery gas/------100.00---YES Gas 1 30OKConocoPhillipsPoncaCityH-0003CO Sample #2 4/12/2002 4.00E-02 -3.22E+00/Refinery gas/------100.00---YES Gas 1 31TXAirProductsBaytownBOILER(EPN 7)CO Sample #1 1/19/2006 1.00E-01 -2.30E+00/Hydrogen/CO2/Natural gas/------100.00---YES Gas 1 31TXAirProductsBaytownBOILER(EPN 7)CO Sample #2 1/19/2006 1.00E-01 -2.30E+00/Hydrogen/CO2/Natural gas/------100.00---YES Gas 1 31TXAirProductsBaytownBOILER(EPN 7)CO Sample #3 1/19/2006 ND 1.00E-01 -2.30E+00/Hydrogen/CO2/Natural gas/------100.00---YES Gas 1 32TXChevronBaytown H-1001CO Sample #1 6/4/2004 ND 1.00E-01 -2.30E+00/Natural gas/------100.00---YES Gas 1 32TXChevronBaytown H-1001CO Sample #2 6/4/2004 ND 1.00E-01 -2.30E+00/Natural gas/------100.00---YES Gas 1 32TXChevronBaytown H-1001CO Sample #3 6/4/2004 ND 1.00E-01 -2.30E+00/Natural gas/------100.00---YES Gas 1 33TXEquistarPasadena Boiler (P-25)CO Sample #1 12/6/2007 ND 1.00E-01 -2.30E+00/Natural gas/Process gas/------29.5970.41--YES Gas 1 33TXEquistarPasadena Boiler (P-25)CO Sample #2 12/6/2007 ND 1.00E-01 -2.30E+00/Natural gas/Process gas/------29.5970.41--YES Gas 1 33TXEquistarPasadena Boiler (P-25)CO Sample #3 12/6/2007 ND 1.00E-01 -2.30E+00/Natural gas/Process gas/------29.5970.41--YES Gas 1 34TXValeroTexasCityHeater 13-1451CO Sample #1 8/15/2000 ND 1.00E-01 -2.30E+00/Refinery gas/------100.00---YES Gas 1 34TXValeroTexasCityHeater 13-1451CO Sample #2 8/15/2000 ND 1.00E-01 -2.30E+00/Refinery gas/------100.00---YES Gas 1 34TXValeroTexasCityHeater 13-1451CO Sample #3 8/15/2000 ND 1.00E-01 -2.30E+00/Refinery gas/------100.00---YES Gas 1 35TXValeroTexasCityHeater 16CO Sample #1 11/1/1999 ND 1.00E-01 -2.30E+00/Refinery gas/------100.00---YES Gas 1 35TXValeroTexasCityHeater 16CO Sample #2 11/1/1999 ND 1.00E-01 -2.30E+00/Refinery gas/------100.00---YES Gas 1 35TXValeroTexasCityHeater 16CO Sample #3 11/1/1999 ND 1.00E-01 -2.30E+00/Refinery gas/------100.00---YES Gas 1 36TXValeroTexasCityHeater 17CO Sample #1 11/1/1999 ND 1.00E-01 -2.30E+00/Refinery gas/------100.00---YES Gas 1 36TXValeroTexasCityHeater 17CO Sample #2 11/1/1999 ND 1.00E-01 -2.30E+00/Refinery gas/------100.00---YES Gas 1 36TXValeroTexasCityHeater 17CO Sample #3 11/1/1999 ND 1.00E-01 -2.30E+00/Refinery gas/------100.00---YES Gas 1 37TXValeroTexasCityHeater 28CO Sample #1 10/31/2002 ND 1.00E-01 -2.30E+00/Refinery gas/------100.00---YES Gas 1 37TXValeroTexasCityHeater 28CO Sample #2 10/31/2002 ND 1.00E-01 -2.30E+00/Refinery gas/------100.00---YES Gas 1 37TXValeroTexasCityHeater 28CO Sample #3 10/31/2002 ND 1.00E-01 -2.30E+00/Refinery gas/------100.00---YES Gas 1 38TXValeroTexasCityHeater 35CO Sample #1 3/14/2007 ND 1.00E-01 -2.30E+00/Refinery gas/------100.00---Appendix C-7: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_common Pollutant TestIDTestDate_commonNonDetect?ppm @ 3%O2ln (ppm @3% O2) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Gas 1 38TXValeroTexasCityHeater 35CO Sample #2 3/14/2007 ND 1.00E-01 -2.30E+00/Refinery gas/------100.00---YES Gas 1 38TXValeroTexasCityHeater 35CO Sample #3 3/14/2007 ND 1.00E-01 -2.30E+00/Refinery gas/------100.00---YES Gas 1 39TXValeroTexasCityHeater 44CO Sample #1 1/6/2000 ND 1.00E-01 -2.30E+00/Refinery gas/------100.00---YES Gas 1 39TXValeroTexasCityHeater 44CO Sample #2 1/6/2000 ND 1.00E-01 -2.30E+00/Refinery gas/------100.00---YES Gas 1 39TXValeroTexasCityHeater 44CO Sample #3 1/6/2000 ND 1.00E-01 -2.30E+00/Refinery gas/------100.00---YES Gas 1 40LAWestlakeStyrene 1-90CO Sample #1 11/10/1992 ND 1.01E-01 -2.29E+00/Natural gas/------100.00---YES Gas 1 40LAWestlakeStyrene 1-90CO Sample #2 11/10/1992 ND 1.02E-01 -2.29E+00/Natural gas/------100.00---YES Gas 1 40LAWestlakeStyrene 1-90CO Sample #3 11/10/1992 1.00E-01 -2.30E+00/Natural gas/------100.00---YES Gas 1 41OREvrazOregonSteelEU-5VacuumDegasserBoilerCO Sample #3 4/25/2003 1.02E-01 -2.29E+00/Natural gas/------100.00---YES Gas 1 42LALakeCharlesChemicalLAB-LH-1(PacolChargeHeater)CO Sample #1 9/12/2000 ND 1.02E-01 -2.28E+00/Natural gas/------100.00---YES Gas 1 42LALakeCharlesChemicalLAB-LH-1(PacolChargeHeater)CO Sample #1 9/13/2000 ND 1.35E-01 -2.00E+00/Natural gas/------100.00---YES Gas 1 42LALakeCharlesChemicalLAB-LH-1(PacolChargeHeater)CO Sample #1 9/12/2000 ND 1.02E-01 -2.28E+00/Natural gas/------100.00---YES Gas 1 42LALakeCharlesChemicalLAB-LH-1(PacolChargeHeater)CO Sample #2 9/13/2000 ND 9.30E-02 -2.38E+00/Natural gas/------100.00---YES Gas 1 42LALakeCharlesChemicalLAB-LH-1(PacolChargeHeater)CO Sample #2 9/12/2000 ND 1.02E-01 -2.28E+00/Natural gas/------100.00---YES Gas 1 42LALakeCharlesChemicalLAB-LH-1(PacolChargeHeater)CO Sample #3 9/12/2000 ND 1.02E-01 -2.28E+00/Natural gas/------100.00---YES Gas 1 42LALakeCharlesChemicalLAB-LH-1(PacolChargeHeater)CO Sample #3 9/12/2000 5.60E+01 4.03E+00/Natural gas/------100.00---YES Gas 1 43TXValeroTexasCityHeater 45CO Sample #1 4/3/2001 ND 1.05E-01 -2.26E+00/Refinery gas/------100.00---YES Gas 1 43TXValeroTexasCityHeater 45CO Sample #2 4/3/2001 ND 1.09E-01 -2.22E+00/Refinery gas/------100.00---YES Gas 1 43TXValeroTexasCityHeater 45CO Sample #3 4/3/2001 ND 1.10E-01 -2.20E+00/Refinery gas/------100.00---YES Gas 1 44MSChevronPascagoula F-8400CO Sample #1 11/7/2007 1.08E-01 -2.22E+00/Refinery gas/------100.00---YES Gas 1 44MSChevronPascagoula F-8400CO Sample #2 11/7/2007 1.08E-01 -2.22E+00/Refinery gas/------100.00---YES Gas 1 44MSChevronPascagoula F-8400CO Sample #3 11/7/2007 1.13E-01 -2.18E+00/Refinery gas/------100.00---YES Gas 1 45TXValeroTexasCityHeater 46CO Sample #1 4/4/2001 ND 1.10E-01 -2.21E+00/Refinery gas/------100.00---YES Gas 1 45TXValeroTexasCityHeater 46CO Sample #2 4/4/2001 ND 1.09E-01 -2.22E+00/Refinery gas/------100.00---YES Gas 1 45TXValeroTexasCityHeater 46CO Sample #3 4/4/2001 ND 1.10E-01 -2.20E+00/Refinery gas/------100.00---YES Gas 1 46KYCatlettsburgRefining 2-30-B-1CO Sample #1 8/10/2005 ND 1.14E-01 -2.18E+00/Refinery gas/------100.00---YES Gas 1 46KYCatlettsburgRefining 2-30-B-1CO Sample #1 4/23/2004 5.27E-01 -6.40E-01/Refinery gas/------100.00---YES Gas 1 46KYCatlettsburgRefining 2-30-B-1CO Sample #2 8/10/2005 ND 1.17E-01 -2.15E+00/Refinery gas/------100.00---YES Gas 1 46KYCatlettsburgRefining 2-30-B-1CO Sample #3 8/10/2005 ND 1.19E-01 -2.13E+00/Refinery gas/------100.00---YES Gas 1 47LAShellChemicaGeismarFurnace FS2801CO Sample #1 2/14/2006 ND 1.01E-01 -2.29E+00/Heavy Recycle/Naturalgas/Petrochemical process gas/------54.0929.4116.50-YES Gas 1 47LAShellChemicaGeismarFurnace FS2801CO Sample #2 2/14/2006 ND 1.19E-01 -2.13E+00/Heavy Recycle/Naturalgas/Petrochemical process gas/------54.0929.4116.50-YES Gas 1 47LAShellChemicaGeismarFurnace FS2801CO Sample #3 2/14/2006 ND 1.33E-01 -2.02E+00/Heavy Recycle/Naturalgas/Petrochemical process gas/------54.0929.4116.50-YES Gas 1 48KYCatlettsburgRefining 2-23-B-3CO Sample #1 8/16/2005 ND 1.19E-01 -2.13E+00/Refinery gas/------100.00---YES Gas 1 48KYCatlettsburgRefining 2-23-B-3CO Sample #2 8/16/2005 ND 1.17E-01 -2.14E+00/Refinery gas/------100.00---YES Gas 1 48KYCatlettsburgRefining 2-23-B-3CO Sample #3 8/16/2005 ND 1.18E-01 -2.13E+00/Refinery gas/------100.00---Appendix C-7: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_common Pollutant TestIDTestDate_commonNonDetect?ppm @ 3%O2ln (ppm @3% O2) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Gas 1 49TXRohmHaasDeerPark N-13CO Sample #1 11/8/2006 1.20E-01 -2.12E+00/Natural gas/------100.00---YES Gas 1 49TXRohmHaasDeerPark N-13CO Sample #2 11/8/2006 1.20E-01 -2.12E+00/Natural gas/------100.00---YES Gas 1 49TXRohmHaasDeerPark N-13CO Sample #3 11/8/2006 1.20E-01 -2.12E+00/Natural gas/------100.00---YES Gas 1 50TXWesternRefining F-4150CO Sample #1 8/26/2005 1.22E-01 -2.11E+00/Refinery gas/------100.00---YES Gas 1 50TXWesternRefining F-4150CO Sample #2 8/26/2005 1.22E-01 -2.11E+00/Refinery gas/------100.00---YES Gas 1 50TXWesternRefining F-4150CO Sample #3 8/26/2005 1.22E-01 -2.11E+00/Refinery gas/------100.00---YES Gas 1 51TXWesternRefining F-4160CO Sample #1 8/26/2005 1.22E-01 -2.11E+00/Refinery gas/------100.00---YES Gas 1 51TXWesternRefining F-4160CO Sample #2 8/26/2005 1.22E-01 -2.11E+00/Refinery gas/------100.00---YES Gas 1 51TXWesternRefining F-4160CO Sample #3 8/26/2005 1.22E-01 -2.11E+00/Refinery gas/------100.00---YES Gas 1 52TXValeroTexasCityHeater 57CO Sample #1 1/28/2004 ND 1.27E-01 -2.07E+00/Refinery gas/------100.00---YES Gas 1 52TXValeroTexasCityHeater 57CO Sample #2 1/28/2004 ND 1.28E-01 -2.06E+00/Refinery gas/------100.00---YES Gas 1 52TXValeroTexasCityHeater 57CO Sample #3 1/28/2004 ND 1.28E-01 -2.06E+00/Refinery gas/------100.00---YES Gas 1 53MSChevronPascagoula F-2440CO Sample #1 5/15/2007 9.53E-02 -2.35E+00/Refinery gas/------100.00---YES Gas 1 53MSChevronPascagoula F-2440CO Sample #2 5/15/2007 1.26E-01 -2.07E+00/Refinery gas/------100.00---YES Gas 1 53MSChevronPascagoula F-2440CO Sample #3 5/15/2007 1.61E-01 -1.82E+00/Refinery gas/------100.00---YES Gas 1 54MSChevronPascagoula F-2450CO Sample #1 5/15/2007 9.53E-02 -2.35E+00/Refinery gas/------100.00---YES Gas 1 54MSChevronPascagoula F-2450CO Sample #2 5/15/2007 1.26E-01 -2.07E+00/Refinery gas/------100.00---YES Gas 1 54MSChevronPascagoula F-2450CO Sample #3 5/15/2007 1.61E-01 -1.82E+00/Refinery gas/------100.00---YES Gas 1 55MSChevronPascagoula F-2460CO Sample #1 5/15/2007 9.53E-02 -2.35E+00/Refinery gas/------100.00---YES Gas 1 55MSChevronPascagoula F-2460CO Sample #2 5/15/2007 1.26E-01 -2.07E+00/Refinery gas/------100.00---YES Gas 1 55MSChevronPascagoula F-2460CO Sample #3 5/15/2007 1.61E-01 -1.82E+00/Refinery gas/------100.00---YES Gas 1 56MSChevronPascagoula F-2470CO Sample #1 5/15/2007 9.53E-02 -2.35E+00/Refinery gas/------100.00---YES Gas 1 56MSChevronPascagoula F-2470CO Sample #2 5/15/2007 1.26E-01 -2.07E+00/Refinery gas/------100.00---YES Gas 1 56MSChevronPascagoula F-2470CO Sample #3 5/15/2007 1.61E-01 -1.82E+00/Refinery gas/------100.00---YES Gas 1 57MSChevronPascagoula F-2480CO Sample #1 5/15/2007 9.53E-02 -2.35E+00/Refinery gas/------100.00---YES Gas 1 57MSChevronPascagoula F-2480CO Sample #2 5/15/2007 1.26E-01 -2.07E+00/Refinery gas/------100.00---YES Gas 1 57MSChevronPascagoula F-2480CO Sample #3 5/15/2007 1.61E-01 -1.82E+00/Refinery gas/------100.00---YES Gas 1 58MSChevronPascagoula F-2490CO Sample #1 5/15/2007 9.53E-02 -2.35E+00/Refinery gas/------100.00---YES Gas 1 58MSChevronPascagoula F-2490CO Sample #2 5/15/2007 1.26E-01 -2.07E+00/Refinery gas/------100.00---YES Gas 1 58MSChevronPascagoula F-2490CO Sample #3 5/15/2007 1.61E-01 -1.82E+00/Refinery gas/------100.00---YES Gas 1 59WAConocoPhillipsFerndale 38F-101CO Sample #1 1/10/2008 ND 1.29E-01 -2.05E+00/Natural gas/------100.00---YES Gas 1 59WAConocoPhillipsFerndale 38F-101CO Sample #2 1/10/2008 ND 1.29E-01 -2.05E+00/Natural gas/------100.00---YES Gas 1 59WAConocoPhillipsFerndale 38F-101CO Sample #3 1/10/2008 ND 1.29E-01 -2.05E+00/Natural gas/------100.00---YES Gas 1 60TXValeroTexasCityHeater 58CO Sample #1 1/29/2004 ND 1.32E-01 -2.02E+00/Refinery gas/------100.00---YES Gas 1 60TXValeroTexasCityHeater 58CO Sample #2 1/29/2004 ND 1.27E-01 -2.06E+00/Refinery gas/------100.00---YES Gas 1 60TXValeroTexasCityHeater 58CO Sample #3 1/29/2004 ND 1.27E-01 -2.06E+00/Refinery gas/------100.00---YES Gas 1 61TXRohmHaasDeerParkACET-2B-1CO Sample #1 11/13/2006 1.23E+00 2.07E-01/Natural gas/------100.00---YES Gas 1 61TXRohmHaasDeerParkACET-2B-1CO Sample #1 11/14/2006 ND 1.30E-01 -2.04E+00/Natural gas/------100.00---YES Gas 1 61TXRohmHaasDeerParkACET-2B-1CO Sample #2 11/13/2006 8.30E-01 -1.86E-01/Natural gas/------100.00---YES Gas 1 61TXRohmHaasDeerParkACET-2B-1CO Sample #2 11/14/2006 ND 1.30E-01 -2.04E+00/Natural gas/------100.00---YES Gas 1 61TXRohmHaasDeerParkACET-2B-1CO Sample #3 11/14/2006 ND 1.30E-01 -2.04E+00/Natural gas/------100.00---YES Gas 1 61TXRohmHaasDeerParkACET-2B-1CO Sample #3 11/13/2006 3.30E-01 -1.11E+00/Natural gas/------100.00---YES Gas 1 62TXValeroTexasCityHeater 18CO Sample #1 10/15/2002 2.00E-01 -1.61E+00/Refinery gas/------100.00---YES Gas 1 62TXValeroTexasCityHeater 18CO Sample #2 10/15/2002 ND 1.00E-01 -2.30E+00/Refinery gas/------100.00---YES Gas 1 62TXValeroTexasCityHeater 18CO Sample #3 10/15/2002 ND 1.00E-01 -2.30E+00/Refinery gas/------100.00---YES Gas 1 63TXValeroTexasCityHeater 19CO Sample #1 10/15/2002 2.00E-01 -1.61E+00/Refinery gas/------100.00---YES Gas 1 63TXValeroTexasCityHeater 19CO Sample #2 10/15/2002 ND 1.00E-01 -2.30E+00/Refinery gas/------100.00---YES Gas 1 63TXValeroTexasCityHeater 19CO Sample #3 10/15/2002 ND 1.00E-01 -2.30E+00/Refinery gas/------100.00---YES Gas 1 64TXValeroTexasCityHeater 20CO Sample #1 10/15/2002 2.00E-01 -1.61E+00/Refinery gas/------100.00---YES Gas 1 64TXValeroTexasCityHeater 20CO Sample #2 10/15/2002 ND 1.00E-01 -2.30E+00/Refinery gas/------100.00---YES Gas 1 64TXValeroTexasCityHeater 20CO Sample #3 10/15/2002 ND 1.00E-01 -2.30E+00/Refinery gas/------100.00---YES Gas 1 65TXValeroTexasCityHeater 21CO Sample #1 10/15/2002 2.00E-01 -1.61E+00/Refinery gas/------100.00---YES Gas 1 65TXValeroTexasCityHeater 21CO Sample #2 10/15/2002 ND 1.00E-01 -2.30E+00/Refinery gas/------100.00---YES Gas 1 65TXValeroTexasCityHeater 21CO Sample #3 10/15/2002 ND 1.00E-01 -2.30E+00/Refinery gas/------100.00---YES Gas 1 66TXValeroTexasCityHeater 22CO Sample #1 10/15/2002 2.00E-01 -1.61E+00/Refinery gas/------100.00---YES Gas 1 66TXValeroTexasCityHeater 22CO Sample #2 10/15/2002 ND 1.00E-01 -2.30E+00/Refinery gas/------100.00---YES Gas 1 66TXValeroTexasCityHeater 22CO Sample #3 10/15/2002 ND 1.00E-01 -2.30E+00/Refinery gas/------100.00---YES Gas 1 67TXValeroTexasCityHeater 23CO Sample #1 10/15/2002 2.00E-01 -1.61E+00/Refinery gas/------100.00---YES Gas 1 67TXValeroTexasCityHeater 23CO Sample #2 10/15/2002 ND 1.00E-01 -2.30E+00/Refinery gas/------100.00---YES Gas 1 67TXValeroTexasCityHeater 23CO Sample #3 10/15/2002 ND 1.00E-01 -2.30E+00/Refinery gas/------100.00---YES Gas 1 68TXWesternRefining H-8801CO Sample #1 5/16/2007 1.00E-01 -2.30E+00/Refinery gas/------100.00---YES Gas 1 68TXWesternRefining H-8801CO Sample #2 5/16/2007 7.00E-02 -2.66E+00/Refinery gas/------100.00---Appendix C-7: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_common Pollutant TestIDTestDate_commonNonDetect?ppm @ 3%O2ln (ppm @3% O2) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Gas 1 68TXWesternRefining H-8801CO Sample #3 5/16/2007 2.30E-01 -1.47E+00/Refinery gas/------100.00---YES Gas 1 69TXWesternRefining H-8802CO Sample #1 5/16/2007 1.00E-01 -2.30E+00/Refinery gas/------100.00---YES Gas 1 69TXWesternRefining H-8802CO Sample #2 5/16/2007 7.00E-02 -2.66E+00/Refinery gas/------100.00---YES Gas 1 69TXWesternRefining H-8802CO Sample #3 5/16/2007 2.30E-01 -1.47E+00/Refinery gas/------100.00---YES Gas 1 70IAADMClintonEUCOG-5#2 Gas FiredBoilerCO Sample #2 3/7/2008 1.35E-01 -2.00E+00/Natural gas/------100.00---YES Gas 1 70IAADMClintonEUCOG-5#2 Gas FiredBoilerCO Sample #3 3/10/2008 1.35E-01 -2.00E+00/Natural gas/------100.00---YES Gas 1 71TXDeerParkRefinery H31003CO Sample #1 5/25/2001 ND 1.35E-01 -2.00E+00/Refinery gas/------100.00---YES Gas 1 71TXDeerParkRefinery H31003CO Sample #2 5/25/2001 ND 1.35E-01 -2.00E+00/Refinery gas/------100.00---YES Gas 1 71TXDeerParkRefinery H31003CO Sample #3 5/25/2001 ND 1.35E-01 -2.00E+00/Refinery gas/------100.00---YES Gas 1 72TXDeerParkRefinery H5104CO Sample #1 5/23/2001 ND 1.35E-01 -2.00E+00/Refinery gas/------100.00---YES Gas 1 72TXDeerParkRefinery H5104CO Sample #2 5/23/2001 ND 1.35E-01 -2.00E+00/Refinery gas/------100.00---YES Gas 1 72TXDeerParkRefinery H5104CO Sample #3 5/23/2001 ND 1.35E-01 -2.00E+00/Refinery gas/------100.00---YES Gas 1 73TXLyondellPasadena B-1751CO Sample #1 1/26/2007 1.35E-01 -2.00E+00/Natural gas/------100.00---YES Gas 1 73TXLyondellPasadena B-1751CO Sample #2 1/26/2007 1.35E-01 -2.00E+00/Natural gas/------100.00---YES Gas 1 73TXLyondellPasadena B-1751CO Sample #3 1/26/2007 1.35E-01 -2.00E+00/Natural gas/------100.00---YES Gas 1 74TXLyondellPasadena B-2890CO Sample #1 1/24/2007 1.35E-01 -2.00E+00/Natural gas/------100.00---YES Gas 1 74TXLyondellPasadena B-2890CO Sample #2 1/24/2007 1.35E-01 -2.00E+00/Natural gas/------100.00---YES Gas 1 74TXLyondellPasadena B-2890CO Sample #3 1/24/2007 1.35E-01 -2.00E+00/Natural gas/------100.00---YES Gas 1 75TXLyondellPasadena B-801CO Sample #1 3/22/2007 1.35E-01 -2.00E+00/Natural gas/------100.00---YES Gas 1 75TXLyondellPasadena B-801CO Sample #2 3/22/2007 1.35E-01 -2.00E+00/Natural gas/------100.00---YES Gas 1 75TXLyondellPasadena B-801CO Sample #3 3/22/2007 1.35E-01 -2.00E+00/Natural gas/------100.00---YES Gas 1 76TXWesternRefining F-1602CO Sample #1 8/25/2005 1.35E-01 -2.00E+00/Refinery gas/------100.00---YES Gas 1 76TXWesternRefining F-1602CO Sample #2 8/25/2005 1.35E-01 -2.00E+00/Refinery gas/------100.00---YES Gas 1 76TXWesternRefining F-1602CO Sample #3 8/25/2005 1.35E-01 -2.00E+00/Refinery gas/------100.00---YES Gas 1 77TXRohmHaasDeerPark HT-49CO Sample #1 12/6/2006 ND 1.40E-01 -1.97E+00/Natural gas/------100.00---YES Gas 1 77TXRohmHaasDeerPark HT-49CO Sample #2 12/6/2006 ND 1.40E-01 -1.97E+00/Natural gas/------100.00---YES Gas 1 78TXRohmHaasDeerPark N-12CO Sample #1 11/7/2006 1.40E-01 -1.97E+00/Natural gas/------100.00---YES Gas 1 78TXRohmHaasDeerPark N-12CO Sample #2 11/7/2006 1.30E-01 -2.04E+00/Natural gas/------100.00---YES Gas 1 78TXRohmHaasDeerPark N-12CO Sample #3 11/7/2006 1.50E-01 -1.90E+00/Natural gas/------100.00---YES Gas 1 79LAShellChemicaGeismarFurnace FS801CO Sample #1 2/15/2006 ND 1.35E-01 -2.01E+00/Heavy Recycle/Naturalgas/Petrochemical process gas/------23.9164.0212.07-YES Gas 1 79LAShellChemicaGeismarFurnace FS801CO Sample #2 2/15/2006 ND 1.43E-01 -1.94E+00/Heavy Recycle/Naturalgas/Petrochemical process gas/------23.9164.0212.07-YES Gas 1 79LAShellChemicaGeismarFurnace FS801CO Sample #3 2/15/2006 ND 1.43E-01 -1.94E+00/Heavy Recycle/Naturalgas/Petrochemical process gas/------23.9164.0212.07-YES Gas 1 80DEDuPontEdgemoor RX-9CO Sample #1 6/28/2007 ND 1.05E-01 -2.25E+00/Natural gas/------100.00---YES Gas 1 80DEDuPontEdgemoor RX-9CO Sample #2 6/28/2007 1.05E-01 -2.25E+00/Natural gas/------100.00---YES Gas 1 80DEDuPontEdgemoor RX-9CO Sample #3 6/28/2007 2.11E-01 -1.56E+00/Natural gas/------100.00---YES Gas 1 81PANorfolkSouthern Boiler 1CO Sample #1 10/19/2006 4.56E+00 1.52E+00/Natural gas/------100.00---YES Gas 1 81PANorfolkSouthern Boiler 1CO Sample #2 10/19/2006 8.00E-02 -2.53E+00/Natural gas/------100.00---YES Gas 1 81PANorfolkSouthern Boiler 1CO Sample #2 10/19/2006 2.53E+00 9.28E-01/Natural gas/------100.00---YES Gas 1 81PANorfolkSouthern Boiler 1CO Sample #3 10/19/2006 1.50E-01 -1.90E+00/Natural gas/------100.00---YES Gas 1 81PANorfolkSouthern Boiler 1CO Sample #3 10/19/2006 1.08E+00 7.70E-02/Natural gas/------100.00---YES Gas 1 81PANorfolkSouthern Boiler 1CO Sample #3 10/19/2006 2.58E+00 9.48E-01/Natural gas/------100.00---YES Gas 1 82TXWesternRefining 109CO Sample #1 2/28/2006 4.59E-02 -3.08E+00/Refinery gas/------100.00---YES Gas 1 82TXWesternRefining 109CO Sample #2 2/28/2006 1.95E-01 -1.63E+00/Refinery gas/------100.00---YES Gas 1 82TXWesternRefining 109CO Sample #3 2/28/2006 2.31E-01 -1.47E+00/Refinery gas/------100.00---YES Gas 1 83TXRohmHaasDeerParkACET-2A-1CO Sample #1 11/14/2006 1.70E-01 -1.77E+00/Refinery gas/------100.00---YES Gas 1 83TXRohmHaasDeerParkACET-2A-1CO Sample #1 11/13/2006 4.71E+00 1.55E+00/Natural gas/------100.00---YES Gas 1 83TXRohmHaasDeerParkACET-2A-1CO Sample #2 11/14/2006 1.50E-01 -1.90E+00/Refinery gas/------100.00---YES Gas 1 83TXRohmHaasDeerParkACET-2A-1CO Sample #2 11/13/2006 7.42E+00 2.00E+00/Natural gas/------100.00---YES Gas 1 83TXRohmHaasDeerParkACET-2A-1CO Sample #3 11/14/2006 1.80E-01 -1.71E+00/Refinery gas/------100.00---YES Gas 1 83TXRohmHaasDeerParkACET-2A-1CO Sample #3 11/13/2006 6.56E+00 1.88E+00/Natural gas/------100.00---YES Gas 1 84TXValeroCorpusChristi 154-H-1CO Sample #1 5/20/2008 ND 1.00E-01 -2.30E+00/Refinery gas/------100.00---YES Gas 1 84TXValeroCorpusChristi 154-H-1CO Sample #2 5/20/2008 2.00E-01 -1.61E+00/Refinery gas/------100.00---YES Gas 1 84TXValeroCorpusChristi 154-H-1CO Sample #3 5/20/2008 2.00E-01 -1.61E+00/Refinery gas/------100.00---YES Gas 1 85MSChevronPascagoula F-6410CO Sample #1 12/6/2007 6.27E-02 -2.77E+00/Refinery gas/------100.00---YES Gas 1 85MSChevronPascagoula F-6410CO Sample #2 12/6/2007 6.33E-02 -2.76E+00/Refinery gas/------100.00---Appendix C-7: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_common Pollutant TestIDTestDate_commonNonDetect?ppm @ 3%O2ln (ppm @3% O2) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Gas 1 85MSChevronPascagoula F-6410CO Sample #3 12/6/2007 3.78E-01 -9.74E-01/Refinery gas/------100.00---YES Gas 1 86KYCatlettsburgRefining 2-36-B-1CO Sample #1 6/23/2004 ND 3.12E+00 1.14E+00/Refinery gas/------100.00---YES Gas 1 86KYCatlettsburgRefining 2-36-B-1CO Sample #1 9/14/2005 ND 1.69E-01 -1.78E+00/Refinery gas/------100.00---YES Gas 1 86KYCatlettsburgRefining 2-36-B-1CO Sample #2 9/14/2005 ND 1.69E-01 -1.78E+00/Refinery gas/------100.00---YES Gas 1 86KYCatlettsburgRefining 2-36-B-1CO Sample #2 6/23/2004 ND 3.14E+00 1.14E+00/Refinery gas/------100.00---YES Gas 1 86KYCatlettsburgRefining 2-36-B-1CO Sample #3 6/23/2004 ND 3.17E+00 1.15E+00/Refinery gas/------100.00---YES Gas 1 86KYCatlettsburgRefining 2-36-B-1CO Sample #3 9/14/2005 ND 1.69E-01 -1.78E+00/Refinery gas/------100.00---YES Gas 1 87OKConocoPhillipsPoncaCityH-0048CO Sample #1 4/7/2005 2.20E-01 -1.51E+00/Refinery gas/------100.00---YES Gas 1 87OKConocoPhillipsPoncaCityH-0048CO Sample #2 4/7/2005 1.60E-01 -1.83E+00/Refinery gas/------100.00---YES Gas 1 87OKConocoPhillipsPoncaCityH-0048CO Sample #3 4/7/2005 1.30E-01 -2.04E+00/Refinery gas/------100.00---YES Gas 1 88MTMontanaRefiningH-1801HydrogenPlant HeaterCO Sample #1 9/20/2007 1.71E-01 -1.76E+00/Natural gas/------100.00---YES Gas 1 88MTMontanaRefiningH-1801HydrogenPlant HeaterCO Sample #2 9/20/2007 8.57E-02 -2.46E+00/Natural gas/------100.00---YES Gas 1 88MTMontanaRefiningH-1801HydrogenPlant HeaterCO Sample #3 9/20/2007 2.57E-01 -1.36E+00/Natural gas/------100.00---YES Gas 1 89TXRohmHaasDeerParkACET-2A-3CO Sample #1 11/28/2006 4.00E-01 -9.16E-01/Refinery gas/------100.00---YES Gas 1 89TXRohmHaasDeerParkACET-2A-3CO Sample #1 11/27/2006 3.70E-01 -9.94E-01/Natural gas/------100.00---YES Gas 1 89TXRohmHaasDeerParkACET-2A-3CO Sample #2 11/28/2006 4.30E-01 -8.44E-01/Refinery gas/------100.00---YES Gas 1 89TXRohmHaasDeerParkACET-2A-3CO Sample #2 11/27/2006 8.00E-02 -2.53E+00/Natural gas/------100.00---YES Gas 1 89TXRohmHaasDeerParkACET-2A-3CO Sample #3 11/28/2006 3.40E-01 -1.08E+00/Refinery gas/------100.00---YES Gas 1 89TXRohmHaasDeerParkACET-2A-3CO Sample #3 11/27/2006 8.00E-02 -2.53E+00/Natural gas/------100.00---YES Gas 1 90MSChevronPascagoula F-8300BCO Sample #1 3/2/2007 7.88E-02 -2.54E+00/Refinery gas/------100.00---YES Gas 1 90MSChevronPascagoula F-8300BCO Sample #2 3/2/2007 7.90E-02 -2.54E+00/Refinery gas/------100.00---YES Gas 1 90MSChevronPascagoula F-8300BCO Sample #3 3/2/2007 3.96E-01 -9.27E-01/Refinery gas/------100.00---YES Gas 1 91VAUniversityofVirginia7103-1-01RCO Sample #1 12/5/2007 2.60E-01 -1.35E+00/Natural gas/------100.00---YES Gas 1 91VAUniversityofVirginia7103-1-01RCO Sample #2 12/5/2007 1.30E-01 -2.04E+00/Natural gas/------100.00---YES Gas 1 y 1INNucorSteelCold MillAnnealingCO Sample #1 6/24/2004 1.75E-01 -1.74E+00/Natural gas/------100.00---YES Gas 1 y 1INNucorSteelCold MillAnnealingCO Sample #2 8/19/2009 9.01E-02 -2.41E+00Natural gas------100.00---YES Gas 1 y 2CORockyMtnSteel212Rod/Bar MillFurnace95OPPB088CO M10-1 8/12/2009 5.68E-01 -5.66E-01Natural gas------100.00---YES Gas 1 y 2CORockyMtnSteel212Rod/Bar MillFurnace95OPPB088CO M10-3 8/13/2009 1.48E-01 -1.91E+00Natural gas------100.00---YES Gas 1 y 2CORockyMtnSteel212Rod/Bar MillFurnace95OPPB088CO M10-4 8/13/2009 4.36E-01 -8.30E-01Natural gas------100.00---YES Gas 1 y 2CORockyMtnSteel212Rod/Bar MillFurnace95OPPB088CO M10-6 8/14/2009 8.59E-01 -1.52E-01Natural gas------100.00---YES Gas 2 1LAShellChemicaGeismarFurnace FS801CO 1 8/25/2009 ND 1.29E-02 -4.35E+00Heavy Recycle/Naturalgas/Petrochemical process gasYES Gas 2 1LAShellChemicaGeismarFurnace FS801CO 2 8/25/2009 ND 1.29E-02 -4.35E+00Heavy Recycle/Naturalgas/Petrochemical process gasYES Gas 2 1LAShellChemicaGeismarFurnace FS801CO 3 8/26/2009 ND 1.29E-02 -4.35E+00Heavy Recycle/Naturalgas/Petrochemical process gasYES Gas 2 1LAShellChemicaGeismarFurnace FS801CO 4 8/26/2009 ND 1.29E-02 -4.35E+00Heavy Recycle/Naturalgas/Petrochemical process gasYES Gas 2 1LAShellChemicaGeismarFurnace FS801CO 5 8/27/2009 ND 1.29E-02 -4.35E+00Heavy Recycle/Naturalgas/Petrochemical process gasYES Gas 2 1LAShellChemicaGeismarFurnace FS801CO 6 8/27/2009 ND 1.29E-02 -4.35E+00Heavy Recycle/Naturalgas/Petrochemical process gasYES Gas 2 2TXEquistarChemicals UTBLRGCO Sample #1 2/28/2006 2.23E-02 -3.80E+00/Natural gas/Process gas/Appendix C-7: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_common Pollutant TestIDTestDate_commonNonDetect?ppm @ 3%O2ln (ppm @3% O2) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Gas 2 2TXEquistarChemicals UTBLRGCO Sample #2 2/28/2006 2.07E-02 -3.88E+00/Natural gas/Process gas/YES Gas 2 2TXEquistarChemicals UTBLRGCO Sample #3 2/28/2006 2.04E-02 -3.89E+00/Natural gas/Process gas/YES Gas 2 3TXFlintHillsPortArthurLOUBOILER10CO Sample #1 6/10/1998 ND 1.00E-01 -2.30E+00/Natural gas/Petrochemical processgas/YES Gas 2 3TXFlintHillsPortArthurLOUBOILER10CO Sample #2 6/10/1998 4.00E-02 -3.22E+00/Natural gas/Petrochemical processgas/YES Gas 2 3TXFlintHillsPortArthurLOUBOILER10CO Sample #3 6/10/1998 ND 1.00E-01 -2.30E+00/Natural gas/Petrochemical processgas/YES Gas 2 4TXEquistarChannelviewF38001ACO Sample #1 2/16/2004 ND 1.00E-01 -2.30E+00/Process gas/-------100.00--YES Gas 2 4TXEquistarChannelviewF38001ACO Sample #2 2/16/2004 ND 1.00E-01 -2.30E+00/Process gas/-------100.00--YES Gas 2 4TXEquistarChannelviewF38001ACO Sample #3 2/16/2004 ND 1.00E-01 -2.30E+00/Process gas/-------100.00--YES Gas 2 5TXEquistarChannelviewF38001BCO Sample #1 2/16/2004 ND 1.00E-01 -2.30E+00/Process gas/-------100.00--YES Gas 2 5TXEquistarChannelviewF38001BCO Sample #2 2/16/2004 ND 1.00E-01 -2.30E+00/Process gas/-------100.00--YES Gas 2 5TXEquistarChannelviewF38001BCO Sample #3 2/16/2004 ND 1.00E-01 -2.30E+00/Process gas/-------100.00--YES Gas 2 6TXFlintHillsPortArthurLOUBOILER9CO Sample #1 6/9/1998 ND 1.00E-01 -2.30E+00/Natural gas/Petrochemical processgas/YES Gas 2 6TXFlintHillsPortArthurLOUBOILER9CO Sample #2 6/9/1998 ND 1.00E-01 -2.30E+00/Natural gas/Petrochemical processgas/YES Gas 2 6TXFlintHillsPortArthurLOUBOILER9CO Sample #3 6/9/1998 ND 1.00E-01 -2.30E+00/Natural gas/Petrochemical processgas/YES Gas 2 7TXLyondellChannelview F6101CO Sample #1 8/7/2002 ND 1.00E-01 -2.30E+00/Process gas/-------100.00--YES Gas 2 7TXLyondellChannelview F6101CO Sample #2 8/7/2002 ND 1.00E-01 -2.30E+00/Process gas/-------100.00--YES Gas 2 7TXLyondellChannelview F6101CO Sample #3 8/7/2002 ND 1.00E-01 -2.30E+00/Process gas/-------100.00--YES Gas 2 8TXLyondellChannelview F6105CO Sample #1 8/8/2002 ND 1.00E-01 -2.30E+00/Process gas/-------100.00--YES Gas 2 8TXLyondellChannelview F6105CO Sample #2 8/8/2002 ND 1.00E-01 -2.30E+00/Process gas/-------100.00--YES Gas 2 8TXLyondellChannelview F6105CO Sample #3 8/8/2002 ND 1.00E-01 -2.30E+00/Process gas/-------100.00--YES Gas 2 9TXEquistarChannelviewF4601CO Sample #1 2/13/2007 ND 1.10E-01 -2.21E+00/Process gas/-------100.00--YES Gas 2 9TXEquistarChannelviewF4601CO Sample #2 2/13/2007 ND 1.10E-01 -2.21E+00/Process gas/-------100.00--YES Gas 2 9TXEquistarChannelviewF4601CO Sample #3 2/13/2007 ND 1.10E-01 -2.21E+00/Process gas/-------100.00--YES Liquid 1SCDAKAmericas P8FCO Sample #4 7/15/2009 6.43E-02 -2.74E+00No. 6 Residual oilYES Liquid 1SCDAKAmericas P8FCO Sample #5 7/15/2009 3.86E-02 -3.25E+00No. 6 Residual oilYES Liquid 2ORGeorgiaPacificWaunaMillEU33 -Power BoilerCO Sample #1 3/14/2007 ND 1.25E-01 -2.08E+00/Natural gas/No. 6 Residual oil/----91.47-8.53---YES Liquid 2ORGeorgiaPacificWaunaMillEU33 -Power BoilerCO Sample #2 3/14/2007 ND 1.25E-01 -2.08E+00/Natural gas/No. 6 Residual oil/----91.47-8.53---YES Liquid 2ORGeorgiaPacificWaunaMillEU33 -Power BoilerCO Sample #3 3/14/2007 ND 1.25E-01 -2.08E+00/Natural gas/No. 6 Residual oil/----91.47-8.53---YES Liquid 3NJSunocoWestville Boiler #8CO Sample #1 11/20/2007 ND 1.28E-01 -2.05E+00/Jet Fuel/-----100.00----YES Liquid 3NJSunocoWestville Boiler #8CO Sample #2 11/20/2007 ND 1.28E-01 -2.05E+00/Jet Fuel/-----100.00----YES Liquid 3NJSunocoWestville Boiler #8CO Sample #3 11/20/2007 ND 1.28E-01 -2.05E+00/Jet Fuel/-----100.00----YES Liquid 4NJSunocoWestville Boiler #7CO Sample #1 12/19/2005 3.86E-02 -3.25E+00/Jet Fuel/-----100.00----YES Liquid 4NJSunocoWestville Boiler #7CO Sample #2 12/19/2005 2.83E-01 -1.26E+00/Jet Fuel/-----100.00----YES Liquid 4NJSunocoWestville Boiler #7CO Sample #3 12/19/2005 2.70E-01 -1.31E+00/Jet Fuel/-----100.00----YES Liquid 5NENebraskaCityStationAuxiliaryBoiler 2CO Sample #1 6/6/2007 2.80E-01 -1.27E+00/No. 2 Distillate/-----100.00----YES Liquid 5NENebraskaCityStationAuxiliaryBoiler 2CO Sample #2 6/6/2007 2.10E-01 -1.56E+00/No. 2 Distillate/-----100.00----YES Liquid 5NENebraskaCityStationAuxiliaryBoiler 2CO Sample #3 6/6/2007 3.30E-01 -1.11E+00/No. 2 Distillate/-----100.00----YES Liquid 6NJSunocoWestville Boiler #5CO Sample #1 11/16/2007 3.85E-01 -9.55E-01/Jet Fuel/-----100.00----YES Liquid 6NJSunocoWestville Boiler #5CO Sample #2 11/16/2007 2.57E-01 -1.36E+00/Jet Fuel/-----100.00----YES Liquid 6NJSunocoWestville Boiler #5CO Sample #3 11/16/2007 2.57E-01 -1.36E+00/Jet Fuel/-----100.00----YES Liquid 7SCGPChemRussellville FO BoilerCO Sample #1 8/25/2009 1.03E-01 -2.27E+00Diesel fuel-----100.00----YES Liquid 7SCGPChemRussellville FO BoilerCO Sample #2 8/25/2009 7.72E-02 -2.56E+00Diesel fuel-----100.00----YES Liquid 7SCGPChemRussellville FO BoilerCO Sample #3 8/25/2009 9.39E-01 -6.25E-02Diesel fuel-----100.00----YES Liquid 8NJMerckRahwayE750009 -Boiler #9CO Sample #1 3/14/2008 ND 5.15E-01 -6.64E-01/No. 2 Distillate/-----100.00----YES Liquid 8NJMerckRahwayE750009 -Boiler #9CO Sample #2 3/14/2008 ND 5.15E-01 -6.64E-01/No. 2 Distillate/-----100.00----Appendix C-7: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_common Pollutant TestIDTestDate_commonNonDetect?ppm @ 3%O2ln (ppm @3% O2) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Liquid 8NJMerckRahwayE750009 -Boiler #9CO Sample #3 3/14/2008 ND 5.15E-01 -6.64E-01/No. 2 Distillate/-----100.00----YES Liquid 9OHOSUColumbus B140CO Sample #1 2/2/2005 ND 5.19E-01 -6.55E-01/Diesel fuel/Natural gas/YES Liquid 9OHOSUColumbus B140CO Sample #2 2/2/2005 5.93E-01 -5.22E-01/Diesel fuel/Natural gas/YES Liquid 9OHOSUColumbus B140CO Sample #3 2/2/2005 ND 5.21E-01 -6.53E-01/Diesel fuel/Natural gas/YES Liquid 10NCCampLejeuneMCBC-CG-650-84BCO Sample #1 3/18/2008 7.00E-01 -3.57E-01/Natural gas/No. 2 Distillate/YES Liquid 10NCCampLejeuneMCBC-CG-650-84BCO Sample #2 3/18/2008 8.00E-01 -2.23E-01/Natural gas/No. 2 Distillate/YES Liquid 10NCCampLejeuneMCBC-CG-650-84BCO Sample #3 3/18/2008 2.00E-01 -1.61E+00/Natural gas/No. 2 Distillate/YES Liquid 11VADominionPossumPointAux. Boiler001CO Sample #1 3/11/2008 3.95E-01 -9.30E-01/No. 2 Distillate/-----100.00----YES Liquid 11VADominionPossumPointAux. Boiler001CO Sample #2 3/11/2008 7.71E-01 -2.60E-01/No. 2 Distillate/-----100.00----YES Liquid 11VADominionPossumPointAux. Boiler001CO Sample #3 3/11/2008 7.20E-01 -3.28E-01/No. 2 Distillate/-----100.00----YES Liquid 12PAKeystonePowerPlantShelocta Aux Boiler ACO Sample #1 6/22/1993 3.03E-01 -1.19E+00/No. 2 Distillate/-----100.00----YES Liquid 12PAKeystonePowerPlantShelocta Aux Boiler ACO Sample #2 6/22/1993 1.22E+00 1.95E-01/No. 2 Distillate/-----100.00----YES Liquid 13NJSunocoWestville Boiler #6CO Sample #1 11/15/2007 8.98E-01 -1.08E-01/Jet Fuel/-----100.00----YES Liquid 13NJSunocoWestville Boiler #6CO Sample #2 11/15/2007 7.70E-01 -2.62E-01/Jet Fuel/-----100.00----YES Liquid 13NJSunocoWestville Boiler #6CO Sample #3 11/15/2007 8.98E-01 -1.08E-01/Jet Fuel/-----100.00----YES Liquid 14NCCampLejeuneMCBC-CG-650-83BCO Sample #1 11/6/2007 1.10E+00 9.53E-02/Natural gas/No. 2 Distillate/YES Liquid 14NCCampLejeuneMCBC-CG-650-83BCO Sample #2 11/6/2007 8.00E-01 -2.23E-01/Natural gas/No. 2 Distillate/YES Liquid 14NCCampLejeuneMCBC-CG-650-83BCO Sample #3 11/6/2007 7.00E-01 -3.57E-01/Natural gas/No. 2 Distillate/Appendix C-8: Ranked Existing Unit Performance by Fuel and Combustor DesignIn top12%?MACT FloorFuelCatCombustorDesign Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?ppm @ 3%O2ln (ppm @3% O2) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES BiomassDutchOven/Susp.Burner1FLUSSugarCorp Boiler No. 7CO Sample #1 1/25/2007 8.88E+02 6.79E+00/Bagasse/-100.00--------YES BiomassDutchOven/Susp.Burner1FLUSSugarCorp Boiler No. 7CO Sample #1 12/30/2003 1.45E+03 7.28E+00/Bagasse/-100.00--------YES BiomassDutchOven/Susp.Burner1FLUSSugarCorp Boiler No. 7CO Sample #1 1/5/2001 1.79E+01 2.88E+00/Bagasse/-100.00--------YES BiomassDutchOven/Susp.Burner1FLUSSugarCorp Boiler No. 7CO Sample #1 12/17/1999 6.89E+02 6.54E+00/Bagasse/-100.00--------YES BiomassDutchOven/Susp.Burner1FLUSSugarCorp Boiler No. 7CO Sample #1 1/5/2006 2.87E+02 5.66E+00/Bagasse/-100.00--------YES BiomassDutchOven/Susp.Burner1FLUSSugarCorp Boiler No. 7CO Sample #1 11/15/2002 4.67E+02 6.15E+00/Bagasse/-100.00--------YES BiomassDutchOven/Susp.Burner1FLUSSugarCorp Boiler No. 7CO Sample #1 1/31/2000 5.86E+02 6.37E+00/Bagasse/-100.00--------YES BiomassDutchOven/Susp.Burner1FLUSSugarCorp Boiler No. 7CO Sample #1 2/4/2005 2.07E+02 5.33E+00/Bagasse/-100.00--------YES BiomassDutchOven/Susp.Burner1FLUSSugarCorp Boiler No. 7CO Sample #1 2/8/1999 2.08E+02 5.34E+00/Bagasse/-100.00--------YES BiomassDutchOven/Susp.Burner1FLUSSugarCorp Boiler No. 7CO Sample #1 1/24/2008 2.42E+02 5.49E+00/Bagasse/-100.00--------YES BiomassDutchOven/Susp.Burner1FLUSSugarCorp Boiler No. 7CO Sample #1 5/3/2005 1.77E+02 5.18E+00/Bagasse/Wood:Unadulterated Lumber/-100.00--------YES BiomassDutchOven/Susp.Burner1FLUSSugarCorp Boiler No. 7CO Sample #1 1/9/2002 3.53E+02 5.87E+00/Bagasse/-100.00--------YES BiomassDutchOven/Susp.Burner1FLUSSugarCorp Boiler No. 7CO Sample #2 2/8/1999 1.66E+02 5.11E+00/Bagasse/-100.00--------YES BiomassDutchOven/Susp.Burner1FLUSSugarCorp Boiler No. 7CO Sample #2 1/25/2007 2.82E+02 5.64E+00/Bagasse/-100.00--------YES BiomassDutchOven/Susp.Burner1FLUSSugarCorp Boiler No. 7CO Sample #2 1/31/2000 6.99E+02 6.55E+00/Bagasse/-100.00--------YES BiomassDutchOven/Susp.Burner1FLUSSugarCorp Boiler No. 7CO Sample #2 5/3/2005 3.14E+02 5.75E+00/Bagasse/Wood:Unadulterated Lumber/-100.00--------YES BiomassDutchOven/Susp.Burner1FLUSSugarCorp Boiler No. 7CO Sample #2 1/5/2001 1.91E+01 2.95E+00/Bagasse/-100.00--------YES BiomassDutchOven/Susp.Burner1FLUSSugarCorp Boiler No. 7CO Sample #2 1/5/2006 3.18E+02 5.76E+00/Bagasse/-100.00--------YES BiomassDutchOven/Susp.Burner1FLUSSugarCorp Boiler No. 7CO Sample #2 2/4/2005 2.90E+02 5.67E+00/Bagasse/-100.00--------Appendix C-8: Ranked Existing Unit Performance by Fuel and Combustor DesignIn top12%?MACT FloorFuelCatCombustorDesign Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?ppm @ 3%O2ln (ppm @3% O2) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES BiomassDutchOven/Susp.Burner1FLUSSugarCorp Boiler No. 7CO Sample #2 1/9/2002 3.98E+02 5.99E+00/Bagasse/-100.00--------YES BiomassDutchOven/Susp.Burner1FLUSSugarCorp Boiler No. 7CO Sample #2 12/17/1999 1.53E+02 5.03E+00/Bagasse/-100.00--------YES BiomassDutchOven/Susp.Burner1FLUSSugarCorp Boiler No. 7CO Sample #2 11/15/2002 1.71E+02 5.14E+00/Bagasse/-100.00--------YES BiomassDutchOven/Susp.Burner1FLUSSugarCorp Boiler No. 7CO Sample #2 1/24/2008 2.76E+02 5.62E+00/Bagasse/-100.00--------YES BiomassDutchOven/Susp.Burner1FLUSSugarCorp Boiler No. 7CO Sample #2 12/30/2003 4.83E+02 6.18E+00/Bagasse/-100.00--------YES BiomassDutchOven/Susp.Burner1FLUSSugarCorp Boiler No. 7CO Sample #3 1/5/2006 2.22E+02 5.40E+00/Bagasse/-100.00--------YES BiomassDutchOven/Susp.Burner1FLUSSugarCorp Boiler No. 7CO Sample #3 5/5/2005 1.84E+02 5.21E+00/Bagasse/Wood:Unadulterated Lumber/-100.00--------YES BiomassDutchOven/Susp.Burner1FLUSSugarCorp Boiler No. 7CO Sample #3 1/9/2002 7.49E+02 6.62E+00/Bagasse/-100.00--------YES BiomassDutchOven/Susp.Burner1FLUSSugarCorp Boiler No. 7CO Sample #3 12/30/2003 4.40E+02 6.09E+00/Bagasse/-100.00--------YES BiomassDutchOven/Susp.Burner1FLUSSugarCorp Boiler No. 7CO Sample #3 1/24/2008 6.10E+02 6.41E+00/Bagasse/-100.00--------YES BiomassDutchOven/Susp.Burner1FLUSSugarCorp Boiler No. 7CO Sample #3 2/8/1999 2.07E+02 5.33E+00/Bagasse/-100.00--------YES BiomassDutchOven/Susp.Burner1FLUSSugarCorp Boiler No. 7CO Sample #3 1/31/2000 4.24E+02 6.05E+00/Bagasse/-100.00--------YES BiomassDutchOven/Susp.Burner1FLUSSugarCorp Boiler No. 7CO Sample #3 11/15/2002 1.45E+02 4.98E+00/Bagasse/-100.00--------YES BiomassDutchOven/Susp.Burner1FLUSSugarCorp Boiler No. 7CO Sample #3 1/5/2001 1.91E+01 2.95E+00/Bagasse/-100.00--------YES BiomassDutchOven/Susp.Burner1FLUSSugarCorp Boiler No. 7CO Sample #3 12/17/1999 2.56E+02 5.55E+00/Bagasse/-100.00--------YES BiomassDutchOven/Susp.Burner1FLUSSugarCorp Boiler No. 7CO Sample #3 1/25/2007 1.36E+02 4.92E+00/Bagasse/-100.00--------YES BiomassDutchOven/Susp.Burner1FLUSSugarCorp Boiler No. 7CO Sample #3 2/4/2005 1.42E+02 4.95E+00/Bagasse/-100.00--------YES BiomassDutchOven/Susp.Burner2TXDibollTempleInland PB-44CO Sample #1 6/29/2007 8.61E+01 4.46E+00/Wood: Plywood, Particleboard(containing glues or resins)/---100.00------YES BiomassDutchOven/Susp.Burner2TXDibollTempleInland PB-44CO Sample #2 6/29/2007 3.99E+01 3.69E+00/Wood: Plywood, Particleboard(containing glues or resins)/---100.00------Appendix C-8: Ranked Existing Unit Performance by Fuel and Combustor DesignIn top12%?MACT FloorFuelCatCombustorDesign Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?ppm @ 3%O2ln (ppm @3% O2) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES BiomassDutchOven/Susp.Burner2TXDibollTempleInland PB-44CO Sample #3 6/29/2007 8.19E+01 4.41E+00/Wood: Plywood, Particleboard(containing glues or resins)/---100.00------YES BiomassDutchOven/Susp.Burner3WAGraysHarborPaperNo. 6 Boiler(EU2)CO Sample #1 6/22/2006 1.72E+03 7.45E+00/Wood: Bark/--100.00-------YES BiomassDutchOven/Susp.Burner3WAGraysHarborPaperNo. 6 Boiler(EU2)CO Sample #1 8/11/2009 1.80E+02 5.19E+00Hog Fuel---100.00------YES BiomassDutchOven/Susp.Burner3WAGraysHarborPaperNo. 6 Boiler(EU2)CO Sample #1 8/11/2009 1.68E+02 5.12E+00Hog Fuel---100.00------YES BiomassDutchOven/Susp.Burner3WAGraysHarborPaperNo. 6 Boiler(EU2)CO Sample #2 8/11/2009 3.25E+02 5.78E+00Hog Fuel---100.00------YES BiomassDutchOven/Susp.Burner3WAGraysHarborPaperNo. 6 Boiler(EU2)CO Sample #2 6/22/2006 7.65E+02 6.64E+00/Wood: Bark/--100.00-------YES BiomassDutchOven/Susp.Burner3WAGraysHarborPaperNo. 6 Boiler(EU2)CO Sample #2 8/11/2009 3.15E+02 5.75E+00Hog Fuel---100.00------YES BiomassDutchOven/Susp.Burner3WAGraysHarborPaperNo. 6 Boiler(EU2)CO Sample #3 8/12/2009 2.79E+02 5.63E+00Hog Fuel---100.00------YES BiomassDutchOven/Susp.Burner3WAGraysHarborPaperNo. 6 Boiler(EU2)CO Sample #3 8/12/2009 2.74E+02 5.61E+00Hog Fuel---100.00------YES BiomassDutchOven/Susp.Burner3WAGraysHarborPaperNo. 6 Boiler(EU2)CO Sample #3 6/22/2006 4.92E+02 6.20E+00/Wood: Bark/--100.00-------YES BiomassFB1ORGeorgiaPacificWaunaMillEU35 -FluidizedBed BoilerCO 2 7/14/2009 2.73E+01 3.31E+00Hog Fuel/IndustrialSludge/Natural gas---63.7118.74-17.55---YES BiomassFB1ORGeorgiaPacificWaunaMillEU35 -FluidizedBed BoilerCO 3 7/15/2009 3.03E+01 3.41E+00Hog Fuel/IndustrialSludge/Natural gas---63.7118.74-17.55---YES BiomassFB1ORGeorgiaPacificWaunaMillEU35 -FluidizedBed BoilerCO 4 7/15/2009 2.55E+01 3.24E+00Hog Fuel/IndustrialSludge/Natural gas---63.7118.74-17.55---YES BiomassFB1ORGeorgiaPacificWaunaMillEU35 -FluidizedBed BoilerCO Sample #1 3/27/2007 2.82E+01 3.34E+00/Hog Fuel/IndustrialSludge/Natural gas/---63.7118.74-17.55---YES BiomassFB1ORGeorgiaPacificWaunaMillEU35 -FluidizedBed BoilerCO Sample #2 3/27/2007 2.14E+01 3.06E+00/Hog Fuel/IndustrialSludge/Natural gas/---63.7118.74-17.55---YES BiomassFB1ORGeorgiaPacificWaunaMillEU35 -FluidizedBed BoilerCO Sample #3 3/27/2007 2.21E+01 3.10E+00/Hog Fuel/IndustrialSludge/Natural gas/---63.7118.74-17.55---YES BiomassFB2ALIPCourtlandNo. 3CombinationBoier /11CU301CO Sample #1 8/13/1999 3.60E+01 3.58E+00/Industrial Sludge/Naturalgas/Tire Derived Fuel(TDF)/Wood: Bark/YES BiomassFB2ALIPCourtlandNo. 3CombinationBoier /11CU301CO Sample #1 7/8/2009 1.39E+02 4.94E+00Industrial Sludge/Naturalgas/Tire Derived Fuel(TDF)/Wood: Bark--88.42-2.96----8.61Appendix C-8: Ranked Existing Unit Performance by Fuel and Combustor DesignIn top12%?MACT FloorFuelCatCombustorDesign Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?ppm @ 3%O2ln (ppm @3% O2) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES BiomassFB2ALIPCourtlandNo. 3CombinationBoier /11CU301CO Sample #2 7/9/2009 3.04E+02 5.72E+00Industrial Sludge/Naturalgas/Tire Derived Fuel(TDF)/Wood: Bark--88.42-2.96----8.61YES BiomassFB2ALIPCourtlandNo. 3CombinationBoier /11CU301CO Sample #2 8/13/1999 3.60E+01 3.58E+00/Industrial Sludge/Naturalgas/Tire Derived Fuel(TDF)/Wood: Bark/YES BiomassFB2ALIPCourtlandNo. 3CombinationBoier /11CU301CO Sample #3 8/13/1999 4.74E+01 3.86E+00/Industrial Sludge/Naturalgas/Tire Derived Fuel(TDF)/Wood: Bark/YES BiomassFB2ALIPCourtlandNo. 3CombinationBoier /11CU301CO Sample #3 7/10/2009 3.48E+02 5.85E+00Industrial Sludge/Naturalgas/Tire Derived Fuel(TDF)/Wood: Bark--88.42-2.96----8.61YES BiomassFB3TNDomtar2384 HFB1-1CO 1 9/16/2009 9.10E+01 4.51E+00Hog Fuel/Industrial Sludge---99.430.57-----YES BiomassFB3TNDomtar2384 HFB1-1CO 2 9/16/2009 8.03E+01 4.39E+00Hog Fuel/Industrial Sludge---99.430.57-----YES BiomassFB3TNDomtar2384 HFB1-1CO 3 9/17/2009 7.39E+01 4.30E+00Hog Fuel/Industrial Sludge---99.430.57-----YES BiomassFB4GATempleInlandRome WFCO Sample #1 7/29/2009 1.36E+02 4.91E+00Wood: Bark--100.00-------YES BiomassFB4GATempleInlandRome WFCO Sample #1 7/22/2008 7.54E+01 4.32E+00/Industrial Sludge/Tire DerivedFuel (TDF)/Used Petroleumbased Oils (on-spec)/Wood:Bark/YES BiomassFB4GATempleInlandRome WFCO Sample #2 7/29/2009 6.09E+01 4.11E+00Wood: Bark--100.00-------YES BiomassFB4GATempleInlandRome WFCO Sample #2 7/22/2008 1.47E+02 4.99E+00/Industrial Sludge/Tire DerivedFuel (TDF)/Used Petroleumbased Oils (on-spec)/Wood:Bark/YES BiomassFB4GATempleInlandRome WFCO Sample #3 7/30/2009 9.92E+01 4.60E+00Wood: Bark--100.00-------YES BiomassFB4GATempleInlandRome WFCO Sample #3 7/22/2008 1.65E+02 5.11E+00/Industrial Sludge/Tire DerivedFuel (TDF)/Used Petroleumbased Oils (on-spec)/Wood:Bark/YES BiomassFB5KYDomtarHawesvilleBiofuel BoilerB-900CO Sample #1 12/18/1998 1.27E+02 4.84E+00/Hog Fuel/Natural gas/---84.75--15.25---YES BiomassFB5KYDomtarHawesvilleBiofuel BoilerB-900CO Sample #2 12/18/1998 1.05E+02 4.65E+00/Hog Fuel/Natural gas/---84.75--15.25---YES BiomassFB5KYDomtarHawesvilleBiofuel BoilerB-900CO Sample #3 12/18/1998 1.03E+02 4.64E+00/Hog Fuel/Natural gas/---84.75--15.25---YES BiomassFuel Cell1KYWeyerhaeuserEKY MP 01-01CO Sample #1 6/18/2008 5.87E+01 4.07E+00/Hog Fuel/---100.00------YES BiomassFuel Cell1KYWeyerhaeuserEKY MP 01-01CO Sample #1 6/19/2008 5.36E+01 3.98E+00/Hog Fuel/---100.00------YES BiomassFuel Cell1KYWeyerhaeuserEKY MP 01-01CO Sample #2 6/19/2008 1.30E+02 4.87E+00/Hog Fuel/---100.00------YES BiomassFuel Cell1KYWeyerhaeuserEKY MP 01-01CO Sample #2 6/18/2008 5.61E+01 4.03E+00/Hog Fuel/---100.00------YES BiomassFuel Cell1KYWeyerhaeuserEKY MP 01-01CO Sample #2 6/18/2008 1.72E+02 5.15E+00/Hog Fuel/---100.00------YES BiomassFuel Cell1KYWeyerhaeuserEKY MP 01-01CO Sample #3 6/19/2008 6.25E+01 4.14E+00/Hog Fuel/---100.00------Appendix C-8: Ranked Existing Unit Performance by Fuel and Combustor DesignIn top12%?MACT FloorFuelCatCombustorDesign Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?ppm @ 3%O2ln (ppm @3% O2) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES BiomassFuel Cell1KYWeyerhaeuserEKY MP 01-01CO Sample #3 6/18/2008 2.33E+02 5.45E+00/Hog Fuel/---100.00------YES BiomassFuel Cell2KYWeyerhaeuserEKY MP 01-03CO Sample #1 6/19/2008 5.36E+01 3.98E+00/Hog Fuel/---100.00------YES BiomassFuel Cell2KYWeyerhaeuserEKY MP 01-03CO Sample #1 6/18/2008 5.87E+01 4.07E+00/Hog Fuel/---100.00------YES BiomassFuel Cell2KYWeyerhaeuserEKY MP 01-03CO Sample #2 6/18/2008 5.61E+01 4.03E+00/Hog Fuel/---100.00------YES BiomassFuel Cell2KYWeyerhaeuserEKY MP 01-03CO Sample #2 6/18/2008 1.72E+02 5.15E+00/Hog Fuel/---100.00------YES BiomassFuel Cell2KYWeyerhaeuserEKY MP 01-03CO Sample #2 6/19/2008 1.30E+02 4.87E+00/Hog Fuel/---100.00------YES BiomassFuel Cell2KYWeyerhaeuserEKY MP 01-03CO Sample #3 6/18/2008 2.33E+02 5.45E+00/Hog Fuel/---100.00------YES BiomassFuel Cell2KYWeyerhaeuserEKY MP 01-03CO Sample #3 6/19/2008 6.25E+01 4.14E+00/Hog Fuel/---100.00------YES BiomassFuel Cell3ARWeyerhaeuserDierksMill SN-45CO Sample #1 8/11/2009 4.98E+01 3.91E+00Hog Fuel---100.00------YES BiomassFuel Cell3ARWeyerhaeuserDierksMill SN-45CO Sample #1 7/17/2009 7.67E+01 4.34E+00Hog Fuel---100.00------YES BiomassFuel Cell3ARWeyerhaeuserDierksMill SN-45CO Sample #1 9/28/2004 7.13E+01 4.27E+00/Hog Fuel/---100.00------YES BiomassFuel Cell3ARWeyerhaeuserDierksMill SN-45CO Sample #1 12/3/2003 1.90E+02 5.25E+00/Hog Fuel/---100.00------YES BiomassFuel Cell3ARWeyerhaeuserDierksMill SN-45CO Sample #2 7/17/2009 3.45E+01 3.54E+00Hog Fuel---100.00------YES BiomassFuel Cell3ARWeyerhaeuserDierksMill SN-45CO Sample #2 8/12/2009 2.03E+02 5.31E+00Hog Fuel---100.00------YES BiomassFuel Cell3ARWeyerhaeuserDierksMill SN-45CO Sample #2 12/3/2003 2.50E+02 5.52E+00/Hog Fuel/---100.00------YES BiomassFuel Cell3ARWeyerhaeuserDierksMill SN-45CO Sample #2 9/28/2004 6.45E+01 4.17E+00/Hog Fuel/---100.00------YES BiomassFuel Cell3ARWeyerhaeuserDierksMill SN-45CO Sample #3 8/12/2009 1.61E+02 5.08E+00Hog Fuel---100.00------YES BiomassFuel Cell3ARWeyerhaeuserDierksMill SN-45CO Sample #3 9/28/2004 6.21E+01 4.13E+00/Hog Fuel/---100.00------YES BiomassFuel Cell3ARWeyerhaeuserDierksMill SN-45CO Sample #3 7/20/2009 7.51E+01 4.32E+00Hog Fuel---100.00------YES BiomassFuel Cell3ARWeyerhaeuserDierksMill SN-45CO Sample #3 12/3/2003 2.75E+02 5.62E+00/Hog Fuel/---100.00------YES BiomassFuel Cell4WAWeyerhaeuser_RaymondHog FuelBoiler EU1CO Sample #1 8/12/2009 1.55E+02 5.04E+00Hog Fuel---100.00------YES BiomassFuel Cell4WAWeyerhaeuser_RaymondHog FuelBoiler EU1CO Sample #1 11/10/2004 1.19E+02 4.78E+00/Hog Fuel/---100.00------YES BiomassFuel Cell4WAWeyerhaeuser_RaymondHog FuelBoiler EU1CO Sample #1 9/18/1996 1.10E+02 4.70E+00/Hog Fuel/---100.00------YES BiomassFuel Cell4WAWeyerhaeuser_RaymondHog FuelBoiler EU1CO Sample #2 8/13/2009 3.10E+02 5.74E+00Hog Fuel---100.00------YES BiomassFuel Cell4WAWeyerhaeuser_RaymondHog FuelBoiler EU1CO Sample #2 9/18/1996 1.26E+02 4.83E+00/Hog Fuel/---100.00------YES BiomassFuel Cell4WAWeyerhaeuser_RaymondHog FuelBoiler EU1CO Sample #2 11/10/2004 1.18E+02 4.77E+00/Hog Fuel/---100.00------YES BiomassFuel Cell4WAWeyerhaeuser_RaymondHog FuelBoiler EU1CO Sample #3 11/10/2004 1.12E+02 4.72E+00/Hog Fuel/---100.00------YES BiomassFuel Cell4WAWeyerhaeuser_RaymondHog FuelBoiler EU1CO Sample #3 8/13/2009 3.09E+02 5.73E+00Hog Fuel---100.00------YES BiomassFuel Cell4WAWeyerhaeuser_RaymondHog FuelBoiler EU1CO Sample #3 9/18/1996 1.43E+02 4.96E+00/Hog Fuel/---100.00------Appendix C-8: Ranked Existing Unit Performance by Fuel and Combustor DesignIn top12%?MACT FloorFuelCatCombustorDesign Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?ppm @ 3%O2ln (ppm @3% O2) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES BiomassFuel Cell5WVGPMtHopeOSB5600 -WellonsEnergySystemCO Sample #1 7/11/2006 6.76E+01 4.21E+00/Hog Fuel/---100.00------YES BiomassFuel Cell5WVGPMtHopeOSB5600 -WellonsEnergySystemCO Sample #2 7/11/2006 2.23E+02 5.41E+00/Hog Fuel/---100.00------YES BiomassFuel Cell5WVGPMtHopeOSB5600 -WellonsEnergySystemCO Sample #3 7/11/2006 9.04E+01 4.50E+00/Hog Fuel/---100.00------YES BiomassStoker/SlopedGrate/Other1GATempleInlandThomson BW-B001CO Sample #1 1/30/2003 5.49E+00 1.70E+00/Wood: Plywood, Particleboard(containing glues or resins)/---100.00------YES BiomassStoker/SlopedGrate/Other1GATempleInlandThomson BW-B001CO Sample #1 12/7/2004 8.16E+02 6.70E+00/Wood: Plywood, Particleboard(containing glues or resins)/---100.00------YES BiomassStoker/SlopedGrate/Other1GATempleInlandThomson BW-B001CO Sample #2 1/30/2003 1.40E+00 3.39E-01/Wood: Plywood, Particleboard(containing glues or resins)/---100.00------YES BiomassStoker/SlopedGrate/Other1GATempleInlandThomson BW-B001CO Sample #2 12/7/2004 1.91E+03 7.56E+00/Wood: Plywood, Particleboard(containing glues or resins)/---100.00------YES BiomassStoker/SlopedGrate/Other1GATempleInlandThomson BW-B001CO Sample #3 12/7/2004 2.78E+03 7.93E+00/Wood: Plywood, Particleboard(containing glues or resins)/---100.00------YES BiomassStoker/SlopedGrate/Other1GATempleInlandThomson BW-B001CO Sample #3 1/30/2003 5.36E+00 1.68E+00/Wood: Plywood, Particleboard(containing glues or resins)/---100.00------YES BiomassStoker/SlopedGrate/Other2WVWeyerhaeuserBuckhannon 001-01CO Sample #1 8/23/2005 4.23E+01 3.74E+00/Hog Fuel/---100.00------YES BiomassStoker/SlopedGrate/Other2WVWeyerhaeuserBuckhannon 001-01CO Sample #2 8/23/2005 1.36E+01 2.61E+00/Hog Fuel/---100.00------YES BiomassStoker/SlopedGrate/Other2WVWeyerhaeuserBuckhannon 001-01CO Sample #3 8/23/2005 1.25E+01 2.53E+00/Hog Fuel/---100.00------YES BiomassStoker/SlopedGrate/Other3WAKimberlyClarkEverettNo. 14CogenerationBoilerCO 1 8/18/2009 6.71E+01 4.21E+00Hog Fuel/Natural gas---78.83--21.17---YES BiomassStoker/SlopedGrate/Other3WAKimberlyClarkEverettNo. 14CogenerationBoilerCO 2 8/18/2009 4.23E+00 1.44E+00Hog Fuel/Natural gas---78.83--21.17---YES BiomassStoker/SlopedGrate/Other3WAKimberlyClarkEverettNo. 14CogenerationBoilerCO 3 8/19/2009 3.05E+01 3.42E+00Hog Fuel/Natural gas---78.83--21.17---YES BiomassStoker/SlopedGrate/Other4IDChilcoLakeSawmill HFB1CO Sample #1 3/30/2005 5.44E+01 4.00E+00/Wood: Unadulterated Lumber/---100.00------YES BiomassStoker/SlopedGrate/Other4IDChilcoLakeSawmill HFB1CO Sample #2 3/30/2005 4.77E+01 3.86E+00/Wood: Unadulterated Lumber/---100.00------YES BiomassStoker/SlopedGrate/Other4IDChilcoLakeSawmill HFB1CO Sample #3 3/30/2005 5.10E+01 3.93E+00/Wood: Unadulterated Lumber/---100.00------Appendix C-8: Ranked Existing Unit Performance by Fuel and Combustor DesignIn top12%?MACT FloorFuelCatCombustorDesign Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?ppm @ 3%O2ln (ppm @3% O2) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES BiomassStoker/SlopedGrate/Other5ARWestFraserHuttig SN-24CO Sample #1 3/1/2005 6.21E+01 4.13E+00/Wood: Bark/--100.00-------YES BiomassStoker/SlopedGrate/Other5ARWestFraserHuttig SN-24CO Sample #2 3/1/2005 7.66E+01 4.34E+00/Wood: Bark/--100.00-------YES BiomassStoker/SlopedGrate/Other5ARWestFraserHuttig SN-24CO Sample #3 3/1/2005 5.57E+01 4.02E+00/Wood: Bark/--100.00-------YES BiomassStoker/SlopedGrate/Other6MILPCSagola TOH-WoodCO Sample #1 3/12/2008 5.18E+01 3.95E+00/Wood: Bark/--100.00-------YES BiomassStoker/SlopedGrate/Other6MILPCSagola TOH-WoodCO Sample #2 3/12/2008 5.61E+01 4.03E+00/Wood: Bark/--100.00-------YES BiomassStoker/SlopedGrate/Other6MILPCSagola TOH-WoodCO Sample #3 3/12/2008 9.60E+01 4.56E+00/Wood: Bark/--100.00-------YES BiomassStoker/SlopedGrate/Other7INConsolidatedGrainandBarge P17BCO Sample #1 3/5/2008 7.14E+01 4.27E+00/Wood: Unadulterated Lumber/---100.00------YES BiomassStoker/SlopedGrate/Other7INConsolidatedGrainandBarge P17BCO Sample #2 3/5/2008 1.11E+02 4.71E+00/Wood: Unadulterated Lumber/---100.00------YES BiomassStoker/SlopedGrate/Other7INConsolidatedGrainandBarge P17BCO Sample #3 3/5/2008 7.91E+01 4.37E+00/Wood: Unadulterated Lumber/---100.00------YES BiomassStoker/SlopedGrate/Other8INConsolidatedGrainandBarge P17CCO Sample #1 3/5/2008 7.14E+01 4.27E+00/Wood: Unadulterated Lumber/---100.00------YES BiomassStoker/SlopedGrate/Other8INConsolidatedGrainandBarge P17CCO Sample #2 3/5/2008 1.11E+02 4.71E+00/Wood: Unadulterated Lumber/---100.00------YES BiomassStoker/SlopedGrate/Other8INConsolidatedGrainandBarge P17CCO Sample #3 3/5/2008 7.91E+01 4.37E+00/Wood: Unadulterated Lumber/---100.00------YES BiomassStoker/SlopedGrate/Other9MNAndersonCorpBayportBoiler 11EU620CO Sample #1 6/16/2007 1.61E+02 5.08E+00/Natural gas/Wood:Unadulterated Lumber/---87.59--12.41---YES BiomassStoker/SlopedGrate/Other9MNAndersonCorpBayportBoiler 11EU620CO Sample #1 4/22/2008 8.60E+01 4.45E+00/Natural gas/Wood:Unadulterated Lumber/---92.11--7.89---YES BiomassStoker/SlopedGrate/Other9MNAndersonCorpBayportBoiler 11EU620CO Sample #1 4/23/2008 1.29E+02 4.86E+00/Natural gas/Wood:Unadulterated Lumber/---93.13--6.87---YES BiomassStoker/SlopedGrate/Other9MNAndersonCorpBayportBoiler 11EU620CO Sample #2 4/22/2008 9.19E+01 4.52E+00/Natural gas/Wood:Unadulterated Lumber/---92.11--7.89---YES BiomassStoker/SlopedGrate/Other9MNAndersonCorpBayportBoiler 11EU620CO Sample #2 6/16/2007 2.36E+02 5.47E+00/Natural gas/Wood:Unadulterated Lumber/---87.59--12.41---YES BiomassStoker/SlopedGrate/Other9MNAndersonCorpBayportBoiler 11EU620CO Sample #2 4/23/2008 1.08E+02 4.68E+00/Natural gas/Wood:Unadulterated Lumber/---93.13--6.87---YES BiomassStoker/SlopedGrate/Other9MNAndersonCorpBayportBoiler 11EU620CO Sample #3 6/16/2007 9.05E+01 4.51E+00/Natural gas/Wood:Unadulterated Lumber/---87.59--12.41---Appendix C-8: Ranked Existing Unit Performance by Fuel and Combustor DesignIn top12%?MACT FloorFuelCatCombustorDesign Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?ppm @ 3%O2ln (ppm @3% O2) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES BiomassStoker/SlopedGrate/Other9MNAndersonCorpBayportBoiler 11EU620CO Sample #3 4/23/2008 1.23E+02 4.81E+00/Natural gas/Wood:Unadulterated Lumber/---93.13--6.87---YES BiomassStoker/SlopedGrate/Other9MNAndersonCorpBayportBoiler 11EU620CO Sample #3 4/22/2008 9.96E+01 4.60E+00/Natural gas/Wood:Unadulterated Lumber/---92.11--7.89---YES BiomassStoker/SlopedGrate/Other10MNAndersonCorpBayportBoiler 12EU621CO Sample #1 4/22/2008 9.29E+01 4.53E+00/Natural gas/Wood:Unadulterated Lumber/---92.11--7.89---YES BiomassStoker/SlopedGrate/Other10MNAndersonCorpBayportBoiler 12EU621CO Sample #1 4/23/2008 1.30E+02 4.87E+00/Natural gas/Wood:Unadulterated Lumber/---93.13--6.87---YES BiomassStoker/SlopedGrate/Other10MNAndersonCorpBayportBoiler 12EU621CO Sample #1 6/16/2007 1.61E+02 5.08E+00/Natural gas/Wood:Unadulterated Lumber/---87.59--12.41---YES BiomassStoker/SlopedGrate/Other10MNAndersonCorpBayportBoiler 12EU621CO Sample #2 4/22/2008 9.77E+01 4.58E+00/Natural gas/Wood:Unadulterated Lumber/---92.11--7.89---YES BiomassStoker/SlopedGrate/Other10MNAndersonCorpBayportBoiler 12EU621CO Sample #2 6/16/2007 2.36E+02 5.47E+00/Natural gas/Wood:Unadulterated Lumber/---87.59--12.41---YES BiomassStoker/SlopedGrate/Other10MNAndersonCorpBayportBoiler 12EU621CO Sample #2 4/23/2008 1.06E+02 4.66E+00/Natural gas/Wood:Unadulterated Lumber/---93.13--6.87---YES BiomassStoker/SlopedGrate/Other10MNAndersonCorpBayportBoiler 12EU621CO Sample #3 6/16/2007 9.05E+01 4.51E+00/Natural gas/Wood:Unadulterated Lumber/---87.59--12.41---YES BiomassStoker/SlopedGrate/Other10MNAndersonCorpBayportBoiler 12EU621CO Sample #3 4/23/2008 1.23E+02 4.81E+00/Natural gas/Wood:Unadulterated Lumber/---93.13--6.87---YES BiomassStoker/SlopedGrate/Other10MNAndersonCorpBayportBoiler 12EU621CO Sample #3 4/22/2008 1.08E+02 4.69E+00/Natural gas/Wood:Unadulterated Lumber/---92.11--7.89---YES BiomassStoker/SlopedGrate/Other11MSGPNewAugustaAA-015Power BoilerCO Sample #1 9/12/2007 5.46E+01 4.00E+00/Hog Fuel/---100.00------YES BiomassStoker/SlopedGrate/Other11MSGPNewAugustaAA-015Power BoilerCO Sample #2 9/12/2007 4.12E+01 3.72E+00/Hog Fuel/---100.00------YES BiomassStoker/SlopedGrate/Other11MSGPNewAugustaAA-015Power BoilerCO Sample #3 9/12/2007 2.10E+02 5.35E+00/Hog Fuel/---100.00------YES BiomassStoker/SlopedGrate/Other12KYNewPageWickliffe B09CO 1 10/28/2009 1.28E+02 4.86E+00Natural gas/Tire Derived Fuel(TDF)/Wood: Bark--83.68---13.35--2.97YES BiomassStoker/SlopedGrate/Other12KYNewPageWickliffe B09CO 2 10/29/2009 1.10E+02 4.70E+00Natural gas/Tire Derived Fuel(TDF)/Wood: Bark--83.68---13.35--2.97YES BiomassStoker/SlopedGrate/Other12KYNewPageWickliffe B09CO 3 10/29/2009 1.00E+02 4.61E+00Natural gas/Tire Derived Fuel(TDF)/Wood: Bark--83.68---13.35--2.97YES BiomassStoker/SlopedGrate/Other12KYNewPageWickliffe B09CO Sample #1 9/28/2005 3.68E+02 5.91E+00/Tire Derived Fuel(TDF)/Wood: Bark/--87.59------12.41YES BiomassStoker/SlopedGrate/Other12KYNewPageWickliffe B09CO Sample #1 9/29/2008 2.95E+02 5.69E+00/Wood: Bark/--100.00-------Appendix C-8: Ranked Existing Unit Performance by Fuel and Combustor DesignIn top12%?MACT FloorFuelCatCombustorDesign Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?ppm @ 3%O2ln (ppm @3% O2) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES BiomassStoker/SlopedGrate/Other12KYNewPageWickliffe B09CO Sample #2 9/29/2008 3.32E+02 5.80E+00/Wood: Bark/--100.00-------YES BiomassStoker/SlopedGrate/Other12KYNewPageWickliffe B09CO Sample #2 9/28/2005 2.37E+02 5.47E+00/Tire Derived Fuel(TDF)/Wood: Bark/--87.59------12.41YES BiomassStoker/SlopedGrate/Other12KYNewPageWickliffe B09CO Sample #3 9/29/2008 3.19E+02 5.77E+00/Wood: Bark/--100.00-------YES BiomassStoker/SlopedGrate/Other12KYNewPageWickliffe B09CO Sample #3 9/28/2005 1.90E+02 5.25E+00/Tire Derived Fuel(TDF)/Wood: Bark/--87.59------12.41YES BiomassStoker/SlopedGrate/Other13ALMeadwestvacoCottonton46No.3 WoodResidueBoilerCO Sample #1 11/1/2007 1.21E+02 4.79E+00/Natural gas/Wood: Bark/YES BiomassStoker/SlopedGrate/Other13ALMeadwestvacoCottonton46No.3 WoodResidueBoilerCO Sample #2 11/1/2007 1.21E+02 4.80E+00/Natural gas/Wood: Bark/YES BiomassStoker/SlopedGrate/Other13ALMeadwestvacoCottonton46No.3 WoodResidueBoilerCO Sample #3 11/1/2007 1.24E+02 4.82E+00/Natural gas/Wood: Bark/YES BiomassStoker/SlopedGrate/Other14MSShuqualakLumberBoiler 4 (AA108)CO Sample #2 10/20/2006 1.22E+02 4.81E+00/Wood: Unadulterated Lumber/---100.00------YES BiomassStoker/SlopedGrate/Other15MSHoodBeaumontAA-030(Wood-FiredBoiler)CO Sample #1 6/22/2006 1.09E+02 4.69E+00/Hog Fuel/Wood: Bark/Wood:Plywood, Particleboard(containing glues or resins)/--100.00-------YES BiomassStoker/SlopedGrate/Other15MSHoodBeaumontAA-030(Wood-FiredBoiler)CO Sample #1 5/21/2008 3.28E+02 5.79E+00/Hog Fuel/Wood: Bark/Wood:Plywood, Particleboard(containing glues or resins)/--100.00-------YES BiomassStoker/SlopedGrate/Other15MSHoodBeaumontAA-030(Wood-FiredBoiler)CO Sample #2 6/22/2006 1.29E+02 4.86E+00/Hog Fuel/Wood: Bark/Wood:Plywood, Particleboard(containing glues or resins)/--100.00-------YES BiomassStoker/SlopedGrate/Other15MSHoodBeaumontAA-030(Wood-FiredBoiler)CO Sample #2 5/21/2008 4.59E+02 6.13E+00/Hog Fuel/Wood: Bark/Wood:Plywood, Particleboard(containing glues or resins)/--100.00-------YES BiomassStoker/SlopedGrate/Other15MSHoodBeaumontAA-030(Wood-FiredBoiler)CO Sample #3 5/21/2008 4.84E+02 6.18E+00/Hog Fuel/Wood: Bark/Wood:Plywood, Particleboard(containing glues or resins)/--100.00-------YES BiomassStoker/SlopedGrate/Other15MSHoodBeaumontAA-030(Wood-FiredBoiler)CO Sample #3 6/22/2006 1.48E+02 4.99E+00/Hog Fuel/Wood: Bark/Wood:Plywood, Particleboard(containing glues or resins)/--100.00-------YES CoalFB1IAADMCornProcessingCR EU-530CO Sample #1 11/20/2002 3.20E+00 1.16E+00/Coal: Bituminous/Coal: Subbituminous/100.00---------YES CoalFB1IAADMCornProcessingCR EU-530CO Sample #2 11/20/2002 7.38E+00 2.00E+00/Coal: Bituminous/Coal: Subbituminous/100.00---------YES CoalFB1IAADMCornProcessingCR EU-530CO Sample #3 11/20/2002 1.42E+01 2.65E+00/Coal: Bituminous/Coal: Subbituminous/100.00---------Appendix C-8: Ranked Existing Unit Performance by Fuel and Combustor DesignIn top12%?MACT FloorFuelCatCombustorDesign Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?ppm @ 3%O2ln (ppm @3% O2) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES CoalFB2MENewPageRumford Cogen#6CO 1 12/9/2009 1.54E+01 2.74E+00/Biomass/Coal:Bituminous/IndustrialSludge/Noncondensable Gas(includes stripper offgas)/TireDerived Fuel (TDF)/10.17--58.913.29---27.64-YES CoalFB2MENewPageRumford Cogen#6CO 2 12/10/2009 1.15E+01 2.45E+00/Biomass/Coal:Bituminous/IndustrialSludge/Noncondensable Gas(includes stripper offgas)/TireDerived Fuel (TDF)/10.17--58.913.29---27.64-YES CoalFB2MENewPageRumford Cogen#6CO 3 12/10/2009 1.68E+01 2.82E+00/Biomass/Coal:Bituminous/IndustrialSludge/Noncondensable Gas(includes stripper offgas)/TireDerived Fuel (TDF)/10.17--58.913.29---27.64-YES CoalFB3MENewPageRumford Cogen#7CO 1 12/9/2009 1.54E+01 2.74E+00/Biomass/Coal:Bituminous/IndustrialSludge/Noncondensable Gas(includes stripper offgas)/TireDerived Fuel (TDF)/10.17--58.913.29---27.64-YES CoalFB3MENewPageRumford Cogen#7CO 2 12/10/2009 1.15E+01 2.45E+00/Biomass/Coal:Bituminous/IndustrialSludge/Noncondensable Gas(includes stripper offgas)/TireDerived Fuel (TDF)/10.17--58.913.29---27.64-YES CoalFB3MENewPageRumford Cogen#7CO 3 12/10/2009 1.68E+01 2.82E+00/Biomass/Coal:Bituminous/IndustrialSludge/Noncondensable Gas(includes stripper offgas)/TireDerived Fuel (TDF)/10.17--58.913.29---27.64-YES CoalPC1ILDukeEnergyTuscola Unit 3CO Sample #1 3/29/2007 7.79E+01 4.36E+00/Coal: Bituminous/100.00---------YES CoalPC1ILDukeEnergyTuscola Unit 3CO Sample #1 3/30/2007 5.57E-02 -2.89E+00/Coal: Bituminous/100.00---------YES CoalPC1ILDukeEnergyTuscola Unit 3CO Sample #1 3/29/2007 6.07E-02 -2.80E+00/Coal: Bituminous/100.00---------YES CoalPC1ILDukeEnergyTuscola Unit 3CO Sample #2 3/30/2007 5.64E-02 -2.88E+00/Coal: Bituminous/100.00---------YES CoalPC1ILDukeEnergyTuscola Unit 3CO Sample #2 3/29/2007 5.43E-02 -2.91E+00/Coal: Bituminous/100.00---------YES CoalPC1ILDukeEnergyTuscola Unit 3CO Sample #2 3/29/2007 7.59E+01 4.33E+00/Coal: Bituminous/100.00---------YES CoalPC1ILDukeEnergyTuscola Unit 3CO Sample #3 3/29/2007 5.62E-02 -2.88E+00/Coal: Bituminous/100.00---------YES CoalPC1ILDukeEnergyTuscola Unit 3CO Sample #3 3/30/2007 5.38E-02 -2.92E+00/Coal: Bituminous/100.00---------YES CoalPC1ILDukeEnergyTuscola Unit 3CO Sample #3 3/29/2007 7.12E+01 4.27E+00/Coal: Bituminous/100.00---------YES CoalPC2ILDukeEnergyTuscola Unit 4CO Sample #1 3/30/2007 5.57E-02 -2.89E+00/Coal: Bituminous/100.00---------YES CoalPC2ILDukeEnergyTuscola Unit 4CO Sample #2 3/30/2007 5.64E-02 -2.88E+00/Coal: Bituminous/100.00---------Appendix C-8: Ranked Existing Unit Performance by Fuel and Combustor DesignIn top12%?MACT FloorFuelCatCombustorDesign Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?ppm @ 3%O2ln (ppm @3% O2) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES CoalPC2ILDukeEnergyTuscola Unit 4CO Sample #3 3/30/2007 5.38E-02 -2.92E+00/Coal: Bituminous/100.00---------YES CoalPC3ILDukeEnergyTuscola Unit 1CO Sample #1 3/29/2007 6.07E-02 -2.80E+00/Coal: Bituminous/100.00---------YES CoalPC3ILDukeEnergyTuscola Unit 1CO Sample #1 3/29/2007 7.79E+01 4.36E+00/Coal: Bituminous/100.00---------YES CoalPC3ILDukeEnergyTuscola Unit 1CO Sample #2 3/29/2007 5.43E-02 -2.91E+00/Coal: Bituminous/100.00---------YES CoalPC3ILDukeEnergyTuscola Unit 1CO Sample #2 3/29/2007 7.59E+01 4.33E+00/Coal: Bituminous/100.00---------YES CoalPC3ILDukeEnergyTuscola Unit 1CO Sample #3 3/29/2007 7.12E+01 4.27E+00/Coal: Bituminous/100.00---------YES CoalPC3ILDukeEnergyTuscola Unit 1CO Sample #3 3/29/2007 5.62E-02 -2.88E+00/Coal: Bituminous/100.00---------YES CoalPC4VAPhilipMorrisPark500 B2CO Sample #1 9/21/2005 1.31E+00 2.72E-01/Coal: Bituminous/100.00---------YES CoalPC4VAPhilipMorrisPark500 B2CO Sample #2 9/21/2005 1.32E+00 2.77E-01/Coal: Bituminous/100.00---------YES CoalPC4VAPhilipMorrisPark500 B2CO Sample #3 9/21/2005 1.45E+00 3.69E-01/Coal: Bituminous/100.00---------YES CoalPC5AZCatalystPaperSnowflakePower Boiler#2 CoalCO Sample #1 3/24/2006 9.44E-01 -5.76E-02/Coal: Sub-bituminous/100.00---------YES CoalPC5AZCatalystPaperSnowflakePower Boiler#2 CoalCO Sample #2 3/24/2006 2.52E+00 9.24E-01/Coal: Sub-bituminous/100.00---------YES CoalPC5AZCatalystPaperSnowflakePower Boiler#2 CoalCO Sample #3 3/24/2006 3.22E+00 1.17E+00/Coal: Sub-bituminous/100.00---------YES CoalStoker/SlopedGrate/Other1INNotreDame B-4CO Sample #1 8/25/2009 3.89E+00 1.36E+00Coal: Bituminous100.00---------YES CoalStoker/SlopedGrate/Other1INNotreDame B-4CO Sample #2 8/25/2009 4.67E+00 1.54E+00Coal: Bituminous100.00---------YES CoalStoker/SlopedGrate/Other1INNotreDame B-4CO Sample #3 8/25/2009 4.32E+00 1.46E+00Coal: Bituminous100.00---------YES CoalStoker/SlopedGrate/Other2OHMortonSaltRittmanB002 - CoalFired Boiler#2CO 1 8/25/2009 1.44E+01 2.67E+00Coal: Bituminous100.00---------YES CoalStoker/SlopedGrate/Other2OHMortonSaltRittmanB002 - CoalFired Boiler#2CO 2 8/26/2009 1.52E+01 2.72E+00Coal: Bituminous100.00---------YES CoalStoker/SlopedGrate/Other2OHMortonSaltRittmanB002 - CoalFired Boiler#2CO 3 8/27/2009 1.46E+01 2.68E+00Coal: Bituminous100.00---------YES CoalStoker/SlopedGrate/Other3WVDuPontWashingtonWorks P05CO Sample #1 11/2/2005 1.55E+01 2.74E+00/Coal: Bituminous/100.00---------YES CoalStoker/SlopedGrate/Other3WVDuPontWashingtonWorks P05CO Sample #2 11/2/2005 1.71E+01 2.84E+00/Coal: Bituminous/100.00---------YES CoalStoker/SlopedGrate/Other3WVDuPontWashingtonWorks P05CO Sample #3 11/3/2005 1.63E+01 2.79E+00/Coal: Bituminous/100.00---------YES CoalStoker/SlopedGrate/Other4OHAppletonIdeasBoiler 4(B003)CO Sample #1 1/29/2003 1.85E+01 2.92E+00/Coal: Bituminous/100.00---------Appendix C-8: Ranked Existing Unit Performance by Fuel and Combustor DesignIn top12%?MACT FloorFuelCatCombustorDesign Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?ppm @ 3%O2ln (ppm @3% O2) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES CoalStoker/SlopedGrate/Other4OHAppletonIdeasBoiler 4(B003)CO Sample #2 1/29/2003 2.02E+01 3.00E+00/Coal: Bituminous/100.00---------YES CoalStoker/SlopedGrate/Other4OHAppletonIdeasBoiler 4(B003)CO Sample #3 1/29/2003 2.05E+01 3.02E+00/Coal: Bituminous/100.00---------YES CoalStoker/SlopedGrate/Other5OHAkronThermalEnergyBoiler #32(B001)CO Sample #1 3/1/2007 2.12E+01 3.05E+00/Coal: Bituminous/100.00---------YES CoalStoker/SlopedGrate/Other5OHAkronThermalEnergyBoiler #32(B001)CO Sample #2 3/1/2007 3.41E+01 3.53E+00/Coal: Bituminous/100.00---------YES CoalStoker/SlopedGrate/Other5OHAkronThermalEnergyBoiler #32(B001)CO Sample #3 3/1/2007 1.88E+01 2.93E+00/Coal: Bituminous/100.00---------YES CoalStoker/SlopedGrate/Other6PABellefieldPlant Boiler 1CO Sample #1 6/6/2006 2.55E+01 3.24E+00/CO gas/Coal: Bituminous/99.99------0.01--YES CoalStoker/SlopedGrate/Other6PABellefieldPlant Boiler 1CO Sample #2 6/6/2006 2.55E+01 3.24E+00/CO gas/Coal: Bituminous/99.99------0.01--YES CoalStoker/SlopedGrate/Other6PABellefieldPlant Boiler 1CO Sample #3 6/6/2006 2.55E+01 3.24E+00/CO gas/Coal: Bituminous/99.99------0.01--YES CoalStoker/SlopedGrate/Other7NCNC_DukeUniversity_Durham 7754-03CO Sample #1 1/10/2000 2.87E+01 3.36E+00/Coal: Bituminous/No. 2Distillate/YES CoalStoker/SlopedGrate/Other7NCNC_DukeUniversity_Durham 7754-03CO Sample #2 1/10/2000 2.67E+01 3.28E+00/Coal: Bituminous/No. 2Distillate/YES CoalStoker/SlopedGrate/Other7NCNC_DukeUniversity_Durham 7754-03CO Sample #3 1/10/2000 2.75E+01 3.31E+00/Coal: Bituminous/No. 2Distillate/YES CoalStoker/SlopedGrate/Other8HIPuuneneSugarMill Boiler 3CO Sample #1 7/23/2007 3.30E+01 3.50E+00/Coal: Bituminous/100.00---------YES CoalStoker/SlopedGrate/Other8HIPuuneneSugarMill Boiler 3CO Sample #2 7/23/2007 5.57E+01 4.02E+00/Coal: Bituminous/100.00---------YES CoalStoker/SlopedGrate/Other8HIPuuneneSugarMill Boiler 3CO Sample #3 7/24/2007 2.56E+01 3.24E+00/Coal: Bituminous/100.00---------Appendix C-9: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?ng/dscm @7% O2ln (ng/dscm@ 7% O2) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Gas 1 1ILAkzoNobelMorrisB-1NebraskaBoilerD/F TotalMassSample #1 7/29/2009 DLL 6.21E-02 -2.78E+00 Natural gas ------100.00---YES Gas 1 1ILAkzoNobelMorrisB-1NebraskaBoilerD/F TotalMassSample #2 7/30/2009 BDL 1.51E-01 -1.89E+00 Natural gas ------100.00---YES Gas 1 1ILAkzoNobelMorrisB-1NebraskaBoilerD/F TotalMassSample #3 7/31/2009 BDL 1.51E-01 -1.89E+00 Natural gas ------100.00---YES Gas 1 yes 1ILUSSGraniteCityNo. 8GalvanizingLine FurnaceD/F TotalMassSample #1 8/25/2009 BDL 1.27E-02 -4.37E+00 Natural gas ------100.00---YES Gas 1 yes 1ILUSSGraniteCityNo. 8GalvanizingLine FurnaceD/F TotalMassSample #2 8/25/2009 DLL 1.27E-02 -4.37E+00 Natural gas ------100.00---YES Gas 1 yes 1ILUSSGraniteCityNo. 8GalvanizingLine FurnaceD/F TotalMassSample #3 8/26/2009 BDL 1.27E-02 -4.37E+00 Natural gas ------100.00---YES Gas 2 1INTateLyleSagamore 21B501D/F TotalMassSample #1 8/25/2009 DLL 6.46E-02 -2.74E+00 Biogas/Natural gas ------66.6733.33--YES Gas 2 1INTateLyleSagamore 21B501D/F TotalMassSample #2 8/26/2009 DLL 2.41E-02 -3.73E+00 Biogas/Natural gas ------66.6733.33--YES Gas 2 1INTateLyleSagamore 21B501D/F TotalMassSample #3 8/27/2009 DLL 4.64E-02 -3.07E+00 Biogas/Natural gas ------66.6733.33--YES Liquid 1SCMilliken-Dewey D30D/F TotalMassSample #1 8/11/2009 BDL 2.18E-05 -1.07E+01 Anhydrides Waste ----100.00-----YES Liquid 1SCMilliken-Dewey D30D/F TotalMassSample #2 8/11/2009 BDL 2.18E-05 -1.07E+01 Anhydrides Waste ----100.00-----YES Liquid 1SCMilliken-Dewey D30D/F TotalMassSample #3 8/1/2009 BDL 2.18E-05 -1.07E+01 Anhydrides Waste ----100.00-----YES Liquid 2NYConEd59thStStationNewYork Boiler 118D/F TotalMassSample #1 8/19/2009 DLL 2.05E-03 -6.19E+00 No. 6 Residual oil ----100.00-----YES Liquid 2NYConEd59thStStationNewYork Boiler 118D/F TotalMassSample #2 8/19/2009 DLL 1.93E-03 -6.25E+00 No. 6 Residual oil ----100.00-----YES Liquid 2NYConEd59thStStationNewYork Boiler 118D/F TotalMassSample #3 8/19/2009 DLL 1.33E-03 -6.62E+00 No. 6 Residual oil ----100.00-----YES Liquid 3CTElectric Boat EMU 17D/F TotalMassSample #1 8/19/2009 9.90E-03 -4.62E+00 No. 4 Fuel oil -----100.00----YES Liquid 3CTElectric Boat EMU 17D/F TotalMassSample #2 8/20/2009 8.80E-03 -4.73E+00 No. 4 Fuel oil -----100.00----YES Liquid 3CTElectric Boat EMU 17D/F TotalMassSample #3 8/20/2009 7.90E-03 -4.84E+00 No. 4 Fuel oil -----100.00----Appendix C-10: Ranked Existing Unit Performance by Fuel and Combustor DesignIn top12%?MACT FloorFuelCatCombustorDesign Rank FacilityIDCombustorID_common Pollutant TestIDTestDate_common Non-Detect?ng/dscm @7% O2ln (ng/dscm@ 7% O2) ND? Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES BiomassDutchOven/Susp.Burner1ORFlakeboardEugene Boiler-2D/F TotalMassM23-1 8/25/2009 DLL 1.76E-01 -1.74E+00 1Natural gas/Wood: UnadulteratedLumber---30.60--69.40---YES BiomassDutchOven/Susp.Burner1ORFlakeboardEugene Boiler-2D/F TotalMassM23-2 8/25/2009 DLL 9.37E-02 -2.37E+00 1Natural gas/Wood: UnadulteratedLumber---30.60--69.40---YES BiomassDutchOven/Susp.Burner1ORFlakeboardEugene Boiler-2D/F TotalMassM23-3 8/26/2009 DLL 2.19E-01 -1.52E+00 1Natural gas/Wood: UnadulteratedLumber---30.60--69.40---YES BiomassFB1ORGeorgiaPacificWaunaMillEU35 -Fluidized BedBoilerD/F TotalMassSample #1 7/14/2009 DLL 2.30E-02 -3.77E+00 1Hog Fuel/Industrial Sludge/Naturalgas---76.2820.70-3.02---YES BiomassFB1ORGeorgiaPacificWaunaMillEU35 -Fluidized BedBoilerD/F TotalMassSample #2 7/15/2009 DLL 4.25E-02 -3.16E+00 1Hog Fuel/Industrial Sludge/Naturalgas---76.2820.70-3.02---YES BiomassFB1ORGeorgiaPacificWaunaMillEU35 -Fluidized BedBoilerD/F TotalMassSample #3 7/15/2009 DLL 2.45E-02 -3.71E+00 1Hog Fuel/Industrial Sludge/Naturalgas---76.2820.70-3.02---YES BiomassFB2ALIPCourtlandNo. 3CombinationBoier /11Cu301D/F TotalMassSample #1 7/8/2009 DLL 5.36E-02 -2.93E+00 1Industrial Sludge/Natural gas/TireDerived Fuel (TDF)/Wood: Bark--88.42-2.96---8.61-YES BiomassFB2ALIPCourtlandNo. 3CombinationBoier /11Cu301D/F TotalMassSample #2 7/9/2009 DLL 8.00E-02 -2.53E+00 1Industrial Sludge/Natural gas/TireDerived Fuel (TDF)/Wood: Bark--88.42-2.96---8.61-YES BiomassFB2ALIPCourtlandNo. 3CombinationBoier /11Cu301D/F TotalMassSample #3 7/10/2009 DLL 1.93E-01 -1.65E+00 1Industrial Sludge/Natural gas/TireDerived Fuel (TDF)/Wood: Bark--88.42-2.96---8.61-YES BiomassFB3NDCargillWestFargoFosterWheelerBoiler (EU43)D/F TotalMassSample #1 8/27/2009 DLL 4.76E-01 -7.42E-01 1Biomass---100.00------YES BiomassFB3NDCargillWestFargoFosterWheelerBoiler (EU43)D/F TotalMassSample #2 8/29/2009 DLL 3.57E-02 -3.33E+00 1Biomass---100.00------YES BiomassFB3NDCargillWestFargoFosterWheelerBoiler (EU43)D/F TotalMassSample #3 8/29/2009 DLL 3.76E-02 -3.28E+00 1Biomass---100.00------YES BiomassFB4TNBowaterNewsprintBubblingFluidized BedBoilerD/F TotalMassSample #1 8/5/2009 DLL 1.40E-01 -1.97E+00 1Biomass/Tire Derived Fuel(TDF)/Wood: Bark--93.792.59----3.62-YES BiomassFB4TNBowaterNewsprintBubblingFluidized BedBoilerD/F TotalMassSample #2 8/5/2009 DLL 2.20E-01 -1.51E+00 1Biomass/Tire Derived Fuel(TDF)/Wood: Bark--93.792.59----3.62-YES BiomassFB4TNBowaterNewsprintBubblingFluidized BedBoilerD/F TotalMassSample #3 8/6/2009 DLL 2.10E-01 -1.56E+00 1Biomass/Tire Derived Fuel(TDF)/Wood: Bark--93.792.59----3.62-YES BiomassFB5GATempleInlandRome WFD/F TotalMassSample #1 7/29/2009 DLL 1.24E+00 2.13E-01 1Wood: Bark--100.00-------YES BiomassFB5GATempleInlandRome WFD/F TotalMassSample #2 7/29/2009 DLL 2.09E-01 -1.56E+00 1Wood: Bark--100.00-------YES BiomassFB5GATempleInlandRome WFD/F TotalMassSample #3 7/30/2009 DLL 2.32E-01 -1.46E+00 1Wood: Bark--100.00-------YES BiomassFuel Cell1ARWeyerhaeuserDierksMill SN-45D/F TotalMassSample #1 7/17/2009 DLL 2.01E-02 -3.91E+00 1Hog Fuel---100.00------YES BiomassFuel Cell1ARWeyerhaeuserDierksMill SN-45D/F TotalMassSample #2 7/17/2009 DLL 3.85E-04 -7.86E+00 1Hog Fuel---100.00------YES BiomassFuel Cell1ARWeyerhaeuserDierksMill SN-45D/F TotalMassSample #3 7/20/2009 DLL 3.31E-02 -3.41E+00 1Hog Fuel---100.00------YES BiomassFuel Cell2WAWeyerhaeuser_RaymondHog FuelBoiler EU1D/F TotalMassSample #1 8/12/2009 DLL 3.85E-02 -3.26E+00 1Hog Fuel---100.00------YES BiomassFuel Cell2WAWeyerhaeuser_RaymondHog FuelBoiler EU1D/F TotalMassSample #2 8/13/2009 3.78E-02 -3.28E+00 0Hog Fuel---100.00------YES BiomassFuel Cell2WAWeyerhaeuser_RaymondHog FuelBoiler EU1D/F TotalMassSample #3 8/13/2009 DLL 1.94E-02 -3.94E+00 1Hog Fuel---100.00------YES BiomassFuel Cell3MSWeyerhaeuserBruceAA-002 No.2 BoilerD/F TotalMassSample #1 8/4/2009 DLL 2.14E-01 -1.54E+00 1Hog Fuel---100.00------YES BiomassFuel Cell3MSWeyerhaeuserBruceAA-002 No.2 BoilerD/F TotalMassSample #2 8/4/2009 DLL 1.36E-01 -2.00E+00 1Hog Fuel---100.00------YES BiomassFuel Cell3MSWeyerhaeuserBruceAA-002 No.2 BoilerD/F TotalMassSample #3 8/4/2009 DLL 1.51E-01 -1.89E+00 1Hog Fuel---100.00------YES BiomassFuel Cell4ORWeyerhaeuserCoWarrentonLumberMill 3-HFBD/F TotalMassSample #2 8/6/2009 3.07E-01 -1.18E+00 0Hog Fuel---100.00------YES BiomassFuel Cell5ARAnthonyForestProducts SN-12D/F TotalMassSample #1 9/2/2009 DLL 4.97E-01 -6.99E-01 1Wood: Bark/Wood: UnadulteratedLumber/Wood: Unadulterated Timber--100.00-------YES BiomassFuel Cell5ARAnthonyForestProducts SN-12D/F TotalMassSample #2 9/2/2009 DLL 3.58E-01 -1.03E+00 1Wood: Bark/Wood: UnadulteratedLumber/Wood: Unadulterated Timber--100.00-------YES BiomassFuel Cell5ARAnthonyForestProducts SN-12D/F TotalMassSample #3 9/3/2009 DLL 8.40E-01 -1.75E-01 1Wood: Bark/Wood: UnadulteratedLumber/Wood: Unadulterated Timber--100.00-------Appendix C-10: Ranked Existing Unit Performance by Fuel and Combustor DesignIn top12%?MACT FloorFuelCatCombustorDesign Rank FacilityIDCombustorID_common Pollutant TestIDTestDate_common Non-Detect?ng/dscm @7% O2ln (ng/dscm@ 7% O2) ND? Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES BiomassStoker/SlopedGrate/Other1GAGPMadisonPly800 WoodWaste BoilerD/F TotalMassSample #1 8/13/2009 DLL 4.61E-02 -3.08E+00 1Wood: Bark--100.00-------YES BiomassStoker/SlopedGrate/Other1GAGPMadisonPly800 WoodWaste BoilerD/F TotalMassSample #2 8/14/2009 DLL 2.22E-02 -3.81E+00 1Wood: Bark--100.00-------YES BiomassStoker/SlopedGrate/Other1GAGPMadisonPly800 WoodWaste BoilerD/F TotalMassSample #3 8/14/2009 DLL 1.95E-02 -3.94E+00 1Wood: Bark--100.00-------YES BiomassStoker/SlopedGrate/Other2SCMarlboroPaperHogged FuelBoilerD/F TotalMassSample #1 7/15/2009 DLL 3.70E-02 -3.30E+00 1Industrial Sludge/Wood: Bark/Naturalgas/Wood: Plywood, Particleboard(containing glues or resins)--95.714.29--0.00---YES BiomassStoker/SlopedGrate/Other2SCMarlboroPaperHogged FuelBoilerD/F TotalMassSample #2 7/15/2009 DLL 4.01E-02 -3.22E+00 1Industrial Sludge/Wood: Bark/Naturalgas/Wood: Plywood, Particleboard(containing glues or resins)--95.714.29--0.00---YES BiomassStoker/SlopedGrate/Other2SCMarlboroPaperHogged FuelBoilerD/F TotalMassSample #3 7/15/2009 DLL 4.25E-02 -3.16E+00 1Industrial Sludge/Wood: Bark/Naturalgas/Wood: Plywood, Particleboard(containing glues or resins)--95.714.29--0.00---YES CoalFB1INPurdueUniverisity Boiler 5D/F TotalMassSample #1 7/22/2009 DLL 2.18E-03 -6.13E+00 1Coal: Bituminous100.00---------YES CoalFB1INPurdueUniverisity Boiler 5D/F TotalMassSample #2 7/23/2009 DLL 1.74E-03 -6.35E+00 1Coal: Bituminous100.00---------YES CoalFB1INPurdueUniverisity Boiler 5D/F TotalMassSample #3 7/23/2009 DLL 1.82E-03 -6.31E+00 1Coal: Bituminous100.00---------YES CoalFB2IARoquetteAmericaCirculatingFluidized BedBoiler (121)D/F TotalMassSample #1 6/4/2009 DLL 3.18E-02 -3.45E+00 1Coal: Bituminous100.00---------YES CoalFB2IARoquetteAmericaCirculatingFluidized BedBoiler (121)D/F TotalMassSample #2 6/5/2009 DLL 1.51E-02 -4.19E+00 1Coal: Bituminous100.00---------YES CoalFB2IARoquetteAmericaCirculatingFluidized BedBoiler (121)D/F TotalMassSample #3 6/5/2009 DLL 2.78E-03 -5.89E+00 1Coal: Bituminous100.00---------YES CoalPC1WVPPGMartinsville R011-Boiler 3D/F TotalMassSample #1 7/22/2009 DLL 2.52E-02 -3.68E+00 1Coal: Bituminous100.00---------YES CoalPC1WVPPGMartinsville R011-Boiler 3D/F TotalMassSample #2 7/23/2009 DLL 1.41E-02 -4.26E+00 1Coal: Bituminous100.00---------YES CoalPC1WVPPGMartinsville R011-Boiler 3D/F TotalMassSample #3 7/23/2009 DLL 1.52E-02 -4.18E+00 1Coal: Bituminous100.00---------YES CoalPC2NCMillerCoorsES-2Coal/No. 2 &6 Fuel OilBoilerD/F TotalMassSample #1 10/20/2009 DLL 1.91E-02 -3.96E+00 1Coal: Bituminous100.00---------YES CoalPC2NCMillerCoorsES-2Coal/No. 2 &6 Fuel OilBoilerD/F TotalMassSample #2 10/20/2009 DLL 1.91E-02 -3.96E+00 1Coal: Bituminous100.00---------YES CoalPC2NCMillerCoorsES-2Coal/No. 2 &6 Fuel OilBoilerD/F TotalMassSample #3 10/20/2009 DLL 1.91E-02 -3.96E+00 1Coal: Bituminous100.00---------YES CoalStoker/SlopedGrate/Other1KYISPChemicals 0AA (Riley)D/F TotalMassSample #1 11/17/2009 3.20E-03 -5.74E+00 0Coal: Sub-bituminous/Processcoproduct gas99.96------0.04--YES CoalStoker/SlopedGrate/Other1KYISPChemicals 0AA (Riley)D/F TotalMassSample #2 11/17/2009 2.30E-03 -6.07E+00 0Coal: Sub-bituminous/Processcoproduct gas99.96------0.04--YES CoalStoker/SlopedGrate/Other1KYISPChemicals 0AA (Riley)D/F TotalMassSample #3 11/18/2009 2.10E-03 -6.17E+00 0Coal: Sub-bituminous/Processcoproduct gas99.96------0.04--YES CoalStoker/SlopedGrate/Other2WINewPageBiron B24D/F TotalMassSample #1 9/24/2009 DLL 1.33E-02 -4.32E+00 1Coal: Sub-bituminous/Wood: Bark97.04-2.96-------YES CoalStoker/SlopedGrate/Other2WINewPageBiron B24D/F TotalMassSample #2 9/24/2009 DLL 1.38E-02 -4.28E+00 1Coal: Sub-bituminous/Wood: Bark97.04-2.96-------YES CoalStoker/SlopedGrate/Other2WINewPageBiron B24D/F TotalMassSample #3 9/24/2009 DLL 9.99E-03 -4.61E+00 1Coal: Sub-bituminous/Wood: Bark97.04-2.96-------Appendix C-11: Ranked Existing Unit Performance by FuelIn top12%?MACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_common Pollutant_Name TestIDTestDate_commonNonDetect?ng/dscm @7% O2ln (ng/dscm@ 7% O2) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %YES Gas 1 1NCCampLejeuneMCBC-AS-4151-16TEQ Dioxin/Furans Sample #1 no 3.73E-03 -5.59E+00Natural gas------100.00---YES Gas 1 1NCCampLejeuneMCBC-AS-4151-16TEQ Dioxin/Furans Sample #2 no 1.27E-03 -6.67E+00Natural gas------100.00---YES Gas 1 1NCCampLejeuneMCBC-AS-4151-16TEQ Dioxin/Furans Sample #3 no 2.70E-03 -5.92E+00Natural gas------100.00---YES Gas 1 yes 1CORockyMtnSteel212Rod/Bar MillFurnace95OPPB088TEQ Dioxin/Furans M23-1 no DLL 2.70E-03 -5.92E+00Natural gas------100.00---YES Gas 1 yes 1CORockyMtnSteel212Rod/Bar MillFurnace95OPPB088TEQ Dioxin/Furans M23-2 no DLL 2.33E-03 -6.06E+00Natural gas------100.00---YES Gas 1 yes 1CORockyMtnSteel212Rod/Bar MillFurnace95OPPB088TEQ Dioxin/Furans M23-3 no DLL 2.70E-03 -5.91E+00Natural gas------100.00---YES Gas 2 1SCBMWManufacturingCo HB03TEQ Dioxin/Furans Sample #1 no DLL 2.21E-03 -6.11E+00Landfill Gas-------100.00--YES Gas 2 1SCBMWManufacturingCo HB03TEQ Dioxin/Furans Sample #2 no DLL 3.80E-03 -5.57E+00Landfill Gas-------100.00--YES Gas 2 1SCBMWManufacturingCo HB03TEQ Dioxin/Furans Sample #3 no DLL 2.00E-03 -6.22E+00Landfill Gas-------100.00--YES Liquid 1SCMilliken-DeweyD30TEQ Dioxin/Furans Sample #1 no BDL 3.43E-06 -1.26E+01Anhydrides Waste----100.00-----YES Liquid 1SCMilliken-DeweyD30TEQ Dioxin/Furans Sample #2 no BDL 2.88E-06 -1.28E+01Anhydrides Waste----100.00-----YES Liquid 1SCMilliken-DeweyD30TEQ Dioxin/Furans Sample #3 no BDL 2.67E-06 -1.28E+01Anhydrides Waste----100.00-----YES Liquid 2CTElectric Boat EMU 17TEQ Dioxin/Furans Sample #1 no 1.18E-03 -6.75E+00No. 4 Fuel oil-----100.00----YES Liquid 2CTElectric Boat EMU 17TEQ Dioxin/Furans Sample #2 no 1.08E-03 -6.83E+00No. 4 Fuel oil-----100.00----YES Liquid 2CTElectric Boat EMU 17TEQ Dioxin/Furans Sample #3 no 1.03E-03 -6.88E+00No. 4 Fuel oil-----100.00----YES Liquid 3NYConEd59thStStationNewYork Boiler 118TEQ Dioxin/Furans Sample #1 no DLL 1.28E-03 -6.66E+00No. 6 Residual oil----100.00-----YES Liquid 3NYConEd59thStStationNewYork Boiler 118TEQ Dioxin/Furans Sample #2 no DLL 1.23E-03 -6.70E+00No. 6 Residual oil----100.00-----YES Liquid 3NYConEd59thStStationNewYork Boiler 118TEQ Dioxin/Furans Sample #3 no DLL 7.90E-04 -7.14E+00No. 6 Residual oil----100.00-----Appendix C-12: Ranked Existing Unit Performance by Fuel and Combustor DesignIn top12%?MACT FloorFuelCatCombustorDesign Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?ng/dscm @7% O2ln (ng/dscm@ 7% O2) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %yes BiomassDutchOven/Susp.Burner1ORFlakeboardEugene Boiler-2TEQDioxin/FuransM23-1 no DLL 9.27E-03 -4.68E+00Natural gas/Wood: UnadulteratedLumber---30.60--69.40---yes BiomassDutchOven/Susp.Burner1ORFlakeboardEugene Boiler-2TEQDioxin/FuransM23-2 no DLL 6.42E-03 -5.05E+00Natural gas/Wood: UnadulteratedLumber---30.60--69.40---yes BiomassDutchOven/Susp.Burner1ORFlakeboardEugene Boiler-2TEQDioxin/FuransM23-3 no DLL 1.29E-02 -4.35E+00Natural gas/Wood: UnadulteratedLumber---30.60--69.40---yes BiomassFB1ORGeorgiaPacificWaunaMillEU35 -FluidizedBed BoilerTEQDioxin/FuransSample #1 no DLL 2.29E-03 -6.08E+00Hog Fuel/Industrial Sludge/Naturalgas---76.2820.70-3.02---yes BiomassFB1ORGeorgiaPacificWaunaMillEU35 -FluidizedBed BoilerTEQDioxin/FuransSample #2 no DLL 3.00E-03 -5.81E+00Hog Fuel/Industrial Sludge/Naturalgas---76.2820.70-3.02---yes BiomassFB1ORGeorgiaPacificWaunaMillEU35 -FluidizedBed BoilerTEQDioxin/FuransSample #3 no DLL 1.52E-03 -6.49E+00Hog Fuel/Industrial Sludge/Naturalgas---76.2820.70-3.02---yes BiomassFB2ALIPCourtlandNo. 3CombinationBoier /11Cu301TEQDioxin/FuransSample #1 no DLL 2.44E-03 -6.02E+00Industrial Sludge/Natural gas/TireDerived Fuel (TDF)/Wood: Bark--88.42-2.96---8.61-yes BiomassFB2ALIPCourtlandNo. 3CombinationBoier /11Cu301TEQDioxin/FuransSample #2 no DLL 3.05E-03 -5.79E+00Industrial Sludge/Natural gas/TireDerived Fuel (TDF)/Wood: Bark--88.42-2.96---8.61-yes BiomassFB2ALIPCourtlandNo. 3CombinationBoier /11Cu301TEQDioxin/FuransSample #3 no DLL 4.32E-03 -5.44E+00Industrial Sludge/Natural gas/TireDerived Fuel (TDF)/Wood: Bark--88.42-2.96---8.61-yes BiomassFB3TNBowaterNewsprintBubblingFluidizedBed BoilerTEQDioxin/FuransSample #1 no DLL 2.97E-03 -5.82E+00Biomass/Tire Derived Fuel(TDF)/Wood: Bark--93.792.59----3.62-yes BiomassFB3TNBowaterNewsprintBubblingFluidizedBed BoilerTEQDioxin/FuransSample #2 no DLL 6.09E-03 -5.10E+00Biomass/Tire Derived Fuel(TDF)/Wood: Bark--93.792.59----3.62-yes BiomassFB3TNBowaterNewsprintBubblingFluidizedBed BoilerTEQDioxin/FuransSample #3 no DLL 6.83E-03 -4.99E+00Biomass/Tire Derived Fuel(TDF)/Wood: Bark--93.792.59----3.62-yes BiomassFB4GATempleInlandRome WFTEQDioxin/FuransSample #1 no DLL 1.89E-02 -3.97E+00Wood: Bark--100.00-------yes BiomassFB4GATempleInlandRome WFTEQDioxin/FuransSample #2 no DLL 3.80E-03 -5.57E+00Wood: Bark--100.00-------yes BiomassFB4GATempleInlandRome WFTEQDioxin/FuransSample #3 no DLL 5.64E-03 -5.18E+00Wood: Bark--100.00-------yes BiomassFuel Cell1WAWeyerhaeuser_RaymondHog FuelBoiler EU1TEQDioxin/FuransSample #1 no DLL 2.45E-04 -8.31E+00Hog Fuel---100.00------yes BiomassFuel Cell1WAWeyerhaeuser_RaymondHog FuelBoiler EU1TEQDioxin/FuransSample #2 no 2.71E-04 -8.21E+00Hog Fuel---100.00------yes BiomassFuel Cell1WAWeyerhaeuser_RaymondHog FuelBoiler EU1TEQDioxin/FuransSample #3 no DLL 2.09E-04 -8.47E+00Hog Fuel---100.00------yes BiomassFuel Cell2MSWeyerhaeuserBruceAA-002 No.2 BoilerTEQDioxin/FuransSample #1 no DLL 4.06E-03 -5.51E+00Hog Fuel---100.00------yes BiomassFuel Cell2MSWeyerhaeuserBruceAA-002 No.2 BoilerTEQDioxin/FuransSample #2 no DLL 2.78E-03 -5.89E+00Hog Fuel---100.00------Appendix C-12: Ranked Existing Unit Performance by Fuel and Combustor DesignIn top12%?MACT FloorFuelCatCombustorDesign Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?ng/dscm @7% O2ln (ng/dscm@ 7% O2) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %yes BiomassFuel Cell2MSWeyerhaeuserBruceAA-002 No.2 BoilerTEQDioxin/FuransSample #3 no DLL 3.21E-03 -5.74E+00Hog Fuel---100.00------yes BiomassFuel Cell3ORWeyerhaeuserCoWarrentonLumberMill 3-HFBTEQDioxin/FuransSample #2 no 4.46E-03 -5.41E+00Hog Fuel---100.00------yes BiomassFuel Cell4ARWeyerhaeuserDierksMill SN-45TEQDioxin/FuransSample #1 no DLL 1.47E-02 -4.22E+00Hog Fuel---100.00------yes BiomassFuel Cell4ARWeyerhaeuserDierksMill SN-45TEQDioxin/FuransSample #2 no DLL 2.88E-05 -1.05E+01Hog Fuel---100.00------yes BiomassFuel Cell4ARWeyerhaeuserDierksMill SN-45TEQDioxin/FuransSample #3 no DLL 1.07E-02 -4.54E+00Hog Fuel---100.00------yes BiomassFuel Cell5ARAnthonyForestProducts SN-12TEQDioxin/FuransSample #1 no DLL 1.48E-02 -4.21E+00Wood: Bark/Wood: UnadulteratedLumber/Wood: UnadulteratedTimber--100.00-------yes BiomassFuel Cell5ARAnthonyForestProducts SN-12TEQDioxin/FuransSample #2 no DLL 5.51E-03 -5.20E+00Wood: Bark/Wood: UnadulteratedLumber/Wood: UnadulteratedTimber--100.00-------yes BiomassFuel Cell5ARAnthonyForestProducts SN-12TEQDioxin/FuransSample #3 no DLL 1.07E-02 -4.54E+00Wood: Bark/Wood: UnadulteratedLumber/Wood: UnadulteratedTimber--100.00-------yes BiomassStoker/SlopedGrate/Other1ARGBPMorrilton SN-04TEQDioxin/Furans1 no DLL 2.20E-05 -1.07E+01/Wood: Bark/--100.00-------yes BiomassStoker/SlopedGrate/Other1ARGBPMorrilton SN-04TEQDioxin/Furans2 no 1.16E-05 -1.14E+01/Wood: Bark/--100.00-------yes BiomassStoker/SlopedGrate/Other1ARGBPMorrilton SN-04TEQDioxin/Furans3 no DLL 1.20E-05 -1.13E+01/Wood: Bark/--100.00-------yes BiomassStoker/SlopedGrate/Other2MEBoralexStratton Boiler #1TEQDioxin/FuransSample #1 no DLL 9.67E-04 -6.94E+00Wood: Bark/Wood: UnadulteratedTimber--100.00-------yes BiomassStoker/SlopedGrate/Other2MEBoralexStratton Boiler #1TEQDioxin/FuransSample #2 no 2.76E-03 -5.89E+00Wood: Bark/Wood: UnadulteratedTimber--100.00-------yes BiomassStoker/SlopedGrate/Other2MEBoralexStratton Boiler #1TEQDioxin/FuransSample #3 no DLL 1.14E-03 -6.78E+00Wood: Bark/Wood: UnadulteratedTimber--100.00-------yes CoalFB1SCSonocoHartsvilleBoilerNumber 9TEQDioxin/Furans1 no DLL 6.15E-06 -1.20E+01/Coal: Bituminous/100.00---------yes CoalFB1SCSonocoHartsvilleBoilerNumber 9TEQDioxin/Furans2 no DLL 9.14E-06 -1.16E+01/Coal: Bituminous/100.00---------yes CoalFB1SCSonocoHartsvilleBoilerNumber 9TEQDioxin/Furans3 no DLL 1.19E-05 -1.13E+01/Coal: Bituminous/100.00---------yes CoalFB2INPurdueUniverisity Boiler 5TEQDioxin/FuransSample #1 no DLL 8.43E-04 -7.08E+00Coal: Bituminous100.00---------yes CoalFB2INPurdueUniverisity Boiler 5TEQDioxin/FuransSample #2 no DLL 9.55E-04 -6.95E+00Coal: Bituminous100.00---------yes CoalFB2INPurdueUniverisity Boiler 5TEQDioxin/FuransSample #3 no DLL 1.00E-03 -6.91E+00Coal: Bituminous100.00---------yes CoalPC1GAGPCedarSpringsU500 -Power BoilerNo 1TEQDioxin/FuransSample #1 no DLL 1.02E-03 -6.89E+00Coal: Bituminous/Natural gas/TireDerived Fuel (TDF)/Wood: BarkAppendix C-12: Ranked Existing Unit Performance by Fuel and Combustor DesignIn top12%?MACT FloorFuelCatCombustorDesign Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?ng/dscm @7% O2ln (ng/dscm@ 7% O2) Fuel Coal % Bagasse % Wet Biomass % Dry Biomass % Heavy Liquid % Light Liquid % Gas 1% Gas 2% Other % Waste %yes CoalPC1GAGPCedarSpringsU500 -Power BoilerNo 1TEQDioxin/FuransSample #2 no DLL 9.76E-04 -6.93E+00Coal: Bituminous/Natural gas/TireDerived Fuel (TDF)/Wood: Barkyes CoalPC1GAGPCedarSpringsU500 -Power BoilerNo 1TEQDioxin/FuransSample #3 no DLL 1.12E-03 -6.79E+00Coal: Bituminous/Natural gas/TireDerived Fuel (TDF)/Wood: Barkyes CoalPC2WVPPGMartinsvilleR011-Boiler3TEQDioxin/FuransSample #1 no DLL 2.44E-03 -6.02E+00Coal: Bituminous100.00---------yes CoalPC2WVPPGMartinsvilleR011-Boiler3TEQDioxin/FuransSample #2 no DLL 2.07E-03 -6.18E+00Coal: Bituminous100.00---------yes CoalPC2WVPPGMartinsvilleR011-Boiler3TEQDioxin/FuransSample #3 no DLL 1.86E-03 -6.29E+00Coal: Bituminous100.00---------yes CoalStoker/SlopedGrate/Other1WINewPageBiron B24TEQDioxin/FuransSample #1 no DLL 1.35E-03 -6.60E+00Coal: Sub-bituminous/Wood: Bark97.04-2.96-------yes CoalStoker/SlopedGrate/Other1WINewPageBiron B24TEQDioxin/FuransSample #2 no DLL 1.78E-03 -6.33E+00Coal: Sub-bituminous/Wood: Bark97.04-2.96-------yes CoalStoker/SlopedGrate/Other1WINewPageBiron B24TEQDioxin/FuransSample #3 no DLL 1.42E-03 -6.55E+00Coal: Sub-bituminous/Wood: Bark97.04-2.96-------yes CoalStoker/SlopedGrate/Other2ILAbbottAbbottPark Unit 5APTEQDioxin/FuransSample #1 no DLL 2.16E-03 -6.14E+00Coal: Bituminous100.00---------yes CoalStoker/SlopedGrate/Other2ILAbbottAbbottPark Unit 5APTEQDioxin/FuransSample #2 no DLL 1.91E-03 -6.26E+00Coal: Bituminous100.00---------yes CoalStoker/SlopedGrate/Other2ILAbbottAbbottPark Unit 5APTEQDioxin/FuransSample #3 no DLL 2.32E-03 -6.07E+00Coal: Bituminous100.00---------

# Appendix D-1: UPL Calculations for Existing Units

MACT Floor by Fuel Typ e Reported Values LN(reported values)

Parameters PM Filterable

(lb/mmBtu) PM Filterable

(lb/mmBtu)

Biomass

No. of sources = 192 192

No. in MACT floor = 24 24

Avge of top 12% = 6.06E-03 -5.69E+00

Std Deviation of top 12% = 7.79E-03 1.15E+00

Skewness = 4.03 -0.46

Kurtosis = 25.75 1.18

SE Skewness 0.17 0.17

Skewness Test non-normal normal

SE Kurtosis 0.35 0.35

Kurtosis Test non-normal non-normal

Number of test runs = 197 197

Number of test runs that contained non-detect

values 2 2

Highest test run = 7.10E-02 -2.65E+00

99% t-statistic for UPL 2.35E+00 2.35E+00

99% UPL of top 12% (test runs) = 1.67E-02 1.62E-02

Coal

No. of sources = 366 366

No. in MACT floor = 44 44

Avge of top 12% = 7.24E-03 -5.66E+00

Std Deviation of top 12% = 1.11E-02 1.21E+00

Skewness = 3.08 0.05

Kurtosis = 9.98 0.33

SE Skewness 0.15 0.15

Skewness Test non-normal normal

SE Kurtosis 0.29 0.29

Kurtosis Test non-normal normal

Number of test runs = 279 279

Number of test runs that contained non-detect

values 3 3

Highest test run = 6.40E-02 -2.75E+00

99% t-statistic for UPL 2.34E+00 2.34E+00

99% UPL of top 12% (test runs) = 2.23E-02 1.79E-02

Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix D-1: UPL Calculations for Existing Units

MACT Floor by Fuel Typ e Reported Values LN(reported values)

Parameters PM Filterable

(lb/mmBtu) PM Filterable

(lb/mmBtu)

Liquid

No. of sources = 91 91

No. in MACT floor = 11 11

Avge of top 12% = 1.40E-03 -6.77E+00

Std Deviation of top 12% = 8.09E-04 7.09E-01

Skewness = 1.06 -1.33

Kurtosis = 1.62 3.41

SE Skewness 0.39 0.39

Skewness Test non-normal normal

SE Kurtosis 0.78 0.78

Kurtosis Test non-normal non-normal

Number of test runs = 39 39

Number of test runs that contained non-detect

values 1 1

Highest test run = 4.00E-03 -5.52E+00

99% t-statistic for UPL 2.43E+00 2.43E+00

99% UPL of top 12% (test runs) = 2.57E-03 3.23E-03

Gas 1 - Excluding Metal Industry Furnaces

No. of sources = 144 144

No. in MACT floor = 18 18

Avge of top 12% = 3.88E-03 -7.45E+00

Std Deviation of top 12% = 1.45E-02 1.48E+00

Skewness = 6.14 1.69

Kurtosis = 42.28 2.99

SE Skewness 0.30 0.30

Skewness Test non-normal non-normal

SE Kurtosis 0.60 0.60

Kurtosis Test non-normal non-normal

Number of test runs = 66 66

Number of test runs that contained non-detect

values 0 0

Highest test run = 1.08E-01 -2.23E+00

99% t-statistic for UPL 2.39E+00 2.39E+00

99% UPL of top 12% (test runs) = 2.42E-02 4.67E-03

Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix D-1: UPL Calculations for Existing Units

MACT Floor by Fuel Typ e Reported Values LN(reported values)

Parameters PM Filterable

(lb/mmBtu) PM Filterable

(lb/mmBtu)

Gas 1 - Metal Industry Furnaces

No. of sources = 9 9

No. in MACT floor = 2 2

Avge of top 12% = 4.70E-03 -7.84E+00

Std Deviation of top 12% = 6.45E-03 3.50E+00

Skewness = 1.00 -0.49

Kurtosis = -1.03 -1.70

SE Skewness 0.82 0.82

Skewness Test normal normal

SE Kurtosis 1.63 1.63

Kurtosis Test normal normal

Number of test runs = 9 9

Number of test runs that contained non-detect

values 0 0

Highest test run = 1.53E-02 -4.18E+00

99% t-statistic for UPL 2.90E+00 2.90E+00

99% UPL of top 12% (test runs) = 1.72E-02 3.41E-01

Gas 2

No. of sources = 13 13

No. in MACT floor = 2 2

Avge of top 12% = 1.10E-02 -5.24E+00

Std Deviation of top 12% = 1.15E-02 1.45E+00

Skewness = 1.23 -0.61

Kurtosis = 0.71 -0.39

SE Skewness 0.43 0.43

Skewness Test non-normal normal

SE Kurtosis 0.85 0.85

Kurtosis Test normal normal

Number of test runs = 33 33

Number of test runs that contained non-detect

values 0 0

Highest test run = 4.21E-02 -3.17E+00

99% t-statistic for UPL 2.45E+00 2.45E+00

99% UPL of top 12% (test runs) = 2.79E-02 4.50E-02

Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix D-2: UPL Calculations for Existing Units

MACT Floor by Fuel Typ e Reported Values LN(reported values)

Parameters Hg

(lb/mmBtu) Hg

(lb/mmBtu)

Biomass

No. of sources = 91 91

No. in MACT floor = 11 11

Avge of top 12% = 3.46E-07 -1.51E+01

Std Deviation of top 12% = 2.31E-07 7.04E-01

Skewness = 0.94 -0.27

Kurtosis = -0.27 -0.07

SE Skewness 0.34 0.34

Skewness Test non-normal normal

SE Kurtosis 0.67 0.67

Kurtosis Test normal normal

Number of test runs = 53 53

Number of test runs that contained non-detect

values 30 30

Highest test run = 9.18E-07 -1.39E+01

99% t-statistic for UPL 2.40E+00 2.40E+00

99% UPL of top 12% (test runs) = 6.76E-07 7.52E-07

Coal

No. of sources = 285 285

No. in MACT floor = 35 35

Avge of top 12% = 5.95E-07 -1.49E+01

Std Deviation of top 12% = 7.76E-07 1.19E+00

Skewness = 3.17 -0.44

Kurtosis = 12.04 0.48

SE Skewness 0.19 0.19

Skewness Test non-normal normal

SE Kurtosis 0.39 0.39

Kurtosis Test non-normal normal

Number of test runs = 161 161

Number of test runs that contained non-detect

values 60 60

Highest test run = 5.07E-06 -1.22E+01

99% t-statistic for UPL 2.35E+00 2.35E+00

99% UPL of top 12% (test runs) = 1.66E-06 1.64E-06

Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix D-2: UPL Calculations for Existing Units

MACT Floor by Fuel Typ e Reported Values LN(reported values)

Parameters Hg

(lb/mmBtu) Hg

(lb/mmBtu)

Liquid

No. of sources = 177 177

No. in MACT floor = 22 22

Avge of top 12% = 1.91E-06 -1.34E+01

Std Deviation of top 12% = 6.40E-07 8.59E-01

Skewness = -2.26 -2.68

Kurtosis = 3.28 5.94

SE Skewness 0.12 0.12

Skewness Test normal normal

SE Kurtosis 0.24 0.24

Kurtosis Test non-normal non-normal

Number of test runs = 400 400

Number of test runs that contained non-detect

values 377 377

Highest test run = 2.25E-06 -1.30E+01

99% t-statistic for UPL 2.34E+00 2.34E+00

99% UPL of top 12% (test runs) = 2.78E-06 5.05E-06

Gas 1 - Excluding Metal Industry Furnaces

No. of sources = 14 14

No. in MACT floor = 2 2

Avge of top 12% = 1.07E-07 -1.61E+01

Std Deviation of top 12% = 3.73E-08 3.49E-01

Skewness = 0.64 -0.01

Kurtosis = -0.27 -0.12

SE Skewness 1.00 1.00

Skewness Test normal normal

SE Kurtosis 2.00 2.00

Kurtosis Test normal normal

Number of test runs = 6 6

Number of test runs that contained non-detect

values 0 0

Highest test run = 1.65E-07 -1.56E+01

99% t-statistic for UPL 3.36E+00 3.36E+00

99% UPL of top 12% (test runs) = 1.96E-07 2.34E-07

Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix D-2: UPL Calculations for Existing Units

MACT Floor by Fuel Typ e Reported Values LN(reported values)

Parameters Hg

(lb/mmBtu) Hg

(lb/mmBtu)

Gas 1 - Metal Industry Furnaces

No. of sources = 7 7

No. in MACT floor = 1 1

Avge of top 12% = 3.32E-08 -1.74E+01

Std Deviation of top 12% = 2.65E-08 8.31E-01

Skewness = 1.29 0.38

Kurtosis = #DIV/0! #DIV/0!

SE Skewness 1.41 1.41

Skewness Test normal normal

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 3 3

Number of test runs that contained non-detect

values 0 0

Highest test run = 6.28E-08 -1.66E+01

99% t-statistic for UPL 6.96E+00 6.96E+00

99% UPL of top 12% (test runs) = 1.84E-07 2.98E-06

Gas 2

No. of sources = 8 8

No. in MACT floor = 1 1

Avge of top 12% = 8.25E-08 -1.63E+01

Std Deviation of top 12% = 1.82E-08 2.13E-01

Skewness = 1.38 1.24

Kurtosis = #DIV/0! #DIV/0!

SE Skewness 1.41 1.41

Skewness Test normal normal

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 3 3

Number of test runs that contained non-detect

values 3 3

Highest test run = 1.03E-07 -1.61E+01

99% t-statistic for UPL 6.96E+00 6.96E+00

99% UPL of top 12% (test runs) = 1.86E-07 2.73E-07

Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix D-3: UPL Calculations for Existing Units

MACT Floor by Fuel Typ e Reported Values LN(reported values)

Parameters HCl

(lb/mmBtu) HCl

(lb/mmBtu)

Biomass

No. of sources = 92 92

No. in MACT floor = 12 12

Avge of top 12% = 4.34E-03 -8.39E+00

Std Deviation of top 12% = 1.26E-02 2.29E+00

Skewness = 3.48 0.82

Kurtosis = 12.51 0.71

SE Skewness 0.34 0.34

Skewness Test non-normal non-normal

SE Kurtosis 0.68 0.68

Kurtosis Test non-normal normal

Number of test runs = 52 52

Number of test runs that contained non-detect

values 17 17

Highest test run = 6.43E-02 -2.74E+00

99% t-statistic for UPL 2.40E+00 2.40E+00

99% UPL of top 12% (test runs) = 2.22E-02 6.00E-03

Coal

No. of sources = 318 318

No. in MACT floor = 39 39

Avge of top 12% = 4.23E-03 -7.08E+00

Std Deviation of top 12% = 1.89E-02 1.59E+00

Skewness = 6.98 0.02

Kurtosis = 47.84 1.25

SE Skewness 0.20 0.20

Skewness Test non-normal normal

SE Kurtosis 0.39 0.39

Kurtosis Test non-normal non-normal

Number of test runs = 157 157

Number of test runs that contained non-detect

values 25 25

Highest test run = 1.40E-01 -1.97E+00

99% t-statistic for UPL 2.35E+00 2.35E+00

99% UPL of top 12% (test runs) = 3.02E-02 7.38E-03

Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix D-3: UPL Calculations for Existing Units

MACT Floor by Fuel Typ e Reported Values LN(reported values)

Parameters HCl

(lb/mmBtu) HCl

(lb/mmBtu)

Liquid

No. of sources = 190 190

No. in MACT floor = 23 23

Avge of top 12% = 2.59E-04 -8.34E+00

Std Deviation of top 12% = 4.97E-05 6.59E-01

Skewness = -1.31 -6.35

Kurtosis = 29.24 40.99

SE Skewness 0.10 0.10

Skewness Test normal normal

SE Kurtosis 0.21 0.21

Kurtosis Test non-normal non-normal

Number of test runs = 556 556

Number of test runs that contained non-detect

values 535 535

Highest test run = 6.24E-04 -7.38E+00

99% t-statistic for UPL 2.33E+00 2.33E+00

99% UPL of top 12% (test runs) = 3.26E-04 5.82E-04

Gas 1 - Excluding Metal Industry Furnaces

No. of sources = 11 11

No. in MACT floor = 2 2

Avge of top 12% = 1.01E-04 -9.29E+00

Std Deviation of top 12% = 3.91E-05 5.02E-01

Skewness = -1.08 -1.39

Kurtosis = -0.72 0.79

SE Skewness 1.00 1.00

Skewness Test normal normal

SE Kurtosis 2.00 2.00

Kurtosis Test normal normal

Number of test runs = 6 6

Number of test runs that contained non-detect

values 5 5

Highest test run = 1.30E-04 -8.95E+00

99% t-statistic for UPL 3.36E+00 3.36E+00

99% UPL of top 12% (test runs) = 1.94E-04 3.04E-04

Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix D-3: UPL Calculations for Existing Units

MACT Floor by Fuel Typ e Reported Values LN(reported values)

Parameters HCl

(lb/mmBtu) HCl

(lb/mmBtu)

Gas 1 - Metal Industry Furnaces

No. of sources = 9 9

No. in MACT floor = 2 2

Avge of top 12% = 1.92E-04 -8.66E+00

Std Deviation of top 12% = 8.04E-05 5.32E-01

Skewness = -0.85 -0.90

Kurtosis = -1.63 -1.47

SE Skewness 0.82 0.82

Skewness Test normal normal

SE Kurtosis 1.63 1.63

Kurtosis Test normal normal

Number of test runs = 9 9

Number of test runs that contained non-detect

values 6 6

Highest test run = 2.54E-04 -8.28E+00

99% t-statistic for UPL 2.90E+00 2.90E+00

99% UPL of top 12% (test runs) = 3.48E-04 4.83E-04

Gas 2

No. of sources = 8 8

No. in MACT floor = 1 1

Avge of top 12% = 1.70E-06 -1.33E+01

Std Deviation of top 12% = 1.41E-07 8.25E-02

Skewness = 0.63 0.51

Kurtosis = #DIV/0! #DIV/0!

SE Skewness 1.41 1.41

Skewness Test normal normal

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 3 3

Number of test runs that contained non-detect

values 3 3

Highest test run = 1.85E-06 -1.32E+01

99% t-statistic for UPL 6.96E+00 6.96E+00

99% UPL of top 12% (test runs) = 2.50E-06 2.71E-06

Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix D-4: UPL Calculations for Existing Units

MACT Floor by Fuel Typ e Reported Values LN(reported values)

Parameters CO

(ppm @ 3% O2) CO

(ppm @ 3% O2)

Liquid

No. of sources = 116 116

No. in MACT floor = 14 14

Avge of top 12% = 4.43E-01 -1.16E+00

Std Deviation of top 12% = 3.22E-01 9.31E-01

Skewness = 0.61 -0.60

Kurtosis = -0.64 -0.50

SE Skewness 0.39 0.39

Skewness Test normal normal

SE Kurtosis 0.77 0.77

Kurtosis Test normal normal

Number of test runs = 40 40

Number of test runs that contained non-detect

values 11 11

Highest test run = 1.22E+00 1.95E-01

99% t-statistic for UPL 2.43E+00 2.43E+00

99% UPL of top 12% (test runs) = 9.11E-01 1.22E+00

Gas 1 - Excluding Metal Industry Furnaces

No. of sources = 754 754

No. in MACT floor = 91 91

Avge of top 12% = 1.45E+00 -1.95E+00

Std Deviation of top 12% = 1.16E+01 1.32E+00

Skewness = 13.74 2.08

Kurtosis = 207.35 6.81

SE Skewness 0.14 0.14

Skewness Test non-normal non-normal

SE Kurtosis 0.28 0.28

Kurtosis Test non-normal non-normal

Number of test runs = 299 299

Number of test runs that contained non-detect

values 120 120

Highest test run = 1.84E+02 5.21E+00

99% t-statistic for UPL 2.34E+00 2.34E+00

99% UPL of top 12% (test runs) = 1.72E+01 8.55E-01

Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix D-4: UPL Calculations for Existing Units

Parameters CO

(ppm @ 3% O2) CO

(ppm @ 3% O2)

Gas 1 - Metal Industry Furnaces

No. of sources = 15 15

No. in MACT floor = 2 2

Avge of top 12% = 3.79E-01 -1.27E+00

Std Deviation of top 12% = 2.99E-01 8.79E-01

Skewness = 0.81 -0.01

Kurtosis = -0.51 -1.88

SE Skewness 1.00 1.00

Skewness Test normal normal

SE Kurtosis 2.00 2.00

Kurtosis Test normal normal

Number of test runs = 6 6

Number of test runs that contained non-detect

values 0 0

Highest test run = 8.59E-01 -1.52E-01

99% t-statistic for UPL 3.36E+00 3.36E+00

99% UPL of top 12% (test runs) = 1.09E+00 2.28E+00

Gas 2

No. of sources = 75 75

No. in MACT floor = 9 9

Avge of top 12% = 7.37E-02 -2.89E+00

Std Deviation of top 12% = 4.04E-02 8.91E-01

Skewness = -0.77 -0.90

Kurtosis = -1.43 -1.13

SE Skewness 0.45 0.45

Skewness Test normal normal

SE Kurtosis 0.89 0.89

Kurtosis Test normal normal

Number of test runs = 30 30

Number of test runs that contained non-detect

values 2 2

Highest test run = 1.10E-01 -2.21E+00

99% t-statistic for UPL 2.46E+00 2.46E+00

99% UPL of top 12% (test runs) = 1.34E-01 2.10E-01

Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix D-4: UPL Calculations for Existing Units

Parameters CO

(ppm @ 3% O2) CO

(ppm @ 3% O2)

MACT Floor by Combusto r Reported Values LN(reported values)

Parameters CO

(ppm @ 3% O2) CO

(ppm @ 3% O2)

Biomass - Dutch Oven

No. of sources = 17 17

No. in MACT floor = 3 3

Avge of top 12% = 3.62E+02 5.51E+00

Std Deviation of top 12% = 3.32E+02 9.79E-01

Skewness = 2.34 -0.92

Kurtosis = 6.84 1.59

SE Skewness 0.35 0.35

Skewness Test non-normal normal

SE Kurtosis 0.71 0.71

Kurtosis Test non-normal non-normal

Number of test runs = 48 48

Number of test runs that contained non-detect

values 0 0

Highest test run = 1.72E+03 7.45E+00

99% t-statistic for UPL 2.41E+00 2.41E+00

99% UPL of top 12% (test runs) = 8.38E+02 1.01E+03

Biomass - Fluidized Bed

No. of sources = 7 7

No. in MACT floor = 5 5

Avge of top 12% = 9.71E+01 4.27E+00

Std Deviation of top 12% = 8.34E+01 8.08E-01

Skewness = 1.83 0.14

Kurtosis = 3.56 -0.83

SE Skewness 0.50 0.50

Skewness Test non-normal normal

SE Kurtosis 1.00 1.00

Kurtosis Test non-normal normal

Number of test runs = 24 24

Number of test runs that contained non-detect

values 0 0

Highest test run = 3.48E+02 5.85E+00

99% t-statistic for UPL 2.50E+00 2.50E+00

99% UPL of top 12% (test runs) = 2.25E+02 2.45E+02

Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix D-4: UPL Calculations for Existing Units

Parameters CO

(ppm @ 3% O2) CO

(ppm @ 3% O2)

Biomass - Fuel Cell

No. of sources = 16 16

No. in MACT floor = 5 5

Avge of top 12% = 1.30E+02 4.69E+00

Std Deviation of top 12% = 7.82E+01 6.03E-01

Skewness = 0.86 0.12

Kurtosis = -0.26 -1.17

SE Skewness 0.40 0.40

Skewness Test non-normal normal

SE Kurtosis 0.79 0.79

Kurtosis Test normal normal

Number of test runs = 38 38

Number of test runs that contained non-detect

values 0 0

Highest test run = 3.10E+02 5.74E+00

99% t-statistic for UPL 2.43E+00 2.43E+00

99% UPL of top 12% (test runs) = 2.44E+02 2.62E+02

Biomass - Stoker

No. of sources = 119 119

No. in MACT floor = 15 15

Avge of top 12% = 2.03E+02 4.57E+00

Std Deviation of top 12% = 4.08E+02 1.23E+00

Skewness = 5.12 -0.67

Kurtosis = 28.47 2.92

SE Skewness 0.30 0.30

Skewness Test non-normal normal

SE Kurtosis 0.60 0.60

Kurtosis Test non-normal non-normal

Number of test runs = 67 67

Number of test runs that contained non-detect

values 0 0

Highest test run = 2.78E+03 7.93E+00

99% t-statistic for UPL 2.38E+00 2.38E+00

99% UPL of top 12% (test runs) = 7.77E+02 5.51E+02

Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix D-4: UPL Calculations for Existing Units

Parameters CO

(ppm @ 3% O2) CO

(ppm @ 3% O2)

Coal - FB

No. of sources = 17 17

No. in MACT floor = 3 3

Avge of top 12% = 1.25E+01 2.43E+00

Std Deviation of top 12% = 4.64E+00 5.41E-01

Skewness = -1.15 -1.92

Kurtosis = 0.63 3.72

SE Skewness 0.82 0.82

Skewness Test normal normal

SE Kurtosis 1.63 1.63

Kurtosis Test normal non-normal

Number of test runs = 9 9

Number of test runs that contained non-detect

values 0 0

Highest test run = 1.68E+01 2.82E+00

99% t-statistic for UPL 2.90E+00 2.90E+00

99% UPL of top 12% (test runs) = 2.14E+01 3.21E+01

Coal - PC

No. of sources = 41 41

No. in MACT floor = 5 5

Avge of top 12% = 1.92E+01 -2.38E-01

Std Deviation of top 12% = 3.29E+01 3.04E+00

Skewness = 1.24 0.59

Kurtosis = -0.50 -1.34

SE Skewness 0.50 0.50

Skewness Test non-normal normal

SE Kurtosis 1.00 1.00

Kurtosis Test normal normal

Number of test runs = 24 24

Number of test runs that contained non-detect

values 0 0

Highest test run = 7.79E+01 4.36E+00

99% t-statistic for UPL 2.50E+00 2.50E+00

99% UPL of top 12% (test runs) = 6.97E+01 8.28E+01

Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix D-4: UPL Calculations for Existing Units

Parameters CO

(ppm @ 3% O2) CO

(ppm @ 3% O2)

Coal - Stoker

No. of sources = 61 61

No. in MACT floor = 8 8

Avge of top 12% = 2.14E+01 2.90E+00

Std Deviation of top 12% = 1.10E+01 6.43E-01

Skewness = 1.04 -1.26

Kurtosis = 3.21 1.67

SE Skewness 0.50 0.50

Skewness Test non-normal normal

SE Kurtosis 1.00 1.00

Kurtosis Test non-normal normal

Number of test runs = 24 24

Number of test runs that contained non-detect

values 0 0

Highest test run = 5.57E+01 4.02E+00

99% t-statistic for UPL 2.50E+00 2.50E+00

99% UPL of top 12% (test runs) = 3.82E+01 4.88E+01

Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix D-5: UPL Calculations for Existing Units

MACT Floor by Fuel Typ e Reported Values LN(reported values)

Parameters PCDD/PCDF

(ng/dscm @ 7% O2) PCDD/PCDF

(ng/dscm @ 7% O2)

Liquid

No. of sources = 17 17

No. in MACT floor = 3 3

Avge of top 12% = 7.33E-04 -8.79E+00

Std Deviation of top 12% = 5.65E-04 2.95E+00

Skewness = -0.64 -0.85

Kurtosis = -1.78 -1.71

SE Skewness 0.82 0.82

Skewness Test normal normal

SE Kurtosis 1.63 1.63

Kurtosis Test normal normal

Number of test runs = 9 9

Number of test runs that contained non-detect

values 6 6

Highest test run = 1.28E-03 -6.66E+00

99% t-statistic for UPL 2.90E+00 2.90E+00

99% UPL of top 12% (test runs) = 1.82E-03 4.54E-02

Gas 1 - Excluding Metal Industry Furnaces

No. of sources = 8 8

No. in MACT floor = 1 1

Avge of top 12% = 2.57E-03 -6.06E+00

Std Deviation of top 12% = 1.23E-03 5.52E-01

Skewness = -0.47 -1.08

Kurtosis = #DIV/0! #DIV/0!

SE Skewness 1.41 1.41

Skewness Test normal normal

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 3 3

Number of test runs that contained non-detect

values 0 0

Highest test run = 3.73E-03 -5.59E+00

99% t-statistic for UPL 6.96E+00 6.96E+00

99% UPL of top 12% (test runs) = 9.59E-03 5.41E-02

Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix D-5: UPL Calculations for Existing Units

Parameters PCDD/PCDF

(ng/dscm @ 7% O2) PCDD/PCDF

(ng/dscm @ 7% O2)

Gas 1 - Metal Industry Furnaces

No. of sources = 7 7

No. in MACT floor = 1 1

Avge of top 12% = 2.58E-03 -5.96E+00

Std Deviation of top 12% = 2.15E-04 8.58E-02

Skewness = -1.73 -1.73

Kurtosis = #DIV/0! #DIV/0!

SE Skewness 1.41 1.41

Skewness Test normal normal

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 3 3

Number of test runs that contained non-detect

values 3 3

Highest test run = 2.70E-03 -5.91E+00

99% t-statistic for UPL 6.96E+00 6.96E+00

99% UPL of top 12% (test runs) = 3.80E-03 4.19E-03

Gas 2

No. of sources = 5 5

No. in MACT floor = 1 1

Avge of top 12% = 2.67E-03 -5.97E+00

Std Deviation of top 12% = 9.86E-04 3.46E-01

Skewness = 1.64 1.56

Kurtosis = #DIV/0! #DIV/0!

SE Skewness 1.41 1.41

Skewness Test normal normal

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 3 3

Number of test runs that contained non-detect

values 3 3

Highest test run = 3.80E-03 -5.57E+00

99% t-statistic for UPL 6.96E+00 6.96E+00

99% UPL of top 12% (test runs) = 8.28E-03 1.83E-02

Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix D-5: UPL Calculations for Existing Units

Parameters PCDD/PCDF

(ng/dscm @ 7% O2) PCDD/PCDF

(ng/dscm @ 7% O2)

MACT Floor by Combusto r Reported Values LN(reported values)

Parameters PCDD/PCDF

(ng/dscm @ 7% O2) PCDD/PCDF

(ng/dscm @ 7% O2)

Biomass - Dutch Oven

No. of sources = 3 3

No. in MACT floor = 1 1

Avge of top 12% = 9.52E-03 -4.69E+00

Std Deviation of top 12% = 3.23E-03 3.48E-01

Skewness = 0.34 -0.17

Kurtosis = #DIV/0! #DIV/0!

SE Skewness 1.41 1.41

Skewness Test normal normal

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 3 3

Number of test runs that contained non-detect

values 3 3

Highest test run = 1.29E-02 -4.35E+00

99% t-statistic for UPL 6.96E+00 6.96E+00

99% UPL of top 12% (test runs) = 2.79E-02 6.63E-02

Biomass - Fluidized Bed

No. of sources = 6 6

No. in MACT floor = 5 5

Avge of top 12% = 5.07E-03 -5.52E+00

Std Deviation of top 12% = 4.65E-03 6.56E-01

Skewness = 2.75 1.06

Kurtosis = 8.40 1.91

SE Skewness 0.71 0.71

Skewness Test non-normal normal

SE Kurtosis 1.41 1.41

Kurtosis Test non-normal normal

Distribution = L N

Number of test runs = 12 12

Number of test runs that contained non-detect

values 12 12

Highest test run = 1.89E-02 -3.97E+00

99% t-statistic for UPL 2.72E+00 2.72E+00

99% t-statistic for UL 2.68E+00 2.68E+00

99% UPL of top 12% (test runs) = 1.32E-02 1.27E-02

99% UL of top 12% (test runs) = 1.75E-02 2.32E-02

Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix D-5: UPL Calculations for Existing Units

Parameters PCDD/PCDF

(ng/dscm @ 7% O2) PCDD/PCDF

(ng/dscm @ 7% O2)

Biomass - Fuel Cell

No. of sources = 7 7

No. in MACT floor = 5 5

Avge of top 12% = 5.52E-03 -6.21E+00

Std Deviation of top 12% = 5.43E-03 1.99E+00

Skewness = 0.75 -0.98

Kurtosis = -0.86 -0.11

SE Skewness 0.68 0.68

Skewness Test normal normal

SE Kurtosis 1.36 1.36

Kurtosis Test normal normal

Number of test runs = 13 13

Number of test runs that contained non-detect

values 11 11

Highest test run = 1.48E-02 -4.21E+00

99% t-statistic for UPL 2.68E+00 2.68E+00

99% UPL of top 12% (test runs) = 1.48E-02 6.15E-02

Biomass - Stoker

No. of sources = 16 16

No. in MACT floor = 2 2

Avge of top 12% = 8.19E-04 -8.84E+00

Std Deviation of top 12% = 1.08E-03 2.56E+00

Skewness = 1.38 0.05

Kurtosis = 1.72 -3.00

SE Skewness 1.00 1.00

Skewness Test normal normal

SE Kurtosis 2.00 2.00

Kurtosis Test normal normal

Number of test runs = 6 6

Number of test runs that contained non-detect

values 4 4

Highest test run = 2.76E-03 -5.89E+00

99% t-statistic for UPL 3.36E+00 3.36E+00

99% UPL of top 12% (test runs) = 3.39E-03 6.35E-02

Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix D-5: UPL Calculations for Existing Units

Parameters PCDD/PCDF

(ng/dscm @ 7% O2) PCDD/PCDF

(ng/dscm @ 7% O2)

Coal - FB

No. of sources = 12 12

No. in MACT floor = 2 2

Avge of top 12% = 4.71E-04 -9.31E+00

Std Deviation of top 12% = 5.09E-04 2.57E+00

Skewness = 0.04 -0.03

Kurtosis = -3.22 -3.25

SE Skewness 1.00 1.00

Skewness Test normal normal

SE Kurtosis 2.00 2.00

Kurtosis Test normal normal

Number of test runs = 6 6

Number of test runs that contained non-detect

values 6 6

Highest test run = 1.00E-03 -6.91E+00

99% t-statistic for UPL 3.36E+00 3.36E+00

99% UPL of top 12% (test runs) = 1.68E-03 4.04E-02

Coal - PC

No. of sources = 10 10

No. in MACT floor = 2 2

Avge of top 12% = 1.58E-03 -6.52E+00

Std Deviation of top 12% = 6.25E-04 4.02E-01

Skewness = 0.34 0.14

Kurtosis = -2.16 -2.64

SE Skewness 1.00 1.00

Skewness Test normal normal

SE Kurtosis 2.00 2.00

Kurtosis Test normal normal

Number of test runs = 6 6

Number of test runs that contained non-detect

values 6 6

Highest test run = 2.44E-03 -6.02E+00

99% t-statistic for UPL 3.36E+00 3.36E+00

99% UPL of top 12% (test runs) = 3.07E-03 3.85E-03

Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix D-5: UPL Calculations for Existing Units

Parameters PCDD/PCDF

(ng/dscm @ 7% O2) PCDD/PCDF

(ng/dscm @ 7% O2)

Coal - Stoker

No. of sources = 14 14

No. in MACT floor = 2 2

Avge of top 12% = 1.82E-03 -6.33E+00

Std Deviation of top 12% = 3.87E-04 2.18E-01

Skewness = -0.05 -0.27

Kurtosis = -1.65 -1.71

SE Skewness 1.00 1.00

Skewness Test normal normal

SE Kurtosis 2.00 2.00

Kurtosis Test normal normal

Number of test runs = 6 6

Number of test runs that contained non-detect

values 6 6

Highest test run = 2.32E-03 -6.07E+00

99% t-statistic for UPL 3.36E+00 3.36E+00

99% UPL of top 12% (test runs) = 2.74E-03 3.00E-03

Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix D-6: UPL Calculations for Existing Units

MACT Floor by Fuel Typ e Reported Values LN(reported values)

Parameters PCDD/PCDF

(ng/dscm @ 7% O2) PCDD/PCDF

(ng/dscm @ 7% O2)

Liquid

No. of sources = 17 17

No. in MACT floor = 3 3

Avge of top 12% = 3.55E-03 -7.27E+00

Std Deviation of top 12% = 4.09E-03 2.69E+00

Skewness = 0.78 -0.59

Kurtosis = -1.48 -1.72

SE Skewness 0.82 0.82

Skewness Test normal normal

SE Kurtosis 1.63 1.63

Kurtosis Test normal normal

Number of test runs = 9 9

Number of test runs that contained non-detect

values 6 6

Highest test run = 9.90E-03 -4.62E+00

99% t-statistic for UPL 2.90E+00 2.90E+00

99% UPL of top 12% (test runs) = 1.15E-02 1.26E-01

Gas 1 - Excluding Metal Industry Furnaces

No. of sources = 8 8

No. in MACT floor = 1 1

Avge of top 12% = 1.21E-01 -2.19E+00

Std Deviation of top 12% = 5.12E-02 5.12E-01

Skewness = -1.73 -1.73

Kurtosis = #DIV/0! #DIV/0!

SE Skewness 1.41 1.41

Skewness Test normal normal

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 3 3

Number of test runs that contained non-detect

values 3 3

Highest test run = 1.51E-01 -1.89E+00

99% t-statistic for UPL 6.96E+00 6.96E+00

99% UPL of top 12% (test runs) = 4.12E-01 2.06E+00

Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix D-6: UPL Calculations for Existing Units

Parameters PCDD/PCDF

(ng/dscm @ 7% O2) PCDD/PCDF

(ng/dscm @ 7% O2)

Gas 1 - Metal Industry Furnaces

No. of sources = 7 7

No. in MACT floor = 1 1

Avge of top 12% = 1.27E-02 -4.37E+00

Std Deviation of top 12% = 2.12E-18 0.00E+00

Skewness = -2.45 #DIV/0!

Kurtosis = #DIV/0! #DIV/0!

SE Skewness 1.41 1.41

Skewness Test normal #DIV/0!

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 3 3

Number of test runs that contained non-detect

values 3 3

Highest test run = 1.27E-02 -4.37E+00

99% t-statistic for UPL 6.96E+00 6.96E+00

99% UPL of top 12% (test runs) = 1.27E-02 1.27E-02

Gas 2

No. of sources = 5 5

No. in MACT floor = 1 1

Avge of top 12% = 4.50E-02 -3.18E+00

Std Deviation of top 12% = 2.03E-02 5.02E-01

Skewness = -0.30 -0.92

Kurtosis = #DIV/0! #DIV/0!

SE Skewness 1.41 1.41

Skewness Test normal normal

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 3 3

Number of test runs that contained non-detect

values 3 3

Highest test run = 6.46E-02 -2.74E+00

99% t-statistic for UPL 6.96E+00 6.96E+00

99% UPL of top 12% (test runs) = 1.60E-01 7.23E-01

Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix D-6: UPL Calculations for Existing Units

Parameters PCDD/PCDF

(ng/dscm @ 7% O2) PCDD/PCDF

(ng/dscm @ 7% O2)

MACT Floor by Combusto r Reported Values LN(reported values)

Parameters PCDD/PCDF

(ng/dscm @ 7% O2) PCDD/PCDF

(ng/dscm @ 7% O2)

Biomass - Dutch Oven

No. of sources = 3 3

No. in MACT floor = 1 1

Avge of top 12% = 1.63E-01 -1.88E+00

Std Deviation of top 12% = 6.36E-02 4.40E-01

Skewness = -0.88 -1.26

Kurtosis = #DIV/0! #DIV/0!

SE Skewness 1.41 1.41

Skewness Test normal normal

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 3 3

Number of test runs that contained non-detect

values 3 3

Highest test run = 2.19E-01 -1.52E+00

99% t-statistic for UPL 6.96E+00 6.96E+00

99% UPL of top 12% (test runs) = 5.24E-01 1.87E+00

Biomass - Fluidized Bed

No. of sources = 6 6

No. in MACT floor = 5 5

Avge of top 12% = 2.14E-01 -2.20E+00

Std Deviation of top 12% = 3.08E-01 1.16E+00

Skewness = 2.96 0.37

Kurtosis = 9.69 -0.47

SE Skewness 0.63 0.63

Skewness Test non-normal normal

SE Kurtosis 1.26 1.26

Kurtosis Test non-normal normal

Number of test runs = 15 15

Number of test runs that contained non-detect

values 15 15

Highest test run = 1.24E+00 2.13E-01

99% t-statistic for UPL 2.62E+00 2.62E+00

99% UPL of top 12% (test runs) = 7.26E-01 7.65E-01

Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix D-6: UPL Calculations for Existing Units

Parameters PCDD/PCDF

(ng/dscm @ 7% O2) PCDD/PCDF

(ng/dscm @ 7% O2)

Biomass - Fuel Cell

No. of sources = 7 7

No. in MACT floor = 5 5

Avge of top 12% = 2.04E-01 -2.63E+00

Std Deviation of top 12% = 2.46E-01 2.01E+00

Skewness = 1.66 -1.42

Kurtosis = 2.78 2.94

SE Skewness 0.68 0.68

Skewness Test non-normal normal

SE Kurtosis 1.36 1.36

Kurtosis Test non-normal non-normal

Number of test runs = 13 13

Number of test runs that contained non-detect

values 11 11

Highest test run = 8.40E-01 -1.75E-01

99% t-statistic for UPL 2.68E+00 2.68E+00

99% UPL of top 12% (test runs) = 6.26E-01 2.30E+00

Biomass - Stoker

No. of sources = 16 16

No. in MACT floor = 2 2

Avge of top 12% = 3.46E-02 -3.42E+00

Std Deviation of top 12% = 1.11E-02 3.63E-01

Skewness = -0.69 -0.85

Kurtosis = -1.71 -1.57

SE Skewness 1.00 1.00

Skewness Test normal normal

SE Kurtosis 2.00 2.00

Kurtosis Test normal normal

Number of test runs = 6 6

Number of test runs that contained non-detect

values 6 6

Highest test run = 4.61E-02 -3.08E+00

99% t-statistic for UPL 3.36E+00 3.36E+00

99% UPL of top 12% (test runs) = 6.09E-02 7.80E-02

Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix D-6: UPL Calculations for Existing Units

Parameters PCDD/PCDF

(ng/dscm @ 7% O2) PCDD/PCDF

(ng/dscm @ 7% O2)

Coal - FB

No. of sources = 12 12

No. in MACT floor = 2 2

Avge of top 12% = 9.23E-03 -5.39E+00

Std Deviation of top 12% = 1.22E-02 1.25E+00

Skewness = 1.68 1.05

Kurtosis = 2.25 -1.00

SE Skewness 1.00 1.00

Skewness Test normal normal

SE Kurtosis 2.00 2.00

Kurtosis Test normal normal

Number of test runs = 6 6

Number of test runs that contained non-detect

values 6 6

Highest test run = 3.18E-02 -3.45E+00

99% t-statistic for UPL 3.36E+00 3.36E+00

99% UPL of top 12% (test runs) = 3.83E-02 8.88E-02

Coal - PC

No. of sources = 10 10

No. in MACT floor = 2 2

Avge of top 12% = 1.86E-02 -4.00E+00

Std Deviation of top 12% = 3.90E-03 2.05E-01

Skewness = 0.79 0.33

Kurtosis = 1.15 0.27

SE Skewness 1.00 1.00

Skewness Test normal normal

SE Kurtosis 2.00 2.00

Kurtosis Test normal normal

Number of test runs = 6 6

Number of test runs that contained non-detect

values 6 6

Highest test run = 2.52E-02 -3.68E+00

99% t-statistic for UPL 3.36E+00 3.36E+00

99% UPL of top 12% (test runs) = 2.79E-02 2.98E-02

Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix D-6: UPL Calculations for Existing Units

Parameters PCDD/PCDF

(ng/dscm @ 7% O2) PCDD/PCDF

(ng/dscm @ 7% O2)

Coal - Stoker

No. of sources = 14 14

No. in MACT floor = 2 2

Avge of top 12% = 7.45E-03 -5.20E+00

Std Deviation of top 12% = 5.55E-03 8.90E-01

Skewness = 0.19 -0.03

Kurtosis = -2.80 -2.93

SE Skewness 1.00 1.00

Skewness Test normal normal

SE Kurtosis 2.00 2.00

Kurtosis Test normal normal

Number of test runs = 6 6

Number of test runs that contained non-detect

values 3 3

Highest test run = 1.38E-02 -4.28E+00

99% t-statistic for UPL 3.36E+00 3.36E+00

99% UPL of top 12% (test runs) = 2.07E-02 4.59E-02

Yellow highlight indicates the distribution (either normal or lognormal)Appendix E-1: Specific Data Excluded From Floor AnalysisClassification10% FuelCat Data Source SourceTab FacilityID CombustorID TestID TestDatePollutant_Name Emission ValueEmissionUnits NoteUse inFloor?Boiler Gas 1 ICR Phase IPM andMetals (3)CAConocoPhilipsLosAng D687 - Boiler 8Sample#1 6/17/1998Mercury(Hg) 4.073E-08 lb/MMBtuTest report notes this value is reported based on 1/2detection limit values. This data should not be usedfor baseline or floor analyses.NBoiler Gas 1 ICR Phase IPM andMetals (3)CAConocoPhilipsLosAng D687 - Boiler 8Sample#2 6/18/1998Mercury(Hg) 5.753E-09 lb/MMBtuTest report notes this value is reported based on 1/2detection limit values. This data should not be usedfor baseline or floor analyses.NBoiler Gas 1 ICR Phase IPM andMetals (3)CAConocoPhilipsLosAng D687 - Boiler 8Sample#3 6/19/1998Mercury(Hg) 5.754E-09 lb/MMBtuTest report notes this value is reported based on 1/2detection limit values. This data should not be usedfor baseline or floor analyses.NBoiler Gas 1 ICR Phase IPMandMetals(75F1)020590CAExxonMobilTorrance 75F-1Sample#1 2/5/1990Mercury(Hg) 0.0000817 lb/MMBtuThis test is from 1990 and mercury tests two ordersof magnitude higher than other tests taken duringthe same year at the same facility. Only one test runis available. Data was not used in floor analysis.NProcessHeater Gas 1ICR Phase II -Templates MetalsCTCytecWallingford 150 FurnaceSample#1 9/2/2009Mercury(Hg) 0.000293 lb/MMBtuERT data does not match values reported in testreport. However, report lists zero as values whiledetection limits are listed here. DL is abnormallyhigh, so values were not used in baseline or flooranalyses.NProcessHeater Gas 1ICR Phase II -Templates MetalsCTCytecWallingford 150 FurnaceSample#2 9/2/2009Mercury(Hg) 0.000293 lb/MMBtuERT data does not match values reported in testreport. However, report lists zero as values whiledetection limits are listed here. DL is abnormallyhigh, so values were not used in baseline or flooranalyses.NProcessHeater Gas 1ICR Phase II -Templates MetalsCTCytecWallingford 150 FurnaceSample#3 9/3/2009Mercury(Hg) 0.000293 lb/MMBtuERT data does not match values reported in testreport. However, report lists zero as values whiledetection limits are listed here. DL is abnormallyhigh, so values were not used in baseline or flooranalyses.NBoilerDryBiomassICR Phase II -TemplatesPM (filter)-DuctWAGraysHarborPaper No. 6 Boiler (EU2)Sample#1 8/12/2009ParticulateMatter(PM)filterable 0.000482024 lb/MMBtuCannot use OTM 27 data on wet stacks for PM. Notused in floor analyses.NBoilerDryBiomassICR Phase II -TemplatesPM (filter)-DuctWAGraysHarborPaper No. 6 Boiler (EU2)Sample#2 8/13/2009ParticulateMatter(PM)filterable 0.001005905 lb/MMBtuCannot use OTM 27 data on wet stacks for PM. Notused in floor analyses.NBoilerDryBiomassICR Phase II -TemplatesPM (filter)-DuctWAGraysHarborPaper No. 6 Boiler (EU2)Sample#3 8/13/2009ParticulateMatter(PM)filterable 0.000503881 lb/MMBtuCannot use OTM 27 data on wet stacks for PM. Notused in floor analyses.NBoilerDryBiomassICR Phase II -TemplatesPM (filter)-StackWAGraysHarborPaper No. 6 Boiler (EU2)Sample#1 8/12/2009ParticulateMatter(PM)filterable 0.000482024 lb/MMBtuCannot use OTM 27 data on wet stacks for PM. Notused in floor analyses.NBoilerDryBiomassICR Phase II -TemplatesPM (filter)-StackWAGraysHarborPaper No. 6 Boiler (EU2)Sample#2 8/13/2009ParticulateMatter(PM)filterable 0.001005905 lb/MMBtuCannot use OTM 27 data on wet stacks for PM. Notused in floor analyses.NAppendix E-1: Specific Data Excluded From Floor AnalysisClassification10% FuelCat Data Source SourceTab FacilityID CombustorID TestID TestDatePollutant_Name Emission ValueEmissionUnits NoteUse inFloor?BoilerDryBiomassICR Phase II -TemplatesPM (filter)-StackWAGraysHarborPaper No. 6 Boiler (EU2)Sample#3 8/13/2009ParticulateMatter(PM)filterable 0.000503881 lb/MMBtuCannot use OTM 27 data on wet stacks for PM. Notused in floor analyses.NBoiler Gas 1 ICR Phase IPM andMetals(030B12)TXEastmanChemLongview UD030B12Sample#1 8/28/1981ParticulateMatter(PM)filterable 0.05 lb/MMBtuNot reflective of current conditions. Do not use thisdata point for baseline determinations.NBoiler Gas 1 ICR Phase IPM andMetals(030B12)TXEastmanChemLongview UD030B12Sample#2 8/28/1981ParticulateMatter(PM)filterable 0.057 lb/MMBtuNot reflective of current conditions. Do not use thisdata point for baseline determinations.NBoiler Gas 1 ICR Phase IPM andMetals(030B12)TXEastmanChemLongview UD030B12Sample#3 8/28/1981ParticulateMatter(PM)filterable 0.035 lb/MMBtuNot reflective of current conditions. Do not use thisdata point for baseline determinations.NBoiler Gas 1 ICR Phase IPM andMetals(030B12-2)TXEastmanChemLongview UD030B12Sample#1 6/13/1978ParticulateMatter(PM)filterable 0.044057971 lb/MMBtuNot reflective of current conditions. Do not use thisdata point for baseline determinations.NBoiler Gas 1 ICR Phase IPM andMetals(030B12-2)TXEastmanChemLongview UD030B12Sample#2 6/13/1978ParticulateMatter(PM)filterable 0.079130435 lb/MMBtuNot reflective of current conditions. Do not use thisdata point for baseline determinations.NBoiler Gas 1 ICR Phase IPM andMetals(030B12-2)TXEastmanChemLongview UD030B12Sample#3 6/13/1978ParticulateMatter(PM)filterable 0.093333333 lb/MMBtuNot reflective of current conditions. Do not use thisdata point for baseline determinations.NBoiler Gas 2 ICR Phase IPM andMetalsTXEastmanChemLongview OL225B1ASample#1 4/19/1984ParticulateMatter(PM)filterable 0.018 lb/MMBtuUnit has not burned liquid fuel (pyrolysis tar) in over20 years. This test is not indicative of currentoperations.NBoiler Gas 2 ICR Phase IPM andMetalsTXEastmanChemLongview OL225B1ASample#2 4/19/1984ParticulateMatter(PM)filterable 0.016 lb/MMBtuUnit has not burned liquid fuel (pyrolysis tar) in over20 years. This test is not indicative of currentoperations.NBoiler Gas 2 ICR Phase IPM andMetalsTXEastmanChemLongview OL225B1ASample#3 4/19/1984ParticulateMatter(PM)filterable 0.013 lb/MMBtuUnit has not burned liquid fuel (pyrolysis tar) in over20 years. This test is not indicative of currentoperations.NBoiler Gas 1 ICR Phase IPM andMetals(030B12-2)TXEastmanChemLongview UD030B12Sample#1 6/13/1978ParticulateMatter(total,includingcondensibles) 0.076231884 lb/MMBtuNot reflective of current conditions. Do not use thisdata point for baseline determinations.NAppendix E-1: Specific Data Excluded From Floor AnalysisClassification10% FuelCat Data Source SourceTab FacilityID CombustorID TestID TestDatePollutant_Name Emission ValueEmissionUnits NoteUse inFloor?Boiler Gas 1 ICR Phase IPM andMetals(030B12-2)TXEastmanChemLongview UD030B12Sample#2 6/13/1978ParticulateMatter(total,includingcondensibles) 0.096811594 lb/MMBtuNot reflective of current conditions. Do not use thisdata point for baseline determinations.NBoiler Gas 1 ICR Phase IPM andMetals(030B12-2)TXEastmanChemLongview UD030B12Sample#3 6/13/1978ParticulateMatter(total,includingcondensibles) 0.792753623 lb/MMBtuNot reflective of current conditions. Do not use thisdata point for baseline determinations.NProcessHeater Gas 1ICR Phase II - TestReportPhase IID/F FromTestReportWICharterSteel P31Sample#2 9/14/2009TotalDioxins/Furans 650ng/dscm@ 7% O2Not used for baseline/MACT floor calculations. Thisvalue is a TEQ value.N

# Appendix F-1 : UPL Calculations for New Sources

MACT Floor by Fuel Typ e Reported Values LN(reported values)

Parameters PM Filterable

(lb/mmBtu) PM Filterable

(lb/mmBtu)

Biomass

No. of sources = 1 1

No. in MACT floor = 1 1

Avge of top performer = 2.16E-03 -6.89E+00

Std Deviation of top performer = 2.56E-03 1.35E+00

Skewness = 1.17 0.31

Kurtosis = -0.07 -1.43

SE Skewness 0.82 0.82

Skewness Test normal normal

SE Kurtosis 1.63 1.63

Kurtosis Test normal normal

Number of test runs = 9 9

Number of test runs that contained non-detect

values 0 0

Highest test run = 7.10E-03 -4.95E+00

99% t-statistic for UPL 2.90E+00 2.90E+00

99% UPL of top performer (test runs) = 7.11E-03 1.38E-02

Coal

No. of sources = 1 1

No. in MACT floor = 1 1

Avge of top performer = 3.96E-04 -7.98E+00

Std Deviation of top performer = 2.24E-04 5.98E-01

Skewness = 0.33 0.12

Kurtosis = -2.23 -2.95

SE Skewness 1.00 1.00

Skewness Test normal normal

SE Kurtosis 2.00 2.00

Kurtosis Test normal normal

Number of test runs = 6 6

Number of test runs that contained non-detect

values 0 0

Highest test run = 7.06E-04 -7.26E+00

99% t-statistic for UPL 3.36E+00 3.36E+00

99% UPL of top performer (test runs) = 9.28E-04 1.42E-03

Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix F-1 : UPL Calculations for New Sources

MACT Floor by Fuel Typ e Reported Values LN(reported values)

Parameters PM Filterable

(lb/mmBtu) PM Filterable

(lb/mmBtu)

Liquid

No. of sources = 1 1

No. in MACT floor = 1 1

Avge of top performer = 5.11E-04 -7.62E+00

Std Deviation of top performer = 1.80E-04 3.29E-01

Skewness = 1.73 1.72

Kurtosis = #DIV/0! #DIV/0!

SE Skewness 1.41 1.41

Skewness Test normal normal

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 3 3

Number of test runs that contained non-detect

values 1 1

Highest test run = 7.19E-04 -7.24E+00

99% t-statistic for UPL 6.96E+00 6.96E+00

99% UPL of top performer (test runs) = 1.54E-03 3.19E-03

Gas 1 - Excluding Metal Industry Furnaces

No. of sources = 1 1

No. in MACT floor = 1 1

Avge of top performer = 1.33E-04 -8.98E+00

Std Deviation of top performer = 5.77E-05 4.00E-01

Skewness = 1.73 1.73

Kurtosis = #DIV/0! #DIV/0!

SE Skewness 1.41 1.41

Skewness Test normal normal

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 3 3

Number of test runs that contained non-detect

values 0 0

Highest test run = 2.00E-04 -8.52E+00

99% t-statistic for UPL 6.96E+00 6.96E+00

99% UPL of top performer (test runs) = 4.62E-04 1.23E-03

Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix F-1 : UPL Calculations for New Sources

MACT Floor by Fuel Typ e Reported Values LN(reported values)

Parameters PM Filterable

(lb/mmBtu) PM Filterable

(lb/mmBtu)

Gas 1 - Metal Industry Furnaces

No. of sources = 1 1

No. in MACT floor = 1 1

Avge of top performer = 6.54E-03 -8.31E+00

Std Deviation of top performer = 7.37E-03 4.34E+00

Skewness = 0.22 0.00

Kurtosis = -2.79 -3.31

SE Skewness 1.00 1.00

Skewness Test normal normal

SE Kurtosis 2.00 2.00

Kurtosis Test normal normal

Number of test runs = 6 6

Number of test runs that contained non-detect

values 0 0

Highest test run = 1.53E-02 -4.18E+00

99% t-statistic for UPL 3.36E+00 3.36E+00

99% UPL of top performer (test runs) = 2.41E-02 7.45E+00

Gas 2

No. of sources = 1 1

No. in MACT floor = 1 1

Avge of top performer = 4.20E-04 -7.99E+00

Std Deviation of top performer = 3.48E-04 7.65E-01

Skewness = 1.72 1.68

Kurtosis = #DIV/0! #DIV/0!

SE Skewness 1.41 1.41

Skewness Test normal normal

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 3 3

Number of test runs that contained non-detect

values 0 0

Highest test run = 8.21E-04 -7.10E+00

99% t-statistic for UPL 6.96E+00 6.96E+00

99% UPL of top performer (test runs) = 2.40E-03 2.64E-02

Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix F-2 : UPL Calculations for New Sources

MACT Floor by Fuel Typ e Reported Values LN(reported values)

Parameters Hg

(lb/mmBtu) Hg

(lb/mmBtu)

Biomass

No. of sources = 1 1

No. in MACT floor = 1 1

Avge of top performer = 9.73E-08 -1.62E+01

Std Deviation of top performer = 1.55E-08 1.54E-01

Skewness = 1.55 1.49

Kurtosis = #DIV/0! #DIV/0!

SE Skewness 1.41 1.41

Skewness Test normal normal

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 3 3

Number of test runs that contained non-detect

values 3 3

Highest test run = 1.15E-07 -1.60E+01

99% t-statistic for UPL 6.96E+00 6.96E+00

99% UPL of top performer (test runs) = 1.86E-07 2.32E-07

Coal

No. of sources = 1 1

No. in MACT floor = 1 1

Avge of top performer = 1.18E-07 -1.67E+01

Std Deviation of top performer = 1.40E-07 1.35E+00

Skewness = 1.38 -0.03

Kurtosis = 0.37 -0.89

SE Skewness 0.82 0.82

Skewness Test normal normal

SE Kurtosis 1.63 1.63

Kurtosis Test normal normal

Number of test runs = 9 9

Number of test runs that contained non-detect

values 4 4

Highest test run = 3.77E-07 -1.48E+01

99% t-statistic for UPL 2.90E+00 2.90E+00

99% UPL of top performer (test runs) = 3.89E-07 7.90E-07

Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix F-2 : UPL Calculations for New Sources

MACT Floor by Fuel Typ e Reported Values LN(reported values)

Parameters Hg

(lb/mmBtu) Hg

(lb/mmBtu)

Liquid

No. of sources = 1 1

No. in MACT floor = 1 1

Avge of top performer = 5.87E-08 -1.67E+01

Std Deviation of top performer = 3.31E-08 5.25E-01

Skewness = 1.63 1.48

Kurtosis = #DIV/0! #DIV/0!

SE Skewness 1.41 1.41

Skewness Test normal normal

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 3 3

Number of test runs that contained non-detect

values 3 3

Highest test run = 9.66E-08 -1.62E+01

99% t-statistic for UPL 6.96E+00 6.96E+00

99% UPL of top performer (test runs) = 2.47E-07 1.05E-06

Gas 1 - Excluding Metal Industry Furnaces

No. of sources = 1 1

No. in MACT floor = 1 1

Avge of top performer = 9.35E-08 -1.62E+01

Std Deviation of top performer = 5.21E-09 5.50E-02

Skewness = 1.42 1.40

Kurtosis = #DIV/0! #DIV/0!

SE Skewness 1.41 1.41

Skewness Test normal normal

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 3 3

Number of test runs that contained non-detect

values 0 0

Highest test run = 9.94E-08 -1.61E+01

99% t-statistic for UPL 6.96E+00 6.96E+00

99% UPL of top performer (test runs) = 1.23E-07 1.28E-07

Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix F-2 : UPL Calculations for New Sources

MACT Floor by Fuel Typ e Reported Values LN(reported values)

Parameters Hg

(lb/mmBtu) Hg

(lb/mmBtu)

Gas 1 - Metal Industry Furnaces

No. of sources = 1 1

No. in MACT floor = 1 1

Avge of top performer = 3.32E-08 -1.74E+01

Std Deviation of top performer = 2.65E-08 8.31E-01

Skewness = 1.29 0.38

Kurtosis = #DIV/0! #DIV/0!

SE Skewness 1.41 1.41

Skewness Test normal normal

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 3 3

Number of test runs that contained non-detect

values 0 0

Highest test run = 6.28E-08 -1.66E+01

99% t-statistic for UPL 6.96E+00 6.96E+00

99% UPL of top performer (test runs) = 1.84E-07 2.98E-06

Gas 2

No. of sources = 1 1

No. in MACT floor = 1 1

Avge of top performer = 8.25E-08 -1.63E+01

Std Deviation of top performer = 1.82E-08 2.13E-01

Skewness = 1.38 1.24

Kurtosis = #DIV/0! #DIV/0!

SE Skewness 1.41 1.41

Skewness Test normal normal

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 3 3

Number of test runs that contained non-detect

values 3 3

Highest test run = 1.03E-07 -1.61E+01

99% t-statistic for UPL 6.96E+00 6.96E+00

99% UPL of top performer (test runs) = 1.86E-07 2.73E-07

Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix F-3 : UPL Calculations for New Sources

MACT Floor by Fuel Typ e Reported Values LN(reported values)

Parameters HCl

(lb/mmBtu) HCl

(lb/mmBtu)

Biomass

No. of sources = 1 1

No. in MACT floor = 1 1

Avge of top performer = 7.85E-04 -9.52E+00

Std Deviation of top performer = 9.58E-04 3.29E+00

Skewness = 0.64 0.04

Kurtosis = -1.96 -3.23

SE Skewness 1.00 1.00

Skewness Test normal normal

SE Kurtosis 2.00 2.00

Kurtosis Test normal normal

Number of test runs = 6 6

Number of test runs that contained non-detect

values 3 3

Highest test run = 2.10E-03 -6.17E+00

99% t-statistic for UPL 3.36E+00 3.36E+00

99% UPL of top performer (test runs) = 3.07E-03 1.82E-01

Coal

No. of sources = 1 1

No. in MACT floor = 1 1

Avge of top performer = 3.85E-05 -1.02E+01

Std Deviation of top performer = 2.39E-06 6.32E-02

Skewness = -1.63 -1.64

Kurtosis = #DIV/0! #DIV/0!

SE Skewness 1.41 1.41

Skewness Test normal normal

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 3 3

Number of test runs that contained non-detect

values 3 3

Highest test run = 4.02E-05 -1.01E+01

99% t-statistic for UPL 6.96E+00 6.96E+00

99% UPL of top performer (test runs) = 5.21E-05 5.51E-05

Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix F-3 : UPL Calculations for New Sources

MACT Floor by Fuel Typ e Reported Values LN(reported values)

Parameters HCl

(lb/mmBtu) HCl

(lb/mmBtu)

Liquid

No. of sources = 1 1

No. in MACT floor = 1 1

Avge of top performer = 3.99E-04 -8.02E+00

Std Deviation of top performer = 2.44E-04 7.18E-01

Skewness = -0.05 -0.23

Kurtosis = -3.17 -2.58

SE Skewness 1.00 1.00

Skewness Test normal normal

SE Kurtosis 2.00 2.00

Kurtosis Test normal normal

Number of test runs = 6 6

Number of test runs that contained non-detect

values 3 3

Highest test run = 6.24E-04 -7.38E+00

99% t-statistic for UPL 3.36E+00 3.36E+00

99% UPL of top performer (test runs) = 9.80E-04 1.81E-03

Gas 1 - Excluding Metal Industry Furnaces

No. of sources = 1 1

No. in MACT floor = 1 1

Avge of top performer = 7.26E-05 -9.63E+00

Std Deviation of top performer = 3.82E-05 5.44E-01

Skewness = 0.80 0.04

Kurtosis = #DIV/0! #DIV/0!

SE Skewness 1.41 1.41

Skewness Test normal normal

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 3 3

Number of test runs that contained non-detect

values 2 2

Highest test run = 1.14E-04 -9.08E+00

99% t-statistic for UPL 6.96E+00 6.96E+00

99% UPL of top performer (test runs) = 2.90E-04 1.45E-03

Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix F-3 : UPL Calculations for New Sources

MACT Floor by Fuel Typ e Reported Values LN(reported values)

Parameters HCl

(lb/mmBtu) HCl

(lb/mmBtu)

Gas 1 - Metal Industry Furnaces

No. of sources = 1 1

No. in MACT floor = 1 1

Avge of top performer = 8.59E-05 -9.37E+00

Std Deviation of top performer = 1.13E-05 1.30E-01

Skewness = 0.78 0.62

Kurtosis = #DIV/0! #DIV/0!

SE Skewness 1.41 1.41

Skewness Test normal normal

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 3 3

Number of test runs that contained non-detect

values 0 0

Highest test run = 9.81E-05 -9.23E+00

99% t-statistic for UPL 6.96E+00 6.96E+00

99% UPL of top performer (test runs) = 1.50E-04 1.79E-04

Gas 2

No. of sources = 1 1

No. in MACT floor = 1 1

Avge of top performer = 1.70E-06 -1.33E+01

Std Deviation of top performer = 1.41E-07 8.25E-02

Skewness = 0.63 0.51

Kurtosis = #DIV/0! #DIV/0!

SE Skewness 1.41 1.41

Skewness Test normal normal

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 3 3

Number of test runs that contained non-detect

values 3 3

Highest test run = 1.85E-06 -1.32E+01

99% t-statistic for UPL 6.96E+00 6.96E+00

99% UPL of top performer (test runs) = 2.50E-06 2.71E-06

Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix F-4 : UPL Calculations for New Sources

MACT Floor by Fuel Typ e Reported Values LN(reported values)

Parameters CO

(ppm @ 3% O2) CO

(ppm @ 3% O2)

Liquid

No. of sources = 1 1

No. in MACT floor = 1 1

Avge of top performer = 1.25E-01 -2.08E+00

Std Deviation of top performer = 0.00E+00 0.00E+00

Skewness = #DIV/0! #DIV/0!

Kurtosis = #DIV/0! #DIV/0!

SE Skewness 1.41 1.41

Skewness Test #DIV/0! #DIV/0!

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 3 3

Number of test runs that contained non-detect

values 3 3

Highest test run = 1.25E-01 -2.08E+00

99% t-statistic for UPL 6.96E+00 6.96E+00

99% UPL of top performer (test runs) = 1.25E-01 1.25E-01

Gas 1 - Excluding Metal Industry Furnaces

No. of sources = 1 1

No. in MACT floor = 1 1

Avge of top performer = 5.08E+00 -7.35E-01

Std Deviation of top performer = 8.37E+00 2.87E+00

Skewness = 1.64 0.22

Kurtosis = 1.99 -1.07

SE Skewness 1.00 1.00

Skewness Test normal normal

SE Kurtosis 2.00 2.00

Kurtosis Test normal normal

Number of test runs = 6 6

Number of test runs that contained non-detect

values 0 0

Highest test run = 2.04E+01 3.02E+00

99% t-statistic for UPL 3.36E+00 3.36E+00

99% UPL of top performer (test runs) = 2.50E+01 4.47E+02

Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix F-4 : UPL Calculations for New Sources

Parameters CO

(ppm @ 3% O2) CO

(ppm @ 3% O2)

Gas 1 - Metal Industry Furnaces

No. of sources = 1 1

No. in MACT floor = 1 1

Avge of top performer = 5.03E-01 -8.65E-01

Std Deviation of top performer = 2.95E-01 7.51E-01

Skewness = 0.01 -1.19

Kurtosis = 0.54 1.83

SE Skewness 1.22 1.22

Skewness Test normal normal

SE Kurtosis 2.45 2.45

Kurtosis Test normal normal

Number of test runs = 4 4

Number of test runs that contained non-detect

values 0 0

Highest test run = 8.59E-01 -1.52E-01

99% t-statistic for UPL 4.54E+00 4.54E+00

99% UPL of top performer (test runs) = 1.53E+00 5.70E+00

Gas 2

No. of sources = 1 1

No. in MACT floor = 1 1

Avge of top performer = 1.29E-02 -4.35E+00

Std Deviation of top performer = 1.90E-18 0.00E+00

Skewness = 1.37 #DIV/0!

Kurtosis = -3.33 #DIV/0!

SE Skewness 1.00 1.00

Skewness Test normal #DIV/0!

SE Kurtosis 2.00 2.00

Kurtosis Test normal #DIV/0!

Number of test runs = 6 6

Number of test runs that contained non-detect

values 0 0

Highest test run = 1.29E-02 -4.35E+00

99% t-statistic for UPL 3.36E+00 3.36E+00

99% UPL of top performer (test runs) = 1.29E-02 1.29E-02

Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix F-4 : UPL Calculations for New Sources

Parameters CO

(ppm @ 3% O2) CO

(ppm @ 3% O2)

MACT Floor by Combusto r Reported Values LN(reported values)

Parameters CO

(ppm @ 3% O2) CO

(ppm @ 3% O2)

Biomass - Dutch Oven

No. of sources = 1 1

No. in MACT floor = 1 1

Avge of top performer = 3.52E+02 5.52E+00

Std Deviation of top performer = 2.83E+02 9.78E-01

Skewness = 1.95 -1.29

Kurtosis = 5.37 2.41

SE Skewness 0.41 0.41

Skewness Test non-normal normal

SE Kurtosis 0.82 0.82

Kurtosis Test non-normal non-normal

Number of test runs = 36 36

Number of test runs that contained non-detect

values 0 0

Highest test run = 1.45E+03 7.28E+00

99% t-statistic for UPL 2.44E+00 2.44E+00

99% UPL of top performer (test runs) = 7.66E+02 1.05E+03

Biomass - Fluidized Bed

No. of sources = 1 1

No. in MACT floor = 1 1

Avge of top performer = 2.58E+01 3.24E+00

Std Deviation of top performer = 3.51E+00 1.39E-01

Skewness = -0.19 -0.33

Kurtosis = -1.51 -1.59

SE Skewness 1.00 1.00

Skewness Test normal normal

SE Kurtosis 2.00 2.00

Kurtosis Test normal normal

Number of test runs = 6 6

Number of test runs that contained non-detect

values 0 0

Highest test run = 3.03E+01 3.41E+00

99% t-statistic for UPL 3.36E+00 3.36E+00

99% UPL of top performer (test runs) = 3.42E+01 3.56E+01

Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix F-4 : UPL Calculations for New Sources

Parameters CO

(ppm @ 3% O2) CO

(ppm @ 3% O2)

Biomass - Fuel Cell

No. of sources = 1 1

No. in MACT floor = 1 1

Avge of top performer = 1.10E+02 4.53E+00

Std Deviation of top performer = 7.13E+01 6.15E-01

Skewness = 1.03 0.64

Kurtosis = -0.32 -1.75

SE Skewness 0.93 0.93

Skewness Test normal normal

SE Kurtosis 1.85 1.85

Kurtosis Test normal normal

Number of test runs = 7 7

Number of test runs that contained non-detect

values 0 0

Highest test run = 2.33E+02 5.45E+00

99% t-statistic for UPL 3.14E+00 3.14E+00

99% UPL of top performer (test runs) = 2.64E+02 3.51E+02

Biomass - Stoker

No. of sources = 1 1

No. in MACT floor = 1 1

Avge of top performer = 9.20E+02 4.32E+00

Std Deviation of top performer = 1.18E+03 3.43E+00

Skewness = 0.93 -0.03

Kurtosis = -0.83 -2.92

SE Skewness 1.00 1.00

Skewness Test normal normal

SE Kurtosis 2.00 2.00

Kurtosis Test normal normal

Number of test runs = 6 6

Number of test runs that contained non-detect

values 0 0

Highest test run = 2.78E+03 7.93E+00

99% t-statistic for UPL 3.36E+00 3.36E+00

99% UPL of top performer (test runs) = 3.73E+03 2.64E+05

Coal - FB

No. of sources = 1 1

No. in MACT floor = 1 1

Avge of top performer = 8.26E+00 1.94E+00

Std Deviation of top performer = 5.55E+00 7.47E-01

Skewness = 0.69 -0.36

Kurtosis = #DIV/0! #DIV/0!

SE Skewness 1.41 1.41

Skewness Test normal normal

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 3 3

Number of test runs that contained non-detect

values 0 0

Highest test run = 1.42E+01 2.65E+00

99% t-statistic for UPL 6.96E+00 6.96E+00

99% UPL of top performer (test runs) = 3.99E+01 4.87E+02

Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix F-4 : UPL Calculations for New Sources

Parameters CO

(ppm @ 3% O2) CO

(ppm @ 3% O2)

Coal - PC

No. of sources = 1 1

No. in MACT floor = 1 1

Avge of top performer = 2.50E+01 -4.81E-01

Std Deviation of top performer = 3.75E+01 3.60E+00

Skewness = 0.87 0.86

Kurtosis = -1.68 -1.71

SE Skewness 0.82 0.82

Skewness Test normal normal

SE Kurtosis 1.63 1.63

Kurtosis Test normal normal

Number of test runs = 9 9

Number of test runs that contained non-detect

values 0 0

Highest test run = 7.79E+01 4.36E+00

99% t-statistic for UPL 2.90E+00 2.90E+00

99% UPL of top performer (test runs) = 9.75E+01 6.44E+02

Coal - Stoker

No. of sources = 1 1

No. in MACT floor = 1 1

Avge of top performer = 4.29E+00 1.45E+00

Std Deviation of top performer = 3.93E-01 9.24E-02

Skewness = -0.34 -0.47

Kurtosis = #DIV/0! #DIV/0!

SE Skewness 1.41 1.41

Skewness Test normal normal

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 3 3

Number of test runs that contained non-detect

values 0 0

Highest test run = 4.67E+00 1.54E+00

99% t-statistic for UPL 6.96E+00 6.96E+00

99% UPL of top performer (test runs) = 6.53E+00 7.24E+00

Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix F-5 : UPL Calculations for New Sources

MACT Floor by Fuel Type Reported Values LN(reported values)

Parameters Total Mass

PCDD/PCDF

(ng/dscm @ 7% O2) Total Mass

PCDD/PCDF

(ng/dscm @ 7% O2)

Liquid 14 16

No. of sources = 1 1

No. in MACT floor = 1 1

Avge of top performer = 1.09E-03 -6.82E+00

Std Deviation of top performer = 7.48E-05 6.78E-02

Skewness = 0.94 0.86

Kurtosis = #DIV/0! #DIV/0!

SE Skewness 1.41 1.41

Skewness Test normal normal

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 3 3

Number of test runs that contained non-detect

values 0 0

Highest test run = 1.18E-03 -6.75E+00

99% t-statistic for UPL 6.96E+00 6.96E+00

99% UPL of top performer (test runs) = 1.52E-03 1.61E-03

Gas 1 - Excluding Metal Industry Furnaces

No. of sources = 1 1

No. in MACT floor = 1 1

Avge of top performer = 2.57E-03 -6.06E+00

Std Deviation of top performer = 1.23E-03 5.52E-01

Skewness = -0.47 -1.08

Kurtosis = #DIV/0! #DIV/0!

SE Skewness 1.41 1.41

Skewness Test normal normal

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 3 3

Number of test runs that contained non-detect

values 0 0

Highest test run = 3.73E-03 -5.59E+00

99% t-statistic for UPL 6.96E+00 6.96E+00

99% UPL of top performer (test runs) = 9.59E-03 5.41E-02

Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix F-5 : UPL Calculations for New Sources

Parameters Total Mass

PCDD/PCDF

(ng/dscm @ 7% O2) Total Mass

PCDD/PCDF

(ng/dscm @ 7% O2)

Gas 1 - Metal Industry Furnaces

No. of sources = 1 1

No. in MACT floor = 1 1

Avge of top performer = 2.58E-03 -5.96E+00

Std Deviation of top performer = 2.15E-04 8.58E-02

Skewness = -1.73 -1.73

Kurtosis = #DIV/0! #DIV/0!

SE Skewness 1.41 1.41

Skewness Test normal normal

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 3 3

Number of test runs that contained non-detect

values 3 3

Highest test run = 2.70E-03 -5.91E+00

99% t-statistic for UPL 6.96E+00 6.96E+00

99% UPL of top performer (test runs) = 3.80E-03 4.19E-03

Gas 2

No. of sources = 1 1

No. in MACT floor = 1 1

Avge of top performer = 2.67E-03 -5.97E+00

Std Deviation of top performer = 9.86E-04 3.46E-01

Skewness = 1.64 1.56

Kurtosis = #DIV/0! #DIV/0!

SE Skewness 1.41 1.41

Skewness Test normal normal

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 3 3

Number of test runs that contained non-detect

values 3 3

Highest test run = 3.80E-03 -5.57E+00

99% t-statistic for UPL 6.96E+00 6.96E+00

99% UPL of top performer (test runs) = 8.28E-03 1.83E-02

Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix F-5 : UPL Calculations for New Sources

Parameters Total Mass

PCDD/PCDF

(ng/dscm @ 7% O2) Total Mass

PCDD/PCDF

(ng/dscm @ 7% O2)

MACT Floor by Combusto r Reported Values LN(reported values)

Parameters Total Mass

PCDD/PCDF

(ng/dscm @ 7% O2) Total Mass

PCDD/PCDF

(ng/dscm @ 7% O2)

Biomass - Dutch Oven

No. of sources = 1 1

No. in MACT floor = 1 1

Avge of top performer = 9.52E-03 -4.69E+00

Std Deviation of top performer = 3.23E-03 3.48E-01

Skewness = 0.34 -0.17

Kurtosis = #DIV/0! #DIV/0!

SE Skewness 1.41 1.41

Skewness Test normal normal

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 3 3

Number of test runs that contained non-detect

values 3 3

Highest test run = 1.29E-02 -4.35E+00

99% t-statistic for UPL 6.96E+00 6.96E+00

99% UPL of top performer (test runs) = 2.79E-02 6.63E-02

Biomass - Fluidized Bed

No. of sources = 1 1

No. in MACT floor = 1 1

Avge of top performer = 2.27E-03 -6.13E+00

Std Deviation of top performer = 7.41E-04 3.42E-01

Skewness = -0.10 -0.58

Kurtosis = #DIV/0! #DIV/0!

SE Skewness 1.41 1.41

Skewness Test normal normal

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 3 3

Number of test runs that contained non-detect

values 3 3

Highest test run = 3.00E-03 -5.81E+00

99% t-statistic for UPL 6.96E+00 6.96E+00

99% UPL of top performer (test runs) = 6.48E-03 1.53E-02

Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix F-5 : UPL Calculations for New Sources

Parameters Total Mass

PCDD/PCDF

(ng/dscm @ 7% O2) Total Mass

PCDD/PCDF

(ng/dscm @ 7% O2)

Biomass - Fuel Cell

No. of sources = 1 1

No. in MACT floor = 1 1

Avge of top performer = 2.42E-04 -8.33E+00

Std Deviation of top performer = 3.09E-05 1.30E-01

Skewness = -0.45 -0.62

Kurtosis = #DIV/0! #DIV/0!

SE Skewness 1.41 1.41

Skewness Test normal normal

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 3 3

Number of test runs that contained non-detect

values 2 2

Highest test run = 2.71E-04 -8.21E+00

99% t-statistic for UPL 6.96E+00 6.96E+00

99% UPL of top performer (test runs) = 4.17E-04 5.03E-04

Biomass - Stoker

No. of sources = 1 1

No. in MACT floor = 1 1

Avge of top performer = 1.52E-05 -1.11E+01

Std Deviation of top performer = 5.87E-06 3.59E-01

Skewness = 1.72 1.71

Kurtosis = #DIV/0! #DIV/0!

SE Skewness 1.41 1.41

Skewness Test normal normal

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 3 3

Number of test runs that contained non-detect

values 2 2

Highest test run = 2.20E-05 -1.07E+01

99% t-statistic for UPL 6.96E+00 6.96E+00

99% UPL of top performer (test runs) = 4.86E-05 1.12E-04

Coal - FB

No. of sources = 1 1

No. in MACT floor = 1 1

Avge of top performer = 9.05E-06 -1.16E+01

Std Deviation of top performer = 2.87E-06 3.32E-01

Skewness = -0.13 -0.60

Kurtosis = #DIV/0! #DIV/0!

SE Skewness 1.41 1.41

Skewness Test normal normal

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 3 3

Number of test runs that contained non-detect

values 3 3

Highest test run = 1.19E-05 -1.13E+01

99% t-statistic for UPL 6.96E+00 6.96E+00

99% UPL of top performer (test runs) = 2.54E-05 5.76E-05

Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix F-5 : UPL Calculations for New Sources

Parameters Total Mass

PCDD/PCDF

(ng/dscm @ 7% O2) Total Mass

PCDD/PCDF

(ng/dscm @ 7% O2)

Coal - PC

No. of sources = 1 1

No. in MACT floor = 1 1

Avge of top performer = 1.04E-03 -6.87E+00

Std Deviation of top performer = 7.60E-05 7.23E-02

Skewness = 1.18 1.12

Kurtosis = #DIV/0! #DIV/0!

SE Skewness 1.41 1.41

Skewness Test normal normal

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 3 3

Number of test runs that contained non-detect

values 3 3

Highest test run = 1.12E-03 -6.79E+00

99% t-statistic for UPL 6.96E+00 6.96E+00

99% UPL of top performer (test runs) = 1.47E-03 1.56E-03

Coal - Stoker

No. of sources = 1 1

No. in MACT floor = 1 1

Avge of top performer = 1.52E-03 -6.50E+00

Std Deviation of top performer = 2.30E-04 1.46E-01

Skewness = 1.56 1.51

Kurtosis = #DIV/0! #DIV/0!

SE Skewness 1.41 1.41

Skewness Test normal normal

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 3 3

Number of test runs that contained non-detect

values 3 3

Highest test run = 1.78E-03 -6.33E+00

99% t-statistic for UPL 6.96E+00 6.96E+00

99% UPL of top performer (test runs) = 2.82E-03 3.46E-03

Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix F-6 : UPL Calculations for New Sources

MACT Floor by Fuel Typ e Reported Values LN(reported values)

Parameters TEQ PCDD/PCDF

(ng/dscm @ 7% O2) TEQ PCDD/PCDF

(ng/dscm @ 7% O2)

Liquid

No. of sources = 1 1

No. in MACT floor = 1 1

Avge of top performer = 1.77E-03 -6.35E+00

Std Deviation of top performer = 3.86E-04 2.34E-01

Skewness = -1.55 -1.60

Kurtosis = #DIV/0! #DIV/0!

SE Skewness 1.41 1.41

Skewness Test normal normal

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 3 3

Number of test runs that contained non-detect

values 3 3

Highest test run = 2.05E-03 -6.19E+00

99% t-statistic for UPL 6.96E+00 6.96E+00

99% UPL of top performer (test runs) = 3.96E-03 6.59E-03

Gas 1 - Excluding Metal Industry Furnaces

No. of sources = 1 1

No. in MACT floor = 1 1

Avge of top performer = 1.21E-01 -2.19E+00

Std Deviation of top performer = 5.12E-02 5.12E-01

Skewness = -1.73 -1.73

Kurtosis = #DIV/0! #DIV/0!

SE Skewness 1.41 1.41

Skewness Test normal normal

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 3 3

Number of test runs that contained non-detect

values 3 3

Highest test run = 1.51E-01 -1.89E+00

99% t-statistic for UPL 6.96E+00 6.96E+00

99% UPL of top performer (test runs) = 4.12E-01 2.06E+00

Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix F-6 : UPL Calculations for New Sources

Parameters TEQ PCDD/PCDF

(ng/dscm @ 7% O2) TEQ PCDD/PCDF

(ng/dscm @ 7% O2)

Gas 1 - Metal Industry Furnaces

No. of sources = 1 1

No. in MACT floor = 1 1

Avge of top performer = 1.27E-02 -4.37E+00

Std Deviation of top performer = 2.12E-18 0.00E+00

Skewness = -2.45 #DIV/0!

Kurtosis = #DIV/0! #DIV/0!

SE Skewness 1.41 1.41

Skewness Test normal #DIV/0!

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 3 3

Number of test runs that contained non-detect

values 3 3

Highest test run = 1.27E-02 -4.37E+00

99% t-statistic for UPL 6.96E+00 6.96E+00

99% UPL of top performer (test runs) = 1.27E-02 1.27E-02

Gas 2

No. of sources = 1 1

No. in MACT floor = 1 1

Avge of top performer = 4.50E-02 -3.18E+00

Std Deviation of top performer = 2.03E-02 5.02E-01

Skewness = -0.30 -0.92

Kurtosis = #DIV/0! #DIV/0!

SE Skewness 1.41 1.41

Skewness Test normal normal

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 3 3

Number of test runs that contained non-detect

values 3 3

Highest test run = 6.46E-02 -2.74E+00

99% t-statistic for UPL 6.96E+00 6.96E+00

99% UPL of top performer (test runs) = 1.60E-01 7.23E-01

Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix F-6 : UPL Calculations for New Sources

Parameters TEQ PCDD/PCDF

(ng/dscm @ 7% O2) TEQ PCDD/PCDF

(ng/dscm @ 7% O2)

MACT Floor by Combusto r Reported Values LN(reported values)

Parameters TEQ PCDD/PCDF

(ng/dscm @ 7% O2) TEQ PCDD/PCDF

(ng/dscm @ 7% O2)

Biomass - Dutch Oven

No. of sources = 1 1

No. in MACT floor = 1 1

Avge of top performer = 1.63E-01 -1.88E+00

Std Deviation of top performer = 6.36E-02 4.40E-01

Skewness = -0.88 -1.26

Kurtosis = #DIV/0! #DIV/0!

SE Skewness 1.41 1.41

Skewness Test normal normal

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 3 3

Number of test runs that contained non-detect

values 3 3

Highest test run = 2.19E-01 -1.52E+00

99% t-statistic for UPL 6.96E+00 6.96E+00

99% UPL of top performer (test runs) = 5.24E-01 1.87E+00

Biomass - Fluidized Bed

No. of sources = 1 1

No. in MACT floor = 1 1

Avge of top performer = 3.00E-02 -3.55E+00

Std Deviation of top performer = 1.09E-02 3.38E-01

Skewness = 1.69 1.66

Kurtosis = #DIV/0! #DIV/0!

SE Skewness 1.41 1.41

Skewness Test normal normal

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 3 3

Number of test runs that contained non-detect

values 3 3

Highest test run = 4.25E-02 -3.16E+00

99% t-statistic for UPL 6.96E+00 6.96E+00

99% UPL of top performer (test runs) = 9.17E-02 1.97E-01

Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix F-6 : UPL Calculations for New Sources

Parameters TEQ PCDD/PCDF

(ng/dscm @ 7% O2) TEQ PCDD/PCDF

(ng/dscm @ 7% O2)

Biomass - Fuel Cell

No. of sources = 1 1

No. in MACT floor = 1 1

Avge of top performer = 1.79E-02 -5.06E+00

Std Deviation of top performer = 1.65E-02 2.44E+00

Skewness = -0.61 -1.65

Kurtosis = #DIV/0! #DIV/0!

SE Skewness 1.41 1.41

Skewness Test normal normal

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 3 3

Number of test runs that contained non-detect

values 3 3

Highest test run = 3.31E-02 -3.41E+00

99% t-statistic for UPL 6.96E+00 6.96E+00

99% UPL of top performer (test runs) = 1.12E-01 6.78E+03

Biomass - Stoker 35

No. of sources = 1 1

No. in MACT floor = 1 1

Avge of top performer = 2.93E-02 -3.61E+00

Std Deviation of top performer = 1.46E-02 4.63E-01

Skewness = 1.67 1.59

Kurtosis = #DIV/0! #DIV/0!

SE Skewness 1.41 1.41

Skewness Test normal normal

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 3 3

Number of test runs that contained non-detect

values 3 3

Highest test run = 4.61E-02 -3.08E+00

99% t-statistic for UPL 6.96E+00 6.96E+00

99% UPL of top performer (test runs) = 1.12E-01 3.77E-01

Coal - FB

No. of sources = 1 1

No. in MACT floor = 1 1

Avge of top performer = 1.91E-03 -6.26E+00

Std Deviation of top performer = 2.34E-04 1.19E-01

Skewness = 1.51 1.46

Kurtosis = #DIV/0! #DIV/0!

SE Skewness 1.41 1.41

Skewness Test normal normal

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 3 3

Number of test runs that contained non-detect

values 3 3

Highest test run = 2.18E-03 -6.13E+00

99% t-statistic for UPL 6.96E+00 6.96E+00

99% UPL of top performer (test runs) = 3.25E-03 3.75E-03

Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix F-6 : UPL Calculations for New Sources

Parameters TEQ PCDD/PCDF

(ng/dscm @ 7% O2) TEQ PCDD/PCDF

(ng/dscm @ 7% O2)

Coal - PC

No. of sources = 1 1

No. in MACT floor = 1 1

Avge of top performer = 1.82E-02 -4.04E+00

Std Deviation of top performer = 6.13E-03 3.16E-01

Skewness = 1.66 1.61

Kurtosis = #DIV/0! #DIV/0!

SE Skewness 1.41 1.41

Skewness Test normal normal

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 3 3

Number of test runs that contained non-detect

values 3 3

Highest test run = 2.52E-02 -3.68E+00

99% t-statistic for UPL 6.96E+00 6.96E+00

99% UPL of top performer (test runs) = 5.30E-02 1.06E-01

Coal - Stoker

No. of sources = 1 1

No. in MACT floor = 1 1

Avge of top performer = 2.53E-03 -6.00E+00

Std Deviation of top performer = 5.86E-04 2.22E-01

Skewness = 1.51 1.41

Kurtosis = #DIV/0! #DIV/0!

SE Skewness 1.41 1.41

Skewness Test normal normal

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 3 3

Number of test runs that contained non-detect

values 0 0

Highest test run = 3.20E-03 -5.74E+00

99% t-statistic for UPL 6.96E+00 6.96E+00

99% UPL of top performer (test runs) = 5.87E-03 8.79E-03

Yellow highlight indicates the distribution (either normal or lognormal)

# MACT Floor by Fuel Typ e

Parameters PM

Filterable

(lb/mmBtu) Hg HCl CO D/F

total mass D/F

TEQ Total Count of

Units in

Subcategory

Biomass 239

No. of sources = 108 42 51

No. in MACT floor = 13 6 7

Coal 525

No. of sources = 335 265 296

No. in MACT floor = 41 32 36

Liquid 791

No. of sources = 81 173 185 106 14 14

No. in MACT floor = 10 21 23 13 2 2

Gas 1 10775

No. of sources = 143 13 10 753 7 7

No. in MACT floor = 18 2 2 91 1 1

Gas 1 - metallurgical furnaces 749

No. of sources = 9 7 9 14 7 7

No. in MACT floor = 2 1 2 2 1 1

Gas 2 196

No. of sources = 13 8 8 74 5 5

No. in MACT floor = 2 1 1 9 1 1

Parameters CO

(ppm @ 3%

O2) Dioxin/Fura

ns (Total

Mass)

ppm@ 3%

O2) Dioxin/Fura

ns (TEQ)

ppm@ 3%

O2) Total Count of

Units in

Subcategory

Biomass - Dutch Oven 40

No. of sources = 13 2 2

No. in MACT floor = 2 1 1

Biomass - Fluidized Bed 7

No. of sources = 1 1 1

No. in MACT floor = 1 1 1

Biomass - Fuel Cell 16

No. of sources = 11 5 5

No. in MACT floor = 5 5 5

Biomass - Stoker 176

No. of sources = 71 3 3

No. in MACT floor = 9 1 1

Coal - FB 26

No. of sources = 12 8 8

No. in MACT floor = 5 5 5

Coal - PC 180

No. of sources = 39 8 8

No. in MACT floor = 5 1 1

Coal - Stoker 319

No. of sources = 45 8 8

No. in MACT floor = 6 1 1 

# Appendix G-1: Summary of Number of Sources with Test Data and Top 12 Percent

under Alternative Solid Waste Definition

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 1-Hg Floor



# FacilityID CombustorID_com

mon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# FLUSSugarCorp Boiler No. 7 Mercury

(Hg) Biomass 9.73E-08 1 YES



# FLSmurfit-Stone 5PB Mercury

(Hg) Biomass 2.05E-07 2 YES



# NYIntlPaperTiconde

roga PB1 Mercury

(Hg) Biomass 2.27E-07 3 YES



# NDCargillWestFarg

o Foster Wheeler

Boiler (EU43) Mercury

(Hg) Biomass 2.30E-07 4 YES



# NCGPRoxboro ES-1 Wood fired

Boiler Mercury

(Hg) Biomass 2.67E-07 5 YES



# FLSugarCaneGrow

ersCoop Boiler No. 8 Mercury

(Hg) Biomass 3.40E-07 6 YES



# TXMeadWestvacoE

vadale 21-2105 Mercury

(Hg) Biomass 3.73E-07 7 NO



# HIPuuneneSugarMil

l Boiler 1 Mercury

(Hg) Biomass 4.26E-07 8 NO



# HIPuuneneSugarMil

l Boiler 2 Mercury

(Hg) Biomass 4.26E-07 9 NO



# SCNewSouthCamd

en WWB1 Mercury

(Hg) Biomass 4.39E-07 10 NO



# MNDESPHansONy

man EU007 Mercury

(Hg) Biomass 4.43E-07 11 NO



# SCNewSouthCoCo

nway WWB1 Mercury

(Hg) Biomass 4.76E-07 12 NO



# ORRoseburgForest

Dillard Boiler #6 Mercury

(Hg) Biomass 5.04E-07 13 NO



# ARPotlatchForestW

arren Wellons Boiler Mercury

(Hg) Biomass 5.41E-07 14 NO



# GAInternationalPap

erAugustaMills PB3A Mercury

(Hg) Biomass 5.57E-07 15 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 1-Hg Floor



# FacilityID CombustorID_com

mon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# ALIPCourtland No. 1 Combination

Boiler / 11CU101 Mercury

(Hg) Biomass 6.08E-07 16 NO



# ARWeyerhaeuserDi

erksMill SN-45 Mercury

(Hg) Biomass 6.24E-07 17 NO



# SCSmurfitStone Unit 15: Boiler #3 Mercury

(Hg) Biomass 6.67E-07 18 NO



# ORRoseburgRiddle

2 Boiler #2 Mercury

(Hg) Biomass 7.45E-07 19 NO



# GAGPCelluloseBru

nswick U700 -- No. 4

Power Boiler Mercury

(Hg) Biomass 7.66E-07 20 NO



# ARAnthonyForestPr

oducts SN-12 Mercury

(Hg) Biomass 8.24E-07 21 NO



# NCLPRoaringRiver Boiler #2 Mercury

(Hg) Biomass 9.13E-07 22 NO



# MSWeyerhaeuserBr

uce AA-002 No. 2

Boiler Mercury

(Hg) Biomass 9.93E-07 23 NO



# IDMoyieSprings

Lumber420 HFB1 Mercury

(Hg) Biomass 1.02E-06 24 NO



# MSGPNewAugusta AA-015 Power

Boiler Mercury

(Hg) Biomass 1.10E-06 25 NO



# GARayonierJesupM

ill PB01 Mercury

(Hg) Biomass 1.19E-06 26 NO



# ARGBPMorrilton SN-04 Mercury

(Hg) Biomass 1.22E-06 27 NO



# GAGPWarmSprings EU600 Wood Fuel

Boiler Mercury

(Hg) Biomass 1.36E-06 28 NO



# ORRoseburgCoquill

e Boiler 1 Mercury

(Hg) Biomass 1.41E-06 29 NO



# ORRoseburgForest

Dillard Boiler #2 Mercury

(Hg) Biomass 1.64E-06 30 NO



# ORRosboroSpringfi

eld DV 01.1 Mercury

(Hg) Biomass 1.65E-06 31 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 1-Hg Floor



# FacilityID CombustorID_com

mon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# FLUSSugarCorp Boiler No. 4 Mercury

(Hg) Biomass 1.77E-06 32 NO



# WAWeyerhaeuser_

Raymond Hog Fuel Boiler

EU1 Mercury

(Hg) Biomass 1.86E-06 33 NO



# ORRoseburgForest

Dillard Boiler #1 Mercury

(Hg) Biomass 2.28E-06 34 NO



# WAGraysHarborPa

per No. 8 Boiler (EU1) Mercury

(Hg) Biomass 2.42E-06 35 NO



# WASimpsonLumber

Company EU1 Mercury

(Hg) Biomass 2.50E-06 36 NO



# WAGraysHarborPa

per No. 6 Boiler (EU2) Mercury

(Hg) Biomass 2.74E-06 37 NO



# ORWeyerhaeuserC

oWarrentonLumber

Mill 3-HFB Mercury

(Hg) Biomass 2.92E-06 38 NO



# MIWhitePineElectric IBW Boiler Mercury

(Hg) Biomass 2.97E-06 39 NO



# FLOsceolaFarms Boiler No. 4 Mercury

(Hg) Biomass 3.21E-06 40 NO



# FLOsceolaFarms Boiler No. 2 Mercury

(Hg) Biomass 6.30E-06 41 NO



# NCLPRoaringRiver Boiler #3 Mercury

(Hg) Biomass 8.00E-06 42 NO



# IAUofIowa EP7 Boiler 11 Mercury

(Hg) Coal 1.43E-08 1 YES



# MITBSimonPowerPl

ant Unit 4 Mercury

(Hg) Coal 2.87E-08 2 YES



# IAArchersDanielsMi

dlandDesMoines Asea Boiler #1 Mercury

(Hg) Coal 3.84E-08 3 YES



# IARoquetteAmerica Circulating Fluidized

Bed Boiler (121) Mercury

(Hg) Coal 6.17E-08 4 YES

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 1-Hg Floor



# FacilityID CombustorID_com

mon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# INPurdueUniverisity Boiler 5 Mercury

(Hg) Coal 1.23E-07 5 YES



# ILPolyOne B1 Mercury

(Hg) Coal 1.23E-07 6 YES



# MITBSimonPowerPl

ant Unit 2 Mercury

(Hg) Coal 1.44E-07 7 YES



# MNADMCornDivisio

n Coal Boiler #1

EU049 Mercury

(Hg) Coal 1.59E-07 8 YES



# MNADMCornDivisio

n Coal Boiler #2

EU050 Mercury

(Hg) Coal 1.59E-07 9 YES



# MITBSimonPowerPl

ant Unit 1 Mercury

(Hg) Coal 1.84E-07 10 YES



# NCTysonHarmony TYS-ES-21 Mercury

(Hg) Coal 2.43E-07 11 YES



# IDAmalgamatedSug

arCoTwinFalls S-B1 Mercury

(Hg) Coal 2.56E-07 12 YES



# AKDoyonUtilities_A

K 4 Mercury

(Hg) Coal 3.52E-07 13 YES



# IAADMCornProcess

ingCR EU-501B Mercury

(Hg) Coal 3.58E-07 14 YES



# VAUniversityofVirgi

nia 7103-1-01R Mercury

(Hg) Coal 3.70E-07 15 YES



# VADukeEnergyNarr

ows Boiler #1 Mercury

(Hg) Coal 3.83E-07 16 YES



# MINeenahPaperMI Boiler 1 Mercury

(Hg) Coal 3.94E-07 17 YES



# OHAppletonIdeas Boiler 4 (B003) Mercury

(Hg) Coal 3.94E-07 18 YES



# TNNissanSmyrna Boiler 3 Mercury

(Hg) Coal 4.17E-07 19 YES

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 1-Hg Floor



# FacilityID CombustorID_com

mon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# NCUNCCogen ES-001 Mercury

(Hg) Coal 4.18E-07 20 YES



# INTateLyleSagamor

e 31B1 Mercury

(Hg) Coal 4.31E-07 21 YES



# OKGPMuskogeeMill B-3 Mercury

(Hg) Coal 4.67E-07 22 YES



# TNCargillMemphis Stoker Boiler 8001 Mercury

(Hg) Coal 4.67E-07 23 YES



# WIWausauRhine B26 Mercury

(Hg) Coal 4.80E-07 24 YES



# ALIPCourtland No.2 Combination

Boiler / 11CU201 Mercury

(Hg) Coal 5.38E-07 25 YES



# VADukeEnergyNarr

ows Boiler #2 Mercury

(Hg) Coal 5.39E-07 26 YES



# TNNissanSmyrna Boiler 2 Mercury

(Hg) Coal 5.47E-07 27 YES



# PANorfolkSouthern 031 Mercury

(Hg) Coal 6.60E-07 28 YES



# PANorfolkSouthern 032 Mercury

(Hg) Coal 6.60E-07 29 YES



# PANorfolkSouthern 033 Mercury

(Hg) Coal 6.60E-07 30 YES



# MNRochesterUtilitie

s EU003 Mercury

(Hg) Coal 6.61E-07 31 YES



# VADukeEnergyNarr

ows Boiler #7 Mercury

(Hg) Coal 6.71E-07 32 YES



# ILBungeDanville CFB Boiler Mercury

(Hg) Coal 7.04E-07 33 NO



# AKDoyonUtilities_A

K 7 Mercury

(Hg) Coal 7.22E-07 34 NO



# IAUofNorthernIowa Boiler #3 Mercury

(Hg) Coal 7.68E-07 35 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 1-Hg Floor



# FacilityID CombustorID_com

mon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# VARadfordArmyAm

munitionPlant Boiler No. 5 Mercury

(Hg) Coal 7.74E-07 36 NO



# OHCargillSidney B002 Mercury

(Hg) Coal 7.93E-07 37 NO



# GAInternationalPap

erAugustaMills PB1A Mercury

(Hg) Coal 8.41E-07 38 NO



# TNEastman_NO_C

BIDATA Boiler 30 Mercury

(Hg) Coal 8.89E-07 39 NO



# NJVinelandMuniEle

ctric-HowardDown Unit 10 Mercury

(Hg) Coal 8.97E-07 40 NO



# VASmurfitStoneWe

stpt PB08 Mercury

(Hg) Coal 9.48E-07 41 NO



# NCMCASCherryPoi

nt CP-152-BOIL-02 Mercury

(Hg) Coal 9.50E-07 42 NO



# VAVirginiaPolytechn

ic Boiler 11 Mercury

(Hg) Coal 1.00E-06 43 NO



# WVPPGMartinsville R011-Boiler 3 Mercury

(Hg) Coal 1.02E-06 44 NO



# WIGreenBayPacka

gingMillDivision Boiler B26- Coal

Fired Boiler Mercury

(Hg) Coal 1.03E-06 45 NO



# IDTASCONampa Babcock and

Wilcox (B&W) #1 Mercury

(Hg) Coal 1.04E-06 46 NO



# IDTASCONampa Babcock and

Wilcox (B&W) #2 Mercury

(Hg) Coal 1.04E-06 47 NO



# MNRochesterUtilitie

s EU002 Mercury

(Hg) Coal 1.06E-06 48 NO



# IDAmalgamatedSug

arCoTwinFalls S-B2 Mercury

(Hg) Coal 1.13E-06 49 NO



# NDMinnDakFarmer

s Babcock and

Wilcox Boiler #5 Mercury

(Hg) Coal 1.14E-06 50 NO



# IDTASCOPaul Erie City Boiler Mercury

(Hg) Coal 1.19E-06 51 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 1-Hg Floor



# FacilityID CombustorID_com

mon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# VADukeEnergyNarr

ows Boiler #4 Mercury

(Hg) Coal 1.20E-06 52 NO



# MOAnheuserBusch Boiler 5 Mercury

(Hg) Coal 1.21E-06 53 NO



# MOAnheuserBusch Boiler 1 Mercury

(Hg) Coal 1.25E-06 54 NO



# GAGPSRMRiincon EU BO01 Mercury

(Hg) Coal 1.26E-06 55 NO



# VAMeadWestVacoCovingtonVA PWR006 Mercury

(Hg) Coal 1.29E-06 56 NO



# VAMeadWestVacoCovingtonVA PWR007 Mercury

(Hg) Coal 1.29E-06 57 NO



# VAMeadWestVacoCovingtonVA PWR008 Mercury

(Hg) Coal 1.29E-06 58 NO



# VAMeadWestVacoCovingtonVA PWR009 Mercury

(Hg) Coal 1.29E-06 59 NO



# WIAppleton B22 Coal Fired

Boiler Mercury

(Hg) Coal 1.30E-06 60 NO



# INSABICInnovative

Plastics 01-001 BW1 Boiler Mercury

(Hg) Coal 1.34E-06 61 NO



# INSABICInnovative

Plastics 01-001 BW2 Boiler Mercury

(Hg) Coal 1.34E-06 62 NO



# OHSmartPapersHol

dingsLLC B020 Mercury

(Hg) Coal 1.39E-06 63 NO



# WIGPGreenBay281

8 B25 - Stoker Boiler

#5 Mercury

(Hg) Coal 1.39E-06 64 NO



# WIGPGreenBay281

8 B26 - Stoker Boiler

#6 Mercury

(Hg) Coal 1.39E-06 65 NO



# WIGPGreenBay281

8 B27 - Cyclone

Boiler #7 Mercury

(Hg) Coal 1.39E-06 66 NO



# WIGPGreenBay281

8 B28 - Stoker Boiler

#8 Mercury

(Hg) Coal 1.39E-06 67 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 1-Hg Floor



# FacilityID CombustorID_com

mon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# VADukeEnergyNarr

ows Boiler #5 Mercury

(Hg) Coal 1.41E-06 68 NO



# ALGeorgiaPacificNa

heola Z016 - CB2 Mercury

(Hg) Coal 1.43E-06 69 NO



# MNRochesterUtilitie

s EU001 Mercury

(Hg) Coal 1.47E-06 70 NO



# VADukeEnergyNarr

ows Boiler #3 Mercury

(Hg) Coal 1.47E-06 71 NO



# MIHollandBPW Unit 3 Mercury

(Hg) Coal 1.49E-06 72 NO



# GACaraustar CB01 Mercury

(Hg) Coal 1.54E-06 73 NO



# WVPPGMartinsville R072-Boiler 5 Mercury

(Hg) Coal 1.55E-06 74 NO



# WIWausauRhine B20 Mercury

(Hg) Coal 1.60E-06 75 NO



# WIWausauRhine B21 Mercury

(Hg) Coal 1.60E-06 76 NO



# WIWausauRhine B22 Mercury

(Hg) Coal 1.60E-06 77 NO



# WIWausauRhine B23 Mercury

(Hg) Coal 1.60E-06 78 NO



# OHDukeEnergyGen

erationCincinnati B022 (Boiler #4, IG4A) Mercury

(Hg) Coal 1.71E-06 79 NO



# MNAmericanCrystal

Crookston Boiler 1 Mercury

(Hg) Coal 1.72E-06 80 NO



# MNWausauPaperBrainerd EU 002 Mercury

(Hg) Coal 1.72E-06 81 NO



# MNWausauPaperBrainerd EU 003 Mercury

(Hg) Coal 1.72E-06 82 NO



# IDTASCOPaul Babcock and

Wilcox (B&W)

Boiler Mercury

(Hg) Coal 1.76E-06 83 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 1-Hg Floor



# FacilityID CombustorID_com

mon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# WIDairylandPowerAlma Alma 1 Mercury

(Hg) Coal 1.78E-06 84 NO



# WIDairylandPowerAlma Alma 2 Mercury

(Hg) Coal 1.78E-06 85 NO



# WIDairylandPowerAlma Alma 3 Mercury

(Hg) Coal 1.78E-06 86 NO



# MAUMass EU#3 Mercury

(Hg) Coal 1.79E-06 87 NO



# MAUMass EU#4 Mercury

(Hg) Coal 1.79E-06 88 NO



# MAUMass EU#5 Mercury

(Hg) Coal 1.79E-06 89 NO



# OHCargillSidney B001 Mercury

(Hg) Coal 1.80E-06 90 NO



# MIPharma&Upjohn1

180 Boiler 3 Mercury

(Hg) Coal 1.82E-06 91 NO



# OHPainesvilleMunic

ipalElectric B004 Mercury

(Hg) Coal 1.84E-06 92 NO



# WIThilmanyLLC B11 Mercury

(Hg) Coal 1.85E-06 93 NO



# WIThilmanyLLC B09 Mercury

(Hg) Coal 1.85E-06 94 NO



# WINewPageWisconsinRapids Power Boiler 2 -

B20 Mercury

(Hg) Coal 1.85E-06 95 NO



# GACargillGainesville B001 Mercury

(Hg) Coal 1.90E-06 96 NO



# OHMortonSaltRittm

an B003 - Coal-Fired

Boiler #1 Mercury

(Hg) Coal 1.90E-06 97 NO



# VARadfordArmyAm

munitionPlant Boiler No. 3 Mercury

(Hg) Coal 1.90E-06 98 NO



# NCUNCCogen ES-002 Mercury

(Hg) Coal 1.93E-06 99 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 1-Hg Floor



# FacilityID CombustorID_com

mon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# IAMuscatinePowera

ndWater Unit 7 Mercury

(Hg) Coal 1.96E-06 100 NO



# OKGPMuskogeeMill B-4 Mercury

(Hg) Coal 2.00E-06 101 NO



# MOIPLBlueValley Unit 1 Mercury

(Hg) Coal 2.09E-06 102 NO



# PABayValleyFoods

Pittsburgh Boiler No. 3 Mercury

(Hg) Coal 2.09E-06 103 NO



# PABayValleyFoods

Pittsburgh Boiler No. 4 Mercury

(Hg) Coal 2.09E-06 104 NO



# MDDeptofNavySup

portFacilityIndianHe

ad PTO - 873 - E3 (3-

0006) (Boiler 3) Mercury

(Hg) Coal 2.10E-06 105 NO



# OHMortonSaltRittm

an B002 - Coal-Fired

Boiler #2 Mercury

(Hg) Coal 2.10E-06 106 NO



# NCBlueRidgePaper G11040 Mercury

(Hg) Coal 2.10E-06 107 NO



# MOAnheuserBusch Boiler 8 Mercury

(Hg) Coal 2.13E-06 108 NO



# MITBSimonPowerPl

ant Unit 3 Mercury

(Hg) Coal 2.13E-06 109 NO



# TNEastman_NO_C

BIDATA Boiler 31 Mercury

(Hg) Coal 2.13E-06 110 NO



# ALGeorgiaPacificNa

heola Z015 - CB1 Mercury

(Hg) Coal 2.14E-06 111 NO



# WYGeneralChemic

al GR-2-L (C BOILER) Mercury

(Hg) Coal 2.18E-06 112 NO



# VARadfordArmyAm

munitionPlant Boiler No. 2 Mercury

(Hg) Coal 2.26E-06 113 NO



# ILPrairiePowerPearl B1 Mercury

(Hg) Coal 2.27E-06 114 NO



# WINewPageWisconsinRapids Power Boiler 1 -

B21 Mercury

(Hg) Coal 2.28E-06 115 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 1-Hg Floor



# FacilityID CombustorID_com

mon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# OHUofCincinnati B108 Mercury

(Hg) Coal 2.28E-06 116 NO



# NYAESWestover Boiler 13 Mercury

(Hg) Coal 2.29E-06 117 NO



# VAGPBigIsland270

3 PWR04 - No. 4

Power Boiler Mercury

(Hg) Coal 2.29E-06 118 NO



# VAPhilipMorrisPark

500 B3 Mercury

(Hg) Coal 2.34E-06 119 NO



# MOIP&LMissouriCit

y Unit 1 Mercury

(Hg) Coal 2.35E-06 120 NO



# MOIP&LMissouriCit

y Unit 2 Mercury

(Hg) Coal 2.35E-06 121 NO



# MOBASFHannibal Coal Fired Boiler #5 Mercury

(Hg) Coal 2.38E-06 122 NO



# VAINVISTAWaynes

boro 2-205 (B#2) Boiler

#2 Mercury

(Hg) Coal 2.46E-06 123 NO



# WVUCCSouthCharl

eston B25 Mercury

(Hg) Coal 2.46E-06 124 NO



# MOMallinckrodt Boiler 6 Mercury

(Hg) Coal 2.47E-06 125 NO



# WINewPageBiron B24 Mercury

(Hg) Coal 2.54E-06 126 NO



# TNOakRidge-Y12 Boiler/Unit 31 Mercury

(Hg) Coal 2.57E-06 127 NO



# OHShelbyMuniLight

Plant B008 Mercury

(Hg) Coal 2.63E-06 128 NO



# SCClemson 04-B04 Mercury

(Hg) Coal 2.63E-06 129 NO



# OKGPMuskogeeMill B-2 Mercury

(Hg) Coal 2.67E-06 130 NO



# TNBowaterNewspri

nt Power Boiler No. 3 Mercury

(Hg) Coal 2.77E-06 131 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 1-Hg Floor



# FacilityID CombustorID_com

mon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# WIWausau # 6 Power Boiler

(B20) Mercury

(Hg) Coal 2.79E-06 132 NO



# OHShelbyMuniLight

Plant B007 Mercury

(Hg) Coal 2.80E-06 133 NO



# VADukeEnergyNarr

ows Boiler #6 Mercury

(Hg) Coal 2.83E-06 134 NO



# WIThilmanyPapers

NicoletMill B23 Mercury

(Hg) Coal 2.86E-06 135 NO



# WIThilmanyPapers

NicoletMill B24 Mercury

(Hg) Coal 2.86E-06 136 NO



# NYCornellUniversity B1 Mercury

(Hg) Coal 2.95E-06 137 NO



# TNEastman_NO_C

BIDATA Boiler 25 Mercury

(Hg) Coal 2.97E-06 138 NO



# WIWausau # 5 Power Boiler

(B24) Mercury

(Hg) Coal 3.08E-06 139 NO



# NCBlueRidgePaper G11039 Mercury

(Hg) Coal 3.13E-06 140 NO



# PAPHGlatfelter PB4 Mercury

(Hg) Coal 3.14E-06 141 NO



# PAPHGlatfelter PB1 Mercury

(Hg) Coal 3.15E-06 142 NO



# PAPHGlatfelter PB3 Mercury

(Hg) Coal 3.15E-06 143 NO



# ILRockIslandArsena

l Boiler #4 Mercury

(Hg) Coal 3.15E-06 144 NO



# TNEastman_NO_C

BIDATA Boiler 27 Mercury

(Hg) Coal 3.23E-06 145 NO



# ILADMPeoria EU-PH101 Mercury

(Hg) Coal 3.25E-06 146 NO



# ILADMPeoria EU-PH102 Mercury

(Hg) Coal 3.25E-06 147 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 1-Hg Floor



# FacilityID CombustorID_com

mon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# WYGeneralChemic

al GR-3-W (D

BOILER) Mercury

(Hg) Coal 3.27E-06 148 NO



# WVSunocoIncNeal

PlantKenova B602, Coal Boiler Mercury

(Hg) Coal 3.30E-06 149 NO



# MOIPLBlueValley Unit 2 Mercury

(Hg) Coal 3.32E-06 150 NO



# GAInternationalPap

erAugustaMills PB2A Mercury

(Hg) Coal 3.35E-06 151 NO



# ILRockIslandArsena

l NBN 12602 (Boiler

#1) Mercury

(Hg) Coal 3.36E-06 152 NO



# MIManistiquePaper EUBLR001 Mercury

(Hg) Coal 3.37E-06 153 NO



# MIManistiquePaper EUBLR002 Mercury

(Hg) Coal 3.37E-06 154 NO



# ILADMQuincy EU-5003 Mercury

(Hg) Coal 3.42E-06 155 NO



# ILADMQuincy EU-5004 Mercury

(Hg) Coal 3.42E-06 156 NO



# MIHollandBPW Unit 4 Mercury

(Hg) Coal 3.45E-06 157 NO



# VAVirginiaPolytechn

ic Boiler 7 Mercury

(Hg) Coal 3.50E-06 158 NO



# MNHibbing Unit 2A Mercury

(Hg) Coal 3.50E-06 159 NO



# PABayValleyFoods

Pittsburgh Boiler No. 1 Mercury

(Hg) Coal 3.55E-06 160 NO



# PABayValleyFoods

Pittsburgh Boiler No. 2 Mercury

(Hg) Coal 3.55E-06 161 NO



# VAPhilipMorrisPark

500 B2 Mercury

(Hg) Coal 3.57E-06 162 NO



# MNWausauPaperBrainerd EU 004 Mercury

(Hg) Coal 3.67E-06 163 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 1-Hg Floor



# FacilityID CombustorID_com

mon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# MNHibbing Unit 1A Mercury

(Hg) Coal 3.70E-06 164 NO



# PADomtarJohnsonb

urg #81 Coal Boiler Mercury

(Hg) Coal 3.77E-06 165 NO



# PADomtarJohnsonb

urg #82 Coal Boiler Mercury

(Hg) Coal 3.77E-06 166 NO



# MNAmericanCrystal

Moorhead Boiler 3 Mercury

(Hg) Coal 3.78E-06 167 NO



# TNViskase Boiler 1 Mercury

(Hg) Coal 3.80E-06 168 NO



# TNViskase Boiler 2 Mercury

(Hg) Coal 3.80E-06 169 NO



# NCMillerCoors ES-1 Coal/No. 2 & 6

Fuel Oil Boiler Mercury

(Hg) Coal 3.86E-06 170 NO



# OHUSEnrichmentC

orpPiketon X-600 Boiler No. 3 Mercury

(Hg) Coal 3.92E-06 171 NO



# WIDomtarNekoosa B20 - Boiler No. 1 Mercury

(Hg) Coal 3.93E-06 172 NO



# WIDomtarNekoosa B21 - Boiler No. 2 Mercury

(Hg) Coal 3.93E-06 173 NO



# WIDomtarNekoosa B22 - Boiler No. 7 Mercury

(Hg) Coal 3.93E-06 174 NO



# WIDomtarNekoosa B24 - Boiler No. 10 Mercury

(Hg) Coal 3.93E-06 175 NO



# ILAbbottAbbottPark Unit 5AP Mercury

(Hg) Coal 3.94E-06 176 NO



# MICityofEscanaba EUBOILER#1 Mercury

(Hg) Coal 4.00E-06 177 NO



# NCKapStone PB1 Mercury

(Hg) Coal 4.01E-06 178 NO



# MNDESPHansONy

man EU003 Mercury

(Hg) Coal 4.09E-06 179 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 1-Hg Floor



# FacilityID CombustorID_com

mon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# MDDeptofNavySup

portFacilityIndianHe

ad PTO - 873 - E2 (3-

0005) (Boiler 2) Mercury

(Hg) Coal 4.10E-06 180 NO



# MIPharma&Upjohn1

178 EUEBLR43-5

(Boiler No. 5) Mercury

(Hg) Coal 4.11E-06 181 NO



# NCBlueRidgePaper G11037 Mercury

(Hg) Coal 4.24E-06 182 NO



# NCBlueRidgePaper G11038 Mercury

(Hg) Coal 4.24E-06 183 NO



# MNDESPHansONy

man EU002 Mercury

(Hg) Coal 4.27E-06 184 NO



# VAPhilipMorrisMC PC Mercury

(Hg) Coal 4.37E-06 185 NO



# OHAkronThermalEn

ergy Boiler #32 (B001) Mercury

(Hg) Coal 4.37E-06 186 NO



# OHAppletonIdeas Boiler 2 (B002) Mercury

(Hg) Coal 4.38E-06 187 NO



# OHCampbellsSoup

Co B001 Mercury

(Hg) Coal 4.60E-06 188 NO



# OHCampbellsSoup

Co B002 Mercury

(Hg) Coal 4.60E-06 189 NO



# WVATKRocketCent

er NB2766 W-17479-

W (Boiler 17) Mercury

(Hg) Coal 4.76E-06 190 NO



# MIPharma&Upjohn1

178 EUEBLR43-2

(Boiler No. 2) Mercury

(Hg) Coal 4.79E-06 191 NO



# VARadfordArmyAm

munitionPlant Boiler No. 4 Mercury

(Hg) Coal 4.80E-06 192 NO



# NCMCASCherryPoi

nt CP-152-BOIL-01 Mercury

(Hg) Coal 4.83E-06 193 NO



# NYCornellUniversity B8 Mercury

(Hg) Coal 4.83E-06 194 NO



# KYISPChemicals 0AA (Riley) Mercury

(Hg) Coal 4.91E-06 195 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 1-Hg Floor



# FacilityID CombustorID_com

mon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# WVBayerInstitute Boiler #10 Mercury

(Hg) Coal 4.93E-06 196 NO



# WVBayerInstitute Boiler #11 Mercury

(Hg) Coal 4.93E-06 197 NO



# WVBayerInstitute Boiler #12 Mercury

(Hg) Coal 4.93E-06 198 NO



# OHShelbyMuniLight

Plant B006 Mercury

(Hg) Coal 4.98E-06 199 NO



# MDNewPage-Luke No. 25 Mercury

(Hg) Coal 5.21E-06 200 NO



# NCMillerCoors ES-2 Coal/No. 2 & 6

Fuel Oil Boiler Mercury

(Hg) Coal 5.25E-06 201 NO



# TNDuPontOldHickor

yPlant #24 Boiler Mercury

(Hg) Coal 5.27E-06 202 NO



# PAARGBradford 37 Mercury

(Hg) Coal 5.51E-06 203 NO



# NCCampLejeuneM

CB A-HP-1700-01 Mercury

(Hg) Coal 5.65E-06 204 NO



# NCCampLejeuneM

CB A-HP-1700-02 Mercury

(Hg) Coal 5.65E-06 205 NO



# TNDuPontOldHickor

yPlant #20 Boiler Mercury

(Hg) Coal 5.67E-06 206 NO



# MOTrigenKansasCit

y Boiler 6 Mercury

(Hg) Coal 5.72E-06 207 NO



# MOTrigenKansasCit

y Boiler 8 Mercury

(Hg) Coal 5.76E-06 208 NO



# FLIPPensacola Power Boiler 3 / EU

ID 33 Mercury

(Hg) Coal 5.85E-06 209 NO



# OHBataviaTransmis

sions Boiler 2 (B002) Mercury

(Hg) Coal 6.00E-06 210 NO



# OHPainesvilleMunic

ipalElectric B001 Mercury

(Hg) Coal 6.04E-06 211 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 1-Hg Floor



# FacilityID CombustorID_com

mon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# OHSmartPapersHol

dingsLLC B010 Mercury

(Hg) Coal 6.16E-06 212 NO



# INSABICInnovative

Plastics 09-002 Erie Boiler Mercury

(Hg) Coal 6.24E-06 213 NO



# INSABICInnovative

Plastics 09-002 Lasker

Boiler Mercury

(Hg) Coal 6.24E-06 214 NO



# FLIPPensacola Power Boiler 4 / EU

ID 37 Mercury

(Hg) Coal 6.30E-06 215 NO



# OHPainesvilleMunic

ipalElectric B003 Mercury

(Hg) Coal 6.34E-06 216 NO



# MIMenominee #3 Boiler Mercury

(Hg) Coal 6.60E-06 217 NO



# ALCargill-Decatur Keeler (S-407) Mercury

(Hg) Coal 6.63E-06 218 NO



# OHMedicalCenterC

o1915 B003 Mercury

(Hg) Coal 6.83E-06 219 NO



# OHMedicalCenterC

o1915 B004 Mercury

(Hg) Coal 6.83E-06 220 NO



# TNBowaterNewspri

nt Power Boiler No. 1 Mercury

(Hg) Coal 6.93E-06 221 NO



# NCCampLejeuneM

CB A-HP-1700-03 Mercury

(Hg) Coal 6.95E-06 222 NO



# NCCampLejeuneM

CB A-HP-1700-04 Mercury

(Hg) Coal 6.95E-06 223 NO



# WVDuPontWashing

tonWorks P05 Mercury

(Hg) Coal 7.14E-06 224 NO



# ILDukeEnergyTusco

la Unit 1 Mercury

(Hg) Coal 7.19E-06 225 NO



# OHUSEnrichmentC

orpPiketon X-600 Boiler No. 1 Mercury

(Hg) Coal 7.39E-06 226 NO



# VAGPJarrattFiberbo

ard EP-15 No. 3 Keeler

Boiler Mercury

(Hg) Coal 7.40E-06 227 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 1-Hg Floor



# FacilityID CombustorID_com

mon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# MIEBEddyPaper EUBOILER5 Mercury

(Hg) Coal 7.43E-06 228 NO



# WINewPageBiron B23 Mercury

(Hg) Coal 7.69E-06 229 NO



# OHUSEnrichmentC

orpPiketon X-600 Boiler No. 2 Mercury

(Hg) Coal 8.06E-06 230 NO



# MNHibbing Unit 3A Mercury

(Hg) Coal 8.43E-06 231 NO



# IAJohnDeereDubuq

ue Boiler 1 Mercury

(Hg) Coal 8.49E-06 232 NO



# IAJohnDeereDubuq

ue Boiler 4 Mercury

(Hg) Coal 8.49E-06 233 NO



# MOColumbiaPower

Plant Boiler Unit 6 Mercury

(Hg) Coal 8.52E-06 234 NO



# MOColumbiaPower

Plant Boiler Unit 7 Mercury

(Hg) Coal 8.52E-06 235 NO



# INNotreDame B-4 Mercury

(Hg) Coal 8.53E-06 236 NO



# WINewPageWhiting B24 Mercury

(Hg) Coal 8.69E-06 237 NO



# WVPPGMartinsville R015-Boiler 4 Mercury

(Hg) Coal 8.85E-06 238 NO



# IACentralIAPower EP1 Unit 1 PC

Boiler Mercury

(Hg) Coal 9.03E-06 239 NO



# MDDeptofNavySup

portFacilityIndianHe

ad PTO - 873 - E1 (3-

0004) (Boiler 1) Mercury

(Hg) Coal 9.17E-06 240 NO



# PAPennState 31 Mercury

(Hg) Coal 9.34E-06 241 NO



# PAPennState 32 Mercury

(Hg) Coal 9.34E-06 242 NO



# PAPennState 34 Mercury

(Hg) Coal 9.34E-06 243 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 1-Hg Floor



# FacilityID CombustorID_com

mon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# PAPennState 35 Mercury

(Hg) Coal 9.34E-06 244 NO



# MICityofEscanaba EUBOILER#2 Mercury

(Hg) Coal 9.48E-06 245 NO



# PABellefieldPlant Boiler 3 Mercury

(Hg) Coal 9.75E-06 246 NO



# INTateLyleLafayette

South LA-45 Mercury

(Hg) Coal 9.86E-06 247 NO



# IAUofIowa EP6 Boiler 10 Mercury

(Hg) Coal 1.00E-05 248 NO



# INBungeDecatur B&W (1SP1) Mercury

(Hg) Coal 1.05E-05 249 NO



# INBungeDecatur Keeler (2SP1) Mercury

(Hg) Coal 1.05E-05 250 NO



# TNInvistaChattanoo

ga EU002 - Boiler #4 Mercury

(Hg) Coal 1.22E-05 251 NO



# WVDuPontWashing

tonWorks P02 Mercury

(Hg) Coal 1.37E-05 252 NO



# INNotreDame B-2 Mercury

(Hg) Coal 1.43E-05 253 NO



# INNotreDame B-3 Mercury

(Hg) Coal 1.43E-05 254 NO



# WVDuPontWashing

tonWorks P03 Mercury

(Hg) Coal 1.60E-05 255 NO



# WVDuPontWashing

tonWorks P06 Mercury

(Hg) Coal 1.97E-05 256 NO



# MDNewPage-Luke No. 24 Mercury

(Hg) Coal 1.97E-05 257 NO



# DEINVISTA EU 001 - Coal

Boiler No. 1 Mercury

(Hg) Coal 2.80E-05 258 NO



# MNVersoPaper EU018 Bros Mercury

(Hg) Coal 2.81E-05 259 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 1-Hg Floor



# FacilityID CombustorID_com

mon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# DEINVISTA EU 003 - Coal

Boiler No. 3 Mercury

(Hg) Coal 3.50E-05 260 NO



# OHCargillAkron B001 Mercury

(Hg) Coal 8.03E-05 261 NO



# MSDuPontDeLisle1

342 AF-101A (BLR1342) Mercury

(Hg) Coal 5.36E-04 262 NO



# MSDuPontDeLisle1

342 AF-101B (BLR1342) Mercury

(Hg) Coal 5.36E-04 263 NO



# WINewPageKimberl

y B21 Mercury

(Hg) Coal 1.73E-03 264 NO



# WINewPageKimberl

y B22 Mercury

(Hg) Coal 1.73E-03 265 NO



# NCCampLejeuneM

CB C-AS-4151-16 Mercury

(Hg) Gas 1 9.35E-08 1 YES



# CAConocoPhilipsLo

sAng D146 B-202 U90 Mercury

(Hg) Gas 1 1.21E-07 2 YES



# CAExxonMobilTorrance 25F-1A Mercury

(Hg) Gas 1 2.30E-07 3 NO



# CAExxonMobilTorrance 25F-1B Mercury

(Hg) Gas 1 2.30E-07 4 NO



# CAExxonMobilTorrance 25F-2A Mercury

(Hg) Gas 1 2.30E-07 5 NO



# CAExxonMobilTorrance 25F-2B Mercury

(Hg) Gas 1 2.30E-07 6 NO



# SCEastmanColombi

a HTM Heater #3

(Equip ID 1101) Mercury

(Hg) Gas 1 3.35E-07 7 NO



# SCMichelinSandyS

prings B:02:01 Mercury

(Hg) Gas 1 3.55E-07 8 NO



# KSCoffeyvilleRefine

ry EU-39-FH0027 Mercury

(Hg) Gas 1 3.63E-07 9 NO



# WYSinclairWyomin

g Pt 74 #2 H2 Plant

Heater Mercury

(Hg) Gas 1 5.40E-07 10 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 1-Hg Floor



# FacilityID CombustorID_com

mon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# WYSinclairWyomin

g Pt 41 #9 HPB Mercury

(Hg) Gas 1 7.02E-07 11 NO



# CAExxonMobilTorrance 24F-1 Mercury

(Hg) Gas 1 1.59E-06 12 NO



# MNStPaulParkRef EU 026 Mercury

(Hg) Gas 1 1.87E-06 13 NO



# ILUSSGraniteCity No. 8 Galvanizing

Line Furnace Mercury

(Hg) Gas 1 3.32E-08 yes 1 YES



# INNucorSteel Cold Mill Annealing Mercury

(Hg) Gas 1 1.29E-07 yes 2 NO



# INArcelorMittalBurn

sHarbor Hot Dip Coating

Line Annealing

Furnace Mercury

(Hg) Gas 1 1.51E-07 yes 3 NO



# UTWestinghouse 202 Mercury

(Hg) Gas 1 7.50E-07 yes 4 NO



# INOutokumpuStainl

essPlate Heppenstall

Annealing Furnace Mercury

(Hg) Gas 1 1.17E-06 yes 5 NO



# INAlcoaWarrick Annealing Furnace

#15 Mercury

(Hg) Gas 1 2.68E-06 yes 6 NO



# INAlcoaWarrick Pre-Heat Furnace

#36 Mercury

(Hg) Gas 1 2.68E-06 yes 7 NO



# SCBMWManufactur

ingCo HB03 Mercury

(Hg) Gas 2 8.25E-08 1 YES



# LAShellChemicaGei

smar Furnace F-S801 Mercury

(Hg) Gas 2 1.07E-07 2 NO



# INTateLyleSagamor

e 21B501 Mercury

(Hg) Gas 2 1.58E-07 3 NO



# INRollsRoyceIndian

apolis 70-65 Mercury

(Hg) Gas 2 2.51E-07 4 NO



# WIGPGreenBay281

8 B29 - Fluidized Bed

Boiler #9 Mercury

(Hg) Gas 2 3.64E-07 5 NO



# GAGPSRMRiincon EU BO02 Mercury

(Hg) Gas 2 5.67E-07 6 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 1-Hg Floor



# FacilityID CombustorID_com

mon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# MDSeverstalSparro

ws 1BLR (No. 1 Boiler) Mercury

(Hg) Gas 2 1.30E-06 7 NO



# WVMountainStateC

arbonFollansbee S1 Mercury

(Hg) Gas 2 6.20E-06 8 NO



# MNGPDuluth EU33 Boiler #3 Mercury

(Hg) Liquid 5.87E-08 1 YES



# MEFPLEnergyWym

an Unit #5 Mercury

(Hg) Liquid 8.60E-08 2 YES



# PABoeingRidleyPar

k 033 Mercury

(Hg) Liquid 1.22E-07 3 YES



# NYConEd59thStSta

tionNewYork Boiler 118 Mercury

(Hg) Liquid 1.39E-07 4 YES



# NJVinelandMuniEle

ctric-HowardDown Unit 9 Mercury

(Hg) Liquid 3.87E-07 5 YES



# MESDWarrenSome

rset Package Boiler Mercury

(Hg) Liquid 3.92E-07 6 YES



# CTElectric Boat EMU 18 Mercury

(Hg) Liquid 4.36E-07 7 YES



# CTElectric Boat EMU 17 Mercury

(Hg) Liquid 4.36E-07 8 YES



# INUSSteelGaryWor

ks O4B10459 Mercury

(Hg) Liquid 7.79E-07 9 YES



# TNMilanArmyAmmu

nitionPlant F52L-1, Source #27

-

0010-30 Mercury

(Hg) Liquid 2.15E-06 10 YES



# TNMilanArmyAmmu

nitionPlant A15L-2, Source #27

-

0010-05 Mercury

(Hg) Liquid 2.15E-06 11 YES



# TNMilanArmyAmmu

nitionPlant I3A-1, Source #27-

0010-12 Mercury

(Hg) Liquid 2.15E-06 12 YES



# TNMilanArmyAmmu

nitionPlant F52L-2, Source #27

-

0010-30 Mercury

(Hg) Liquid 2.15E-06 13 YES



# TNMilanArmyAmmu

nitionPlant I4A-1, Source #27-

0010-13 Mercury

(Hg) Liquid 2.15E-06 14 YES

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 1-Hg Floor



# FacilityID CombustorID_com

mon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# TNMilanArmyAmmu

nitionPlant D88L-2, Source #27

-

0010-86 Mercury

(Hg) Liquid 2.15E-06 15 YES



# TNMilanArmyAmmu

nitionPlant D88L-1, Source #27

-

0010-86 Mercury

(Hg) Liquid 2.15E-06 16 YES



# TNMilanArmyAmmu

nitionPlant D2A-1, Source #27-

0010-09 Mercury

(Hg) Liquid 2.15E-06 17 YES



# TNMilanArmyAmmu

nitionPlant B21L-1, Source #27

-

0010-28 Mercury

(Hg) Liquid 2.15E-06 18 YES



# TNMilanArmyAmmu

nitionPlant A15L-1, Source #27

-

0010-05 Mercury

(Hg) Liquid 2.15E-06 19 YES



# TNMilanArmyAmmu

nitionPlant I5A-1, Source #27-

0010-14 Mercury

(Hg) Liquid 2.15E-06 20 YES



# TNMilanArmyAmmu

nitionPlant K313A-1, Source

#27-0010-83 Mercury

(Hg) Liquid 2.15E-06 21 YES



# TNMilanArmyAmmu

nitionPlant B21L-2, Source #27

-

0010-28 Mercury

(Hg) Liquid 2.15E-06 22 NO



# TNMilanArmyAmmu

nitionPlant T116A-1, Source

#27-0010-84 Mercury

(Hg) Liquid 2.15E-06 23 NO



# TNMilanArmyAmmu

nitionPlant X21L-2, Source #27

-

0010-29 Mercury

(Hg) Liquid 2.15E-06 24 NO



# TNMilanArmyAmmu

nitionPlant X21L-3, Source #27

-

0010-29 Mercury

(Hg) Liquid 2.15E-06 25 NO



# TNMilanArmyAmmu

nitionPlant K300A-1, Source

#27-0010-19 Mercury

(Hg) Liquid 2.15E-06 26 NO



# TNMilanArmyAmmu

nitionPlant T116A-2, Source

#27-0010-84 Mercury

(Hg) Liquid 2.15E-06 27 NO



# TNMilanArmyAmmu

nitionPlant I6A-1, Source #27-

0010-15 Mercury

(Hg) Liquid 2.15E-06 28 NO



# TNMilanArmyAmmu

nitionPlant S101A-2, Source

#27-0010-21 Mercury

(Hg) Liquid 2.15E-06 29 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 1-Hg Floor



# FacilityID CombustorID_com

mon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# TNMilanArmyAmmu

nitionPlant S101A-1, Source

#27-0010-21 Mercury

(Hg) Liquid 2.15E-06 30 NO



# TNMilanArmyAmmu

nitionPlant K313A-2, Source

#27-0010-83 Mercury

(Hg) Liquid 2.15E-06 31 NO



# TNMilanArmyAmmu

nitionPlant K300A-2, Source

#27-0010-19 Mercury

(Hg) Liquid 2.15E-06 32 NO



# TNMilanArmyAmmu

nitionPlant X21L-1, Source #27

-

0010-29 Mercury

(Hg) Liquid 2.15E-06 33 NO



# TNMilanArmyAmmu

nitionPlant K102L-1, Source

#27-0010-42 Mercury

(Hg) Liquid 2.15E-06 34 NO



# TNMilanArmyAmmu

nitionPlant J107A-2, Source

#27-0010-31 Mercury

(Hg) Liquid 2.15E-06 35 NO



# TNMilanArmyAmmu

nitionPlant J107A-1, Source

#27-0010-31 Mercury

(Hg) Liquid 2.15E-06 36 NO



# TNMilanArmyAmmu

nitionPlant I7A-1, Source #27-

0010-16 Mercury

(Hg) Liquid 2.15E-06 37 NO



# TNMilanArmyAmmu

nitionPlant V1L-1, Source #27-

0010-46 Mercury

(Hg) Liquid 2.15E-06 38 NO



# NCDomtar 66-25-2050 (No. 1

Package Boiler) Mercury

(Hg) Liquid 5.03E-06 39 NO



# TNInvistaChattanoo

ga EU003 - Vaporizer

#2 Mercury

(Hg) Liquid 5.16E-06 40 NO



# NCMCASCherryPoi

nt CP-4810-BOIL-01 Mercury

(Hg) Liquid 5.20E-06 41 NO



# NCMCASCherryPoi

nt CP-3916-BOIL-01 Mercury

(Hg) Liquid 5.20E-06 42 NO



# NCMCASCherryPoi

nt CP-487-BOIL-02 Mercury

(Hg) Liquid 5.20E-06 43 NO



# NCMCASCherryPoi

nt CP-487-BOIL-01 Mercury

(Hg) Liquid 5.20E-06 44 NO



# NCMCASCherryPoi

nt CP-486-BOIL-02 Mercury

(Hg) Liquid 5.20E-06 45 NO



# NCMCASCherryPoi

nt CP-486-BOIL-01 Mercury

(Hg) Liquid 5.20E-06 46 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 1-Hg Floor



# FacilityID CombustorID_com

mon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# NCMCASCherryPoi

nt CP-1782-BOIL-01 Mercury

(Hg) Liquid 5.20E-06 47 NO



# NCMCASCherryPoi

nt CP-4041-BOIL-01 Mercury

(Hg) Liquid 5.20E-06 48 NO



# NCMCASCherryPoi

nt CP-192-BOIL-01 Mercury

(Hg) Liquid 5.20E-06 49 NO



# NCMCASCherryPoi

nt CP-1799-BOIL-01 Mercury

(Hg) Liquid 5.20E-06 50 NO



# NCMCASCherryPoi

nt CP-1795-BOIL-01 Mercury

(Hg) Liquid 5.20E-06 51 NO



# NCMCASCherryPoi

nt CP-1791-BOIL-01 Mercury

(Hg) Liquid 5.20E-06 52 NO



# NCMCASCherryPoi

nt CP-1787-BOIL-01 Mercury

(Hg) Liquid 5.20E-06 53 NO



# NCMCASCherryPoi

nt CP-3919-BOIL-01 Mercury

(Hg) Liquid 5.20E-06 54 NO



# NCMCASCherryPoi

nt CP-1783-BOIL-01 Mercury

(Hg) Liquid 5.20E-06 55 NO



# NCMCASCherryPoi

nt CP-4049-BOIL-01 Mercury

(Hg) Liquid 5.20E-06 56 NO



# NCMCASCherryPoi

nt CP-1781-BOIL-01 Mercury

(Hg) Liquid 5.20E-06 57 NO



# NCMCASCherryPoi

nt CP-1780-BOIL-01 Mercury

(Hg) Liquid 5.20E-06 58 NO



# NCMCASCherryPoi

nt CP-1779-BOIL-01 Mercury

(Hg) Liquid 5.20E-06 59 NO



# NCMCASCherryPoi

nt CP-1777-BOIL-01 Mercury

(Hg) Liquid 5.20E-06 60 NO



# NCMCASCherryPoi

nt CP-152-BOIL-04 Mercury

(Hg) Liquid 5.20E-06 61 NO



# NCMCASCherryPoi

nt CP-152-BOIL-03 Mercury

(Hg) Liquid 5.20E-06 62 NO



# NCMCASCherryPoi

nt CP-1229-BOIL-01 Mercury

(Hg) Liquid 5.20E-06 63 NO



# NCMCASCherryPoi

nt CP-1786-BOIL-01 Mercury

(Hg) Liquid 5.20E-06 64 NO



# NCMCASCherryPoi

nt CP-4402-BOIL-01 Mercury

(Hg) Liquid 5.20E-06 65 NO



# NCMCASCherryPoi

nt CP-4639-BOIL-02 Mercury

(Hg) Liquid 5.20E-06 66 NO



# NCMCASCherryPoi

nt CP-4639-BOIL-01 Mercury

(Hg) Liquid 5.20E-06 67 NO



# NCMCASCherryPoi

nt CP-4576-BOIL-01 Mercury

(Hg) Liquid 5.20E-06 68 NO



# NCMCASCherryPoi

nt CP-4571-BOIL-02 Mercury

(Hg) Liquid 5.20E-06 69 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 1-Hg Floor



# FacilityID CombustorID_com

mon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# NCMCASCherryPoi

nt CP-4571-BOIL-01 Mercury

(Hg) Liquid 5.20E-06 70 NO



# NCMCASCherryPoi

nt CP-4564-BOIL-01 Mercury

(Hg) Liquid 5.20E-06 71 NO



# NCMCASCherryPoi

nt CP-248-BOIL-01 Mercury

(Hg) Liquid 5.20E-06 72 NO



# NCMCASCherryPoi

nt CP-4465-BOIL-01 Mercury

(Hg) Liquid 5.20E-06 73 NO



# NCMCASCherryPoi

nt CP-4639-BOIL-03 Mercury

(Hg) Liquid 5.20E-06 74 NO



# NCMCASCherryPoi

nt CP-4401-BOIL-01 Mercury

(Hg) Liquid 5.20E-06 75 NO



# NCMCASCherryPoi

nt CP-4390-BOIL-03 Mercury

(Hg) Liquid 5.20E-06 76 NO



# NCMCASCherryPoi

nt CP-4390-BOIL-02 Mercury

(Hg) Liquid 5.20E-06 77 NO



# NCMCASCherryPoi

nt CP-4390-BOIL-01 Mercury

(Hg) Liquid 5.20E-06 78 NO



# NCMCASCherryPoi

nt CP-4344-BOIL-01 Mercury

(Hg) Liquid 5.20E-06 79 NO



# NCMCASCherryPoi

nt CP-4298-BOIL-01 Mercury

(Hg) Liquid 5.20E-06 80 NO



# NCMCASCherryPoi

nt CP-4213-BOIL-01 Mercury

(Hg) Liquid 5.20E-06 81 NO



# NCMCASCherryPoi

nt CP-4563-BOIL-01 Mercury

(Hg) Liquid 5.20E-06 82 NO



# NCCampLejeuneM

CB C-AS-3525-15 Mercury

(Hg) Liquid 5.21E-06 83 NO



# NCCampLejeuneM

CB B-A71-H5 Mercury

(Hg) Liquid 5.21E-06 84 NO



# NCCampLejeuneM

CB A-PP-1943-H7 Mercury

(Hg) Liquid 5.21E-06 85 NO



# NCCampLejeuneM

CB C-AS-2800-12 Mercury

(Hg) Liquid 5.21E-06 86 NO



# NCCampLejeuneM

CB C-AS-1000-H21 Mercury

(Hg) Liquid 5.21E-06 87 NO



# NCCampLejeuneM

CB C-AS-1000-20 Mercury

(Hg) Liquid 5.21E-06 88 NO



# NCCampLejeuneM

CB B-BB-9-55 Mercury

(Hg) Liquid 5.21E-06 89 NO



# NCCampLejeuneM

CB B-BB-9-54 Mercury

(Hg) Liquid 5.21E-06 90 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 1-Hg Floor



# FacilityID CombustorID_com

mon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# NCCampLejeuneM

CB B-BB-9-53B Mercury

(Hg) Liquid 5.21E-06 91 NO



# NCCampLejeuneM

CB B-BB-49-52 Mercury

(Hg) Liquid 5.21E-06 92 NO



# NCCampLejeuneM

CB C-AS-4044-22 Mercury

(Hg) Liquid 5.21E-06 93 NO



# NCCampLejeuneM

CB B-A-A1-50 Mercury

(Hg) Liquid 5.21E-06 94 NO



# NCCampLejeuneM

CB C-AS-4044-23 Mercury

(Hg) Liquid 5.21E-06 95 NO



# NCCampLejeuneM

CB B-A71-49 Mercury

(Hg) Liquid 5.21E-06 96 NO



# NCCampLejeuneM

CB B-A66-H3 Mercury

(Hg) Liquid 5.21E-06 97 NO



# NCCampLejeuneM

CB B-A66-48 Mercury

(Hg) Liquid 5.21E-06 98 NO



# NCCampLejeuneM

CB A-TT-60-79 Mercury

(Hg) Liquid 5.21E-06 99 NO



# NCCampLejeuneM

CB A-TT-60-78 Mercury

(Hg) Liquid 5.21E-06 100 NO



# NCCampLejeuneM

CB A-TT-44-30 Mercury

(Hg) Liquid 5.21E-06 101 NO



# NCCampLejeuneM

CB A-TT-2457-66 Mercury

(Hg) Liquid 5.21E-06 102 NO



# NCCampLejeuneM

CB A-PP-2615-10 Mercury

(Hg) Liquid 5.21E-06 103 NO



# NCCampLejeuneM

CB C-AS-3502-08 Mercury

(Hg) Liquid 5.21E-06 104 NO



# NCCampLejeuneM

CB B-A-A47-51 Mercury

(Hg) Liquid 5.21E-06 105 NO



# NCCampLejeuneM

CB C-CG-650-84B Mercury

(Hg) Liquid 5.21E-06 106 NO



# NCCampLejeuneM

CB C-VL-TFM204-02 Mercury

(Hg) Liquid 5.21E-06 107 NO



# NCCampLejeuneM

CB C-VL-TFM204-01 Mercury

(Hg) Liquid 5.21E-06 108 NO



# NCCampLejeuneM

CB C-VL-TFM203-02 Mercury

(Hg) Liquid 5.21E-06 109 NO



# NCCampLejeuneM

CB C-VL-TFM203-01 Mercury

(Hg) Liquid 5.21E-06 110 NO



# NCCampLejeuneM

CB C-VL-TFM104-01 Mercury

(Hg) Liquid 5.21E-06 111 NO



# NCCampLejeuneM

CB C-VL-TFM103-01 Mercury

(Hg) Liquid 5.21E-06 112 NO



# NCCampLejeuneM

CB C-TC-1500-60 Mercury

(Hg) Liquid 5.21E-06 113 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 1-Hg Floor



# FacilityID CombustorID_com

mon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# NCCampLejeuneM

CB C-RR-15-47B Mercury

(Hg) Liquid 5.21E-06 114 NO



# NCCampLejeuneM

CB C-AS-3504-09 Mercury

(Hg) Liquid 5.21E-06 115 NO



# NCCampLejeuneM

CB C-CG-650-85 Mercury

(Hg) Liquid 5.21E-06 116 NO



# NCCampLejeuneM

CB A-PP-1943-08 Mercury

(Hg) Liquid 5.21E-06 117 NO



# NCCampLejeuneM

CB C-CG-650-83B Mercury

(Hg) Liquid 5.21E-06 118 NO



# NCCampLejeuneM

CB C-CG-480-89 Mercury

(Hg) Liquid 5.21E-06 119 NO



# NCCampLejeuneM

CB C-AS-843-14 Mercury

(Hg) Liquid 5.21E-06 120 NO



# NCCampLejeuneM

CB C-AS-840-13 Mercury

(Hg) Liquid 5.21E-06 121 NO



# NCCampLejeuneM

CB C-AS-710-03 Mercury

(Hg) Liquid 5.21E-06 122 NO



# NCCampLejeuneM

CB C-AS-705-11 Mercury

(Hg) Liquid 5.21E-06 123 NO



# NCCampLejeuneM

CB C-AS-4151-18 Mercury

(Hg) Liquid 5.21E-06 124 NO



# NCCampLejeuneM

CB C-AS-4151-17A Mercury

(Hg) Liquid 5.21E-06 125 NO



# NCCampLejeuneM

CB C-AS-4151-16 Mercury

(Hg) Liquid 5.21E-06 126 NO



# NCCampLejeuneM

CB C-RR-15-46B Mercury

(Hg) Liquid 5.21E-06 127 NO



# NCCampLejeuneM

CB A-BM-890-H9 Mercury

(Hg) Liquid 5.21E-06 128 NO



# NCCampLejeuneM

CB A-PP-2615-09 Mercury

(Hg) Liquid 5.21E-06 129 NO



# NCCampLejeuneM

CB A-HP-2027-H15 Mercury

(Hg) Liquid 5.21E-06 130 NO



# NCCampLejeuneM

CB A-HP-2027-H14 Mercury

(Hg) Liquid 5.21E-06 131 NO



# NCCampLejeuneM

CB A-HP-2027-H13 Mercury

(Hg) Liquid 5.21E-06 132 NO



# NCCampLejeuneM

CB A-HP-2027-21 Mercury

(Hg) Liquid 5.21E-06 133 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 1-Hg Floor



# FacilityID CombustorID_com

mon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# NCCampLejeuneM

CB A-HP-2027-20 Mercury

(Hg) Liquid 5.21E-06 134 NO



# NCCampLejeuneM

CB A-HP-1700-05 Mercury

(Hg) Liquid 5.21E-06 135 NO



# NCCampLejeuneM

CB A-FC-989-31 Mercury

(Hg) Liquid 5.21E-06 136 NO



# NCCampLejeuneM

CB A-HP-40-75 Mercury

(Hg) Liquid 5.21E-06 137 NO



# NCCampLejeuneM

CB A-FC-260-90 Mercury

(Hg) Liquid 5.21E-06 138 NO



# NCCampLejeuneM

CB A-HP-40-76 Mercury

(Hg) Liquid 5.21E-06 139 NO



# NCCampLejeuneM

CB A-BM-890-H10 Mercury

(Hg) Liquid 5.21E-06 140 NO



# NCCampLejeuneM

CB A-BM-890-15 Mercury

(Hg) Liquid 5.21E-06 141 NO



# NCCampLejeuneM

CB A-BM-890-14 Mercury

(Hg) Liquid 5.21E-06 142 NO



# NCCampLejeuneM

CB A-BM-835-07 Mercury

(Hg) Liquid 5.21E-06 143 NO



# NCCampLejeuneM

CB A-BM-835-06 Mercury

(Hg) Liquid 5.21E-06 144 NO



# NCCampLejeuneM

CB A-BM-825-H1 Mercury

(Hg) Liquid 5.21E-06 145 NO



# NCCampLejeuneM

CB A-BM-825-13 Mercury

(Hg) Liquid 5.21E-06 146 NO



# NCCampLejeuneM

CB A-BM-825-12 Mercury

(Hg) Liquid 5.21E-06 147 NO



# NCCampLejeuneM

CB A-BM-5400-81 Mercury

(Hg) Liquid 5.21E-06 148 NO



# NCCampLejeuneM

CB A-FC-440-87 Mercury

(Hg) Liquid 5.21E-06 149 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 1-Hg Floor



# FacilityID CombustorID_com

mon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# NCCampLejeuneM

CB A-MP-625-72 Mercury

(Hg) Liquid 5.21E-06 150 NO



# NCCampLejeuneM

CB A-NH-121-H1 Mercury

(Hg) Liquid 5.21E-06 151 NO



# NCCampLejeuneM

CB A-NH-121-01 Mercury

(Hg) Liquid 5.21E-06 152 NO



# NCCampLejeuneM

CB A-NH-120-H4 Mercury

(Hg) Liquid 5.21E-06 153 NO



# NCCampLejeuneM

CB A-NH-120-04 Mercury

(Hg) Liquid 5.21E-06 154 NO



# NCCampLejeuneM

CB A-NH-118-03 Mercury

(Hg) Liquid 5.21E-06 155 NO



# NCCampLejeuneM

CB A-NH-100-05 Mercury

(Hg) Liquid 5.21E-06 156 NO



# NCCampLejeuneM

CB A-NH-100-02 Mercury

(Hg) Liquid 5.21E-06 157 NO



# NCCampLejeuneM

CB A-NH-100-01 Mercury

(Hg) Liquid 5.21E-06 158 NO



# NCCampLejeuneM

CB A-HP-2027-H16 Mercury

(Hg) Liquid 5.21E-06 159 NO



# NCCampLejeuneM

CB A-MP-625-73 Mercury

(Hg) Liquid 5.21E-06 160 NO



# NCCampLejeuneM

CB A-BM-5400-80 Mercury

(Hg) Liquid 5.21E-06 161 NO



# NCCampLejeuneM

CB A-MP-230-40 Mercury

(Hg) Liquid 5.21E-06 162 NO



# NCCampLejeuneM

CB A-MP-230-39 Mercury

(Hg) Liquid 5.21E-06 163 NO



# NCCampLejeuneM

CB A-MP-230-38 Mercury

(Hg) Liquid 5.21E-06 164 NO



# NCCampLejeuneM

CB A-MG-SH8-58 Mercury

(Hg) Liquid 5.21E-06 165 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 1-Hg Floor



# FacilityID CombustorID_com

mon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# NCCampLejeuneM

CB A-LCH-4022-19 Mercury

(Hg) Liquid 5.21E-06 166 NO



# NCCampLejeuneM

CB A-LCH-4014-17 Mercury

(Hg) Liquid 5.21E-06 167 NO



# NCCampLejeuneM

CB A-HP-989-31 Mercury

(Hg) Liquid 5.21E-06 168 NO



# NCCampLejeuneM

CB A-HP-738-59 Mercury

(Hg) Liquid 5.21E-06 169 NO



# NCCampLejeuneM

CB A-HP-670-88 Mercury

(Hg) Liquid 5.21E-06 170 NO



# NCCampLejeuneM

CB A-HP-500-86 Mercury

(Hg) Liquid 5.21E-06 171 NO



# NCCampLejeuneM

CB A-MP-625-74 Mercury

(Hg) Liquid 5.21E-06 172 NO



# SCGPChemRussell

ville FO Boiler Mercury

(Hg) Liquid 4.90E-05 173 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 2-HCl Floor



# FacilityID CombustorID_c

ommon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# ARPotlatchFore

stWarren Wellons Boiler Hydrogen

Chloride

(HCl) Biomass 3.69E-06 1 YES



# WABoisePaper

Wallula Hog Fuel Boiler Hydrogen

Chloride

(HCl) Biomass 8.93E-05 2 YES



# FLSugarCaneG

rowersCoop Boiler No. 8 Hydrogen

Chloride

(HCl) Biomass 1.99E-04 3 YES



# ARAnthonyFore

stProducts SN-12 Hydrogen

Chloride

(HCl) Biomass 2.00E-04 4 YES



# WAGraysHarbo

rPaper No. 6 Boiler

(EU2) Hydrogen

Chloride

(HCl) Biomass 2.00E-04 5 YES



# FLUSSugarCor

p Boiler No. 4 Hydrogen

Chloride

(HCl) Biomass 2.02E-04 6 YES



# MSHoodWayne

sboro AA-001 (WoodFired Boiler) Hydrogen

Chloride

(HCl) Biomass 2.11E-04 7 YES



# NCGPRoxboro ES-1 Wood

fired Boiler Hydrogen

Chloride

(HCl) Biomass 2.17E-04 8 NO



# ORWeyerhaeus

erCoWarrenton

LumberMill 3-HFB Hydrogen

Chloride

(HCl) Biomass 2.25E-04 9 NO



# NCLPRoaringRi

ver Boiler #2 Hydrogen

Chloride

(HCl) Biomass 2.53E-04 10 NO



# MSHankinsLum

ber Boiler #1 (AA001) Hydrogen

Chloride

(HCl) Biomass 2.60E-04 11 NO



# WAWeyerhaeu

ser_Raymond Hog Fuel Boiler

EU1 Hydrogen

Chloride

(HCl) Biomass 2.67E-04 12 NO



# ORRoseburgCo

quille Boiler 1 Hydrogen

Chloride

(HCl) Biomass 3.40E-04 13 NO



# NDCargillWestF

argo Foster Wheeler

Boiler (EU43) Hydrogen

Chloride

(HCl) Biomass 3.56E-04 14 NO



# GARayonierJes

upMill PB01 Hydrogen

Chloride

(HCl) Biomass 3.67E-04 15 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 2-HCl Floor



# FacilityID CombustorID_c

ommon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# MNDESPHans

ONyman EU007 Hydrogen

Chloride

(HCl) Biomass 3.70E-04 16 NO



# IDMoyieSprings

Lumber420 HFB1 Hydrogen

Chloride

(HCl) Biomass 3.83E-04 17 NO



# MNAndersonCo

rpBayport Boiler 11

EU620 Hydrogen

Chloride

(HCl) Biomass 4.00E-04 18 NO



# MNAndersonCo

rpBayport Boiler 12

EU621 Hydrogen

Chloride

(HCl) Biomass 4.00E-04 19 NO



# MSWeyerhaeus

erBruce AA-002 No. 2

Boiler Hydrogen

Chloride

(HCl) Biomass 5.07E-04 20 NO



# FLUSSugarCor

p Boiler No. 7 Hydrogen

Chloride

(HCl) Biomass 5.37E-04 21 NO



# GAGPCellulose

Brunswick U700 -- No. 4

Power Boiler Hydrogen

Chloride

(HCl) Biomass 5.53E-04 22 NO



# ORRoseburgRi

ddle2 Boiler #2 Hydrogen

Chloride

(HCl) Biomass 5.67E-04 23 NO



# ORRoseburgFo

restDillard Boiler #6 Hydrogen

Chloride

(HCl) Biomass 7.90E-04 24 NO



# SCNewSouthC

amden WWB1 Hydrogen

Chloride

(HCl) Biomass 8.67E-04 25 NO



# ORRoseburgFo

restDillard Boiler #1 Hydrogen

Chloride

(HCl) Biomass 9.39E-04 26 NO



# ARWeyerhaeus

erDierksMill SN-45 Hydrogen

Chloride

(HCl) Biomass 1.00E-03 27 NO



# GARayonierJes

upMill PB03 Hydrogen

Chloride

(HCl) Biomass 1.00E-03 28 NO



# MIWhitePineEle

ctric IBW Boiler Hydrogen

Chloride

(HCl) Biomass 1.00E-03 29 NO



# MSGPNewAug

usta AA-015 Power

Boiler Hydrogen

Chloride

(HCl) Biomass 1.00E-03 30 NO



# HIPuuneneSug

arMill Boiler 1 Hydrogen

Chloride

(HCl) Biomass 1.03E-03 31 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 2-HCl Floor



# FacilityID CombustorID_c

ommon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# HIPuuneneSug

arMill Boiler 2 Hydrogen

Chloride

(HCl) Biomass 1.03E-03 32 NO



# SCNewSouthC

oConway WWB1 Hydrogen

Chloride

(HCl) Biomass 1.20E-03 33 NO



# GAGPWarmSpr

ings EU600 Wood

Fuel Boiler Hydrogen

Chloride

(HCl) Biomass 1.20E-03 34 NO



# SCSmurfitStone Unit 15: Boiler

#3 Hydrogen

Chloride

(HCl) Biomass 1.27E-03 35 NO



# NYIntlPaperTic

onderoga PB1 Hydrogen

Chloride

(HCl) Biomass 1.32E-03 36 NO



# ARGBPMorrilto

n SN-04 Hydrogen

Chloride

(HCl) Biomass 1.34E-03 37 NO



# ORRoseburgRi

ddle2 Boiler #1 Hydrogen

Chloride

(HCl) Biomass 1.40E-03 38 NO



# ORRoseburgFo

restDillard Boiler #2 Hydrogen

Chloride

(HCl) Biomass 2.24E-03 39 NO



# FLUSSugarCor

p Boiler No. 8 Hydrogen

Chloride

(HCl) Biomass 2.30E-03 40 NO



# GARayonierJes

upMill PB02 Hydrogen

Chloride

(HCl) Biomass 2.33E-03 41 NO



# NCLPRoaringRi

ver Boiler #3 Hydrogen

Chloride

(HCl) Biomass 3.63E-03 42 NO



# WAGraysHarbo

rPaper No. 8 Boiler

(EU1) Hydrogen

Chloride

(HCl) Biomass 3.67E-03 43 NO



# FLSugarCaneG

rowersCoop Boiler No. 2 Hydrogen

Chloride

(HCl) Biomass 3.83E-03 44 NO



# ALIPCourtland No. 1

Combination

Boiler /

11CU101 Hydrogen

Chloride

(HCl) Biomass 4.18E-03 45 NO



# ARPotlatchFore

stPrescott McBurney

Boiler Hydrogen

Chloride

(HCl) Biomass 4.27E-03 46 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 2-HCl Floor



# FacilityID CombustorID_c

ommon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# ORRosboroSpri

ngfield DV 01.1 Hydrogen

Chloride

(HCl) Biomass 5.60E-03 47 NO



# FLSmurfitStone 5PB Hydrogen

Chloride

(HCl) Biomass 6.25E-03 48 NO



# KYWeyerhaeus

erEKY MP 01-01 Hydrogen

Chloride

(HCl) Biomass 1.38E-02 49 NO



# KYWeyerhaeus

erEKY MP 01-02 Hydrogen

Chloride

(HCl) Biomass 1.38E-02 50 NO



# KYWeyerhaeus

erEKY MP 01-03 Hydrogen

Chloride

(HCl) Biomass 1.38E-02 51 NO



# INAlcoaWarrick Unit #3 Hydrogen

Chloride

(HCl) Coal 1.50E-05 1 YES



# IDTASCOPaul Erie City Boiler Hydrogen

Chloride

(HCl) Coal 3.85E-05 2 YES



# INAlcoaWarrick Unit #2 Hydrogen

Chloride

(HCl) Coal 5.91E-05 3 YES



# IARoquetteAme

rica Circulating

Fluidized Bed

Boiler (121) Hydrogen

Chloride

(HCl) Coal 6.18E-05 4 YES



# TNEastman_N

O_CBIDATA Boiler 30 Hydrogen

Chloride

(HCl) Coal 7.23E-05 5 YES



# AZCatalystPape

rSnowflake Power Boiler #2

Coal Hydrogen

Chloride

(HCl) Coal 1.16E-04 6 YES



# MOJamesRiver

PowerStation Unit 1 Hydrogen

Chloride

(HCl) Coal 2.12E-04 7 YES



# MOJamesRiver

PowerStation Unit 2 Hydrogen

Chloride

(HCl) Coal 2.12E-04 8 YES



# ALIPCourtland No.2

Combination

Boiler /

11CU201 Hydrogen

Chloride

(HCl) Coal 2.82E-04 9 YES



# IDTASCOPaul Babcock and

Wilcox (B&W)

Boiler Hydrogen

Chloride

(HCl) Coal 3.00E-04 10 YES

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 2-HCl Floor



# FacilityID CombustorID_c

ommon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# NDMinnDakFar

mers Babcock and

Wilcox Boiler

#5 Hydrogen

Chloride

(HCl) Coal 3.64E-04 11 YES



# IAArchersDaniel

sMidlandDesMo

ines Asea Boiler #1 Hydrogen

Chloride

(HCl) Coal 3.88E-04 12 YES



# VAUniversityofV

irginia 7103-1-01R Hydrogen

Chloride

(HCl) Coal 5.69E-04 13 YES



# WINewPageBir

on B24 Hydrogen

Chloride

(HCl) Coal 5.87E-04 14 YES



# MICityofEscana

ba EUBOILER#1 Hydrogen

Chloride

(HCl) Coal 6.00E-04 15 YES



# VASmurfitStone

Westpt PB08 Hydrogen

Chloride

(HCl) Coal 6.69E-04 16 YES



# TNEastman_N

O_CBIDATA Boiler 31 Hydrogen

Chloride

(HCl) Coal 7.00E-04 17 YES



# WINewPageWisconsinRapid

s Power Boiler 1 -

B21 Hydrogen

Chloride

(HCl) Coal 8.00E-04 18 YES



# PADomtarJohn

sonburg #81 Coal Boiler Hydrogen

Chloride

(HCl) Coal 8.33E-04 19 YES



# PADomtarJohn

sonburg #82 Coal Boiler Hydrogen

Chloride

(HCl) Coal 8.33E-04 20 YES



# IDTASCONamp

a Babcock and

Wilcox (B&W)

#1 Hydrogen

Chloride

(HCl) Coal 9.00E-04 21 YES



# IDTASCONamp

a Babcock and

Wilcox (B&W)

#2 Hydrogen

Chloride

(HCl) Coal 9.00E-04 22 YES



# WINewPageWisconsinRapid

s Power Boiler 2 -

B20 Hydrogen

Chloride

(HCl) Coal 9.00E-04 23 YES



# IAMuscatinePo

werandWater Unit 7 Hydrogen

Chloride

(HCl) Coal 1.14E-03 24 YES



# IDAmalgamated

SugarCoTwinFa

lls S-B2 Hydrogen

Chloride

(HCl) Coal 1.33E-03 25 YES



# OHPainesvilleM

unicipalElectric B004 Hydrogen

Chloride

(HCl) Coal 1.33E-03 26 YES

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 2-HCl Floor



# FacilityID CombustorID_c

ommon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# MIPharma&Upj

ohn1180 Boiler 3 Hydrogen

Chloride

(HCl) Coal 1.45E-03 27 YES



# WYGeneralChe

mical GR-2-L (C

BOILER) Hydrogen

Chloride

(HCl) Coal 1.80E-03 28 YES



# TNEastman_N

O_CBIDATA Boiler 27 Hydrogen

Chloride

(HCl) Coal 1.87E-03 29 YES



# ILPrairiePowerP

earl B1 Hydrogen

Chloride

(HCl) Coal 1.93E-03 30 YES



# WYGeneralChe

mical GR-3-W (D

BOILER) Hydrogen

Chloride

(HCl) Coal 1.97E-03 31 YES



# MNAmericanCr

ystalMoorhead Boiler 3 Hydrogen

Chloride

(HCl) Coal 2.00E-03 32 YES



# OHPainesvilleM

unicipalElectric B003 Hydrogen

Chloride

(HCl) Coal 2.00E-03 33 YES



# INSABICInnova

tivePlastics 09-002 Erie

Boiler Hydrogen

Chloride

(HCl) Coal 2.65E-03 34 YES



# INSABICInnova

tivePlastics 09-002 Lasker

Boiler Hydrogen

Chloride

(HCl) Coal 2.65E-03 35 YES



# WINewPageWhiting B24 Hydrogen

Chloride

(HCl) Coal 2.73E-03 36 YES



# AKDoyonUtilitie

s_AK 7 Hydrogen

Chloride

(HCl) Coal 3.03E-03 37 NO



# AKDoyonUtilitie

s_AK 4 Hydrogen

Chloride

(HCl) Coal 3.27E-03 38 NO



# NCMCASCherr

yPoint CP-152-BOIL02 Hydrogen

Chloride

(HCl) Coal 3.67E-03 39 NO



# GAGPSRMRiin

con EU BO01 Hydrogen

Chloride

(HCl) Coal 3.97E-03 40 NO



# OHDukeEnerg y

GenerationCinci

nnati B022 (Boiler #4,

IG-4A) Hydrogen

Chloride

(HCl) Coal 4.00E-03 41 NO



# OHOrrvilleUtiliti

es B006 Hydrogen

Chloride

(HCl) Coal 4.00E-03 42 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 2-HCl Floor



# FacilityID CombustorID_c

ommon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# INPurdueUniver

isity Boiler 5 Hydrogen

Chloride

(HCl) Coal 4.33E-03 43 NO



# OHOrrvilleUtiliti

es B001 Hydrogen

Chloride

(HCl) Coal 4.67E-03 44 NO



# OHOrrvilleUtiliti

es B004 Hydrogen

Chloride

(HCl) Coal 4.67E-03 45 NO



# OHPainesvilleM

unicipalElectric B001 Hydrogen

Chloride

(HCl) Coal 5.67E-03 46 NO



# INTateLyleLafa

yetteSouth LA-45 Hydrogen

Chloride

(HCl) Coal 6.47E-03 47 NO



# NCBlueRidgeP

aper G11040 Hydrogen

Chloride

(HCl) Coal 6.93E-03 48 NO



# OHAkronTherm

alEnergy Boiler #32

(B001) Hydrogen

Chloride

(HCl) Coal 7.03E-03 49 NO



# GAIPSavannah No. 13 Power

Boiler - PB13 Hydrogen

Chloride

(HCl) Coal 7.17E-03 50 NO



# INTateLyleSaga

more 31B1 Hydrogen

Chloride

(HCl) Coal 7.27E-03 51 NO



# SCGaley&Lord 1EB1 Hydrogen

Chloride

(HCl) Coal 7.47E-03 52 NO



# SCGaley&Lord 1FB1 Hydrogen

Chloride

(HCl) Coal 7.47E-03 53 NO



# OHShelbyMuni

LightPlant B008 Hydrogen

Chloride

(HCl) Coal 8.00E-03 54 NO



# TNBowaterNew

sprint Power Boiler

No. 3 Hydrogen

Chloride

(HCl) Coal 8.00E-03 55 NO



# TNEastman_N

O_CBIDATA Boiler 25 Hydrogen

Chloride

(HCl) Coal 8.00E-03 56 NO



# ALGeorgiaPacifi

cNaheola Z015 - CB1 Hydrogen

Chloride

(HCl) Coal 8.30E-03 57 NO



# NCEIDuPontKin

ston ES6022B Hydrogen

Chloride

(HCl) Coal 8.57E-03 58 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 2-HCl Floor



# FacilityID CombustorID_c

ommon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# TNBowaterNew

sprint Power Boiler

No. 1 Hydrogen

Chloride

(HCl) Coal 8.67E-03 59 NO



# NCMCASCherr

yPoint CP-152-BOIL01 Hydrogen

Chloride

(HCl) Coal 9.40E-03 60 NO



# NCMillerCoors ES-2 Coal/No. 2

& 6 Fuel Oil

Boiler Hydrogen

Chloride

(HCl) Coal 1.00E-02 61 NO



# WIWausauRhin

e B26 Hydrogen

Chloride

(HCl) Coal 1.03E-02 62 NO



# ALCargillDecatur Keeler (S-407) Hydrogen

Chloride

(HCl) Coal 1.07E-02 63 NO



# MIHollandBPW Unit 3 Hydrogen

Chloride

(HCl) Coal 1.07E-02 64 NO



# OHShelbyMuni

LightPlant B007 Hydrogen

Chloride

(HCl) Coal 1.07E-02 65 NO



# TNOakRidgeY12 Boiler/Unit 31 Hydrogen

Chloride

(HCl) Coal 1.07E-02 66 NO



# NCEIDuPontKin

ston ES6022A Hydrogen

Chloride

(HCl) Coal 1.10E-02 67 NO



# GAInternational

PaperAugustaM

ills PB2A Hydrogen

Chloride

(HCl) Coal 1.13E-02 68 NO



# IDAmalgamated

SugarCoTwinFa

lls S-B1 Hydrogen

Chloride

(HCl) Coal 1.17E-02 69 NO



# OHShelbyMuni

LightPlant B006 Hydrogen

Chloride

(HCl) Coal 1.20E-02 70 NO



# NCNC_DukeUn

iversity_Durham 7754-01 Hydrogen

Chloride

(HCl) Coal 1.20E-02 71 NO



# OKGPMuskoge

eMill B-2 Hydrogen

Chloride

(HCl) Coal 1.23E-02 72 NO



# NJVinelandMun

iElectricHowardDown Unit 10 Hydrogen

Chloride

(HCl) Coal 1.24E-02 73 NO



# NCUNCCogen ES-001 Hydrogen

Chloride

(HCl) Coal 1.28E-02 74 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 2-HCl Floor



# FacilityID CombustorID_c

ommon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# VAGPBigIsland

2703 PWR04 - No. 4

Power Boiler Hydrogen

Chloride

(HCl) Coal 1.31E-02 75 NO



# VAGPJarrattFib

erboard EP-15 No. 3

Keeler Boiler Hydrogen

Chloride

(HCl) Coal 1.37E-02 76 NO



# INSABICInnova

tivePlastics 01-001 BW1

Boiler Hydrogen

Chloride

(HCl) Coal 1.47E-02 77 NO



# INSABICInnova

tivePlastics 01-001 BW2

Boiler Hydrogen

Chloride

(HCl) Coal 1.47E-02 78 NO



# OHMedicalCent

erCo1915 B003 Hydrogen

Chloride

(HCl) Coal 1.65E-02 79 NO



# OHMedicalCent

erCo1915 B004 Hydrogen

Chloride

(HCl) Coal 1.65E-02 80 NO



# NCCampLejeun

eMCB A-HP-1700-03 Hydrogen

Chloride

(HCl) Coal 1.67E-02 81 NO



# NCCampLejeun

eMCB A-HP-1700-04 Hydrogen

Chloride

(HCl) Coal 1.67E-02 82 NO



# VAINVISTAWa

ynesboro 2-205 (B#2)

Boiler #2 Hydrogen

Chloride

(HCl) Coal 1.73E-02 83 NO



# MOAnheuserBu

sch Boiler 5 Hydrogen

Chloride

(HCl) Coal 1.77E-02 84 NO



# ALGeorgiaPacifi

cNaheola Z016 - CB2 Hydrogen

Chloride

(HCl) Coal 1.88E-02 85 NO



# MIHollandBPW Unit 4 Hydrogen

Chloride

(HCl) Coal 2.00E-02 86 NO



# TNViskase Boiler 1 Hydrogen

Chloride

(HCl) Coal 2.00E-02 87 NO



# TNViskase Boiler 2 Hydrogen

Chloride

(HCl) Coal 2.00E-02 88 NO



# IAJohnDeereDu

buque Boiler 4 Hydrogen

Chloride

(HCl) Coal 2.15E-02 89 NO



# IAJohnDeereDu

buque Boiler 1 Hydrogen

Chloride

(HCl) Coal 2.17E-02 90 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 2-HCl Floor



# FacilityID CombustorID_c

ommon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# IAJohnDeereDu

buque Boiler 3 Hydrogen

Chloride

(HCl) Coal 2.17E-02 91 NO



# IAUofIowa EP7 Boiler 11 Hydrogen

Chloride

(HCl) Coal 2.30E-02 92 NO



# OHMortonSaltR

ittman B003 - CoalFired Boiler #1 Hydrogen

Chloride

(HCl) Coal 2.30E-02 93 NO



# MOTrigenKans

asCity Boiler 6 Hydrogen

Chloride

(HCl) Coal 2.35E-02 94 NO



# NCMillerCoors ES-1 Coal/No. 2

& 6 Fuel Oil

Boiler Hydrogen

Chloride

(HCl) Coal 2.37E-02 95 NO



# WVBayerInstitut

e Boiler #10 Hydrogen

Chloride

(HCl) Coal 2.37E-02 96 NO



# NCTysonHarmo

ny TYS-ES-21 Hydrogen

Chloride

(HCl) Coal 2.40E-02 97 NO



# IAADMCornPro

cessingCR EU-501B Hydrogen

Chloride

(HCl) Coal 2.53E-02 98 NO



# MOUofMissouri Boiler 11 Hydrogen

Chloride

(HCl) Coal 2.58E-02 99 NO



# OKGPMuskoge

eMill B-3 Hydrogen

Chloride

(HCl) Coal 3.03E-02 100 NO



# WIGPGreenBay

2818 B26 - Stoker

Boiler #6 Hydrogen

Chloride

(HCl) Coal 3.16E-02 101 NO



# WIGPGreenBay

2818 B27 - Cyclone

Boiler #7 Hydrogen

Chloride

(HCl) Coal 3.16E-02 102 NO



# WIGPGreenBay

2818 B28 - Stoker

Boiler #8 Hydrogen

Chloride

(HCl) Coal 3.16E-02 103 NO



# MNWausauPap

er-Brainerd EU 003 Hydrogen

Chloride

(HCl) Coal 3.20E-02 104 NO



# MDNewPageLuke No. 25 Hydrogen

Chloride

(HCl) Coal 3.23E-02 105 NO



# OKGPMuskoge

eMill B-4 Hydrogen

Chloride

(HCl) Coal 3.23E-02 106 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 2-HCl Floor



# FacilityID CombustorID_c

ommon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# ILBungeDanvill

e CFB Boiler Hydrogen

Chloride

(HCl) Coal 3.28E-02 107 NO



# MNDESPHans

ONyman EU003 Hydrogen

Chloride

(HCl) Coal 3.30E-02 108 NO



# WVBayerInstitut

e Boiler #11 Hydrogen

Chloride

(HCl) Coal 3.33E-02 109 NO



# IACentralIAPow

er EP1 Unit 1 PC

Boiler Hydrogen

Chloride

(HCl) Coal 3.35E-02 110 NO



# MNWausauPap

er-Brainerd EU 002 Hydrogen

Chloride

(HCl) Coal 3.39E-02 111 NO



# GACaraustar CB01 Hydrogen

Chloride

(HCl) Coal 3.53E-02 112 NO



# MDDeptofNav y

SupportFacilityI

ndianHead PTO - 873 - E3

(3-0006) (Boiler

3) Hydrogen

Chloride

(HCl) Coal 3.65E-02 113 NO



# MOTrigenKans

asCity Boiler 8 Hydrogen

Chloride

(HCl) Coal 3.74E-02 114 NO



# NCUNCCogen ES-002 Hydrogen

Chloride

(HCl) Coal 3.83E-02 115 NO



# NCBlueRidgeP

aper G11039 Hydrogen

Chloride

(HCl) Coal 4.10E-02 116 NO



# MDDeptofNav y

SupportFacilityI

ndianHead PTO - 873 - E2

(3-0005) (Boiler

2) Hydrogen

Chloride

(HCl) Coal 4.39E-02 117 NO



# WVPPGMartins

ville R011-Boiler 3 Hydrogen

Chloride

(HCl) Coal 4.67E-02 118 NO



# MNWausauPap

er-Brainerd EU 004 Hydrogen

Chloride

(HCl) Coal 4.77E-02 119 NO



# OHUSEnrichme

ntCorpPiketon X-600 Boiler

No. 1 Hydrogen

Chloride

(HCl) Coal 4.83E-02 120 NO



# MOIPLBlueVall

ey Unit 1 Hydrogen

Chloride

(HCl) Coal 4.97E-02 121 NO



# IACargillEddyvill

e 1.001 Hydrogen

Chloride

(HCl) Coal 5.00E-02 122 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 2-HCl Floor



# FacilityID CombustorID_c

ommon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# IACargillEddyvill

e 1.002 Hydrogen

Chloride

(HCl) Coal 5.00E-02 123 NO



# IACargillEddyvill

e 1.039 Hydrogen

Chloride

(HCl) Coal 5.00E-02 124 NO



# ILRockIslandAr

senal Boiler #4 Hydrogen

Chloride

(HCl) Coal 5.08E-02 125 NO



# VADukeEnergy

Narrows Boiler #1 Hydrogen

Chloride

(HCl) Coal 5.19E-02 126 NO



# NYCornellUnive

rsity B8 Hydrogen

Chloride

(HCl) Coal 5.27E-02 127 NO



# IAJohnDeereDu

buque Boiler 2 Hydrogen

Chloride

(HCl) Coal 5.28E-02 128 NO



# PABellefieldPla

nt Boiler 3 Hydrogen

Chloride

(HCl) Coal 5.30E-02 129 NO



# MDDeptofNav y

SupportFacilityI

ndianHead PTO - 873 - E1

(3-0004) (Boiler

1) Hydrogen

Chloride

(HCl) Coal 5.48E-02 130 NO



# MOIPLBlueVall

ey Unit 2 Hydrogen

Chloride

(HCl) Coal 5.53E-02 131 NO



# WIWausau # 6 Power

Boiler (B20) Hydrogen

Chloride

(HCl) Coal 5.60E-02 132 NO



# MOAnheuserBu

sch Boiler 1 Hydrogen

Chloride

(HCl) Coal 5.95E-02 133 NO



# TNDuPontOldHi

ckoryPlant #24 Boiler Hydrogen

Chloride

(HCl) Coal 6.00E-02 134 NO



# NCBlueRidgeP

aper G11037 Hydrogen

Chloride

(HCl) Coal 6.03E-02 135 NO



# NCBlueRidgeP

aper G11038 Hydrogen

Chloride

(HCl) Coal 6.03E-02 136 NO



# GACargillGainesville B001 Hydrogen

Chloride

(HCl) Coal 6.07E-02 137 NO



# OHUSEnrichme

ntCorpPiketon X-600 Boiler

No. 2 Hydrogen

Chloride

(HCl) Coal 6.07E-02 138 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 2-HCl Floor



# FacilityID CombustorID_c

ommon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# WIWausau # 5 Power

Boiler (B24) Hydrogen

Chloride

(HCl) Coal 6.13E-02 139 NO



# TNDuPontOldHi

ckoryPlant #20 Boiler Hydrogen

Chloride

(HCl) Coal 6.17E-02 140 NO



# PAPHGlatfelter PB4 Hydrogen

Chloride

(HCl) Coal 6.20E-02 141 NO



# PAPHGlatfelter PB3 Hydrogen

Chloride

(HCl) Coal 6.20E-02 142 NO



# OHUSEnrichme

ntCorpPiketon X-600 Boiler

No. 3 Hydrogen

Chloride

(HCl) Coal 6.20E-02 143 NO



# TNInvistaChatta

nooga EU002 - Boiler

#3 Hydrogen

Chloride

(HCl) Coal 6.20E-02 144 NO



# PAPHGlatfelter PB1 Hydrogen

Chloride

(HCl) Coal 6.20E-02 145 NO



# VAPhilipMorris

MC PC Hydrogen

Chloride

(HCl) Coal 6.28E-02 146 NO



# NYCornellUnive

rsity B1 Hydrogen

Chloride

(HCl) Coal 6.40E-02 147 NO



# NCCampLejeun

eMCB A-HP-1700-01 Hydrogen

Chloride

(HCl) Coal 6.47E-02 148 NO



# NCCampLejeun

eMCB A-HP-1700-02 Hydrogen

Chloride

(HCl) Coal 6.47E-02 149 NO



# WVDuPontWas

hingtonWorks P01 Hydrogen

Chloride

(HCl) Coal 6.53E-02 150 NO



# ILAbbottAbbott

Park Unit 5AP Hydrogen

Chloride

(HCl) Coal 6.54E-02 151 NO



# WVDuPontWas

hingtonWorks P02 Hydrogen

Chloride

(HCl) Coal 6.57E-02 152 NO



# MOMarshallMu

nicipal Unit # 4 Hydrogen

Chloride

(HCl) Coal 6.71E-02 153 NO



# VAINVISTAWa

ynesboro 2-205 (B#1)

Boiler #1 Hydrogen

Chloride

(HCl) Coal 6.75E-02 154 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 2-HCl Floor



# FacilityID CombustorID_c

ommon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# ILRockIslandAr

senal NBN 12602

(Boiler #1) Hydrogen

Chloride

(HCl) Coal 6.85E-02 155 NO



# MOColumbiaPo

werPlant Boiler Unit 6 Hydrogen

Chloride

(HCl) Coal 7.10E-02 156 NO



# MOColumbiaPo

werPlant Boiler Unit 7 Hydrogen

Chloride

(HCl) Coal 7.10E-02 157 NO



# VAPhilipMorrisP

ark500 B2 Hydrogen

Chloride

(HCl) Coal 7.20E-02 158 NO



# IAIAStateUnivP

owerPlant B5 Hydrogen

Chloride

(HCl) Coal 7.34E-02 159 NO



# MITBSimonPow

erPlant Unit 4 Hydrogen

Chloride

(HCl) Coal 7.46E-02 160 NO



# IAUofNorthernIo

wa Boiler #3 Hydrogen

Chloride

(HCl) Coal 7.53E-02 161 NO



# VARadfordArm y

AmmunitionPla

nt Boiler No. 4 Hydrogen

Chloride

(HCl) Coal 7.57E-02 162 NO



# WINewPageBir

on B23 Hydrogen

Chloride

(HCl) Coal 7.62E-02 163 NO



# MSDuPontDeLi

sle1342 AF-101A (BLR1342) Hydrogen

Chloride

(HCl) Coal 7.67E-02 164 NO



# MSDuPontDeLi

sle1342 AF-101B (BLR1342) Hydrogen

Chloride

(HCl) Coal 7.67E-02 165 NO



# IAIAStateUnivP

owerPlant B4 Hydrogen

Chloride

(HCl) Coal 7.70E-02 166 NO



# WIDairylandPo

wer-Alma Alma 1 Hydrogen

Chloride

(HCl) Coal 7.72E-02 167 NO



# WIDairylandPo

wer-Alma Alma 2 Hydrogen

Chloride

(HCl) Coal 7.72E-02 168 NO



# WIDairylandPo

wer-Alma Alma 3 Hydrogen

Chloride

(HCl) Coal 7.72E-02 169 NO



# WVDuPontWas

hingtonWorks P04 Hydrogen

Chloride

(HCl) Coal 7.83E-02 170 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 2-HCl Floor



# FacilityID CombustorID_c

ommon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# IAIAStateUnivP

owerPlant B1 Hydrogen

Chloride

(HCl) Coal 7.84E-02 171 NO



# OHMortonSaltR

ittman B002 - CoalFired Boiler #2 Hydrogen

Chloride

(HCl) Coal 7.90E-02 172 NO



# MITBSimonPow

erPlant Unit 3 Hydrogen

Chloride

(HCl) Coal 7.95E-02 173 NO



# MNRochesterUt

ilities EU003 Hydrogen

Chloride

(HCl) Coal 7.97E-02 174 NO



# INNotreDame B-4 Hydrogen

Chloride

(HCl) Coal 8.07E-02 175 NO



# ILRockIslandAr

senal NBN 12888

(Boiler #2) Hydrogen

Chloride

(HCl) Coal 8.15E-02 176 NO



# MOAnheuserBu

sch Boiler 8 Hydrogen

Chloride

(HCl) Coal 8.24E-02 177 NO



# VAPhilipMorrisP

ark500 B3 Hydrogen

Chloride

(HCl) Coal 8.31E-02 178 NO



# ILRockIslandAr

senal NBN 3059

(Boiler #3) Hydrogen

Chloride

(HCl) Coal 8.38E-02 179 NO



# MNDESPHans

ONyman EU002 Hydrogen

Chloride

(HCl) Coal 8.40E-02 180 NO



# MNRochesterUt

ilities EU001 Hydrogen

Chloride

(HCl) Coal 8.43E-02 181 NO



# WVDuPontWas

hingtonWorks P06 Hydrogen

Chloride

(HCl) Coal 8.73E-02 182 NO



# WIThilmanyPap

ersNicoletMill B23 Hydrogen

Chloride

(HCl) Coal 8.80E-02 183 NO



# WIThilmanyPap

ersNicoletMill B24 Hydrogen

Chloride

(HCl) Coal 8.80E-02 184 NO



# IAIAStateUnivP

owerPlant B2 Hydrogen

Chloride

(HCl) Coal 8.84E-02 185 NO



# OHCargillDayto

n B004 Hydrogen

Chloride

(HCl) Coal 8.97E-02 186 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 2-HCl Floor



# FacilityID CombustorID_c

ommon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# MAUMass EU#3 Hydrogen

Chloride

(HCl) Coal 9.23E-02 187 NO



# MAUMass EU#4 Hydrogen

Chloride

(HCl) Coal 9.23E-02 188 NO



# MAUMass EU#5 Hydrogen

Chloride

(HCl) Coal 9.23E-02 189 NO



# OHBataviaTran

smissions Boiler 2 (B002) Hydrogen

Chloride

(HCl) Coal 9.23E-02 190 NO



# MOCentralElect

ricChamois UNIT 1 Hydrogen

Chloride

(HCl) Coal 9.40E-02 191 NO



# OHAppletonIde

as Boiler 2 (B002) Hydrogen

Chloride

(HCl) Coal 9.40E-02 192 NO



# NCCargillFayett

eville ES-22 Hydrogen

Chloride

(HCl) Coal 9.43E-02 193 NO



# IAIAStateUnivP

owerPlant B3 Hydrogen

Chloride

(HCl) Coal 9.67E-02 194 NO



# MASolutiaIncSp

ringfield EU 150 S03 Hydrogen

Chloride

(HCl) Coal 9.68E-02 195 NO



# INBungeDecatu

r B&W (1SP1) Hydrogen

Chloride

(HCl) Coal 9.78E-02 196 NO



# WVDuPontWas

hingtonWorks P05 Hydrogen

Chloride

(HCl) Coal 9.87E-02 197 NO



# IAUofIowa EP6 Boiler 10 Hydrogen

Chloride

(HCl) Coal 9.91E-02 198 NO



# WVATKRocket

Center NB2766 W17479-W

(Boiler 17) Hydrogen

Chloride

(HCl) Coal 9.94E-02 199 NO



# OHCargillAkron B001 Hydrogen

Chloride

(HCl) Coal 1.04E-01 200 NO



# WIDomtarNeko

osa B21 - Boiler No.

2 Hydrogen

Chloride

(HCl) Coal 1.05E-01 201 NO



# WIDomtarNeko

osa B24 - Boiler No.

10 Hydrogen

Chloride

(HCl) Coal 1.05E-01 202 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 2-HCl Floor



# FacilityID CombustorID_c

ommon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# WIDomtarNeko

osa B20 - Boiler No.

1 Hydrogen

Chloride

(HCl) Coal 1.05E-01 203 NO



# WIDomtarNeko

osa B22 - Boiler No.

7 Hydrogen

Chloride

(HCl) Coal 1.05E-01 204 NO



# KYISPChemical

s 0AA (Riley) Hydrogen

Chloride

(HCl) Coal 1.07E-01 205 NO



# MOIP&LMissou

riCity Unit 1 Hydrogen

Chloride

(HCl) Coal 1.08E-01 206 NO



# MOIP&LMissou

riCity Unit 2 Hydrogen

Chloride

(HCl) Coal 1.08E-01 207 NO



# SCINVISTACa

mdenPlant Unit ID 1 -

Boiler No. 1 Hydrogen

Chloride

(HCl) Coal 1.09E-01 208 NO



# SCINVISTACa

mdenPlant Unit ID 2 -

Boiler No. 2 Hydrogen

Chloride

(HCl) Coal 1.09E-01 209 NO



# MIManistiquePa

per EUBLR001 Hydrogen

Chloride

(HCl) Coal 1.10E-01 210 NO



# MIManistiquePa

per EUBLR002 Hydrogen

Chloride

(HCl) Coal 1.10E-01 211 NO



# VARadfordArm y

AmmunitionPla

nt Boiler No. 3 Hydrogen

Chloride

(HCl) Coal 1.11E-01 212 NO



# VARadfordArm y

AmmunitionPla

nt Boiler No. 5 Hydrogen

Chloride

(HCl) Coal 1.11E-01 213 NO



# INBungeDecatu

r Keeler (2SP1) Hydrogen

Chloride

(HCl) Coal 1.12E-01 214 NO



# MOUofMissouri Boiler 7 Hydrogen

Chloride

(HCl) Coal 1.13E-01 215 NO



# MOUofMissouri Boiler 8 Hydrogen

Chloride

(HCl) Coal 1.13E-01 216 NO



# MOUofMissouri Boiler 9 Hydrogen

Chloride

(HCl) Coal 1.13E-01 217 NO



# MITBSimonPow

erPlant Unit 1 Hydrogen

Chloride

(HCl) Coal 1.13E-01 218 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 2-HCl Floor



# FacilityID CombustorID_c

ommon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# MOMallinckrodt Boiler 6 Hydrogen

Chloride

(HCl) Coal 1.13E-01 219 NO



# TNInvistaChatta

nooga EU002 - Boiler

#5 Hydrogen

Chloride

(HCl) Coal 1.14E-01 220 NO



# VADukeEnergy

Narrows Boiler #6 Hydrogen

Chloride

(HCl) Coal 1.14E-01 221 NO



# MICityofEscana

ba EUBOILER#2 Hydrogen

Chloride

(HCl) Coal 1.14E-01 222 NO



# WVSunocoIncN

ealPlantKenova B602, Coal

Boiler Hydrogen

Chloride

(HCl) Coal 1.15E-01 223 NO



# OHAppletonIde

as Boiler 4 (B003) Hydrogen

Chloride

(HCl) Coal 1.15E-01 224 NO



# MIEBEddyPape

r EUBOILER5 Hydrogen

Chloride

(HCl) Coal 1.15E-01 225 NO



# VADukeEnergy

Narrows Boiler #3 Hydrogen

Chloride

(HCl) Coal 1.19E-01 226 NO



# VAINVISTAWa

ynesboro 2-205 (B#3)

Boiler #3 Hydrogen

Chloride

(HCl) Coal 1.20E-01 227 NO



# VADukeEnergy

Narrows Boiler #2 Hydrogen

Chloride

(HCl) Coal 1.22E-01 228 NO



# IAGrainProcess

ing Boiler #1 Hydrogen

Chloride

(HCl) Coal 1.22E-01 229 NO



# IAGrainProcess

ing Boiler #2 Hydrogen

Chloride

(HCl) Coal 1.22E-01 230 NO



# IAGrainProcess

ing Boiler #3 Hydrogen

Chloride

(HCl) Coal 1.22E-01 231 NO



# IAGrainProcess

ing Boiler #4 Hydrogen

Chloride

(HCl) Coal 1.22E-01 232 NO



# IAGrainProcess

ing Boiler #6 Hydrogen

Chloride

(HCl) Coal 1.22E-01 233 NO



# IAGrainProcess

ing Boiler #7 Hydrogen

Chloride

(HCl) Coal 1.22E-01 234 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 2-HCl Floor



# FacilityID CombustorID_c

ommon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# ILAbbottAbbott

Park Unit 4AP Hydrogen

Chloride

(HCl) Coal 1.22E-01 235 NO



# ILPolyOne B1 Hydrogen

Chloride

(HCl) Coal 1.23E-01 236 NO



# MOBASFHanni

bal Coal Fired

Boiler #4 Hydrogen

Chloride

(HCl) Coal 1.23E-01 237 NO



# MOBASFHanni

bal Coal Fired

Boiler #5 Hydrogen

Chloride

(HCl) Coal 1.27E-01 238 NO



# TNInvistaChatta

nooga EU002 - Boiler

#4 Hydrogen

Chloride

(HCl) Coal 1.27E-01 239 NO



# MINeenahPape

rMI Boiler 1 Hydrogen

Chloride

(HCl) Coal 1.27E-01 240 NO



# TNCargillMemp

his Stoker Boiler

8001 Hydrogen

Chloride

(HCl) Coal 1.28E-01 241 NO



# MIWhitePineEle

ctric Power Boiler #2 Hydrogen

Chloride

(HCl) Coal 1.31E-01 242 NO



# VARadfordArm y

AmmunitionPla

nt Boiler No. 2 Hydrogen

Chloride

(HCl) Coal 1.31E-01 243 NO



# VADukeEnergy

Narrows Boiler #4 Hydrogen

Chloride

(HCl) Coal 1.35E-01 244 NO



# PABayValleyFo

odsPittsburgh Boiler No. 1 Hydrogen

Chloride

(HCl) Coal 1.37E-01 245 NO



# PABayValleyFo

odsPittsburgh Boiler No. 2 Hydrogen

Chloride

(HCl) Coal 1.37E-01 246 NO



# MNRochesterUt

ilities EU002 Hydrogen

Chloride

(HCl) Coal 1.42E-01 247 NO



# INNewEnergy Riley Boiler Hydrogen

Chloride

(HCl) Coal 1.42E-01 248 NO



# SCInternational

PaperEastover No. 1 Power

Boiler Hydrogen

Chloride

(HCl) Coal 1.46E-01 249 NO



# INNotreDame B-3 Hydrogen

Chloride

(HCl) Coal 1.46E-01 250 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 2-HCl Floor



# FacilityID CombustorID_c

ommon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# VADukeEnergy

Narrows Boiler #5 Hydrogen

Chloride

(HCl) Coal 1.48E-01 251 NO



# PAPennState 31 Hydrogen

Chloride

(HCl) Coal 1.49E-01 252 NO



# PAPennState 32 Hydrogen

Chloride

(HCl) Coal 1.49E-01 253 NO



# PAPennState 34 Hydrogen

Chloride

(HCl) Coal 1.49E-01 254 NO



# PAPennState 35 Hydrogen

Chloride

(HCl) Coal 1.49E-01 255 NO



# OHOrrvilleUtiliti

es B005 Hydrogen

Chloride

(HCl) Coal 1.51E-01 256 NO



# MIMenominee #3 Boiler Hydrogen

Chloride

(HCl) Coal 1.51E-01 257 NO



# SCINVISTACa

mdenPlant Unit ID 3 -

Boiler No. 3 Hydrogen

Chloride

(HCl) Coal 1.51E-01 258 NO



# SCINVISTACa

mdenPlant Unit ID 4 -

Boiler No. 4 Hydrogen

Chloride

(HCl) Coal 1.51E-01 259 NO



# MIWhitePineEle

ctric Power Boiler #1 Hydrogen

Chloride

(HCl) Coal 1.53E-01 260 NO



# WINewPageKi

mberly B21 Hydrogen

Chloride

(HCl) Coal 1.54E-01 261 NO



# WINewPageKi

mberly B22 Hydrogen

Chloride

(HCl) Coal 1.54E-01 262 NO



# PAARGBradfor

d 37 Hydrogen

Chloride

(HCl) Coal 1.55E-01 263 NO



# KYMoreheadSt

ateUniv 02 Hydrogen

Chloride

(HCl) Coal 1.58E-01 264 NO



# PABayValleyFo

odsPittsburgh Boiler No. 3 Hydrogen

Chloride

(HCl) Coal 1.63E-01 265 NO



# PABayValleyFo

odsPittsburgh Boiler No. 4 Hydrogen

Chloride

(HCl) Coal 1.63E-01 266 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 2-HCl Floor



# FacilityID CombustorID_c

ommon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# VADukeEnergy

Narrows Boiler #7 Hydrogen

Chloride

(HCl) Coal 1.63E-01 267 NO



# WVBayerInstitut

e Boiler #12 Hydrogen

Chloride

(HCl) Coal 1.63E-01 268 NO



# OHCargillSidne

y B002 Hydrogen

Chloride

(HCl) Coal 1.64E-01 269 NO



# WVPPGMartins

ville R072-Boiler 5 Hydrogen

Chloride

(HCl) Coal 1.65E-01 270 NO



# WVDuPontWas

hingtonWorks P03 Hydrogen

Chloride

(HCl) Coal 1.66E-01 271 NO



# OHCargillSidne

y B001 Hydrogen

Chloride

(HCl) Coal 1.67E-01 272 NO



# WIPCATomaha

wk B24 Hydrogen

Chloride

(HCl) Coal 1.68E-01 273 NO



# WIPCATomaha

wk B27 Hydrogen

Chloride

(HCl) Coal 1.68E-01 274 NO



# WIPCATomaha

wk B28 Hydrogen

Chloride

(HCl) Coal 1.68E-01 275 NO



# ILADMQuincy EU-5003 Hydrogen

Chloride

(HCl) Coal 1.70E-01 276 NO



# ILADMQuincy EU-5004 Hydrogen

Chloride

(HCl) Coal 1.70E-01 277 NO



# IAUofNorthernIo

wa Boiler #4 Hydrogen

Chloride

(HCl) Coal 1.71E-01 278 NO



# WIGreenBayPa

ckagingMillDivis

ion Boiler B26-

Coal Fired

Boiler Hydrogen

Chloride

(HCl) Coal 1.72E-01 279 NO



# WVPPGMartins

ville R015-Boiler 4 Hydrogen

Chloride

(HCl) Coal 1.73E-01 280 NO



# MITBSimonPow

erPlant Unit 2 Hydrogen

Chloride

(HCl) Coal 1.74E-01 281 NO



# MIMortonSaltM

anistee No. 6 Boiler Hydrogen

Chloride

(HCl) Coal 1.78E-01 282 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 2-HCl Floor



# FacilityID CombustorID_c

ommon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# NCCargillCharlo

tte ES-1 Hydrogen

Chloride

(HCl) Coal 1.84E-01 283 NO



# MIPharma&Upj

ohn1178 EUEBLR43-5

(Boiler No. 5) Hydrogen

Chloride

(HCl) Coal 1.88E-01 284 NO



# ILJohnDeereHa

rvester B8 Hydrogen

Chloride

(HCl) Coal 1.97E-01 285 NO



# ILJohnDeereHa

rvester B7 Hydrogen

Chloride

(HCl) Coal 1.97E-01 286 NO



# ILJohnDeereHa

rvester B9 Hydrogen

Chloride

(HCl) Coal 1.97E-01 287 NO



# WVUCCSouthC

harleston B25 Hydrogen

Chloride

(HCl) Coal 2.01E-01 288 NO



# OHRockTennCi

ncinnati B001 Hydrogen

Chloride

(HCl) Coal 2.14E-01 289 NO



# ILADMPeoria EU-PH101 Hydrogen

Chloride

(HCl) Coal 2.47E-01 290 NO



# ILADMPeoria EU-PH102 Hydrogen

Chloride

(HCl) Coal 2.47E-01 291 NO



# MIPharma&Upj

ohn1178 EUEBLR43-2

(Boiler No. 2) Hydrogen

Chloride

(HCl) Coal 2.51E-01 292 NO



# TNCargillMemp

his Pulverized Coal

Boiler (8301) Hydrogen

Chloride

(HCl) Coal 3.02E-01 293 NO



# MOUofMissouri Boiler 10 Hydrogen

Chloride

(HCl) Coal 3.65E-01 294 NO



# INNotreDame B-2 Hydrogen

Chloride

(HCl) Coal 5.22E-01 295 NO



# MICargillSalt EGBOILER5 Hydrogen

Chloride

(HCl) Coal 7.67E-01 296 NO



# SCMichelinSan

dySprings B:02:01 Hydrogen

Chloride

(HCl) Gas 1 7.26E-05 1 YES



# WYSinclairWyo

ming Pt 74 #2 H2

Plant Heater Hydrogen

Chloride

(HCl) Gas 1 1.29E-04 2 YES

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 2-HCl Floor



# FacilityID CombustorID_c

ommon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# WYSinclairWyo

ming Pt 41 #9 HPB Hydrogen

Chloride

(HCl) Gas 1 1.37E-04 3 NO



# CTCytecWalling

ford 150 Furnace Hydrogen

Chloride

(HCl) Gas 1 1.65E-04 4 NO



# KSCoffeyvilleRe

finery EU-39-FH0027 Hydrogen

Chloride

(HCl) Gas 1 3.17E-04 5 NO



# SCEastmanCol

ombia HTM Heater #3

(Equip ID 1101) Hydrogen

Chloride

(HCl) Gas 1 3.25E-04 6 NO



# NCCampLejeun

eMCB C-AS-4151-16 Hydrogen

Chloride

(HCl) Gas 1 5.50E-04 7 NO



# LARubiconLLC North Variants

Boiler Hydrogen

Chloride

(HCl) Gas 1 6.32E-04 8 NO



# CAExxonMobilTorrance 19F-1 Hydrogen

Chloride

(HCl) Gas 1 2.85E-03 9 NO



# MIFordWayneA

ssembly Powerhouse

Boiler 3 Hydrogen

Chloride

(HCl) Gas 1 5.16E-03 10 NO



# CORockyMtnSt

eel212 Rod/Bar Mill

Furnace

95OPPB088 Hydrogen

Chloride

(HCl) Gas 1 8.59E-05 yes 1 YES



# INAlcoaWarrick Annealing

Furnace #15 Hydrogen

Chloride

(HCl) Gas 1 2.46E-04 yes 2 YES



# INAlcoaWarrick Pre-Heat

Furnace #36 Hydrogen

Chloride

(HCl) Gas 1 2.46E-04 yes 3 NO



# ILUSSGraniteCi

ty No. 8

Galvanizing

Line Furnace Hydrogen

Chloride

(HCl) Gas 1 3.45E-04 yes 4 NO



# UTWestinghous

e 202 Hydrogen

Chloride

(HCl) Gas 1 3.99E-04 yes 5 NO



# INOutokumpuSt

ainlessPlate Heppenstall

Annealing

Furnace Hydrogen

Chloride

(HCl) Gas 1 6.51E-04 yes 6 NO



# WICharterSteel P31 Hydrogen

Chloride

(HCl) Gas 1 1.00E-03 yes 7 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 2-HCl Floor



# FacilityID CombustorID_c

ommon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# INNucorSteel Cold Mill

Annealing Hydrogen

Chloride

(HCl) Gas 1 1.64E-03 yes 8 NO



# INArcelorMittalB

urnsHarbor Hot Dip Coating

Line Annealing

Furnace Hydrogen

Chloride

(HCl) Gas 1 2.70E-03 yes 9 NO



# LAShellChemic

aGeismar Furnace F-S801 Hydrogen

Chloride

(HCl) Gas 2 1.70E-06 1 YES



# INTateLyleSaga

more 21B501 Hydrogen

Chloride

(HCl) Gas 2 1.85E-04 2 NO



# MDSeverstalSp

arrows 1BLR (No. 1

Boiler) Hydrogen

Chloride

(HCl) Gas 2 3.53E-04 3 NO



# WIGPGreenBay

2818 B29 - Fluidized

Bed Boiler #9 Hydrogen

Chloride

(HCl) Gas 2 3.89E-04 4 NO



# INRollsRoyceIn

dianapolis 70-65 Hydrogen

Chloride

(HCl) Gas 2 1.15E-03 5 NO



# WVMountainSt

ateCarbonFolla

nsbee S1 Hydrogen

Chloride

(HCl) Gas 2 1.23E-03 6 NO



# SCBMWManufa

cturingCo HB03 Hydrogen

Chloride

(HCl) Gas 2 1.76E-03 7 NO



# GAGPSRMRiin

con EU BO02 Hydrogen

Chloride

(HCl) Gas 2 6.53E-03 8 NO



# CTElectric Boat EMU 18 Chlorine

(Cl) Liquid 5.60E-07 1 YES



# TNInvistaChatta

nooga EU003 -

Vaporizer #2 Hydrogen

Chloride

(HCl) Liquid 1.77E-04 2 YES



# INUSSteelGary

Works O4B10459 Hydrogen

Chloride

(HCl) Liquid 2.07E-04 3 YES



# VAINVISTAWa

ynesboro 2-205 (V#1)

Vaporizer #1 Hydrogen

Chloride

(HCl) Liquid 2.43E-04 4 YES



# NCCampLejeun

eMCB A-MP-230-40 Chlorine

(Cl) Liquid 2.65E-04 5 YES



# NCCampLejeun

eMCB A-NH-120-04 Chlorine

(Cl) Liquid 2.65E-04 6 YES



# NCCampLejeun

eMCB A-NH-118-03 Chlorine

(Cl) Liquid 2.65E-04 7 YES

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 2-HCl Floor



# FacilityID CombustorID_c

ommon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# NCCampLejeun

eMCB A-NH-100-05 Chlorine

(Cl) Liquid 2.65E-04 8 YES



# NCCampLejeun

eMCB A-NH-100-02 Chlorine

(Cl) Liquid 2.65E-04 9 YES



# NCCampLejeun

eMCB A-NH-100-01 Chlorine

(Cl) Liquid 2.65E-04 10 YES



# NCCampLejeun

eMCB A-MP-625-74 Chlorine

(Cl) Liquid 2.65E-04 11 YES



# NCCampLejeun

eMCB A-NH-120-H4 Chlorine

(Cl) Liquid 2.65E-04 12 YES



# NCCampLejeun

eMCB A-MP-625-72 Chlorine

(Cl) Liquid 2.65E-04 13 YES



# NCCampLejeun

eMCB A-PP-1943-08 Chlorine

(Cl) Liquid 2.65E-04 14 YES



# NCCampLejeun

eMCB A-MP-230-39 Chlorine

(Cl) Liquid 2.65E-04 15 YES



# NCCampLejeun

eMCB A-MP-230-38 Chlorine

(Cl) Liquid 2.65E-04 16 YES



# NCCampLejeun

eMCB A-MG-SH8-58 Chlorine

(Cl) Liquid 2.65E-04 17 YES



# NCCampLejeun

eMCB A-MP-625-73 Chlorine

(Cl) Liquid 2.65E-04 18 YES



# NCCampLejeun

eMCB A-LCH-4022-19 Chlorine

(Cl) Liquid 2.65E-04 19 YES



# NCCampLejeun

eMCB A-NH-121-H1 Chlorine

(Cl) Liquid 2.65E-04 20 YES



# NCCampLejeun

eMCB A-HP-738-59 Chlorine

(Cl) Liquid 2.65E-04 21 YES



# NCCampLejeun

eMCB A-PP-1943-H7 Chlorine

(Cl) Liquid 2.65E-04 22 YES



# NCCampLejeun

eMCB A-PP-2615-09 Chlorine

(Cl) Liquid 2.65E-04 23 YES



# NCCampLejeun

eMCB A-PP-2615-10 Chlorine

(Cl) Liquid 2.65E-04 24 NO



# NCCampLejeun

eMCB A-TT-2457-66 Chlorine

(Cl) Liquid 2.65E-04 25 NO



# NCCampLejeun

eMCB A-TT-44-30 Chlorine

(Cl) Liquid 2.65E-04 26 NO



# NCCampLejeun

eMCB A-TT-60-78 Chlorine

(Cl) Liquid 2.65E-04 27 NO



# NCCampLejeun

eMCB B-A66-48 Chlorine

(Cl) Liquid 2.65E-04 28 NO



# NCCampLejeun

eMCB B-A71-49 Chlorine

(Cl) Liquid 2.65E-04 29 NO



# NCCampLejeun

eMCB B-A71-H5 Chlorine

(Cl) Liquid 2.65E-04 30 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 2-HCl Floor



# FacilityID CombustorID_c

ommon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# NCCampLejeun

eMCB B-A-A1-50 Chlorine

(Cl) Liquid 2.65E-04 31 NO



# NCCampLejeun

eMCB A-NH-121-01 Chlorine

(Cl) Liquid 2.65E-04 32 NO



# NCCampLejeun

eMCB A-FC-989-31 Chlorine

(Cl) Liquid 2.65E-04 33 NO



# NCCampLejeun

eMCB C-CG-650-83B Chlorine

(Cl) Liquid 2.65E-04 34 NO



# NCCampLejeun

eMCB A-BM-5400-80 Chlorine

(Cl) Liquid 2.65E-04 35 NO



# NCCampLejeun

eMCB A-BM-5400-81 Chlorine

(Cl) Liquid 2.65E-04 36 NO



# NCCampLejeun

eMCB A-BM-825-12 Chlorine

(Cl) Liquid 2.65E-04 37 NO



# NCCampLejeun

eMCB A-BM-825-13 Chlorine

(Cl) Liquid 2.65E-04 38 NO



# NCCampLejeun

eMCB A-BM-825-H1 Chlorine

(Cl) Liquid 2.65E-04 39 NO



# NCCampLejeun

eMCB A-BM-835-06 Chlorine

(Cl) Liquid 2.65E-04 40 NO



# NCCampLejeun

eMCB A-BM-835-07 Chlorine

(Cl) Liquid 2.65E-04 41 NO



# NCCampLejeun

eMCB A-BM-890-14 Chlorine

(Cl) Liquid 2.65E-04 42 NO



# NCCampLejeun

eMCB A-BM-890-15 Chlorine

(Cl) Liquid 2.65E-04 43 NO



# NCCampLejeun

eMCB A-BM-890-H10 Chlorine

(Cl) Liquid 2.65E-04 44 NO



# NCCampLejeun

eMCB A-BM-890-H9 Chlorine

(Cl) Liquid 2.65E-04 45 NO



# NCCampLejeun

eMCB A-LCH-4014-17 Chlorine

(Cl) Liquid 2.65E-04 46 NO



# NCCampLejeun

eMCB A-FC-440-87 Chlorine

(Cl) Liquid 2.65E-04 47 NO



# NCCampLejeun

eMCB B-A-A47-51 Chlorine

(Cl) Liquid 2.65E-04 48 NO



# NCCampLejeun

eMCB A-HP-1700-05 Chlorine

(Cl) Liquid 2.65E-04 49 NO



# NCCampLejeun

eMCB A-HP-2027-20 Chlorine

(Cl) Liquid 2.65E-04 50 NO



# NCCampLejeun

eMCB A-HP-2027-21 Chlorine

(Cl) Liquid 2.65E-04 51 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 2-HCl Floor



# FacilityID CombustorID_c

ommon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# NCCampLejeun

eMCB A-HP-2027-H13 Chlorine

(Cl) Liquid 2.65E-04 52 NO



# NCCampLejeun

eMCB A-HP-2027-H14 Chlorine

(Cl) Liquid 2.65E-04 53 NO



# NCCampLejeun

eMCB A-HP-2027-H15 Chlorine

(Cl) Liquid 2.65E-04 54 NO



# NCCampLejeun

eMCB A-HP-2027-H16 Chlorine

(Cl) Liquid 2.65E-04 55 NO



# NCCampLejeun

eMCB A-HP-40-75 Chlorine

(Cl) Liquid 2.65E-04 56 NO



# NCCampLejeun

eMCB A-HP-40-76 Chlorine

(Cl) Liquid 2.65E-04 57 NO



# NCCampLejeun

eMCB A-HP-500-86 Chlorine

(Cl) Liquid 2.65E-04 58 NO



# NCCampLejeun

eMCB A-HP-670-88 Chlorine

(Cl) Liquid 2.65E-04 59 NO



# NCCampLejeun

eMCB B-A66-H3 Chlorine

(Cl) Liquid 2.65E-04 60 NO



# NCCampLejeun

eMCB A-HP-989-31 Chlorine

(Cl) Liquid 2.65E-04 61 NO



# NCCampLejeun

eMCB A-FC-260-90 Chlorine

(Cl) Liquid 2.65E-04 62 NO



# NCCampLejeun

eMCB C-AS-843-14 Chlorine

(Cl) Liquid 2.65E-04 63 NO



# NCCampLejeun

eMCB B-BB-49-52 Chlorine

(Cl) Liquid 2.65E-04 64 NO



# NCCampLejeun

eMCB C-AS-1000-H21 Chlorine

(Cl) Liquid 2.65E-04 65 NO



# NCCampLejeun

eMCB A-TT-60-79 Chlorine

(Cl) Liquid 2.65E-04 66 NO



# NCCampLejeun

eMCB C-AS-3502-08 Chlorine

(Cl) Liquid 2.65E-04 67 NO



# NCCampLejeun

eMCB C-AS-3504-09 Chlorine

(Cl) Liquid 2.65E-04 68 NO



# NCCampLejeun

eMCB C-AS-3525-15 Chlorine

(Cl) Liquid 2.65E-04 69 NO



# NCCampLejeun

eMCB C-AS-4044-22 Chlorine

(Cl) Liquid 2.65E-04 70 NO



# NCCampLejeun

eMCB C-AS-4044-23 Chlorine

(Cl) Liquid 2.65E-04 71 NO



# NCCampLejeun

eMCB C-AS-4151-17A Chlorine

(Cl) Liquid 2.65E-04 72 NO



# NCCampLejeun

eMCB C-AS-4151-18 Chlorine

(Cl) Liquid 2.65E-04 73 NO



# NCCampLejeun

eMCB C-AS-705-11 Chlorine

(Cl) Liquid 2.65E-04 74 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 2-HCl Floor



# FacilityID CombustorID_c

ommon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# NCCampLejeun

eMCB B-BB-9-55 Chlorine

(Cl) Liquid 2.65E-04 75 NO



# NCCampLejeun

eMCB C-AS-840-13 Chlorine

(Cl) Liquid 2.65E-04 76 NO



# NCCampLejeun

eMCB C-AS-1000-20 Chlorine

(Cl) Liquid 2.65E-04 77 NO



# NCCampLejeun

eMCB C-CG-480-89 Chlorine

(Cl) Liquid 2.65E-04 78 NO



# NCCampLejeun

eMCB C-VL-TFM204-

02 Chlorine

(Cl) Liquid 2.65E-04 79 NO



# NCCampLejeun

eMCB C-VL-TFM204-

01 Chlorine

(Cl) Liquid 2.65E-04 80 NO



# NCCampLejeun

eMCB C-VL-TFM203-

02 Chlorine

(Cl) Liquid 2.65E-04 81 NO



# NCCampLejeun

eMCB C-VL-TFM203-

01 Chlorine

(Cl) Liquid 2.65E-04 82 NO



# NCCampLejeun

eMCB C-VL-TFM104-

01 Chlorine

(Cl) Liquid 2.65E-04 83 NO



# NCCampLejeun

eMCB C-VL-TFM103-

01 Chlorine

(Cl) Liquid 2.65E-04 84 NO



# NCCampLejeun

eMCB C-TC-1500-60 Chlorine

(Cl) Liquid 2.65E-04 85 NO



# NCCampLejeun

eMCB C-RR-15-46B Chlorine

(Cl) Liquid 2.65E-04 86 NO



# NCCampLejeun

eMCB C-CG-650-85 Chlorine

(Cl) Liquid 2.65E-04 87 NO



# NCCampLejeun

eMCB C-CG-650-84B Chlorine

(Cl) Liquid 2.65E-04 88 NO



# NCCampLejeun

eMCB C-AS-710-03 Chlorine

(Cl) Liquid 2.65E-04 89 NO



# NCCampLejeun

eMCB C-AS-2800-12 Chlorine

(Cl) Liquid 2.65E-04 90 NO



# NCCampLejeun

eMCB B-BB-9-53B Chlorine

(Cl) Liquid 2.65E-04 91 NO



# NCCampLejeun

eMCB B-BB-9-54 Chlorine

(Cl) Liquid 2.65E-04 92 NO



# PABoeingRidley

Park 033 Hydrogen

Chloride

(HCl) Liquid 4.21E-04 93 NO



# CTElectric Boat EMU 17 Hydrogen

Chloride

(HCl) Liquid 4.21E-04 94 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 2-HCl Floor



# FacilityID CombustorID_c

ommon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# SCDAKAmerica

s P8F Hydrogen

Chloride

(HCl) Liquid 4.23E-04 95 NO



# MEFPLEnergy

Wyman Unit #5 Hydrogen

Chloride

(HCl) Liquid 4.89E-04 96 NO



# NCMCASCherr

yPoint CP-152-BOIL03 Hydrogen

Chloride

(HCl) Liquid 7.00E-04 97 NO



# MNGPDuluth EU33 Boiler #3 Hydrogen

Chloride

(HCl) Liquid 7.42E-04 98 NO



# MIConsumerEn

ergyCoCampbell EUAUXBLR12 Hydrogen

Chloride

(HCl) Liquid 7.78E-04 99 NO



# NJVinelandMun

iElectricHowardDown Unit 9 Hydrogen

Chloride

(HCl) Liquid 8.22E-04 100 NO



# NCInvistaHwy4

21 B7600 Hydrogen

Chloride

(HCl) Liquid 8.25E-04 101 NO



# MNMinnesotaS

oybeanProcess

ors Boiler 1 EU026 Hydrogen

Chloride

(HCl) Liquid 8.73E-04 102 NO



# MNMinnesotaS

oybeanProcess

ors Boiler 2 EU027 Hydrogen

Chloride

(HCl) Liquid 8.73E-04 103 NO



# SCINVISTACa

mdenPlant Unit ID 8 -

Vaporizer No. 3 Hydrogen

Chloride

(HCl) Liquid 1.00E-03 104 NO



# SCINVISTACa

mdenPlant Unit ID 9 -

Vaporizer No. 4 Hydrogen

Chloride

(HCl) Liquid 1.00E-03 105 NO



# VANewportNe w

sShipbuildingDr

yDock 78-E1 Hydrogen

Chloride

(HCl) Liquid 1.14E-03 106 NO



# TNMilanArmyA

mmunitionPlant I5A-1, Source

#27-0010-14 Chlorine

(Cl) Liquid 1.51E-03 107 NO



# TNMilanArmyA

mmunitionPlant I4A-1, Source

#27-0010-13 Chlorine

(Cl) Liquid 1.51E-03 108 NO



# TNMilanArmyA

mmunitionPlant I3A-1, Source

#27-0010-12 Chlorine

(Cl) Liquid 1.51E-03 109 NO



# TNMilanArmyA

mmunitionPlant F52L-2, Source

#27-0010-30 Chlorine

(Cl) Liquid 1.51E-03 110 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 2-HCl Floor



# FacilityID CombustorID_c

ommon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# TNMilanArmyA

mmunitionPlant T116A-2,

Source #27-

0010-84 Chlorine

(Cl) Liquid 1.51E-03 111 NO



# TNMilanArmyA

mmunitionPlant I6A-1, Source

#27-0010-15 Chlorine

(Cl) Liquid 1.51E-03 112 NO



# TNMilanArmyA

mmunitionPlant D2A-1, Source

#27-0010-09 Chlorine

(Cl) Liquid 1.51E-03 113 NO



# TNMilanArmyA

mmunitionPlant F52L-1, Source

#27-0010-30 Chlorine

(Cl) Liquid 1.51E-03 114 NO



# TNMilanArmyA

mmunitionPlant B21L-2, Source

#27-0010-28 Chlorine

(Cl) Liquid 1.51E-03 115 NO



# TNMilanArmyA

mmunitionPlant B21L-1, Source

#27-0010-28 Chlorine

(Cl) Liquid 1.51E-03 116 NO



# TNMilanArmyA

mmunitionPlant A15L-2, Source

#27-0010-05 Chlorine

(Cl) Liquid 1.51E-03 117 NO



# TNMilanArmyA

mmunitionPlant A15L-1, Source

#27-0010-05 Chlorine

(Cl) Liquid 1.51E-03 118 NO



# TNMilanArmyA

mmunitionPlant D88L-2, Source

#27-0010-86 Chlorine

(Cl) Liquid 1.51E-03 119 NO



# TNMilanArmyA

mmunitionPlant X21L-2, Source

#27-0010-29 Chlorine

(Cl) Liquid 1.51E-03 120 NO



# TNMilanArmyA

mmunitionPlant V1L-1, Source

#27-0010-46 Chlorine

(Cl) Liquid 1.51E-03 121 NO



# TNMilanArmyA

mmunitionPlant D88L-1, Source

#27-0010-86 Chlorine

(Cl) Liquid 1.51E-03 122 NO



# TNMilanArmyA

mmunitionPlant X21L-1, Source

#27-0010-29 Chlorine

(Cl) Liquid 1.51E-03 123 NO



# TNMilanArmyA

mmunitionPlant I7A-1, Source

#27-0010-16 Chlorine

(Cl) Liquid 1.51E-03 124 NO



# TNMilanArmyA

mmunitionPlant X21L-3, Source

#27-0010-29 Chlorine

(Cl) Liquid 1.51E-03 125 NO



# TNMilanArmyA

mmunitionPlant T116A-1,

Source #27-

0010-84 Chlorine

(Cl) Liquid 1.51E-03 126 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 2-HCl Floor



# FacilityID CombustorID_c

ommon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# TNMilanArmyA

mmunitionPlant S101A-2,

Source #27-

0010-21 Chlorine

(Cl) Liquid 1.51E-03 127 NO



# TNMilanArmyA

mmunitionPlant J107A-1,

Source #27-

0010-31 Chlorine

(Cl) Liquid 1.51E-03 128 NO



# TNMilanArmyA

mmunitionPlant K313A-2,

Source #27-

0010-83 Chlorine

(Cl) Liquid 1.51E-03 129 NO



# TNMilanArmyA

mmunitionPlant K313A-1,

Source #27-

0010-83 Chlorine

(Cl) Liquid 1.51E-03 130 NO



# TNMilanArmyA

mmunitionPlant K300A-2,

Source #27-

0010-19 Chlorine

(Cl) Liquid 1.51E-03 131 NO



# TNMilanArmyA

mmunitionPlant K300A-1,

Source #27-

0010-19 Chlorine

(Cl) Liquid 1.51E-03 132 NO



# TNMilanArmyA

mmunitionPlant K102L-1,

Source #27-

0010-42 Chlorine

(Cl) Liquid 1.51E-03 133 NO



# TNMilanArmyA

mmunitionPlant J107A-2,

Source #27-

0010-31 Chlorine

(Cl) Liquid 1.51E-03 134 NO



# TNMilanArmyA

mmunitionPlant S101A-1,

Source #27-

0010-21 Chlorine

(Cl) Liquid 1.51E-03 135 NO



# SCGPChemRu

ssellville FO Boiler Hydrogen

Chloride

(HCl) Liquid 1.67E-03 136 NO



# VASmurfitStone

Westpt PB08 Hydrogen

Chloride

(HCl) Liquid 1.82E-03 137 NO



# NCMCASCher r

yPoint CP-1786-BOIL01 Chlorine

(Cl) Liquid 2.05E-03 138 NO



# NCMCASCher r

yPoint CP-1783-BOIL01 Chlorine

(Cl) Liquid 2.05E-03 139 NO



# NCMCASCher r

yPoint CP-1782-BOIL01 Chlorine

(Cl) Liquid 2.05E-03 140 NO



# NCMCASCher r

yPoint CP-1781-BOIL01 Chlorine

(Cl) Liquid 2.05E-03 141 NO



# NCMCASCher r

yPoint CP-1780-BOIL01 Chlorine

(Cl) Liquid 2.05E-03 142 NO



# NCMCASCher r

yPoint CP-1779-BOIL01 Chlorine

(Cl) Liquid 2.05E-03 143 NO



# NCMCASCher r

yPoint CP-1777-BOIL01 Chlorine

(Cl) Liquid 2.05E-03 144 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 2-HCl Floor



# FacilityID CombustorID_c

ommon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# NCMCASCher r

yPoint CP-4344-BOIL01 Chlorine

(Cl) Liquid 2.05E-03 145 NO



# NCMCASCher r

yPoint CP-1229-BOIL01 Chlorine

(Cl) Liquid 2.05E-03 146 NO



# NCMCASCher r

yPoint CP-1787-BOIL01 Chlorine

(Cl) Liquid 2.05E-03 147 NO



# NCMCASCherr

yPoint CP-152-BOIL04 Chlorine

(Cl) Liquid 2.05E-03 148 NO



# NCMCASCherr

yPoint CP-4639-BOIL02 Chlorine

(Cl) Liquid 2.05E-03 149 NO



# NCMCASCherr

yPoint CP-4402-BOIL01 Chlorine

(Cl) Liquid 2.05E-03 150 NO



# NCMCASCher r

yPoint CP-4465-BOIL01 Chlorine

(Cl) Liquid 2.05E-03 151 NO



# NCMCASCher r

yPoint CP-4563-BOIL01 Chlorine

(Cl) Liquid 2.05E-03 152 NO



# NCMCASCher r

yPoint CP-4564-BOIL01 Chlorine

(Cl) Liquid 2.05E-03 153 NO



# NCMCASCher r

yPoint CP-4571-BOIL01 Chlorine

(Cl) Liquid 2.05E-03 154 NO



# NCMCASCher r

yPoint CP-4571-BOIL02 Chlorine

(Cl) Liquid 2.05E-03 155 NO



# NCMCASCher r

yPoint CP-4401-BOIL01 Chlorine

(Cl) Liquid 2.05E-03 156 NO



# NCMCASCherr

yPoint CP-4639-BOIL01 Chlorine

(Cl) Liquid 2.05E-03 157 NO



# NCMCASCher r

yPoint CP-487-BOIL01 Chlorine

(Cl) Liquid 2.05E-03 158 NO



# NCMCASCher r

yPoint CP-4639-BOIL03 Chlorine

(Cl) Liquid 2.05E-03 159 NO



# NCMCASCher r

yPoint CP-4810-BOIL01 Chlorine

(Cl) Liquid 2.05E-03 160 NO



# NCMCASCherr

yPoint CP-486-BOIL01 Chlorine

(Cl) Liquid 2.05E-03 161 NO



# NCMCASCher r

yPoint CP-486-BOIL02 Chlorine

(Cl) Liquid 2.05E-03 162 NO



# NCMCASCher r

yPoint CP-487-BOIL02 Chlorine

(Cl) Liquid 2.05E-03 163 NO



# NCMCASCher r

yPoint CP-1791-BOIL01 Chlorine

(Cl) Liquid 2.05E-03 164 NO



# NCMCASCher r

yPoint CP-4213-BOIL01 Chlorine

(Cl) Liquid 2.05E-03 165 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 2-HCl Floor



# FacilityID CombustorID_c

ommon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# NCMCASCher r

yPoint CP-4576-BOIL01 Chlorine

(Cl) Liquid 2.05E-03 166 NO



# NCMCASCher r

yPoint CP-3916-BOIL01 Chlorine

(Cl) Liquid 2.05E-03 167 NO



# NCMCASCher r

yPoint CP-1799-BOIL01 Chlorine

(Cl) Liquid 2.05E-03 168 NO



# NCMCASCher r

yPoint CP-1795-BOIL01 Chlorine

(Cl) Liquid 2.05E-03 169 NO



# NCMCASCher r

yPoint CP-192-BOIL01 Chlorine

(Cl) Liquid 2.05E-03 170 NO



# NCMCASCher r

yPoint CP-248-BOIL01 Chlorine

(Cl) Liquid 2.05E-03 171 NO



# NCMCASCher r

yPoint CP-3919-BOIL01 Chlorine

(Cl) Liquid 2.05E-03 172 NO



# NCMCASCherr

yPoint CP-4041-BOIL01 Chlorine

(Cl) Liquid 2.05E-03 173 NO



# NCMCASCherr

yPoint CP-4049-BOIL01 Chlorine

(Cl) Liquid 2.05E-03 174 NO



# NCMCASCherr

yPoint CP-4298-BOIL01 Chlorine

(Cl) Liquid 2.05E-03 175 NO



# NCMCASCher r

yPoint CP-4390-BOIL02 Chlorine

(Cl) Liquid 2.05E-03 176 NO



# NCMCASCher r

yPoint CP-4390-BOIL03 Chlorine

(Cl) Liquid 2.05E-03 177 NO



# NCMCASCher r

yPoint CP-4390-BOIL01 Chlorine

(Cl) Liquid 2.05E-03 178 NO



# NCCampLejeun

eMCB C-RR-15-47B Hydrogen

Chloride

(HCl) Liquid 2.07E-03 179 NO



# MINeenahPape

rMI Boiler 2 Chlorine

(Cl) Liquid 3.19E-03 180 NO



# ALGPBrewtonM

ill BR-PSG0-S018

No. 1 Power

Boiler Chlorine

(Cl) Liquid 3.20E-03 181 NO



# NYConEd59thS

tStationNewYor

k Boiler 118 Hydrogen

Chloride

(HCl) Liquid 3.67E-03 182 NO



# NCCampLejeun

eMCB C-AS-4151-16 Hydrogen

Chloride

(HCl) Liquid 7.33E-03 183 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 2-HCl Floor



# FacilityID CombustorID_c

ommon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# NCDomtar 66-25-2050

(No. 1 Package

Boiler) Hydrogen

Chloride

(HCl) Liquid 7.90E-03 184 NO



# MESDWarrenS

omerset Package Boiler Chlorine

(Cl) Liquid 8.72E-03 185 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 3-PM Floor



# FacilityID CombustorID_co

mmon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# GAGPCelluloseB

runswick U700 -- No. 4

Power Boiler Particulate Biomass 5.33E-04 1 YES



# MNAndersonCor

pBayport Boiler 11 EU620 Particulate Biomass 6.00E-04 2 YES



# MNAndersonCor

pBayport Boiler 12 EU621 Particulate Biomass 6.00E-04 3 YES



# WAWeyerhaeuse

r_Raymond Hog Fuel Boiler

EU1 Particulate Biomass 6.33E-04 4 YES



# ARPotlatchForest

Warren Wellons Boiler Particulate Biomass 8.00E-04 5 YES



# ARWeyerhaeuser

DierksMill SN-45 Particulate Biomass 1.37E-03 6 YES



# ARWeyerhaeuser

DierksMill SN-32 Particulate Biomass 1.73E-03 7 YES



# MSGPNewAugus

ta AA-015 Power

Boiler Particulate Biomass 1.80E-03 8 YES



# IDRileyCreekLum

ber HFB1 Particulate Biomass 2.11E-03 9 YES



# FLUSSugarCorp Boiler No. 8 Particulate Biomass 2.23E-03 10 YES



# FLSmurfit-Stone 5PB Particulate Biomass 2.67E-03 11 YES



# WIDomtar2814 B11, S11 Particulate Biomass 3.10E-03 12 YES



# MSWeyerhaeuse

rBruce AA-002 No. 2

Boiler Particulate Biomass 3.33E-03 13 YES



# LAWeyerhaeuser

Dodson ES-017 WFB Particulate Biomass 3.33E-03 14 NO



# ARLeolaLumber

Mill SN-01A Particulate Biomass 3.67E-03 15 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 3-PM Floor



# FacilityID CombustorID_co

mmon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# SCNewSouthCo

Conway WWB1 Particulate Biomass 5.10E-03 16 NO



# FLUSSugarCorp Boiler No. 7 Particulate Biomass 5.33E-03 17 NO



# ARLeolaLumber

Mill SN-01B Particulate Biomass 5.57E-03 18 NO



# OKWeyerhaeuse

rWrightCity EUG 19 Particulate Biomass 5.80E-03 19 NO



# ORBBSMMedfor

d B1 Particulate Biomass 6.33E-03 20 NO



# ORBBSMMedfor

d B3 Particulate Biomass 6.33E-03 21 NO



# ORBBSMMedfor

d B2 Particulate Biomass 6.33E-03 22 NO



# MNDESPHansO

Nyman EU007 Particulate Biomass 6.67E-03 23 NO



# SCNewSouthCa

mden WWB1 Particulate Biomass 7.10E-03 24 NO



# SCSmurfitStone Unit 15: Boiler #3 Particulate Biomass 9.17E-03 25 NO



# ALManningtonW

oodFloors BB01 Particulate Biomass 9.67E-03 26 NO



# ALManningtonW

oodFloors BB02 Particulate Biomass 9.67E-03 27 NO



# GARayonierBaxle

y PB02 Particulate Biomass 1.18E-02 28 NO



# MNHibbing Unit 4A Particulate Biomass 1.20E-02 29 NO



# CARoseburgWee

d Boiler Particulate Biomass 1.65E-02 30 NO



# ORBlueHeronPa

per G Boiler Particulate Biomass 1.80E-02 31 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 3-PM Floor



# FacilityID CombustorID_co

mmon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# WABoiseKettleFa

llsPlywood B1 Particulate Biomass 1.80E-02 32 NO



# ARGBPMorrilton SN-04 Particulate Biomass 1.99E-02 33 NO



# IDChilcoLakeSaw

mill HFB1 Particulate Biomass 2.09E-02 34 NO



# ARPotlatchForest

Prescott McBurney Boiler Particulate Biomass 2.36E-02 35 NO



# ALGPBelkLumbe

r EU 001 Wood

Fired Boiler Particulate Biomass 2.67E-02 36 NO



# IDMoyieSprings

Lumber420 HFB1 Particulate Biomass 2.90E-02 37 NO



# GAInternationalP

aperAugustaMills PB3A Particulate Biomass 3.17E-02 38 NO



# GAGPWarrenton 400B Wood

Waste Boiler Particulate Biomass 3.53E-02 39 NO



# GAGPWoodClaxt

on 400 Particulate Biomass 3.67E-02 40 NO



# TXNorbordTexas

Nacogdoches Konus No. 1 Particulate Biomass 3.73E-02 41 NO



# TXNorbordTexas

Nacogdoches Konus No. 2 Particulate Biomass 3.73E-02 42 NO



# LABoiseCascade

Oakdale B-1 Particulate Biomass 3.87E-02 43 NO



# MNHill Boiler 2 Particulate Biomass 4.37E-02 44 NO



# GAWeyerhaeuse

rCoOglethorpe Power Boiler

(U400) Particulate Biomass 4.47E-02 45 NO



# IDRileyCreekLum

ber HFB2 Particulate Biomass 4.50E-02 46 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 3-PM Floor



# FacilityID CombustorID_co

mmon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# TXwestfraser Boiler-1 Particulate Biomass 4.52E-02 47 NO



# NCSeaboardLum

ber ES-3 Particulate Biomass 5.24E-02 48 NO



# FLSugarCaneGro

wersCoop Boiler No. 3 Particulate Biomass 5.60E-02 49 NO



# GAGPWarmSprin

gs EU600 Wood

Fuel Boiler Particulate Biomass 6.10E-02 50 NO



# OKPanPacificPro

ducts EU 100 Particulate Biomass 6.11E-02 51 NO



# GAPCAValdosta 1005 Particulate Biomass 6.23E-02 52 NO



# GAPCAValdosta 1006 Particulate Biomass 6.23E-02 53 NO



# FLSugarCaneGro

wersCoop Boiler No. 5 Particulate Biomass 6.27E-02 54 NO



# FLSugarCaneGro

wersCoop Boiler No. 8 Particulate Biomass 6.27E-02 55 NO



# MNHill Boiler 1 Particulate Biomass 6.47E-02 56 NO



# NYIntlPaperTicon

deroga PB1 Particulate Biomass 6.77E-02 57 NO



# FLUSSugarCorp Boiler No. 4 Particulate Biomass 6.97E-02 58 NO



# ALWestFraserMa

plesville Boiler-1 Particulate Biomass 7.04E-02 59 NO



# FLSugarCaneGro

wersCoop Boiler No. 4 Particulate Biomass 7.23E-02 60 NO



# HIPuuneneSugar

Mill Boiler 1 Particulate Biomass 8.11E-02 61 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 3-PM Floor



# FacilityID CombustorID_co

mmon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# HIPuuneneSugar

Mill Boiler 2 Particulate Biomass 8.11E-02 62 NO



# FLSugarCaneGro

wersCoop Boiler No. 2 Particulate Biomass 9.00E-02 63 NO



# NDCargillWestFa

rgo Foster Wheeler

Boiler (EU43) Particulate Biomass 9.03E-02 64 NO



# GARayonierJesu

pMill PB02 Particulate Biomass 9.33E-02 65 NO



# FLOsceolaFarms Boiler No. 6 Particulate Biomass 9.37E-02 66 NO



# GARayonierJesu

pMill PB03 Particulate Biomass 9.90E-02 67 NO



# FLOsceolaFarms Boiler No. 3 Particulate Biomass 1.06E-01 68 NO



# FLUSSugarCorp Boiler No. 1 Particulate Biomass 1.07E-01 69 NO



# WAGraysHarbor

Paper No. 8 Boiler

(EU1) Particulate Biomass 1.10E-01 70 NO



# MNNorbordMinne

sota Konus No. 1 Particulate Biomass 1.14E-01 71 NO



# ALIPPineHill 109-0001-Z007 Particulate Biomass 1.14E-01 72 NO



# MNNorbordMinne

sota Konus No. 2 Particulate Biomass 1.14E-01 73 NO



# TXAnthonyForest

Prod-ATL EP 10.1 Superior Particulate Biomass 1.14E-01 74 NO



# GARayonierJesu

pMill PB01 Particulate Biomass 1.14E-01 75 NO



# GARayonierBaxle

y PB01 Particulate Biomass 1.17E-01 76 NO



# ORRosboroSprin

gfield DV 01.1 Particulate Biomass 1.20E-01 77 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 3-PM Floor



# FacilityID CombustorID_co

mmon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# FLUSSugarCorp Boiler No. 2 Particulate Biomass 1.27E-01 78 NO



# ARAnthonyForest

Products SN-12 Particulate Biomass 1.29E-01 79 NO



# FLGPPalatka EU16 Particulate Biomass 1.30E-01 80 NO



# NCGPDudley ES-B1 Particulate Biomass 1.33E-01 81 NO



# TXAnthonyForest

Prod-ATL EP 11.1 Hurst Particulate Biomass 1.42E-01 82 NO



# FLOsceolaFarms Boiler No. 5 Particulate Biomass 1.45E-01 83 NO



# FLOsceolaFarms Boiler No. 4 Particulate Biomass 1.49E-01 84 NO



# MEDomtarBailey

ville #9 Power Boiler Particulate Biomass 1.50E-01 85 NO



# FLOsceolaFarms Boiler No. 2 Particulate Biomass 1.53E-01 86 NO



# ARWestFraserHu

ttig SN-24 Particulate Biomass 1.83E-01 87 NO



# WAGraysHarbor

Paper No. 6 Boiler

(EU2) Particulate Biomass 2.04E-01 88 NO



# MIWhitePineElec

tric IBW Boiler Particulate Biomass 2.13E-01 89 NO



# SCNewSouthLum

berCoDarlington BLR1 Particulate Biomass 2.16E-01 90 NO



# ORWeyerhaeuse

rCoWarrentonLu

mberMill 3-HFB Particulate Biomass 2.23E-01 91 NO



# LABoiseCascade

Florien B-1 Particulate Biomass 2.31E-01 92 NO



# SCCollumsLumb

er 01 Particulate Biomass 2.33E-01 93 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 3-PM Floor



# FacilityID CombustorID_co

mmon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# ARWestFraserHu

ttig SN-01 Particulate Biomass 2.44E-01 94 NO



# SCNewSouthLum

berCoDarlington BLR3 Particulate Biomass 2.54E-01 95 NO



# ARGBPMorrilton SN-02 Particulate Biomass 2.60E-01 96 NO



# MSWeyerhaeuse

rBruce AA-001 No. 1

Boiler Particulate Biomass 2.69E-01 97 NO



# NCGPRoxboro ES-1 Wood fired

Boiler Particulate Biomass 2.84E-01 98 NO



# MILPCSagola TOH-Wood Particulate Biomass 2.90E-01 99 NO



# ARWeyerhaeuser SN-06 Particulate Biomass 2.98E-01 100 NO



# ALWeyerhaeuser

Millport Boiler No. 1 Particulate Biomass 3.15E-01 101 NO



# ARDeltaNaturalKr

aft Hog Fuel Boiler

(SN-05) Particulate Biomass 3.32E-01 102 NO



# ALBrewton SB-1 Particulate Biomass 3.33E-01 103 NO



# SCSmurfitStone Unit 15: Boiler #1 Particulate Biomass 3.39E-01 104 NO



# MSBatesvilleMfg AA-001 Particulate Biomass 3.46E-01 105 NO



# MSBatesvilleMfg AA-002 Particulate Biomass 4.68E-01 106 NO



# MSWeyerhaeuse

r1398 Boiler No. 1 Particulate Biomass 5.09E-01 107 NO



# MSWeyerhaeuse

r1398 Boiler No. 2 Particulate Biomass 2.23E+00 108 NO



# IAArchersDaniels

MidlandDesMoin

es Asea Boiler #1 Particulate Coal 2.00E-04 1 YES

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 3-PM Floor



# FacilityID CombustorID_co

mmon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# IAUofNorthernIow

a Boiler #3 Particulate Coal 5.91E-04 2 YES



# VAUniversityofVir

ginia 7103-1-01R Particulate Coal 6.00E-04 3 YES



# IAIAStateUnivPo

werPlant B2 Particulate Coal 6.08E-04 4 YES



# WIGreenBayPac

kagingMillDivision Boiler B26- Coal

Fired Boiler Particulate Coal 6.40E-04 5 YES



# TNCargillMemphi

s Stoker Boiler

8001 Particulate Coal 7.12E-04 6 YES



# TNEastman_NO_

CBIDATA Boiler 25 Particulate Coal 8.67E-04 7 YES



# IAIAStateUnivPo

werPlant B1 Particulate Coal 1.00E-03 8 YES



# OHSmartPapers

HoldingsLLC B010 Particulate Coal 1.00E-03 9 YES



# TNEastman_NO_

CBIDATA Boiler 27 Particulate Coal 1.20E-03 10 YES



# WINewPageBiron B24 Particulate Coal 1.37E-03 11 YES



# IDTASCONampa Riley Boiler Particulate Coal 1.44E-03 12 YES



# INSABICInnovati

vePlastics 01-001 BW1

Boiler Particulate Coal 1.53E-03 13 YES



# INSABICInnovati

vePlastics 01-001 BW2

Boiler Particulate Coal 1.53E-03 14 YES



# MNAmericanCrys

talCrookston Boiler 1 Particulate Coal 1.73E-03 15 YES



# IAADMCornProce

ssingCR EU-502B Particulate Coal 2.20E-03 16 YES



# WIWausau # 5 Power Boiler

(B24) Particulate Coal 2.31E-03 17 YES

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 3-PM Floor



# FacilityID CombustorID_co

mmon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# AKDoyonUtilities

_AK 4 Particulate Coal 2.33E-03 18 YES



# INPurdueUniveris

ity Boiler 5 Particulate Coal 2.33E-03 19 YES



# VAUniversityofVir

ginia 7103-1-02R Particulate Coal 2.33E-03 20 YES



# TNEastman_NO_

CBIDATA Boiler 30 Particulate Coal 2.60E-03 21 YES



# ILRockIslandArse

nal NBN 12602

(Boiler #1) Particulate Coal 2.69E-03 22 YES



# OHUofCincinnati B108 Particulate Coal 2.78E-03 23 YES



# SCInternationalP

aperEastover No. 1 Power

Boiler Particulate Coal 2.90E-03 24 YES



# WIThilmanyPape

rsNicoletMill B23 Particulate Coal 2.94E-03 25 YES



# WIThilmanyPape

rsNicoletMill B24 Particulate Coal 2.94E-03 26 YES



# IDAmalgamatedS

ugarCoTwinFalls S-B1 Particulate Coal 3.13E-03 27 YES



# ILPolyOne B1 Particulate Coal 3.20E-03 28 YES



# TNEastman_NO_

CBIDATA Boiler 31 Particulate Coal 3.47E-03 29 YES



# IAUofIowa EP7 Boiler 11 Particulate Coal 3.53E-03 30 YES



# ILAbbottAbbottPa

rk Unit 5AP Particulate Coal 3.59E-03 31 YES



# VADukeEnergyN

arrows Boiler #2 Particulate Coal 3.67E-03 32 YES



# OHSmartPapers

HoldingsLLC B020 Particulate Coal 3.73E-03 33 YES

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 3-PM Floor



# FacilityID CombustorID_co

mmon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# AKDoyonUtilities

_AK 7 Particulate Coal 3.83E-03 34 YES



# VAGPBigIsland2

703 PWR04 - No. 4

Power Boiler Particulate Coal 4.00E-03 35 YES



# VAUniversityofVir

ginia 7103-1-05 Particulate Coal 4.20E-03 36 YES



# VADukeEnergyN

arrows Boiler #3 Particulate Coal 4.33E-03 37 YES



# INNotreDame B-4 Particulate Coal 4.50E-03 38 YES



# NCHanesDyeWin

stonSalem ES B01 Particulate Coal 4.63E-03 39 YES



# NCHanesDyeWin

stonSalem ES B02 Particulate Coal 4.63E-03 40 YES



# OKGPMuskogee

Mill B-3 Particulate Coal 4.67E-03 41 YES



# TNEastman_NO_

CBIDATA Boiler 26 Particulate Coal 4.67E-03 42 NO



# TNEastman_NO_

CBIDATA Boiler 28 Particulate Coal 4.70E-03 43 NO



# IARoquetteAmeri

ca Circulating

Fluidized Bed

Boiler (121) Particulate Coal 4.74E-03 44 NO



# MIHollandBPW Unit 3 Particulate Coal 5.00E-03 45 NO



# OHMortonSaltRitt

man B003 - Coal-Fired

Boiler #1 Particulate Coal 5.00E-03 46 NO



# MITBSimonPowe

rPlant Unit 1 Particulate Coal 5.01E-03 47 NO



# PAPHGlatfelter PB1 Particulate Coal 5.21E-03 48 NO



# PAPHGlatfelter PB4 Particulate Coal 5.23E-03 49 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 3-PM Floor



# FacilityID CombustorID_co

mmon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# PAPHGlatfelter PB3 Particulate Coal 5.26E-03 50 NO



# TNInvistaChattan

ooga EU002 - Boiler #4 Particulate Coal 5.30E-03 51 NO



# GAIPSavannah No. 13 Power

Boiler - PB13 Particulate Coal 5.33E-03 52 NO



# IAMuscatinePow

erandWater Unit 7 Particulate Coal 5.33E-03 53 NO



# TNEastman_NO_

CBIDATA Boiler 29 Particulate Coal 5.60E-03 54 NO



# IDTASCONampa Babcock and

Wilcox (B&W)

#1 Particulate Coal 5.67E-03 55 NO



# IDTASCONampa Babcock and

Wilcox (B&W)

#2 Particulate Coal 5.67E-03 56 NO



# SCSonocoHartsvi

lle Boiler Number 4 Particulate Coal 5.67E-03 57 NO



# VADukeEnergyN

arrows Boiler #6 Particulate Coal 5.67E-03 58 NO



# INAlcoaWarrick Unit #3 Particulate Coal 5.69E-03 59 NO



# MIPharma&Upjoh

n1180 Boiler 3 Particulate Coal 5.77E-03 60 NO



# VAVirginiaPolytec

hnic Boiler 7 Particulate Coal 6.00E-03 61 NO



# VAPhilipMorrisPa

rk500 B3 Particulate Coal 6.00E-03 62 NO



# IAADMCornProce

ssingCR EU-530 Particulate Coal 6.08E-03 63 NO



# INNewEnergy Riley Boiler Particulate Coal 6.45E-03 64 NO



# PAPennState 31 Particulate Coal 7.00E-03 65 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 3-PM Floor



# FacilityID CombustorID_co

mmon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# PAPennState 32 Particulate Coal 7.00E-03 66 NO



# PAPennState 34 Particulate Coal 7.00E-03 67 NO



# PAPennState 35 Particulate Coal 7.00E-03 68 NO



# VAPhilipMorrisPa

rk500 B2 Particulate Coal 7.33E-03 69 NO



# INTateLyleSaga

more 31B1 Particulate Coal 7.33E-03 70 NO



# MINeenahPaper

MI Boiler 1 Particulate Coal 7.33E-03 71 NO



# WVPPGMartinsvi

lle R011-Boiler 3 Particulate Coal 7.48E-03 72 NO



# VASmurfitStone

Westpt PB08 Particulate Coal 7.62E-03 73 NO



# WVATKRocketC

enter NB2766 W17479-W (Boiler

17) Particulate Coal 7.92E-03 74 NO



# WIMilwaukeePow

erPlant Boiler B21 Particulate Coal 8.00E-03 75 NO



# WIWausau # 6 Power Boiler

(B20) Particulate Coal 8.29E-03 76 NO



# NCUNCCogen ES-001 Particulate Coal 8.45E-03 77 NO



# MAUMass EU#3 Particulate Coal 8.50E-03 78 NO



# MAUMass EU#4 Particulate Coal 8.50E-03 79 NO



# MAUMass EU#5 Particulate Coal 8.50E-03 80 NO



# WIMilwaukeePow

erPlant Boiler B23 Particulate Coal 8.60E-03 81 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 3-PM Floor



# FacilityID CombustorID_co

mmon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# OHBataviaTrans

missions Boiler 2 (B002) Particulate Coal 8.67E-03 82 NO



# WIWausauRhine B26 Particulate Coal 8.93E-03 83 NO



# WVDuPontWashi

ngtonWorks P04 Particulate Coal 9.03E-03 84 NO



# IAADMCornProce

ssingCR EU-501B Particulate Coal 9.23E-03 85 NO



# OHCampbellsSo

upCo B002 Particulate Coal 9.27E-03 86 NO



# OHCampbellsSo

upCo B001 Particulate Coal 9.27E-03 87 NO



# MNWausauPaper

Brainerd EU 004 Particulate Coal 9.67E-03 88 NO



# VADukeEnergyN

arrows Boiler #4 Particulate Coal 9.67E-03 89 NO



# WINewPageWisconsinRapids Power Boiler 2 -

B20 Particulate Coal 9.83E-03 90 NO



# MIGMOrion1138 EG-Boiler 3 Particulate Coal 1.00E-02 91 NO



# TNOakRidge-Y12 Boiler/Unit 34 Particulate Coal 1.00E-02 92 NO



# NCMillerCoors ES-2 Coal/No. 2

& 6 Fuel Oil

Boiler Particulate Coal 1.03E-02 93 NO



# MIHollandBPW Unit 4 Particulate Coal 1.07E-02 94 NO



# WIMilwaukeePow

erPlant Boiler B22 Particulate Coal 1.07E-02 95 NO



# WYSolvay AQD #18 Boiler

#1 Particulate Coal 1.07E-02 96 NO



# NCHanesDyeWin

stonSalem ES B03 Particulate Coal 1.17E-02 97 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 3-PM Floor



# FacilityID CombustorID_co

mmon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# COCoEnergyNati

ons Boiler 5 Particulate Coal 1.20E-02 98 NO



# WIGPGreenBay2

818 B25 - Stoker

Boiler #5 Particulate Coal 1.20E-02 99 NO



# WIGPGreenBay2

818 B26 - Stoker

Boiler #6 Particulate Coal 1.20E-02 100 NO



# WIGPGreenBay2

818 B27 - Cyclone

Boiler #7 Particulate Coal 1.20E-02 101 NO



# WIGPGreenBay2

818 B28 - Stoker

Boiler #8 Particulate Coal 1.20E-02 102 NO



# MNAmericanCrys

talMoorhead Boiler 2 Particulate Coal 1.21E-02 103 NO



# MSDuPontDeLisl

e1342 AF-101B (BLR1342) Particulate Coal 1.23E-02 104 NO



# MSDuPontDeLisl

e1342 AF-101A (BLR1342) Particulate Coal 1.23E-02 105 NO



# TNNissanSmyrna Boiler 2 Particulate Coal 1.23E-02 106 NO



# TNNissanSmyrna Boiler 3 Particulate Coal 1.24E-02 107 NO



# ILBungeDanville CFB Boiler Particulate Coal 1.26E-02 108 NO



# MDNewPageLuke No. 25 Particulate Coal 1.26E-02 109 NO



# PADomtarJohnso

nburg #81 Coal Boiler Particulate Coal 1.27E-02 110 NO



# PADomtarJohnso

nburg #82 Coal Boiler Particulate Coal 1.27E-02 111 NO



# MIGMDetroitHam

tramck Boiler #2 Particulate Coal 1.28E-02 112 NO



# MIGMDetroitHam

tramck Boiler #3 Particulate Coal 1.28E-02 113 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 3-PM Floor



# FacilityID CombustorID_co

mmon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# MIGMDetroitHam

tramck Boiler #4 Particulate Coal 1.28E-02 114 NO



# WVPPGMartinsvi

lle R072-Boiler 5 Particulate Coal 1.28E-02 115 NO



# NCTysonHarmon

y TYS-ES-21 Particulate Coal 1.30E-02 116 NO



# ALCargill-Decatur Keeler (S-407) Particulate Coal 1.30E-02 117 NO



# COCoEnergyNati

ons Boiler 4 Particulate Coal 1.30E-02 118 NO



# TNBowaterNews

print Power Boiler No.

3 Particulate Coal 1.30E-02 119 NO



# IAADMCornProce

ssingCR EU-502A Particulate Coal 1.33E-02 120 NO



# INBungeDecatur Keeler (2SP1) Particulate Coal 1.33E-02 121 NO



# VAVirginiaPolytec

hnic Boiler 11 Particulate Coal 1.34E-02 122 NO



# MASolutiaIncSpri

ngfield EU 150 S03 Particulate Coal 1.35E-02 123 NO



# INCitizensTherm

al 15 Particulate Coal 1.40E-02 124 NO



# INCitizensTherm

al 16 Particulate Coal 1.40E-02 125 NO



# TNViskase Boiler 1 Particulate Coal 1.40E-02 126 NO



# TNViskase Boiler 2 Particulate Coal 1.40E-02 127 NO



# DEINVISTA EU 001 - Coal

Boiler No. 1 Particulate Coal 1.41E-02 128 NO



# KYISPChemicals 0AA (Riley) Particulate Coal 1.43E-02 129 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 3-PM Floor



# FacilityID CombustorID_co

mmon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# MNWausauPaper

Brainerd EU 002 Particulate Coal 1.43E-02 130 NO



# MNWausauPaper

Brainerd EU 003 Particulate Coal 1.43E-02 131 NO



# ILRockIslandArse

nal Boiler #4 Particulate Coal 1.50E-02 132 NO



# TNCargillMemphi

s Pulverized Coal

Boiler (8301) Particulate Coal 1.50E-02 133 NO



# IACargillEddyville 1.039 Particulate Coal 1.53E-02 134 NO



# IACargillEddyville 1.001 Particulate Coal 1.53E-02 135 NO



# IACargillEddyville 1.002 Particulate Coal 1.53E-02 136 NO



# DEINVISTA EU 003 - Coal

Boiler No. 3 Particulate Coal 1.53E-02 137 NO



# NCBlueRidgePap

er G11040 Particulate Coal 1.53E-02 138 NO



# NYAESWestover Boiler 11 Particulate Coal 1.57E-02 139 NO



# NYAESWestover Boiler 12 Particulate Coal 1.57E-02 140 NO



# NYAESWestover Boiler 13 Particulate Coal 1.57E-02 141 NO



# TNOakRidge-Y12 Boiler/Unit 32 Particulate Coal 1.57E-02 142 NO



# ILRockIslandArse

nal NBN 12888

(Boiler #2) Particulate Coal 1.59E-02 143 NO



# GAInternationalP

aperAugustaMills PB2A Particulate Coal 1.60E-02 144 NO



# WYSolvay AQD #19 Boiler

#2 Particulate Coal 1.60E-02 145 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 3-PM Floor



# FacilityID CombustorID_co

mmon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# OHRockTennCin

cinnati B001 Particulate Coal 1.63E-02 146 NO



# WVDuPontWashi

ngtonWorks P06 Particulate Coal 1.64E-02 147 NO



# OHAppletonIdeas Boiler 2 (B002) Particulate Coal 1.67E-02 148 NO



# VADukeEnergyN

arrows Boiler #7 Particulate Coal 1.67E-02 149 NO



# MDNewPageLuke No. 24 Particulate Coal 1.74E-02 150 NO



# MNBlandinPaper

EnergyCtr #5 Boiler Particulate Coal 1.77E-02 151 NO



# MNBlandinPaper

EnergyCtr #6 Boiler Particulate Coal 1.77E-02 152 NO



# IAADMCornProce

ssingCR EU-501A Particulate Coal 1.80E-02 153 NO



# WINewPageWisconsinRapids Power Boiler 1 -

B21 Particulate Coal 1.80E-02 154 NO



# SCSmurfitStone Unit 16: Boiler #4 Particulate Coal 1.85E-02 155 NO



# INAlcoaWarrick Unit #2 Particulate Coal 1.87E-02 156 NO



# WVUCCSouthCh

arleston B25 Particulate Coal 1.97E-02 157 NO



# SCINVISTACamd

enPlant Unit ID 3 - Boiler

No. 3 Particulate Coal 2.00E-02 158 NO



# SCINVISTACamd

enPlant Unit ID 4 - Boiler

No. 4 Particulate Coal 2.00E-02 159 NO



# NEADMLincoln EU26 Coal Boiler Particulate Coal 2.05E-02 160 NO



# MNNorthshoreMi

ning Unit 2 (EU 002) Particulate Coal 2.06E-02 161 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 3-PM Floor



# FacilityID CombustorID_co

mmon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# INCitizensTherm

al 12 Particulate Coal 2.07E-02 162 NO



# WIDomtarNekoos

a B20 - Boiler No. 1 Particulate Coal 2.09E-02 163 NO



# WIDomtarNekoos

a B21 - Boiler No. 2 Particulate Coal 2.09E-02 164 NO



# WIDomtarNekoos

a B22 - Boiler No. 7 Particulate Coal 2.09E-02 165 NO



# WIDomtarNekoos

a B24 - Boiler No.

10 Particulate Coal 2.09E-02 166 NO



# WIWausauRhine B20 Particulate Coal 2.10E-02 167 NO



# WIWausauRhine B21 Particulate Coal 2.10E-02 168 NO



# WIWausauRhine B22 Particulate Coal 2.10E-02 169 NO



# WIWausauRhine B23 Particulate Coal 2.10E-02 170 NO



# VASmurfitStoneH

opewell Combination

Boiler Particulate Coal 2.13E-02 171 NO



# ILAbbottAbbottPa

rk Unit 4AP Particulate Coal 2.13E-02 172 NO



# NCMCASCherryP

oint CP-152-BOIL-01 Particulate Coal 2.17E-02 173 NO



# NCMillerCoors ES-1 Coal/No. 2

& 6 Fuel Oil

Boiler Particulate Coal 2.17E-02 174 NO



# NCKapStone PB1 Particulate Coal 2.25E-02 175 NO



# TNInvistaChattan

ooga EU002 - Boiler #3 Particulate Coal 2.33E-02 176 NO



# MOIPLBlueValley Unit 1 Particulate Coal 2.35E-02 177 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 3-PM Floor



# FacilityID CombustorID_co

mmon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# ILADMQuincy EU-5003 Particulate Coal 2.38E-02 178 NO



# ILADMQuincy EU-5004 Particulate Coal 2.38E-02 179 NO



# OHOrrvilleUtilities B005 Particulate Coal 2.43E-02 180 NO



# OHUSEnrichment

CorpPiketon X-600 Boiler No.

3 Particulate Coal 2.47E-02 181 NO



# PAHorseheadCor

pMonaco 35 Particulate Coal 2.47E-02 182 NO



# MIManistiquePap

er EUBLR001 Particulate Coal 2.56E-02 183 NO



# MIManistiquePap

er EUBLR002 Particulate Coal 2.56E-02 184 NO



# MNAmericanCrys

talMoorhead Boiler 1 Particulate Coal 2.58E-02 185 NO



# TNBowaterNews

print Power Boiler No.

1 Particulate Coal 2.60E-02 186 NO



# GACargillGainesville B001 Particulate Coal 2.63E-02 187 NO



# PAHorseheadCor

pMonaco 34 Particulate Coal 2.63E-02 188 NO



# WVDuPontWashi

ngtonWorks P05 Particulate Coal 2.67E-02 189 NO



# COCameoStation Unit 1 Particulate Coal 2.67E-02 190 NO



# ILBungeCairo470 EU 032 (Coal

Fired Boiler No.

2) Particulate Coal 2.70E-02 191 NO



# ILBungeCairo470 EU 032 (Coal

Fired Boiler No.1) Particulate Coal 2.70E-02 192 NO



# WIUWOshkosh 600425 Particulate Coal 2.90E-02 193 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 3-PM Floor



# FacilityID CombustorID_co

mmon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# OHAkronThermal

Energy Boiler #32 (B001) Particulate Coal 2.96E-02 194 NO



# MOCentralElectri

cChamois UNIT 1 Particulate Coal 2.97E-02 195 NO



# MOMallinckrodt Boiler 6 Particulate Coal 3.00E-02 196 NO



# WVDuPontWashi

ngtonWorks P02 Particulate Coal 3.03E-02 197 NO



# OHMortonSaltRitt

man B002 - Coal-Fired

Boiler #2 Particulate Coal 3.07E-02 198 NO



# TNOakRidge-Y12 Boiler/Unit 31 Particulate Coal 3.10E-02 199 NO



# ILRockIslandArse

nal NBN 3059 (Boiler

#3) Particulate Coal 3.14E-02 200 NO



# AZCatalystPaper

Snowflake Power Boiler #2

Coal Particulate Coal 3.15E-02 201 NO



# MOColumbiaPow

erPlant Boiler Unit 6 Particulate Coal 3.19E-02 202 NO



# MOColumbiaPow

erPlant Boiler Unit 7 Particulate Coal 3.19E-02 203 NO



# MNADMMankato ASEA Boiler #5 Particulate Coal 3.20E-02 204 NO



# NDAmericanCrys

talDrayton Main Boiler Particulate Coal 3.22E-02 205 NO



# MNNorthshoreMi

ning Unit 1 (EU 001) Particulate Coal 3.23E-02 206 NO



# VAMeadWestVac

o-CovingtonVA PWR006 Particulate Coal 3.25E-02 207 NO



# VAMeadWestVac

o-CovingtonVA PWR007 Particulate Coal 3.25E-02 208 NO



# VAMeadWestVac

o-CovingtonVA PWR008 Particulate Coal 3.25E-02 209 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 3-PM Floor



# FacilityID CombustorID_co

mmon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# VAMeadWestVac

o-CovingtonVA PWR009 Particulate Coal 3.25E-02 210 NO



# OHUSEnrichment

CorpPiketon X-600 Boiler No.

1 Particulate Coal 3.33E-02 211 NO



# DEINVISTA EU 002 - Coal

Boiler No. 2 Particulate Coal 3.36E-02 212 NO



# WINewPageBiron B23 Particulate Coal 3.37E-02 213 NO



# TNDuPontOldHic

koryPlant #20 Boiler Particulate Coal 3.40E-02 214 NO



# MOIP&LMissouri

City Unit 1 Particulate Coal 3.46E-02 215 NO



# MOIP&LMissouri

City Unit 2 Particulate Coal 3.46E-02 216 NO



# WYGeneralChem

ical GR-3-W (D

BOILER) Particulate Coal 3.47E-02 217 NO



# VADukeEnergyN

arrows Boiler #1 Particulate Coal 3.50E-02 218 NO



# ALIPPineHill 109-0001-Z010 Particulate Coal 3.53E-02 219 NO



# NCCampLejeune

MCB A-HP-1700-01 Particulate Coal 3.53E-02 220 NO



# NCCampLejeune

MCB A-HP-1700-02 Particulate Coal 3.53E-02 221 NO



# COCoEnergyNati

ons Boiler 3 Particulate Coal 3.67E-02 222 NO



# NCBlueRidgePap

er G11039 Particulate Coal 3.80E-02 223 NO



# SCINVISTACamd

enPlant Unit ID 1 - Boiler

No. 1 Particulate Coal 4.00E-02 224 NO



# SCINVISTACamd

enPlant Unit ID 2 - Boiler

No. 2 Particulate Coal 4.00E-02 225 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 3-PM Floor



# FacilityID CombustorID_co

mmon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# NCEIDuPontKinst

on ES6022B Particulate Coal 4.01E-02 226 NO



# NCBlueRidgePap

er G11038 Particulate Coal 4.03E-02 227 NO



# TNDuPontOldHic

koryPlant #24 Boiler Particulate Coal 4.07E-02 228 NO



# MOIPLBlueValley Unit 2 Particulate Coal 4.15E-02 229 NO



# INBungeDecatur B&W (1SP1) Particulate Coal 4.17E-02 230 NO



# OHOrrvilleUtilities B001 Particulate Coal 4.23E-02 231 NO



# OHAppletonIdeas Boiler 4 (B003) Particulate Coal 4.33E-02 232 NO



# OHPainesvilleMu

nicipalElectric B004 Particulate Coal 4.33E-02 233 NO



# INSABICInnovati

vePlastics 09-002 Lasker

Boiler Particulate Coal 4.36E-02 234 NO



# VAINVISTAWayn

esboro 2-205 (B#2)

Boiler #2 Particulate Coal 4.36E-02 235 NO



# VADukeEnergyN

arrows Boiler #5 Particulate Coal 4.37E-02 236 NO



# GASPNewsprint PB1 Particulate Coal 4.43E-02 237 NO



# OHArcelorMittalC

leveland Boiler D Particulate Coal 4.54E-02 238 NO



# OHPainesvilleMu

nicipalElectric B001 Particulate Coal 4.57E-02 239 NO



# GAGPSRMRiinco

n EU BO01 Particulate Coal 4.59E-02 240 NO



# OHArcelorMittalC

leveland Boiler 3 Particulate Coal 4.59E-02 241 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 3-PM Floor



# FacilityID CombustorID_co

mmon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# ILPrairiePowerPe

arl B1 Particulate Coal 4.66E-02 242 NO



# NDMinnDakFarm

ers Babcock and

Wilcox Boiler #5 Particulate Coal 4.72E-02 243 NO



# NCBlueRidgePap

er G11037 Particulate Coal 4.80E-02 244 NO



# OHDukeEnergyG

enerationCincinn

ati B022 (Boiler #4,

IG-4A) Particulate Coal 4.83E-02 245 NO



# WYGeneralChem

ical GR-2-L (C

BOILER) Particulate Coal 4.94E-02 246 NO



# MNVersoPaper EU018 Bros Particulate Coal 5.00E-02 247 NO



# OHBataviaTrans

missions Boiler 1 (B001) Particulate Coal 5.00E-02 248 NO



# IAJohnDeereDub

uque Boiler 1 Particulate Coal 5.05E-02 249 NO



# IAJohnDeereDub

uque Boiler 4 Particulate Coal 5.05E-02 250 NO



# TNInvistaChattan

ooga EU002 - Boiler #5 Particulate Coal 5.07E-02 251 NO



# OHBataviaTrans

missions Boiler 3 (B003) Particulate Coal 5.33E-02 252 NO



# WINewPageWhiting B24 Particulate Coal 5.48E-02 253 NO



# NYCornellUnivers

ity B1 Particulate Coal 5.53E-02 254 NO



# INSABICInnovati

vePlastics 09-002 Erie

Boiler Particulate Coal 5.63E-02 255 NO



# OHUSEnrichment

CorpPiketon X-600 Boiler No.

2 Particulate Coal 5.73E-02 256 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 3-PM Floor



# FacilityID CombustorID_co

mmon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# IAJohnDeereDub

uque Boiler 2 Particulate Coal 5.84E-02 257 NO



# IAJohnDeereDub

uque Boiler 3 Particulate Coal 5.84E-02 258 NO



# NCMCASCherryP

oint CP-152-BOIL-02 Particulate Coal 5.97E-02 259 NO



# NCCampLejeune

MCB A-HP-1700-03 Particulate Coal 6.43E-02 260 NO



# NCCampLejeune

MCB A-HP-1700-04 Particulate Coal 6.43E-02 261 NO



# WVPPGMartinsvi

lle R015-Boiler 4 Particulate Coal 6.47E-02 262 NO



# IAAGPEagleGrov

e Boiler 1 Particulate Coal 6.51E-02 263 NO



# INPurdueUniveris

ity Boiler 2 Particulate Coal 6.93E-02 264 NO



# VAPhilipMorrisM

C PC Particulate Coal 7.13E-02 265 NO



# OHOrrvilleUtilities B004 Particulate Coal 7.37E-02 266 NO



# GACaraustar CB01 Particulate Coal 7.47E-02 267 NO



# OHOrrvilleUtilities B006 Particulate Coal 7.67E-02 268 NO



# IAIAStateUnivPo

werPlant B4 Particulate Coal 7.73E-02 269 NO



# HIPuuneneSugar

Mill Boiler 1 Particulate Coal 7.92E-02 270 NO



# HIPuuneneSuga r

Mill Boiler 2 Particulate Coal 7.92E-02 271 NO



# MIMISugarSebe w

aing Boiler #1

(summer) Particulate Coal 7.93E-02 272 NO



# MIMISugarSebe w

aing Boiler #2 Particulate Coal 7.93E-02 273 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 3-PM Floor



# FacilityID CombustorID_co

mmon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# MNRochesterUtili

ties EU003 Particulate Coal 7.98E-02 274 NO



# MIMichiganSuga r

Caro Boiler #1 Particulate Coal 8.27E-02 275 NO



# MIMichiganSuga r

Caro Boiler #2 Particulate Coal 8.27E-02 276 NO



# WIDairylandPow

er-Alma Alma 1 Particulate Coal 8.40E-02 277 NO



# WIDairylandPow

er-Alma Alma 2 Particulate Coal 8.40E-02 278 NO



# WIDairylandPow

er-Alma Alma 3 Particulate Coal 8.40E-02 279 NO



# MNRochesterUtili

ties EU001 Particulate Coal 8.43E-02 280 NO



# OHPainesvilleMu

nicipalElectric B003 Particulate Coal 8.63E-02 281 NO



# WINewPageKimb

erly B21 Particulate Coal 8.99E-02 282 NO



# WINewPageKimb

erly B22 Particulate Coal 8.99E-02 283 NO



# MIMISugarCrosw

ell Boiler #1 (east

Wicks) Particulate Coal 9.10E-02 284 NO



# MIMISugarCrosw

ell Boiler #2 (west

Wicks) Particulate Coal 9.10E-02 285 NO



# PABayValleyFo o

dsPittsburgh Boiler No. 3 Particulate Coal 9.30E-02 286 NO



# PABayValleyFo o

dsPittsburgh Boiler No. 4 Particulate Coal 9.30E-02 287 NO



# SCGaley&Lord 1EB1 Particulate Coal 9.30E-02 288 NO



# SCGaley&Lord 1FB1 Particulate Coal 9.30E-02 289 NO



# INTateLyleLafaye

tteSouth LA-45 Particulate Coal 1.04E-01 290 NO



# NCEIDuPontKinst

on ES6022A Particulate Coal 1.09E-01 291 NO



# MICargillSalt EGBOILER5 Particulate Coal 1.10E-01 292 NO



# OHCityofHamilto

n B008 Particulate Coal 1.17E-01 293 NO



# MOBASFHanniba

l Coal Fired Boiler

#4 Particulate Coal 1.22E-01 294 NO



# ILDukeEnergyTu

scola Unit 1 Particulate Coal 1.30E-01 295 NO



# ILDukeEnergyTu

scola Unit 3 Particulate Coal 1.30E-01 296 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 3-PM Floor



# FacilityID CombustorID_co

mmon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# IDTASCOPaul Babcock and

Wilcox (B&W)

Boiler Particulate Coal 1.33E-01 297 NO



# IDAmalgamatedS

ugarCoTwinFalls S-B2 Particulate Coal 1.33E-01 298 NO



# GAInternationalP

aperAugustaMills PB1A Particulate Coal 1.39E-01 299 NO



# MNRochesterUtili

ties EU002 Particulate Coal 1.42E-01 300 NO



# MIDelphiSaginaw EUBR03 Particulate Coal 1.48E-01 301 NO



# MNDESPHansO

Nyman EU002 Particulate Coal 1.57E-01 302 NO



# MNDESPHansO

Nyman EU003 Particulate Coal 1.57E-01 303 NO



# NYCornellUnivers

ity B8 Particulate Coal 1.70E-01 304 NO



# ILAbbottNorthChi

cago Emission Unit TT16 (Boiler #5) Particulate Coal 1.70E-01 305 NO



# IDTASCOPaul Erie City Boiler Particulate Coal 1.77E-01 306 NO



# PABellefieldPlant Boiler 5 Particulate Coal 1.77E-01 307 NO



# WVDuPontWashi

ngtonWorks P03 Particulate Coal 1.88E-01 308 NO



# ILAbbottNorthChi

cago Emission Unit TT20 (Boiler #6) Particulate Coal 1.95E-01 309 NO



# PABayValleyFo o

dsPittsburgh Boiler No. 2 Particulate Coal 2.03E-01 310 NO



# PABayValleyFo o

dsPittsburgh Boiler No. 1 Particulate Coal 2.03E-01 311 NO



# INNotreDame B-2 Particulate Coal 2.06E-01 312 NO



# IAGrainProcessin

g Boiler #1 Particulate Coal 2.31E-01 313 NO



# IAGrainProcessin

g Boiler #2 Particulate Coal 2.31E-01 314 NO



# IAGrainProcessin

g Boiler #3 Particulate Coal 2.31E-01 315 NO



# IAGrainProcessin

g Boiler #4 Particulate Coal 2.31E-01 316 NO



# IAGrainProcessin

g Boiler #6 Particulate Coal 2.31E-01 317 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 3-PM Floor



# FacilityID CombustorID_co

mmon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# IAGrainProcessin

g Boiler #7 Particulate Coal 2.31E-01 318 NO



# MIDelphiSaginaw EUBR05 Particulate Coal 2.35E-01 319 NO



# MIDelphiSaginaw EUBR04 Particulate Coal 2.43E-01 320 NO



# MIPharma&Upjoh

n1178 EUEBLR43-2

(Boiler No. 2) Particulate Coal 2.56E-01 321 NO



# MOBASFHanniba

l Coal Fired Boiler

#5 Particulate Coal 2.59E-01 322 NO



# IACentralIAPower EP1 Unit 1 PC

Boiler Particulate Coal 2.72E-01 323 NO



# INNotreDame B-3 Particulate Coal 2.74E-01 324 NO



# MOJamesRiverP

owerStation Unit 1 Particulate Coal 2.82E-01 325 NO



# MOJamesRiverP

owerStation Unit 2 Particulate Coal 2.82E-01 326 NO



# PABellefieldPlant Boiler 1 Particulate Coal 2.85E-01 327 NO



# MIDelphiSaginaw EUBR01 Particulate Coal 2.85E-01 328 NO



# MIPharma&Upjoh

n1178 EUEBLR43-4

(Boiler No. 4) Particulate Coal 2.98E-01 329 NO



# MIPharma&Upjoh

n1178 EUEBLR43-5

(Boiler No. 5) Particulate Coal 3.08E-01 330 NO



# PABellefieldPlant Boiler 3 Particulate Coal 3.15E-01 331 NO



# WVDuPontWashi

ngtonWorks P01 Particulate Coal 3.17E-01 332 NO



# MIDelphiSaginaw EUBR06 Particulate Coal 3.40E-01 333 NO



# SCSonocoHartsvi

lle Boiler Number 3 Particulate Coal 4.10E-01 334 NO



# INPurdueUniveris

ity Boiler 1 Particulate Coal 4.66E-01 335 NO



# IAADMClinton EUCOG-5 #2

Gas Fired Boiler Particulate Gas 1 1.33E-04 1 YES



# MSChevronPasc

agoula F-2103 Particulate Gas 1 2.67E-04 2 YES



# IACargillEddyville 84.000 Particulate Gas 1 2.83E-04 3 YES



# IACargillEddyville 86.000 Particulate Gas 1 2.83E-04 4 YES



# MABostonGenera

tingMysticStation EU-17 Particulate Gas 1 3.00E-04 5 YES

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 3-PM Floor



# FacilityID CombustorID_co

mmon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# MSDuPontDeLisl

e1342 AH-202 (BLR1342) Particulate Gas 1 3.16E-04 6 YES



# IAKochNitrogen Reformer-Aux

Boiler Particulate Gas 1 3.58E-04 7 YES



# NCCampLejeune

MCB C-AS-4151-16 Particulate Gas 1 4.20E-04 8 YES



# IAGrainProcessin

g Boiler #10 Particulate Gas 1 4.29E-04 9 YES



# TNValeroMemphi

s P021 - No. 10

Boiler Particulate Gas 1 4.33E-04 10 YES



# MSChevronPasc

agoula F-8510 Particulate Gas 1 4.35E-04 11 YES



# MSDuPontDeLisl

e1342 AH-101 (BLR1342) Particulate Gas 1 4.49E-04 12 YES



# MDUofMaryland EU 001-4 Particulate Gas 1 4.98E-04 13 YES



# TNValeroMemphi

s P044-DHT 18

Stripper Reboiler

Heater Particulate Gas 1 5.50E-04 14 YES



# TNValeroMemphi

s P043 - DHT 18

Reactor Feed

Heater Particulate Gas 1 5.67E-04 15 YES



# NJSunocoWestvil

le Boiler #7 Particulate Gas 1 6.00E-04 16 YES



# NJSunocoWestvil

le Boiler #6 Particulate Gas 1 6.22E-04 17 YES



# NJSunocoWestvil

le Boiler #5 Particulate Gas 1 6.23E-04 18 YES



# KSCoffeyvilleRefi

nery EU-39-FH0027 Particulate Gas 1 6.23E-04 19 NO



# NJSunocoWestvil

le H-1 LSG Particulate Gas 1 6.54E-04 20 NO



# NJSunocoWestvil

le Boiler #8 Particulate Gas 1 6.57E-04 21 NO



# TNValeroMemphi

s P021 - No. 9

Boiler Particulate Gas 1 7.00E-04 22 NO



# TNValeroMemphi

s P037 - SHU

Splitter Reboiler

Heater Particulate Gas 1 8.00E-04 23 NO



# SCMichelinSandy

Springs B:02:01 Particulate Gas 1 8.92E-04 24 NO



# MNADMCornDivi

sion Gas Boiler #4

EU054 Particulate Gas 1 9.00E-04 25 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 3-PM Floor



# FacilityID CombustorID_co

mmon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# OHSolaeBellvue B008 Particulate Gas 1 9.76E-04 26 NO



# LAValeroRefining 401E Boiler Particulate Gas 1 1.00E-03 27 NO



# LAValeroRefining GDU Heater Particulate Gas 1 1.00E-03 28 NO



# LAValeroRefining SMR1 Heater No.

1 Particulate Gas 1 1.00E-03 29 NO



# WATransAltaCen

tralia EU 12 BHP

Auxiliary Boiler Particulate Gas 1 1.00E-03 30 NO



# NJSunocoWestvil

le PH-2 CRU Particulate Gas 1 1.03E-03 31 NO



# NJSunocoWestvil

le 2H-202 ULSD Particulate Gas 1 1.11E-03 32 NO



# NJSunocoWestvil

le PH-6 CRU Particulate Gas 1 1.29E-03 33 NO



# NJSunocoWestvil

le HH-1 HTU Particulate Gas 1 1.34E-03 34 NO



# MSDuPontDeLisl

e1342 AF-103 (BLR1342) Particulate Gas 1 1.35E-03 35 NO



# NJHessCorpPortReading U4 - Boiler #4 Particulate Gas 1 1.35E-03 36 NO



# NJSunocoWestvil

le PH-1 ISOM Particulate Gas 1 1.35E-03 37 NO



# MSDuPontDeLisl

e1342 AH-201 (BLR1342) Particulate Gas 1 1.35E-03 38 NO



# NJSunocoWestvil

le B-5A FCCU Particulate Gas 1 1.43E-03 39 NO



# NJSunocoWestvil

le B-5B FCCU Particulate Gas 1 1.43E-03 40 NO



# MDUofMaryland EU 001-8 Particulate Gas 1 1.46E-03 41 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 3-PM Floor



# FacilityID CombustorID_co

mmon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# INTateLyleSaga

more 21B501 Particulate Gas 1 1.52E-03 42 NO



# NJSunocoWestvil

le B-301 POLY Particulate Gas 1 1.62E-03 43 NO



# NJSunocoWestvil

le HA-4 VPS Particulate Gas 1 1.62E-03 44 NO



# PASunocoPhilad

elphia CU-138 Particulate Gas 1 1.66E-03 45 NO



# MNStPaulParkRe

f EU 028 Particulate Gas 1 1.67E-03 46 NO



# LACitgoLakeChar

les EQT238 Particulate Gas 1 1.67E-03 47 NO



# MNStPaulParkRe

f EU 029 Particulate Gas 1 1.67E-03 48 NO



# SCMarlboroPape

r Package Boiler Particulate Gas 1 1.67E-03 49 NO



# TXTotalPetroche

mPortArthur 51DHT1H-1 Particulate Gas 1 1.67E-03 50 NO



# MSChevronPasc

agoula F-8400 Particulate Gas 1 1.69E-03 51 NO



# SCEastmanColo

mbia HTM Heater #3

(Equip ID 1101) Particulate Gas 1 1.73E-03 52 NO



# LAValeroRefining F-15-05 Particulate Gas 1 2.00E-03 53 NO



# LAValeroRefining KHT Heater F-33-

05 Particulate Gas 1 2.00E-03 54 NO



# KYCatlettsburgR

efining 1-9-B-588 Particulate Gas 1 2.07E-03 55 NO



# MSChevronPasc

agoula F-6531 Particulate Gas 1 2.09E-03 56 NO



# NJSunocoWestvil

le B-3 FCCU Particulate Gas 1 2.21E-03 57 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 3-PM Floor



# FacilityID CombustorID_co

mmon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# TXDiamondSham

rockMcKee B-12 (600#

Boiler) Particulate Gas 1 2.23E-03 58 NO



# LAValeroRefining F-72-703 Particulate Gas 1 2.33E-03 59 NO



# TXTotalPetroche

mPortArthur 52DHT2H-1 Particulate Gas 1 2.33E-03 60 NO



# NJSunocoWestvil

le HA-3B VPS Particulate Gas 1 2.36E-03 61 NO



# NJHessCorpPortReading U4 - Boiler #3 Particulate Gas 1 2.38E-03 62 NO



# MSChevronPasc

agoula F-8300B Particulate Gas 1 2.43E-03 63 NO



# PASunocoPhilad

elphia CU-137 Particulate Gas 1 2.49E-03 64 NO



# OKTerraNitrogen #1 Primary

Reformer Particulate Gas 1 2.50E-03 65 NO



# KYDomtarHawes

ville Package Boiler C

40 Particulate Gas 1 2.52E-03 66 NO



# MSChevronPasc

agoula F-8120 Particulate Gas 1 2.56E-03 67 NO



# NJSunocoWestvil

le 2H-201 ULSD Particulate Gas 1 2.70E-03 68 NO



# NJSunocoWestvil

le HA-03A VPS Particulate Gas 1 2.71E-03 69 NO



# NJSunocoWestvil

le H-2 LSG Particulate Gas 1 2.72E-03 70 NO



# NJSunocoWestvil

le HA-01 VPS Particulate Gas 1 2.75E-03 71 NO



# MSChevronPasc

agoula F-1601 Particulate Gas 1 2.78E-03 72 NO



# NJSunocoWestvil

le HC-301

Claytreater Particulate Gas 1 2.90E-03 73 NO



# LAValeroRefining SMR1 Heater No.

2 Particulate Gas 1 3.00E-03 74 NO



# MNStPaulParkRe

f EU 026 Particulate Gas 1 3.00E-03 75 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 3-PM Floor



# FacilityID CombustorID_co

mmon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# MSWeyerhaeuse

rColumbus AA-019 Particulate Gas 1 3.00E-03 76 NO



# NJSunocoWestvil

le PH-5B CRU Particulate Gas 1 3.02E-03 77 NO



# MSChevronPasc

agoula F-8110 Particulate Gas 1 3.13E-03 78 NO



# TXDiamondSham

rockThreeRivers H-201 Particulate Gas 1 3.17E-03 79 NO



# TXDiamondSham

rockThreeRivers H-203 Particulate Gas 1 3.17E-03 80 NO



# TXDiamondSham

rockThreeRivers H-204 Particulate Gas 1 3.17E-03 81 NO



# WIWisconsinPap

erboard2879 B24 Particulate Gas 1 3.29E-03 82 NO



# MSChevronPasc

agoula F-8620 Particulate Gas 1 3.49E-03 83 NO



# TXTotalPetroche

mPortArthur 52DHT2H-2 Particulate Gas 1 3.50E-03 84 NO



# LAValeroRefining H-60-1 Particulate Gas 1 3.67E-03 85 NO



# LAValeroRefining H-60-2 Particulate Gas 1 3.67E-03 86 NO



# LAValeroRefining H-60-3 Particulate Gas 1 3.67E-03 87 NO



# LAValeroRefining H-60-4 Particulate Gas 1 3.67E-03 88 NO



# MSChevronPasc

agoula F-6101 Particulate Gas 1 3.88E-03 89 NO



# MSChevronPasc

agoula F-6102 Particulate Gas 1 3.88E-03 90 NO



# MSChevronPasc

agoula F-8300C Particulate Gas 1 3.94E-03 91 NO



# TXTotalPetroche

mPortArthur 51DHT1H-3 Particulate Gas 1 4.00E-03 92 NO



# OHSolaeBellvue B010 Particulate Gas 1 4.23E-03 93 NO



# CTCytecWallingf

ord 150 Furnace Particulate Gas 1 4.33E-03 94 NO



# MSMasoniteLau r

el BB-001 Particulate Gas 1 4.33E-03 95 NO



# DEPremcorGroup

Valero Boiler 1 Particulate Gas 1 4.40E-03 96 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 3-PM Floor



# FacilityID CombustorID_co

mmon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# MNStPaulParkRe

f EU 007 Particulate Gas 1 4.67E-03 97 NO



# MSChevronPasc

agoula F-8130 Particulate Gas 1 4.76E-03 98 NO



# MSChevronPasc

agoula F-8300A Particulate Gas 1 5.15E-03 99 NO



# WVWeyerhaeuse

rBuckhannon 001-02 Particulate Gas 1 5.54E-03 100 NO



# LACitgoLakeCha r

les EQT237 Particulate Gas 1 5.67E-03 101 NO



# WAGraysHarbor

Paper No. 9 Boiler

(EU3) Particulate Gas 1 5.81E-03 102 NO



# NJSunocoWestvil

le PH-4A CRU Particulate Gas 1 5.96E-03 103 NO



# NJSunocoWestvil

le PH-3 CRU Particulate Gas 1 5.98E-03 104 NO



# NJSunocoWestvil

le PH-4B CRU Particulate Gas 1 5.98E-03 105 NO



# TXDiamondSham

rockThreeRivers 100-H2 Particulate Gas 1 6.00E-03 106 NO



# KYDomtarHawes

ville No. 2 Backup

Boiler C-50 Particulate Gas 1 7.03E-03 107 NO



# TXValeroPortArth

ur 942 F1300 Particulate Gas 1 7.72E-03 108 NO



# TXValeroPortArth

ur 942 F2000 Particulate Gas 1 7.72E-03 109 NO



# TXValeroPortArth

ur 942 F1000 Particulate Gas 1 7.72E-03 110 NO



# MSChevronPasc

agoula F-2440 Particulate Gas 1 8.09E-03 111 NO



# MSChevronPasc

agoula F-2450 Particulate Gas 1 8.09E-03 112 NO



# MSChevronPasc

agoula F-2460 Particulate Gas 1 8.09E-03 113 NO



# MSChevronPasc

agoula F-2470 Particulate Gas 1 8.09E-03 114 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 3-PM Floor



# FacilityID CombustorID_co

mmon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# MSChevronPasc

agoula F-2480 Particulate Gas 1 8.09E-03 115 NO



# MSChevronPasc

agoula F-2490 Particulate Gas 1 8.09E-03 116 NO



# MSChevronPasc

agoula F-6250 Particulate Gas 1 8.38E-03 117 NO



# TXDiamondSham

rockThreeRivers H-1102 Particulate Gas 1 8.43E-03 118 NO



# MNStPaulParkRe

f EU 005 Particulate Gas 1 8.90E-03 119 NO



# TXDiamondSham

rockThreeRivers H-1402 Particulate Gas 1 9.00E-03 120 NO



# MDUofMaryland EU 001-2 Particulate Gas 1 9.35E-03 121 NO



# PASunocoMarcu

sHook 040 (10-4 Feed

Heater) Particulate Gas 1 9.77E-03 122 NO



# MNStPaulParkRe

f EU 001 Particulate Gas 1 1.00E-02 123 NO



# MNStPaulParkRe

f EU 011 Particulate Gas 1 1.00E-02 124 NO



# MNStPaulParkRe

f EU 013 Particulate Gas 1 1.00E-02 125 NO



# MNStPaulParkRe

f EU 023 Particulate Gas 1 1.00E-02 126 NO



# MNStPaulParkRe

f EU 024 Particulate Gas 1 1.00E-02 127 NO



# TXDiamondSham

rockThreeRivers 100-H1 Particulate Gas 1 1.03E-02 128 NO



# DEPremcorGroup

Valero Boiler 3 Particulate Gas 1 1.10E-02 129 NO



# GAADMLocation

551 640- Cleaver

Brooks Particulate Gas 1 1.18E-02 130 NO



# MNStPaulParkRe

f EU 025 Particulate Gas 1 1.20E-02 131 NO



# MNStPaulParkRe

f EU 006 Particulate Gas 1 1.33E-02 132 NO



# DEPremcorGroup

Valero Boiler 2 Particulate Gas 1 1.40E-02 133 NO



# IAAlcoaDavenpor

t CFRN21 Particulate Gas 1 1.55E-02 134 NO



# MNStPaulParkRe

f EU 010 Particulate Gas 1 1.67E-02 135 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 3-PM Floor



# FacilityID CombustorID_co

mmon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# MNStPaulParkRe

f EU 027 Particulate Gas 1 2.33E-02 136 NO



# MNStPaulParkRe

f EU 014 Particulate Gas 1 3.67E-02 137 NO



# DEPremcorGroup

Valero Boiler 4 Particulate Gas 1 4.80E-02 138 NO



# TXEastmanChem

Longview UD030B11 Particulate Gas 1 7.19E-02 139 NO



# TXMeadWestvac

oEvadale 21-2069 Particulate Gas 1 7.80E-02 140 NO



# MNStPaulParkRe

f EU 002 Particulate Gas 1 8.00E-02 141 NO



# MNStPaulParkRe

f EU 015 Particulate Gas 1 8.00E-02 142 NO



# MTExxonMobilBill

ings KCOB Particulate Gas 1 2.53E-01 143 NO



# INArcelorMittalBu

rnsHarbor Hot Dip Coating

Line Annealing

Furnace Particulate Gas 1 4.78E-06 yes 1 YES



# INNucorSteel Cold Mill

Annealing Particulate Gas 1 1.04E-03 yes 2 YES



# CORockyMtnSte

el212 Rod/Bar Mill

Furnace

95OPPB088 Particulate Gas 1 1.38E-03 yes 3 NO



# UTWestinghouse 202 Particulate Gas 1 2.59E-03 yes 4 NO



# ILUSSGraniteCity No. 8 Galvanizing

Line Furnace Particulate Gas 1 3.28E-03 yes 5 NO



# INOutokumpuStai

nlessPlate Heppenstall

Annealing

Furnace Particulate Gas 1 3.33E-03 yes 6 NO



# IAAlcoaDavenpor

t TFRN16 Particulate Gas 1 1.15E-02 yes 7 NO



# INAlcoaWarrick Annealing

Furnace #15 Particulate Gas 1 2.93E-02 yes 8 NO



# INAlcoaWarrick Pre-Heat Furnace

#36 Particulate Gas 1 2.93E-02 yes 9 NO



# LAShellChemica

Geismar Furnace F-S801 Particulate Gas 2 4.20E-04 1 YES



# WIGPGreenBay2

818 B29 - Fluidized

Bed Boiler #9 Particulate Gas 2 7.90E-04 2 YES



# SCBMWManufac

turingCo HB03 Particulate Gas 2 1.38E-03 3 NO



# INTateLyleSaga

more 21B501 Particulate Gas 2 1.43E-03 4 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 3-PM Floor



# FacilityID CombustorID_co

mmon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# MDSeverstalSpar

rows 1BLR (No. 1

Boiler) Particulate Gas 2 4.47E-03 5 NO



# WVMountainStat

eCarbonFollansb

ee S1 Particulate Gas 2 6.10E-03 6 NO



# KYAKSteelWestWorks No. 13 Boiler Particulate Gas 2 8.67E-03 7 NO



# INArcelorMittalBu

rnsHarbor No. 7 Boiler Particulate Gas 2 8.87E-03 8 NO



# GAGPSRMRiinco

n EU BO02 Particulate Gas 2 1.09E-02 9 NO



# KYAKSteelWestWorks No. 7 Boiler Particulate Gas 2 1.67E-02 10 NO



# PAUSSClairton B002 Boiler No. 2 Particulate Gas 2 1.72E-02 11 NO



# KYAKSteelWestWorks No. 6 Boiler Particulate Gas 2 2.13E-02 12 NO



# KYAKSteelWestWorks No. 5 Boiler Particulate Gas 2 2.60E-02 13 NO



# PAUSSMonValle

yIrvin Terne Line Lead

Pot Particulate Gas 2 3.06E-01 yes

TNMilanArmyAm

munitionPlant D88L-1, Source

#27-0010-86 Particulate Liquid 5.11E-04 1 YES



# SCGPChemRuss

ellville FO Boiler Particulate Liquid 6.00E-04 2 YES



# NJSunocoWestvil

le Boiler #8 Particulate Liquid 6.78E-04 3 YES



# PAConemaughP

owerPlantNewFlo

rence Aux Boiler B Particulate Liquid 8.73E-04 4 YES



# NJSunocoWestvil

le Boiler #6 Particulate Liquid 1.02E-03 5 YES



# PACherokeePha r

m SG-C, Title V

Source ID 037 Particulate Liquid 1.60E-03 6 YES



# NJSunocoWestvil

le Boiler #7 Particulate Liquid 1.72E-03 7 YES



# PACherokeePha r

m SG-B, Title V

Source ID 036 Particulate Liquid 1.80E-03 8 YES



# NJSunocoWestvil

le Boiler #5 Particulate Liquid 1.82E-03 9 YES



# ALBP-Decatur24 AB-8301 Particulate Liquid 2.30E-03 10 YES



# MANewarkAmeri

ca Boiler #2 Particulate Liquid 2.50E-03 11 NO



# SCCogenSouth B002 - Auxiliary

Boiler #1 Particulate Liquid 3.05E-03 12 NO



# SCCogenSouth B003 - Auxiliary

Boiler #2 Particulate Liquid 3.05E-03 13 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 3-PM Floor



# FacilityID CombustorID_co

mmon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# SCCogenSouth B004 - Auxiliary

Boiler #3 Particulate Liquid 3.05E-03 14 NO



# SCMitsubishiPoly

esterFilm Dowtherm Heater

4

(4FPDDOWHSA) Particulate Liquid 3.32E-03 15 NO



# MIConsumerEne r

gyCo-Campbell EUAUXBLR12 Particulate Liquid 3.37E-03 16 NO



# MNMinnesotaSoy

beanProcessors Boiler 1 EU026 Particulate Liquid 3.77E-03 17 NO



# MNMinnesotaSoy

beanProcessors Boiler 2 EU027 Particulate Liquid 3.77E-03 18 NO



# WIWisconsinPap

erboard2879 B24 Particulate Liquid 4.10E-03 19 NO



# VAAltavistaPower

Station Unit No. 003 Particulate Liquid 4.92E-03 20 NO



# GAGPCelluloseB

runswick U707 -- No. 7

Power Boiler Particulate Liquid 5.23E-03 21 NO



# OHSolaeBellvue B010A Particulate Liquid 5.43E-03 22 NO



# SCDAKAmericas P8E Particulate Liquid 6.51E-03 23 NO



# PAConemaughP

owerPlantNewFlo

rence Aux Boiler A Particulate Liquid 7.47E-03 24 NO



# GAGPCelluloseB

runswick U706 -- No. 6

Power Boiler Particulate Liquid 8.27E-03 25 NO



# SCDAKAmericas P8D Particulate Liquid 9.04E-03 26 NO



# TNInvistaChattan

ooga EU003 -

Vaporizer #2 Particulate Liquid 9.40E-03 27 NO



# WYSinclairCaspe

r Pt. 9 B-1 #4

Crude Heater Particulate Liquid 1.03E-02 28 NO



# SCDAKAmericas P8C Particulate Liquid 1.03E-02 29 NO



# MNGPDuluth EU33 Boiler #3 Particulate Liquid 1.10E-02 30 NO



# ALGPBrewtonMill BR-PSG0-S018

No. 1 Power

Boiler Particulate Liquid 1.23E-02 31 NO



# INUSSteelGaryW

orks O4B10459 Particulate Liquid 1.52E-02 32 NO



# NCDomtar 66-25-2050 (No.

1 Package Boiler) Particulate Liquid 1.61E-02 33 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 3-PM Floor



# FacilityID CombustorID_co

mmon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# NYConEd59thSt

StationNewYork Boiler 118 Particulate Liquid 1.75E-02 34 NO



# PABoeingRidleyP

ark 033 Particulate Liquid 1.83E-02 35 NO



# FLOkeelanta268 Boiler No. 16 Particulate Liquid 1.83E-02 36 NO



# MAUMass EU#7 Particulate Liquid 1.88E-02 37 NO



# MENewPage

Rumford PB#3 Particulate Liquid 2.00E-02 38 NO



# MNStPaulParkRe

f EU 021 Particulate Liquid 2.33E-02 39 NO



# NJVinelandMuniE

lectricHowardDown Unit 9 Particulate Liquid 2.41E-02 40 NO



# MDUofMaryland EU 001-4 Particulate Liquid 2.98E-02 41 NO



# MENewPage

Rumford PB#5 Particulate Liquid 3.00E-02 42 NO



# MNStPaulParkRe

f EU 020 Particulate Liquid 3.00E-02 43 NO



# WANipponPaper #10 Package

Boiler Particulate Liquid 3.06E-02 44 NO



# MDMirantChalkP

oint Unit 4 Particulate Liquid 3.43E-02 45 NO



# MNStPaulParkRe

f EU 018 Particulate Liquid 3.67E-02 46 NO



# NCWeyerhaeuse

r-Vanceboro ES 161-001 Particulate Liquid 3.70E-02 47 NO



# ORCascadePacifi

cPulp PB1EU Particulate Liquid 4.03E-02 48 NO



# WANipponPaper #9 Package

Boiler Particulate Liquid 4.11E-02 49 NO



# OHCampbellsSo

upCo B003 Particulate Liquid 4.30E-02 50 NO



# ORGeorgiaPacifi

cWaunaMill EU33 - Power

Boiler Particulate Liquid 4.41E-02 51 NO



# OHCampbellsSo

upCo B004 Particulate Liquid 4.90E-02 52 NO



# MAGEAviationL y

nn 99-2 Particulate Liquid 5.50E-02 53 NO



# MAGEAviationL y

nn 99-1 Particulate Liquid 5.67E-02 54 NO



# NYDMVInternatio

nal BOIL1 Particulate Liquid 5.67E-02 55 NO



# NYDMVInternatio

nal BOIL2 Particulate Liquid 5.67E-02 56 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 3-PM Floor



# FacilityID CombustorID_co

mmon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# SCDAKAmericas P8F Particulate Liquid 5.67E-02 57 NO



# MAGEAviationL y

nn 99-5 Particulate Liquid 5.80E-02 58 NO



# ORWahChang 6633-78 (SEP-AS

502B, Boiler #2) Particulate Liquid 6.49E-02 59 NO



# MAGEAviationL y

nn 99-3 Particulate Liquid 6.70E-02 60 NO



# MEFPLEnergyWy

man Unit #5 Particulate Liquid 6.97E-02 61 NO



# VASmurfitStone

Westpt PB08 Particulate Liquid 7.21E-02 62 NO



# MEPioneerPlastic

s Boiler #6 Particulate Liquid 7.33E-02 63 NO



# MEVersoPaper A

ndroscoggin Power Boiler No.

1 Particulate Liquid 7.97E-02 64 NO



# MEVersoPaper A

ndroscoggin Power Boiler No.

2 Particulate Liquid 7.97E-02 65 NO



# MNStPaulParkRe

f EU 003 Particulate Liquid 8.00E-02 66 NO



# MNStPaulParkRe

f EU 016 Particulate Liquid 8.00E-02 67 NO



# OHGEAviationEv

endale EA-019-D Particulate Liquid 8.00E-02 68 NO



# OHGEAviationEv

endale EA-019-C Particulate Liquid 9.67E-02 69 NO



# MNStPaulParkRe

f EU 009 Particulate Liquid 1.10E-01 70 NO



# CTElectric Boat EMU 17 Particulate Liquid 1.27E-01 71 NO



# MDUofMaryland EU 001-2 Particulate Liquid 1.29E-01 72 NO



# OHGEAviationEv

endale EA-019-B Particulate Liquid 1.33E-01 73 NO



# NCWeyerhaeuse

r-Vanceboro ES 150-001 Particulate Liquid 1.41E-01 74 NO



# WYSinclairWyom

ing Pt 40 #8 HPB Particulate Liquid 1.55E-01 75 NO



# WYSinclairWyom

ing Pt 41 #9 HPB Particulate Liquid 1.69E-01 76 NO



# NCKapStone PKG2 Particulate Liquid 1.70E-01 77 NO



# SCBowaterCoate

dPaper Power Boiler Particulate Liquid 1.83E-01 78 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 3-PM Floor



# FacilityID CombustorID_co

mmon Pollutant_

Name MACT

Floor

FuelCat lb/mmBtu Metal

Furnace? Rank Test Data in

Top 12pct



# MEPioneerPlastic

s Boiler #4 Particulate Liquid 2.00E-01 79 NO



# NCInvistaHwy421 B7600 Particulate Liquid 2.27E-01 80 NO



# VANewportNew s

ShipbuildingDryD

ock 78-E1 Particulate Liquid 4.50E-01 81 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 4-CO Floor by

Fuel



# FacilityID CombustorID_co

mmon Pollutant_

Name ppm @

3% O2 MACT

Floor

FuelCat Metal

Furnace? Rank Test Data in

Top 12pct



# CORockyMtnSte

el212 Rod/Bar Mill

Furnace

95OPPB088 CO 5.03E-01 Gas 1 yes 1 YES



# MDSeverstalSpa

rrows CRM Batch

Annealing

Furnaces CO 1.35E+00 Gas 1 yes 2 YES



# UTWestinghous

e 202 CO 1.39E+01 Gas 1 yes 3 NO



# NYArcelorMittal Hot Dip

Galvanizing

Despatch

Furnace CO 2.42E+01 Gas 1 yes 4 NO



# INAlcoaWarrick Annealing

Furnace #15 CO 2.80E+01 Gas 1 yes 5 NO



# INAlcoaWarrick Pre-Heat

Furnace #36 CO 2.80E+01 Gas 1 yes 6 NO



# IAAlcoaDavenpo

rt PFRN04 CO 4.69E+01 Gas 1 yes 7 NO



# MDSeverstalSpa

rrows Box Annealing

Furnaces CO 7.17E+01 Gas 1 yes 8 NO



# INOutokumpuSt

ainlessPlate Heppenstall

Annealing

Furnace CO 8.74E+01 Gas 1 yes 9 NO



# IAAlcoaDavenpo

rt PFRN03 CO 1.09E+02 Gas 1 yes 10 NO



# ILUSSGraniteCit

y No. 8

Galvanizing Line

Furnace CO 1.44E+02 Gas 1 yes 11 NO



# INArcelorMittalB

urnsHarbor Hot Dip Coating

Line Annealing

Furnace CO 1.46E+02 Gas 1 yes 12 NO



# WICharterSteel P31 CO 3.05E+02 Gas 1 yes 13 NO



# WVAlcanRavens

wood Salem 12-Zone

Heat Treat

(008P102) CO 1.25E+03 Gas 1 yes 14 NO



# OKVRCOklahom

a H-101 CO 9.36E-03 Gas 1 1 YES

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 4-CO Floor by

Fuel



# FacilityID CombustorID_co

mmon Pollutant_

Name ppm @

3% O2 MACT

Floor

FuelCat Metal

Furnace? Rank Test Data in

Top 12pct



# OKVRCOklahom

a H-102A CO 1.01E-02 Gas 1 2 YES



# TXRohmHaasDe

erPark ACET-2B-4 CO 1.33E-02 Gas 1 3 YES



# OKConocoPhillip

sPoncaCity H-9902 CO 2.00E-02 Gas 1 4 YES



# TXDiamondSha

mrockThreeRive

rs H-201 CO 2.71E-02 Gas 1 5 YES



# TXDiamondSha

mrockThreeRive

rs H-203 CO 2.71E-02 Gas 1 6 YES



# TXDiamondSha

mrockThreeRive

rs H-204 CO 2.71E-02 Gas 1 7 YES



# VAWesternRefin

ingYorktown F-562 CO 3.94E-02 Gas 1 8 YES



# OKConocoPhillip

sPoncaCity H-9851 CO 4.00E-02 Gas 1 9 YES



# INBPWhitingRefi

nery B-601 CO 4.33E-02 Gas 1 10 YES



# OKConocoPhillip

sPoncaCity H-0016 CO 4.33E-02 Gas 1 11 YES



# TXOccidentalCh

emGregory VCM Plant 1

Furnace 1 CO 5.02E-02 Gas 1 12 YES



# TXOccidentalCh

emGregory VCM Plant 1

Furnace 2 CO 5.02E-02 Gas 1 13 YES



# TXOccidentalCh

emGregory VCM Plant 1

Furnace 3 CO 5.02E-02 Gas 1 14 YES



# TXOccidentalCh

emGregory VCM Plant 1

Furnace 4 CO 5.02E-02 Gas 1 15 YES



# MSChevronPasc

agoula F-2103 CO 5.41E-02 Gas 1 16 YES



# TXDiamondSha

mrockThreeRive

rs H-1102 CO 6.32E-02 Gas 1 17 YES

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 4-CO Floor by

Fuel



# FacilityID CombustorID_co

mmon Pollutant_

Name ppm @

3% O2 MACT

Floor

FuelCat Metal

Furnace? Rank Test Data in

Top 12pct



# NJSunocoWestv

ille Boiler #8 CO 6.58E-02 Gas 1 18 YES



# KYCatlettsburgR

efining 2-23-B-4 CO 7.75E-02 Gas 1 19 YES



# ILWoodRiverRefi

nery HTR-DU1-F302 CO 7.88E-02 Gas 1 20 YES



# PASunocoMarcu

sHook 705 (12-4 LSG

Heater, H01) CO 8.00E-02 Gas 1 21 YES



# OKVRCOklahom

a H-201 CO 8.65E-02 Gas 1 22 YES



# LACitgoLakeCha

rles EQT242 CO 8.95E-02 Gas 1 23 YES



# INNucorSteel Cold Mill

Annealing CO 9.01E-02 Gas 1 24 YES



# MSChevronPasc

agoula F-6701 CO 9.35E-02 Gas 1 25 YES



# KYCatlettsburgR

efining 2-122-B-1 CO 9.92E-02 Gas 1 26 YES



# ALHuntRefining HS-2041A CO 1.00E-01 Gas 1 27 YES



# ALHuntRefining HS-2041B CO 1.00E-01 Gas 1 28 YES



# ALHuntRefining HS-2041C CO 1.00E-01 Gas 1 29 YES



# OKConocoPhillip

sPoncaCity H-0003 CO 1.00E-01 Gas 1 30 YES



# TXAirProductsB

aytown BOILER (EPN 7) CO 1.00E-01 Gas 1 31 YES



# TXChevronBayto

wn H-1001 CO 1.00E-01 Gas 1 32 YES

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 4-CO Floor by

Fuel



# FacilityID CombustorID_co

mmon Pollutant_

Name ppm @

3% O2 MACT

Floor

FuelCat Metal

Furnace? Rank Test Data in

Top 12pct



# TXEquistarPasa

dena Boiler (P-25) CO 1.00E-01 Gas 1 33 YES



# TXValeroTexasC

ity Heater 13-1451 CO 1.00E-01 Gas 1 34 YES



# TXValeroTexasC

ity Heater 16 CO 1.00E-01 Gas 1 35 YES



# TXValeroTexasC

ity Heater 17 CO 1.00E-01 Gas 1 36 YES



# TXValeroTexasC

ity Heater 28 CO 1.00E-01 Gas 1 37 YES



# TXValeroTexasC

ity Heater 35 CO 1.00E-01 Gas 1 38 YES



# TXValeroTexasC

ity Heater 44 CO 1.00E-01 Gas 1 39 YES



# LAWestlakeStyr

ene 1-90 CO 1.01E-01 Gas 1 40 YES



# OREvrazOregon

Steel EU-5 Vacuum

Degasser Boiler CO 1.02E-01 Gas 1 41 YES



# LALakeCharlesC

hemical LAB-LH-1 (Pacol

Charge Heater) CO 1.02E-01 Gas 1 42 YES



# TXValeroTexasC

ity Heater 45 CO 1.08E-01 Gas 1 43 YES



# MSChevronPasc

agoula F-8400 CO 1.10E-01 Gas 1 44 YES



# TXValeroTexasC

ity Heater 46 CO 1.10E-01 Gas 1 45 YES



# KYCatlettsburgR

efining 2-30-B-1 CO 1.16E-01 Gas 1 46 YES



# LAShellChemica

Geismar Furnace FS2801 CO 1.18E-01 Gas 1 47 YES

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 4-CO Floor by

Fuel



# FacilityID CombustorID_co

mmon Pollutant_

Name ppm @

3% O2 MACT

Floor

FuelCat Metal

Furnace? Rank Test Data in

Top 12pct



# KYCatlettsburgR

efining 2-23-B-3 CO 1.18E-01 Gas 1 48 YES



# TXRohmHaasDe

erPark N-13 CO 1.20E-01 Gas 1 49 YES



# TXWesternRefini

ng F-4150 CO 1.22E-01 Gas 1 50 YES



# TXWesternRefini

ng F-4160 CO 1.22E-01 Gas 1 51 YES



# TXValeroTexasC

ity Heater 57 CO 1.27E-01 Gas 1 52 YES



# MSChevronPasc

agoula F-2440 CO 1.28E-01 Gas 1 53 YES



# MSChevronPasc

agoula F-2450 CO 1.28E-01 Gas 1 54 YES



# MSChevronPasc

agoula F-2460 CO 1.28E-01 Gas 1 55 YES



# MSChevronPasc

agoula F-2470 CO 1.28E-01 Gas 1 56 YES



# MSChevronPasc

agoula F-2480 CO 1.28E-01 Gas 1 57 YES



# MSChevronPasc

agoula F-2490 CO 1.28E-01 Gas 1 58 YES



# WAConocoPhilli

psFerndale 38F-101 CO 1.29E-01 Gas 1 59 YES



# TXValeroTexasC

ity Heater 58 CO 1.29E-01 Gas 1 60 YES



# TXRohmHaasDe

erPark ACET-2B-1 CO 1.30E-01 Gas 1 61 YES



# TXValeroTexasC

ity Heater 18 CO 1.33E-01 Gas 1 62 YES



# TXValeroTexasC

ity Heater 19 CO 1.33E-01 Gas 1 63 YES

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 4-CO Floor by

Fuel



# FacilityID CombustorID_co

mmon Pollutant_

Name ppm @

3% O2 MACT

Floor

FuelCat Metal

Furnace? Rank Test Data in

Top 12pct



# TXValeroTexasC

ity Heater 20 CO 1.33E-01 Gas 1 64 YES



# TXValeroTexasC

ity Heater 21 CO 1.33E-01 Gas 1 65 YES



# TXValeroTexasC

ity Heater 22 CO 1.33E-01 Gas 1 66 YES



# TXValeroTexasC

ity Heater 23 CO 1.33E-01 Gas 1 67 YES



# TXWesternRefini

ng H-8801 CO 1.33E-01 Gas 1 68 YES



# TXWesternRefini

ng H-8802 CO 1.33E-01 Gas 1 69 YES



# IAADMClinton EUCOG-5 #2

Gas Fired Boiler CO 1.35E-01 Gas 1 70 YES



# TXDeerParkRefi

nery H31003 CO 1.35E-01 Gas 1 71 YES



# TXDeerParkRefi

nery H5104 CO 1.35E-01 Gas 1 72 YES



# TXLyondellPasa

dena B-1751 CO 1.35E-01 Gas 1 73 YES



# TXLyondellPasa

dena B-2890 CO 1.35E-01 Gas 1 74 YES



# TXLyondellPasa

dena B-801 CO 1.35E-01 Gas 1 75 YES



# TXWesternRefini

ng F-1602 CO 1.35E-01 Gas 1 76 YES



# TXRohmHaasDe

erPark HT-49 CO 1.40E-01 Gas 1 77 YES



# TXRohmHaasDe

erPark N-12 CO 1.40E-01 Gas 1 78 YES



# LAShellChemica

Geismar Furnace F-S801 CO 1.40E-01 Gas 1 79 YES

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 4-CO Floor by

Fuel



# FacilityID CombustorID_co

mmon Pollutant_

Name ppm @

3% O2 MACT

Floor

FuelCat Metal

Furnace? Rank Test Data in

Top 12pct



# DEDuPontEdge

moor RX-9 CO 1.40E-01 Gas 1 80 YES



# PANorfolkSouth

ern Boiler 1 CO 1.50E-01 Gas 1 81 YES



# TXWesternRefini

ng 109 CO 1.57E-01 Gas 1 82 YES



# TXRohmHaasDe

erPark ACET-2A-1 CO 1.67E-01 Gas 1 83 YES



# TXValeroCorpus

Christi 154-H-1 CO 1.67E-01 Gas 1 84 YES



# MSChevronPasc

agoula F-6410 CO 1.68E-01 Gas 1 85 YES



# KYCatlettsburgR

efining 2-36-B-1 CO 1.69E-01 Gas 1 86 YES



# OKConocoPhillip

sPoncaCity H-0048 CO 1.70E-01 Gas 1 87 YES



# MTMontanaRefi

ning H-1801

Hydrogen Plant

Heater CO 1.71E-01 Gas 1 88 YES



# TXRohmHaasDe

erPark ACET-2A-3 CO 1.77E-01 Gas 1 89 YES



# MSChevronPasc

agoula F-8300B CO 1.84E-01 Gas 1 90 YES



# VAUniversityofVi

rginia 7103-1-01R CO 1.95E-01 Gas 1 91 YES



# WAUSOilandRef

iningTacoma H-3 CO 2.00E-01 Gas 1 92 NO



# TXEquistarChan

nelview F4360 CO 2.03E-01 Gas 1 93 NO



# TXValeroCorpus

Christi 169-B-5 CO 2.07E-01 Gas 1 94 NO



# ORGeorgiaPacifi

cWaunaMill EU33 - Power

Boiler CO 2.09E-01 Gas 1 95 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 4-CO Floor by

Fuel



# FacilityID CombustorID_co

mmon Pollutant_

Name ppm @

3% O2 MACT

Floor

FuelCat Metal

Furnace? Rank Test Data in

Top 12pct



# OKTerraInternati

onalWoodward Primary

Reformer H2030 CO 2.19E-01 Gas 1 96 NO



# LACitgoLakeCha

rles EQT032 CO 2.23E-01 Gas 1 97 NO



# TXWesternRefini

ng F-4170 CO 2.26E-01 Gas 1 98 NO



# TXWesternRefini

ng F-4180 CO 2.26E-01 Gas 1 99 NO



# TXRohmHaasDe

erPark ACET-2B-5 CO 2.30E-01 Gas 1 100 NO



# TXDeerParkRefi

nery H5301 CO 2.40E-01 Gas 1 101 NO



# TXDeerParkRefi

nery H5302 CO 2.40E-01 Gas 1 102 NO



# TXDeerParkRefi

nery H5303 CO 2.40E-01 Gas 1 103 NO



# TXDeerParkRefi

nery H5304 CO 2.40E-01 Gas 1 104 NO



# TXDeerParkRefi

nery H5305 CO 2.40E-01 Gas 1 105 NO



# TXDeerParkRefi

nery H5350 CO 2.40E-01 Gas 1 106 NO



# OKConocoPhillip

sPoncaCity H-8602 CO 2.43E-01 Gas 1 107 NO



# TXRohmHaasDe

erPark ACET-2A-4 CO 2.60E-01 Gas 1 108 NO



# NJSunocoWestv

ille Boiler #5 CO 2.62E-01 Gas 1 109 NO



# PASunocoPhilad

elphia CU-138 CO 2.64E-01 Gas 1 110 NO



# TXDiamondSha

mrockMcKee B-3 (Boiler #10) CO 2.64E-01 Gas 1 111 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 4-CO Floor by

Fuel



# FacilityID CombustorID_co

mmon Pollutant_

Name ppm @

3% O2 MACT

Floor

FuelCat Metal

Furnace? Rank Test Data in

Top 12pct



# MSChevronPasc

agoula F-6250 CO 2.66E-01 Gas 1 112 NO



# MAUMass EU#7 CO 2.71E-01 Gas 1 113 NO



# ORCascadePaci

ficPulp PB2EU CO 2.71E-01 Gas 1 114 NO



# KYCatlettsburgR

efining 2-103-B-3 CO 2.71E-01 Gas 1 115 NO



# WVQuadGraphis

Martinsburg B-03 CO 2.71E-01 Gas 1 116 NO



# TXWesternRefini

ng B-1 CO 2.72E-01 Gas 1 117 NO



# TXWesternRefini

ng B-3 CO 2.84E-01 Gas 1 118 NO



# LAWestlakeStyr

ene 2-90 CO 2.88E-01 Gas 1 119 NO



# TXL3Communication

sIntergrated A0769 CO 3.00E-01 Gas 1 120 NO



# KYCatlettsburgR

efining 2-103-B-2 CO 3.02E-01 Gas 1 121 NO



# LAShellChemica

Geismar Boiler F-U202 CO 3.10E-01 Gas 1 122 NO



# TXEquistarChem

icals QE5802UB CO 3.40E-01 Gas 1 123 NO



# TXRohmHaasDe

erPark ACET-2B-3 CO 3.47E-01 Gas 1 124 NO



# TXDiamondSha

mrockMcKee H-9 (#2 Crude

Charge -

Petrochem) CO 3.47E-01 Gas 1 125 NO



# WYSinclairCasp

er Pt. 26 #2

Reformer Heater CO 3.50E-01 Gas 1 126 NO



# MSChevronPasc

agoula F-8130 CO 3.64E-01 Gas 1 127 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 4-CO Floor by

Fuel



# FacilityID CombustorID_co

mmon Pollutant_

Name ppm @

3% O2 MACT

Floor

FuelCat Metal

Furnace? Rank Test Data in

Top 12pct



# TXValeroTexasC

ity Heater 13-1421 CO 3.67E-01 Gas 1 128 NO



# TXWesternRefini

ng F-3902 CO 3.73E-01 Gas 1 129 NO



# MTCHSLaurel14

01 H-902 CO 3.77E-01 Gas 1 130 NO



# TXValeroCorpus

Christi 148-H-1 CO 4.00E-01 Gas 1 131 NO



# TXValeroCorpus

Christi 148-H-2 CO 4.00E-01 Gas 1 132 NO



# ILRentech S-7 CO 4.06E-01 Gas 1 133 NO



# TXDiamondSha

mrockMcKee H-36 (#2 NAP

Hydrotreater

Charge) CO 4.29E-01 Gas 1 134 NO



# NJSunocoWestv

ille Boiler #7 CO 4.38E-01 Gas 1 135 NO



# MSChevronPasc

agoula F-6531 CO 4.46E-01 Gas 1 136 NO



# LAAmericasStyr

enics HS-1102 CO 4.57E-01 Gas 1 137 NO



# FLSolutiaIncPen

sacola B-7 CO 4.73E-01 Gas 1 138 NO



# TNValeroMemph

is P044-DHT 18

Stripper Reboiler

Heater CO 4.74E-01 Gas 1 139 NO



# OKConocoPhillip

sPoncaCity H-9901 CO 4.90E-01 Gas 1 140 NO



# OHUSEnrichme

ntCorpPiketon X-6002 Boiler

No. 1 (North) CO 4.96E-01 Gas 1 141 NO



# OKQuadGraphic

sOKCity SG03 CO 4.96E-01 Gas 1 142 NO



# CATesoro S-922 Furnace

22 CO 5.00E-01 Gas 1 143 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 4-CO Floor by

Fuel



# FacilityID CombustorID_co

mmon Pollutant_

Name ppm @

3% O2 MACT

Floor

FuelCat Metal

Furnace? Rank Test Data in

Top 12pct



# TXInvistaVictoria 16STK001 CO 5.15E-01 Gas 1 144 NO



# TXWesternRefini

ng F-1010 CO 5.19E-01 Gas 1 145 NO



# TXRohmHaasDe

erPark N-14 CO 5.23E-01 Gas 1 146 NO



# TXValeroTexasC

ity Heater 13-1401 CO 5.33E-01 Gas 1 147 NO



# OKSinclairTulsa

Refining NHDS Charge

Heater CO 5.41E-01 Gas 1 148 NO



# LACalumet VII-L Hydrogen

plant heater

2006 R-101-A CO 5.41E-01 Gas 1 149 NO



# NJMerckRahway E750009 - Boiler

#9 CO 5.41E-01 Gas 1 150 NO



# TXOccidentalCh

emGregory VCM Plant 2

Furnace 1 CO 5.50E-01 Gas 1 151 NO



# TXOccidentalCh

emGregory VCM Plant 2

Furnace 2 CO 5.50E-01 Gas 1 152 NO



# CATesoro S-974 Furance

55 CO 5.56E-01 Gas 1 153 NO



# MSChevronPasc

agoula F-2410 CO 5.56E-01 Gas 1 154 NO



# TXValeroCorpus

Christi 116-H-125B CO 5.67E-01 Gas 1 155 NO



# TXValeroCorpus

Christi 116-H-125C CO 5.67E-01 Gas 1 156 NO



# TXValeroCorpus

Christi 116-H-125A CO 5.67E-01 Gas 1 157 NO



# KYCatlettsburgR

efining 2-104-B-1 CO 5.83E-01 Gas 1 158 NO



# MSChevronPasc

agoula F-2930 CO 5.86E-01 Gas 1 159 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 4-CO Floor by

Fuel



# FacilityID CombustorID_co

mmon Pollutant_

Name ppm @

3% O2 MACT

Floor

FuelCat Metal

Furnace? Rank Test Data in

Top 12pct



# ILJohnDeereHar

vester B10 CO 5.86E-01 Gas 1 160 NO



# CATesoro S-908 Furnace 8

/ S-1470

Furnace 71 CO 6.00E-01 Gas 1 161 NO



# CATesoro S-937 Furnace

37 CO 6.00E-01 Gas 1 162 NO



# KSSpiritAero 3-224R-BLR4 CO 6.00E-01 Gas 1 163 NO



# MTCHSLaurel14

01 NHT Charge

Heater CO 6.00E-01 Gas 1 164 NO



# PADominionHarr

ison Heater 1 CO 6.00E-01 Gas 1 165 NO



# NCCampLejeune

MCB C-AS-4151-16 CO 6.01E-01 Gas 1 166 NO



# ILWoodRiverRefi

nery HTR-ULD-H4 CO 6.17E-01 Gas 1 167 NO



# MABostonGener

atingMysticStatio

n EU-17 CO 6.63E-01 Gas 1 168 NO



# TXValeroTexasC

ity Heater 50 CO 6.67E-01 Gas 1 169 NO



# TXValeroCorpus

Christi 139-H-7 CO 6.95E-01 Gas 1 170 NO



# PASunocoPhilad

elphia CU-137 CO 6.95E-01 Gas 1 171 NO



# CATesoro S-927 Furnace

27 CO 7.00E-01 Gas 1 172 NO



# CAMillerCoorsIr

windale D2 Keeler CO 7.00E-01 Gas 1 173 NO



# WYShuteCreek2

926 1H-9201 CO 7.22E-01 Gas 1 174 NO



# MSGAGulfAberd

een Boiler 4 CO 7.33E-01 Gas 1 175 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 4-CO Floor by

Fuel



# FacilityID CombustorID_co

mmon Pollutant_

Name ppm @

3% O2 MACT

Floor

FuelCat Metal

Furnace? Rank Test Data in

Top 12pct



# WVMountainStat

eCarbonFollansb

ee S1 CO 7.33E-01 Gas 1 176 NO



# MSChevronPasc

agoula F-6102 CO 7.62E-01 Gas 1 177 NO



# MSChevronPasc

agoula F-6101 CO 7.62E-01 Gas 1 178 NO



# WATransAltaCe

ntralia EU 12 BHP

Auxiliary Boiler CO 7.63E-01 Gas 1 179 NO



# TNValeroMemph

is P003 - West

Crude Unit

Heater CO 7.67E-01 Gas 1 180 NO



# TXOxyVinylsPas

adena F6 Boiler CO 7.67E-01 Gas 1 181 NO



# KSCoffeyvilleRef

inery IA-06-FH0035 CO 7.67E-01 Gas 1 182 NO



# OKConocoPhillip

sPoncaCity H-1001 CO 7.90E-01 Gas 1 183 NO



# MSChevronPasc

agoula F-6550 CO 8.20E-01 Gas 1 184 NO



# MSChevronPasc

agoula F-6560 CO 8.20E-01 Gas 1 185 NO



# MSChevronPasc

agoula F-6570 CO 8.20E-01 Gas 1 186 NO



# MSChevronPasc

agoula F-6580 CO 8.20E-01 Gas 1 187 NO



# UTHollyRefining 19H1 CO 8.53E-01 Gas 1 188 NO



# MSChevronPasc

agoula F-1101 CO 8.85E-01 Gas 1 189 NO



# MSChevronPasc

agoula F-1102 CO 8.85E-01 Gas 1 190 NO



# KYCatlettsburgR

efining 2-103-B-1 CO 9.01E-01 Gas 1 191 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 4-CO Floor by

Fuel



# FacilityID CombustorID_co

mmon Pollutant_

Name ppm @

3% O2 MACT

Floor

FuelCat Metal

Furnace? Rank Test Data in

Top 12pct



# TXDiamondSha

mrockThreeRive

rs H-28002 CO 9.02E-01 Gas 1 192 NO



# WYSinclairWyo

ming Pt 60 #4HDS

Heater HT-101 CO 9.02E-01 Gas 1 193 NO



# NJMerckRahway E750005 - Boiler

#5 CO 9.02E-01 Gas 1 194 NO



# ILMarathon 16F-3A CO 9.47E-01 Gas 1 195 NO



# ILMarathon 16F-3B CO 9.47E-01 Gas 1 196 NO



# ILMarathon 16F-3C CO 9.47E-01 Gas 1 197 NO



# ILMarathon 16F-3D CO 9.47E-01 Gas 1 198 NO



# WVWeyerhaeus

erBuckhannon 001-02 CO 9.67E-01 Gas 1 199 NO



# CAAerojet Small Boilers CO 1.00E+00 Gas 1 200 NO



# CATesoro S-909 Furnace 9 CO 1.00E+00 Gas 1 201 NO



# CATesoro S-912 Furnace

12 CO 1.00E+00 Gas 1 202 NO



# CATesoro S-913 Furnace

13 CO 1.00E+00 Gas 1 203 NO



# CATesoro S-916 Furnace

16 CO 1.00E+00 Gas 1 204 NO



# CATesoro S-928 Furnace

28 CO 1.00E+00 Gas 1 205 NO



# CATesoro S-929 Furnace

29 CO 1.00E+00 Gas 1 206 NO



# CATesoro S-930 Furnace

30 CO 1.00E+00 Gas 1 207 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 4-CO Floor by

Fuel



# FacilityID CombustorID_co

mmon Pollutant_

Name ppm @

3% O2 MACT

Floor

FuelCat Metal

Furnace? Rank Test Data in

Top 12pct



# CATesoro S-932 Furance

32 CO 1.00E+00 Gas 1 208 NO



# CATesoro S-933 Furnace

33 CO 1.00E+00 Gas 1 209 NO



# CATesoro S-934 Furnace

34 CO 1.00E+00 Gas 1 210 NO



# TXLyondellChan

nelview F66850 CO 1.00E+00 Gas 1 211 NO



# TXLyondellChan

nelview F67830 CO 1.00E+00 Gas 1 212 NO



# KYCatlettsburgR

efining 2-26-B-2 CO 1.01E+00 Gas 1 213 NO



# DEDuPontEdge

moor OX-5 CO 1.03E+00 Gas 1 214 NO



# MTCHSLaurel14

01 H-201 Reactor

Charge Heater CO 1.03E+00 Gas 1 215 NO



# ILMarathon 69F-1A CO 1.04E+00 Gas 1 216 NO



# TXValeroCorpus

Christi 108-H-3 CO 1.04E+00 Gas 1 217 NO



# MNBoisePaper1

212 EU 440 Boiler #3 CO 1.05E+00 Gas 1 218 NO



# ILMarathon 74F-1 CO 1.07E+00 Gas 1 219 NO



# TXDiamondSha

mrockMcKee H-48 (Diesel

HDS Charge) CO 1.08E+00 Gas 1 220 NO



# TXValeroCorpus

Christi 108-H-5 CO 1.08E+00 Gas 1 221 NO



# WABoeingRento

n BOIL04 CO 1.08E+00 Gas 1 222 NO



# ALBoiseWhitePa

perJackson 102-0001-X020 CO 1.08E+00 Gas 1 223 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 4-CO Floor by

Fuel



# FacilityID CombustorID_co

mmon Pollutant_

Name ppm @

3% O2 MACT

Floor

FuelCat Metal

Furnace? Rank Test Data in

Top 12pct



# CATesoro S-950 Furnace

50 CO 1.10E+00 Gas 1 224 NO



# PADominionSabi

nsville Kewanee Boiler CO 1.10E+00 Gas 1 225 NO



# TXDeerParkRefi

nery H5404 CO 1.14E+00 Gas 1 226 NO



# TXValeroCorpus

Christi 112-H-1 CO 1.15E+00 Gas 1 227 NO



# CATesoro S-971 Furnace

53 CO 1.17E+00 Gas 1 228 NO



# COSEIncComm

erceCity H-1716 CO 1.19E+00 Gas 1 229 NO



# OHLimaRefining

Company B028 CO 1.20E+00 Gas 1 230 NO



# OKVRCOklahom

a H-6701 CO 1.21E+00 Gas 1 231 NO



# TXDeerParkRefi

nery H613 CO 1.22E+00 Gas 1 232 NO



# TXDiamondSha

mrockMcKee H-64 (#4

Hydrotreater

Charge) CO 1.22E+00 Gas 1 233 NO



# ILCognisCorp Boiler #1 CO 1.23E+00 Gas 1 234 NO



# MSChevronPasc

agoula F-5337A CO 1.24E+00 Gas 1 235 NO



# KYCatlettsburgR

efining 2-23-B-6 CO 1.24E+00 Gas 1 236 NO



# NJConocoPhillip

sBayway F-500 CO 1.25E+00 Gas 1 237 NO



# MTMontanaRefi

ning H-1701 HTU

Heater CO 1.27E+00 Gas 1 238 NO



# MSGeorgiaPacifi

cMonticello AA-404 (UT-4)

Power Boiler CO 1.27E+00 Gas 1 239 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 4-CO Floor by

Fuel



# FacilityID CombustorID_co

mmon Pollutant_

Name ppm @

3% O2 MACT

Floor

FuelCat Metal

Furnace? Rank Test Data in

Top 12pct



# MNVersoPaper EU015 Wickes CO 1.29E+00 Gas 1 240 NO



# MTCHSLaurel14

01 H-101 Reformer

Heater CO 1.29E+00 Gas 1 241 NO



# TXL3Communication

sIntergrated E2011 CO 1.30E+00 Gas 1 242 NO



# KYCatlettsburgR

efining 1-2-B-3 CO 1.30E+00 Gas 1 243 NO



# FLSolutiaIncPen

sacola H2 Plant CO 1.35E+00 Gas 1 244 NO



# IAADMClinton EUCOG-4 #1

Gas Fired Boiler CO 1.35E+00 Gas 1 245 NO



# LAValeroRefinin

g F-15-05 CO 1.35E+00 Gas 1 246 NO



# LAValeroRefinin

g F-53-1A CO 1.35E+00 Gas 1 247 NO



# LAValeroRefinin

g F-53-1B CO 1.35E+00 Gas 1 248 NO



# LAValeroRefinin

g F-53-1C CO 1.35E+00 Gas 1 249 NO



# LAValeroRefinin

g F-53-1D CO 1.35E+00 Gas 1 250 NO



# LAValeroRefinin

g F-72-703 CO 1.35E+00 Gas 1 251 NO



# LAValeroRefinin

g GDU Heater CO 1.35E+00 Gas 1 252 NO



# LAValeroRefinin

g H-60-1 CO 1.35E+00 Gas 1 253 NO



# LAValeroRefinin

g H-60-2 CO 1.35E+00 Gas 1 254 NO



# LAValeroRefinin

g H-60-3 CO 1.35E+00 Gas 1 255 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 4-CO Floor by

Fuel



# FacilityID CombustorID_co

mmon Pollutant_

Name ppm @

3% O2 MACT

Floor

FuelCat Metal

Furnace? Rank Test Data in

Top 12pct



# LAValeroRefinin

g H-60-4 CO 1.35E+00 Gas 1 256 NO



# LAValeroRefinin

g KHT Heater F-33

-

05 CO 1.35E+00 Gas 1 257 NO



# LAValeroRefinin

g NHT Reactor

Feed Heater H39-01 CO 1.35E+00 Gas 1 258 NO



# LAValeroRefinin

g NHT Stripper

Feed Heater H39-02 CO 1.35E+00 Gas 1 259 NO



# LAValeroRefinin

g NHT Stripper

Reboiler H-39-03 CO 1.35E+00 Gas 1 260 NO



# LAValeroRefinin

g SMR1 Heater

No. 1 CO 1.35E+00 Gas 1 261 NO



# LAValeroRefinin

g SMR1 Heater

No. 2 CO 1.35E+00 Gas 1 262 NO



# OKTerraNitrogen #2 Primary

Reformer CO 1.35E+00 Gas 1 263 NO



# TXBASFFreepor

t Dehydro Heaters

2 CO 1.35E+00 Gas 1 264 NO



# TXBASFFreepor

t Vaporizers CO 1.35E+00 Gas 1 265 NO



# TXBASFFreepor

t W-900A CO 1.35E+00 Gas 1 266 NO



# TXLubrizolBaypo

rt BOIL-2 CO 1.35E+00 Gas 1 267 NO



# TXSolutiaInc 51H5 CO 1.35E+00 Gas 1 268 NO



# TXTotalPetroche

mPortArthur 51DHT1H-3 CO 1.35E+00 Gas 1 269 NO



# TXTotalPetroche

mPortArthur 52DHT2H-1 CO 1.35E+00 Gas 1 270 NO



# WAGraysHarbor

Paper No. 9 Boiler

(EU3) CO 1.35E+00 Gas 1 271 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 4-CO Floor by

Fuel



# FacilityID CombustorID_co

mmon Pollutant_

Name ppm @

3% O2 MACT

Floor

FuelCat Metal

Furnace? Rank Test Data in

Top 12pct



# WYSinclairWyo

ming Pt 10 781

Naphtha Splitter

Heater CO 1.35E+00 Gas 1 272 NO



# DEPremcorGrou

pValero 21-H-701 CO 1.35E+00 Gas 1 273 NO



# VAUniversityofVi

rginia 7103-1-04R CO 1.37E+00 Gas 1 274 NO



# NJHessCorpPortReading U19 - H2 Heater CO 1.40E+00 Gas 1 275 NO



# CATesoro S-904 No. 6

Boiler CO 1.40E+00 Gas 1 276 NO



# OHLimaRefining

Company B004 CO 1.40E+00 Gas 1 277 NO



# NYFarRockaway

PowerStation U-HB002 CO 1.42E+00 Gas 1 278 NO



# IAMidAmericanE

nergyBettendorf

390 H1 CO 1.42E+00 Gas 1 279 NO



# LALakeCharlesC

hemical LAB-LH-3 (Hot

Oil Heater) CO 1.43E+00 Gas 1 280 NO



# TXDowChemical

Freeport2629 B27P3S511 CO 1.43E+00 Gas 1 281 NO



# ILMarathon 74F-2 CO 1.44E+00 Gas 1 282 NO



# MSChevronPasc

agoula F-8620 CO 1.44E+00 Gas 1 283 NO



# TXDowChemical

LaPorte B2105 CO 1.47E+00 Gas 1 284 NO



# NJMerckRahway E750003 - Boiler

#3 CO 1.49E+00 Gas 1 285 NO



# OHFordClevelan

dCasting Boiler No. 4

(BO23) CO 1.49E+00 Gas 1 286 NO



# CATesoro S-972 Furnace

54 CO 1.50E+00 Gas 1 287 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 4-CO Floor by

Fuel



# FacilityID CombustorID_co

mmon Pollutant_

Name ppm @

3% O2 MACT

Floor

FuelCat Metal

Furnace? Rank Test Data in

Top 12pct



# TXRohmHaasDe

erPark ACET-2A-5 CO 1.53E+00 Gas 1 288 NO



# WATesoroAnaco

rtes F-104 CO 1.53E+00 Gas 1 289 NO



# TXOxyVinylsPas

adena F7 Boiler CO 1.56E+00 Gas 1 290 NO



# TNValeroMemph

is P043 - DHT 18

Reactor Feed

Heater CO 1.58E+00 Gas 1 291 NO



# WVMountainStat

eCarbonFollansb

ee S5 CO 1.58E+00 Gas 1 292 NO



# MTCHSLaurel14

01 H-901 CO 1.59E+00 Gas 1 293 NO



# TXDowChemical

Freeport2629 B56P9FB1 CO 1.60E+00 Gas 1 294 NO



# TXDowChemical

Freeport2629 B56P9FB2 CO 1.60E+00 Gas 1 295 NO



# TXDowChemical

Freeport2629 B56P9FB3 CO 1.60E+00 Gas 1 296 NO



# TXDowChemical

Freeport2629 B56P9FB4 CO 1.60E+00 Gas 1 297 NO



# TXValeroTexasC

ity Boiler 27 CO 1.60E+00 Gas 1 298 NO



# OHDukeEnerg y

GenerationCinci

nnati B045 (PB2) CO 1.62E+00 Gas 1 299 NO



# NJMerckRahway E750011 - Boiler

#11 CO 1.62E+00 Gas 1 300 NO



# OKSinclairTulsa

Refining Pt. 19 Scanfiner

Charge Heater CO 1.62E+00 Gas 1 301 NO



# MTExxonMobilBi

llings F-1201 CO 1.63E+00 Gas 1 302 NO



# TXRohmHaasDe

erPark N-3 CO 1.65E+00 Gas 1 303 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 4-CO Floor by

Fuel



# FacilityID CombustorID_co

mmon Pollutant_

Name ppm @

3% O2 MACT

Floor

FuelCat Metal

Furnace? Rank Test Data in

Top 12pct



# TXDeerParkRefi

nery H31001 CO 1.65E+00 Gas 1 304 NO



# TXDeerParkRefi

nery H31002 CO 1.65E+00 Gas 1 305 NO



# OHLimaRefining

Company B029 CO 1.67E+00 Gas 1 306 NO



# WIMurphyOilRefi

nery GGU 29-H01 CO 1.67E+00 Gas 1 307 NO



# TXDowChemical

Freeport2629 A36MDH621 CO 1.70E+00 Gas 1 308 NO



# VAUniversityofVi

rginia 7103-1-03R CO 1.70E+00 Gas 1 309 NO



# MNMinnesotaSo

ybeanProcessor

s Boiler 1 EU026 CO 1.73E+00 Gas 1 310 NO



# MNMinnesotaSo

ybeanProcessor

s Boiler 2 EU027 CO 1.73E+00 Gas 1 311 NO



# VADuPontSprua

nce Dowtherm

Vaporizer No. 3 CO 1.80E+00 Gas 1 312 NO



# CAConocoPhillip

sSanFran S# 336 CO 1.80E+00 Gas 1 313 NO



# ILMarathon 3F-1 CO 1.80E+00 Gas 1 314 NO



# ILMarathon 3F-2 CO 1.80E+00 Gas 1 315 NO



# TXDiamondSha

mrockMcKee H-46 (#1

Reformer #1

Interheater) CO 1.80E+00 Gas 1 316 NO



# MOMcDonnelDo

uglasStLouis 63-3 CO 1.82E+00 Gas 1 317 NO



# TNValeroMemph

is P021 - No. 10

Boiler CO 1.85E+00 Gas 1 318 NO



# MDUofMaryland EU 001-8 CO 1.90E+00 Gas 1 319 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 4-CO Floor by

Fuel



# FacilityID CombustorID_co

mmon Pollutant_

Name ppm @

3% O2 MACT

Floor

FuelCat Metal

Furnace? Rank Test Data in

Top 12pct



# LACalumet VII-g DHT 92-H101 reboiler

heater CO 1.90E+00 Gas 1 320 NO



# COSEIncComm

erceCity H-1717 CO 1.95E+00 Gas 1 321 NO



# CAConocoPhillip

sSanFran S# 5 CO 1.97E+00 Gas 1 322 NO



# CAConocoPhillip

sSanFran S# 4 CO 1.99E+00 Gas 1 323 NO



# CAConocoPhillip

sSanFran S# 11 CO 2.00E+00 Gas 1 324 NO



# TXValeroTexasC

ity Heater 34 CO 2.00E+00 Gas 1 325 NO



# CAConocoPhillip

sSanFran S# 337 CO 2.05E+00 Gas 1 326 NO



# LACitgoLakeCha

rles EQT237 CO 2.05E+00 Gas 1 327 NO



# OKONEOKMedf

ord H-4 CO 2.11E+00 Gas 1 328 NO



# OKVRCOklahom

a H-404 CO 2.15E+00 Gas 1 329 NO



# OKVRCOklahom

a H-405 CO 2.15E+00 Gas 1 330 NO



# CAConocoPhillip

sSanFran S# 12 CO 2.17E+00 Gas 1 331 NO



# TXBPAmocoTex

asCity MX2-H101 CO 2.17E+00 Gas 1 332 NO



# CAConocoPhillip

sSanFran S# 29 CO 2.18E+00 Gas 1 333 NO



# TXInternationalP

aperQueenCity PB01 CO 2.20E+00 Gas 1 334 NO



# KSCoffeyvilleRef

inery IA-05-FH0036 CO 2.21E+00 Gas 1 335 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 4-CO Floor by

Fuel



# FacilityID CombustorID_co

mmon Pollutant_

Name ppm @

3% O2 MACT

Floor

FuelCat Metal

Furnace? Rank Test Data in

Top 12pct



# LAPPGLakeCha

rles Power/UtilitiesPowerhouse CCogeneration

Unit #2 CO 2.22E+00 Gas 1 336 NO



# OKONEOKMedf

ord H-3 CO 2.25E+00 Gas 1 337 NO



# MNStPaulParkR

ef EU 087 CO 2.27E+00 Gas 1 338 NO



# CAConocoPhillip

sSanFran S# 9 CO 2.27E+00 Gas 1 339 NO



# TXTexasPetroch

emicals Boiler No. 9 CO 2.28E+00 Gas 1 340 NO



# MSChevronPasc

agoula F-5337B CO 2.30E+00 Gas 1 341 NO



# NEAgProcessing

SOY EP 137 CO 2.37E+00 Gas 1 342 NO



# LACitgoLakeCha

rles EQT238 CO 2.37E+00 Gas 1 343 NO



# CAConocoPhillip

sSanFran S# 3 CO 2.38E+00 Gas 1 344 NO



# MDUofMaryland EU 001-2 CO 2.40E+00 Gas 1 345 NO



# CATesoro S-926 Furnace

26 CO 2.40E+00 Gas 1 346 NO



# PADominionFinn

efrock Boiler 3 (039) CO 2.40E+00 Gas 1 347 NO



# CAConocoPhillip

sSanFran S# 7 CO 2.40E+00 Gas 1 348 NO



# TNValeroMemph

is P010A - No. 1

East Crude Unit

Heater CO 2.44E+00 Gas 1 349 NO



# MDUofMaryland EU 001-4 CO 2.45E+00 Gas 1 350 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 4-CO Floor by

Fuel



# FacilityID CombustorID_co

mmon Pollutant_

Name ppm @

3% O2 MACT

Floor

FuelCat Metal

Furnace? Rank Test Data in

Top 12pct



# CAConocoPhillip

sSanFran S# 36 CO 2.46E+00 Gas 1 351 NO



# OKONEOKMedf

ord H-1 CO 2.47E+00 Gas 1 352 NO



# TXEquistarChan

nelview F4360C CO 2.48E+00 Gas 1 353 NO



# CATesoro S-1106 Furnace

72 CO 2.50E+00 Gas 1 354 NO



# IAKochNitrogen Reformer-Aux

Boiler CO 2.52E+00 Gas 1 355 NO



# SCPPGSpartanb

urg LLR06251

(Hurst) CO 2.57E+00 Gas 1 356 NO



# ALHuntRefining B-06 CO 2.58E+00 Gas 1 357 NO



# COSEIncComm

erceCity H-33 CO 2.59E+00 Gas 1 358 NO



# TXDowChemical

Freeport2629 B68ALS3 CO 2.62E+00 Gas 1 359 NO



# CAConocoPhillip

sSanFran S# 2 CO 2.68E+00 Gas 1 360 NO



# LAValeroRefinin

g F-52-01B CO 2.71E+00 Gas 1 361 NO



# TXDiamondSha

mrockMcKee H-8 (HCU

Fractionation) CO 2.71E+00 Gas 1 362 NO



# CAConocoPhillip

sSanFran S# 461 CO 2.71E+00 Gas 1 363 NO



# MTCHSLaurel14

01 #11 Boiler CO 2.71E+00 Gas 1 364 NO



# MTCHSLaurel14

01 H-1001 CO 2.74E+00 Gas 1 365 NO



# GAOFSFitel HWG1 CO 2.75E+00 Gas 1 366 NO



# OHSolvayAdvan

cedPolymers B011 CO 2.75E+00 Gas 1 367 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 4-CO Floor by

Fuel



# FacilityID CombustorID_co

mmon Pollutant_

Name ppm @

3% O2 MACT

Floor

FuelCat Metal

Furnace? Rank Test Data in

Top 12pct



# ORBoiseBuilding B1 CO 2.76E+00 Gas 1 368 NO



# CAExxonMobilTorrance 75F-1 CO 2.78E+00 Gas 1 369 NO



# TXSolutiaInc 50H3 CO 2.80E+00 Gas 1 370 NO



# WYSinclairWyo

ming Pt 74 #2 H2

Plant Heater CO 2.81E+00 Gas 1 371 NO



# TXOccidentalCh

emGregory CTG Duct

Burner 2 CO 2.84E+00 Gas 1 372 NO



# TXTotalPetroche

mPortArthur 52DHT2H-2 CO 2.89E+00 Gas 1 373 NO



# SCEastmanColo

mbia HTM Heater #3

(Equip ID 1101) CO 2.92E+00 Gas 1 374 NO



# TNValeroMemph

is P021 - No. 9

Boiler CO 2.93E+00 Gas 1 375 NO



# KYCentralMoto r

Wheel Alum. Div. Boiler CO 2.94E+00 Gas 1 376 NO



# LADowChemical

Vinyl F-110 CO 2.97E+00 Gas 1 377 NO



# PADominionEllis

burg Boiler 2 (Aux

Boiler) CO 3.00E+00 Gas 1 378 NO



# CAConocoPhillip

sSanFran S# 30 CO 3.06E+00 Gas 1 379 NO



# PASunocoMarcu

sHook 040 (10-4 Feed

Heater) CO 3.09E+00 Gas 1 380 NO



# MDNewPage

Luke No. 26 CO 3.09E+00 Gas 1 381 NO



# TXRohmHaasDe

erPark ACET-2B-2 CO 3.10E+00 Gas 1 382 NO



# MTCHSLaurel14

01 FCC Feed

Preheater CO 3.10E+00 Gas 1 383 NO



# NJMerckRahway E750010 - Boiler

#10 CO 3.11E+00 Gas 1 384 NO



# TXLyondellChan

nelview F96890 CO 3.16E+00 Gas 1 385 NO



# OHUSEnrichme

ntCorpPiketon X-6002 Boiler

No. 2 (South) CO 3.16E+00 Gas 1 386 NO



# FLGPPalatka EU15 CO 3.16E+00 Gas 1 387 NO



# ILMarathon 87F-103 CO 3.16E+00 Gas 1 388 NO



# GAOFSFitel HWG3 CO 3.20E+00 Gas 1 389 NO



# TXValeroTexasC

ity Boiler 18 CO 3.23E+00 Gas 1 390 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 4-CO Floor by

Fuel



# FacilityID CombustorID_co

mmon Pollutant_

Name ppm @

3% O2 MACT

Floor

FuelCat Metal

Furnace? Rank Test Data in

Top 12pct



# TXOccidentalCh

emGregory CTG Duct

Burner 1 CO 3.25E+00 Gas 1 391 NO



# TXTotalPetroche

mPortArthur 50TDPH-1 CO 3.32E+00 Gas 1 392 NO



# LAWestlakeVinyl

s 74-07 EDC

Cracking

Furnace CO 3.38E+00 Gas 1 393 NO



# MSChevronPasc

agoula F-5380B CO 3.51E+00 Gas 1 394 NO



# IACargillIowaFall

s EP 40 CO 3.53E+00 Gas 1 395 NO



# OKONEOKMed f

ord H-6 CO 3.54E+00 Gas 1 396 NO



# TXGoodyearTyle

r 6-BOIL-3 CO 3.61E+00 Gas 1 397 NO



# NJMerckRahway E750012 - Boiler

#12 CO 3.70E+00 Gas 1 398 NO



# IAMidAmericanE

nergyBettendorf

390 H2 CO 3.74E+00 Gas 1 399 NO



# CAProctorGambl

e158 5009 CO 3.74E+00 Gas 1 400 NO



# ALHuntRefining AX CO 3.83E+00 Gas 1 401 NO



# WVMorgantown

EnergyAssociate

s S009L (Aux.

Boiler 1) CO 4.00E+00 Gas 1 402 NO



# LAValeroRefinin

g CCR Heater CO 4.06E+00 Gas 1 403 NO



# FLIPPensacola Power Boiler 5 /

EU ID 02 CO 4.06E+00 Gas 1 404 NO



# AKBPExploratio

nCGF NGI-19-1402

(EU ID 13) CO 4.06E+00 Gas 1 405 NO



# PADominionGre

enlick Boiler 2 CO 4.10E+00 Gas 1 406 NO



# MSChevronPasc

agoula F-8300A CO 4.15E+00 Gas 1 407 NO



# TXTexasPetroch

emicals Boiler No. 10 CO 4.22E+00 Gas 1 408 NO



# TXValeroCorpus

Christi 129-H-301 CO 4.24E+00 Gas 1 409 NO



# MSChevronPasc

agoula F-1601 CO 4.26E+00 Gas 1 410 NO



# TXDiamondSha

mrockThreeRive

rs H-047 CO 4.27E+00 Gas 1 411 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 4-CO Floor by

Fuel



# FacilityID CombustorID_co

mmon Pollutant_

Name ppm @

3% O2 MACT

Floor

FuelCat Metal

Furnace? Rank Test Data in

Top 12pct



# LAPCSNitrogen Primary

Reformer CO 4.42E+00 Gas 1 412 NO



# TXDiamondSha

mrockMcKee B-4 (Boiler #11) CO 4.44E+00 Gas 1 413 NO



# CANUMMI S1056 CO 4.47E+00 Gas 1 414 NO



# OKQuadGraphic

sOKCity SG01 CO 4.51E+00 Gas 1 415 NO



# TXValeroCorpus

Christi 139-H-3A CO 4.76E+00 Gas 1 416 NO



# TXTexasPetroch

emicals Boiler No. 11 CO 4.79E+00 Gas 1 417 NO



# LACalumet II-SA #1

Platformer

charge heater CO 4.80E+00 Gas 1 418 NO



# IAUofIowa EP44 Temp

Boiler 2 CO 4.84E+00 Gas 1 419 NO



# ORCascadePaci

ficPulp PB1EU CO 4.87E+00 Gas 1 420 NO



# OHHondaMAP Boiler House

Boiler 5 CO 4.96E+00 Gas 1 421 NO



# TXTotalPetroche

mPortArthur 51DHT1H-1 CO 4.96E+00 Gas 1 422 NO



# INNucorSteel VTD Boiler CO 5.00E+00 Gas 1 423 NO



# OKConocoPhillip

sPoncaCity H-6007 CO 5.25E+00 Gas 1 424 NO



# NJDSMNutrition

al Boiler 3 CO 5.32E+00 Gas 1 425 NO



# DEPremcorGrou

pValero 29-H-4 CO 5.41E+00 Gas 1 426 NO



# MAMirantCanal Aux Boiler A CO 5.41E+00 Gas 1 427 NO



# LAShellChemica

Geismar Boiler F-U205 CO 5.42E+00 Gas 1 428 NO



# OKConocoPhillip

sPoncaCity H-6014 CO 5.46E+00 Gas 1 429 NO



# CAProctorGambl

e158 5006 CO 5.50E+00 Gas 1 430 NO



# ILJLMChemicals

BlueIsland Boiler 1 CO 5.50E+00 Gas 1 431 NO



# MSChevronPasc

agoula F-8510 CO 5.51E+00 Gas 1 432 NO



# PADominionFinn

efrock Boiler 2 CO 5.55E+00 Gas 1 433 NO



# PABellefieldPlan

t Boiler 7 CO 5.86E+00 Gas 1 434 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 4-CO Floor by

Fuel



# FacilityID CombustorID_co

mmon Pollutant_

Name ppm @

3% O2 MACT

Floor

FuelCat Metal

Furnace? Rank Test Data in

Top 12pct



# TXValeroTexasC

ity Heater 27 CO 5.93E+00 Gas 1 435 NO



# TXDowChemical

Freeport2629 A32CSH301 CO 6.00E+00 Gas 1 436 NO



# WIMurphyOilRefi

nery GGU 29-H02 CO 6.30E+00 Gas 1 437 NO



# TXDowChemical

LaPorte B2104 CO 6.33E+00 Gas 1 438 NO



# CANUMMI S1057 CO 6.60E+00 Gas 1 439 NO



# IDTASCONamp

a Riley Boiler CO 6.60E+00 Gas 1 440 NO



# OKSinclairTulsa

Refining NHDS Stripper

Reboiler CO 6.68E+00 Gas 1 441 NO



# LAPPGLakeCha

rles Power/UtilitiesPowerhouse CCogeneration

Unit #1 CO 6.76E+00 Gas 1 442 NO



# COCheyennePla

insCompStation H-8702 CO 6.77E+00 Gas 1 443 NO



# CAProctorGambl

e158 5005 CO 6.77E+00 Gas 1 444 NO



# PAUnitedRefinin

gWarrant 56 CO 6.87E+00 Gas 1 445 NO



# WYBurlingtonRe

sources B-4301-3 CO 7.02E+00 Gas 1 446 NO



# GARobinsAFB B016 CO 7.03E+00 Gas 1 447 NO



# LABoiseNewspri

ntDeRidder 86-02 CO 7.12E+00 Gas 1 448 NO



# LADeltech HB-513 CO 7.42E+00 Gas 1 449 NO



# OKWynnewood H48001 CO 7.43E+00 Gas 1 450 NO



# TXSolutiaInc 50H1-3 CO 7.43E+00 Gas 1 451 NO



# OHSolaeBellvue B010 CO 7.47E+00 Gas 1 452 NO



# WYOCIWyomin

g Boiler 3 CO 7.67E+00 Gas 1 453 NO



# MTCHSLaurel14

01 H-202

Fractiontor Feed

Heater CO 7.69E+00 Gas 1 454 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 4-CO Floor by

Fuel



# FacilityID CombustorID_co

mmon Pollutant_

Name ppm @

3% O2 MACT

Floor

FuelCat Metal

Furnace? Rank Test Data in

Top 12pct



# TXValeroTexasC

ity Heater 13-1480 CO 8.07E+00 Gas 1 455 NO



# LAValeroRefinin

g 401E Boiler CO 8.12E+00 Gas 1 456 NO



# TXHuntsmanPet

rochemical H-A-1 CO 8.12E+00 Gas 1 457 NO



# DEPremcorGrou

pValero 29-H-8 CO 8.12E+00 Gas 1 458 NO



# NJPassaicValley

Sewerage U20-B2 CO 8.19E+00 Gas 1 459 NO



# NCCargillFayette

ville ES-41 CO 8.21E+00 Gas 1 460 NO



# PASunocoMarcu

sHook 706 (12-4 LSG

Stabilizer

Heater, H02) CO 8.22E+00 Gas 1 461 NO



# TXDeerParkRefi

nery H5500 CO 8.30E+00 Gas 1 462 NO



# WVQuadGraphis

Martinsburg B-04 CO 8.39E+00 Gas 1 463 NO



# NJPassaicValley

Sewerage U20-B1 CO 8.41E+00 Gas 1 464 NO



# TXDowChemical

Freeport2629 B27P3S521 CO 8.43E+00 Gas 1 465 NO



# UTBigWestOil H-404 CO 8.57E+00 Gas 1 466 NO



# WYRawlinsNGL H-1 CO 8.57E+00 Gas 1 467 NO



# LAValeroRefinin

g 401D Boiler CO 8.57E+00 Gas 1 468 NO



# IDTASCONamp

a Babcock and

Wilcox (B&W)

#1 CO 8.66E+00 Gas 1 469 NO



# IDTASCONamp

a Babcock and

Wilcox (B&W)

#2 CO 8.66E+00 Gas 1 470 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 4-CO Floor by

Fuel



# FacilityID CombustorID_co

mmon Pollutant_

Name ppm @

3% O2 MACT

Floor

FuelCat Metal

Furnace? Rank Test Data in

Top 12pct



# MSChevronPasc

agoula F-8110 CO 8.66E+00 Gas 1 471 NO



# OHPPGCirclevill

e B014 CO 8.68E+00 Gas 1 472 NO



# PADominionHarr

ison Boiler 2 CO 8.70E+00 Gas 1 473 NO



# PASunocoPhilad

elphia CU-009 CO 8.80E+00 Gas 1 474 NO



# TXBASFFreepor

t B-20C CO 9.02E+00 Gas 1 475 NO



# TXValeroTexasC

ity Heater 31 CO 9.08E+00 Gas 1 476 NO



# TXValeroTexasC

ity Heater 32 CO 9.08E+00 Gas 1 477 NO



# NJHessCorpPortReading U4 - Boiler #3 CO 9.37E+00 Gas 1 478 NO



# LADowChemical

Vinyl F-103 CO 9.43E+00 Gas 1 479 NO



# IAADMClintonCo

rn EU54-1B Boiler

No. 10 CO 9.47E+00 Gas 1 480 NO



# MDSeverstalSpa

rrows 3BLR CO 9.47E+00 Gas 1 481 NO



# TXSolutiaInc 51H1 CO 9.63E+00 Gas 1 482 NO



# GARobinsAFB B018 CO 9.98E+00 Gas 1 483 NO



# GALockheedMar

tin 2580 CO 1.01E+01 Gas 1 484 NO



# PADominionHarr

ison Heater 2 CO 1.02E+01 Gas 1 485 NO



# TXDiamondSha

mrockMcKee H-11 (#2 Crude -

Anderson) CO 1.04E+01 Gas 1 486 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 4-CO Floor by

Fuel



# FacilityID CombustorID_co

mmon Pollutant_

Name ppm @

3% O2 MACT

Floor

FuelCat Metal

Furnace? Rank Test Data in

Top 12pct



# TXDeerParkRefi

nery H36100 CO 1.05E+01 Gas 1 487 NO



# TXDiamondSha

mrockMcKee H-2 (#1 Crude

Vacuum) CO 1.05E+01 Gas 1 488 NO



# SCMarlboroPap

er Package Boiler CO 1.06E+01 Gas 1 489 NO



# MOAnheuserBus

ch Boiler7 CO 1.07E+01 Gas 1 490 NO



# LACalumet VII-f DHT 92-H100 heater CO 1.08E+01 Gas 1 491 NO



# NJHessCorpPortReading U4 - Boiler #4 CO 1.12E+01 Gas 1 492 NO



# WYOCIWyomin

g Boiler 4 CO 1.13E+01 Gas 1 493 NO



# PAYorkJCIGrantley B49 Boilers CO 1.15E+01 Gas 1 494 NO



# TXValeroTexasC

ity Heater 29 CO 1.15E+01 Gas 1 495 NO



# IAUofIowa EP43 Temp

Boiler 1 CO 1.19E+01 Gas 1 496 NO



# TXBASFFreepor

t W-500H CO 1.22E+01 Gas 1 497 NO



# MTCHSLaurel14

01 Coker Charge

Heater CO 1.27E+01 Gas 1 498 NO



# OHMarathonRefi

neryCanton B022 - HDT

Heater CO 1.27E+01 Gas 1 499 NO



# ORSierraPineSp

ringfield SPSPBL01 CO 1.29E+01 Gas 1 500 NO



# OKONEOKMed f

ord H-7 CO 1.30E+01 Gas 1 501 NO



# NJAPIFoils 1 CO 1.35E+01 Gas 1 502 NO



# COSEIncComm

erceCity B501 CO 1.35E+01 Gas 1 503 NO



# MIMarathonOilD

etroit 14H8 - CCR

Charge Heater CO 1.35E+01 Gas 1 504 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 4-CO Floor by

Fuel



# FacilityID CombustorID_co

mmon Pollutant_

Name ppm @

3% O2 MACT

Floor

FuelCat Metal

Furnace? Rank Test Data in

Top 12pct



# MIMarathonOilD

etroit 8H1 - GOHT

Charge Heater CO 1.35E+01 Gas 1 505 NO



# DEPremcorGrou

pValero 29-H-5 CO 1.35E+01 Gas 1 506 NO



# OKONEOKMed f

ord H-2 CO 1.43E+01 Gas 1 507 NO



# ORWeyerhaeus

erCoWarrentonL

umberMill 4-NGB CO 1.43E+01 Gas 1 508 NO



# LAWestlakeVinyl

s 03-04 Utility

Boiler CO 1.44E+01 Gas 1 509 NO



# IAMidAmericanE

nergyCouncil

Bluffs391 Unit 4 Auxilliary

Boiler CO 1.46E+01 Gas 1 510 NO



# WIFlambeauRiv

erPaper B20 CO 1.53E+01 Gas 1 511 NO



# MIZeelandFarm Large Boiler CO 1.55E+01 Gas 1 512 NO



# WAUSOilandRef

iningTacoma H-202 CO 1.58E+01 Gas 1 513 NO



# TXDowChemical

Freeport2629 B27P3S503 CO 1.59E+01 Gas 1 514 NO



# PADominionGre

enlick Heater 4 CO 1.60E+01 Gas 1 515 NO



# TXBASFFreepo r

t Dehydro Heaters CO 1.62E+01 Gas 1 516 NO



# TXDiamondSha

mrockMcKee H-26 (#2

Vacuum Heater) CO 1.63E+01 Gas 1 517 NO



# TXLubrizolCorp

DeerParkPlant BOILER NO.6 CO 1.67E+01 Gas 1 518 NO



# TXWesternRefini

ng F-3901 CO 1.75E+01 Gas 1 519 NO



# COSEIncComm

erceCity H103 CO 1.76E+01 Gas 1 520 NO



# IAADMClintonCo

rn EU504-2 WWTP

Oil Heater CO 1.78E+01 Gas 1 521 NO



# ILFlintHillsResou

rces CB-706 CO 1.78E+01 Gas 1 522 NO



# CATesoro S-919 Furnace

19 CO 1.80E+01 Gas 1 523 NO



# SCDuPontTeijin

Florence Boiler #1 CO 1.85E+01 Gas 1 524 NO



# TXWesternRefini

ng F-1011 CO 1.85E+01 Gas 1 525 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 4-CO Floor by

Fuel



# FacilityID CombustorID_co

mmon Pollutant_

Name ppm @

3% O2 MACT

Floor

FuelCat Metal

Furnace? Rank Test Data in

Top 12pct



# CASoCalGas H-401B CO 1.93E+01 Gas 1 526 NO



# LAAmericasSty r

enics HB-3500 CO 1.96E+01 Gas 1 527 NO



# CASoCalGas H-401A CO 1.97E+01 Gas 1 528 NO



# SCDuPontTeijin

Florence Boiler #2 CO 1.98E+01 Gas 1 529 NO



# TXFirestonePol y

mersLLC E-B110 CO 1.99E+01 Gas 1 530 NO



# OHADMFostoria

1778 B005 CO 2.00E+01 Gas 1 531 NO



# MAMirantCanal Aux Boiler B CO 2.12E+01 Gas 1 532 NO



# TNValeroMemph

is P013-DHDS

Reactor Chrg Htr

& Fractionator

Reboiler CO 2.15E+01 Gas 1 533 NO



# LAConocoPhillip

sUnit891 891-H-1 Delayed

Coker Charge

Heater CO 2.20E+01 Gas 1 534 NO



# LADowChemical

Vinyl F-106 CO 2.27E+01 Gas 1 535 NO



# MIPfizerGlobal1

179 EUBoiler6 CO 2.28E+01 Gas 1 536 NO



# OKQuadGraphic

sOKCity SG02 CO 2.30E+01 Gas 1 537 NO



# PAINDESPEC 040 CO 2.32E+01 Gas 1 538 NO



# PADominionFinn

efrock Boiler (Pennco) CO 2.35E+01 Gas 1 539 NO



# TXValeroTexasC

ity Boiler 26 CO 2.37E+01 Gas 1 540 NO



# MSWeyerhaeus

erColumbus AA-019 CO 2.48E+01 Gas 1 541 NO



# LADowChemical

Vinyl F-101 CO 2.50E+01 Gas 1 542 NO



# TXHuntsmanPor

tNeches Boiler HK-11 CO 2.51E+01 Gas 1 543 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 4-CO Floor by

Fuel



# FacilityID CombustorID_co

mmon Pollutant_

Name ppm @

3% O2 MACT

Floor

FuelCat Metal

Furnace? Rank Test Data in

Top 12pct



# TXTotalPetroche

mPortArthur 01ACU1H101 CO 2.53E+01 Gas 1 544 NO



# PADominionEllis

burg Heater 4 (045) CO 2.53E+01 Gas 1 545 NO



# TXDiamondSha

mrockMcKee H-40 (#1 PDA

Asplalt Heater) CO 2.53E+01 Gas 1 546 NO



# MIPfizerGlobal1

179 EUBoiler2 CO 2.54E+01 Gas 1 547 NO



# KSGMFairfax Boiler No.4 CO 2.54E+01 Gas 1 548 NO



# MIFordWayneAs

sembly Powerhouse

Boiler 3 CO 2.57E+01 Gas 1 549 NO



# PASunocoMarcu

sHook D Boiler (FPLE) CO 2.57E+01 Gas 1 550 NO



# VADuPontSprua

nce Dowtherm

Vaporizer No. 5 CO 2.60E+01 Gas 1 551 NO



# LADowChemical

Vinyl F-104 CO 2.64E+01 Gas 1 552 NO



# CADucommun A

eroStructures B003705 CO 2.65E+01 Gas 1 553 NO



# TXValeroCorpus

Christi 139-H-3B CO 2.66E+01 Gas 1 554 NO



# MIMarathonOilD

etroit 11H1 - FCCU

Charge Heater CO 2.71E+01 Gas 1 555 NO



# ORGPToledo EU13 - Power

Boiler #1 CO 2.72E+01 Gas 1 556 NO



# WAConocoPhilli

psFerndale 22F-1E CO 2.73E+01 Gas 1 557 NO



# LADowChemical

Vinyl F-105 CO 2.76E+01 Gas 1 558 NO



# LACF Industries No. 2 Urea

Boiler B CO 2.80E+01 Gas 1 559 NO



# TXDiamondSha

mrockThreeRive

rs H-1402 CO 2.81E+01 Gas 1 560 NO



# TXDowChemical

Freeport2629 BSRSRHET2 CO 2.83E+01 Gas 1 561 NO



# NJDSMNutrition

al Boiler 2 CO 2.84E+01 Gas 1 562 NO



# LADowChemical

Vinyl F-102 CO 2.89E+01 Gas 1 563 NO



# TXChevronBayto

wn H-602 CO 2.93E+01 Gas 1 564 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 4-CO Floor by

Fuel



# FacilityID CombustorID_co

mmon Pollutant_

Name ppm @

3% O2 MACT

Floor

FuelCat Metal

Furnace? Rank Test Data in

Top 12pct



# ILAbbottNorthCh

icago Boiler #11 CO 2.93E+01 Gas 1 565 NO



# ORFlakeboardAl

bany Boil-1 CO 2.94E+01 Gas 1 566 NO



# COCheyennePla

insCompStation H-8701 CO 2.98E+01 Gas 1 567 NO



# ORIPSpringfield Power Boiler CO 2.98E+01 Gas 1 568 NO



# CTCytecWallingf

ord 150 Furnace CO 2.98E+01 Gas 1 569 NO



# GARobinsAFB B017 CO 3.02E+01 Gas 1 570 NO



# CATesoro S-951 Furnace

51 CO 3.04E+01 Gas 1 571 NO



# MNAndersonCo r

pBayport Boiler 13 EU622 CO 3.04E+01 Gas 1 572 NO



# IAADMClintonCo

rn EU504-1 WWTP

Oil Heater CO 3.04E+01 Gas 1 573 NO



# MSPYCO AA-001 CO 3.09E+01 Gas 1 574 NO



# MNAndersonCor

pBayport Boiler 11 EU620 CO 3.14E+01 Gas 1 575 NO



# MNAndersonCo r

pBayport Boiler 12 EU621 CO 3.14E+01 Gas 1 576 NO



# TXLanxessOrange EQ-3V CO 3.25E+01 Gas 1 577 NO



# PADominionEllis

burg Heater 5 (052) CO 3.27E+01 Gas 1 578 NO



# VADuPontSprua

nce Dowtherm

Vaporizer No. 4 CO 3.33E+01 Gas 1 579 NO



# MSChevronPasc

agoula F-8300C CO 3.36E+01 Gas 1 580 NO



# VAUniversityofVi

rginia 7103-1-02R CO 3.39E+01 Gas 1 581 NO



# LATembecUSA PB No.4 CO 3.41E+01 Gas 1 582 NO



# TXChevronBayto

wn H-530 CO 3.44E+01 Gas 1 583 NO



# MDDominionCo v

ePoint S004-17 CO 3.45E+01 Gas 1 584 NO



# MDDominionCo v

ePoint S004-25 CO 3.48E+01 Gas 1 585 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 4-CO Floor by

Fuel



# FacilityID CombustorID_co

mmon Pollutant_

Name ppm @

3% O2 MACT

Floor

FuelCat Metal

Furnace? Rank Test Data in

Top 12pct



# NJPassaicValley

Sewerage U20-B3 CO 3.58E+01 Gas 1 586 NO



# IDAgriumNuWes

t S-Nb-1 CO 3.60E+01 Gas 1 587 NO



# LAValeroRefinin

g 401C Boiler CO 3.61E+01 Gas 1 588 NO



# TXLanxessOrange EQ-1V CO 3.65E+01 Gas 1 589 NO



# WAGPCamas No. 5 Power

Boiler CO 3.65E+01 Gas 1 590 NO



# WVQuadGraphis

Martinsburg B-02 CO 3.67E+01 Gas 1 591 NO



# VADuPontSprua

nce Dowtherm

Vaporizer No. 6 CO 3.70E+01 Gas 1 592 NO



# NJDSMNutrition

al Boiler 4 CO 3.74E+01 Gas 1 593 NO



# MDDominionCo v

ePoint S004-21 CO 3.78E+01 Gas 1 594 NO



# PASunocoMarcu

sHook B Boiler (FPLE) CO 3.79E+01 Gas 1 595 NO



# NJSunocoWestv

ille Boiler #6 CO 3.85E+01 Gas 1 596 NO



# MOMcDonnelDo

uglasStLouis 103-1 CO 3.87E+01 Gas 1 597 NO



# PASunocoMarcu

sHook C Boiler (FPLE) CO 4.01E+01 Gas 1 598 NO



# OKTerraNitrogen UC Boiler CO 4.06E+01 Gas 1 599 NO



# PADominionGre

enlick Heater 2 CO 4.19E+01 Gas 1 600 NO



# KSSpiritAero 3-224R-BLR3 CO 4.19E+01 Gas 1 601 NO



# PASunocoMarcu

sHook A Boiler (FPLE) CO 4.20E+01 Gas 1 602 NO



# TXLubrizolCorp

DeerParkPlant BOILER NO.4 CO 4.24E+01 Gas 1 603 NO



# LACF Industries No. 2 Urea

Boiler A CO 4.27E+01 Gas 1 604 NO



# ILKoppersInc Boiler #4 CO 4.28E+01 Gas 1 605 NO



# LAShellChemica

Geismar Boiler F-U201 CO 4.28E+01 Gas 1 606 NO



# NYKodakPark #1 boiler B-514 CO 4.30E+01 Gas 1 607 NO



# TXHuntsmanPet

rochemical H-F-2 CO 4.33E+01 Gas 1 608 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 4-CO Floor by

Fuel



# FacilityID CombustorID_co

mmon Pollutant_

Name ppm @

3% O2 MACT

Floor

FuelCat Metal

Furnace? Rank Test Data in

Top 12pct



# TXHuntsmanPet

rochemical H-F-3 CO 4.33E+01 Gas 1 609 NO



# NYKodakPark #1 boiler B-95 CO 4.35E+01 Gas 1 610 NO



# COSEIncComm

erceCity B-6 CO 4.38E+01 Gas 1 611 NO



# ILAbbottNorthCh

icago Boiler #10 CO 4.45E+01 Gas 1 612 NO



# TXValeroTexasC

ity Heater 60 CO 4.46E+01 Gas 1 613 NO



# NYKodakPark 2 boiler B-514 CO 4.47E+01 Gas 1 614 NO



# IDPotlatchLewist

on 2 Power Boiler CO 4.50E+01 Gas 1 615 NO



# MDDominionCo v

ePoint S004-19 CO 4.56E+01 Gas 1 616 NO



# OHTateLyleDay t

on B004 CO 4.59E+01 Gas 1 617 NO



# MDDominionCo v

ePoint S004-22 CO 4.60E+01 Gas 1 618 NO



# OHFordClevelan

dCasting Boiler No. 3

(BO22) CO 4.60E+01 Gas 1 619 NO



# LABoiseNewspri

ntDeRidder 86-01 CO 4.62E+01 Gas 1 620 NO



# OHTateLyleDay t

on B002 CO 4.74E+01 Gas 1 621 NO



# DEPremcorGrou

pValero 29-H-101 CO 4.74E+01 Gas 1 622 NO



# MDDominionCo v

ePoint S004-20 CO 4.77E+01 Gas 1 623 NO



# CAMillerCoorsI r

windale D3 Keeler CO 4.80E+01 Gas 1 624 NO



# MDDominionCo v

ePoint S004-24 CO 4.81E+01 Gas 1 625 NO



# MDDominionCov

ePoint S004-23 CO 4.81E+01 Gas 1 626 NO



# OKConocoPhillip

sPoncaCity B-0008 CO 4.82E+01 Gas 1 627 NO



# MDDominionCov

ePoint S004-18 CO 4.84E+01 Gas 1 628 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 4-CO Floor by

Fuel



# FacilityID CombustorID_co

mmon Pollutant_

Name ppm @

3% O2 MACT

Floor

FuelCat Metal

Furnace? Rank Test Data in

Top 12pct



# PADominionGre

enlick Heater B CO 4.90E+01 Gas 1 629 NO



# TXRohmHaasDe

erPark HT-9 CO 4.95E+01 Gas 1 630 NO



# GARobinsAFB B014 CO 4.96E+01 Gas 1 631 NO



# TXDeerParkRefi

nery H5105 CO 5.09E+01 Gas 1 632 NO



# TXDeerParkRefi

nery H63000 CO 5.09E+01 Gas 1 633 NO



# CATesoro S-920 Furnace

20 CO 5.10E+01 Gas 1 634 NO



# TXLanxessOrange BOS-31V CO 5.14E+01 Gas 1 635 NO



# VAUniversityofVi

rginia 5575-1-03 CO 5.27E+01 Gas 1 636 NO



# NJPassaicValley

Sewerage U20-B4 CO 5.28E+01 Gas 1 637 NO



# MDDominionCo v

ePoint S004-16 CO 5.43E+01 Gas 1 638 NO



# NYKodakPark #2 boiler B-95 CO 5.53E+01 Gas 1 639 NO



# LACitgoLakeCha

rles EQT028 CO 5.55E+01 Gas 1 640 NO



# MOAnheuserBus

ch Boiler 5 CO 5.58E+01 Gas 1 641 NO



# PADominionOa k

ford Boiler 2 CO 5.59E+01 Gas 1 642 NO



# LACalumet VII-h sour crude

heater 9*3-H200 CO 5.68E+01 Gas 1 643 NO



# WYSinclairCasp

er Pt. 18 B-201

CHD Heater CO 6.00E+01 Gas 1 644 NO



# PADominionGre

enlick Heater 1 CO 6.00E+01 Gas 1 645 NO



# VAUniversityofVi

rginia 7103-1-05 CO 6.00E+01 Gas 1 646 NO



# ILWoodRiverRefi

nery HTR-DU1-F301 CO 6.04E+01 Gas 1 647 NO



# VAUniversityofVi

rginia 5575-1-02 CO 6.08E+01 Gas 1 648 NO



# NYKodakPark #2 boiler B-502 CO 6.10E+01 Gas 1 649 NO



# PADominionGre

enlick Boiler 1 CO 6.20E+01 Gas 1 650 NO



# NEAgProcessing

SOY EP 117 CO 6.20E+01 Gas 1 651 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 4-CO Floor by

Fuel



# FacilityID CombustorID_co

mmon Pollutant_

Name ppm @

3% O2 MACT

Floor

FuelCat Metal

Furnace? Rank Test Data in

Top 12pct



# LACF Industries No. 1 Urea

Boiler CO 6.23E+01 Gas 1 652 NO



# OKConocoPhillip

sPoncaCity B-0010 CO 6.59E+01 Gas 1 653 NO



# OKConocoPhillip

sPoncaCity B-0009 CO 6.59E+01 Gas 1 654 NO



# TXLanxessOrange EQ-2V CO 6.63E+01 Gas 1 655 NO



# ILKoppersInc Boiler #1 CO 6.67E+01 Gas 1 656 NO



# TXDiamondSha

mrockMcKee H-45 (#1

Hydrotreater

Charge) CO 6.73E+01 Gas 1 657 NO



# TXDiamondSha

mrockMcKee H-1 (#1 Crude

Charge) CO 6.76E+01 Gas 1 658 NO



# CATesoro S-915 Furnace

15 CO 7.04E+01 Gas 1 659 NO



# WABoeingFredri

ckson Boiler #2 CO 7.06E+01 Gas 1 660 NO



# FLIPPensacola Power Boiler 6 /

EU ID 03 CO 7.08E+01 Gas 1 661 NO



# PADominionGre

enlick Heater A CO 7.10E+01 Gas 1 662 NO



# SCPPGSpartanb

urg LLR01490

(Superior) CO 7.21E+01 Gas 1 663 NO



# TXDowChemical

Freeport2629 BSRSRHET1 CO 7.24E+01 Gas 1 664 NO



# NYKodakPark #1 Boiler B-502 CO 7.25E+01 Gas 1 665 NO



# VAUniversityofVi

rginia 5575-1-01 CO 7.36E+01 Gas 1 666 NO



# PADominionGre

enlick Heater C CO 7.40E+01 Gas 1 667 NO



# VAUniversityofVi

rginia 5575-1-04 CO 7.41E+01 Gas 1 668 NO



# TXFirestonePol y

mersLLC E-B111 CO 7.41E+01 Gas 1 669 NO



# OHMillenniumIn

organicChemical

s1872 B016 CO 7.50E+01 Gas 1 670 NO



# LAShellChemica

Geismar Boiler F-U206 CO 7.59E+01 Gas 1 671 NO



# ORSPNewsprint B6-EU CO 7.71E+01 Gas 1 672 NO



# ORSPNewsprint B7-EU CO 7.71E+01 Gas 1 673 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 4-CO Floor by

Fuel



# FacilityID CombustorID_co

mmon Pollutant_

Name ppm @

3% O2 MACT

Floor

FuelCat Metal

Furnace? Rank Test Data in

Top 12pct



# OHTateLyleDay t

on B001 CO 7.78E+01 Gas 1 674 NO



# PAAKSteelButler 037A - Boiler 21 CO 7.86E+01 Gas 1 675 NO



# TXRohmHaasDe

erPark ACET-2A-2 CO 7.99E+01 Gas 1 676 NO



# WYOCIWyomin

g Boiler 5 CO 8.03E+01 Gas 1 677 NO



# NCReevesBrosR

utherfordton B4 CO 8.30E+01 Gas 1 678 NO



# TXDiamondSha

mrockThreeRive

rs 6F-3 CO 8.45E+01 Gas 1 679 NO



# TXWesternRefini

ng F-1001 CO 8.71E+01 Gas 1 680 NO



# TXDowChemical

Freeport2629 BSRSRHDHT CO 8.99E+01 Gas 1 681 NO



# OKTerraNitrogen #1 Primary

Reformer CO 9.07E+01 Gas 1 682 NO



# MTCHSLaurel14

01 #10 Boiler CO 9.30E+01 Gas 1 683 NO



# WYSinclairWyo

ming Pt 41 #9 HPB CO 9.32E+01 Gas 1 684 NO



# ILCSLBehring Cogen Turbine CO 9.46E+01 Gas 1 685 NO



# INNucorSteel HM#2 Annealing CO 9.60E+01 Gas 1 686 NO



# INNucorSteel HM#1 Annealing CO 9.67E+01 Gas 1 687 NO



# LACalume t IV-O #10 Boiler CO 9.68E+01 Gas 1 688 NO



# TXWesternRefini

ng 125 CO 9.95E+01 Gas 1 689 NO



# TXDiamondSha

mrockMcKee B-12 (600#

Boiler) CO 9.97E+01 Gas 1 690 NO



# TXBayerMaterial

Science Fulton Hot Oil

Skid CO 1.00E+02 Gas 1 691 NO



# TXGoodyearBea

umont B107 CO 1.00E+02 Gas 1 692 NO



# TXLubrizolBaypo

rt BOIL-1 CO 1.02E+02 Gas 1 693 NO



# ILTheSolaeCo 606-000 CO 1.02E+02 Gas 1 694 NO



# TXTexasPetroch

emicals Boiler No. 2 CO 1.02E+02 Gas 1 695 NO



# MNBoisePaper1

212 EU 460 Boiler #9 CO 1.02E+02 Gas 1 696 NO



# LALionCopolyme

r EQT 56 CO 1.11E+02 Gas 1 697 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 4-CO Floor by

Fuel



# FacilityID CombustorID_co

mmon Pollutant_

Name ppm @

3% O2 MACT

Floor

FuelCat Metal

Furnace? Rank Test Data in

Top 12pct



# MOAnheuserBus

ch Boiler 1 CO 1.11E+02 Gas 1 698 NO



# NEADMCornPro

cessingColumbu

s WM38 Boiler #1 CO 1.14E+02 Gas 1 699 NO



# TXFormosaPlast

ics THS-10 (EPN

7F) CO 1.16E+02 Gas 1 700 NO



# ILFlintHillsResou

rces HB-2200 CO 1.20E+02 Gas 1 701 NO



# ORGPToledo EU22 - Power

Boiler #5 CO 1.20E+02 Gas 1 702 NO



# WABoeingFredri

ckson Boiler #1 CO 1.30E+02 Gas 1 703 NO



# MSPYCO AA-002 CO 1.30E+02 Gas 1 704 NO



# COParachuteGa

sPlant H-3741 (HTR-4) CO 1.35E+02 Gas 1 705 NO



# PAUnitedRefinin

gWarrant 51 CO 1.36E+02 Gas 1 706 NO



# TXDowChemical

Freeport2629 B27P3S523 CO 1.36E+02 Gas 1 707 NO



# INHaynesInterna

tional Boiler 1 CO 1.42E+02 Gas 1 708 NO



# TXDeerParkRefi

nery H1000 CO 1.44E+02 Gas 1 709 NO



# GAADMLocation

551 640- Cleaver

Brooks CO 1.45E+02 Gas 1 710 NO



# CAExxonMobilTorrance 3F-1A CO 1.48E+02 Gas 1 711 NO



# CAExxonMobilTorrance 3F-1B CO 1.48E+02 Gas 1 712 NO



# CAExxonMobilTorrance 3F-2A CO 1.48E+02 Gas 1 713 NO



# CAExxonMobilTorrance 3F-2B CO 1.48E+02 Gas 1 714 NO



# MOMcDonnelDo

uglasStLouis 78-1 CO 1.49E+02 Gas 1 715 NO



# TXDeerParkRefi

nery H5600 CO 1.55E+02 Gas 1 716 NO



# GARobinsAFB B015 CO 1.60E+02 Gas 1 717 NO



# MOMcDonnelDo

uglasStLouis 78-2 CO 1.65E+02 Gas 1 718 NO



# TXDowChemical

Freeport2629 B23G2S826 CO 1.74E+02 Gas 1 719 NO



# PADominionGre

enlick Heater 3 CO 1.80E+02 Gas 1 720 NO



# CACAPortlandC

ementMojave D4-1-AH1 CO 1.85E+02 Gas 1 721 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 4-CO Floor by

Fuel



# FacilityID CombustorID_co

mmon Pollutant_

Name ppm @

3% O2 MACT

Floor

FuelCat Metal

Furnace? Rank Test Data in

Top 12pct



# TXRohmHaasDe

erPark HT-2 CO 1.86E+02 Gas 1 722 NO



# INHaynesInterna

tional Boiler 2 CO 1.88E+02 Gas 1 723 NO



# MIPfizerGlobal1

179 EUBoiler1B CO 1.91E+02 Gas 1 724 NO



# CADucommun A

eroStructures B003704 CO 2.01E+02 Gas 1 725 NO



# MNADMCornDivi

sion Gas Boiler #4

EU054 CO 2.02E+02 Gas 1 726 NO



# OHHondaMAP Boiler House

Boiler 2 CO 2.17E+02 Gas 1 727 NO



# INTateLyleSaga

more 21B501 CO 2.17E+02 Gas 1 728 NO



# NYKodakPark #3 boiler B-91 CO 2.51E+02 Gas 1 729 NO



# ILKoppersInc Tube Heater

F201 CO 2.51E+02 Gas 1 730 NO



# CAConocoPhillip

sSanFran S# 22 CO 2.54E+02 Gas 1 731 NO



# SCMichelinSand

ySprings B:02:01 CO 2.56E+02 Gas 1 732 NO



# TXMeadWestva

coEvadale 21-2069 CO 2.59E+02 Gas 1 733 NO



# TXLubrizolCorp

DeerParkPlant BOILER NO.5 CO 2.64E+02 Gas 1 734 NO



# ORIPSpringfield Package Boiler CO 2.70E+02 Gas 1 735 NO



# MIMISugarBayCi

ty #5 Boiler CO 2.84E+02 Gas 1 736 NO



# TXDeerParkChe

micalPlant H1300 CO 2.85E+02 Gas 1 737 NO



# TXMeadWestva

coEvadale 21-2104 CO 3.18E+02 Gas 1 738 NO



# CATesoro S-931 Furnace

31 CO 3.68E+02 Gas 1 739 NO



# TXRohmHaasDe

erPark HT-1 CO 3.69E+02 Gas 1 740 NO



# DEPremcorGrou

pValero 29-H-6 CO 4.07E+02 Gas 1 741 NO



# FLPepperidgeFa

rm HOT WAT GAS

FIRED CO 4.94E+02 Gas 1 742 NO



# TXDiamondSha

mrockMcKee B-6 (Boiler #13) CO 5.17E+02 Gas 1 743 NO



# PACraftMaster No1 Boiler

Source ID 031 CO 6.00E+02 Gas 1 744 NO



# TXTiconaPolyme

rsBishop Power Boiler 12 CO 6.46E+02 Gas 1 745 NO



# IDPotlatchLewist

on 4 Power Boiler CO 1.01E+03 Gas 1 746 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 4-CO Floor by

Fuel



# FacilityID CombustorID_co

mmon Pollutant_

Name ppm @

3% O2 MACT

Floor

FuelCat Metal

Furnace? Rank Test Data in

Top 12pct



# ORGeorgiaPacifi

cWaunaMill EU34 - Package

Boiler CO 1.31E+03 Gas 1 747 NO



# OHHondaMAP Boiler House

Boiler 1 CO 1.33E+03 Gas 1 748 NO



# ARGBPMorrilton SN-14 CO 1.68E+03 Gas 1 749 NO



# TXOxyVinylsPas

adena F4 Boiler CO 3.22E+03 Gas 1 750 NO



# ORGPToledo EU18 - Power

Boiler #3 CO 3.35E+03 Gas 1 751 NO



# CATesoro S-917 Furnace

17 CO 3.40E+03 Gas 1 752 NO



# IAAlcoaDavenpo

rt CFRN21 CO 5.83E+03 Gas 1 753 NO



# LAShellChemica

Geismar Furnace F-S801 CO 1.29E-02 Gas 2 yes

TXEquistarChem

icals UTBLRG CO 2.11E-02 Gas 2 1 YES



# TXFlintHillsPortA

rthur LOUBOILER10 CO 8.00E-02 Gas 2 2 YES



# TXEquistarChan

nelview F38001A CO 1.00E-01 Gas 2 3 YES



# TXEquistarChan

nelview F38001B CO 1.00E-01 Gas 2 4 YES



# TXFlintHillsPortA

rthur LOUBOILER9 CO 1.00E-01 Gas 2 5 YES



# TXLyondellChan

nelview F6101 CO 1.00E-01 Gas 2 6 YES



# TXLyondellChan

nelview F6105 CO 1.00E-01 Gas 2 7 YES



# TXEquistarChan

nelview F4601 CO 1.10E-01 Gas 2 8 YES



# TXLyondellChan

nelview F6103 CO 1.10E-01 Gas 2 9 YES



# TXLyondellChan

nelview F6104 CO 1.10E-01 Gas 2 10 NO



# TXEquistarCorp

usChristi 4D CO 1.35E-01 Gas 2 11 NO



# TXLyondellPasa

dena B-901 CO 1.35E-01 Gas 2 12 NO



# TXLyondellPasa

dena B-902A CO 1.35E-01 Gas 2 13 NO



# TXLyondellPasa

dena B-902B CO 1.35E-01 Gas 2 14 NO



# TXChevronBayto

wn H-1530 CO 1.70E-01 Gas 2 15 NO



# TXEquistarCorp

usChristi 5A CO 1.80E-01 Gas 2 16 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 4-CO Floor by

Fuel



# FacilityID CombustorID_co

mmon Pollutant_

Name ppm @

3% O2 MACT

Floor

FuelCat Metal

Furnace? Rank Test Data in

Top 12pct



# TXHuntsmanPor

tNeches A3 Furnace HA3-1A CO 2.02E-01 Gas 2 17 NO



# MDSeverstalSpa

rrows 1BLR (No. 1

Boiler) CO 2.57E-01 Gas 2 18 NO



# LAAmericasSty r

enics HS-4201 CO 3.09E-01 Gas 2 19 NO



# LAAmericasSty r

enics HS-4219 CO 3.09E-01 Gas 2 20 NO



# INArcelorMittalB

urnsHarbor No. 7 Boiler CO 4.06E-01 Gas 2 21 NO



# LAShellChemica

Geismar Furnace FS2881 CO 5.22E-01 Gas 2 22 NO



# TXEquistarCorp

usChristi 4B CO 5.41E-01 Gas 2 23 NO



# LAAmericasSty r

enics HS-2201 CO 7.49E-01 Gas 2 24 NO



# LAAmericasSty r

enics HS-2219 CO 7.49E-01 Gas 2 25 NO



# SCBMWManufa

cturingCo HB03 CO 8.66E-01 Gas 2 26 NO



# TXLyondellChan

nelview F6102 CO 8.77E-01 Gas 2 27 NO



# TXChevronBayto

wn BF-801A CO 8.90E-01 Gas 2 28 NO



# TXEquistarChan

nelview F48001A CO 8.93E-01 Gas 2 29 NO



# TXEquistarChan

nelview F48001B CO 8.93E-01 Gas 2 30 NO



# TXLyondellChan

nelview F67800 CO 1.00E+00 Gas 2 31 NO



# TXLyondellChan

nelview F96800 CO 1.00E+00 Gas 2 32 NO



# TXHuntsmanPor

tNeches A3 Furnace HA3-1D CO 1.16E+00 Gas 2 33 NO



# TXHuntsmanPor

tNeches A3 Furnace HA3-1G CO 1.30E+00 Gas 2 34 NO



# TXEastmanChe

mLongview OL044H5A CO 1.35E+00 Gas 2 35 NO



# TXEquistarChan

nelview F3601 CO 1.62E+00 Gas 2 36 NO



# WVMountainStat

eCarbonFollansb

ee S5 CO 2.42E+00 Gas 2 37 NO



# MDSeverstalSpa

rrows 3BLR CO 2.71E+00 Gas 2 38 NO



# ARAlbemarleSo

uth SN-BH-02 CO 3.12E+00 Gas 2 39 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 4-CO Floor by

Fuel



# FacilityID CombustorID_co

mmon Pollutant_

Name ppm @

3% O2 MACT

Floor

FuelCat Metal

Furnace? Rank Test Data in

Top 12pct



# WVMountainStat

eCarbonFollansb

ee S1 CO 3.55E+00 Gas 2 40 NO



# TXHuntsmanPor

tNeches A3 Furnace HA3-1E CO 5.23E+00 Gas 2 41 NO



# TXEquistarCorp

usChristi 1J CO 5.23E+00 Gas 2 42 NO



# TXFlintHillsPortA

rthur LOUHEATER1 CO 6.00E+00 Gas 2 43 NO



# TXHuntsmanPor

tNeches A3 Furnace HA3-1B CO 7.71E+00 Gas 2 44 NO



# WIGPGreenBay

2818 B29 - Fluidized

Bed Boiler #9 CO 8.48E+00 Gas 2 45 NO



# TXEquistarChem

icals UTBLRH CO 1.04E+01 Gas 2 46 NO



# TXEastmanChe

mLongview OL032H5B CO 1.26E+01 Gas 2 47 NO



# INRollsRoyceInd

ianapolis 70-65 CO 1.29E+01 Gas 2 48 NO



# ARAlbemarleSo

uth SN-BH-01 CO 1.38E+01 Gas 2 49 NO



# TXEastmanChe

mLongview OL033H5B CO 1.40E+01 Gas 2 50 NO



# TXHuntsmanPor

tNeches Boiler HK-11 CO 1.61E+01 Gas 2 51 NO



# LAAmericasSty r

enics HB-302 CO 1.83E+01 Gas 2 52 NO



# LALakeCharlesC

hemical LAB-LH-3 (Hot

Oil Heater) CO 2.24E+01 Gas 2 53 NO



# TXFlintHillsOdes

sa F-Boiler CO 2.34E+01 Gas 2 54 NO



# NJAPIFoils 2 CO 2.66E+01 Gas 2 55 NO



# TXChevronBayto

wn BA-651 CO 2.80E+01 Gas 2 56 NO



# TXChevronBayto

wn BF-801B CO 3.21E+01 Gas 2 57 NO



# LAAmericasSty r

enics HS-1101 CO 3.22E+01 Gas 2 58 NO



# TXHuntsmanPor

tNeches PO Boiler H-K2-

003 CO 4.09E+01 Gas 2 59 NO



# TXChevronBayto

wn H-3 CO 4.31E+01 Gas 2 60 NO



# TXFlintHillsOdes

sa B-Boiler CO 4.98E+01 Gas 2 61 NO



# TXEquistarChan

nelview F3701 CO 1.06E+02 Gas 2 62 NO



# TXFlintHillsOdes

sa A-Boiler CO 1.08E+02 Gas 2 63 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 4-CO Floor by

Fuel



# FacilityID CombustorID_co

mmon Pollutant_

Name ppm @

3% O2 MACT

Floor

FuelCat Metal

Furnace? Rank Test Data in

Top 12pct



# INTateLyleSaga

more 21B501 CO 1.23E+02 Gas 2 64 NO



# TXGoodyearBea

umont B106 CO 1.32E+02 Gas 2 65 NO



# LAGPPortHudso

n EQT0100 -

Power Boiler No.

5 CO 1.38E+02 Gas 2 66 NO



# TXHuntsmanPor

tNeches A3 Furnace HA3-1H CO 1.70E+02 Gas 2 67 NO



# TXChevronBayto

wn BA-401 CO 2.01E+02 Gas 2 68 NO



# TXBorger Boiler 1 CO 2.84E+02 Gas 2 69 NO



# TXBorger Boiler 2 CO 2.84E+02 Gas 2 70 NO



# TXEquistarCorp

usChristi 3A CO 1.35E+03 Gas 2 71 NO



# TXHuntsmanPor

tNeches A3 Furnace HA3-1J CO 2.75E+03 Gas 2 72 NO



# TXHuntsmanPor

tNeches A3 Furnace HA3-1C CO 2.87E+03 Gas 2 73 NO



# TXHuntsmanPor

tNeches A3 Furnace HA3-1F CO 3.32E+03 Gas 2 74 NO



# SCDAKAmericas P8F CO 5.15E-02 Liquid 1 YES



# ORGeorgiaPacifi

cWaunaMill EU33 - Power

Boiler CO 1.25E-01 Liquid 2 YES



# NJSunocoWestv

ille Boiler #8 CO 1.28E-01 Liquid 3 YES



# NJSunocoWestv

ille Boiler #7 CO 1.97E-01 Liquid 4 YES



# NENebraskaCit y

Station Auxiliary Boiler 2 CO 2.73E-01 Liquid 5 YES



# NJSunocoWestv

ille Boiler #5 CO 2.99E-01 Liquid 6 YES



# SCGPChemRus

sellville FO Boiler CO 3.73E-01 Liquid 7 YES



# NJMerckRahway E750009 - Boiler

#9 CO 5.15E-01 Liquid 8 YES



# OHOSUColumb

us B140 CO 5.44E-01 Liquid 9 YES



# NCCampLejeune

MCB C-CG-650-84B CO 5.67E-01 Liquid 10 YES



# VADominionPos

sumPoint Aux. Boiler 001 CO 6.29E-01 Liquid 11 YES



# PAKeystonePow

erPlantShelocta Aux Boiler A CO 7.59E-01 Liquid 12 YES



# NJSunocoWestv

ille Boiler #6 CO 8.55E-01 Liquid 13 YES

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 4-CO Floor by

Fuel



# FacilityID CombustorID_co

mmon Pollutant_

Name ppm @

3% O2 MACT

Floor

FuelCat Metal

Furnace? Rank Test Data in

Top 12pct



# NCCampLejeune

MCB C-CG-650-83B CO 8.67E-01 Liquid 14 NO



# NYConEd59thSt

StationNewYork Boiler 118 CO 1.17E+00 Liquid 15 NO



# MEPioneerPlasti

cs Boiler #4 CO 1.28E+00 Liquid 16 NO



# NCavoca H-101 CO 1.29E+00 Liquid 17 NO



# NCavoca H-102 CO 1.29E+00 Liquid 18 NO



# NJMerckRahway E750010 - Boiler

#10 CO 1.29E+00 Liquid 19 NO



# WI3MMenomoni

e P04 ABCO east

boiler CO 1.29E+00 Liquid 20 NO



# WI3MMenomoni

e P05 ABCO west

boiler CO 1.29E+00 Liquid 21 NO



# MANewarkAmeri

ca Boiler #2 CO 1.32E+00 Liquid 22 NO



# NJMerckRahway E750005 - Boiler

#5 CO 1.33E+00 Liquid 23 NO



# OHOSUColumb

us B143 CO 1.40E+00 Liquid 24 NO



# GAGPCellulose

Brunswick U706 -- No. 6

Power Boiler CO 1.45E+00 Liquid 25 NO



# PAUnitedRefinin

gWarrant 55 CO 1.53E+00 Liquid 26 NO



# MNMinnesotaSo

ybeanProcessor

s Boiler 1 EU026 CO 1.53E+00 Liquid 27 NO



# MNMinnesotaSo

ybeanProcessor

s Boiler 2 EU027 CO 1.53E+00 Liquid 28 NO



# INUSSteelGar y

Works O4B10459 CO 1.60E+00 Liquid 29 NO



# NJMerckRahway E750003 - Boiler

#3 CO 1.67E+00 Liquid 30 NO



# PAUnitedRefinin

gWarrant 49 CO 1.82E+00 Liquid 31 NO



# WVCytec 830X Boiler #1 CO 2.12E+00 Liquid 32 NO



# NDADMNorthern

Sun EU62 CO 2.19E+00 Liquid 33 NO



# NJChambersCo

gen Auxiliary Boiler CO 2.22E+00 Liquid 34 NO



# PACrombyGene r

atingStation 033 - Auxiliary

Boiler CO 2.48E+00 Liquid 35 NO



# OHUSEnrichme

ntCorpPiketon X-6002 Boiler

No. 2 (South) CO 2.57E+00 Liquid 36 NO



# WI3MMenomoni

e P01 Kewaunee

steam boiler CO 2.57E+00 Liquid 37 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 4-CO Floor by

Fuel



# FacilityID CombustorID_co

mmon Pollutant_

Name ppm @

3% O2 MACT

Floor

FuelCat Metal

Furnace? Rank Test Data in

Top 12pct



# PAKeystonePow

erPlantShelocta Aux Boiler B CO 3.16E+00 Liquid 38 NO



# MEVersoPaper A

ndroscoggin Power Boiler No.

2 CO 3.40E+00 Liquid 39 NO



# MEVersoPaper A

ndroscoggin Power Boiler No.

1 CO 3.40E+00 Liquid 40 NO



# OHUSEnrichme

ntCorpPiketon X-6002 Boiler

No. 1 (North) CO 3.85E+00 Liquid 41 NO



# PAConemaughP

owerPlantNewFl

orence Aux Boiler B CO 4.17E+00 Liquid 42 NO



# TNMilanArmyAm

munitionPlant D88L-1, Source

#27-0010-86 CO 4.20E+00 Liquid 43 NO



# VABAENorfolk 010 CO 4.29E+00 Liquid 44 NO



# CAAerojet 38008 BR 01

(PO 14611)(C10008) CO 4.33E+00 Liquid 45 NO



# VAUniversityofVi

rginia 7103-1-04R CO 4.47E+00 Liquid 46 NO



# NJMerckRahway E750011 - Boiler

#11 CO 4.87E+00 Liquid 47 NO



# MOMcDonnelDo

uglasStLouis 102-5 CO 5.54E+00 Liquid 48 NO



# PABoeingRidle y

Park 033 CO 5.55E+00 Liquid 49 NO



# WI3MMenomoni

e P02 Kewaunee

HW boiler CO 5.58E+00 Liquid 50 NO



# OHOSUColumb

us B141 CO 5.62E+00 Liquid 51 NO



# SCDuPontTeijin

Florence Boiler #1 CO 5.99E+00 Liquid 52 NO



# AREvergreenPa

ckaging PB2 CO 6.12E+00 Liquid 53 NO



# MDUofMaryland H CO 6.43E+00 Liquid 54 NO



# MIPfizerGlobal1

179 EUBoiler5 CO 6.98E+00 Liquid 55 NO



# MDUofMaryland B CO 7.72E+00 Liquid 56 NO



# NJMerckRahway E750012 - Boiler

#12 CO 7.95E+00 Liquid 57 NO



# WIWRREnviron

mental B#4 CO 8.08E+00 Liquid 58 NO



# MEFPLEnergyW

yman Unit #5 CO 8.20E+00 Liquid 59 NO



# FLOkeelanta268 Boiler No. 16 CO 8.39E+00 Liquid 60 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 4-CO Floor by

Fuel



# FacilityID CombustorID_co

mmon Pollutant_

Name ppm @

3% O2 MACT

Floor

FuelCat Metal

Furnace? Rank Test Data in

Top 12pct



# VANewportNew s

ShipbuildingDry

Dock 78-E1 CO 8.71E+00 Liquid 61 NO



# TNInvistaChatta

nooga EU003 -

Vaporizer #2 CO 9.40E+00 Liquid 62 NO



# ILJLMChemicals

BlueIsland Boiler 1 CO 9.66E+00 Liquid 63 NO



# SCDuPontTeijin

Florence Boiler #2 CO 9.83E+00 Liquid 64 NO



# NJVinelandMuni

ElectricHowardDown Unit 9 CO 1.06E+01 Liquid 65 NO



# PAUnitedRefinin

gWarrant 50 CO 1.08E+01 Liquid 66 NO



# MDUofMaryland EU 001-4 CO 1.14E+01 Liquid 67 NO



# MIConsumerEne

rgyCo-Campbell EUAUXBLR12 CO 1.18E+01 Liquid 68 NO



# NJDSMNutrition

al Boiler 4 CO 1.21E+01 Liquid 69 NO



# OHOSUColumb

us B142 CO 1.28E+01 Liquid 70 NO



# HIPuuneneSuga

rMill Boiler 3 CO 1.33E+01 Liquid 71 NO



# WIWRREnviron

mental B#3 CO 1.35E+01 Liquid 72 NO



# VAUniversityofVi

rginia 7103-1-03R CO 1.46E+01 Liquid 73 NO



# WAGPCamas No. 5 Power

Boiler CO 1.74E+01 Liquid 74 NO



# WVCytec 831X Boiler #2 CO 1.91E+01 Liquid 75 NO



# AREvergreenPa

ckaging PB1 CO 2.10E+01 Liquid 76 NO



# MDUofMaryland EU 001-2 CO 2.21E+01 Liquid 77 NO



# KSGMFairfax Boiler No.1 CO 2.25E+01 Liquid 78 NO



# NDADMNorthern

Sun EU21 CO 2.27E+01 Liquid 79 NO



# MN3MCente r EU 043 CO 2.39E+01 Liquid 80 NO



# MAUMass EU#7 CO 2.47E+01 Liquid 81 NO



# MAMirantCanal Aux Boiler B CO 2.57E+01 Liquid 82 NO



# COKodakWinds

or Boiler 71 CO 2.63E+01 Liquid 83 NO



# COKodakWinds

or Boiler 72 CO 2.63E+01 Liquid 84 NO



# PAAppletonPape

rs #033 CO 3.31E+01 Liquid 85 NO



# MAMirantCanal Aux Boiler A CO 3.93E+01 Liquid 86 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 4-CO Floor by

Fuel



# FacilityID CombustorID_co

mmon Pollutant_

Name ppm @

3% O2 MACT

Floor

FuelCat Metal

Furnace? Rank Test Data in

Top 12pct



# NJDSMNutrition

al Boiler 3 CO 4.15E+01 Liquid 87 NO



# IACargillIowaFall

s EP 26 CO 4.34E+01 Liquid 88 NO



# NJDSMNutrition

al Boiler 2 CO 4.40E+01 Liquid 89 NO



# NCDomtar 66-25-2050 (No.

1 Package

Boiler) CO 4.91E+01 Liquid 90 NO



# WI3MMenomoni

e P03 Cleaver

Brooks HW

boiler CO 5.45E+01 Liquid 91 NO



# MIPfizerGlobal1

179 EUBoiler3 CO 6.15E+01 Liquid 92 NO



# PAConemaughP

owerPlantNewFl

orence Aux Boiler A CO 6.18E+01 Liquid 93 NO



# MNNSPKingGen

Plant Auxiliary Boiler

(EU 028) CO 6.39E+01 Liquid 94 NO



# CTElectric Boat EMU 17 CO 7.20E+01 Liquid 95 NO



# VAUniversityofVi

rginia 5575-1-02 CO 7.29E+01 Liquid 96 NO



# MNGPDuluth EU33 Boiler #3 CO 7.78E+01 Liquid 97 NO



# VAUniversityofVi

rginia 5575-1-01 CO 8.02E+01 Liquid 98 NO



# VABAENorfolk 009 CO 8.04E+01 Liquid 99 NO



# VACloverPowe r

Station ES-3 CO 8.68E+01 Liquid 100 NO



# VAUniversityofVi

rginia 5575-1-03 CO 9.24E+01 Liquid 101 NO



# NCInvistaHwy42

1 B7600 CO 9.89E+01 Liquid 102 NO



# VAUniversityofVi

rginia 5575-1-04 CO 1.06E+02 Liquid 103 NO



# OHSolaeBellvue B010A CO 1.89E+02 Liquid 104 NO



# ORIPSpringfield Power Boile r CO 5.52E+02 Liquid 105 NO



# MIPfizerGlobal1

179 EUBoiler1B CO 7.46E+02 Liquid 106 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 5-D/F Floor by

Fuel - Total MASS



# FacilityID CombustorID_com

mon Pollutant

Units MACT

Floor

FuelCat Metal

Furnace? Average

of Test

Runs Number of

Test Runs Rank Test Data in

Top 12pct



# SCMichelinSandy

Springs B:02:01 ng/dscm

@ 7% O2 Gas 1 1.26E-01 3 1 YES



# WYSinclairWyomi

ng Pt 41 #9 HPB ng/dscm

@ 7% O2 Gas 1 1.32E-01 3 2 NO



# NCCampLejeune

MCB C-AS-4151-16 ng/dscm

@ 7% O2 Gas 1 1.38E-01 3 3 NO



# WYSinclairWyomi

ng Pt 74 #2 H2 Plant

Heater ng/dscm

@ 7% O2 Gas 1 1.42E-01 3 4 NO



# SCEastmanColom

bia HTM Heater #3

(Equip ID 1101) ng/dscm

@ 7% O2 Gas 1 1.43E-01 3 5 NO



# CTCytecWallingfo

rd 150 Furnace ng/dscm

@ 7% O2 Gas 1 1.72E-01 3 6 NO



# KSCoffeyvilleRefin

ery EU-39-FH0027 ng/dscm

@ 7% O2 Gas 1 2.80E-01 3 7 NO



# ILUSSGraniteCity No. 8 Galvanizing

Line Furnace ng/dscm

@ 7% O2 Gas 1 yes 1.27E-02 3 1 YES



# CORockyMtnSteel

212 Rod/Bar Mill

Furnace

95OPPB088 ng/dscm

@ 7% O2 Gas 1 yes 4.25E-02 3 2 NO



# INOutokumpuStai

nlessPlate Heppenstall

Annealing

Furnace ng/dscm

@ 7% O2 Gas 1 yes 4.50E-02 3 3 NO



# UTWestinghouse 202 ng/dscm

@ 7% O2 Gas 1 yes 1.70E-01 3 4 NO



# INArcelorMittalBur

nsHarbor Hot Dip Coating

Line Annealing

Furnace ng/dscm

@ 7% O2 Gas 1 yes 2.67E-01 3 5 NO



# INAlcoaWarrick Pre-Heat Furnace

#36 ng/dscm

@ 7% O2 Gas 1 yes 1.10E+00 3 6 NO



# INNucorSteel Cold Mill

Annealing ng/dscm

@ 7% O2 Gas 1 yes 4.78E+00 3 7 NO



# INTateLyleSagam

ore 21B501 ng/dscm

@ 7% O2 Gas 2 4.50E-02 3 1 YES

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 5-D/F Floor by

Fuel - Total MASS



# FacilityID CombustorID_com

mon Pollutant

Units MACT

Floor

FuelCat Metal

Furnace? Average

of Test

Runs Number of

Test Runs Rank Test Data in

Top 12pct



# WVMountainState

CarbonFollansbee S1 ng/dscm

@ 7% O2 Gas 2 5.20E-02 3 2 NO



# SCBMWManufact

uringCo HB03 ng/dscm

@ 7% O2 Gas 2 9.57E-02 3 3 NO



# LAShellChemicaG

eismar Furnace F-S801 ng/dscm

@ 7% O2 Gas 2 2.31E-01 3 4 NO



# MDSeverstalSparr

ows 1BLR (No. 1

Boiler) ng/dscm

@ 7% O2 Gas 2 4.81E-01 3 5 NO



# NYConEd59thStSt

ationNewYork Boiler 118 ng/dscm

@ 7% O2 Liquid 1.77E-03 3 1 YES



# CTElectric Boat EMU 17 ng/dscm

@ 7% O2 Liquid 8.87E-03 3 2 YES



# VANewportNewsS

hipbuildingDryDoc

k 78-E1 ng/dscm

@ 7% O2 Liquid 2.19E-02 3 3 NO



# SCGPChemRusse

llville FO Boiler ng/dscm

@ 7% O2 Liquid 2.48E-02 3 4 NO



# MIConsumerEner

gyCo-Campbell EUAUXBLR12 ng/dscm

@ 7% O2 Liquid 5.89E-02 3 5 NO



# INUSSteelGaryW

orks O4B10459 ng/dscm

@ 7% O2 Liquid 6.66E-02 3 6 NO



# TNMilanArmyAmm

unitionPlant D88L-1, Source

#27-0010-86 ng/dscm

@ 7% O2 Liquid 1.06E-01 3 7 NO



# MNGPDuluth EU33 Boiler #3 ng/dscm

@ 7% O2 Liquid 1.67E-01 3 8 NO



# MEFPLEnergyWy

man Unit #5 ng/dscm

@ 7% O2 Liquid 1.78E-01 3 9 NO



# NJVinelandMuniEl

ectricHowardDown Unit 9 ng/dscm

@ 7% O2 Liquid 3.20E-01 3 10 NO



# PABoeingRidleyP

ark 033 ng/dscm

@ 7% O2 Liquid 6.11E-01 3 11 NO



# NCInvistaHwy421 B7600 ng/dscm

@ 7% O2 Liquid 7.54E-01 3 12 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 5-D/F Floor by

Fuel - Total MASS



# FacilityID CombustorID_com

mon Pollutant

Units MACT

Floor

FuelCat Metal

Furnace? Average

of Test

Runs Number of

Test Runs Rank Test Data in

Top 12pct



# TNInvistaChattano

oga EU003 - Vaporizer

#2 ng/dscm

@ 7% O2 Liquid 1.19E+00 3 13 NO



# SCDAKAmericas P8F ng/dscm

@ 7% O2 Liquid 1.47E+01 3 14 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 5-D/F Floor

by Fuel - TEQ



# FacilityID CombustorID_

common Pollutant

Units MACT

Floor

FuelCat Metal

Furnace? Average

of Test

Runs Number of

Test Runs Rank Test Data in

Top 12pct



# NCCampLejeu

neMCB C-AS-4151-16 ng/dscm

@ 7% O2 Gas 1 2.57E-03 3 1 YES



# SCMichelinSa

ndySprings B:02:01 ng/dscm

@ 7% O2 Gas 1 4.25E-03 3 2 NO



# SCEastmanCo

lombia HTM Heater

#3 (Equip ID

1101) ng/dscm

@ 7% O2 Gas 1 4.27E-03 3 3 NO



# WYSinclairWy

oming Pt 41 #9 HPB ng/dscm

@ 7% O2 Gas 1 4.40E-03 3 4 NO



# WYSinclairWy

oming Pt 74 #2 H2

Plant Heater ng/dscm

@ 7% O2 Gas 1 5.00E-03 3 5 NO



# KSCoffeyvilleR

efinery EU-39-FH0027 ng/dscm

@ 7% O2 Gas 1 2.52E-02 3 6 NO



# CTCytecWallin

gford 150 Furnace ng/dscm

@ 7% O2 Gas 1 2.93E+01 3 7 NO



# CORockyMtnS

teel212 Rod/Bar Mill

Furnace

95OPPB088 ng/dscm

@ 7% O2 Gas 1 yes 2.58E-03 3 1 YES



# INOutokumpu

StainlessPlate Heppenstall

Annealing

Furnace ng/dscm

@ 7% O2 Gas 1 yes 3.10E-03 3 2 NO



# UTWestinghou

se 202 ng/dscm

@ 7% O2 Gas 1 yes 6.37E-03 3 3 NO



# INArcelorMittal

BurnsHarbor Hot Dip

Coating Line

Annealing

Furnace ng/dscm

@ 7% O2 Gas 1 yes 9.80E-03 3 4 NO



# ILUSSGranite

City No. 8

Galvanizing

Line Furnace ng/dscm

@ 7% O2 Gas 1 yes 1.92E-02 3 5 NO



# INAlcoaWarric

k Pre-Heat

Furnace #36 ng/dscm

@ 7% O2 Gas 1 yes 4.64E-02 3 6 NO



# INNucorSteel Cold Mill

Annealing ng/dscm

@ 7% O2 Gas 1 yes 3.64E-01 3 7 NO



# SCBMWManuf

acturingCo HB03 ng/dscm

@ 7% O2 Gas 2 2.67E-03 3 1 YES

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 5-D/F Floor

by Fuel - TEQ



# FacilityID CombustorID_

common Pollutant

Units MACT

Floor

FuelCat Metal

Furnace? Average

of Test

Runs Number of

Test Runs Rank Test Data in

Top 12pct



# INTateLyleSag

amore 21B501 ng/dscm

@ 7% O2 Gas 2 3.18E-03 3 2 NO



# WVMountainSt

ateCarbonFoll

ansbee S1 ng/dscm

@ 7% O2 Gas 2 5.73E-03 3 3 NO



# LAShellChemi

caGeismar Furnace FS801 ng/dscm

@ 7% O2 Gas 2 1.15E-02 3 4 NO



# MDSeverstalS

parrows 1BLR (No. 1

Boiler) ng/dscm

@ 7% O2 Gas 2 2.10E-02 3 5 NO



# CTElectric

Boat EMU 17 ng/dscm

@ 7% O2 Liquid 1.09E-03 3 1 YES



# NYConEd59th

StStationNewY

ork Boiler 118 ng/dscm

@ 7% O2 Liquid 1.10E-03 3 2 YES



# TNMilanArmy A

mmunitionPlan

t D88L-1,

Source #27-

0010-86 ng/dscm

@ 7% O2 Liquid 2.36E-03 3 3 NO



# SCGPChemRu

ssellville FO Boiler ng/dscm

@ 7% O2 Liquid 2.44E-03 3 4 NO



# MEFPLEnergy

Wyman Unit #5 ng/dscm

@ 7% O2 Liquid 3.66E-03 3 5 NO



# MIConsumerE

nergyCoCampbell EUAUXBLR12 ng/dscm

@ 7% O2 Liquid 4.29E-03 3 6 NO



# INUSSteelGar

yWorks O4B10459 ng/dscm

@ 7% O2 Liquid 4.97E-03 3 7 NO



# NJVinelandMu

niElectricHowardDown Unit 9 ng/dscm

@ 7% O2 Liquid 5.65E-03 3 8 NO



# MNGPDuluth EU33 Boiler #3 ng/dscm

@ 7% O2 Liquid 1.03E-02 3 9 NO



# VANewportNe

wsShipbuilding

DryDock 78-E1 ng/dscm

@ 7% O2 Liquid 1.16E-02 3 10 NO



# PABoeingRidle

yPark 033 ng/dscm

@ 7% O2 Liquid 1.47E-02 3 11 NO



# NCInvistaHwy

421 B7600 ng/dscm

@ 7% O2 Liquid 1.62E-02 3 12 NO

# APPENDIX G-2 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Fuel Type for

Alternative Solid Waste Definition

Table 5-D/F Floor

by Fuel - TEQ



# FacilityID CombustorID_

common Pollutant

Units MACT

Floor

FuelCat Metal

Furnace? Average

of Test

Runs Number of

Test Runs Rank Test Data in

Top 12pct



# TNInvistaChatt

anooga EU003 -

Vaporizer #2 ng/dscm

@ 7% O2 Liquid 5.16E-02 3 13 NO



# SCDAKAmeric

as P8F ng/dscm

@ 7% O2 Liquid 2.17E-01 3 14 NO

# FacilityID Combusto

rID_comm

on Pollutant_

Name MACT

Floor

FuelCat Combustor

Design ppm @3%

O2 Rank Test Data in

Top 12pct



# FLUSSugarCorp Boiler No.

7 CO Biomass Dutch

Oven/Susp.

Burner 1.9.E+01 1 YES

WAGraysHarbor

Paper No. 6

Boiler

(EU2) CO Biomass Dutch

Oven/Susp.

Burner 2.6.E+02 2 YES

FLSugarCaneGro

wersCoop Boiler No.

8 CO Biomass Dutch

Oven/Susp.

Burner 3.2.E+02 3 NO

ORRosboroSprin

gfield DV 01.1 CO Biomass Dutch

Oven/Susp.

Burner 4.1.E+02 4 NO

FLUSSugarCorp Boiler No.

8 CO Biomass Dutch

Oven/Susp.

Burner 4.5.E+02 5 NO

MNNorbordMinne

sota Konus No.

1 CO Biomass Dutch

Oven/Susp.

Burner 9.6.E+02 6 NO

MNNorbordMinne

sota Konus No.

2 CO Biomass Dutch

Oven/Susp.

Burner 9.6.E+02 7 NO

FLUSSugarCorp Boiler No.

4 CO Biomass Dutch

Oven/Susp.

Burner 1.5.E+03 8 NO

FLSugarCaneGro

wersCoop Boiler No.

1 CO Biomass Dutch

Oven/Susp.

Burner 2.4.E+03 9 NO

FLOsceolaFarms Boiler No.

3 CO Biomass Dutch

Oven/Susp.

Burner 4.3.E+03 10 NO

FLUSSugarCorp Boiler No.

1 CO Biomass Dutch

Oven/Susp.

Burner 7.4.E+03 11 NO

FLOsceolaFarms Boiler No.

6 CO Biomass Dutch

Oven/Susp.

Burner 7.5.E+03 12 NO

FLUSSugarCorp Boiler No.

2 CO Biomass Dutch

Oven/Susp.

Burner 2.0.E+04 13 NO

NDCargillWestFa

rgo Foster

Wheeler

Boiler

(EU43) CO Biomass FB 3.6.E+03 1 YES

KYWeyerhaeuser

EKY MP 01-01 CO Biomass Fuel Cell 5.7.E+01 1 YES

KYWeyerhaeuser

EKY MP 01-03 CO Biomass Fuel Cell 5.7.E+01 2 YES APPENDIX G-3 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Combustor

Design for Alternative Solid Waste Definition

Table 9: CO Floor by Combustor

# FacilityID Combusto

rID_comm

on Pollutant_

Name MACT

Floor

FuelCat Combustor

Design ppm @3%

O2 Rank Test Data in

Top 12pct APPENDIX G-3 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Combustor

Design for Alternative Solid Waste Definition

Table 9: CO Floor by Combustor



# ARWeyerhaeuser

DierksMill SN-45 CO Biomass Fuel Cell 6.2.E+01 3 YES

WAWeyerhaeuse

r_Raymond Hog Fuel

Boiler

EU1 CO Biomass Fuel Cell 1.2.E+02 4 YES

MSWeyerhaeuse

rBruce AA-002

No. 2

Boiler CO Biomass Fuel Cell 1.9.E+02 5 YES

GAADMLocation

551 630-

Wellons CO Biomass Fuel Cell 3.7.E+02 6 NO

ORWeyerhaeuse

rCoWarrentonLu

mberMill 3-HFB CO Biomass Fuel Cell 4.5.E+02 7 NO

ARAnthonyForest

Products SN-16 CO Biomass Fuel Cell 5.4.E+02 8 NO

ARAnthonyForest

Products SN-12 CO Biomass Fuel Cell 6.5.E+02 9 NO

TXNorbordTexas

Nacogdoches Konus No.

1 CO Biomass Fuel Cell 1.2.E+03 10 NO

TXNorbordTexas

Nacogdoches Konus No.

2 CO Biomass Fuel Cell 1.2.E+03 11 NO

IDChilcoLakeSaw

mill HFB1 CO Biomass Stoker/SlopedG

rate/Other 5.1.E+01 1 YES

ARWestFraserHu

ttig SN-24 CO Biomass Stoker/SlopedG

rate/Other 6.5.E+01 2 YES

MILPCSagola TOHWood CO Biomass Stoker/SlopedG

rate/Other 6.8.E+01 3 YES

INConsolidatedG

rainandBarge P17B CO Biomass Stoker/SlopedG

rate/Other 8.7.E+01 4 YES

INConsolidatedG

rainandBarge P17C CO Biomass Stoker/SlopedG

rate/Other 8.7.E+01 5 YES

MNAndersonCor

pBayport Boiler 11

EU620 CO Biomass Stoker/SlopedG

rate/Other 9.3.E+01 6 YES

MNAndersonCor

pBayport Boiler 12

EU621 CO Biomass Stoker/SlopedG

rate/Other 1.0.E+02 7 YES

MSGPNewAugus

ta AA-015

Power

Boiler CO Biomass Stoker/SlopedG

rate/Other 1.0.E+02 8 YES

ALMeadwestvaco

Cottonton46 No.3

Wood

Residue

Boiler CO Biomass Stoker/SlopedG

rate/Other 1.2.E+02 9 YES

# FacilityID Combusto

rID_comm

on Pollutant_

Name MACT

Floor

FuelCat Combustor

Design ppm @3%

O2 Rank Test Data in

Top 12pct APPENDIX G-3 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Combustor

Design for Alternative Solid Waste Definition

Table 9: CO Floor by Combustor



# MSShuqualakLu

mber Boiler 4

(AA-108) CO Biomass Stoker/SlopedG

rate/Other 1.2.E+02 10 NO

OHAkronThermal

Energy Unit #2

(B004) CO Biomass Stoker/SlopedG

rate/Other 1.3.E+02 11 NO

ORBlueHeronPa

per G Boiler CO Biomass Stoker/SlopedG

rate/Other 1.5.E+02 12 NO

MIWhitePineElec

tric IBW

Boiler CO Biomass Stoker/SlopedG

rate/Other 1.5.E+02 13 NO

ALWestervelt Teaford -

Unit 003 CO Biomass Stoker/SlopedG

rate/Other 1.6.E+02 14 NO

ALIPCourtland No. 1

Combinati

on Boiler /

11CU101 CO Biomass Stoker/SlopedG

rate/Other 1.6.E+02 15 NO

IDRileyCreekLum

ber HFB1 CO Biomass Stoker/SlopedG

rate/Other 1.6.E+02 16 NO

ARDelticTimber

Waldo Wood

Fired

Boiler No.

1 (SN-13) CO Biomass Stoker/SlopedG

rate/Other 2.0.E+02 17 NO

MNDESPHansO

Nyman EU007 CO Biomass Stoker/SlopedG

rate/Other 2.0.E+02 18 NO

GAADMLocation

551 B115ANorth

Hurst CO Biomass Stoker/SlopedG

rate/Other 2.3.E+02 19 NO

TXAnthonyForest

Prod-ATL EP 11.1

Hurst CO Biomass Stoker/SlopedG

rate/Other 2.3.E+02 20 NO

ARLeolaLumber

Mill SN-01A CO Biomass Stoker/SlopedG

rate/Other 2.4.E+02 21 NO

ALMeadwestvaco

Cottonton46 No.2

Wood

Residue

Boiler CO Biomass Stoker/SlopedG

rate/Other 2.6.E+02 22 NO

ARDelticTimber

Waldo Wood

Fired

Boiler No.

2 (SN-14) CO Biomass Stoker/SlopedG

rate/Other 2.7.E+02 23 NO

GARayonierBaxle

y PB02 CO Biomass Stoker/SlopedG

rate/Other 2.7.E+02 24 NO

GAADMLocation

551 B115BSouth

Hurst CO Biomass Stoker/SlopedG

rate/Other 2.7.E+02 25 NO

ARPotlatchForest

Warren Wellons

Boiler CO Biomass Stoker/SlopedG

rate/Other 2.9.E+02 26 NO

ARGBPMorrilton SN-04 CO Biomass Stoker/SlopedG

rate/Other 2.9.E+02 27 NO

# FacilityID Combusto

rID_comm

on Pollutant_

Name MACT

Floor

FuelCat Combustor

Design ppm @3%

O2 Rank Test Data in

Top 12pct APPENDIX G-3 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Combustor

Design for Alternative Solid Waste Definition

Table 9: CO Floor by Combustor



# ORJeldWenKlam

anthFalls BLRG CO Biomass Stoker/SlopedG

rate/Other 3.0.E+02 28 NO

TXAnthonyForest

Prod-ATL EP 10.1

Superior CO Biomass Stoker/SlopedG

rate/Other 3.0.E+02 29 NO

FLGPPalatka EU16 CO Biomass Stoker/SlopedG

rate/Other 3.0.E+02 30 NO

GARayonierJesu

pMill PB03 CO Biomass Stoker/SlopedG

rate/Other 3.5.E+02 31 NO

FLSmurfit-Stone 5PB CO Biomass Stoker/SlopedG

rate/Other 3.9.E+02 32 NO

ARLeolaLumber

Mill SN-01B CO Biomass Stoker/SlopedG

rate/Other 3.9.E+02 33 NO

ALWestervelt Wellons -

Unit 001 CO Biomass Stoker/SlopedG

rate/Other 4.3.E+02 34 NO

LAWeyerhaeuser

Dodson ES-017

WFB CO Biomass Stoker/SlopedG

rate/Other 4.3.E+02 35 NO

ARWestFraserHu

ttig SN-01 CO Biomass Stoker/SlopedG

rate/Other 4.8.E+02 36 NO

MSGPBaySpring

s AA-001

(Boiler No.

1) CO Biomass Stoker/SlopedG

rate/Other 5.5.E+02 37 NO

TXwestfraser Boiler-1 CO Biomass Stoker/SlopedG

rate/Other 5.7.E+02 38 NO

MSGPBaySpring

s AA-003

(Boiler No.

2) CO Biomass Stoker/SlopedG

rate/Other 5.9.E+02 39 NO

ARDelticTimberO

la Wood

Fired

Boiler at

Ola Mill

(SN-13) CO Biomass Stoker/SlopedG

rate/Other 6.2.E+02 40 NO

WILPHayward K2 Line 1

Konus CO Biomass Stoker/SlopedG

rate/Other 7.4.E+02 41 NO

TXMeadWestvac

oEvadale 21-2105 CO Biomass Stoker/SlopedG

rate/Other 7.5.E+02 42 NO

ARWeyerhaeuser

DierksMill SN-32 CO Biomass Stoker/SlopedG

rate/Other 8.2.E+02 43 NO

GAGPCelluloseB

runswick U700 --

No. 4

Power

Boiler CO Biomass Stoker/SlopedG

rate/Other 9.2.E+02 44 NO

ARGBPMorrilton SN-02 CO Biomass Stoker/SlopedG

rate/Other 1.1.E+03 45 NO

WILPHayward K1 Line 1

Konus CO Biomass Stoker/SlopedG

rate/Other 1.2.E+03 46 NO

# FacilityID Combusto

rID_comm

on Pollutant_

Name MACT

Floor

FuelCat Combustor

Design ppm @3%

O2 Rank Test Data in

Top 12pct APPENDIX G-3 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Combustor

Design for Alternative Solid Waste Definition

Table 9: CO Floor by Combustor



# LAHoodIndustrie

s EQT001

(woodfired boiler

No. 1) CO Biomass Stoker/SlopedG

rate/Other 1.2.E+03 47 NO

LAGPPortHudso

n EQT0099

-

Combinati

on Boiler

No. 1 CO Biomass Stoker/SlopedG

rate/Other 1.3.E+03 48 NO

IDRileyCreekLum

ber HFB2 CO Biomass Stoker/SlopedG

rate/Other 1.3.E+03 49 NO

ALManningtonW

oodFloors BB01 CO Biomass Stoker/SlopedG

rate/Other 1.3.E+03 50 NO

ALManningtonW

oodFloors BB02 CO Biomass Stoker/SlopedG

rate/Other 1.3.E+03 51 NO

LABoiseCascade

Oakdale B-1 CO Biomass Stoker/SlopedG

rate/Other 1.4.E+03 52 NO

LAWestFraserJo

yce 74A CO Biomass Stoker/SlopedG

rate/Other 1.6.E+03 53 NO

WILPHayward K4 Line 2

Konus CO Biomass Stoker/SlopedG

rate/Other 1.6.E+03 54 NO

LAWestFraserJo

yce 75A CO Biomass Stoker/SlopedG

rate/Other 1.7.E+03 55 NO

IDMoyieSprings

Lumber420 HFB1 CO Biomass Stoker/SlopedG

rate/Other 1.9.E+03 56 NO

MSWeyerhaeuse

rBruce AA-001

No. 1

Boiler CO Biomass Stoker/SlopedG

rate/Other 2.0.E+03 57 NO

LAHoodIndustrie

s EQT002

(woodfired boiler

No. 2) CO Biomass Stoker/SlopedG

rate/Other 2.3.E+03 58 NO

LAWestFraserJo

yce 74B CO Biomass Stoker/SlopedG

rate/Other 2.3.E+03 59 NO

WILPHayward K3 Line 2

Konus CO Biomass Stoker/SlopedG

rate/Other 2.4.E+03 60 NO

MSWeyerhaeuse

r1398 Boiler No.

1 CO Biomass Stoker/SlopedG

rate/Other 2.9.E+03 61 NO

GAPCAValdosta 1005 CO Biomass Stoker/SlopedG

rate/Other 3.4.E+03 62 NO

GAPCAValdosta 1006 CO Biomass Stoker/SlopedG

rate/Other 3.4.E+03 63 NO

HIPuuneneSugar

Mill Boiler 1 CO Biomass Stoker/SlopedG

rate/Other 3.7.E+03 64 NO

HIPuuneneSugar

Mill Boiler 2 CO Biomass Stoker/SlopedG

rate/Other 3.7.E+03 65 NO

# FacilityID Combusto

rID_comm

on Pollutant_

Name MACT

Floor

FuelCat Combustor

Design ppm @3%

O2 Rank Test Data in

Top 12pct APPENDIX G-3 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Combustor

Design for Alternative Solid Waste Definition

Table 9: CO Floor by Combustor



# ORBBSMMedfor

d B1 CO Biomass Stoker/SlopedG

rate/Other 3.9.E+03 66 NO

ORBBSMMedfor

d B2 CO Biomass Stoker/SlopedG

rate/Other 3.9.E+03 67 NO

ORBBSMMedfor

d B3 CO Biomass Stoker/SlopedG

rate/Other 3.9.E+03 68 NO

WABoiseKettleFa

llsPlywood B1 CO Biomass Stoker/SlopedG

rate/Other 5.5.E+03 69 NO

GAWestFraserFo

lkston FOB1 CO Biomass Stoker/SlopedG

rate/Other 9.5.E+03 70 NO

GAWestFraserFo

lkston FOB2 CO Biomass Stoker/SlopedG

rate/Other 1.3.E+04 71 NO

IAADMCornProc

essingCR EU-530 CO Coal FB 8.3.E+00 1 YES

IAADMCornProc

essingCR EU-501B CO Coal FB 1.8.E+01 2 YES

IAADMCornProc

essingCR EU-502A CO Coal FB 2.2.E+01 3 YES

IAADMCornProc

essingCR EU-501A CO Coal FB 3.0.E+01 4 YES

INPurdueUniveris

ity Boiler 5 CO Coal FB 3.1.E+01 5 YES

ILPolyOne B1 CO Coal FB 3.9.E+01 6 NO

NCUNCCogen ES-001 CO Coal FB 4.1.E+01 7 NO

NEADMLincoln EU26

Coal

Boiler CO Coal FB 4.3.E+01 8 NO

ILBungeDanville CFB

Boiler CO Coal FB 4.9.E+01 9 NO

IAADMCornProc

essingCR EU-502B CO Coal FB 5.0.E+01 10 NO

IAUofIowa EP7 Boiler

11 CO Coal FB 5.1.E+01 11 NO

IAArchersDaniels

MidlandDesMoin

es Asea

Boiler #1 CO Coal FB 5.5.E+01 12 NO

ILDukeEnergyTu

scola Unit 3 CO Coal PC 5.5.E-02 1 YES

ILDukeEnergyTu

scola Unit 4 CO Coal PC 5.5.E-02 2 YES

ILDukeEnergyTu

scola Unit 1 CO Coal PC 5.7.E-02 3 YES

VAPhilipMorrisPa

rk500 B2 CO Coal PC 1.4.E+00 4 YES

AZCatalystPaper

Snowflake Power

Boiler #2

Coal CO Coal PC 2.2.E+00 5 YES

# FacilityID Combusto

rID_comm

on Pollutant_

Name MACT

Floor

FuelCat Combustor

Design ppm @3%

O2 Rank Test Data in

Top 12pct APPENDIX G-3 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Combustor

Design for Alternative Solid Waste Definition

Table 9: CO Floor by Combustor



# OKGPMuskogee

Mill B-3 CO Coal PC 3.2.E+00 6 NO

ILPrairiePowerPe

arl B1 CO Coal PC 6.8.E+00 7 NO

INTateLyleSaga

more 31B1 CO Coal PC 6.8.E+00 8 NO

VAPhilipMorrisPa

rk500 B3 CO Coal PC 8.8.E+00 9 NO

IAUofNorthernIo

wa Boiler #3 CO Coal PC 1.0.E+01 10 NO

TNDuPontOldHic

koryPlant #20 Boiler CO Coal PC 1.1.E+01 11 NO

INNewEnergy Riley

Boiler CO Coal PC 1.2.E+01 12 NO

INNewEnfergy Riley

Boiler CO Coal PC 1.2.E+01 13 NO

NCBlueRidgePap

er G11040 CO Coal PC 1.3.E+01 14 NO

OKGPMuskogee

Mill B-4 CO Coal PC 1.4.E+01 15 NO

INAlcoaWarrick Unit #3 CO Coal PC 1.4.E+01 16 NO

NCBlueRidgePap

er G11039 CO Coal PC 1.5.E+01 17 NO

NCBlueRidgePap

er G11038 CO Coal PC 1.6.E+01 18 NO

VASmurfitStone

Westpt PB08 CO Coal PC 1.6.E+01 19 NO

TNEastman_NO_

CBIDATA Boiler 30 CO Coal PC 1.8.E+01 20 NO

NCMillerCoors ES-2

Coal/No. 2

& 6 Fuel

Oil Boiler CO Coal PC 1.8.E+01 21 NO

IDTASCOPaul Erie City

Boiler CO Coal PC 1.9.E+01 22 NO

VAPhilipMorrisM

C PC CO Coal PC 2.0.E+01 23 NO

WYFMCGreenRi

ver NS-1A CO Coal PC 2.1.E+01 24 NO

SCInternationalP

aperEastover No. 1

Power

Boiler CO Coal PC 2.6.E+01 25 NO

OKGPMuskogee

Mill B-2 CO Coal PC 2.7.E+01 26 NO

WYGeneralChem

ical GR-2-L (C

BOILER) CO Coal PC 3.0.E+01 27 NO

# FacilityID Combusto

rID_comm

on Pollutant_

Name MACT

Floor

FuelCat Combustor

Design ppm @3%

O2 Rank Test Data in

Top 12pct APPENDIX G-3 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Combustor

Design for Alternative Solid Waste Definition

Table 9: CO Floor by Combustor



# VAGPBigIsland2

703 PWR04 -

No. 4

Power

Boiler CO Coal PC 3.4.E+01 28 NO

VAINVISTAWayn

esboro 2-205

(B#2)

Boiler #2 CO Coal PC 4.1.E+01 29 NO

INAlcoaWarrick Unit #2 CO Coal PC 4.3.E+01 30 NO

PADomtarJohnso

nburg #81 Coal

Boiler CO Coal PC 6.8.E+01 31 NO

PADomtarJohnso

nburg #82 Coal

Boiler CO Coal PC 6.8.E+01 32 NO

NCBlueRidgePap

er G11037 CO Coal PC 7.5.E+01 33 NO

MITBSimonPowe

rPlant Unit 1 CO Coal PC 7.9.E+01 34 NO

MOAnheuserBus

ch Boiler 5 CO Coal PC 1.1.E+02 35 NO

WVPPGMartinsvi

lle R011-

Boiler 3 CO Coal PC 1.3.E+02 36 NO

MDNewPageLuke No. 25 CO Coal PC 1.3.E+02 37 NO

MOAnheuserBus

ch Boiler 1 CO Coal PC 1.4.E+02 38 NO

ALIPCourtland No.2

Combinati

on Boiler /

11CU201 CO Coal PC 1.7.E+02 39 NO

INNotreDame B-4 CO Coal Stoker/SlopedG

rate/Other 4.3.E+00 1 YES

OHMortonSaltRitt

man B002 -

Coal-Fired

Boiler #2 CO Coal Stoker/SlopedG

rate/Other 1.5.E+01 2 YES

WVDuPontWashi

ngtonWorks P05 CO Coal Stoker/SlopedG

rate/Other 1.6.E+01 3 YES

OHAppletonIdeas Boiler 4

(B003) CO Coal Stoker/SlopedG

rate/Other 2.0.E+01 4 YES

OHAkronThermal

Energy Boiler #32

(B001) CO Coal Stoker/SlopedG

rate/Other 2.5.E+01 5 YES

PABellefieldPlant Boiler 1 CO Coal Stoker/SlopedG

rate/Other 2.5.E+01 6 YES

NCNC_DukeUniv

ersity_Durham 7754-03 CO Coal Stoker/SlopedG

rate/Other 2.8.E+01 7 NO

PABellefieldPlant Boiler 5 CO Coal Stoker/SlopedG

rate/Other 3.8.E+01 8 NO

# FacilityID Combusto

rID_comm

on Pollutant_

Name MACT

Floor

FuelCat Combustor

Design ppm @3%

O2 Rank Test Data in

Top 12pct APPENDIX G-3 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Combustor

Design for Alternative Solid Waste Definition

Table 9: CO Floor by Combustor



# IAMuscatinePow

erandWater Unit 7 CO Coal Stoker/SlopedG

rate/Other 4.2.E+01 9 NO

VAUniversityofVir

ginia 7103-1-

01R CO Coal Stoker/SlopedG

rate/Other 4.4.E+01 10 NO

OHAppletonIdeas Boiler 2

(B002) CO Coal Stoker/SlopedG

rate/Other 4.6.E+01 11 NO

PABayValleyFoo

dsPittsburgh Boiler No.

3 CO Coal Stoker/SlopedG

rate/Other 5.2.E+01 12 NO

PABayValleyFoo

dsPittsburgh Boiler No.

4 CO Coal Stoker/SlopedG

rate/Other 5.2.E+01 13 NO

KYISPChemicals 0AA

(Riley) CO Coal Stoker/SlopedG

rate/Other 5.2.E+01 14 NO

ILAbbottAbbottPa

rk Unit 5AP CO Coal Stoker/SlopedG

rate/Other 5.4.E+01 15 NO

MOColumbiaPow

erPlant Boiler Unit

6 CO Coal Stoker/SlopedG

rate/Other 6.5.E+01 16 NO

MOColumbiaPow

erPlant Boiler Unit

7 CO Coal Stoker/SlopedG

rate/Other 6.5.E+01 17 NO

NCNC_DukeUniv

ersity_Durham 7754-02 CO Coal Stoker/SlopedG

rate/Other 6.9.E+01 18 NO

VAUniversityofVir

ginia 7103-1-

02R CO Coal Stoker/SlopedG

rate/Other 7.3.E+01 19 NO

PABellefieldPlant Boiler 3 CO Coal Stoker/SlopedG

rate/Other 7.6.E+01 20 NO

IAUofIowa EP6 Boiler

10 CO Coal Stoker/SlopedG

rate/Other 9.0.E+01 21 NO

WVATKRocketC

enter NB2766

W-17479-

W (Boiler

17) CO Coal Stoker/SlopedG

rate/Other 9.0.E+01 22 NO

SCClemson 04-B04 CO Coal Stoker/SlopedG

rate/Other 9.6.E+01 23 NO

OHBataviaTrans

missions Boiler 2

(B002) CO Coal Stoker/SlopedG

rate/Other 1.0.E+02 24 NO

NDMinnDakFarm

ers Babcock

and

Wilcox

Boiler #5 CO Coal Stoker/SlopedG

rate/Other 1.1.E+02 25 NO

PABayValleyFoo

dsPittsburgh Boiler No.

1 CO Coal Stoker/SlopedG

rate/Other 1.4.E+02 26 NO

PABayValleyFoo

dsPittsburgh Boiler No.

2 CO Coal Stoker/SlopedG

rate/Other 1.4.E+02 27 NO

VAUniversityofVir

ginia 7103-1-05 CO Coal Stoker/SlopedG

rate/Other 1.5.E+02 28 NO

WYFMCGranger UIN-14 CO Coal Stoker/SlopedG

rate/Other 1.6.E+02 29 NO

WIThilmanyPape

rsNicoletMill B23 CO Coal Stoker/SlopedG

rate/Other 2.1.E+02 30 NO

# FacilityID Combusto

rID_comm

on Pollutant_

Name MACT

Floor

FuelCat Combustor

Design ppm @3%

O2 Rank Test Data in

Top 12pct APPENDIX G-3 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Combustor

Design for Alternative Solid Waste Definition

Table 9: CO Floor by Combustor



# WIThilmanyPape

rsNicoletMill B24 CO Coal Stoker/SlopedG

rate/Other 2.1.E+02 31 NO

WYFMCGranger UIN-15 CO Coal Stoker/SlopedG

rate/Other 2.4.E+02 32 NO

MNADMCornDivi

sion Coal

Boiler #1

EU049 CO Coal Stoker/SlopedG

rate/Other 2.5.E+02 33 NO

MNADMCornDivi

sion Coal

Boiler #2

EU050 CO Coal Stoker/SlopedG

rate/Other 2.5.E+02 34 NO

MDNewPageLuke No. 24 CO Coal Stoker/SlopedG

rate/Other 2.9.E+02 35 NO

OHCampbellsSo

upCo B001 CO Coal Stoker/SlopedG

rate/Other 3.8.E+02 36 NO

OHCampbellsSo

upCo B002 CO Coal Stoker/SlopedG

rate/Other 3.8.E+02 37 NO

TNCargillMemphi

s Stoker

Boiler

8001 CO Coal Stoker/SlopedG

rate/Other 5.5.E+02 38 NO

IDTASCOPaul Babcock

and

Wilcox

(B&W)

Boiler CO Coal Stoker/SlopedG

rate/Other 5.8.E+02 39 NO

MNBlandinPaper

EnergyCtr #5 Boiler CO Coal Stoker/SlopedG

rate/Other 8.4.E+02 40 NO

MNBlandinPaper

EnergyCtr #6 Boiler CO Coal Stoker/SlopedG

rate/Other 8.4.E+02 41 NO

MIMortonSaltMan

istee No. 6

Boiler CO Coal Stoker/SlopedG

rate/Other 1.3.E+03 42 NO

IACargillEddyville 1.001 CO Coal Stoker/SlopedG

rate/Other 4.4.E+03 43 NO

IACargillEddyville 1.002 CO Coal Stoker/SlopedG

rate/Other 4.4.E+03 44 NO

IACargillEddyville 1.039 CO Coal Stoker/SlopedG

rate/Other 4.4.E+03 45 NO

# FacilityID CombustorID_common MACT

Floor

FuelCat Combusto

r Design Pollutant

Units A verage of

Test Runs Rank Test Data in

Top 12pct



# ORRosboroSpri

ngfield DV 01.1 Biomass Dutch

Oven/Sus

p. Burner ng/dscm

@ 7% O2 9.12E+00 1 YES

WAGraysHarbo

rPaper No. 6 Boiler (EU2) Biomass Dutch

Oven/Sus

p. Burner ng/dscm

@ 7% O2 1.71E+01 2 NO

NDCargillWest

Fargo Foster Wheeler Boiler

(EU43) Biomass FB ng/dscm

@ 7% O2 1.83E-01 1 YES

ARWeyerhaeus

erDierksMill SN-45 Biomass Fuel Cell ng/dscm

@ 7% O2 1.79E-02 1 YES

WAWeyerhaeu

ser_Raymond Hog Fuel Boiler EU1 Biomass Fuel Cell ng/dscm

@ 7% O2 3.19E-02 2 YES

MSWeyerhaeu

serBruce AA-002 No. 2 Boiler Biomass Fuel Cell ng/dscm

@ 7% O2 1.67E-01 3 YES

ORWeyerhaeu

serCoWarrento

nLumberMill 3-HFB Biomass Fuel Cell ng/dscm

@ 7% O2 3.07E-01 4 YES

ARAnthonyFor

estProducts SN-12 Biomass Fuel Cell ng/dscm

@ 7% O2 5.65E-01 5 YES

ARPotlatchFor

estWarren Wellons Boiler Biomass Stoker/Slo

pedGrate/

Other ng/dscm

@ 7% O2 5.84E-02 1 YES

ARGBPMorrilto

n SN-04 Biomass Stoker/Slo

pedGrate/

Other ng/dscm

@ 7% O2 1.76E+00 2 NO

GAGPCellulose

Brunswick U700 -- No. 4 Power

Boiler Biomass Stoker/Slo

pedGrate/

Other ng/dscm

@ 7% O2 1.90E+00 3 NO

INPurdueUnive

risity Boiler 5 Coal FB ng/dscm

@ 7% O2 1.91E-03 1 YES

IARoquetteAm

erica Circulating Fluidized Bed

Boiler (121) Coal FB ng/dscm

@ 7% O2 1.66E-02 2 YES

IAUofIowa EP7 Boiler 11 Coal FB ng/dscm

@ 7% O2 9.59E-02 3 YES

IAADMCornPro

cessingCR EU-501B Coal FB ng/dscm

@ 7% O2 9.77E-02 4 YES

ILPolyOne B1 Coal FB ng/dscm

@ 7% O2 1.50E-01 5 YES APPENDIX G-3 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Combustor Design for Alternative

Solid Waste Definition

Table 10: D/F Total Mass Floor by Combustor

# FacilityID CombustorID_common MACT

Floor

FuelCat Combusto

r Design Pollutant

Units A verage of

Test Runs Rank Test Data in

Top 12pct APPENDIX G-3 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Combustor Design for Alternative

Solid Waste Definition

Table 10: D/F Total Mass Floor by Combustor



# IAArchersDanie

lsMidlandDesM

oines Asea Boiler #1 Coal FB ng/dscm

@ 7% O2 2.37E-01 6 NO

ILBungeDanvill

e CFB Boiler Coal FB ng/dscm

@ 7% O2 3.42E-01 7 NO

NCUNCCogen ES-001 Coal FB ng/dscm

@ 7% O2 2.06E+00 8 NO

WVPPGMartin

sville R011-Boiler 3 Coal PC ng/dscm

@ 7% O2 1.82E-02 1 YES

NCMillerCoors ES-2 Coal/No. 2 & 6

Fuel Oil Boiler Coal PC ng/dscm

@ 7% O2 1.91E-02 2 NO

INTateLyleSag

amore 31B1 Coal PC ng/dscm

@ 7% O2 4.80E-02 3 NO

VASmurfitSton

eWestpt PB08 Coal PC ng/dscm

@ 7% O2 1.59E-01 4 NO

TNEastman_N

O_CBIDATA Boiler 30 Coal PC ng/dscm

@ 7% O2 2.70E-01 5 NO

MITBSimonPo

werPlant Unit 1 Coal PC ng/dscm

@ 7% O2 6.21E-01 6 NO

IAUofNorthernI

owa Boiler #3 Coal PC ng/dscm

@ 7% O2 9.00E-01 7 NO

VAINVISTAWa

ynesboro 2-205 (B#2) Boiler #2 Coal PC ng/dscm

@ 7% O2 2.31E+00 8 NO

KYISPChemica

ls 0AA (Riley) Coal Stoker/Slo

pedGrate/

Other ng/dscm

@ 7% O2 2.53E-03 1 YES

WINewPageBir

on B24 Coal Stoker/Slo

pedGrate/

Other ng/dscm

@ 7% O2 1.24E-02 2 NO

ILAbbottAbbott

Park Unit 5AP Coal Stoker/Slo

pedGrate/

Other ng/dscm

@ 7% O2 1.51E-02 3 NO

INNotreDame B-4 Coal Stoker/Slo

pedGrate/

Other ng/dscm

@ 7% O2 4.93E-02 4 NO

TNCargillMemp

his Stoker Boiler 8001 Coal Stoker/Slo

pedGrate/

Other ng/dscm

@ 7% O2 5.05E-02 5 NO

WVATKRocket

Center NB2766 W-17479-W

(Boiler 17) Coal Stoker/Slo

pedGrate/

Other ng/dscm

@ 7% O2 9.69E-02 6 NO

OHMortonSalt

Rittman B002 - Coal-Fired Boiler

#2 Coal Stoker/Slo

pedGrate/

Other ng/dscm

@ 7% O2 2.41E-01 7 NO

# FacilityID CombustorID_common MACT

Floor

FuelCat Combusto

r Design Pollutant

Units A verage of

Test Runs Rank Test Data in

Top 12pct APPENDIX G-3 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Combustor Design for Alternative

Solid Waste Definition

Table 10: D/F Total Mass Floor by Combustor



# VAUniversityof

Virginia 7103-1-01R Coal Stoker/Slo

pedGrate/

Other ng/dscm

@ 7% O2 3.75E+00 8 NO

# FacilityID CombustorID_co

mmon MACT

Floor

FuelCat Combusto

r Design ng/dscm

@7% O2 Number of

Test Runs Rank Test Data in

Top 12pct



# ORRosboroSprin

gfield DV 01.1 Biomass Dutch

Oven/Sus

p. Burner 9.53E-02 3 1 YES

WAGraysHarbor

Paper No. 6 Boiler

(EU2) Biomass Dutch

Oven/Sus

p. Burner 3.67E-01 3 2 NO

NDCargillWestF

argo Foster Wheeler

Boiler (EU43) Biomass FB 1.09E-02 3 1 YES

WAWeyerhaeus

er_Raymond Hog Fuel Boiler

EU1 Biomass Fuel Cell 2.42E-04 3 1 YES

MSWeyerhaeuse

rBruce AA-002 No. 2

Boiler Biomass Fuel Cell 3.35E-03 3 2 YES

ORWeyerhaeuse

rCoWarrentonLu

mberMill 3-HFB Biomass Fuel Cell 4.46E-03 1 3 YES

ARWeyerhaeuse

rDierksMill SN-45 Biomass Fuel Cell 8.48E-03 3 4 YES

ARAnthonyFores

tProducts SN-12 Biomass Fuel Cell 1.03E-02 3 5 YES

ARGBPMorrilton SN-04 Biomass Stoker/Slo

pedGrate/

Other 1.52E-05 3 1 YES

ARPotlatchFores

tWarren Wellons Boiler Biomass Stoker/Slo

pedGrate/

Other 1.06E-02 3 2 NO

GAGPCelluloseB

runswick U700 -- No. 4

Power Boiler Biomass Stoker/Slo

pedGrate/

Other 2.59E-02 3 3 NO

INPurdueUniveri

sity Boiler 5 Coal FB 9.33E-04 3 1 YES

IARoquetteAmeri

ca Circulating

Fluidized Bed

Boiler (121) Coal FB 1.10E-03 3 2 YES

IAArchersDaniel

sMidlandDesMoi

nes Asea Boiler #1 Coal FB 3.13E-03 3 3 YES

IAUofIowa EP7 Boiler 11 Coal FB 3.56E-03 3 4 YES

ILPolyOne B1 Coal FB 7.37E-03 3 5 YES APPENDIX G-3 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Combustor Design for

Alternative Solid Waste Definition

Table 11: D/F TEQ Floor by Combustor

# FacilityID CombustorID_co

mmon MACT

Floor

FuelCat Combusto

r Design ng/dscm

@7% O2 Number of

Test Runs Rank Test Data in

Top 12pct APPENDIX G-3 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Combustor Design for

Alternative Solid Waste Definition

Table 11: D/F TEQ Floor by Combustor



# IAADMCornProc

essingCR EU-501B Coal FB 1.30E-02 3 6 NO

ILBungeDanville CFB Boiler Coal FB 1.57E-02 3 7 NO

NCUNCCogen ES-001 Coal FB 3.42E-02 3 8 NO

WVPPGMartinsv

ille R011-Boiler 3 Coal PC 2.12E-03 3 1 YES

NCMillerCoors ES-2 Coal/No. 2

& 6 Fuel Oil

Boiler Coal PC 2.43E-03 3 2 NO

VASmurfitStone

Westpt PB08 Coal PC 3.25E-03 3 3 NO

INTateLyleSaga

more 31B1 Coal PC 5.42E-03 3 4 NO

TNEastman_NO

_CBIDATA Boiler 30 Coal PC 6.55E-03 3 5 NO

IAUofNorthernIo

wa Boiler #3 Coal PC 2.02E-02 3 6 NO

MITBSimonPow

erPlant Unit 1 Coal PC 4.59E-02 3 7 NO

VAINVISTAWay

nesboro 2-205 (B#2)

Boiler #2 Coal PC 1.21E-01 3 8 NO

WINewPageBiro

n B24 Coal Stoker/Slo

pedGrate/

Other 1.52E-03 3 1 YES

ILAbbottAbbottP

ark Unit 5AP Coal Stoker/Slo

pedGrate/

Other 2.13E-03 3 2 NO

KYISPChemicals 0AA (Riley) Coal Stoker/Slo

pedGrate/

Other 2.85E-03 3 3 NO

WVATKRocketC

enter NB2766 W17479-W (Boiler

17) Coal Stoker/Slo

pedGrate/

Other 2.87E-03 3 4 NO

TNCargillMemph

is Stoker Boiler

8001 Coal Stoker/Slo

pedGrate/

Other 3.45E-03 3 5 NO

OHMortonSaltRit

tman B002 - CoalFired Boiler #2 Coal Stoker/Slo

pedGrate/

Other 4.94E-03 3 6 NO

INNotreDame B-4 Coal Stoker/Slo

pedGrate/

Other 7.18E-03 3 7 NO

# FacilityID CombustorID_co

mmon MACT

Floor

FuelCat Combusto

r Design ng/dscm

@7% O2 Number of

Test Runs Rank Test Data in

Top 12pct APPENDIX G-3 Emission Test and Fuel Analysis Data Ranked for MACT Floor Analysis According to Combustor Design for

Alternative Solid Waste Definition

Table 11: D/F TEQ Floor by Combustor



# VAUniversityofVi

rginia 7103-1-01R Coal Stoker/Slo

pedGrate/

Other 3.55E-02 3 8 NOAppendix G-4: Ranked Existing Unit Performance by Fuel and Combustor Design under Alternative Solid Waste DefinitionTop 12pctMACT FloorFuelCatCombustorDesign Rank FacilityIDCombustorID_common TestIDTestDate_commonHas TotalMass NDData?Total MassPCDD/PCDFUnitTestBurningWasteunder AltDefn?Total MassPCDD/PCDF ln(value)YES BiomassDutchOven/Susp.Burner 1ORRosboroSpringfield DV 01.1 M23-1 7/23/2009 DLLng/dscm @7% O2 1.34E+01 2.60E+00YES BiomassDutchOven/Susp.Burner 1ORRosboroSpringfield DV 01.1 M23-2 7/23/2009 DLLng/dscm @7% O2 6.47E+00 1.87E+00YES BiomassDutchOven/Susp.Burner 1ORRosboroSpringfield DV 01.1 M23-3 7/24/2009 DLLng/dscm @7% O2 7.48E+00 2.01E+00YES Biomass FB 1NDCargillWestFargoFosterWheelerBoiler(EU43) Sample #1 8/27/2009 DLLng/dscm @7% O2 4.76E-01 -7.42E-01YES Biomass FB 1NDCargillWestFargoFosterWheelerBoiler(EU43) Sample #2 8/29/2009 DLLng/dscm @7% O2 3.57E-02 -3.33E+00YES Biomass FB 1NDCargillWestFargoFosterWheelerBoiler(EU43) Sample #3 8/29/2009 DLLng/dscm @7% O2 3.76E-02 -3.28E+00YES Biomass Fuel Cell 1ARWeyerhaeuserDierksMill SN-45 Sample #1 7/17/2009 DLLng/dscm @7% O2 2.01E-02 -3.91E+00YES Biomass Fuel Cell 1ARWeyerhaeuserDierksMill SN-45 Sample #2 7/17/2009 DLLng/dscm @7% O2 3.85E-04 -7.86E+00YES Biomass Fuel Cell 1ARWeyerhaeuserDierksMill SN-45 Sample #3 7/20/2009 DLLng/dscm @7% O2 3.31E-02 -3.41E+00YES Biomass Fuel Cell 2WAWeyerhaeuser_RaymondHog FuelBoiler EU1 Sample #1 8/12/2009 DLLng/dscm @7% O2 3.85E-02 -3.26E+00YES Biomass Fuel Cell 2WAWeyerhaeuser_RaymondHog FuelBoiler EU1 Sample #2 8/13/2009ng/dscm @7% O2 3.78E-02 -3.28E+00Appendix G-4: Ranked Existing Unit Performance by Fuel and Combustor Design under Alternative Solid Waste DefinitionTop 12pctMACT FloorFuelCatCombustorDesign Rank FacilityIDCombustorID_common TestIDTestDate_commonHas TotalMass NDData?Total MassPCDD/PCDFUnitTestBurningWasteunder AltDefn?Total MassPCDD/PCDF ln(value)YES Biomass Fuel Cell 2WAWeyerhaeuser_RaymondHog FuelBoiler EU1 Sample #3 8/13/2009 DLLng/dscm @7% O2 1.94E-02 -3.94E+00YES Biomass Fuel Cell 3MSWeyerhaeuserBruceAA-002 No.2 Boiler Sample #1 8/4/2009 DLLng/dscm @7% O2 2.14E-01 -1.54E+00YES Biomass Fuel Cell 3MSWeyerhaeuserBruceAA-002 No.2 Boiler Sample #2 8/4/2009 DLLng/dscm @7% O2 1.36E-01 -2.00E+00YES Biomass Fuel Cell 3MSWeyerhaeuserBruceAA-002 No.2 Boiler Sample #3 8/4/2009 DLLng/dscm @7% O2 1.51E-01 -1.89E+00YES Biomass Fuel Cell 4ORWeyerhaeuserCoWarrentonLumberMill 3-HFB Sample #2 8/6/2009ng/dscm @7% O2 3.07E-01 -1.18E+00YES Biomass Fuel Cell 5ARAnthonyForestProducts SN-12 Sample #1 9/2/2009 DLLng/dscm @7% O2 4.97E-01 -6.99E-01YES Biomass Fuel Cell 5ARAnthonyForestProducts SN-12 Sample #2 9/2/2009 DLLng/dscm @7% O2 3.58E-01 -1.03E+00YES Biomass Fuel Cell 5ARAnthonyForestProducts SN-12 Sample #3 9/3/2009 DLLng/dscm @7% O2 8.40E-01 -1.75E-01YES BiomassStoker/SlopedGrate/Other 1ARPotlatchForestWarrenWellonsBoiler 1 9/3/2009ng/dscm @7% O2 9.07E-02 -2.40E+00YES BiomassStoker/SlopedGrate/Other 1ARPotlatchForestWarrenWellonsBoiler 2 9/4/2009 DLLng/dscm @7% O2 2.70E-02 -3.61E+00YES BiomassStoker/SlopedGrate/Other 1ARPotlatchForestWarrenWellonsBoiler 3 9/4/2009 DLLng/dscm @7% O2 5.76E-02 -2.85E+00YES Coal FB 1INPurdueUniverisity Boiler 5 Sample #1 7/22/2009 DLLng/dscm @7% O2 2.18E-03 -6.13E+00Appendix G-4: Ranked Existing Unit Performance by Fuel and Combustor Design under Alternative Solid Waste DefinitionTop 12pctMACT FloorFuelCatCombustorDesign Rank FacilityIDCombustorID_common TestIDTestDate_commonHas TotalMass NDData?Total MassPCDD/PCDFUnitTestBurningWasteunder AltDefn?Total MassPCDD/PCDF ln(value)YES Coal FB 1INPurdueUniverisity Boiler 5 Sample #2 7/23/2009 DLLng/dscm @7% O2 1.74E-03 -6.35E+00YES Coal FB 1INPurdueUniverisity Boiler 5 Sample #3 7/23/2009 DLLng/dscm @7% O2 1.82E-03 -6.31E+00YES Coal FB 2IARoquetteAmericaCirculatingFluidizedBed Boiler(121) Sample #1 6/4/2009 DLLng/dscm @7% O2 3.18E-02 -3.45E+00YES Coal FB 2IARoquetteAmericaCirculatingFluidizedBed Boiler(121) Sample #2 6/5/2009 DLLng/dscm @7% O2 1.51E-02 -4.19E+00YES Coal FB 2IARoquetteAmericaCirculatingFluidizedBed Boiler(121) Sample #3 6/5/2009 DLLng/dscm @7% O2 2.78E-03 -5.89E+00YES Coal FB 3 IAUofIowaEP7 Boiler11 4 8/6/2009ng/dscm @7% O2 9.96E-02 -2.31E+00YES Coal FB 3 IAUofIowaEP7 Boiler11 5 8/6/2009ng/dscm @7% O2 1.17E-01 -2.15E+00YES Coal FB 3 IAUofIowaEP7 Boiler11 6 8/7/2009ng/dscm @7% O2 7.11E-02 -2.64E+00YES Coal FB 4IAADMCornProcessingCR EU-501B Sample #1 8/11/2009ng/dscm @7% O2 1.10E-01 -2.20E+00YES Coal FB 4IAADMCornProcessingCR EU-501B Sample #2 8/11/2009ng/dscm @7% O2 7.60E-02 -2.58E+00YES Coal FB 4IAADMCornProcessingCR EU-501B Sample #3 8/12/2009ng/dscm @7% O2 1.07E-01 -2.24E+00YES Coal FB 5 ILPolyOne B1 1 9/10/2009ng/dscm @7% O2 1.26E-01 -2.07E+00YES Coal FB 5 ILPolyOne B1 2 9/11/2009ng/dscm @7% O2 1.91E-01 -1.66E+00YES Coal FB 5 ILPolyOne B1 3 9/11/2009ng/dscm @7% O2 1.32E-01 -2.03E+00Appendix G-4: Ranked Existing Unit Performance by Fuel and Combustor Design under Alternative Solid Waste DefinitionTop 12pctMACT FloorFuelCatCombustorDesign Rank FacilityIDCombustorID_common TestIDTestDate_commonHas TotalMass NDData?Total MassPCDD/PCDFUnitTestBurningWasteunder AltDefn?Total MassPCDD/PCDF ln(value)YES Coal PC 1WVPPGMartinsvilleR011-Boiler3 Sample #1 7/22/2009 DLLng/dscm @7% O2 2.52E-02 -3.68E+00YES Coal PC 1WVPPGMartinsvilleR011-Boiler3 Sample #2 7/23/2009 DLLng/dscm @7% O2 1.41E-02 -4.26E+00YES Coal PC 1WVPPGMartinsvilleR011-Boiler3 Sample #3 7/23/2009 DLLng/dscm @7% O2 1.52E-02 -4.18E+00YES CoalStoker/SlopedGrate/Other 1KYISPChemicals 0AA (Riley) Sample #1 11/17/2009ng/dscm @7% O2 3.20E-03 -5.74E+00YES CoalStoker/SlopedGrate/Other 1KYISPChemicals 0AA (Riley) Sample #2 11/17/2009ng/dscm @7% O2 2.30E-03 -6.07E+00YES CoalStoker/SlopedGrate/Other 1KYISPChemicals 0AA (Riley) Sample #3 11/18/2009ng/dscm @7% O2 2.10E-03 -6.17E+00Appendix G-5: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTop 12pctMACT FloorFuelCatMetalsProcessHeater? Rank FacilityIDCombustorID_common TestIDTestDate_commonHas TotalMass NDData?Total MassPCDD/PCDFUnitTest BurningWaste under AltDefn?Total MassPCDD/PCDF ln(value)YES Gas 1 1SCMichelinSandySprings B:02:01 Sample #1 9/10/2009 DLLng/dscm @7% O2 1.26E-01 -2.07E+00YES Gas 1 1SCMichelinSandySprings B:02:01 Sample #2 9/10/2009 DLLng/dscm @7% O2 1.15E-01 -2.17E+00YES Gas 1 1SCMichelinSandySprings B:02:01 Sample #3 9/10/2009 DLLng/dscm @7% O2 1.38E-01 -1.98E+00YES Gas 1 yes 1ILUSSGraniteCityNo. 8GalvanizingLine Furnace Sample #1 8/25/2009 BDLng/dscm @7% O2 1.27E-02 -4.37E+00YES Gas 1 yes 1ILUSSGraniteCityNo. 8GalvanizingLine Furnace Sample #2 8/25/2009 DLLng/dscm @7% O2 1.27E-02 -4.37E+00YES Gas 1 yes 1ILUSSGraniteCityNo. 8GalvanizingLine Furnace Sample #3 8/26/2009 BDLng/dscm @7% O2 1.27E-02 -4.37E+00YES Gas 2 1INTateLyleSagamore 21B501 Sample #1 8/25/2009 DLLng/dscm @7% O2 6.46E-02 -2.74E+00YES Gas 2 1INTateLyleSagamore 21B501 Sample #2 8/26/2009 DLLng/dscm @7% O2 2.41E-02 -3.73E+00YES Gas 2 1INTateLyleSagamore 21B501 Sample #3 8/27/2009 DLLng/dscm @7% O2 4.64E-02 -3.07E+00YES Liquid 1NYConEd59thStStationNewYork Boiler 118 Sample #1 8/19/2009 DLLng/dscm @7% O2 2.05E-03 -6.19E+00YES Liquid 1NYConEd59thStStationNewYork Boiler 118 Sample #2 8/19/2009 DLLng/dscm @7% O2 1.93E-03 -6.25E+00YES Liquid 1NYConEd59thStStationNewYork Boiler 118 Sample #3 8/19/2009 DLLng/dscm @7% O2 1.33E-03 -6.62E+00YES Liquid 2CTElectricBoat EMU 17 Sample #1 8/19/2009ng/dscm @7% O2 9.90E-03 -4.62E+00Appendix G-5: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTop 12pctMACT FloorFuelCatMetalsProcessHeater? Rank FacilityIDCombustorID_common TestIDTestDate_commonHas TotalMass NDData?Total MassPCDD/PCDFUnitTest BurningWaste under AltDefn?Total MassPCDD/PCDF ln(value)YES Liquid 2CTElectricBoat EMU 17 Sample #2 8/20/2009ng/dscm @7% O2 8.80E-03 -4.73E+00YES Liquid 2CTElectricBoat EMU 17 Sample #3 8/20/2009ng/dscm @7% O2 7.90E-03 -4.84E+00Appendix G-6: Ranked Existing Unit Performance by Fuel and Combustor Design under Alternative Solid Waste DefinitionTop 12pctMACT FloorFuelCatCombustorDesign Rank FacilityIDCombustorID_common TestIDHas TEQ NDData?Test BurningWaste under AltDefn?ng/dscm@7% O2ln(ng/dscm@7% O2)YES BiomassDutchOven/Susp.Burner 1ORRosboroSpringfield DV 01.1 M23-1 DLL 1.34E-01 -2.01E+00YES BiomassDutchOven/Susp.Burner 1ORRosboroSpringfield DV 01.1 M23-2 DLL 7.15E-02 -2.64E+00YES BiomassDutchOven/Susp.Burner 1ORRosboroSpringfield DV 01.1 M23-3 DLL 8.03E-02 -2.52E+00YES Biomass FB 1NDCargillWestFargoFosterWheelerBoiler(EU43) Sample #1 DLL 2.74E-02 -3.60E+00YES Biomass FB 1NDCargillWestFargoFosterWheelerBoiler(EU43) Sample #2 DLL 2.54E-03 -5.98E+00YES Biomass FB 1NDCargillWestFargoFosterWheelerBoiler(EU43) Sample #3 DLL 2.58E-03 -5.96E+00YES Biomass Fuel Cell 1WAWeyerhaeuser_RaymondHog FuelBoiler EU1 Sample #1 DLL 2.45E-04 -8.31E+00YES Biomass Fuel Cell 1WAWeyerhaeuser_RaymondHog FuelBoiler EU1 Sample #2 2.71E-04 -8.21E+00YES Biomass Fuel Cell 1WAWeyerhaeuser_RaymondHog FuelBoiler EU1 Sample #3 DLL 2.09E-04 -8.47E+00YES Biomass Fuel Cell 2MSWeyerhaeuserBruceAA-002 No.2 Boiler Sample #1 DLL 4.06E-03 -5.51E+00YES Biomass Fuel Cell 2MSWeyerhaeuserBruceAA-002 No.2 Boiler Sample #2 DLL 2.78E-03 -5.89E+00YES Biomass Fuel Cell 2MSWeyerhaeuserBruceAA-002 No.2 Boiler Sample #3 DLL 3.21E-03 -5.74E+00Appendix G-6: Ranked Existing Unit Performance by Fuel and Combustor Design under Alternative Solid Waste DefinitionTop 12pctMACT FloorFuelCatCombustorDesign Rank FacilityIDCombustorID_common TestIDHas TEQ NDData?Test BurningWaste under AltDefn?ng/dscm@7% O2ln(ng/dscm@7% O2)YES Biomass Fuel Cell 3ORWeyerhaeuserCoWarrentonLumberMill 3-HFB Sample #2 4.46E-03 -5.41E+00YES Biomass Fuel Cell 4ARWeyerhaeuserDierksMill SN-45 Sample #1 DLL 1.47E-02 -4.22E+00YES Biomass Fuel Cell 4ARWeyerhaeuserDierksMill SN-45 Sample #2 DLL 2.88E-05 -1.05E+01YES Biomass Fuel Cell 4ARWeyerhaeuserDierksMill SN-45 Sample #3 DLL 1.07E-02 -4.54E+00YES Biomass Fuel Cell 5ARAnthonyForestProducts SN-12 Sample #1 DLL 1.48E-02 -4.21E+00YES Biomass Fuel Cell 5ARAnthonyForestProducts SN-12 Sample #2 DLL 5.51E-03 -5.20E+00YES Biomass Fuel Cell 5ARAnthonyForestProducts SN-12 Sample #3 DLL 1.07E-02 -4.54E+00YES BiomassStoker/SlopedGrate/Other 1ARGBPMorrilton SN-04 1 DLL 2.20E-05 -1.07E+01YES BiomassStoker/SlopedGrate/Other 1ARGBPMorrilton SN-04 2 1.16E-05 -1.14E+01YES BiomassStoker/SlopedGrate/Other 1ARGBPMorrilton SN-04 3 DLL 1.20E-05 -1.13E+01YES Coal FB 1INPurdueUniverisity Boiler 5 Sample #1 DLL 8.43E-04 -7.08E+00YES Coal FB 1INPurdueUniverisity Boiler 5 Sample #2 DLL 9.55E-04 -6.95E+00YES Coal FB 1INPurdueUniverisity Boiler 5 Sample #3 DLL 1.00E-03 -6.91E+00Appendix G-6: Ranked Existing Unit Performance by Fuel and Combustor Design under Alternative Solid Waste DefinitionTop 12pctMACT FloorFuelCatCombustorDesign Rank FacilityIDCombustorID_common TestIDHas TEQ NDData?Test BurningWaste under AltDefn?ng/dscm@7% O2ln(ng/dscm@7% O2)YES Coal FB 2IARoquetteAmericaCirculatingFluidizedBed Boiler(121) Sample #1 DLL 1.41E-03 -6.56E+00YES Coal FB 2IARoquetteAmericaCirculatingFluidizedBed Boiler(121) Sample #2 DLL 1.02E-03 -6.89E+00YES Coal FB 2IARoquetteAmericaCirculatingFluidizedBed Boiler(121) Sample #3 DLL 8.76E-04 -7.04E+00YES Coal FB 3IAArchersDanielsMidlandDesMoinesAsea Boiler#1 Sample #1 2.22E-03 -6.11E+00YES Coal FB 3IAArchersDanielsMidlandDesMoinesAsea Boiler#1 Sample #2 3.94E-03 -5.54E+00YES Coal FB 3IAArchersDanielsMidlandDesMoinesAsea Boiler#1 Sample #3 3.25E-03 -5.73E+00YES Coal FB 4 IAUofIowaEP7 Boiler11 4 4.01E-03 -5.52E+00YES Coal FB 4 IAUofIowaEP7 Boiler11 5 3.57E-03 -5.64E+00YES Coal FB 4 IAUofIowaEP7 Boiler11 6 3.09E-03 -5.78E+00YES Coal FB 5 ILPolyOne B1 1 7.40E-03 -4.91E+00YES Coal FB 5 ILPolyOne B1 2 7.72E-03 -4.86E+00YES Coal FB 5 ILPolyOne B1 3 6.98E-03 -4.96E+00YES Coal PC 1WVPPGMartinsvilleR011-Boiler3 Sample #1 DLL 2.44E-03 -6.02E+00YES Coal PC 1WVPPGMartinsvilleR011-Boiler3 Sample #2 DLL 2.07E-03 -6.18E+00YES Coal PC 1WVPPGMartinsvilleR011-Boiler3 Sample #3 DLL 1.86E-03 -6.29E+00Appendix G-6: Ranked Existing Unit Performance by Fuel and Combustor Design under Alternative Solid Waste DefinitionTop 12pctMACT FloorFuelCatCombustorDesign Rank FacilityIDCombustorID_common TestIDHas TEQ NDData?Test BurningWaste under AltDefn?ng/dscm@7% O2ln(ng/dscm@7% O2)YES CoalStoker/SlopedGrate/Other 1WINewPageBiron B24 Sample #1 DLL 1.35E-03 -6.60E+00YES CoalStoker/SlopedGrate/Other 1WINewPageBiron B24 Sample #2 DLL 1.78E-03 -6.33E+00YES CoalStoker/SlopedGrate/Other 1WINewPageBiron B24 Sample #3 DLL 1.42E-03 -6.55E+00Appendix G-7: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTop 12pctMACT FloorFuelCatMetalsProcessHeater? Rank FacilityIDCombustorID_common TestIDHas TEQ NDData?Test BurningWaste under AltDefn?ng/dscm@7% O2ln(ng/dscm@7%O2)YES Gas 1 1NCCampLejeuneMCBC-AS-4151-16 Sample #1 3.73E-03 -5.59E+00YES Gas 1 1NCCampLejeuneMCBC-AS-4151-16 Sample #2 1.27E-03 -6.67E+00YES Gas 1 1NCCampLejeuneMCBC-AS-4151-16 Sample #3 2.70E-03 -5.92E+00YES Gas 1 yes 1CORockyMtnSteel212Rod/Bar MillFurnace95OPPB088 M23-1 DLL 2.70E-03 -5.92E+00YES Gas 1 yes 1CORockyMtnSteel212Rod/Bar MillFurnace95OPPB088 M23-2 DLL 2.33E-03 -6.06E+00YES Gas 1 yes 1CORockyMtnSteel212Rod/Bar MillFurnace95OPPB088 M23-3 DLL 2.70E-03 -5.91E+00YES Gas 2 1SCBMWManufacturingCo HB03 Sample #1 DLL 2.21E-03 -6.11E+00YES Gas 2 1SCBMWManufacturingCo HB03 Sample #2 DLL 3.80E-03 -5.57E+00YES Gas 2 1SCBMWManufacturingCo HB03 Sample #3 DLL 2.00E-03 -6.22E+00YES Liquid 1CTElectricBoat EMU 17 Sample #1 1.18E-03 -6.75E+00YES Liquid 1CTElectricBoat EMU 17 Sample #2 1.08E-03 -6.83E+00YES Liquid 1CTElectricBoat EMU 17 Sample #3 1.03E-03 -6.88E+00YES Liquid 2NYConEd59thStStationNewYork Boiler 118 Sample #1 DLL 1.28E-03 -6.66E+00YES Liquid 2NYConEd59thStStationNewYork Boiler 118 Sample #2 DLL 1.23E-03 -6.70E+00YES Liquid 2NYConEd59thStStationNewYork Boiler 118 Sample #3 DLL 7.90E-04 -7.14E+00Appendix G-8: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTest Datain Top12pctMACT FloorFuelCatMetalsProcessHeater? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn? lb/mmBtu ln ( lb/mmBtu)YES Biomass 1GAGPCelluloseBrunswickU700 -- No. 4Power BoilerParticulateMatter (PM)filterable Sample #1 11/13/2007 5.00E-03 -5.30E+00YES Biomass 1GAGPCelluloseBrunswickU700 -- No. 4Power BoilerParticulateMatter (PM)filterable Sample #1 8/5/2009 2.00E-04 -8.52E+00YES Biomass 1GAGPCelluloseBrunswickU700 -- No. 4Power BoilerParticulateMatter (PM)filterable Sample #1 8/5/2009 2.00E-04 -8.52E+00YES Biomass 1GAGPCelluloseBrunswickU700 -- No. 4Power BoilerParticulateMatter (PM)filterable Sample #2 11/13/2007 4.10E-03 -5.50E+00YES Biomass 1GAGPCelluloseBrunswickU700 -- No. 4Power BoilerParticulateMatter (PM)filterable Sample #2 8/6/2009 9.00E-04 -7.01E+00YES Biomass 1GAGPCelluloseBrunswickU700 -- No. 4Power BoilerParticulateMatter (PM)filterable Sample #2 8/6/2009 9.00E-04 -7.01E+00YES Biomass 1GAGPCelluloseBrunswickU700 -- No. 4Power BoilerParticulateMatter (PM)filterable Sample #3 11/13/2007 7.10E-03 -4.95E+00YES Biomass 1GAGPCelluloseBrunswickU700 -- No. 4Power BoilerParticulateMatter (PM)filterable Sample #3 8/6/2009 5.00E-04 -7.60E+00YES Biomass 1GAGPCelluloseBrunswickU700 -- No. 4Power BoilerParticulateMatter (PM)filterable Sample #3 8/6/2009 5.00E-04 -7.60E+00YES Biomass 2MNAndersonCorpBayportBoiler 11EU620ParticulateMatter (PM)filterable Sample #1 4/22/2008 2.00E-03 -6.21E+00YES Biomass 2MNAndersonCorpBayportBoiler 11EU620ParticulateMatter (PM)filterable Sample #1 4/23/2008 6.00E-04 -7.42E+00YES Biomass 2MNAndersonCorpBayportBoiler 11EU620ParticulateMatter (PM)filterable Sample #1 8/8/2008 7.00E-03 -4.96E+00YES Biomass 2MNAndersonCorpBayportBoiler 11EU620ParticulateMatter (PM)filterable Sample #2 8/8/2008 9.00E-03 -4.71E+00YES Biomass 2MNAndersonCorpBayportBoiler 11EU620ParticulateMatter (PM)filterable Sample #2 4/22/2008 1.00E-03 -6.91E+00YES Biomass 2MNAndersonCorpBayportBoiler 11EU620ParticulateMatter (PM)filterable Sample #2 4/23/2008 8.00E-04 -7.13E+00YES Biomass 2MNAndersonCorpBayportBoiler 11EU620ParticulateMatter (PM)filterable Sample #3 4/23/2008 4.00E-04 -7.82E+00YES Biomass 2MNAndersonCorpBayportBoiler 11EU620ParticulateMatter (PM)filterable Sample #3 8/8/2008 1.30E-02 -4.34E+00Appendix G-8: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTest Datain Top12pctMACT FloorFuelCatMetalsProcessHeater? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn? lb/mmBtu ln ( lb/mmBtu)YES Biomass 2MNAndersonCorpBayportBoiler 11EU620ParticulateMatter (PM)filterable Sample #3 4/22/2008 2.00E-03 -6.21E+00YES Biomass 3MNAndersonCorpBayportBoiler 12EU621ParticulateMatter (PM)filterable Sample #1 8/8/2008 7.00E-03 -4.96E+00YES Biomass 3MNAndersonCorpBayportBoiler 12EU621ParticulateMatter (PM)filterable Sample #1 4/23/2008 6.00E-04 -7.42E+00YES Biomass 3MNAndersonCorpBayportBoiler 12EU621ParticulateMatter (PM)filterable Sample #1 4/22/2008 2.00E-03 -6.21E+00YES Biomass 3MNAndersonCorpBayportBoiler 12EU621ParticulateMatter (PM)filterable Sample #2 4/23/2008 8.00E-04 -7.13E+00YES Biomass 3MNAndersonCorpBayportBoiler 12EU621ParticulateMatter (PM)filterable Sample #2 4/22/2008 1.00E-03 -6.91E+00YES Biomass 3MNAndersonCorpBayportBoiler 12EU621ParticulateMatter (PM)filterable Sample #2 8/8/2008 9.00E-03 -4.71E+00YES Biomass 3MNAndersonCorpBayportBoiler 12EU621ParticulateMatter (PM)filterable Sample #3 8/8/2008 1.30E-02 -4.34E+00YES Biomass 3MNAndersonCorpBayportBoiler 12EU621ParticulateMatter (PM)filterable Sample #3 4/23/2008 4.00E-04 -7.82E+00YES Biomass 3MNAndersonCorpBayportBoiler 12EU621ParticulateMatter (PM)filterable Sample #3 4/22/2008 2.00E-03 -6.21E+00YES Biomass 4WAWeyerhaeuser_RaymondHog FuelBoiler EU1ParticulateMatter (PM)filterable Sample #1 11/10/2004 7.00E-04 -7.26E+00YES Biomass 4WAWeyerhaeuser_RaymondHog FuelBoiler EU1ParticulateMatter (PM)filterable Sample #1 8/11/2009 ND 1.50E-03 -6.50E+00YES Biomass 4WAWeyerhaeuser_RaymondHog FuelBoiler EU1ParticulateMatter (PM)filterable Sample #1 9/18/1996 2.00E-03 -6.21E+00YES Biomass 4WAWeyerhaeuser_RaymondHog FuelBoiler EU1ParticulateMatter (PM)filterable Sample #2 8/11/2009 1.80E-03 -6.32E+00YES Biomass 4WAWeyerhaeuser_RaymondHog FuelBoiler EU1ParticulateMatter (PM)filterable Sample #2 9/18/1996 2.00E-03 -6.21E+00YES Biomass 4WAWeyerhaeuser_RaymondHog FuelBoiler EU1ParticulateMatter (PM)filterable Sample #2 11/10/2004 7.00E-04 -7.26E+00YES Biomass 4WAWeyerhaeuser_RaymondHog FuelBoiler EU1ParticulateMatter (PM)filterable Sample #3 9/18/1996 2.00E-03 -6.21E+00Appendix G-8: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTest Datain Top12pctMACT FloorFuelCatMetalsProcessHeater? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn? lb/mmBtu ln ( lb/mmBtu)YES Biomass 4WAWeyerhaeuser_RaymondHog FuelBoiler EU1ParticulateMatter (PM)filterable Sample #3 8/12/2009 ND 6.00E-04 -7.42E+00YES Biomass 4WAWeyerhaeuser_RaymondHog FuelBoiler EU1ParticulateMatter (PM)filterable Sample #3 11/10/2004 5.00E-04 -7.60E+00YES Biomass 5ARPotlatchForestWarrenWellonsBoilerParticulateMatter (PM)filterable 1 9/9/2009 4.80E-03 -5.34E+00YES Biomass 5ARPotlatchForestWarrenWellonsBoilerParticulateMatter (PM)filterable 2 9/9/2009 3.30E-03 -5.71E+00YES Biomass 5ARPotlatchForestWarrenWellonsBoilerParticulateMatter (PM)filterable 3 9/10/2009 3.55E-02 -3.34E+00YES Biomass 5ARPotlatchForestWarrenWellonsBoilerParticulateMatter (PM)filterable Sample #1 8/8/2006 1.10E-03 -6.81E+00YES Biomass 5ARPotlatchForestWarrenWellonsBoilerParticulateMatter (PM)filterable Sample #2 8/8/2006 7.00E-04 -7.26E+00YES Biomass 5ARPotlatchForestWarrenWellonsBoilerParticulateMatter (PM)filterable Sample #3 8/8/2006 6.00E-04 -7.42E+00YES Biomass 6ARWeyerhaeuserDierksMill SN-45ParticulateMatter (PM)filterable Sample #1 8/7/1997 2.43E-02 -3.72E+00YES Biomass 6ARWeyerhaeuserDierksMill SN-45ParticulateMatter (PM)filterable Sample #1 12/5/2002 1.30E-03 -6.65E+00YES Biomass 6ARWeyerhaeuserDierksMill SN-45ParticulateMatter (PM)filterable Sample #1 7/22/2009 3.19E-03 -5.75E+00YES Biomass 6ARWeyerhaeuserDierksMill SN-45ParticulateMatter (PM)filterable Sample #2 8/7/1997 1.28E-02 -4.36E+00YES Biomass 6ARWeyerhaeuserDierksMill SN-45ParticulateMatter (PM)filterable Sample #2 12/5/2002 1.50E-03 -6.50E+00YES Biomass 6ARWeyerhaeuserDierksMill SN-45ParticulateMatter (PM)filterable Sample #2 7/23/2009 3.87E-03 -5.55E+00YES Biomass 6ARWeyerhaeuserDierksMill SN-45ParticulateMatter (PM)filterable Sample #3 7/23/2009 4.17E-03 -5.48E+00YES Biomass 6ARWeyerhaeuserDierksMill SN-45ParticulateMatter (PM)filterable Sample #3 8/7/1997 9.70E-03 -4.64E+00YES Biomass 6ARWeyerhaeuserDierksMill SN-45ParticulateMatter (PM)filterable Sample #3 12/5/2002 1.30E-03 -6.65E+00Appendix G-8: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTest Datain Top12pctMACT FloorFuelCatMetalsProcessHeater? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn? lb/mmBtu ln ( lb/mmBtu)YES Biomass 7ARWeyerhaeuserDierksMill SN-32ParticulateMatter (PM)filterable Sample #1 12/4/2002 5.40E-03 -5.22E+00YES Biomass 7ARWeyerhaeuserDierksMill SN-32ParticulateMatter (PM)filterable Sample #1 8/11/1997 1.94E-02 -3.94E+00YES Biomass 7ARWeyerhaeuserDierksMill SN-32ParticulateMatter (PM)filterable Sample #1 12/5/2001 1.10E-02 -4.51E+00YES Biomass 7ARWeyerhaeuserDierksMill SN-32ParticulateMatter (PM)filterable Sample #1 9/29/2004 2.70E-03 -5.91E+00YES Biomass 7ARWeyerhaeuserDierksMill SN-32ParticulateMatter (PM)filterable Sample #1 12/4/2003 2.30E-03 -6.07E+00YES Biomass 7ARWeyerhaeuserDierksMill SN-32ParticulateMatter (PM)filterable Sample #1 11/21/1998 5.80E-03 -5.15E+00YES Biomass 7ARWeyerhaeuserDierksMill SN-32ParticulateMatter (PM)filterable Sample #1 11/9/2000 3.50E-03 -5.65E+00YES Biomass 7ARWeyerhaeuserDierksMill SN-32ParticulateMatter (PM)filterable Sample #1 12/10/1999 1.60E-02 -4.14E+00YES Biomass 7ARWeyerhaeuserDierksMill SN-32ParticulateMatter (PM)filterable Sample #2 11/21/1998 5.80E-03 -5.15E+00YES Biomass 7ARWeyerhaeuserDierksMill SN-32ParticulateMatter (PM)filterable Sample #2 12/10/1999 1.00E-02 -4.61E+00YES Biomass 7ARWeyerhaeuserDierksMill SN-32ParticulateMatter (PM)filterable Sample #2 11/9/2000 1.70E-03 -6.38E+00YES Biomass 7ARWeyerhaeuserDierksMill SN-32ParticulateMatter (PM)filterable Sample #2 12/4/2002 4.80E-03 -5.34E+00YES Biomass 7ARWeyerhaeuserDierksMill SN-32ParticulateMatter (PM)filterable Sample #2 12/4/2003 1.50E-03 -6.50E+00YES Biomass 7ARWeyerhaeuserDierksMill SN-32ParticulateMatter (PM)filterable Sample #2 9/29/2004 3.60E-03 -5.63E+00YES Biomass 7ARWeyerhaeuserDierksMill SN-32ParticulateMatter (PM)filterable Sample #2 8/11/1997 1.47E-02 -4.22E+00YES Biomass 7ARWeyerhaeuserDierksMill SN-32ParticulateMatter (PM)filterable Sample #2 12/5/2001 6.40E-03 -5.05E+00YES Biomass 7ARWeyerhaeuserDierksMill SN-32ParticulateMatter (PM)filterable Sample #3 12/10/1999 1.50E-02 -4.20E+00Appendix G-8: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTest Datain Top12pctMACT FloorFuelCatMetalsProcessHeater? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn? lb/mmBtu ln ( lb/mmBtu)YES Biomass 7ARWeyerhaeuserDierksMill SN-32ParticulateMatter (PM)filterable Sample #3 12/4/2002 4.30E-03 -5.45E+00YES Biomass 7ARWeyerhaeuserDierksMill SN-32ParticulateMatter (PM)filterable Sample #3 9/29/2004 4.90E-03 -5.32E+00YES Biomass 7ARWeyerhaeuserDierksMill SN-32ParticulateMatter (PM)filterable Sample #3 12/4/2003 1.40E-03 -6.57E+00YES Biomass 7ARWeyerhaeuserDierksMill SN-32ParticulateMatter (PM)filterable Sample #3 12/5/2001 2.74E-02 -3.60E+00YES Biomass 7ARWeyerhaeuserDierksMill SN-32ParticulateMatter (PM)filterable Sample #3 8/11/1997 8.60E-03 -4.76E+00YES Biomass 7ARWeyerhaeuserDierksMill SN-32ParticulateMatter (PM)filterable Sample #3 11/9/2000 1.80E-03 -6.32E+00YES Biomass 7ARWeyerhaeuserDierksMill SN-32ParticulateMatter (PM)filterable Sample #3 11/21/1998 4.20E-03 -5.47E+00YES Biomass 8MSGPNewAugustaAA-015Power BoilerParticulateMatter (PM)filterable Sample #1 7/12/2006 2.80E-03 -5.88E+00YES Biomass 8MSGPNewAugustaAA-015Power BoilerParticulateMatter (PM)filterable Sample #2 7/12/2006 1.00E-03 -6.91E+00YES Biomass 8MSGPNewAugustaAA-015Power BoilerParticulateMatter (PM)filterable Sample #3 7/12/2006 1.60E-03 -6.44E+00YES Biomass 9IDRileyCreekLumber HFB1ParticulateMatter (PM)filterable Sample #1 4/24/2003 3.04E-03 -5.80E+00YES Biomass 9IDRileyCreekLumber HFB1ParticulateMatter (PM)filterable Sample #2 4/24/2003 1.85E-03 -6.29E+00YES Biomass 9IDRileyCreekLumber HFB1ParticulateMatter (PM)filterable Sample #3 4/24/2003 1.45E-03 -6.53E+00YES Biomass 10FLUSSugarCorp Boiler No. 8ParticulateMatter (PM)filterable Sample #1 3/24/2005 4.30E-03 -5.45E+00YES Biomass 10FLUSSugarCorp Boiler No. 8ParticulateMatter (PM)filterable Sample #1 11/30/2007 1.60E-02 -4.14E+00YES Biomass 10FLUSSugarCorp Boiler No. 8ParticulateMatter (PM)filterable Sample #1 3/26/2005 3.40E-03 -5.68E+00YES Biomass 10FLUSSugarCorp Boiler No. 8ParticulateMatter (PM)filterable Sample #1 6/2/2006 1.90E-03 -6.27E+00Appendix G-8: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTest Datain Top12pctMACT FloorFuelCatMetalsProcessHeater? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn? lb/mmBtu ln ( lb/mmBtu)YES Biomass 10FLUSSugarCorp Boiler No. 8ParticulateMatter (PM)filterable Sample #1 1/10/2006 1.90E-02 -3.96E+00YES Biomass 10FLUSSugarCorp Boiler No. 8ParticulateMatter (PM)filterable Sample #1 8/22/2006 1.01E-02 -4.60E+00YES Biomass 10FLUSSugarCorp Boiler No. 8ParticulateMatter (PM)filterable Sample #1 1/5/2007 1.00E-02 -4.61E+00YES Biomass 10FLUSSugarCorp Boiler No. 8ParticulateMatter (PM)filterable Sample #2 3/26/2005 6.80E-03 -4.99E+00YES Biomass 10FLUSSugarCorp Boiler No. 8ParticulateMatter (PM)filterable Sample #2 6/2/2006 2.60E-03 -5.95E+00YES Biomass 10FLUSSugarCorp Boiler No. 8ParticulateMatter (PM)filterable Sample #2 11/30/2007 1.10E-02 -4.51E+00YES Biomass 10FLUSSugarCorp Boiler No. 8ParticulateMatter (PM)filterable Sample #2 1/10/2006 2.00E-02 -3.91E+00YES Biomass 10FLUSSugarCorp Boiler No. 8ParticulateMatter (PM)filterable Sample #2 1/5/2007 8.00E-03 -4.83E+00YES Biomass 10FLUSSugarCorp Boiler No. 8ParticulateMatter (PM)filterable Sample #2 8/22/2006 1.93E-02 -3.95E+00YES Biomass 10FLUSSugarCorp Boiler No. 8ParticulateMatter (PM)filterable Sample #2 3/24/2005 3.40E-03 -5.68E+00YES Biomass 10FLUSSugarCorp Boiler No. 8ParticulateMatter (PM)filterable Sample #3 8/22/2006 1.67E-02 -4.09E+00YES Biomass 10FLUSSugarCorp Boiler No. 8ParticulateMatter (PM)filterable Sample #3 3/26/2005 7.80E-03 -4.85E+00YES Biomass 10FLUSSugarCorp Boiler No. 8ParticulateMatter (PM)filterable Sample #3 1/5/2007 1.10E-02 -4.51E+00YES Biomass 10FLUSSugarCorp Boiler No. 8ParticulateMatter (PM)filterable Sample #3 1/10/2006 2.40E-02 -3.73E+00YES Biomass 10FLUSSugarCorp Boiler No. 8ParticulateMatter (PM)filterable Sample #3 3/24/2005 4.10E-03 -5.50E+00YES Biomass 10FLUSSugarCorp Boiler No. 8ParticulateMatter (PM)filterable Sample #3 6/2/2006 2.20E-03 -6.12E+00YES Biomass 10FLUSSugarCorp Boiler No. 8ParticulateMatter (PM)filterable Sample #3 11/30/2007 1.70E-02 -4.07E+00Appendix G-8: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTest Datain Top12pctMACT FloorFuelCatMetalsProcessHeater? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn? lb/mmBtu ln ( lb/mmBtu)YES Biomass 11FLSmurfitStone 5PBParticulateMatter (PM)filterable Sample #1 7/10/2007 4.00E-03 -5.52E+00YES Biomass 11FLSmurfitStone 5PBParticulateMatter (PM)filterable Sample #2 7/10/2007 1.00E-03 -6.91E+00YES Biomass 11FLSmurfitStone 5PBParticulateMatter (PM)filterable Sample #3 7/10/2007 3.00E-03 -5.81E+00YES Biomass 12WIDomtar2814 B11, S11ParticulateMatter (PM)filterable Sample #1 8/29/2007 1.00E-03 -6.91E+00YES Biomass 12WIDomtar2814 B11, S11ParticulateMatter (PM)filterable Sample #2 8/29/2007 2.60E-03 -5.95E+00YES Biomass 12WIDomtar2814 B11, S11ParticulateMatter (PM)filterable Sample #3 8/29/2007 5.70E-03 -5.17E+00YES Biomass 13MSWeyerhaeuserBruceAA-002 No.2 BoilerParticulateMatter (PM)filterable Sample #1 7/11/2003 3.80E-03 -5.57E+00YES Biomass 13MSWeyerhaeuserBruceAA-002 No.2 BoilerParticulateMatter (PM)filterable Sample #1 8/5/2009 7.40E-03 -4.91E+00YES Biomass 13MSWeyerhaeuserBruceAA-002 No.2 BoilerParticulateMatter (PM)filterable Sample #1 8/23/1999 9.40E-03 -4.67E+00YES Biomass 13MSWeyerhaeuserBruceAA-002 No.2 BoilerParticulateMatter (PM)filterable Sample #1 2/26/1993 1.30E-03 -6.65E+00YES Biomass 13MSWeyerhaeuserBruceAA-002 No.2 BoilerParticulateMatter (PM)filterable Sample #1 6/28/2005 4.00E-03 -5.52E+00YES Biomass 13MSWeyerhaeuserBruceAA-002 No.2 BoilerParticulateMatter (PM)filterable Sample #1 2/22/2006 8.00E-03 -4.83E+00YES Biomass 13MSWeyerhaeuserBruceAA-002 No.2 BoilerParticulateMatter (PM)filterable Sample #1 8/31/2007 7.80E-03 -4.85E+00YES Biomass 13MSWeyerhaeuserBruceAA-002 No.2 BoilerParticulateMatter (PM)filterable Sample #2 8/5/2009 8.40E-03 -4.78E+00YES Biomass 13MSWeyerhaeuserBruceAA-002 No.2 BoilerParticulateMatter (PM)filterable Sample #2 8/23/1999 1.30E-02 -4.34E+00YES Biomass 13MSWeyerhaeuserBruceAA-002 No.2 BoilerParticulateMatter (PM)filterable Sample #2 2/26/1993 3.80E-03 -5.57E+00YES Biomass 13MSWeyerhaeuserBruceAA-002 No.2 BoilerParticulateMatter (PM)filterable Sample #2 6/28/2005 4.00E-03 -5.52E+00Appendix G-8: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTest Datain Top12pctMACT FloorFuelCatMetalsProcessHeater? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn? lb/mmBtu ln ( lb/mmBtu)YES Biomass 13MSWeyerhaeuserBruceAA-002 No.2 BoilerParticulateMatter (PM)filterable Sample #2 2/22/2006 6.40E-03 -5.05E+00YES Biomass 13MSWeyerhaeuserBruceAA-002 No.2 BoilerParticulateMatter (PM)filterable Sample #2 7/11/2003 3.90E-03 -5.55E+00YES Biomass 13MSWeyerhaeuserBruceAA-002 No.2 BoilerParticulateMatter (PM)filterable Sample #2 8/31/2007 4.00E-04 -7.82E+00YES Biomass 13MSWeyerhaeuserBruceAA-002 No.2 BoilerParticulateMatter (PM)filterable Sample #3 6/28/2005 5.00E-03 -5.30E+00YES Biomass 13MSWeyerhaeuserBruceAA-002 No.2 BoilerParticulateMatter (PM)filterable Sample #3 2/22/2006 8.60E-03 -4.76E+00YES Biomass 13MSWeyerhaeuserBruceAA-002 No.2 BoilerParticulateMatter (PM)filterable Sample #3 7/11/2003 2.90E-03 -5.84E+00YES Biomass 13MSWeyerhaeuserBruceAA-002 No.2 BoilerParticulateMatter (PM)filterable Sample #3 8/31/2007 3.70E-03 -5.60E+00YES Biomass 13MSWeyerhaeuserBruceAA-002 No.2 BoilerParticulateMatter (PM)filterable Sample #3 2/26/1993 4.90E-03 -5.32E+00YES Biomass 13MSWeyerhaeuserBruceAA-002 No.2 BoilerParticulateMatter (PM)filterable Sample #3 8/23/1999 8.00E-03 -4.83E+00YES Biomass 13MSWeyerhaeuserBruceAA-002 No.2 BoilerParticulateMatter (PM)filterable Sample #3 8/5/2009 4.40E-03 -5.43E+00YES Coal 1IAArchersDanielsMidlandDesMoinesAsea Boiler#1ParticulateMatter (PM)filterable Sample #1 6/3/2008 7.06E-04 -7.26E+00YES Coal 1IAArchersDanielsMidlandDesMoinesAsea Boiler#1ParticulateMatter (PM)filterable Sample #1 8/26/2009 2.00E-04 -8.52E+00YES Coal 1IAArchersDanielsMidlandDesMoinesAsea Boiler#1ParticulateMatter (PM)filterable Sample #2 6/3/2008 5.34E-04 -7.53E+00YES Coal 1IAArchersDanielsMidlandDesMoinesAsea Boiler#1ParticulateMatter (PM)filterable Sample #2 8/26/2009 2.00E-04 -8.52E+00YES Coal 1IAArchersDanielsMidlandDesMoinesAsea Boiler#1ParticulateMatter (PM)filterable Sample #3 6/3/2008 5.37E-04 -7.53E+00Appendix G-8: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTest Datain Top12pctMACT FloorFuelCatMetalsProcessHeater? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn? lb/mmBtu ln ( lb/mmBtu)YES Coal 1IAArchersDanielsMidlandDesMoinesAsea Boiler#1ParticulateMatter (PM)filterable Sample #3 8/27/2009 2.00E-04 -8.52E+00YES Coal 2IAUofNorthernIowa Boiler #3ParticulateMatter (PM)filterable 4 10/6/2009 7.97E-04 -7.13E+00YES Coal 2IAUofNorthernIowa Boiler #3ParticulateMatter (PM)filterable 5 10/6/2009 6.03E-04 -7.41E+00YES Coal 2IAUofNorthernIowa Boiler #3ParticulateMatter (PM)filterable 6 10/7/2009 3.73E-04 -7.89E+00YES Coal 3VAUniversityofVirginia 7103-1-01RParticulateMatter (PM)filterable M027-1 9/17/2009 1.27E-03 -6.67E+00YES Coal 3VAUniversityofVirginia 7103-1-01RParticulateMatter (PM)filterable M027-2 9/17/2009 4.51E-04 -7.70E+00YES Coal 3VAUniversityofVirginia 7103-1-01RParticulateMatter (PM)filterable M027-3 9/18/2009 7.12E-04 -7.25E+00YES Coal 3VAUniversityofVirginia 7103-1-01RParticulateMatter (PM)filterable Sample #1 12/6/2007 9.00E-04 -7.01E+00YES Coal 3VAUniversityofVirginia 7103-1-01RParticulateMatter (PM)filterable Sample #2 12/6/2007 5.00E-04 -7.60E+00YES Coal 3VAUniversityofVirginia 7103-1-01RParticulateMatter (PM)filterable Sample #3 12/6/2007 4.00E-04 -7.82E+00YES Coal 4IAIAStateUnivPowerPlant B2ParticulateMatter (PM)filterable Sample #1 3/27/2008 5.05E-04 -7.59E+00YES Coal 4IAIAStateUnivPowerPlant B2ParticulateMatter (PM)filterable Sample #2 3/27/2008 1.00E-03 -6.91E+00YES Coal 4IAIAStateUnivPowerPlant B2ParticulateMatter (PM)filterable Sample #3 3/27/2008 3.18E-04 -8.05E+00YES Coal 5WIGreenBayPackagingMillDivisionBoiler B26-Coal FiredBoilerParticulateMatter (PM)filterable Sample #1 5/16/2006 1.07E-03 -6.84E+00YES Coal 5WIGreenBayPackagingMillDivisionBoiler B26-Coal FiredBoilerParticulateMatter (PM)filterable Sample #2 5/16/2006 4.00E-05 -1.01E+01YES Coal 5WIGreenBayPackagingMillDivisionBoiler B26-Coal FiredBoilerParticulateMatter (PM)filterable Sample #3 5/16/2006 8.10E-04 -7.12E+00YES Coal 6TNCargillMemphisStoker Boiler8001ParticulateMatter (PM)filterable 1 8/5/2009 7.14E-04 -7.24E+00Appendix G-8: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTest Datain Top12pctMACT FloorFuelCatMetalsProcessHeater? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn? lb/mmBtu ln ( lb/mmBtu)YES Coal 6TNCargillMemphisStoker Boiler8001ParticulateMatter (PM)filterable 2 11/6/2009 7.81E-04 -7.15E+00YES Coal 6TNCargillMemphisStoker Boiler8001ParticulateMatter (PM)filterable 3 8/6/2009 DLL 6.40E-04 -7.35E+00YES Coal 6TNCargillMemphisStoker Boiler8001ParticulateMatter (PM)filterable Sample #1 7/17/2007 2.10E-02 -3.86E+00YES Coal 6TNCargillMemphisStoker Boiler8001ParticulateMatter (PM)filterable Sample #2 7/17/2007 1.78E-02 -4.03E+00YES Coal 6TNCargillMemphisStoker Boiler8001ParticulateMatter (PM)filterable Sample #3 7/17/2007 1.33E-02 -4.32E+00YES Coal 7TNEastman_NO_CBIDATA Boiler 25ParticulateMatter (PM)filterable Sample #1 8/20/1996 1.69E-02 -4.08E+00YES Coal 7TNEastman_NO_CBIDATA Boiler 25ParticulateMatter (PM)filterable Sample #1 11/9/2004 1.30E-03 -6.65E+00YES Coal 7TNEastman_NO_CBIDATA Boiler 25ParticulateMatter (PM)filterable Sample #1 8/8/2000 6.40E-02 -2.75E+00YES Coal 7TNEastman_NO_CBIDATA Boiler 25ParticulateMatter (PM)filterable Sample #1 11/10/2004 8.00E-04 -7.13E+00YES Coal 7TNEastman_NO_CBIDATA Boiler 25ParticulateMatter (PM)filterable Sample #1 7/24/2008 4.80E-03 -5.34E+00YES Coal 7TNEastman_NO_CBIDATA Boiler 25ParticulateMatter (PM)filterable Sample #2 7/24/2008 5.90E-03 -5.13E+00YES Coal 7TNEastman_NO_CBIDATA Boiler 25ParticulateMatter (PM)filterable Sample #2 6/29/2004 1.86E-02 -3.98E+00YES Coal 7TNEastman_NO_CBIDATA Boiler 25ParticulateMatter (PM)filterable Sample #2 11/10/2004 1.40E-03 -6.57E+00YES Coal 7TNEastman_NO_CBIDATA Boiler 25ParticulateMatter (PM)filterable Sample #2 11/9/2004 2.30E-03 -6.07E+00YES Coal 7TNEastman_NO_CBIDATA Boiler 25ParticulateMatter (PM)filterable Sample #2 8/20/1996 1.15E-02 -4.47E+00YES Coal 7TNEastman_NO_CBIDATA Boiler 25ParticulateMatter (PM)filterable Sample #2 8/8/2000 2.27E-02 -3.79E+00YES Coal 7TNEastman_NO_CBIDATA Boiler 25ParticulateMatter (PM)filterable Sample #3 6/29/2004 3.00E-03 -5.81E+00Appendix G-8: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTest Datain Top12pctMACT FloorFuelCatMetalsProcessHeater? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn? lb/mmBtu ln ( lb/mmBtu)YES Coal 7TNEastman_NO_CBIDATA Boiler 25ParticulateMatter (PM)filterable Sample #3 11/11/2004 4.00E-04 -7.82E+00YES Coal 7TNEastman_NO_CBIDATA Boiler 25ParticulateMatter (PM)filterable Sample #3 8/20/1996 5.21E-02 -2.95E+00YES Coal 7TNEastman_NO_CBIDATA Boiler 25ParticulateMatter (PM)filterable Sample #3 8/8/2000 1.33E-02 -4.32E+00YES Coal 7TNEastman_NO_CBIDATA Boiler 25ParticulateMatter (PM)filterable Sample #3 11/10/2004 1.80E-03 -6.32E+00YES Coal 7TNEastman_NO_CBIDATA Boiler 25ParticulateMatter (PM)filterable Sample #3 7/24/2008 8.50E-03 -4.77E+00YES Coal 8IAIAStateUnivPowerPlant B1ParticulateMatter (PM)filterable Sample #1 3/26/2008 1.00E-03 -6.91E+00YES Coal 8IAIAStateUnivPowerPlant B1ParticulateMatter (PM)filterable Sample #2 3/26/2008 1.00E-03 -6.91E+00YES Coal 8IAIAStateUnivPowerPlant B1ParticulateMatter (PM)filterable Sample #3 3/26/2008 1.00E-03 -6.91E+00YES Coal 9OHSmartPapersHoldingsLLC B010ParticulateMatter (PM)filterable Sample #1 8/11/2005 1.10E-03 -6.81E+00YES Coal 9OHSmartPapersHoldingsLLC B010ParticulateMatter (PM)filterable Sample #2 8/11/2005 5.00E-04 -7.60E+00YES Coal 9OHSmartPapersHoldingsLLC B010ParticulateMatter (PM)filterable Sample #3 8/11/2005 1.40E-03 -6.57E+00YES Coal 10TNEastman_NO_CBIDATA Boiler 27ParticulateMatter (PM)filterable Sample #1 3/9/2005 1.20E-03 -6.73E+00YES Coal 10TNEastman_NO_CBIDATA Boiler 27ParticulateMatter (PM)filterable Sample #1 3/10/2005 2.40E-03 -6.03E+00YES Coal 10TNEastman_NO_CBIDATA Boiler 27ParticulateMatter (PM)filterable Sample #1 9/25/1997 1.23E-02 -4.40E+00YES Coal 10TNEastman_NO_CBIDATA Boiler 27ParticulateMatter (PM)filterable Sample #1 5/17/2005 3.10E-03 -5.78E+00YES Coal 10TNEastman_NO_CBIDATA Boiler 27ParticulateMatter (PM)filterable Sample #1 8/28/2001 1.31E-02 -4.34E+00YES Coal 10TNEastman_NO_CBIDATA Boiler 27ParticulateMatter (PM)filterable Sample #1 7/12/1993 1.82E-02 -4.01E+00Appendix G-8: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTest Datain Top12pctMACT FloorFuelCatMetalsProcessHeater? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn? lb/mmBtu ln ( lb/mmBtu)YES Coal 10TNEastman_NO_CBIDATA Boiler 27ParticulateMatter (PM)filterable Sample #2 7/12/1993 9.90E-03 -4.62E+00YES Coal 10TNEastman_NO_CBIDATA Boiler 27ParticulateMatter (PM)filterable Sample #2 9/25/1997 5.90E-03 -5.13E+00YES Coal 10TNEastman_NO_CBIDATA Boiler 27ParticulateMatter (PM)filterable Sample #2 8/28/2001 4.00E-03 -5.52E+00YES Coal 10TNEastman_NO_CBIDATA Boiler 27ParticulateMatter (PM)filterable Sample #2 3/9/2005 1.60E-03 -6.44E+00YES Coal 10TNEastman_NO_CBIDATA Boiler 27ParticulateMatter (PM)filterable Sample #2 5/17/2005 5.80E-03 -5.15E+00YES Coal 10TNEastman_NO_CBIDATA Boiler 27ParticulateMatter (PM)filterable Sample #2 3/10/2005 9.30E-04 -6.98E+00YES Coal 10TNEastman_NO_CBIDATA Boiler 27ParticulateMatter (PM)filterable Sample #3 3/9/2005 8.00E-04 -7.13E+00YES Coal 10TNEastman_NO_CBIDATA Boiler 27ParticulateMatter (PM)filterable Sample #3 5/17/2005 2.70E-03 -5.91E+00YES Coal 10TNEastman_NO_CBIDATA Boiler 27ParticulateMatter (PM)filterable Sample #3 9/25/1997 4.02E-03 -5.52E+00YES Coal 10TNEastman_NO_CBIDATA Boiler 27ParticulateMatter (PM)filterable Sample #3 7/12/1993 1.52E-02 -4.19E+00YES Coal 10TNEastman_NO_CBIDATA Boiler 27ParticulateMatter (PM)filterable Sample #3 3/10/2005 2.20E-03 -6.12E+00YES Coal 10TNEastman_NO_CBIDATA Boiler 27ParticulateMatter (PM)filterable Sample #3 8/28/2001 5.00E-03 -5.30E+00YES Coal 11WINewPageBiron B24ParticulateMatter (PM)filterable 1 9/22/2009 1.28E-03 -6.66E+00YES Coal 11WINewPageBiron B24ParticulateMatter (PM)filterable 1 9/22/2009 1.28E-03 -6.66E+00YES Coal 11WINewPageBiron B24ParticulateMatter (PM)filterable 2 9/22/2009 1.54E-03 -6.48E+00YES Coal 11WINewPageBiron B24ParticulateMatter (PM)filterable 2 8/6/2009 1.19E-03 -6.74E+00YES Coal 11WINewPageBiron B24ParticulateMatter (PM)filterable 3 9/23/2009 1.25E-03 -6.69E+00Appendix G-8: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTest Datain Top12pctMACT FloorFuelCatMetalsProcessHeater? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn? lb/mmBtu ln ( lb/mmBtu)YES Coal 11WINewPageBiron B24ParticulateMatter (PM)filterable 3 8/5/2009 1.68E-03 -6.39E+00YES Coal 11WINewPageBiron B24ParticulateMatter (PM)filterable Sample #1 9/12/2007 4.60E-03 -5.38E+00YES Coal 11WINewPageBiron B24ParticulateMatter (PM)filterable Sample #2 9/12/2007 3.00E-03 -5.81E+00YES Coal 11WINewPageBiron B24ParticulateMatter (PM)filterable Sample #3 9/12/2007 3.60E-03 -5.63E+00YES Coal 12IDTASCONampa Riley BoilerParticulateMatter (PM)filterable Sample #1 1/12/2004 1.56E-03 -6.46E+00YES Coal 12IDTASCONampa Riley BoilerParticulateMatter (PM)filterable Sample #2 1/12/2004 1.43E-03 -6.55E+00YES Coal 12IDTASCONampa Riley BoilerParticulateMatter (PM)filterable Sample #3 1/12/2004 1.35E-03 -6.61E+00YES Coal 13INSABICInnovativePlastics01-001 BW1BoilerParticulateMatter (PM)filterable Sample #1 4/7/2005 1.50E-03 -6.50E+00YES Coal 13INSABICInnovativePlastics01-001 BW1BoilerParticulateMatter (PM)filterable Sample #1 6/28/2006 1.60E-03 -6.44E+00YES Coal 13INSABICInnovativePlastics01-001 BW1BoilerParticulateMatter (PM)filterable Sample #2 6/28/2006 9.00E-04 -7.01E+00YES Coal 13INSABICInnovativePlastics01-001 BW1BoilerParticulateMatter (PM)filterable Sample #2 4/7/2005 9.00E-04 -7.01E+00YES Coal 13INSABICInnovativePlastics01-001 BW1BoilerParticulateMatter (PM)filterable Sample #3 6/28/2006 3.00E-03 -5.81E+00YES Coal 13INSABICInnovativePlastics01-001 BW1BoilerParticulateMatter (PM)filterable Sample #3 4/7/2005 2.20E-03 -6.12E+00YES Coal 14INSABICInnovativePlastics01-001 BW2BoilerParticulateMatter (PM)filterable Sample #1 6/28/2006 1.60E-03 -6.44E+00YES Coal 14INSABICInnovativePlastics01-001 BW2BoilerParticulateMatter (PM)filterable Sample #1 4/7/2005 1.50E-03 -6.50E+00YES Coal 14INSABICInnovativePlastics01-001 BW2BoilerParticulateMatter (PM)filterable Sample #2 6/28/2006 9.00E-04 -7.01E+00YES Coal 14INSABICInnovativePlastics01-001 BW2BoilerParticulateMatter (PM)filterable Sample #2 4/7/2005 9.00E-04 -7.01E+00Appendix G-8: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTest Datain Top12pctMACT FloorFuelCatMetalsProcessHeater? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn? lb/mmBtu ln ( lb/mmBtu)YES Coal 14INSABICInnovativePlastics01-001 BW2BoilerParticulateMatter (PM)filterable Sample #3 6/28/2006 3.00E-03 -5.81E+00YES Coal 14INSABICInnovativePlastics01-001 BW2BoilerParticulateMatter (PM)filterable Sample #3 4/7/2005 2.20E-03 -6.12E+00YES Coal 15MNAmericanCrystalCrookston Boiler 1ParticulateMatter (PM)filterable Sample #1 11/2/2005 1.90E-03 -6.27E+00YES Coal 15MNAmericanCrystalCrookston Boiler 1ParticulateMatter (PM)filterable Sample #1 10/31/2005 3.70E-03 -5.60E+00YES Coal 15MNAmericanCrystalCrookston Boiler 1ParticulateMatter (PM)filterable Sample #1 11/3/2005 5.40E-02 -2.92E+00YES Coal 15MNAmericanCrystalCrookston Boiler 1ParticulateMatter (PM)filterable Sample #2 10/31/2005 2.40E-03 -6.03E+00YES Coal 15MNAmericanCrystalCrookston Boiler 1ParticulateMatter (PM)filterable Sample #2 11/2/2005 2.80E-03 -5.88E+00YES Coal 15MNAmericanCrystalCrookston Boiler 1ParticulateMatter (PM)filterable Sample #2 11/3/2005 2.71E-02 -3.61E+00YES Coal 15MNAmericanCrystalCrookston Boiler 1ParticulateMatter (PM)filterable Sample #3 10/31/2005 5.00E-03 -5.30E+00YES Coal 15MNAmericanCrystalCrookston Boiler 1ParticulateMatter (PM)filterable Sample #3 11/2/2005 5.00E-04 -7.60E+00YES Coal 15MNAmericanCrystalCrookston Boiler 1ParticulateMatter (PM)filterable Sample #3 11/3/2005 1.76E-02 -4.04E+00YES Coal 16IAADMCornProcessingCR EU-502BParticulateMatter (PM)filterable Sample #1 11/28/1994 1.80E-03 -6.32E+00YES Coal 16IAADMCornProcessingCR EU-502BParticulateMatter (PM)filterable Sample #2 11/28/1994 3.80E-03 -5.57E+00YES Coal 16IAADMCornProcessingCR EU-502BParticulateMatter (PM)filterable Sample #3 11/28/1994 1.00E-03 -6.91E+00YES Coal 17 WIWausau# 5 PowerBoiler (B24)ParticulateMatter (PM)filterable Sample #1 7/24/2007 ND 1.34E-03 -6.62E+00YES Coal 17 WIWausau# 5 PowerBoiler (B24)ParticulateMatter (PM)filterable Sample #2 7/24/2007 3.56E-03 -5.64E+00YES Coal 17 WIWausau# 5 PowerBoiler (B24)ParticulateMatter (PM)filterable Sample #3 7/24/2007 2.02E-03 -6.20E+00Appendix G-8: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTest Datain Top12pctMACT FloorFuelCatMetalsProcessHeater? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn? lb/mmBtu ln ( lb/mmBtu)YES Coal 18AKDoyonUtilities_AK 4ParticulateMatter (PM)filterable Sample #1 8/17/2005 2.00E-03 -6.21E+00YES Coal 18AKDoyonUtilities_AK 4ParticulateMatter (PM)filterable Sample #2 8/17/2005 2.30E-03 -6.07E+00YES Coal 18AKDoyonUtilities_AK 4ParticulateMatter (PM)filterable Sample #3 8/17/2005 2.70E-03 -5.91E+00YES Coal 19INPurdueUniverisity Boiler 5ParticulateMatter (PM)filterable M5-1 7/21/2009 2.79E-03 -5.88E+00YES Coal 19INPurdueUniverisity Boiler 5ParticulateMatter (PM)filterable M5-2 7/21/2009 2.82E-03 -5.87E+00YES Coal 19INPurdueUniverisity Boiler 5ParticulateMatter (PM)filterable M5-3 7/22/2009 2.77E-03 -5.89E+00YES Coal 19INPurdueUniverisity Boiler 5ParticulateMatter (PM)filterable Sample #1 11/29/2006 5.00E-03 -5.30E+00YES Coal 19INPurdueUniverisity Boiler 5ParticulateMatter (PM)filterable Sample #2 11/29/2006 1.00E-03 -6.91E+00YES Coal 19INPurdueUniverisity Boiler 5ParticulateMatter (PM)filterable Sample #3 11/29/2006 1.00E-03 -6.91E+00YES Coal 20VAUniversityofVirginia 7103-1-02RParticulateMatter (PM)filterable Sample #1 1/16/2007 4.00E-03 -5.52E+00YES Coal 20VAUniversityofVirginia 7103-1-02RParticulateMatter (PM)filterable Sample #2 1/16/2007 1.00E-03 -6.91E+00YES Coal 20VAUniversityofVirginia 7103-1-02RParticulateMatter (PM)filterable Sample #3 1/16/2007 2.00E-03 -6.21E+00YES Coal 21TNEastman_NO_CBIDATA Boiler 30ParticulateMatter (PM)filterable 1 8/26/2009 4.65E-03 -5.37E+00YES Coal 21TNEastman_NO_CBIDATA Boiler 30ParticulateMatter (PM)filterable 2 8/27/2009 1.73E-03 -6.36E+00YES Coal 21TNEastman_NO_CBIDATA Boiler 30ParticulateMatter (PM)filterable 3 8/27/2009 1.42E-03 -6.56E+00YES Coal 21TNEastman_NO_CBIDATA Boiler 30ParticulateMatter (PM)filterable Sample #1 11/8/1994 9.10E-03 -4.70E+00YES Coal 21TNEastman_NO_CBIDATA Boiler 30ParticulateMatter (PM)filterable Sample #1 9/19/2006 9.90E-03 -4.62E+00Appendix G-8: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTest Datain Top12pctMACT FloorFuelCatMetalsProcessHeater? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn? lb/mmBtu ln ( lb/mmBtu)YES Coal 21TNEastman_NO_CBIDATA Boiler 30ParticulateMatter (PM)filterable Sample #1 9/19/2002 3.00E-03 -5.81E+00YES Coal 21TNEastman_NO_CBIDATA Boiler 30ParticulateMatter (PM)filterable Sample #1 12/29/1993 2.16E-02 -3.84E+00YES Coal 21TNEastman_NO_CBIDATA Boiler 30ParticulateMatter (PM)filterable Sample #2 9/19/2002 ND 2.70E-03 -5.91E+00YES Coal 21TNEastman_NO_CBIDATA Boiler 30ParticulateMatter (PM)filterable Sample #2 11/8/1994 6.60E-03 -5.02E+00YES Coal 21TNEastman_NO_CBIDATA Boiler 30ParticulateMatter (PM)filterable Sample #2 12/29/1993 1.41E-02 -4.26E+00YES Coal 21TNEastman_NO_CBIDATA Boiler 30ParticulateMatter (PM)filterable Sample #2 9/19/2006 1.33E-02 -4.32E+00YES Coal 21TNEastman_NO_CBIDATA Boiler 30ParticulateMatter (PM)filterable Sample #3 11/8/1994 7.10E-03 -4.95E+00YES Coal 21TNEastman_NO_CBIDATA Boiler 30ParticulateMatter (PM)filterable Sample #3 9/19/2002 3.20E-03 -5.74E+00YES Coal 21TNEastman_NO_CBIDATA Boiler 30ParticulateMatter (PM)filterable Sample #3 12/29/1993 1.56E-02 -4.16E+00YES Coal 21TNEastman_NO_CBIDATA Boiler 30ParticulateMatter (PM)filterable Sample #3 9/19/2006 9.30E-03 -4.68E+00YES Coal 22ILRockIslandArsenalNBN 12602(Boiler #1)ParticulateMatter (PM)filterable Sample #1 3/13/2007 4.26E-03 -5.46E+00YES Coal 22ILRockIslandArsenalNBN 12602(Boiler #1)ParticulateMatter (PM)filterable Sample #2 3/13/2007 2.43E-03 -6.02E+00YES Coal 22ILRockIslandArsenalNBN 12602(Boiler #1)ParticulateMatter (PM)filterable Sample #3 3/13/2007 1.39E-03 -6.58E+00YES Coal 23OHUofCincinnati B108ParticulateMatter (PM)filterable Sample #1 4/26/2006 2.90E-03 -5.84E+00YES Coal 23OHUofCincinnati B108ParticulateMatter (PM)filterable Sample #2 4/26/2006 3.03E-03 -5.80E+00YES Coal 23OHUofCincinnati B108ParticulateMatter (PM)filterable Sample #3 4/27/2005 2.40E-03 -6.03E+00YES Coal 24SCInternationalPaperEastoverNo. 1 PowerBoilerParticulateMatter (PM)filterable Sample #1 10/25/2006 3.30E-03 -5.71E+00Appendix G-8: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTest Datain Top12pctMACT FloorFuelCatMetalsProcessHeater? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn? lb/mmBtu ln ( lb/mmBtu)YES Coal 24SCInternationalPaperEastoverNo. 1 PowerBoilerParticulateMatter (PM)filterable Sample #1 10/24/2000 5.90E-02 -2.83E+00YES Coal 24SCInternationalPaperEastoverNo. 1 PowerBoilerParticulateMatter (PM)filterable Sample #1 10/19/2004 1.37E-02 -4.29E+00YES Coal 24SCInternationalPaperEastoverNo. 1 PowerBoilerParticulateMatter (PM)filterable Sample #1 10/9/2002 3.60E-02 -3.32E+00YES Coal 24SCInternationalPaperEastoverNo. 1 PowerBoilerParticulateMatter (PM)filterable Sample #2 10/24/2000 2.20E-02 -3.82E+00YES Coal 24SCInternationalPaperEastoverNo. 1 PowerBoilerParticulateMatter (PM)filterable Sample #2 10/25/2006 4.20E-03 -5.47E+00YES Coal 24SCInternationalPaperEastoverNo. 1 PowerBoilerParticulateMatter (PM)filterable Sample #2 10/19/2004 5.10E-03 -5.28E+00YES Coal 24SCInternationalPaperEastoverNo. 1 PowerBoilerParticulateMatter (PM)filterable Sample #2 10/9/2002 4.40E-02 -3.12E+00YES Coal 24SCInternationalPaperEastoverNo. 1 PowerBoilerParticulateMatter (PM)filterable Sample #3 10/19/2004 2.80E-03 -5.88E+00YES Coal 24SCInternationalPaperEastoverNo. 1 PowerBoilerParticulateMatter (PM)filterable Sample #3 10/9/2002 3.40E-02 -3.38E+00YES Coal 24SCInternationalPaperEastoverNo. 1 PowerBoilerParticulateMatter (PM)filterable Sample #3 10/24/2000 4.40E-02 -3.12E+00YES Coal 24SCInternationalPaperEastoverNo. 1 PowerBoilerParticulateMatter (PM)filterable Sample #3 10/25/2006 1.20E-03 -6.73E+00YES Coal 25WIThilmanyPapersNicoletMill B23ParticulateMatter (PM)filterable Sample #1 2/22/2006 4.89E-03 -5.32E+00YES Coal 25WIThilmanyPapersNicoletMill B23ParticulateMatter (PM)filterable Sample #2 2/22/2006 1.58E-03 -6.45E+00YES Coal 25WIThilmanyPapersNicoletMill B23ParticulateMatter (PM)filterable Sample #3 2/22/2006 2.34E-03 -6.06E+00YES Coal 26WIThilmanyPapersNicoletMill B24ParticulateMatter (PM)filterable Sample #1 2/22/2006 4.89E-03 -5.32E+00YES Coal 26WIThilmanyPapersNicoletMill B24ParticulateMatter (PM)filterable Sample #2 2/22/2006 1.58E-03 -6.45E+00YES Coal 26WIThilmanyPapersNicoletMill B24ParticulateMatter (PM)filterable Sample #3 2/22/2006 2.34E-03 -6.06E+00Appendix G-8: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTest Datain Top12pctMACT FloorFuelCatMetalsProcessHeater? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn? lb/mmBtu ln ( lb/mmBtu)YES Coal 27IDAmalgamatedSugarCoTwinFalls S-B1ParticulateMatter (PM)filterable Sample #1 9/26/2006 2.01E-03 -6.21E+00YES Coal 27IDAmalgamatedSugarCoTwinFalls S-B1ParticulateMatter (PM)filterable Sample #2 9/26/2006 3.26E-03 -5.72E+00YES Coal 27IDAmalgamatedSugarCoTwinFalls S-B1ParticulateMatter (PM)filterable Sample #3 9/26/2006 4.10E-03 -5.50E+00YES Coal 28 ILPolyOne B1ParticulateMatter (PM)filterable 1 9/9/2009 4.59E-03 -5.38E+00YES Coal 28 ILPolyOne B1ParticulateMatter (PM)filterable 2 9/9/2009 5.32E-03 -5.24E+00YES Coal 28 ILPolyOne B1ParticulateMatter (PM)filterable 3 9/10/2009 1.26E-02 -4.37E+00YES Coal 28 ILPolyOne B1ParticulateMatter (PM)filterable Sample #1 11/14/2006 3.20E-03 -5.74E+00YES Coal 29TNEastman_NO_CBIDATA Boiler 31ParticulateMatter (PM)filterable Sample #1 8/14/2006 4.21E-02 -3.17E+00YES Coal 29TNEastman_NO_CBIDATA Boiler 31ParticulateMatter (PM)filterable Sample #1 8/4/1994 3.30E-03 -5.71E+00YES Coal 29TNEastman_NO_CBIDATA Boiler 31ParticulateMatter (PM)filterable Sample #1 12/14/1994 9.10E-03 -4.70E+00YES Coal 29TNEastman_NO_CBIDATA Boiler 31ParticulateMatter (PM)filterable Sample #1 12/6/2006 4.50E-03 -5.40E+00YES Coal 29TNEastman_NO_CBIDATA Boiler 31ParticulateMatter (PM)filterable Sample #1 9/29/1998 1.24E-02 -4.39E+00YES Coal 29TNEastman_NO_CBIDATA Boiler 31ParticulateMatter (PM)filterable Sample #1 9/17/2002 8.30E-03 -4.79E+00YES Coal 29TNEastman_NO_CBIDATA Boiler 31ParticulateMatter (PM)filterable Sample #1 3/15/2005 5.00E-03 -5.30E+00YES Coal 29TNEastman_NO_CBIDATA Boiler 31ParticulateMatter (PM)filterable Sample #1 7/25/2006 6.19E-02 -2.78E+00YES Coal 29TNEastman_NO_CBIDATA Boiler 31ParticulateMatter (PM)filterable Sample #2 12/6/2006 2.70E-03 -5.91E+00YES Coal 29TNEastman_NO_CBIDATA Boiler 31ParticulateMatter (PM)filterable Sample #2 9/17/2002 7.00E-03 -4.96E+00Appendix G-8: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTest Datain Top12pctMACT FloorFuelCatMetalsProcessHeater? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn? lb/mmBtu ln ( lb/mmBtu)YES Coal 29TNEastman_NO_CBIDATA Boiler 31ParticulateMatter (PM)filterable Sample #2 12/15/1994 2.80E-03 -5.88E+00YES Coal 29TNEastman_NO_CBIDATA Boiler 31ParticulateMatter (PM)filterable Sample #2 3/15/2005 5.00E-03 -5.30E+00YES Coal 29TNEastman_NO_CBIDATA Boiler 31ParticulateMatter (PM)filterable Sample #2 8/4/1994 2.90E-03 -5.84E+00YES Coal 29TNEastman_NO_CBIDATA Boiler 31ParticulateMatter (PM)filterable Sample #2 7/25/2006 2.20E-02 -3.82E+00YES Coal 29TNEastman_NO_CBIDATA Boiler 31ParticulateMatter (PM)filterable Sample #2 8/14/2006 4.59E-02 -3.08E+00YES Coal 29TNEastman_NO_CBIDATA Boiler 31ParticulateMatter (PM)filterable Sample #2 9/29/1998 6.51E-03 -5.03E+00YES Coal 29TNEastman_NO_CBIDATA Boiler 31ParticulateMatter (PM)filterable Sample #3 12/6/2006 3.20E-03 -5.74E+00YES Coal 29TNEastman_NO_CBIDATA Boiler 31ParticulateMatter (PM)filterable Sample #3 7/25/2006 4.15E-02 -3.18E+00YES Coal 29TNEastman_NO_CBIDATA Boiler 31ParticulateMatter (PM)filterable Sample #3 8/14/2006 5.45E-02 -2.91E+00YES Coal 29TNEastman_NO_CBIDATA Boiler 31ParticulateMatter (PM)filterable Sample #3 8/4/1994 4.50E-03 -5.40E+00YES Coal 29TNEastman_NO_CBIDATA Boiler 31ParticulateMatter (PM)filterable Sample #3 12/15/1994 6.70E-03 -5.01E+00YES Coal 29TNEastman_NO_CBIDATA Boiler 31ParticulateMatter (PM)filterable Sample #3 3/15/2005 4.80E-03 -5.34E+00YES Coal 29TNEastman_NO_CBIDATA Boiler 31ParticulateMatter (PM)filterable Sample #3 9/17/2002 4.90E-03 -5.32E+00YES Coal 29TNEastman_NO_CBIDATA Boiler 31ParticulateMatter (PM)filterable Sample #3 9/29/1998 9.68E-03 -4.64E+00YES Coal 30 IAUofIowaEP7 Boiler11ParticulateMatter (PM)filterable 1 8/4/2009 4.18E-03 -5.48E+00YES Coal 30 IAUofIowaEP7 Boiler11ParticulateMatter (PM)filterable 2 8/5/2009 3.30E-03 -5.71E+00YES Coal 30 IAUofIowaEP7 Boiler11ParticulateMatter (PM)filterable 3 8/5/2009 3.11E-03 -5.77E+00Appendix G-8: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTest Datain Top12pctMACT FloorFuelCatMetalsProcessHeater? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn? lb/mmBtu ln ( lb/mmBtu)YES Coal 30 IAUofIowaEP7 Boiler11ParticulateMatter (PM)filterable Sample #1 2/15/2006 5.40E-03 -5.22E+00YES Coal 30 IAUofIowaEP7 Boiler11ParticulateMatter (PM)filterable Sample #1 2/22/2006 4.10E-03 -5.50E+00YES Coal 30 IAUofIowaEP7 Boiler11ParticulateMatter (PM)filterable Sample #2 2/21/2006 6.60E-03 -5.02E+00YES Coal 30 IAUofIowaEP7 Boiler11ParticulateMatter (PM)filterable Sample #2 2/23/2006 3.20E-03 -5.74E+00YES Coal 30 IAUofIowaEP7 Boiler11ParticulateMatter (PM)filterable Sample #3 2/21/2006 7.00E-03 -4.96E+00YES Coal 30 IAUofIowaEP7 Boiler11ParticulateMatter (PM)filterable Sample #3 2/23/2006 3.80E-03 -5.57E+00YES Coal 31ILAbbottAbbottPark Unit 5APParticulateMatter (PM)filterable OTM28-1 8/4/2009 3.89E-03 -5.55E+00YES Coal 31ILAbbottAbbottPark Unit 5APParticulateMatter (PM)filterable OTM28-2 8/5/2009 3.06E-03 -5.79E+00YES Coal 31ILAbbottAbbottPark Unit 5APParticulateMatter (PM)filterable OTM28-3 8/5/2009 3.82E-03 -5.57E+00YES Coal 31ILAbbottAbbottPark Unit 5APParticulateMatter (PM)filterable Sample #1 8/22/2007 2.10E-02 -3.86E+00YES Coal 31ILAbbottAbbottPark Unit 5APParticulateMatter (PM)filterable Sample #2 8/22/2007 2.30E-02 -3.77E+00YES Coal 31ILAbbottAbbottPark Unit 5APParticulateMatter (PM)filterable Sample #3 8/22/2007 1.90E-02 -3.96E+00YES Coal 32VADukeEnergyNarrows Boiler #2ParticulateMatter (PM)filterable Sample #1 10/12/2004 4.00E-03 -5.52E+00YES Coal 32VADukeEnergyNarrows Boiler #2ParticulateMatter (PM)filterable Sample #1 10/12/2004 2.40E-02 -3.73E+00YES Coal 32VADukeEnergyNarrows Boiler #2ParticulateMatter (PM)filterable Sample #2 10/12/2004 1.20E-02 -4.42E+00YES Coal 32VADukeEnergyNarrows Boiler #2ParticulateMatter (PM)filterable Sample #2 10/12/2004 3.00E-03 -5.81E+00YES Coal 32VADukeEnergyNarrows Boiler #2ParticulateMatter (PM)filterable Sample #3 10/12/2004 4.00E-03 -5.52E+00Appendix G-8: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTest Datain Top12pctMACT FloorFuelCatMetalsProcessHeater? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn? lb/mmBtu ln ( lb/mmBtu)YES Coal 32VADukeEnergyNarrows Boiler #2ParticulateMatter (PM)filterable Sample #3 10/12/2004 1.00E-02 -4.61E+00YES Coal 33OHSmartPapersHoldingsLLC B020ParticulateMatter (PM)filterable Sample #1 9/22/2005 6.50E-03 -5.04E+00YES Coal 33OHSmartPapersHoldingsLLC B020ParticulateMatter (PM)filterable Sample #2 9/22/2005 5.00E-04 -7.60E+00YES Coal 33OHSmartPapersHoldingsLLC B020ParticulateMatter (PM)filterable Sample #3 9/22/2005 4.20E-03 -5.47E+00YES Coal 34AKDoyonUtilities_AK 7ParticulateMatter (PM)filterable Sample #1 8/16/2005 3.30E-03 -5.71E+00YES Coal 34AKDoyonUtilities_AK 7ParticulateMatter (PM)filterable Sample #2 8/16/2005 4.20E-03 -5.47E+00YES Coal 34AKDoyonUtilities_AK 7ParticulateMatter (PM)filterable Sample #3 8/16/2005 4.00E-03 -5.52E+00YES Coal 35VAGPBigIsland2703PWR04 - No.4 PowerBoilerParticulateMatter (PM)filterable Sample #1 5/1/2007 4.40E-03 -5.43E+00YES Coal 35VAGPBigIsland2703PWR04 - No.4 PowerBoilerParticulateMatter (PM)filterable Sample #2 5/1/2007 3.80E-03 -5.57E+00YES Coal 35VAGPBigIsland2703PWR04 - No.4 PowerBoilerParticulateMatter (PM)filterable Sample #3 5/1/2007 3.80E-03 -5.57E+00YES Coal 36VAUniversityofVirginia 7103-1-05ParticulateMatter (PM)filterable Sample #1 4/4/2008 1.80E-03 -6.32E+00YES Coal 36VAUniversityofVirginia 7103-1-05ParticulateMatter (PM)filterable Sample #2 4/4/2008 1.80E-03 -6.32E+00YES Coal 36VAUniversityofVirginia 7103-1-05ParticulateMatter (PM)filterable Sample #3 4/4/2008 9.00E-03 -4.71E+00YES Coal 37VADukeEnergyNarrows Boiler #3ParticulateMatter (PM)filterable Sample #1 10/14/2004 2.00E-03 -6.21E+00YES Coal 37VADukeEnergyNarrows Boiler #3ParticulateMatter (PM)filterable Sample #1 4/14/2004 4.80E-02 -3.04E+00YES Coal 37VADukeEnergyNarrows Boiler #3ParticulateMatter (PM)filterable Sample #2 4/14/2004 2.60E-02 -3.65E+00Appendix G-8: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTest Datain Top12pctMACT FloorFuelCatMetalsProcessHeater? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn? lb/mmBtu ln ( lb/mmBtu)YES Coal 37VADukeEnergyNarrows Boiler #3ParticulateMatter (PM)filterable Sample #2 10/14/2004 4.00E-03 -5.52E+00YES Coal 37VADukeEnergyNarrows Boiler #3ParticulateMatter (PM)filterable Sample #3 10/14/2004 7.00E-03 -4.96E+00YES Coal 37VADukeEnergyNarrows Boiler #3ParticulateMatter (PM)filterable Sample #3 4/14/2004 2.90E-02 -3.54E+00YES Coal 38 INNotreDame B-4ParticulateMatter (PM)filterable Sample #1 8/26/2009 4.00E-03 -5.52E+00YES Coal 38 INNotreDame B-4ParticulateMatter (PM)filterable Sample #1 2/21/2006 1.56E-01 -1.86E+00YES Coal 38 INNotreDame B-4ParticulateMatter (PM)filterable Sample #2 8/26/2009 5.20E-03 -5.26E+00YES Coal 38 INNotreDame B-4ParticulateMatter (PM)filterable Sample #2 2/21/2006 1.05E-01 -2.26E+00YES Coal 38 INNotreDame B-4ParticulateMatter (PM)filterable Sample #3 8/27/2009 4.30E-03 -5.45E+00YES Coal 39NCHanesDyeWinstonSalem ES B01ParticulateMatter (PM)filterable Sample #1 3/21/2007 6.40E-03 -5.05E+00YES Coal 39NCHanesDyeWinstonSalem ES B01ParticulateMatter (PM)filterable Sample #2 3/21/2007 2.80E-03 -5.88E+00YES Coal 39NCHanesDyeWinstonSalem ES B01ParticulateMatter (PM)filterable Sample #3 3/21/2007 4.70E-03 -5.36E+00YES Coal 40NCHanesDyeWinstonSalem ES B02ParticulateMatter (PM)filterable Sample #1 3/21/2007 6.40E-03 -5.05E+00YES Coal 40NCHanesDyeWinstonSalem ES B02ParticulateMatter (PM)filterable Sample #2 3/21/2007 2.80E-03 -5.88E+00YES Coal 40NCHanesDyeWinstonSalem ES B02ParticulateMatter (PM)filterable Sample #3 3/21/2007 4.70E-03 -5.36E+00YES Coal 41OKGPMuskogeeMill B-3ParticulateMatter (PM)filterable Sample #1 5/20/2003 7.00E-03 -4.96E+00YES Coal 41OKGPMuskogeeMill B-3ParticulateMatter (PM)filterable Sample #2 5/20/2003 5.00E-03 -5.30E+00YES Coal 41OKGPMuskogeeMill B-3ParticulateMatter (PM)filterable Sample #3 5/20/2003 2.00E-03 -6.21E+00Appendix G-8: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTest Datain Top12pctMACT FloorFuelCatMetalsProcessHeater? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn? lb/mmBtu ln ( lb/mmBtu)YES Gas 1 1IAADMClintonEUCOG-5 #2Gas FiredBoilerParticulateMatter (PM)filterable Sample #1 3/5/2008 1.00E-04 -9.21E+00YES Gas 1 1IAADMClintonEUCOG-5 #2Gas FiredBoilerParticulateMatter (PM)filterable Sample #2 3/7/2008 2.00E-04 -8.52E+00YES Gas 1 1IAADMClintonEUCOG-5 #2Gas FiredBoilerParticulateMatter (PM)filterable Sample #3 3/10/2008 1.00E-04 -9.21E+00YES Gas 1 2MSChevronPascagoula F-2103ParticulateMatter (PM)filterable Sample #1 3/27/2008 1.20E-04 -9.03E+00YES Gas 1 2MSChevronPascagoula F-2103ParticulateMatter (PM)filterable Sample #2 3/27/2008 1.20E-04 -9.03E+00YES Gas 1 2MSChevronPascagoula F-2103ParticulateMatter (PM)filterable Sample #3 3/27/2008 5.60E-04 -7.49E+00YES Gas 1 3IACargillEddyville 84.000ParticulateMatter (PM)filterable Sample #1 11/25/1997 3.14E-04 -8.06E+00YES Gas 1 3IACargillEddyville 84.000ParticulateMatter (PM)filterable Sample #2 11/25/1997 2.83E-04 -8.17E+00YES Gas 1 3IACargillEddyville 84.000ParticulateMatter (PM)filterable Sample #3 11/25/1997 2.52E-04 -8.29E+00YES Gas 1 4IACargillEddyville 86.000ParticulateMatter (PM)filterable Sample #1 11/25/1997 3.14E-04 -8.06E+00YES Gas 1 4IACargillEddyville 86.000ParticulateMatter (PM)filterable Sample #2 11/25/1997 2.83E-04 -8.17E+00YES Gas 1 4IACargillEddyville 86.000ParticulateMatter (PM)filterable Sample #3 11/25/1997 2.52E-04 -8.29E+00YES Gas 1 5MABostonGeneratingMysticStation EU-17ParticulateMatter (PM)filterable Sample #1 8/14/2008 4.00E-04 -7.82E+00YES Gas 1 5MABostonGeneratingMysticStation EU-17ParticulateMatter (PM)filterable Sample #2 8/14/2008 4.00E-04 -7.82E+00YES Gas 1 5MABostonGeneratingMysticStation EU-17ParticulateMatter (PM)filterable Sample #3 8/14/2008 1.00E-04 -9.21E+00YES Gas 1 6MSDuPontDeLisle1342AH-202 (BLR1342)ParticulateMatter (PM)filterable Sample #1 3/29/2007 3.76E-04 -7.89E+00Appendix G-8: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTest Datain Top12pctMACT FloorFuelCatMetalsProcessHeater? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn? lb/mmBtu ln ( lb/mmBtu)YES Gas 1 6MSDuPontDeLisle1342AH-202 (BLR1342)ParticulateMatter (PM)filterable Sample #2 3/29/2007 2.27E-04 -8.39E+00YES Gas 1 6MSDuPontDeLisle1342AH-202 (BLR1342)ParticulateMatter (PM)filterable Sample #3 3/29/2007 3.45E-04 -7.97E+00YES Gas 1 7IAKochNitrogenReformerAux BoilerParticulateMatter (PM)filterable Sample #1 1/4/2007 6.17E-04 -7.39E+00YES Gas 1 7IAKochNitrogenReformerAux BoilerParticulateMatter (PM)filterable Sample #2 1/4/2007 2.03E-04 -8.50E+00YES Gas 1 7IAKochNitrogenReformerAux BoilerParticulateMatter (PM)filterable Sample #3 1/5/2007 2.55E-04 -8.27E+00YES Gas 1 8NCCampLejeuneMCBC-AS-4151-16ParticulateMatter (PM)filterable Sample #1 9/30/2009 3.10E-04 -8.08E+00YES Gas 1 8NCCampLejeuneMCBC-AS-4151-16ParticulateMatter (PM)filterable Sample #2 10/1/2009 4.40E-04 -7.73E+00YES Gas 1 8NCCampLejeuneMCBC-AS-4151-16ParticulateMatter (PM)filterable Sample #3 10/1/2009 5.10E-04 -7.58E+00YES Gas 1 9IAGrainProcessing Boiler #10ParticulateMatter (PM)filterable Sample #1 7/24/2007 5.73E-04 -7.47E+00YES Gas 1 9IAGrainProcessing Boiler #10ParticulateMatter (PM)filterable Sample #2 7/24/2007 5.73E-04 -7.47E+00YES Gas 1 9IAGrainProcessing Boiler #10ParticulateMatter (PM)filterable Sample #3 7/24/2007 1.43E-04 -8.85E+00YES Gas 1 10TNValeroMemphisP021 - No.10 BoilerParticulateMatter (PM)filterable Sample #1 6/11/2003 6.00E-04 -7.42E+00YES Gas 1 10TNValeroMemphisP021 - No.10 BoilerParticulateMatter (PM)filterable Sample #2 6/11/2003 4.00E-04 -7.82E+00YES Gas 1 10TNValeroMemphisP021 - No.10 BoilerParticulateMatter (PM)filterable Sample #3 6/11/2003 3.00E-04 -8.11E+00YES Gas 1 10TNValeroMemphisP021 - No.10 BoilerParticulateMatter (PM)filterable Sample #3 12/11/2002 7.00E-04 -7.26E+00YES Gas 1 11MSChevronPascagoula F-8510ParticulateMatter (PM)filterable Sample #1 11/6/2007 4.44E-04 -7.72E+00YES Gas 1 11MSChevronPascagoula F-8510ParticulateMatter (PM)filterable Sample #2 11/6/2007 2.22E-04 -8.41E+00Appendix G-8: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTest Datain Top12pctMACT FloorFuelCatMetalsProcessHeater? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn? lb/mmBtu ln ( lb/mmBtu)YES Gas 1 11MSChevronPascagoula F-8510ParticulateMatter (PM)filterable Sample #3 11/6/2007 6.38E-04 -7.36E+00YES Gas 1 12MSDuPontDeLisle1342AH-101 (BLR1342)ParticulateMatter (PM)filterable Sample #1 3/14/2008 5.72E-04 -7.47E+00YES Gas 1 12MSDuPontDeLisle1342AH-101 (BLR1342)ParticulateMatter (PM)filterable Sample #2 3/14/2008 4.15E-04 -7.79E+00YES Gas 1 12MSDuPontDeLisle1342AH-101 (BLR1342)ParticulateMatter (PM)filterable Sample #3 3/14/2008 3.61E-04 -7.93E+00YES Gas 1 13MDUofMaryland EU 001-4ParticulateMatter (PM)filterable Sample #1 2/20/2002 4.98E-04 -7.60E+00YES Gas 1 13MDUofMaryland EU 001-4ParticulateMatter (PM)filterable Sample #2 2/20/2002 3.98E-04 -7.83E+00YES Gas 1 13MDUofMaryland EU 001-4ParticulateMatter (PM)filterable Sample #3 2/20/2002 5.98E-04 -7.42E+00YES Gas 1 14TNValeroMemphisP044-DHT18 StripperReboilerHeaterParticulateMatter (PM)filterable Sample #1 2/28/2007 2.89E-02 -3.54E+00YES Gas 1 14TNValeroMemphisP044-DHT18 StripperReboilerHeaterParticulateMatter (PM)filterable Sample #1 5/17/2007 1.00E-03 -6.91E+00YES Gas 1 14TNValeroMemphisP044-DHT18 StripperReboilerHeaterParticulateMatter (PM)filterable Sample #1 5/15/2007 6.00E-04 -7.42E+00YES Gas 1 14TNValeroMemphisP044-DHT18 StripperReboilerHeaterParticulateMatter (PM)filterable Sample #2 5/17/2007 1.00E-04 -9.21E+00YES Gas 1 14TNValeroMemphisP044-DHT18 StripperReboilerHeaterParticulateMatter (PM)filterable Sample #2 2/28/2007 3.16E-02 -3.45E+00YES Gas 1 14TNValeroMemphisP044-DHT18 StripperReboilerHeaterParticulateMatter (PM)filterable Sample #2 5/15/2007 3.10E-03 -5.78E+00YES Gas 1 14TNValeroMemphisP044-DHT18 StripperReboilerHeaterParticulateMatter (PM)filterable Sample #3 5/15/2007 2.00E-04 -8.52E+00Appendix G-8: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTest Datain Top12pctMACT FloorFuelCatMetalsProcessHeater? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn? lb/mmBtu ln ( lb/mmBtu)YES Gas 1 14TNValeroMemphisP044-DHT18 StripperReboilerHeaterParticulateMatter (PM)filterable Sample #3 2/28/2007 2.81E-02 -3.57E+00YES Gas 1 15TNValeroMemphisP043 - DHT18 ReactorFeed HeaterParticulateMatter (PM)filterable Sample #1 5/16/2007 1.50E-03 -6.50E+00YES Gas 1 15TNValeroMemphisP043 - DHT18 ReactorFeed HeaterParticulateMatter (PM)filterable Sample #1 2/27/2007 1.08E-01 -2.23E+00YES Gas 1 15TNValeroMemphisP043 - DHT18 ReactorFeed HeaterParticulateMatter (PM)filterable Sample #1 5/15/2007 1.60E-03 -6.44E+00YES Gas 1 15TNValeroMemphisP043 - DHT18 ReactorFeed HeaterParticulateMatter (PM)filterable Sample #2 2/27/2007 1.20E-02 -4.42E+00YES Gas 1 15TNValeroMemphisP043 - DHT18 ReactorFeed HeaterParticulateMatter (PM)filterable Sample #2 5/15/2007 2.30E-03 -6.07E+00YES Gas 1 15TNValeroMemphisP043 - DHT18 ReactorFeed HeaterParticulateMatter (PM)filterable Sample #2 5/16/2007 1.00E-04 -9.21E+00YES Gas 1 15TNValeroMemphisP043 - DHT18 ReactorFeed HeaterParticulateMatter (PM)filterable Sample #3 5/16/2007 1.00E-04 -9.21E+00YES Gas 1 15TNValeroMemphisP043 - DHT18 ReactorFeed HeaterParticulateMatter (PM)filterable Sample #3 2/27/2007 1.24E-02 -4.39E+00YES Gas 1 15TNValeroMemphisP043 - DHT18 ReactorFeed HeaterParticulateMatter (PM)filterable Sample #3 5/15/2007 4.80E-03 -5.34E+00YES Gas 1 16NJSunocoWestville Boiler #7ParticulateMatter (PM)filterable Sample #1 10/11/2007 1.00E-03 -6.91E+00YES Gas 1 16NJSunocoWestville Boiler #7ParticulateMatter (PM)filterable Sample #2 10/11/2007 3.00E-04 -8.11E+00YES Gas 1 16NJSunocoWestville Boiler #7ParticulateMatter (PM)filterable Sample #3 10/11/2007 5.00E-04 -7.60E+00YES Gas 1 17NJSunocoWestville Boiler #6ParticulateMatter (PM)filterable Sample #1 11/14/2007 4.81E-04 -7.64E+00Appendix G-8: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTest Datain Top12pctMACT FloorFuelCatMetalsProcessHeater? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn? lb/mmBtu ln ( lb/mmBtu)YES Gas 1 17NJSunocoWestville Boiler #6ParticulateMatter (PM)filterable Sample #2 11/14/2007 4.36E-04 -7.74E+00YES Gas 1 17NJSunocoWestville Boiler #6ParticulateMatter (PM)filterable Sample #3 11/14/2007 9.50E-04 -6.96E+00YES Gas 1 18NJSunocoWestville Boiler #5ParticulateMatter (PM)filterable Sample #1 8/27/2008 9.21E-04 -6.99E+00YES Gas 1 18NJSunocoWestville Boiler #5ParticulateMatter (PM)filterable Sample #2 8/28/2008 7.00E-04 -7.26E+00YES Gas 1 18NJSunocoWestville Boiler #5ParticulateMatter (PM)filterable Sample #3 8/28/2008 2.48E-04 -8.30E+00YES Gas 1 yes 1INArcelorMittalBurnsHarborHot DipCoating LineAnnealingFurnaceParticulateMatter (PM)filterable 1 9/25/2009 5.24E-06 -1.22E+01YES Gas 1 yes 1INArcelorMittalBurnsHarborHot DipCoating LineAnnealingFurnaceParticulateMatter (PM)filterable 2 9/26/2009 3.73E-06 -1.25E+01YES Gas 1 yes 1INArcelorMittalBurnsHarborHot DipCoating LineAnnealingFurnaceParticulateMatter (PM)filterable 3 9/26/2009 5.39E-06 -1.21E+01YES Gas 1 yes 1INArcelorMittalBurnsHarborHot DipCoating LineAnnealingFurnaceParticulateMatter (PM)filterable Sample #1 9/19/1997 1.40E-02 -4.27E+00YES Gas 1 yes 1INArcelorMittalBurnsHarborHot DipCoating LineAnnealingFurnaceParticulateMatter (PM)filterable Sample #2 9/19/1997 9.90E-03 -4.62E+00YES Gas 1 yes 1INArcelorMittalBurnsHarborHot DipCoating LineAnnealingFurnaceParticulateMatter (PM)filterable Sample #3 9/19/1997 1.53E-02 -4.18E+00YES Gas 1 yes 2 INNucorSteelCold MillAnnealingParticulateMatter (PM)filterable M5-1 8/18/2009 1.39E-03 -6.58E+00YES Gas 1 yes 2 INNucorSteelCold MillAnnealingParticulateMatter (PM)filterable M5-2 8/18/2009 7.90E-04 -7.14E+00Appendix G-8: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTest Datain Top12pctMACT FloorFuelCatMetalsProcessHeater? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn? lb/mmBtu ln ( lb/mmBtu)YES Gas 1 yes 2 INNucorSteelCold MillAnnealingParticulateMatter (PM)filterable M5-3 8/18/2009 9.28E-04 -6.98E+00YES Gas 2 1LAShellChemicaGeismarFurnace FS801ParticulateMatter (PM)filterable 528-1 8/26/2009 8.21E-04 -7.10E+00YES Gas 2 1LAShellChemicaGeismarFurnace FS801ParticulateMatter (PM)filterable 528-2 8/26/2009 2.33E-04 -8.36E+00YES Gas 2 1LAShellChemicaGeismarFurnace FS801ParticulateMatter (PM)filterable 528-3 8/27/2009 2.06E-04 -8.49E+00YES Gas 2 2WIGPGreenBay2818B29 -FluidizedBed Boiler #9ParticulateMatter (PM)filterable Sample #1 8/29/2000 8.10E-03 -4.82E+00YES Gas 2 2WIGPGreenBay2818B29 -FluidizedBed Boiler #9ParticulateMatter (PM)filterable Sample #1 9/21/2007 5.50E-04 -7.51E+00YES Gas 2 2WIGPGreenBay2818B29 -FluidizedBed Boiler #9ParticulateMatter (PM)filterable Sample #1 8/10/2004 2.61E-02 -3.65E+00YES Gas 2 2WIGPGreenBay2818B29 -FluidizedBed Boiler #9ParticulateMatter (PM)filterable Sample #1 7/28/1998 6.00E-03 -5.12E+00YES Gas 2 2WIGPGreenBay2818B29 -FluidizedBed Boiler #9ParticulateMatter (PM)filterable Sample #1 11/9/1999 2.65E-02 -3.63E+00YES Gas 2 2WIGPGreenBay2818B29 -FluidizedBed Boiler #9ParticulateMatter (PM)filterable Sample #1 2/2/2000 3.18E-03 -5.75E+00YES Gas 2 2WIGPGreenBay2818B29 -FluidizedBed Boiler #9ParticulateMatter (PM)filterable Sample #1 10/27/1992 1.00E-02 -4.61E+00YES Gas 2 2WIGPGreenBay2818B29 -FluidizedBed Boiler #9ParticulateMatter (PM)filterable Sample #1 9/24/1994 1.44E-02 -4.24E+00YES Gas 2 2WIGPGreenBay2818B29 -FluidizedBed Boiler #9ParticulateMatter (PM)filterable Sample #1 8/28/2002 7.20E-03 -4.93E+00YES Gas 2 2WIGPGreenBay2818B29 -FluidizedBed Boiler #9ParticulateMatter (PM)filterable Sample #1 7/19/2000 3.10E-03 -5.78E+00Appendix G-8: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTest Datain Top12pctMACT FloorFuelCatMetalsProcessHeater? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn? lb/mmBtu ln ( lb/mmBtu)YES Gas 2 2WIGPGreenBay2818B29 -FluidizedBed Boiler #9ParticulateMatter (PM)filterable Sample #2 8/29/2000 2.12E-02 -3.85E+00YES Gas 2 2WIGPGreenBay2818B29 -FluidizedBed Boiler #9ParticulateMatter (PM)filterable Sample #2 2/2/2000 3.92E-03 -5.54E+00YES Gas 2 2WIGPGreenBay2818B29 -FluidizedBed Boiler #9ParticulateMatter (PM)filterable Sample #2 9/21/2007 1.06E-03 -6.85E+00YES Gas 2 2WIGPGreenBay2818B29 -FluidizedBed Boiler #9ParticulateMatter (PM)filterable Sample #2 8/10/2004 3.76E-02 -3.28E+00YES Gas 2 2WIGPGreenBay2818B29 -FluidizedBed Boiler #9ParticulateMatter (PM)filterable Sample #2 9/24/1994 1.21E-02 -4.41E+00YES Gas 2 2WIGPGreenBay2818B29 -FluidizedBed Boiler #9ParticulateMatter (PM)filterable Sample #2 8/28/2002 6.70E-03 -5.01E+00YES Gas 2 2WIGPGreenBay2818B29 -FluidizedBed Boiler #9ParticulateMatter (PM)filterable Sample #2 10/27/1992 1.30E-02 -4.34E+00YES Gas 2 2WIGPGreenBay2818B29 -FluidizedBed Boiler #9ParticulateMatter (PM)filterable Sample #2 11/9/1999 2.11E-02 -3.86E+00YES Gas 2 2WIGPGreenBay2818B29 -FluidizedBed Boiler #9ParticulateMatter (PM)filterable Sample #2 7/28/1998 1.60E-03 -6.44E+00YES Gas 2 2WIGPGreenBay2818B29 -FluidizedBed Boiler #9ParticulateMatter (PM)filterable Sample #2 7/19/2000 2.70E-03 -5.91E+00YES Gas 2 2WIGPGreenBay2818B29 -FluidizedBed Boiler #9ParticulateMatter (PM)filterable Sample #3 10/27/1992 1.30E-02 -4.34E+00YES Gas 2 2WIGPGreenBay2818B29 -FluidizedBed Boiler #9ParticulateMatter (PM)filterable Sample #3 9/24/1994 2.94E-02 -3.53E+00YES Gas 2 2WIGPGreenBay2818B29 -FluidizedBed Boiler #9ParticulateMatter (PM)filterable Sample #3 8/29/2000 1.40E-03 -6.57E+00Appendix G-8: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTest Datain Top12pctMACT FloorFuelCatMetalsProcessHeater? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn? lb/mmBtu ln ( lb/mmBtu)YES Gas 2 2WIGPGreenBay2818B29 -FluidizedBed Boiler #9ParticulateMatter (PM)filterable Sample #3 7/19/2000 7.00E-03 -4.96E+00YES Gas 2 2WIGPGreenBay2818B29 -FluidizedBed Boiler #9ParticulateMatter (PM)filterable Sample #3 9/21/2007 7.60E-04 -7.18E+00YES Gas 2 2WIGPGreenBay2818B29 -FluidizedBed Boiler #9ParticulateMatter (PM)filterable Sample #3 7/28/1998 2.40E-03 -6.03E+00YES Gas 2 2WIGPGreenBay2818B29 -FluidizedBed Boiler #9ParticulateMatter (PM)filterable Sample #3 8/10/2004 4.21E-02 -3.17E+00YES Gas 2 2WIGPGreenBay2818B29 -FluidizedBed Boiler #9ParticulateMatter (PM)filterable Sample #3 11/9/1999 2.56E-02 -3.67E+00YES Gas 2 2WIGPGreenBay2818B29 -FluidizedBed Boiler #9ParticulateMatter (PM)filterable Sample #3 8/28/2002 1.02E-02 -4.59E+00YES Gas 2 2WIGPGreenBay2818B29 -FluidizedBed Boiler #9ParticulateMatter (PM)filterable Sample #3 2/2/2000 3.92E-03 -5.54E+00YES Liquid 1TNMilanArmyAmmunitionPlantD88L-1,Source #27-0010-86ParticulateMatter (PM)filterable 1 11/17/2009 7.19E-04 -7.24E+00YES Liquid 1TNMilanArmyAmmunitionPlantD88L-1,Source #27-0010-86ParticulateMatter (PM)filterable 2 11/17/2009 4.12E-04 -7.80E+00YES Liquid 1TNMilanArmyAmmunitionPlantD88L-1,Source #27-0010-86ParticulateMatter (PM)filterable 3 11/18/2009 DLL 4.02E-04 -7.82E+00YES Liquid 2SCGPChemRussellville FO BoilerParticulateMatter (PM)filterable Sample #1 8/26/2009 8.00E-04 -7.13E+00YES Liquid 2SCGPChemRussellville FO BoilerParticulateMatter (PM)filterable Sample #2 8/26/2009 5.00E-04 -7.60E+00YES Liquid 2SCGPChemRussellville FO BoilerParticulateMatter (PM)filterable Sample #3 8/26/2009 5.00E-04 -7.60E+00YES Liquid 3NJSunocoWestville Boiler #8ParticulateMatter (PM)filterable Sample #1 11/20/2007 9.34E-04 -6.98E+00YES Liquid 3NJSunocoWestville Boiler #8ParticulateMatter (PM)filterable Sample #2 11/20/2007 8.82E-05 -9.34E+00Appendix G-8: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTest Datain Top12pctMACT FloorFuelCatMetalsProcessHeater? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn? lb/mmBtu ln ( lb/mmBtu)YES Liquid 3NJSunocoWestville Boiler #8ParticulateMatter (PM)filterable Sample #3 11/20/2007 1.01E-03 -6.90E+00YES Liquid 4PAConemaughPowerPlantNewFlorence Aux Boiler BParticulateMatter (PM)filterable Sample #1 10/17/2006 1.30E-03 -6.65E+00YES Liquid 4PAConemaughPowerPlantNewFlorence Aux Boiler BParticulateMatter (PM)filterable Sample #2 10/17/2006 3.20E-04 -8.05E+00YES Liquid 4PAConemaughPowerPlantNewFlorence Aux Boiler BParticulateMatter (PM)filterable Sample #3 10/17/2006 1.00E-03 -6.91E+00YES Liquid 5NJSunocoWestville Boiler #6ParticulateMatter (PM)filterable Sample #1 11/15/2007 8.01E-04 -7.13E+00YES Liquid 5NJSunocoWestville Boiler #6ParticulateMatter (PM)filterable Sample #2 11/15/2007 9.65E-04 -6.94E+00YES Liquid 5NJSunocoWestville Boiler #6ParticulateMatter (PM)filterable Sample #3 11/15/2007 1.30E-03 -6.65E+00YES Liquid 6PACherokeePharmSG-C, Title VSource ID037ParticulateMatter (PM)filterable Sample #1 5/21/1998 2.00E-03 -6.21E+00YES Liquid 6PACherokeePharmSG-C, Title VSource ID037ParticulateMatter (PM)filterable Sample #2 5/21/1998 1.30E-03 -6.65E+00YES Liquid 6PACherokeePharmSG-C, Title VSource ID037ParticulateMatter (PM)filterable Sample #3 5/21/1998 1.50E-03 -6.50E+00YES Liquid 7NJSunocoWestville Boiler #7ParticulateMatter (PM)filterable Sample #1 12/19/2005 1.95E-03 -6.24E+00YES Liquid 7NJSunocoWestville Boiler #7ParticulateMatter (PM)filterable Sample #2 12/19/2005 2.07E-03 -6.18E+00YES Liquid 7NJSunocoWestville Boiler #7ParticulateMatter (PM)filterable Sample #3 12/19/2005 1.13E-03 -6.79E+00YES Liquid 8PACherokeePharmSG-B, Title VSource ID036ParticulateMatter (PM)filterable Sample #1 5/19/1998 2.20E-03 -6.12E+00YES Liquid 8PACherokeePharmSG-B, Title VSource ID036ParticulateMatter (PM)filterable Sample #2 5/19/1998 2.00E-03 -6.21E+00YES Liquid 8PACherokeePharmSG-B, Title VSource ID036ParticulateMatter (PM)filterable Sample #3 5/19/1998 1.20E-03 -6.73E+00Appendix G-8: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTest Datain Top12pctMACT FloorFuelCatMetalsProcessHeater? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn? lb/mmBtu ln ( lb/mmBtu)YES Liquid 9NJSunocoWestville Boiler #5ParticulateMatter (PM)filterable Sample #1 11/16/2007 2.08E-03 -6.18E+00YES Liquid 9NJSunocoWestville Boiler #5ParticulateMatter (PM)filterable Sample #2 11/16/2007 1.23E-03 -6.70E+00YES Liquid 9NJSunocoWestville Boiler #5ParticulateMatter (PM)filterable Sample #3 11/16/2007 2.15E-03 -6.14E+00YES Liquid 10ALBPDecatur24 AB-8301ParticulateMatter (PM)filterable Sample #1 1/24/2001 4.51E-03 -5.40E+00YES Liquid 10ALBPDecatur24 AB-8301ParticulateMatter (PM)filterable Sample #2 1/24/2001 9.91E-04 -6.92E+00YES Liquid 10ALBPDecatur24 AB-8301ParticulateMatter (PM)filterable Sample #3 1/24/2001 1.40E-03 -6.57E+00Appendix G-9: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTestData inTop12pctMACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect?Test BurningWaste under AltDefn? lb/mmBtu ln (lb/mmBtu)YES Biomass 1FLUSSugarCorp Boiler No. 7 Mercury (Hg) Sample #1 1/2/2003 ND 1.15E-07 -1.60E+01YES Biomass 1FLUSSugarCorp Boiler No. 7 Mercury (Hg) Sample #2 1/2/2003 ND 9.08E-08 -1.62E+01YES Biomass 1FLUSSugarCorp Boiler No. 7 Mercury (Hg) Sample #3 1/2/2003 ND 8.60E-08 -1.63E+01YES Biomass 2FLSmurfitStone 5PB Mercury (Hg) Sample #1 7/10/2007 2.55E-07 -1.52E+01YES Biomass 2FLSmurfitStone 5PB Mercury (Hg) Sample #3 7/10/2007 1.54E-07 -1.57E+01YES Biomass 3NYIntlPaperTiconderoga PB1 Mercury (Hg) Sample #1 9/16/1999 ND 2.36E-07 -1.53E+01YES Biomass 3NYIntlPaperTiconderoga PB1 Mercury (Hg) Sample #1 9/15/1999 ND 2.64E-07 -1.51E+01YES Biomass 3NYIntlPaperTiconderoga PB1 Mercury (Hg) Sample #2 9/20/1999 ND 2.17E-07 -1.53E+01YES Biomass 3NYIntlPaperTiconderoga PB1 Mercury (Hg) Sample #2 9/15/1999 ND 2.73E-07 -1.51E+01YES Biomass 3NYIntlPaperTiconderoga PB1 Mercury (Hg) Sample #3 9/16/1999 ND 2.69E-07 -1.51E+01YES Biomass 4NDCargillWestFargoFosterWheelerBoiler(EU43) Mercury (Hg) 1 8/26/2009 DLL 5.56E-07 -1.44E+01YES Biomass 4NDCargillWestFargoFosterWheelerBoiler(EU43) Mercury (Hg) 2 8/26/2009 DLL 4.47E-07 -1.46E+01YES Biomass 4NDCargillWestFargoFosterWheelerBoiler(EU43) Mercury (Hg) 3 8/27/2009 DLL 5.11E-07 -1.45E+01Appendix G-9: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTestData inTop12pctMACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect?Test BurningWaste under AltDefn? lb/mmBtu ln (lb/mmBtu)YES Biomass 4NDCargillWestFargoFosterWheelerBoiler(EU43) Mercury (Hg) Sample #1 8/3/2005 2.30E-07 -1.53E+01YES Biomass 4NDCargillWestFargoFosterWheelerBoiler(EU43) Mercury (Hg) Sample #2 8/3/2005 2.30E-07 -1.53E+01YES Biomass 4NDCargillWestFargoFosterWheelerBoiler(EU43) Mercury (Hg) Sample #3 8/3/2005 2.30E-07 -1.53E+01YES Biomass 5NCGPRoxboroES-1 Woodfired Boiler Mercury (Hg) Sample #1 7/14/2004 3.23E-07 -1.49E+01YES Biomass 5NCGPRoxboroES-1 Woodfired Boiler Mercury (Hg) Sample #2 7/14/2004 2.43E-07 -1.52E+01YES Biomass 5NCGPRoxboroES-1 Woodfired Boiler Mercury (Hg) Sample #3 7/14/2004 2.36E-07 -1.53E+01YES Biomass 6FLSugarCaneGrowersCoop Boiler No. 8 Mercury (Hg) Sample #1 12/16/2002 5.35E-07 -1.44E+01YES Biomass 6FLSugarCaneGrowersCoop Boiler No. 8 Mercury (Hg) Sample #2 12/16/2002 1.60E-07 -1.56E+01YES Biomass 6FLSugarCaneGrowersCoop Boiler No. 8 Mercury (Hg) Sample #3 12/16/2002 3.24E-07 -1.49E+01YES Coal 1 IAUofIowaEP7 Boiler11 Mercury (Hg) 1 8/4/2009 DLL 6.14E-08 -1.66E+01YES Coal 1 IAUofIowaEP7 Boiler11 Mercury (Hg) 2 8/5/2009 DLL 5.99E-08 -1.66E+01YES Coal 1 IAUofIowaEP7 Boiler11 Mercury (Hg) 3 8/5/2009 DLL 5.90E-08 -1.66E+01YES Coal 1 IAUofIowaEP7 Boiler11 Mercury (Hg) Sample #1 2/15/2006 1.26E-08 -1.82E+01YES Coal 1 IAUofIowaEP7 Boiler11 Mercury (Hg) Sample #1 2/22/2006 3.37E-07 -1.49E+01YES Coal 1 IAUofIowaEP7 Boiler11 Mercury (Hg) Sample #2 2/23/2006 3.77E-07 -1.48E+01Appendix G-9: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTestData inTop12pctMACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect?Test BurningWaste under AltDefn? lb/mmBtu ln (lb/mmBtu)YES Coal 1 IAUofIowaEP7 Boiler11 Mercury (Hg) Sample #2 2/21/2006 ND 7.54E-09 -1.87E+01YES Coal 1 IAUofIowaEP7 Boiler11 Mercury (Hg) Sample #3 2/21/2006 2.27E-08 -1.76E+01YES Coal 1 IAUofIowaEP7 Boiler11 Mercury (Hg) Sample #3 2/23/2006 1.28E-07 -1.59E+01YES Coal 2MITBSimonPowerPlant Unit 4 Mercury (Hg) Sample #1 1/9/2007 ND 3.71E-08 -1.71E+01YES Coal 2MITBSimonPowerPlant Unit 4 Mercury (Hg) Sample #1 1/10/2007 ND 3.03E-08 -1.73E+01YES Coal 2MITBSimonPowerPlant Unit 4 Mercury (Hg) Sample #2 1/9/2007 ND 3.37E-08 -1.72E+01YES Coal 2MITBSimonPowerPlant Unit 4 Mercury (Hg) Sample #2 1/10/2007 ND 3.44E-08 -1.72E+01YES Coal 2MITBSimonPowerPlant Unit 4 Mercury (Hg) Sample #3 1/10/2007 ND 3.38E-08 -1.72E+01YES Coal 2MITBSimonPowerPlant Unit 4 Mercury (Hg) Sample #3 1/9/2007 ND 1.52E-08 -1.80E+01YES Coal 3IAArchersDanielsMidlandDesMoinesAsea Boiler#1 Mercury (Hg) Sample #1 8/26/2009 ND 3.18E-08 -1.73E+01YES Coal 3IAArchersDanielsMidlandDesMoinesAsea Boiler#1 Mercury (Hg) Sample #2 8/26/2009 ND 2.80E-08 -1.74E+01YES Coal 3IAArchersDanielsMidlandDesMoinesAsea Boiler#1 Mercury (Hg) Sample #3 8/27/2009 5.53E-08 -1.67E+01YES Coal 4IARoquetteAmericaCirculatingFluidizedBed Boiler(121) Mercury (Hg) 1 6/3/2009 6.34E-08 -1.66E+01YES Coal 4IARoquetteAmericaCirculatingFluidizedBed Boiler(121) Mercury (Hg) 2 6/3/2009 4.01E-08 -1.70E+01Appendix G-9: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTestData inTop12pctMACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect?Test BurningWaste under AltDefn? lb/mmBtu ln (lb/mmBtu)YES Coal 4IARoquetteAmericaCirculatingFluidizedBed Boiler(121) Mercury (Hg) 3 6/4/2009 8.15E-08 -1.63E+01YES Coal 5INPurdueUniverisity Boiler 5 Mercury (Hg) M5-1 7/21/2009 1.14E-07 -1.60E+01YES Coal 5INPurdueUniverisity Boiler 5 Mercury (Hg) M5-2 7/21/2009 1.35E-07 -1.58E+01YES Coal 5INPurdueUniverisity Boiler 5 Mercury (Hg) M5-3 7/22/2009 1.19E-07 -1.59E+01YES Coal 6 ILPolyOne B1 Mercury (Hg) 1 9/9/2009 1.62E-07 -1.56E+01YES Coal 6 ILPolyOne B1 Mercury (Hg) 2 9/9/2009 1.42E-07 -1.58E+01YES Coal 6 ILPolyOne B1 Mercury (Hg) 3 9/10/2009 6.46E-08 -1.66E+01YES Coal 6 ILPolyOne B1 Mercury (Hg) Sample #1 11/14/2006 2.22E-07 -1.53E+01YES Coal 7MITBSimonPowerPlant Unit 2 Mercury (Hg) Sample #1 7/26/2007 ND 3.96E-07 -1.47E+01YES Coal 7MITBSimonPowerPlant Unit 2 Mercury (Hg) Sample #1 7/25/2007 ND 1.41E-07 -1.58E+01YES Coal 7MITBSimonPowerPlant Unit 2 Mercury (Hg) Sample #2 7/26/2007 ND 1.54E-07 -1.57E+01YES Coal 7MITBSimonPowerPlant Unit 2 Mercury (Hg) Sample #2 7/25/2007 ND 9.27E-08 -1.62E+01YES Coal 7MITBSimonPowerPlant Unit 2 Mercury (Hg) Sample #3 7/26/2007 ND 3.07E-07 -1.50E+01YES Coal 7MITBSimonPowerPlant Unit 2 Mercury (Hg) Sample #3 7/25/2007 ND 1.98E-07 -1.54E+01YES Coal 8MNADMCornDivisionCoal Boiler#1 EU049 Mercury (Hg) Sample #2 10/25/2008 1.59E-07 -1.57E+01YES Coal 9MNADMCornDivisionCoal Boiler#2 EU050 Mercury (Hg) Sample #2 10/25/2008 1.59E-07 -1.57E+01YES Coal 10MITBSimonPowerPlant Unit 1 Mercury (Hg) 1 7/22/2009 DLL 2.70E-07 -1.51E+01YES Coal 10MITBSimonPowerPlant Unit 1 Mercury (Hg) 2 7/22/2009 DLL 1.22E-07 -1.59E+01YES Coal 10MITBSimonPowerPlant Unit 1 Mercury (Hg) 3 7/23/2009 DLL 1.61E-07 -1.56E+01Appendix G-9: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTestData inTop12pctMACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect?Test BurningWaste under AltDefn? lb/mmBtu ln (lb/mmBtu)YES Coal 10MITBSimonPowerPlant Unit 1 Mercury (Hg) Sample #1 6/13/2007 ND 7.28E-07 -1.41E+01YES Coal 10MITBSimonPowerPlant Unit 1 Mercury (Hg) Sample #1 6/14/2007 ND 1.86E-07 -1.55E+01YES Coal 10MITBSimonPowerPlant Unit 1 Mercury (Hg) Sample #2 6/13/2007 ND 2.36E-07 -1.53E+01YES Coal 10MITBSimonPowerPlant Unit 1 Mercury (Hg) Sample #2 6/14/2007 ND 6.84E-07 -1.42E+01YES Coal 10MITBSimonPowerPlant Unit 1 Mercury (Hg) Sample #3 6/15/2007 1.22E-07 -1.59E+01YES Coal 10MITBSimonPowerPlant Unit 1 Mercury (Hg) Sample #3 6/14/2007 ND 9.84E-07 -1.38E+01YES Coal 11NCTysonHarmony TYS-ES-21 Mercury (Hg) Sample #1 9/25/2006 2.70E-07 -1.51E+01YES Coal 11NCTysonHarmony TYS-ES-21 Mercury (Hg) Sample #2 9/26/2006 2.50E-07 -1.52E+01YES Coal 11NCTysonHarmony TYS-ES-21 Mercury (Hg) Sample #3 9/27/2006 2.10E-07 -1.54E+01YES Coal 12IDAmalgamatedSugarCoTwinFalls S-B1 Mercury (Hg) Sample #1 9/26/2006 2.41E-07 -1.52E+01YES Coal 12IDAmalgamatedSugarCoTwinFalls S-B1 Mercury (Hg) Sample #2 9/26/2006 2.50E-07 -1.52E+01YES Coal 12IDAmalgamatedSugarCoTwinFalls S-B1 Mercury (Hg) Sample #3 9/26/2006 2.76E-07 -1.51E+01YES Coal 13AKDoyonUtilities_AK 4 Mercury (Hg) Sample #1 8/17/2005 3.36E-07 -1.49E+01YES Coal 13AKDoyonUtilities_AK 4 Mercury (Hg) Sample #2 8/17/2005 4.12E-07 -1.47E+01YES Coal 13AKDoyonUtilities_AK 4 Mercury (Hg) Sample #3 8/17/2005 3.07E-07 -1.50E+01YES Coal 14IAADMCornProcessingCR EU-501B Mercury (Hg) Sample #1 8/12/2009 8.18E-08 -1.63E+01YES Coal 14IAADMCornProcessingCR EU-501B Mercury (Hg) Sample #2 8/13/2009 2.96E-07 -1.50E+01Appendix G-9: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTestData inTop12pctMACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect?Test BurningWaste under AltDefn? lb/mmBtu ln (lb/mmBtu)YES Coal 14IAADMCornProcessingCR EU-501B Mercury (Hg) Sample #3 8/13/2009 6.97E-07 -1.42E+01YES Coal 15VAUniversityofVirginia 7103-1-01R Mercury (Hg) M29-1 9/17/2009 < 3.61E-07 -1.48E+01YES Coal 15VAUniversityofVirginia 7103-1-01R Mercury (Hg) M29-2 9/17/2009 < 3.81E-07 -1.48E+01YES Coal 15VAUniversityofVirginia 7103-1-01R Mercury (Hg) M29-3 9/18/2009 < 3.67E-07 -1.48E+01YES Coal 16VADukeEnergyNarrows Boiler #1 Mercury (Hg) Sample #1 5/25/2005 5.07E-06 -1.22E+01YES Coal 16VADukeEnergyNarrows Boiler #1 Mercury (Hg) Sample #1 11/23/2004 ND 6.17E-07 -1.43E+01YES Coal 16VADukeEnergyNarrows Boiler #1 Mercury (Hg) Sample #2 11/24/2004 2.78E-07 -1.51E+01YES Coal 16VADukeEnergyNarrows Boiler #1 Mercury (Hg) Sample #2 5/25/2005 4.22E-06 -1.24E+01YES Coal 16VADukeEnergyNarrows Boiler #1 Mercury (Hg) Sample #3 11/24/2004 2.54E-07 -1.52E+01YES Coal 16VADukeEnergyNarrows Boiler #1 Mercury (Hg) Sample #3 5/25/2005 4.02E-06 -1.24E+01YES Coal 17MINeenahPaperMI Boiler 1 Mercury (Hg) Sample #1 7/25/2006 4.30E-07 -1.47E+01YES Coal 17MINeenahPaperMI Boiler 1 Mercury (Hg) Sample #1 8/1/2006 1.19E-06 -1.36E+01YES Coal 17MINeenahPaperMI Boiler 1 Mercury (Hg) Sample #1 8/2/2006 1.46E-06 -1.34E+01YES Coal 17MINeenahPaperMI Boiler 1 Mercury (Hg) Sample #2 8/2/2006 9.98E-07 -1.38E+01YES Coal 17MINeenahPaperMI Boiler 1 Mercury (Hg) Sample #2 7/25/2006 4.17E-07 -1.47E+01YES Coal 17MINeenahPaperMI Boiler 1 Mercury (Hg) Sample #2 8/1/2006 8.46E-07 -1.40E+01Appendix G-9: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTestData inTop12pctMACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect?Test BurningWaste under AltDefn? lb/mmBtu ln (lb/mmBtu)YES Coal 17MINeenahPaperMI Boiler 1 Mercury (Hg) Sample #3 8/2/2006 1.14E-06 -1.37E+01YES Coal 17MINeenahPaperMI Boiler 1 Mercury (Hg) Sample #3 7/25/2006 3.34E-07 -1.49E+01YES Coal 17MINeenahPaperMI Boiler 1 Mercury (Hg) Sample #3 8/1/2006 1.09E-06 -1.37E+01YES Coal 18OHAppletonIdeasBoiler 4(B003) Mercury (Hg) Sample #1 1/31/2003 3.66E-07 -1.48E+01YES Coal 18OHAppletonIdeasBoiler 4(B003) Mercury (Hg) Sample #2 1/31/2003 4.03E-07 -1.47E+01YES Coal 18OHAppletonIdeasBoiler 4(B003) Mercury (Hg) Sample #3 1/31/2003 4.13E-07 -1.47E+01YES Coal 19TNNissanSmyrna Boiler 3 Mercury (Hg) Sample #1 3/3/2007 5.00E-07 -1.45E+01YES Coal 19TNNissanSmyrna Boiler 3 Mercury (Hg) Sample #2 3/3/2007 3.00E-07 -1.50E+01YES Coal 19TNNissanSmyrna Boiler 3 Mercury (Hg) Sample #3 3/3/2007 4.50E-07 -1.46E+01YES Coal 20NCUNCCogen ES-001 Mercury (Hg) M5/29-1BH 8/10/2009 < 6.45E-07 -1.43E+01YES Coal 20NCUNCCogen ES-001 Mercury (Hg) M5/29-1FH 8/10/2009 < 5.86E-08 -1.67E+01YES Coal 20NCUNCCogen ES-001 Mercury (Hg) M5/29-2BH 8/11/2009 < 8.10E-07 -1.40E+01YES Coal 20NCUNCCogen ES-001 Mercury (Hg) M5/29-2FH 8/11/2009 < 8.31E-08 -1.63E+01YES Coal 20NCUNCCogen ES-001 Mercury (Hg) M5/29-3BH 8/11/2009 < 8.29E-07 -1.40E+01YES Coal 20NCUNCCogen ES-001 Mercury (Hg) M5/29-3FH 8/11/2009 < 8.50E-08 -1.63E+01YES Coal 20NCUNCCogen ES-001 Mercury (Hg) Sample #1 11/25/2003 ND 1.00E-06 -1.38E+01YES Coal 20NCUNCCogen ES-001 Mercury (Hg) Sample #2 11/25/2003 ND 1.10E-06 -1.37E+01YES Coal 20NCUNCCogen ES-001 Mercury (Hg) Sample #3 11/25/2003 ND 1.20E-06 -1.36E+01YES Coal 21INTateLyleSagamore 31B1 Mercury (Hg) M29-1 9/1/2009 4.06E-07 -1.47E+01YES Coal 21INTateLyleSagamore 31B1 Mercury (Hg) M29-2 9/2/2009 4.49E-07 -1.46E+01Appendix G-9: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTestData inTop12pctMACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect?Test BurningWaste under AltDefn? lb/mmBtu ln (lb/mmBtu)YES Coal 21INTateLyleSagamore 31B1 Mercury (Hg) M29-3 9/3/2009 4.40E-07 -1.46E+01YES Coal 22OKGPMuskogeeMill B-3 Mercury (Hg) Sample #1 5/20/2003 4.00E-07 -1.47E+01YES Coal 22OKGPMuskogeeMill B-3 Mercury (Hg) Sample #2 5/20/2003 4.00E-07 -1.47E+01YES Coal 22OKGPMuskogeeMill B-3 Mercury (Hg) Sample #3 5/20/2003 6.00E-07 -1.43E+01YES Coal 23TNCargillMemphisStoker Boiler8001 Mercury (Hg) 1 8/5/2009 DLL 4.10E-07 -1.47E+01YES Coal 23TNCargillMemphisStoker Boiler8001 Mercury (Hg) 2 11/6/2009 DLL 5.60E-07 -1.44E+01YES Coal 23TNCargillMemphisStoker Boiler8001 Mercury (Hg) 3 8/6/2009 DLL 4.30E-07 -1.47E+01YES Coal 24WIWausauRhine B26 Mercury (Hg) Sample #1 9/5/2007 7.20E-07 -1.41E+01YES Coal 24WIWausauRhine B26 Mercury (Hg) Sample #2 9/5/2007 3.30E-07 -1.49E+01YES Coal 24WIWausauRhine B26 Mercury (Hg) Sample #3 9/5/2007 3.90E-07 -1.48E+01YES Coal 25ALIPCourtlandNo.2CombinationBoiler /11CU201 Mercury (Hg) Sample #1 9/10/1996 5.64E-07 -1.44E+01YES Coal 25ALIPCourtlandNo.2CombinationBoiler /11CU201 Mercury (Hg) Sample #2 9/10/1996 4.84E-07 -1.45E+01YES Coal 25ALIPCourtlandNo.2CombinationBoiler /11CU201 Mercury (Hg) Sample #3 9/10/1996 5.66E-07 -1.44E+01YES Coal 26VADukeEnergyNarrows Boiler #2 Mercury (Hg) Sample #1 10/12/2004 7.88E-07 -1.41E+01YES Coal 26VADukeEnergyNarrows Boiler #2 Mercury (Hg) Sample #1 10/12/2004 2.50E-06 -1.29E+01Appendix G-9: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTestData inTop12pctMACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect?Test BurningWaste under AltDefn? lb/mmBtu ln (lb/mmBtu)YES Coal 26VADukeEnergyNarrows Boiler #2 Mercury (Hg) Sample #2 10/12/2004 4.60E-07 -1.46E+01YES Coal 26VADukeEnergyNarrows Boiler #2 Mercury (Hg) Sample #2 10/12/2004 1.91E-06 -1.32E+01YES Coal 26VADukeEnergyNarrows Boiler #2 Mercury (Hg) Sample #3 10/12/2004 3.70E-07 -1.48E+01YES Coal 26VADukeEnergyNarrows Boiler #2 Mercury (Hg) Sample #3 10/12/2004 2.30E-06 -1.30E+01YES Coal 27TNNissanSmyrna Boiler 2 Mercury (Hg) Sample #1 3/2/2007 8.00E-07 -1.40E+01YES Coal 27TNNissanSmyrna Boiler 2 Mercury (Hg) Sample #2 3/2/2007 5.20E-07 -1.45E+01YES Coal 27TNNissanSmyrna Boiler 2 Mercury (Hg) Sample #3 3/2/2007 3.20E-07 -1.50E+01YES Coal 28PANorfolkSouthern 031 Mercury (Hg) Sample #1 3/22/2006 8.25E-07 -1.40E+01YES Coal 28PANorfolkSouthern 031 Mercury (Hg) Sample #2 3/22/2006 6.05E-07 -1.43E+01YES Coal 28PANorfolkSouthern 031 Mercury (Hg) Sample #3 3/22/2006 5.50E-07 -1.44E+01YES Coal 29PANorfolkSouthern 032 Mercury (Hg) Sample #1 3/22/2006 8.25E-07 -1.40E+01YES Coal 29PANorfolkSouthern 032 Mercury (Hg) Sample #2 3/22/2006 6.05E-07 -1.43E+01YES Coal 29PANorfolkSouthern 032 Mercury (Hg) Sample #3 3/22/2006 5.50E-07 -1.44E+01YES Coal 30PANorfolkSouthern 033 Mercury (Hg) Sample #1 3/22/2006 8.25E-07 -1.40E+01YES Coal 30PANorfolkSouthern 033 Mercury (Hg) Sample #2 3/22/2006 6.05E-07 -1.43E+01YES Coal 30PANorfolkSouthern 033 Mercury (Hg) Sample #3 3/22/2006 5.50E-07 -1.44E+01YES Coal 31MNRochesterUtilities EU003 Mercury (Hg) Sample #1 5/25/2005 5.26E-07 -1.45E+01YES Coal 31MNRochesterUtilities EU003 Mercury (Hg) Sample #2 5/25/2005 9.08E-07 -1.39E+01Appendix G-9: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTestData inTop12pctMACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect?Test BurningWaste under AltDefn? lb/mmBtu ln (lb/mmBtu)YES Coal 31MNRochesterUtilities EU003 Mercury (Hg) Sample #3 5/25/2005 5.48E-07 -1.44E+01YES Coal 32VADukeEnergyNarrows Boiler #7 Mercury (Hg) Sample #1 10/14/2004 9.34E-07 -1.39E+01YES Coal 32VADukeEnergyNarrows Boiler #7 Mercury (Hg) Sample #1 4/16/2004 7.25E-07 -1.41E+01YES Coal 32VADukeEnergyNarrows Boiler #7 Mercury (Hg) Sample #2 10/14/2004 1.19E-06 -1.36E+01YES Coal 32VADukeEnergyNarrows Boiler #7 Mercury (Hg) Sample #2 4/16/2004 5.99E-07 -1.43E+01YES Coal 32VADukeEnergyNarrows Boiler #7 Mercury (Hg) Sample #3 4/16/2004 6.90E-07 -1.42E+01YES Coal 32VADukeEnergyNarrows Boiler #7 Mercury (Hg) Sample #3 10/14/2004 9.56E-07 -1.39E+01YES Gas 1 1NCCampLejeuneMCBC-AS-4151-16 Mercury (Hg) Sample #1 9/30/2009 9.94E-08 -1.61E+01YES Gas 1 1NCCampLejeuneMCBC-AS-4151-16 Mercury (Hg) Sample #2 10/1/2009 9.16E-08 -1.62E+01YES Gas 1 1NCCampLejeuneMCBC-AS-4151-16 Mercury (Hg) Sample #3 10/1/2009 8.95E-08 -1.62E+01YES Gas 1 2CAConocoPhilipsLosAngD146 B-202U90 Mercury (Hg) Sample #1 4/23/1995 1.37E-07 -1.58E+01YES Gas 1 2CAConocoPhilipsLosAngD146 B-202U90 Mercury (Hg) Sample #2 4/24/1995 1.65E-07 -1.56E+01YES Gas 1 2CAConocoPhilipsLosAngD146 B-202U90 Mercury (Hg) Sample #3 4/25/1995 6.11E-08 -1.66E+01YES Gas 1 yes 1ILUSSGraniteCityNo. 8GalvanizingLine Furnace Mercury (Hg) Sample #1 8/26/2009 6.28E-08 -1.66E+01Appendix G-9: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTestData inTop12pctMACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect?Test BurningWaste under AltDefn? lb/mmBtu ln (lb/mmBtu)YES Gas 1 yes 1ILUSSGraniteCityNo. 8GalvanizingLine Furnace Mercury (Hg) Sample #2 8/27/2009 2.47E-08 -1.75E+01YES Gas 1 yes 1ILUSSGraniteCityNo. 8GalvanizingLine Furnace Mercury (Hg) Sample #3 8/28/2009 1.20E-08 -1.82E+01YES Gas 2 1SCBMWManufacturingCo HB03 Mercury (Hg) 1 8/25/2009 DLL 1.03E-07 -1.61E+01YES Gas 2 1SCBMWManufacturingCo HB03 Mercury (Hg) 2 8/25/2009 DLL 6.83E-08 -1.65E+01YES Gas 2 1SCBMWManufacturingCo HB03 Mercury (Hg) 3 8/26/2009 DLL 7.61E-08 -1.64E+01YES Liquid 1 MNGPDuluthEU33 Boiler#3 Mercury (Hg) 1 9/10/2009 DLL 9.66E-08 -1.62E+01YES Liquid 1 MNGPDuluthEU33 Boiler#3 Mercury (Hg) 2 9/10/2009 DLL 4.34E-08 -1.70E+01YES Liquid 1 MNGPDuluthEU33 Boiler#3 Mercury (Hg) 3 9/10/2009 DLL 3.59E-08 -1.71E+01YES Liquid 2MEFPLEnergyWyman Unit #5 Mercury (Hg) PM/TM-R1 10/5/2009 8.92E-08 -1.62E+01YES Liquid 2MEFPLEnergyWyman Unit #5 Mercury (Hg) PM/TM-R2 10/5/2009 1.05E-07 -1.61E+01YES Liquid 2MEFPLEnergyWyman Unit #5 Mercury (Hg) PM/TM-R3 10/6/2009 6.35E-08 -1.66E+01YES Liquid 3PABoeingRidleyPark 033 Mercury (Hg) M29-1 9/22/2009 DLL 1.37E-07 -1.58E+01YES Liquid 3PABoeingRidleyPark 033 Mercury (Hg) M29-2 9/23/2009 DLL 1.04E-07 -1.61E+01YES Liquid 3PABoeingRidleyPark 033 Mercury (Hg) M29-3 9/24/2009 DLL 1.24E-07 -1.59E+01YES Liquid 4NYConEd59thStStationNewYork Boiler 118 Mercury (Hg) 29-1 9/19/2009 1.57E-07 -1.57E+01Appendix G-9: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTestData inTop12pctMACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect?Test BurningWaste under AltDefn? lb/mmBtu ln (lb/mmBtu)YES Liquid 4NYConEd59thStStationNewYork Boiler 118 Mercury (Hg) 29-2 9/19/2009 1.38E-07 -1.58E+01YES Liquid 4NYConEd59thStStationNewYork Boiler 118 Mercury (Hg) 29-3 9/19/2009 1.23E-07 -1.59E+01YES Liquid 5NJVinelandMuniElectricHowardDown Unit 9 Mercury (Hg) 1 7/20/2009 DLL 3.87E-07 -1.48E+01YES Liquid 5NJVinelandMuniElectricHowardDown Unit 9 Mercury (Hg) 2 7/20/2009 DLL 4.10E-07 -1.47E+01YES Liquid 5NJVinelandMuniElectricHowardDown Unit 9 Mercury (Hg) 3 7/21/2009 DLL 3.66E-07 -1.48E+01YES Liquid 8CTElectricBoat EMU 17 Mercury (Hg) 1 8/18/2009 DLL 7.56E-08 -1.64E+01YES Liquid 8CTElectricBoat EMU 17 Mercury (Hg) 3 8/19/2009 BDL 7.61E-08 -1.64E+01YES Liquid 8CTElectricBoat EMU 17 Mercury (Hg) 4 8/19/2009 DLL 7.68E-08 -1.64E+01YES Liquid 9INUSSteelGaryWorks O4B10459 Mercury (Hg) M29-1 9/9/2009 7.59E-07 -1.41E+01YES Liquid 9INUSSteelGaryWorks O4B10459 Mercury (Hg) M29-2 9/10/2009 1.33E-07 -1.58E+01YES Liquid 9INUSSteelGaryWorks O4B10459 Mercury (Hg) M29-3 9/11/2009 1.45E-06 -1.34E+01YES Liquid 16TNMilanArmyAmmunitionPlantD88L-1,Source #27-0010-86 Mercury (Hg) 1 11/17/2009 DLL 7.65E-08 -1.64E+01YES Liquid 16TNMilanArmyAmmunitionPlantD88L-1,Source #27-0010-86 Mercury (Hg) 2 11/17/2009 DLL 6.56E-08 -1.65E+01YES Liquid 16TNMilanArmyAmmunitionPlantD88L-1,Source #27-0010-86 Mercury (Hg) 3 11/18/2009 DLL 6.92E-08 -1.65E+01Appendix G-9: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTestData inTop12pctMACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect?Test BurningWaste under AltDefn? lb/mmBtu ln (lb/mmBtu)YES LiquidCTElectricBoat EMU 17 Mercury (Hg) Sample #1 4.36E-07 -1.46E+01YES LiquidCTElectricBoat EMU 18 Mercury (Hg) Sample #1 4.36E-07 -1.46E+01YES LiquidMESDWarrenSomersetPackageBoiler Mercury (Hg) Sample #1 ND 2.56E-07 -1.52E+01YES LiquidMESDWarrenSomersetPackageBoiler Mercury (Hg) Sample #1 3.10E-07 -1.50E+01YES LiquidMESDWarrenSomersetPackageBoiler Mercury (Hg) Sample #1 6.14E-07 -1.43E+01YES LiquidMESDWarrenSomersetPackageBoiler Mercury (Hg) Sample #10 2.56E-07 -1.52E+01YES LiquidMESDWarrenSomersetPackageBoiler Mercury (Hg) Sample #11 ND 2.56E-07 -1.52E+01YES LiquidMESDWarrenSomersetPackageBoiler Mercury (Hg) Sample #12 ND 2.57E-07 -1.52E+01YES LiquidMESDWarrenSomersetPackageBoiler Mercury (Hg) Sample #2 ND 2.55E-07 -1.52E+01YES LiquidMESDWarrenSomersetPackageBoiler Mercury (Hg) Sample #2 ND 2.56E-07 -1.52E+01YES LiquidMESDWarrenSomersetPackageBoiler Mercury (Hg) Sample #2 1.01E-06 -1.38E+01YES LiquidMESDWarrenSomersetPackageBoiler Mercury (Hg) Sample #3 ND 2.56E-07 -1.52E+01YES LiquidMESDWarrenSomersetPackageBoiler Mercury (Hg) Sample #3 ND 2.56E-07 -1.52E+01YES LiquidMESDWarrenSomersetPackageBoiler Mercury (Hg) Sample #3 1.03E-06 -1.38E+01Appendix G-9: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTestData inTop12pctMACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect?Test BurningWaste under AltDefn? lb/mmBtu ln (lb/mmBtu)YES LiquidMESDWarrenSomersetPackageBoiler Mercury (Hg) Sample #4 4.62E-07 -1.46E+01YES LiquidMESDWarrenSomersetPackageBoiler Mercury (Hg) Sample #5 4.60E-07 -1.46E+01YES LiquidMESDWarrenSomersetPackageBoiler Mercury (Hg) Sample #6 3.07E-07 -1.50E+01YES LiquidMESDWarrenSomersetPackageBoiler Mercury (Hg) Sample #7 ND 2.57E-07 -1.52E+01YES LiquidMESDWarrenSomersetPackageBoiler Mercury (Hg) Sample #8 3.07E-07 -1.50E+01YES LiquidMESDWarrenSomersetPackageBoiler Mercury (Hg) Sample #9 ND 2.56E-07 -1.52E+01YES LiquidTNMilanArmyAmmunitionPlantA15L-1,Source #27-0010-05 Mercury (Hg) Sample #1 ND 2.09E-06 -1.31E+01YES LiquidTNMilanArmyAmmunitionPlantA15L-1,Source #27-0010-05 Mercury (Hg) Sample #10 ND 2.09E-06 -1.31E+01YES LiquidTNMilanArmyAmmunitionPlantA15L-1,Source #27-0010-05 Mercury (Hg) Sample #11 ND 2.10E-06 -1.31E+01YES LiquidTNMilanArmyAmmunitionPlantA15L-1,Source #27-0010-05 Mercury (Hg) Sample #12 ND 2.10E-06 -1.31E+01YES LiquidTNMilanArmyAmmunitionPlantA15L-1,Source #27-0010-05 Mercury (Hg) Sample #2 ND 2.15E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantA15L-1,Source #27-0010-05 Mercury (Hg) Sample #3 ND 2.13E-06 -1.31E+01YES LiquidTNMilanArmyAmmunitionPlantA15L-1,Source #27-0010-05 Mercury (Hg) Sample #4 ND 2.16E-06 -1.30E+01Appendix G-9: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTestData inTop12pctMACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect?Test BurningWaste under AltDefn? lb/mmBtu ln (lb/mmBtu)YES LiquidTNMilanArmyAmmunitionPlantA15L-1,Source #27-0010-05 Mercury (Hg) Sample #5 ND 2.16E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantA15L-1,Source #27-0010-05 Mercury (Hg) Sample #6 ND 2.25E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantA15L-1,Source #27-0010-05 Mercury (Hg) Sample #7 ND 2.17E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantA15L-1,Source #27-0010-05 Mercury (Hg) Sample #8 ND 2.19E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantA15L-1,Source #27-0010-05 Mercury (Hg) Sample #9 ND 2.23E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantA15L-2,Source #27-0010-05 Mercury (Hg) Sample #1 ND 2.09E-06 -1.31E+01YES LiquidTNMilanArmyAmmunitionPlantA15L-2,Source #27-0010-05 Mercury (Hg) Sample #10 ND 2.09E-06 -1.31E+01YES LiquidTNMilanArmyAmmunitionPlantA15L-2,Source #27-0010-05 Mercury (Hg) Sample #11 ND 2.10E-06 -1.31E+01YES LiquidTNMilanArmyAmmunitionPlantA15L-2,Source #27-0010-05 Mercury (Hg) Sample #12 ND 2.10E-06 -1.31E+01YES LiquidTNMilanArmyAmmunitionPlantA15L-2,Source #27-0010-05 Mercury (Hg) Sample #2 ND 2.15E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantA15L-2,Source #27-0010-05 Mercury (Hg) Sample #3 ND 2.13E-06 -1.31E+01YES LiquidTNMilanArmyAmmunitionPlantA15L-2,Source #27-0010-05 Mercury (Hg) Sample #4 ND 2.16E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantA15L-2,Source #27-0010-05 Mercury (Hg) Sample #5 ND 2.16E-06 -1.30E+01Appendix G-9: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTestData inTop12pctMACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect?Test BurningWaste under AltDefn? lb/mmBtu ln (lb/mmBtu)YES LiquidTNMilanArmyAmmunitionPlantA15L-2,Source #27-0010-05 Mercury (Hg) Sample #6 ND 2.25E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantA15L-2,Source #27-0010-05 Mercury (Hg) Sample #7 ND 2.17E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantA15L-2,Source #27-0010-05 Mercury (Hg) Sample #8 ND 2.19E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantA15L-2,Source #27-0010-05 Mercury (Hg) Sample #9 ND 2.23E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantB21L-1,Source #27-0010-28 Mercury (Hg) Sample #1 ND 2.09E-06 -1.31E+01YES LiquidTNMilanArmyAmmunitionPlantB21L-1,Source #27-0010-28 Mercury (Hg) Sample #10 ND 2.09E-06 -1.31E+01YES LiquidTNMilanArmyAmmunitionPlantB21L-1,Source #27-0010-28 Mercury (Hg) Sample #11 ND 2.10E-06 -1.31E+01YES LiquidTNMilanArmyAmmunitionPlantB21L-1,Source #27-0010-28 Mercury (Hg) Sample #12 ND 2.10E-06 -1.31E+01YES LiquidTNMilanArmyAmmunitionPlantB21L-1,Source #27-0010-28 Mercury (Hg) Sample #2 ND 2.15E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantB21L-1,Source #27-0010-28 Mercury (Hg) Sample #3 ND 2.13E-06 -1.31E+01YES LiquidTNMilanArmyAmmunitionPlantB21L-1,Source #27-0010-28 Mercury (Hg) Sample #4 ND 2.16E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantB21L-1,Source #27-0010-28 Mercury (Hg) Sample #5 ND 2.16E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantB21L-1,Source #27-0010-28 Mercury (Hg) Sample #6 ND 2.25E-06 -1.30E+01Appendix G-9: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTestData inTop12pctMACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect?Test BurningWaste under AltDefn? lb/mmBtu ln (lb/mmBtu)YES LiquidTNMilanArmyAmmunitionPlantB21L-1,Source #27-0010-28 Mercury (Hg) Sample #7 ND 2.17E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantB21L-1,Source #27-0010-28 Mercury (Hg) Sample #8 ND 2.19E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantB21L-1,Source #27-0010-28 Mercury (Hg) Sample #9 ND 2.23E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantD2A-1,Source #27-0010-09 Mercury (Hg) Sample #1 ND 2.09E-06 -1.31E+01YES LiquidTNMilanArmyAmmunitionPlantD2A-1,Source #27-0010-09 Mercury (Hg) Sample #10 ND 2.09E-06 -1.31E+01YES LiquidTNMilanArmyAmmunitionPlantD2A-1,Source #27-0010-09 Mercury (Hg) Sample #11 ND 2.10E-06 -1.31E+01YES LiquidTNMilanArmyAmmunitionPlantD2A-1,Source #27-0010-09 Mercury (Hg) Sample #12 ND 2.10E-06 -1.31E+01YES LiquidTNMilanArmyAmmunitionPlantD2A-1,Source #27-0010-09 Mercury (Hg) Sample #2 ND 2.15E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantD2A-1,Source #27-0010-09 Mercury (Hg) Sample #3 ND 2.13E-06 -1.31E+01YES LiquidTNMilanArmyAmmunitionPlantD2A-1,Source #27-0010-09 Mercury (Hg) Sample #4 ND 2.16E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantD2A-1,Source #27-0010-09 Mercury (Hg) Sample #5 ND 2.16E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantD2A-1,Source #27-0010-09 Mercury (Hg) Sample #6 ND 2.25E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantD2A-1,Source #27-0010-09 Mercury (Hg) Sample #7 ND 2.17E-06 -1.30E+01Appendix G-9: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTestData inTop12pctMACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect?Test BurningWaste under AltDefn? lb/mmBtu ln (lb/mmBtu)YES LiquidTNMilanArmyAmmunitionPlantD2A-1,Source #27-0010-09 Mercury (Hg) Sample #8 ND 2.19E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantD2A-1,Source #27-0010-09 Mercury (Hg) Sample #9 ND 2.23E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantD88L-1,Source #27-0010-86 Mercury (Hg) Sample #1 ND 2.09E-06 -1.31E+01YES LiquidTNMilanArmyAmmunitionPlantD88L-1,Source #27-0010-86 Mercury (Hg) Sample #10 ND 2.09E-06 -1.31E+01YES LiquidTNMilanArmyAmmunitionPlantD88L-1,Source #27-0010-86 Mercury (Hg) Sample #11 ND 2.10E-06 -1.31E+01YES LiquidTNMilanArmyAmmunitionPlantD88L-1,Source #27-0010-86 Mercury (Hg) Sample #12 ND 2.10E-06 -1.31E+01YES LiquidTNMilanArmyAmmunitionPlantD88L-1,Source #27-0010-86 Mercury (Hg) Sample #2 ND 2.15E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantD88L-1,Source #27-0010-86 Mercury (Hg) Sample #3 ND 2.13E-06 -1.31E+01YES LiquidTNMilanArmyAmmunitionPlantD88L-1,Source #27-0010-86 Mercury (Hg) Sample #4 ND 2.16E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantD88L-1,Source #27-0010-86 Mercury (Hg) Sample #5 ND 2.16E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantD88L-1,Source #27-0010-86 Mercury (Hg) Sample #6 ND 2.25E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantD88L-1,Source #27-0010-86 Mercury (Hg) Sample #7 ND 2.17E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantD88L-1,Source #27-0010-86 Mercury (Hg) Sample #8 ND 2.19E-06 -1.30E+01Appendix G-9: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTestData inTop12pctMACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect?Test BurningWaste under AltDefn? lb/mmBtu ln (lb/mmBtu)YES LiquidTNMilanArmyAmmunitionPlantD88L-1,Source #27-0010-86 Mercury (Hg) Sample #9 ND 2.23E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantD88L-2,Source #27-0010-86 Mercury (Hg) Sample #1 ND 2.09E-06 -1.31E+01YES LiquidTNMilanArmyAmmunitionPlantD88L-2,Source #27-0010-86 Mercury (Hg) Sample #10 ND 2.09E-06 -1.31E+01YES LiquidTNMilanArmyAmmunitionPlantD88L-2,Source #27-0010-86 Mercury (Hg) Sample #11 ND 2.10E-06 -1.31E+01YES LiquidTNMilanArmyAmmunitionPlantD88L-2,Source #27-0010-86 Mercury (Hg) Sample #12 ND 2.10E-06 -1.31E+01YES LiquidTNMilanArmyAmmunitionPlantD88L-2,Source #27-0010-86 Mercury (Hg) Sample #2 ND 2.15E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantD88L-2,Source #27-0010-86 Mercury (Hg) Sample #3 ND 2.13E-06 -1.31E+01YES LiquidTNMilanArmyAmmunitionPlantD88L-2,Source #27-0010-86 Mercury (Hg) Sample #4 ND 2.16E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantD88L-2,Source #27-0010-86 Mercury (Hg) Sample #5 ND 2.16E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantD88L-2,Source #27-0010-86 Mercury (Hg) Sample #6 ND 2.25E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantD88L-2,Source #27-0010-86 Mercury (Hg) Sample #7 ND 2.17E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantD88L-2,Source #27-0010-86 Mercury (Hg) Sample #8 ND 2.19E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantD88L-2,Source #27-0010-86 Mercury (Hg) Sample #9 ND 2.23E-06 -1.30E+01Appendix G-9: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTestData inTop12pctMACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect?Test BurningWaste under AltDefn? lb/mmBtu ln (lb/mmBtu)YES LiquidTNMilanArmyAmmunitionPlantF52L-1,Source #27-0010-30 Mercury (Hg) Sample #1 ND 2.09E-06 -1.31E+01YES LiquidTNMilanArmyAmmunitionPlantF52L-1,Source #27-0010-30 Mercury (Hg) Sample #10 ND 2.09E-06 -1.31E+01YES LiquidTNMilanArmyAmmunitionPlantF52L-1,Source #27-0010-30 Mercury (Hg) Sample #11 ND 2.10E-06 -1.31E+01YES LiquidTNMilanArmyAmmunitionPlantF52L-1,Source #27-0010-30 Mercury (Hg) Sample #12 ND 2.10E-06 -1.31E+01YES LiquidTNMilanArmyAmmunitionPlantF52L-1,Source #27-0010-30 Mercury (Hg) Sample #2 ND 2.15E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantF52L-1,Source #27-0010-30 Mercury (Hg) Sample #3 ND 2.13E-06 -1.31E+01YES LiquidTNMilanArmyAmmunitionPlantF52L-1,Source #27-0010-30 Mercury (Hg) Sample #4 ND 2.16E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantF52L-1,Source #27-0010-30 Mercury (Hg) Sample #5 ND 2.16E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantF52L-1,Source #27-0010-30 Mercury (Hg) Sample #6 ND 2.25E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantF52L-1,Source #27-0010-30 Mercury (Hg) Sample #7 ND 2.17E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantF52L-1,Source #27-0010-30 Mercury (Hg) Sample #8 ND 2.19E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantF52L-1,Source #27-0010-30 Mercury (Hg) Sample #9 ND 2.23E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantF52L-2,Source #27-0010-30 Mercury (Hg) Sample #1 ND 2.09E-06 -1.31E+01Appendix G-9: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTestData inTop12pctMACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect?Test BurningWaste under AltDefn? lb/mmBtu ln (lb/mmBtu)YES LiquidTNMilanArmyAmmunitionPlantF52L-2,Source #27-0010-30 Mercury (Hg) Sample #10 ND 2.09E-06 -1.31E+01YES LiquidTNMilanArmyAmmunitionPlantF52L-2,Source #27-0010-30 Mercury (Hg) Sample #11 ND 2.10E-06 -1.31E+01YES LiquidTNMilanArmyAmmunitionPlantF52L-2,Source #27-0010-30 Mercury (Hg) Sample #12 ND 2.10E-06 -1.31E+01YES LiquidTNMilanArmyAmmunitionPlantF52L-2,Source #27-0010-30 Mercury (Hg) Sample #2 ND 2.15E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantF52L-2,Source #27-0010-30 Mercury (Hg) Sample #3 ND 2.13E-06 -1.31E+01YES LiquidTNMilanArmyAmmunitionPlantF52L-2,Source #27-0010-30 Mercury (Hg) Sample #4 ND 2.16E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantF52L-2,Source #27-0010-30 Mercury (Hg) Sample #5 ND 2.16E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantF52L-2,Source #27-0010-30 Mercury (Hg) Sample #6 ND 2.25E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantF52L-2,Source #27-0010-30 Mercury (Hg) Sample #7 ND 2.17E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantF52L-2,Source #27-0010-30 Mercury (Hg) Sample #8 ND 2.19E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantF52L-2,Source #27-0010-30 Mercury (Hg) Sample #9 ND 2.23E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantI3A-1,Source #27-0010-12 Mercury (Hg) Sample #1 ND 2.09E-06 -1.31E+01YES LiquidTNMilanArmyAmmunitionPlantI3A-1,Source #27-0010-12 Mercury (Hg) Sample #10 ND 2.09E-06 -1.31E+01Appendix G-9: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTestData inTop12pctMACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect?Test BurningWaste under AltDefn? lb/mmBtu ln (lb/mmBtu)YES LiquidTNMilanArmyAmmunitionPlantI3A-1,Source #27-0010-12 Mercury (Hg) Sample #11 ND 2.10E-06 -1.31E+01YES LiquidTNMilanArmyAmmunitionPlantI3A-1,Source #27-0010-12 Mercury (Hg) Sample #12 ND 2.10E-06 -1.31E+01YES LiquidTNMilanArmyAmmunitionPlantI3A-1,Source #27-0010-12 Mercury (Hg) Sample #2 ND 2.15E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantI3A-1,Source #27-0010-12 Mercury (Hg) Sample #3 ND 2.13E-06 -1.31E+01YES LiquidTNMilanArmyAmmunitionPlantI3A-1,Source #27-0010-12 Mercury (Hg) Sample #4 ND 2.16E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantI3A-1,Source #27-0010-12 Mercury (Hg) Sample #5 ND 2.16E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantI3A-1,Source #27-0010-12 Mercury (Hg) Sample #6 ND 2.25E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantI3A-1,Source #27-0010-12 Mercury (Hg) Sample #7 ND 2.17E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantI3A-1,Source #27-0010-12 Mercury (Hg) Sample #8 ND 2.19E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantI3A-1,Source #27-0010-12 Mercury (Hg) Sample #9 ND 2.23E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantI4A-1,Source #27-0010-13 Mercury (Hg) Sample #1 ND 2.09E-06 -1.31E+01YES LiquidTNMilanArmyAmmunitionPlantI4A-1,Source #27-0010-13 Mercury (Hg) Sample #10 ND 2.09E-06 -1.31E+01YES LiquidTNMilanArmyAmmunitionPlantI4A-1,Source #27-0010-13 Mercury (Hg) Sample #11 ND 2.10E-06 -1.31E+01Appendix G-9: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTestData inTop12pctMACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect?Test BurningWaste under AltDefn? lb/mmBtu ln (lb/mmBtu)YES LiquidTNMilanArmyAmmunitionPlantI4A-1,Source #27-0010-13 Mercury (Hg) Sample #12 ND 2.10E-06 -1.31E+01YES LiquidTNMilanArmyAmmunitionPlantI4A-1,Source #27-0010-13 Mercury (Hg) Sample #2 ND 2.15E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantI4A-1,Source #27-0010-13 Mercury (Hg) Sample #3 ND 2.13E-06 -1.31E+01YES LiquidTNMilanArmyAmmunitionPlantI4A-1,Source #27-0010-13 Mercury (Hg) Sample #4 ND 2.16E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantI4A-1,Source #27-0010-13 Mercury (Hg) Sample #5 ND 2.16E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantI4A-1,Source #27-0010-13 Mercury (Hg) Sample #6 ND 2.25E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantI4A-1,Source #27-0010-13 Mercury (Hg) Sample #7 ND 2.17E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantI4A-1,Source #27-0010-13 Mercury (Hg) Sample #8 ND 2.19E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantI4A-1,Source #27-0010-13 Mercury (Hg) Sample #9 ND 2.23E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantI5A-1,Source #27-0010-14 Mercury (Hg) Sample #1 ND 2.09E-06 -1.31E+01YES LiquidTNMilanArmyAmmunitionPlantI5A-1,Source #27-0010-14 Mercury (Hg) Sample #10 ND 2.09E-06 -1.31E+01YES LiquidTNMilanArmyAmmunitionPlantI5A-1,Source #27-0010-14 Mercury (Hg) Sample #11 ND 2.10E-06 -1.31E+01YES LiquidTNMilanArmyAmmunitionPlantI5A-1,Source #27-0010-14 Mercury (Hg) Sample #12 ND 2.10E-06 -1.31E+01Appendix G-9: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTestData inTop12pctMACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect?Test BurningWaste under AltDefn? lb/mmBtu ln (lb/mmBtu)YES LiquidTNMilanArmyAmmunitionPlantI5A-1,Source #27-0010-14 Mercury (Hg) Sample #2 ND 2.15E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantI5A-1,Source #27-0010-14 Mercury (Hg) Sample #3 ND 2.13E-06 -1.31E+01YES LiquidTNMilanArmyAmmunitionPlantI5A-1,Source #27-0010-14 Mercury (Hg) Sample #4 ND 2.16E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantI5A-1,Source #27-0010-14 Mercury (Hg) Sample #5 ND 2.16E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantI5A-1,Source #27-0010-14 Mercury (Hg) Sample #6 ND 2.25E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantI5A-1,Source #27-0010-14 Mercury (Hg) Sample #7 ND 2.17E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantI5A-1,Source #27-0010-14 Mercury (Hg) Sample #8 ND 2.19E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantI5A-1,Source #27-0010-14 Mercury (Hg) Sample #9 ND 2.23E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantK313A-1,Source #27-0010-83 Mercury (Hg) Sample #1 ND 2.09E-06 -1.31E+01YES LiquidTNMilanArmyAmmunitionPlantK313A-1,Source #27-0010-83 Mercury (Hg) Sample #10 ND 2.09E-06 -1.31E+01YES LiquidTNMilanArmyAmmunitionPlantK313A-1,Source #27-0010-83 Mercury (Hg) Sample #11 ND 2.10E-06 -1.31E+01YES LiquidTNMilanArmyAmmunitionPlantK313A-1,Source #27-0010-83 Mercury (Hg) Sample #12 ND 2.10E-06 -1.31E+01YES LiquidTNMilanArmyAmmunitionPlantK313A-1,Source #27-0010-83 Mercury (Hg) Sample #2 ND 2.15E-06 -1.30E+01Appendix G-9: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTestData inTop12pctMACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_common Non-Detect?Test BurningWaste under AltDefn? lb/mmBtu ln (lb/mmBtu)YES LiquidTNMilanArmyAmmunitionPlantK313A-1,Source #27-0010-83 Mercury (Hg) Sample #3 ND 2.13E-06 -1.31E+01YES LiquidTNMilanArmyAmmunitionPlantK313A-1,Source #27-0010-83 Mercury (Hg) Sample #4 ND 2.16E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantK313A-1,Source #27-0010-83 Mercury (Hg) Sample #5 ND 2.16E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantK313A-1,Source #27-0010-83 Mercury (Hg) Sample #6 ND 2.25E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantK313A-1,Source #27-0010-83 Mercury (Hg) Sample #7 ND 2.17E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantK313A-1,Source #27-0010-83 Mercury (Hg) Sample #8 ND 2.19E-06 -1.30E+01YES LiquidTNMilanArmyAmmunitionPlantK313A-1,Source #27-0010-83 Mercury (Hg) Sample #9 ND 2.23E-06 -1.30E+01Appendix G-10: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTest Data inTop 12pctMACT FloorFuelCatMetalsProcessHeater? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn? lb/mmBtu ln (lb/mmBtu)YES Biomass 1ARPotlatchForestWarrenWellonsBoilerHydrogenChloride(HCl) 1 9/8/2009 < 3.61E-06 -1.25E+01YES Biomass 1ARPotlatchForestWarrenWellonsBoilerHydrogenChloride(HCl) 2 9/8/2009 < 3.69E-06 -1.25E+01YES Biomass 1ARPotlatchForestWarrenWellonsBoilerHydrogenChloride(HCl) 3 9/8/2009 < 3.78E-06 -1.25E+01YES Biomass 1ARPotlatchForestWarrenWellonsBoilerHydrogenChloride(HCl) Sample #1 8/8/2006 8.00E-04 -7.13E+00YES Biomass 1ARPotlatchForestWarrenWellonsBoilerHydrogenChloride(HCl) Sample #2 8/8/2006 2.10E-03 -6.17E+00YES Biomass 1ARPotlatchForestWarrenWellonsBoilerHydrogenChloride(HCl) Sample #3 9/8/2006 1.80E-03 -6.32E+00YES Biomass 2WABoisePaperWallulaHog FuelBoilerHydrogenChloride(HCl) Sample #1 5/6/2008 8.67E-05 -9.35E+00YES Biomass 2WABoisePaperWallulaHog FuelBoilerHydrogenChloride(HCl) Sample #2 5/6/2008 1.62E-04 -8.73E+00YES Biomass 2WABoisePaperWallulaHog FuelBoilerHydrogenChloride(HCl) Sample #3 5/6/2008 ND 1.93E-05 -1.09E+01YES Biomass 3FLSugarCaneGrowersCoop Boiler No. 8HydrogenChloride(HCl) Sample #1 12/16/2002 2.32E-04 -8.37E+00YES Biomass 3FLSugarCaneGrowersCoop Boiler No. 8HydrogenChloride(HCl) Sample #1 1/19/2005 1.55E-03 -6.47E+00YES Biomass 3FLSugarCaneGrowersCoop Boiler No. 8HydrogenChloride(HCl) Sample #2 12/16/2002 2.15E-04 -8.44E+00YES Biomass 3FLSugarCaneGrowersCoop Boiler No. 8HydrogenChloride(HCl) Sample #2 1/19/2005 1.69E-03 -6.38E+00Appendix G-10: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTest Data inTop 12pctMACT FloorFuelCatMetalsProcessHeater? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn? lb/mmBtu ln (lb/mmBtu)YES Biomass 3FLSugarCaneGrowersCoop Boiler No. 8HydrogenChloride(HCl) Sample #3 1/19/2005 1.22E-03 -6.71E+00YES Biomass 3FLSugarCaneGrowersCoop Boiler No. 8HydrogenChloride(HCl) Sample #3 12/16/2002 1.51E-04 -8.80E+00YES Biomass 4ARAnthonyForestProducts SN-12HydrogenChloride(HCl) Sample #1 9/1/2009 2.10E-04 -8.47E+00YES Biomass 4ARAnthonyForestProducts SN-12HydrogenChloride(HCl) Sample #2 9/1/2009 2.30E-04 -8.38E+00YES Biomass 4ARAnthonyForestProducts SN-12HydrogenChloride(HCl) Sample #3 9/2/2009 1.60E-04 -8.74E+00YES Biomass 5WAGraysHarborPaperNo. 6 Boiler(EU2)HydrogenChloride(HCl) Sample #1 8/14/2009 3.20E-02 -3.44E+00YES Biomass 5WAGraysHarborPaperNo. 6 Boiler(EU2)HydrogenChloride(HCl) Sample #1 6/22/2006 6.43E-02 -2.74E+00YES Biomass 5WAGraysHarborPaperNo. 6 Boiler(EU2)HydrogenChloride(HCl) Sample #1 8/14/2009 2.00E-04 -8.52E+00YES Biomass 5WAGraysHarborPaperNo. 6 Boiler(EU2)HydrogenChloride(HCl) Sample #2 6/22/2006 4.84E-02 -3.03E+00YES Biomass 5WAGraysHarborPaperNo. 6 Boiler(EU2)HydrogenChloride(HCl) Sample #2 8/14/2009 2.60E-02 -3.65E+00YES Biomass 5WAGraysHarborPaperNo. 6 Boiler(EU2)HydrogenChloride(HCl) Sample #2 8/14/2009 2.00E-04 -8.52E+00YES Biomass 5WAGraysHarborPaperNo. 6 Boiler(EU2)HydrogenChloride(HCl) Sample #3 8/14/2009 2.00E-04 -8.52E+00YES Biomass 5WAGraysHarborPaperNo. 6 Boiler(EU2)HydrogenChloride(HCl) Sample #3 6/22/2006 2.22E-02 -3.81E+00Appendix G-10: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTest Data inTop 12pctMACT FloorFuelCatMetalsProcessHeater? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn? lb/mmBtu ln (lb/mmBtu)YES Biomass 5WAGraysHarborPaperNo. 6 Boiler(EU2)HydrogenChloride(HCl) Sample #3 8/14/2009 1.80E-02 -4.02E+00YES Biomass 6FLUSSugarCorp Boiler No. 4HydrogenChloride(HCl) Sample #1 12/1/2006 2.70E-03 -5.91E+00YES Biomass 6FLUSSugarCorp Boiler No. 4HydrogenChloride(HCl) Sample #1 12/1/2006 2.70E-03 -5.91E+00YES Biomass 6FLUSSugarCorp Boiler No. 4HydrogenChloride(HCl) Sample #1 12/10/2002 2.30E-04 -8.38E+00YES Biomass 6FLUSSugarCorp Boiler No. 4HydrogenChloride(HCl) Sample #2 12/10/2002 1.50E-04 -8.80E+00YES Biomass 6FLUSSugarCorp Boiler No. 4HydrogenChloride(HCl) Sample #2 12/1/2006 2.40E-03 -6.03E+00YES Biomass 6FLUSSugarCorp Boiler No. 4HydrogenChloride(HCl) Sample #2 12/1/2006 2.40E-03 -6.03E+00YES Biomass 6FLUSSugarCorp Boiler No. 4HydrogenChloride(HCl) Sample #3 12/1/2006 1.90E-03 -6.27E+00YES Biomass 6FLUSSugarCorp Boiler No. 4HydrogenChloride(HCl) Sample #3 12/10/2002 2.27E-04 -8.39E+00YES Biomass 6FLUSSugarCorp Boiler No. 4HydrogenChloride(HCl) Sample #3 12/1/2006 1.90E-03 -6.27E+00YES Biomass 7MSHoodWaynesboroAA-001(Wood-FiredBoiler)HydrogenChloride(HCl) Sample #1 10/14/2003 2.80E-04 -8.18E+00YES Biomass 7MSHoodWaynesboroAA-001(Wood-FiredBoiler)HydrogenChloride(HCl) Sample #2 10/14/2003 2.35E-04 -8.36E+00Appendix G-10: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTest Data inTop 12pctMACT FloorFuelCatMetalsProcessHeater? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn? lb/mmBtu ln (lb/mmBtu)YES Biomass 7MSHoodWaynesboroAA-001(Wood-FiredBoiler)HydrogenChloride(HCl) Sample #3 10/14/2003 1.18E-04 -9.04E+00YES Coal 1INAlcoaWarrick Unit #3HydrogenChloride(HCl) Sample #1 8/7/2008 ND 1.43E-05 -1.12E+01YES Coal 1INAlcoaWarrick Unit #3HydrogenChloride(HCl) Sample #2 8/7/2008 ND 1.57E-05 -1.11E+01YES Coal 2IDTASCOPaulErie CityBoilerHydrogenChloride(HCl) Sample #1 6/20/2006 ND 3.96E-05 -1.01E+01YES Coal 2IDTASCOPaulErie CityBoilerHydrogenChloride(HCl) Sample #2 6/20/2006 ND 4.02E-05 -1.01E+01YES Coal 2IDTASCOPaulErie CityBoilerHydrogenChloride(HCl) Sample #3 6/21/2006 ND 3.58E-05 -1.02E+01YES Coal 3INAlcoaWarrick Unit #2HydrogenChloride(HCl) Sample #1 8/6/2008 ND 1.51E-05 -1.11E+01YES Coal 3INAlcoaWarrick Unit #2HydrogenChloride(HCl) Sample #2 8/6/2008 1.03E-04 -9.18E+00YES Coal 4IARoquetteAmericaCirculatingFluidizedBed Boiler(121)HydrogenChloride(HCl) 1 6/2/2009 8.56E-05 -9.37E+00YES Coal 4IARoquetteAmericaCirculatingFluidizedBed Boiler(121)HydrogenChloride(HCl) 2 6/2/2009 6.85E-05 -9.59E+00YES Coal 4IARoquetteAmericaCirculatingFluidizedBed Boiler(121)HydrogenChloride(HCl) 3 6/3/2009 3.13E-05 -1.04E+01Appendix G-10: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTest Data inTop 12pctMACT FloorFuelCatMetalsProcessHeater? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn? lb/mmBtu ln (lb/mmBtu)YES Coal 5TNEastman_NO_CBIDATA Boiler 30HydrogenChloride(HCl) Sample #1 8/26/2009 ND 7.30E-05 -9.53E+00YES Coal 5TNEastman_NO_CBIDATA Boiler 30HydrogenChloride(HCl) Sample #2 8/27/2009 ND 7.30E-05 -9.53E+00YES Coal 5TNEastman_NO_CBIDATA Boiler 30HydrogenChloride(HCl) Sample #3 8/27/2009 ND 7.10E-05 -9.55E+00YES Coal 6AZCatalystPaperSnowflakePower Boiler#2 CoalHydrogenChloride(HCl) Sample #1 3/24/2006 1.83E-04 -8.61E+00YES Coal 6AZCatalystPaperSnowflakePower Boiler#2 CoalHydrogenChloride(HCl) Sample #2 3/24/2006 7.69E-05 -9.47E+00YES Coal 6AZCatalystPaperSnowflakePower Boiler#2 CoalHydrogenChloride(HCl) Sample #3 3/24/2006 8.86E-05 -9.33E+00YES Coal 7MOJamesRiverPowerStation Unit 1HydrogenChloride(HCl) Sample #1 12/6/2005 8.48E-05 -9.38E+00YES Coal 7MOJamesRiverPowerStation Unit 1HydrogenChloride(HCl) Sample #1 10/4/2006 1.79E-04 -8.63E+00YES Coal 7MOJamesRiverPowerStation Unit 1HydrogenChloride(HCl) Sample #2 12/6/2005 3.81E-04 -7.87E+00YES Coal 7MOJamesRiverPowerStation Unit 1HydrogenChloride(HCl) Sample #2 10/4/2006 2.27E-04 -8.39E+00YES Coal 7MOJamesRiverPowerStation Unit 1HydrogenChloride(HCl) Sample #3 12/6/2005 3.38E-04 -7.99E+00YES Coal 7MOJamesRiverPowerStation Unit 1HydrogenChloride(HCl) Sample #3 10/4/2006 2.30E-04 -8.38E+00YES Coal 8MOJamesRiverPowerStation Unit 2HydrogenChloride(HCl) Sample #1 10/4/2006 1.79E-04 -8.63E+00Appendix G-10: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTest Data inTop 12pctMACT FloorFuelCatMetalsProcessHeater? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn? lb/mmBtu ln (lb/mmBtu)YES Coal 8MOJamesRiverPowerStation Unit 2HydrogenChloride(HCl) Sample #1 12/6/2005 8.48E-05 -9.38E+00YES Coal 8MOJamesRiverPowerStation Unit 2HydrogenChloride(HCl) Sample #2 10/4/2006 2.27E-04 -8.39E+00YES Coal 8MOJamesRiverPowerStation Unit 2HydrogenChloride(HCl) Sample #2 12/6/2005 3.81E-04 -7.87E+00YES Coal 8MOJamesRiverPowerStation Unit 2HydrogenChloride(HCl) Sample #3 12/6/2005 3.38E-04 -7.99E+00YES Coal 8MOJamesRiverPowerStation Unit 2HydrogenChloride(HCl) Sample #3 10/4/2006 2.30E-04 -8.38E+00YES Coal 9ALIPCourtlandNo.2CombinationBoiler /11CU201HydrogenChloride(HCl) Sample #1 9/10/1996 3.86E-04 -7.86E+00YES Coal 9ALIPCourtlandNo.2CombinationBoiler /11CU201HydrogenChloride(HCl) Sample #2 9/10/1996 ND 2.55E-04 -8.27E+00YES Coal 9ALIPCourtlandNo.2CombinationBoiler /11CU201HydrogenChloride(HCl) Sample #3 9/10/1996 ND 2.06E-04 -8.49E+00YES Coal 10IDTASCOPaulBabcock andWilcox(B&W) BoilerHydrogenChloride(HCl) Sample #1 6/1/2006 ND 3.00E-04 -8.11E+00YES Coal 11NDMinnDakFarmersBabcock andWilcox Boiler#5HydrogenChloride(HCl) Sample #1 10/26/2006 5.14E-04 -7.57E+00YES Coal 11NDMinnDakFarmersBabcock andWilcox Boiler#5HydrogenChloride(HCl) Sample #2 10/26/2006 2.77E-04 -8.19E+00Appendix G-10: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTest Data inTop 12pctMACT FloorFuelCatMetalsProcessHeater? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn? lb/mmBtu ln (lb/mmBtu)YES Coal 11NDMinnDakFarmersBabcock andWilcox Boiler#5HydrogenChloride(HCl) Sample #3 10/26/2006 3.03E-04 -8.10E+00YES Coal 12IAArchersDanielsMidlandDesMoinesAsea Boiler#1HydrogenChloride(HCl) Sample #1 8/24/2009 ND 3.81E-04 -7.87E+00YES Coal 12IAArchersDanielsMidlandDesMoinesAsea Boiler#1HydrogenChloride(HCl) Sample #2 8/24/2009 ND 3.77E-04 -7.88E+00YES Coal 12IAArchersDanielsMidlandDesMoinesAsea Boiler#1HydrogenChloride(HCl) Sample #3 8/25/2009 ND 4.07E-04 -7.81E+00YES Coal 13VAUniversityofVirginia 7103-1-01RHydrogenChloride(HCl) M26A-1 9/15/2009 < 5.80E-04 -7.45E+00YES Coal 13VAUniversityofVirginia 7103-1-01RHydrogenChloride(HCl) M26A-2 9/16/2009 5.91E-04 -7.43E+00YES Coal 13VAUniversityofVirginia 7103-1-01RHydrogenChloride(HCl) M26A-3 9/17/2009 < 5.37E-04 -7.53E+00YES Coal 14WINewPageBiron B24HydrogenChloride(HCl) 1 8/25/2009 2.00E-03 -6.22E+00YES Coal 14WINewPageBiron B24HydrogenChloride(HCl) 2 9/22/2009 1.95E-03 -6.24E+00YES Coal 14WINewPageBiron B24HydrogenChloride(HCl) 3 9/22/2009 2.18E-03 -6.13E+00YES Coal 14WINewPageBiron B24HydrogenChloride(HCl) Sample #1 9/12/2007 5.40E-04 -7.52E+00YES Coal 14WINewPageBiron B24HydrogenChloride(HCl) Sample #2 9/12/2007 5.20E-04 -7.56E+00Appendix G-10: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTest Data inTop 12pctMACT FloorFuelCatMetalsProcessHeater? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn? lb/mmBtu ln (lb/mmBtu)YES Coal 14WINewPageBiron B24HydrogenChloride(HCl) Sample #3 9/12/2007 7.00E-04 -7.26E+00YES Coal 15MICityofEscanabaEUBOILER#1HydrogenChloride(HCl) Sample #1 10/27/2004 6.00E-04 -7.42E+00YES Coal 15MICityofEscanabaEUBOILER#1HydrogenChloride(HCl) Sample #2 10/27/2004 6.00E-04 -7.42E+00YES Coal 15MICityofEscanabaEUBOILER#1HydrogenChloride(HCl) Sample #3 10/27/2004 6.00E-04 -7.42E+00YES Coal 16VASmurfitStoneWestpt PB08HydrogenChloride(HCl) Sample #1 9/26/2009 7.40E-04 -7.21E+00YES Coal 16VASmurfitStoneWestpt PB08HydrogenChloride(HCl) Sample #2 9/26/2009 5.04E-04 -7.59E+00YES Coal 16VASmurfitStoneWestpt PB08HydrogenChloride(HCl) Sample #3 9/26/2009 7.62E-04 -7.18E+00YES Coal 16VASmurfitStoneWestpt PB08HydrogenChloride(HCl) Sample #1 11/8/2004 8.68E-03 -4.75E+00YES Coal 16VASmurfitStoneWestpt PB08HydrogenChloride(HCl) Sample #2 11/8/2004 6.24E-03 -5.08E+00YES Coal 16VASmurfitStoneWestpt PB08HydrogenChloride(HCl) Sample #3 11/8/2004 7.22E-03 -4.93E+00YES Coal 17TNEastman_NO_CBIDATA Boiler 31HydrogenChloride(HCl) Sample #1 3/15/2005 ND 7.00E-04 -7.26E+00YES Coal 17TNEastman_NO_CBIDATA Boiler 31HydrogenChloride(HCl) Sample #2 3/15/2005 ND 7.00E-04 -7.26E+00YES Coal 17TNEastman_NO_CBIDATA Boiler 31HydrogenChloride(HCl) Sample #3 3/15/2005 ND 7.00E-04 -7.26E+00Appendix G-10: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTest Data inTop 12pctMACT FloorFuelCatMetalsProcessHeater? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn? lb/mmBtu ln (lb/mmBtu)YES Coal 18WINewPageWisconsinRapidsPower Boiler1 - B21HydrogenChloride(HCl) Sample #1 12/14/2005 3.00E-04 -8.11E+00YES Coal 18WINewPageWisconsinRapidsPower Boiler1 - B21HydrogenChloride(HCl) Sample #2 12/15/2005 1.40E-03 -6.57E+00YES Coal 18WINewPageWisconsinRapidsPower Boiler1 - B21HydrogenChloride(HCl) Sample #3 12/15/2005 7.00E-04 -7.26E+00YES Coal 19PADomtarJohnsonburg#81 CoalBoilerHydrogenChloride(HCl) Sample #1 7/18/2007 8.00E-04 -7.13E+00YES Coal 19PADomtarJohnsonburg#81 CoalBoilerHydrogenChloride(HCl) Sample #2 7/18/2007 1.00E-03 -6.91E+00YES Coal 19PADomtarJohnsonburg#81 CoalBoilerHydrogenChloride(HCl) Sample #3 7/17/2007 7.00E-04 -7.26E+00YES Coal 20PADomtarJohnsonburg#82 CoalBoilerHydrogenChloride(HCl) Sample #1 7/18/2007 8.00E-04 -7.13E+00YES Coal 20PADomtarJohnsonburg#82 CoalBoilerHydrogenChloride(HCl) Sample #2 7/18/2007 1.00E-03 -6.91E+00YES Coal 20PADomtarJohnsonburg#82 CoalBoilerHydrogenChloride(HCl) Sample #3 7/17/2007 7.00E-04 -7.26E+00YES Coal 21IDTASCONampaBabcock andWilcox(B&W) #1HydrogenChloride(HCl) Sample #1 12/5/2006 9.00E-04 -7.01E+00YES Coal 21IDTASCONampaBabcock andWilcox(B&W) #1HydrogenChloride(HCl) Sample #2 12/5/2006 9.00E-04 -7.01E+00YES Coal 21IDTASCONampaBabcock andWilcox(B&W) #1HydrogenChloride(HCl) Sample #3 12/5/2006 9.00E-04 -7.01E+00Appendix G-10: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTest Data inTop 12pctMACT FloorFuelCatMetalsProcessHeater? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn? lb/mmBtu ln (lb/mmBtu)YES Coal 22IDTASCONampaBabcock andWilcox(B&W) #2HydrogenChloride(HCl) Sample #1 12/5/2006 9.00E-04 -7.01E+00YES Coal 22IDTASCONampaBabcock andWilcox(B&W) #2HydrogenChloride(HCl) Sample #2 12/5/2006 9.00E-04 -7.01E+00YES Coal 22IDTASCONampaBabcock andWilcox(B&W) #2HydrogenChloride(HCl) Sample #3 12/5/2006 9.00E-04 -7.01E+00YES Coal 23WINewPageWisconsinRapidsPower Boiler2 - B20HydrogenChloride(HCl) Sample #1 5/22/2003 9.90E-03 -4.62E+00YES Coal 23WINewPageWisconsinRapidsPower Boiler2 - B20HydrogenChloride(HCl) Sample #1 5/21/2003 8.00E-04 -7.13E+00YES Coal 23WINewPageWisconsinRapidsPower Boiler2 - B20HydrogenChloride(HCl) Sample #2 5/21/2003 1.10E-03 -6.81E+00YES Coal 23WINewPageWisconsinRapidsPower Boiler2 - B20HydrogenChloride(HCl) Sample #2 5/22/2003 ND 1.00E-04 -9.21E+00YES Coal 23WINewPageWisconsinRapidsPower Boiler2 - B20HydrogenChloride(HCl) Sample #3 5/21/2003 8.00E-04 -7.13E+00YES Coal 24IAMuscatinePowerandWater Unit 7HydrogenChloride(HCl) Sample #1 4/22/2004 9.67E-04 -6.94E+00YES Coal 24IAMuscatinePowerandWater Unit 7HydrogenChloride(HCl) Sample #1 4/22/2004 5.50E-03 -5.20E+00YES Coal 24IAMuscatinePowerandWater Unit 7HydrogenChloride(HCl) Sample #2 4/22/2004 1.16E-03 -6.76E+00Appendix G-10: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTest Data inTop 12pctMACT FloorFuelCatMetalsProcessHeater? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn? lb/mmBtu ln (lb/mmBtu)YES Coal 24IAMuscatinePowerandWater Unit 7HydrogenChloride(HCl) Sample #2 4/22/2004 4.20E-03 -5.47E+00YES Coal 24IAMuscatinePowerandWater Unit 7HydrogenChloride(HCl) Sample #3 4/22/2004 3.70E-03 -5.60E+00YES Coal 24IAMuscatinePowerandWater Unit 7HydrogenChloride(HCl) Sample #3 4/22/2004 1.30E-03 -6.65E+00YES Coal 25IDAmalgamatedSugarCoTwinFalls S-B2HydrogenChloride(HCl) Sample #1 9/28/2006 2.00E-03 -6.21E+00YES Coal 25IDAmalgamatedSugarCoTwinFalls S-B2HydrogenChloride(HCl) Sample #2 9/28/2006 1.00E-03 -6.91E+00YES Coal 25IDAmalgamatedSugarCoTwinFalls S-B2HydrogenChloride(HCl) Sample #3 9/28/2006 1.00E-03 -6.91E+00YES Coal 26OHPainesvilleMunicipalElectric B004HydrogenChloride(HCl) Sample #1 8/23/2006 1.00E-03 -6.91E+00YES Coal 26OHPainesvilleMunicipalElectric B004HydrogenChloride(HCl) Sample #2 8/23/2006 1.00E-03 -6.91E+00YES Coal 26OHPainesvilleMunicipalElectric B004HydrogenChloride(HCl) Sample #3 8/23/2006 2.00E-03 -6.21E+00YES Coal 27MIPharma&Upjohn1180 Boiler 3HydrogenChloride(HCl) Sample #1 2/9/2005 1.46E-03 -6.53E+00YES Coal 27MIPharma&Upjohn1180 Boiler 3HydrogenChloride(HCl) Sample #1 7/13/2006 1.39E-01 -1.97E+00YES Coal 27MIPharma&Upjohn1180 Boiler 3HydrogenChloride(HCl) Sample #2 2/9/2005 1.41E-03 -6.57E+00YES Coal 27MIPharma&Upjohn1180 Boiler 3HydrogenChloride(HCl) Sample #2 7/13/2006 1.37E-01 -1.99E+00Appendix G-10: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTest Data inTop 12pctMACT FloorFuelCatMetalsProcessHeater? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn? lb/mmBtu ln (lb/mmBtu)YES Coal 27MIPharma&Upjohn1180 Boiler 3HydrogenChloride(HCl) Sample #3 2/9/2005 1.47E-03 -6.52E+00YES Coal 27MIPharma&Upjohn1180 Boiler 3HydrogenChloride(HCl) Sample #3 7/13/2006 1.40E-01 -1.97E+00YES Coal 28WYGeneralChemicalGR-2-L (CBOILER)HydrogenChloride(HCl) Sample #1 10/27/2004 1.70E-03 -6.38E+00YES Coal 28WYGeneralChemicalGR-2-L (CBOILER)HydrogenChloride(HCl) Sample #2 10/27/2004 1.70E-03 -6.38E+00YES Coal 28WYGeneralChemicalGR-2-L (CBOILER)HydrogenChloride(HCl) Sample #3 10/27/2004 2.00E-03 -6.21E+00YES Coal 29TNEastman_NO_CBIDATA Boiler 27HydrogenChloride(HCl) Sample #1 3/10/2005 2.00E-03 -6.21E+00YES Coal 29TNEastman_NO_CBIDATA Boiler 27HydrogenChloride(HCl) Sample #1 3/9/2005 1.60E-03 -6.44E+00YES Coal 29TNEastman_NO_CBIDATA Boiler 27HydrogenChloride(HCl) Sample #2 3/9/2005 2.00E-03 -6.21E+00YES Coal 29TNEastman_NO_CBIDATA Boiler 27HydrogenChloride(HCl) Sample #2 3/10/2005 3.20E-03 -5.74E+00YES Coal 29TNEastman_NO_CBIDATA Boiler 27HydrogenChloride(HCl) Sample #3 3/10/2005 8.30E-03 -4.79E+00YES Coal 29TNEastman_NO_CBIDATA Boiler 27HydrogenChloride(HCl) Sample #3 3/9/2005 2.00E-03 -6.21E+00YES Coal 30ILPrairiePowerPearl B1HydrogenChloride(HCl) Sample #1 5/4/2005 2.00E-03 -6.21E+00YES Coal 30ILPrairiePowerPearl B1HydrogenChloride(HCl) Sample #2 5/4/2005 1.90E-03 -6.27E+00Appendix G-10: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTest Data inTop 12pctMACT FloorFuelCatMetalsProcessHeater? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn? lb/mmBtu ln (lb/mmBtu)YES Coal 30ILPrairiePowerPearl B1HydrogenChloride(HCl) Sample #3 5/4/2005 1.90E-03 -6.27E+00YES Coal 31WYGeneralChemicalGR-3-W (DBOILER)HydrogenChloride(HCl) Sample #1 10/21/2004 2.00E-03 -6.21E+00YES Coal 31WYGeneralChemicalGR-3-W (DBOILER)HydrogenChloride(HCl) Sample #2 10/21/2004 2.00E-03 -6.21E+00YES Coal 31WYGeneralChemicalGR-3-W (DBOILER)HydrogenChloride(HCl) Sample #3 10/21/2004 1.90E-03 -6.27E+00YES Coal 32MNAmericanCrystalMoorhead Boiler 3HydrogenChloride(HCl) Sample #1 11/16/2004 8.93E-04 -7.02E+00YES Coal 32MNAmericanCrystalMoorhead Boiler 3HydrogenChloride(HCl) Sample #2 11/16/2004 2.89E-03 -5.85E+00YES Coal 32MNAmericanCrystalMoorhead Boiler 3HydrogenChloride(HCl) Sample #3 11/16/2004 2.20E-03 -6.12E+00YES Coal 33OHPainesvilleMunicipalElectric B003HydrogenChloride(HCl) Sample #1 5/28/2004 4.00E-03 -5.52E+00YES Coal 33OHPainesvilleMunicipalElectric B003HydrogenChloride(HCl) Sample #1 8/4/2006 2.00E-03 -6.21E+00YES Coal 33OHPainesvilleMunicipalElectric B003HydrogenChloride(HCl) Sample #2 8/4/2006 2.00E-03 -6.21E+00YES Coal 33OHPainesvilleMunicipalElectric B003HydrogenChloride(HCl) Sample #2 5/28/2004 1.20E-02 -4.42E+00YES Coal 33OHPainesvilleMunicipalElectric B003HydrogenChloride(HCl) Sample #3 5/28/2004 6.00E-03 -5.12E+00YES Coal 33OHPainesvilleMunicipalElectric B003HydrogenChloride(HCl) Sample #3 8/4/2006 2.00E-03 -6.21E+00Appendix G-10: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTest Data inTop 12pctMACT FloorFuelCatMetalsProcessHeater? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn? lb/mmBtu ln (lb/mmBtu)YES Coal 34INSABICInnovativePlastics09-002 ErieBoilerHydrogenChloride(HCl) Sample #1 4/6/2005 3.17E-03 -5.75E+00YES Coal 34INSABICInnovativePlastics09-002 ErieBoilerHydrogenChloride(HCl) Sample #1 6/27/2006 3.30E-03 -5.71E+00YES Coal 34INSABICInnovativePlastics09-002 ErieBoilerHydrogenChloride(HCl) Sample #2 6/27/2006 5.50E-03 -5.20E+00YES Coal 34INSABICInnovativePlastics09-002 ErieBoilerHydrogenChloride(HCl) Sample #2 4/6/2005 1.75E-03 -6.35E+00YES Coal 34INSABICInnovativePlastics09-002 ErieBoilerHydrogenChloride(HCl) Sample #3 4/6/2005 3.05E-03 -5.79E+00YES Coal 34INSABICInnovativePlastics09-002 ErieBoilerHydrogenChloride(HCl) Sample #3 6/27/2006 5.90E-03 -5.13E+00YES Coal 35INSABICInnovativePlastics09-002Lasker BoilerHydrogenChloride(HCl) Sample #1 4/7/2005 3.17E-03 -5.75E+00YES Coal 35INSABICInnovativePlastics09-002Lasker BoilerHydrogenChloride(HCl) Sample #1 6/27/2006 3.30E-03 -5.71E+00YES Coal 35INSABICInnovativePlastics09-002Lasker BoilerHydrogenChloride(HCl) Sample #2 4/7/2005 1.75E-03 -6.35E+00YES Coal 35INSABICInnovativePlastics09-002Lasker BoilerHydrogenChloride(HCl) Sample #2 6/27/2006 5.50E-03 -5.20E+00YES Coal 35INSABICInnovativePlastics09-002Lasker BoilerHydrogenChloride(HCl) Sample #3 6/27/2006 5.90E-03 -5.13E+00YES Coal 35INSABICInnovativePlastics09-002Lasker BoilerHydrogenChloride(HCl) Sample #3 4/7/2005 3.05E-03 -5.79E+00YES Coal 36WINewPageWhiting B24HydrogenChloride(HCl) Sample #1 8/24/2006 2.00E-03 -6.21E+00Appendix G-10: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTest Data inTop 12pctMACT FloorFuelCatMetalsProcessHeater? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn? lb/mmBtu ln (lb/mmBtu)YES Coal 36WINewPageWhiting B24HydrogenChloride(HCl) Sample #2 8/24/2006 3.30E-03 -5.71E+00YES Coal 36WINewPageWhiting B24HydrogenChloride(HCl) Sample #3 8/24/2006 2.90E-03 -5.84E+00YES Gas 1 1SCMichelinSandySprings B:02:01HydrogenChloride(HCl) Sample #1 9/10/2009 1.14E-04 -9.08E+00YES Gas 1 1SCMichelinSandySprings B:02:01HydrogenChloride(HCl) Sample #2 9/10/2009 ND 3.84E-05 -1.02E+01YES Gas 1 1SCMichelinSandySprings B:02:01HydrogenChloride(HCl) Sample #3 9/10/2009 ND 6.56E-05 -9.63E+00YES Gas 1 2WYSinclairWyomingPt 74 #2 H2Plant HeaterHydrogenChloride(HCl) 1 11/18/2009 DL 1.26E-04 -8.98E+00YES Gas 1 2WYSinclairWyomingPt 74 #2 H2Plant HeaterHydrogenChloride(HCl) 2 11/18/2009 DL 1.30E-04 -8.95E+00YES Gas 1 2WYSinclairWyomingPt 74 #2 H2Plant HeaterHydrogenChloride(HCl) 3 11/18/2009 DL 1.30E-04 -8.95E+00YES Gas 1 yes 1CORockyMtnSteel212Rod/Bar MillFurnace95OPPB088HydrogenChloride(HCl) M26-1 8/13/2009 9.81E-05 -9.23E+00YES Gas 1 yes 1CORockyMtnSteel212Rod/Bar MillFurnace95OPPB088HydrogenChloride(HCl) M26-2 8/14/2009 8.39E-05 -9.39E+00YES Gas 1 yes 1CORockyMtnSteel212Rod/Bar MillFurnace95OPPB088HydrogenChloride(HCl) M26-3 8/14/2009 7.58E-05 -9.49E+00YES Gas 1 yes 2INAlcoaWarrickAnnealingFurnace #15HydrogenChloride(HCl) M26A-1 8/17/2009 BDL 2.54E-04 -8.28E+00YES Gas 1 yes 2INAlcoaWarrickAnnealingFurnace #15HydrogenChloride(HCl) M26A-2 8/17/2009 BDL 2.34E-04 -8.36E+00Appendix G-10: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTest Data inTop 12pctMACT FloorFuelCatMetalsProcessHeater? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn? lb/mmBtu ln (lb/mmBtu)YES Gas 1 yes 2INAlcoaWarrickAnnealingFurnace #15HydrogenChloride(HCl) M26A-3 8/17/2009 BDL 2.48E-04 -8.30E+00YES Gas 2 1LAShellChemicaGeismarFurnace FS801HydrogenChloride(HCl) Sample #1 8/25/2009 ND 1.57E-06 -1.34E+01YES Gas 2 1LAShellChemicaGeismarFurnace FS801HydrogenChloride(HCl) Sample #2 8/26/2009 ND 1.85E-06 -1.32E+01YES Gas 2 1LAShellChemicaGeismarFurnace FS801HydrogenChloride(HCl) Sample #3 8/27/2009 ND 1.68E-06 -1.33E+01YES Liquid 2TNInvistaChattanoogaEU003 -Vaporizer #2HydrogenChloride(HCl) Sample #1 7/29/2009 ND 6.18E-04 -7.39E+00YES Liquid 2TNInvistaChattanoogaEU003 -Vaporizer #2HydrogenChloride(HCl) Sample #1 8/31/2006 1.95E-04 -8.54E+00YES Liquid 2TNInvistaChattanoogaEU003 -Vaporizer #2HydrogenChloride(HCl) Sample #2 7/30/2009 ND 6.19E-04 -7.39E+00YES Liquid 2TNInvistaChattanoogaEU003 -Vaporizer #2HydrogenChloride(HCl) Sample #2 8/31/2006 2.09E-04 -8.47E+00YES Liquid 2TNInvistaChattanoogaEU003 -Vaporizer #2HydrogenChloride(HCl) Sample #3 7/30/2009 ND 6.24E-04 -7.38E+00YES Liquid 2TNInvistaChattanoogaEU003 -Vaporizer #2HydrogenChloride(HCl) Sample #3 8/31/2006 1.28E-04 -8.96E+00YES Liquid 3INUSSteelGaryWorks O4B10459HydrogenChloride(HCl) M26A-1 9/8/2009 2.33E-04 -8.36E+00YES Liquid 3INUSSteelGaryWorks O4B10459HydrogenChloride(HCl) M26A-2 9/8/2009 1.88E-04 -8.58E+00YES Liquid 3INUSSteelGaryWorks O4B10459HydrogenChloride(HCl) M26A-3 9/8/2009 1.99E-04 -8.52E+00Appendix G-10: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTest Data inTop 12pctMACT FloorFuelCatMetalsProcessHeater? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn? lb/mmBtu ln (lb/mmBtu)YES Liquid 4VAINVISTAWaynesboro2-205 (V#1)Vaporizer #1HydrogenChloride(HCl) Sample #1 4/18/2008 3.15E-04 -8.06E+00YES Liquid 4VAINVISTAWaynesboro2-205 (V#1)Vaporizer #1HydrogenChloride(HCl) Sample #2 4/18/2008 2.07E-04 -8.48E+00YES Liquid 4VAINVISTAWaynesboro2-205 (V#1)Vaporizer #1HydrogenChloride(HCl) Sample #3 4/18/2008 2.08E-04 -8.48E+00YES LiquidCTElectricBoat EMU 18 Chlorine (Cl) Sample #1 ND 5.60E-07 -1.44E+01YES LiquidNCCampLejeuneMCB A-HP-738-59 Chlorine (Cl) Sample #1 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCB A-HP-738-59 Chlorine (Cl) Sample #1 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCB A-HP-738-59 Chlorine (Cl) Sample #2 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCB A-HP-738-59 Chlorine (Cl) Sample #2 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCB A-HP-738-59 Chlorine (Cl) Sample #3 ND 2.65E-04 -8.23E+00YES LiquidNCCampLejeuneMCB A-HP-738-59 Chlorine (Cl) Sample #3 ND 2.65E-04 -8.23E+00YES LiquidNCCampLejeuneMCBA-LCH-4022-19 Chlorine (Cl) Sample #1 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCBA-LCH-4022-19 Chlorine (Cl) Sample #1 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCBA-LCH-4022-19 Chlorine (Cl) Sample #2 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCBA-LCH-4022-19 Chlorine (Cl) Sample #2 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCBA-LCH-4022-19 Chlorine (Cl) Sample #3 ND 2.65E-04 -8.23E+00YES LiquidNCCampLejeuneMCBA-LCH-4022-19 Chlorine (Cl) Sample #3 ND 2.65E-04 -8.23E+00Appendix G-10: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTest Data inTop 12pctMACT FloorFuelCatMetalsProcessHeater? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn? lb/mmBtu ln (lb/mmBtu)YES LiquidNCCampLejeuneMCBA-MG-SH8-58 Chlorine (Cl) Sample #1 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCBA-MG-SH8-58 Chlorine (Cl) Sample #1 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCBA-MG-SH8-58 Chlorine (Cl) Sample #2 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCBA-MG-SH8-58 Chlorine (Cl) Sample #2 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCBA-MG-SH8-58 Chlorine (Cl) Sample #3 ND 2.65E-04 -8.23E+00YES LiquidNCCampLejeuneMCBA-MG-SH8-58 Chlorine (Cl) Sample #3 ND 2.65E-04 -8.23E+00YES LiquidNCCampLejeuneMCB A-MP-230-38 Chlorine (Cl) Sample #1 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCB A-MP-230-38 Chlorine (Cl) Sample #1 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCB A-MP-230-38 Chlorine (Cl) Sample #2 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCB A-MP-230-38 Chlorine (Cl) Sample #2 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCB A-MP-230-38 Chlorine (Cl) Sample #3 ND 2.65E-04 -8.23E+00YES LiquidNCCampLejeuneMCB A-MP-230-38 Chlorine (Cl) Sample #3 ND 2.65E-04 -8.23E+00YES LiquidNCCampLejeuneMCB A-MP-230-39 Chlorine (Cl) Sample #1 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCB A-MP-230-39 Chlorine (Cl) Sample #1 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCB A-MP-230-39 Chlorine (Cl) Sample #2 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCB A-MP-230-39 Chlorine (Cl) Sample #2 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCB A-MP-230-39 Chlorine (Cl) Sample #3 ND 2.65E-04 -8.23E+00YES LiquidNCCampLejeuneMCB A-MP-230-39 Chlorine (Cl) Sample #3 ND 2.65E-04 -8.23E+00YES LiquidNCCampLejeuneMCB A-MP-230-40 Chlorine (Cl) Sample #1 ND 2.65E-04 -8.24E+00Appendix G-10: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTest Data inTop 12pctMACT FloorFuelCatMetalsProcessHeater? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn? lb/mmBtu ln (lb/mmBtu)YES LiquidNCCampLejeuneMCB A-MP-230-40 Chlorine (Cl) Sample #1 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCB A-MP-230-40 Chlorine (Cl) Sample #2 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCB A-MP-230-40 Chlorine (Cl) Sample #2 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCB A-MP-230-40 Chlorine (Cl) Sample #3 ND 2.65E-04 -8.23E+00YES LiquidNCCampLejeuneMCB A-MP-230-40 Chlorine (Cl) Sample #3 ND 2.65E-04 -8.23E+00YES LiquidNCCampLejeuneMCB A-MP-625-72 Chlorine (Cl) Sample #1 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCB A-MP-625-72 Chlorine (Cl) Sample #1 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCB A-MP-625-72 Chlorine (Cl) Sample #2 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCB A-MP-625-72 Chlorine (Cl) Sample #2 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCB A-MP-625-72 Chlorine (Cl) Sample #3 ND 2.65E-04 -8.23E+00YES LiquidNCCampLejeuneMCB A-MP-625-72 Chlorine (Cl) Sample #3 ND 2.65E-04 -8.23E+00YES LiquidNCCampLejeuneMCB A-MP-625-73 Chlorine (Cl) Sample #1 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCB A-MP-625-73 Chlorine (Cl) Sample #1 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCB A-MP-625-73 Chlorine (Cl) Sample #2 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCB A-MP-625-73 Chlorine (Cl) Sample #2 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCB A-MP-625-73 Chlorine (Cl) Sample #3 ND 2.65E-04 -8.23E+00YES LiquidNCCampLejeuneMCB A-MP-625-73 Chlorine (Cl) Sample #3 ND 2.65E-04 -8.23E+00YES LiquidNCCampLejeuneMCB A-MP-625-74 Chlorine (Cl) Sample #1 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCB A-MP-625-74 Chlorine (Cl) Sample #1 ND 2.65E-04 -8.24E+00Appendix G-10: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTest Data inTop 12pctMACT FloorFuelCatMetalsProcessHeater? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn? lb/mmBtu ln (lb/mmBtu)YES LiquidNCCampLejeuneMCB A-MP-625-74 Chlorine (Cl) Sample #2 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCB A-MP-625-74 Chlorine (Cl) Sample #2 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCB A-MP-625-74 Chlorine (Cl) Sample #3 ND 2.65E-04 -8.23E+00YES LiquidNCCampLejeuneMCB A-MP-625-74 Chlorine (Cl) Sample #3 ND 2.65E-04 -8.23E+00YES LiquidNCCampLejeuneMCB A-NH-100-01 Chlorine (Cl) Sample #1 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCB A-NH-100-01 Chlorine (Cl) Sample #1 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCB A-NH-100-01 Chlorine (Cl) Sample #2 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCB A-NH-100-01 Chlorine (Cl) Sample #2 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCB A-NH-100-01 Chlorine (Cl) Sample #3 ND 2.65E-04 -8.23E+00YES LiquidNCCampLejeuneMCB A-NH-100-01 Chlorine (Cl) Sample #3 ND 2.65E-04 -8.23E+00YES LiquidNCCampLejeuneMCB A-NH-100-02 Chlorine (Cl) Sample #1 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCB A-NH-100-02 Chlorine (Cl) Sample #1 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCB A-NH-100-02 Chlorine (Cl) Sample #2 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCB A-NH-100-02 Chlorine (Cl) Sample #2 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCB A-NH-100-02 Chlorine (Cl) Sample #3 ND 2.65E-04 -8.23E+00YES LiquidNCCampLejeuneMCB A-NH-100-02 Chlorine (Cl) Sample #3 ND 2.65E-04 -8.23E+00YES LiquidNCCampLejeuneMCB A-NH-100-05 Chlorine (Cl) Sample #1 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCB A-NH-100-05 Chlorine (Cl) Sample #1 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCB A-NH-100-05 Chlorine (Cl) Sample #2 ND 2.65E-04 -8.24E+00Appendix G-10: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTest Data inTop 12pctMACT FloorFuelCatMetalsProcessHeater? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn? lb/mmBtu ln (lb/mmBtu)YES LiquidNCCampLejeuneMCB A-NH-100-05 Chlorine (Cl) Sample #2 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCB A-NH-100-05 Chlorine (Cl) Sample #3 ND 2.65E-04 -8.23E+00YES LiquidNCCampLejeuneMCB A-NH-100-05 Chlorine (Cl) Sample #3 ND 2.65E-04 -8.23E+00YES LiquidNCCampLejeuneMCB A-NH-118-03 Chlorine (Cl) Sample #1 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCB A-NH-118-03 Chlorine (Cl) Sample #1 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCB A-NH-118-03 Chlorine (Cl) Sample #2 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCB A-NH-118-03 Chlorine (Cl) Sample #2 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCB A-NH-118-03 Chlorine (Cl) Sample #3 ND 2.65E-04 -8.23E+00YES LiquidNCCampLejeuneMCB A-NH-118-03 Chlorine (Cl) Sample #3 ND 2.65E-04 -8.23E+00YES LiquidNCCampLejeuneMCB A-NH-120-04 Chlorine (Cl) Sample #1 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCB A-NH-120-04 Chlorine (Cl) Sample #1 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCB A-NH-120-04 Chlorine (Cl) Sample #2 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCB A-NH-120-04 Chlorine (Cl) Sample #2 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCB A-NH-120-04 Chlorine (Cl) Sample #3 ND 2.65E-04 -8.23E+00YES LiquidNCCampLejeuneMCB A-NH-120-04 Chlorine (Cl) Sample #3 ND 2.65E-04 -8.23E+00YES LiquidNCCampLejeuneMCBA-NH-120-H4 Chlorine (Cl) Sample #1 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCBA-NH-120-H4 Chlorine (Cl) Sample #1 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCBA-NH-120-H4 Chlorine (Cl) Sample #2 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCBA-NH-120-H4 Chlorine (Cl) Sample #2 ND 2.65E-04 -8.24E+00Appendix G-10: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTest Data inTop 12pctMACT FloorFuelCatMetalsProcessHeater? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn? lb/mmBtu ln (lb/mmBtu)YES LiquidNCCampLejeuneMCBA-NH-120-H4 Chlorine (Cl) Sample #3 ND 2.65E-04 -8.23E+00YES LiquidNCCampLejeuneMCBA-NH-120-H4 Chlorine (Cl) Sample #3 ND 2.65E-04 -8.23E+00YES LiquidNCCampLejeuneMCBA-NH-121-H1 Chlorine (Cl) Sample #1 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCBA-NH-121-H1 Chlorine (Cl) Sample #1 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCBA-NH-121-H1 Chlorine (Cl) Sample #2 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCBA-NH-121-H1 Chlorine (Cl) Sample #2 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCBA-NH-121-H1 Chlorine (Cl) Sample #3 ND 2.65E-04 -8.23E+00YES LiquidNCCampLejeuneMCBA-NH-121-H1 Chlorine (Cl) Sample #3 ND 2.65E-04 -8.23E+00YES LiquidNCCampLejeuneMCBA-PP-1943-08 Chlorine (Cl) Sample #1 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCBA-PP-1943-08 Chlorine (Cl) Sample #1 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCBA-PP-1943-08 Chlorine (Cl) Sample #2 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCBA-PP-1943-08 Chlorine (Cl) Sample #2 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCBA-PP-1943-08 Chlorine (Cl) Sample #3 ND 2.65E-04 -8.23E+00YES LiquidNCCampLejeuneMCBA-PP-1943-08 Chlorine (Cl) Sample #3 ND 2.65E-04 -8.23E+00YES LiquidNCCampLejeuneMCBA-PP-1943-H7 Chlorine (Cl) Sample #1 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCBA-PP-1943-H7 Chlorine (Cl) Sample #1 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCBA-PP-1943-H7 Chlorine (Cl) Sample #2 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCBA-PP-1943-H7 Chlorine (Cl) Sample #2 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCBA-PP-1943-H7 Chlorine (Cl) Sample #3 ND 2.65E-04 -8.23E+00Appendix G-10: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTest Data inTop 12pctMACT FloorFuelCatMetalsProcessHeater? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn? lb/mmBtu ln (lb/mmBtu)YES LiquidNCCampLejeuneMCBA-PP-1943-H7 Chlorine (Cl) Sample #3 ND 2.65E-04 -8.23E+00YES LiquidNCCampLejeuneMCBA-PP-2615-09 Chlorine (Cl) Sample #1 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCBA-PP-2615-09 Chlorine (Cl) Sample #1 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCBA-PP-2615-09 Chlorine (Cl) Sample #2 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCBA-PP-2615-09 Chlorine (Cl) Sample #2 ND 2.65E-04 -8.24E+00YES LiquidNCCampLejeuneMCBA-PP-2615-09 Chlorine (Cl) Sample #3 ND 2.65E-04 -8.23E+00YES LiquidNCCampLejeuneMCBA-PP-2615-09 Chlorine (Cl) Sample #3 ND 2.65E-04 -8.23E+00Appendix G-11: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTestData inTop12pctMACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste underAlt Defn?ppm @ 3%O2ln (ppm @3% O2)YES Gas 1 1OKVRCOklahoma H-101 CO Sample #3 10/22/1998 9.36E-03 -4.67E+00YES Gas 1 2OKVRCOklahoma H-102A CO Sample #1 10/20/1998 3.46E-01 -1.06E+00YES Gas 1 2OKVRCOklahoma H-102A CO Sample #1 10/21/1998 1.01E-02 -4.59E+00YES Gas 1 2OKVRCOklahoma H-102A CO Sample #2 12/3/1997 1.74E-01 -1.75E+00YES Gas 1 2OKVRCOklahoma H-102A CO Sample #2 12/3/1997 1.04E-01 -2.27E+00YES Gas 1 2OKVRCOklahoma H-102A CO Sample #2 10/20/1998 9.43E+00 2.24E+00YES Gas 1 2OKVRCOklahoma H-102A CO Sample #3 10/20/1998 2.04E+01 3.02E+00YES Gas 1 3TXRohmHaasDeerPark ACET-2B-4 CO Sample #1 11/29/2006 ND 1.00E-02 -4.61E+00YES Gas 1 3TXRohmHaasDeerPark ACET-2B-4 CO Sample #1 11/30/2006 1.96E+00 6.73E-01YES Gas 1 3TXRohmHaasDeerPark ACET-2B-4 CO Sample #2 11/29/2006 ND 2.00E-02 -3.91E+00YES Gas 1 3TXRohmHaasDeerPark ACET-2B-4 CO Sample #2 11/30/2006 4.16E+00 1.43E+00YES Gas 1 3TXRohmHaasDeerPark ACET-2B-4 CO Sample #3 11/30/2006 4.91E+00 1.59E+00YES Gas 1 3TXRohmHaasDeerPark ACET-2B-4 CO Sample #3 11/29/2006 ND 1.00E-02 -4.61E+00YES Gas 1 4OKConocoPhillipsPoncaCity H-9902 CO Sample #1 6/4/2008 1.19E+01 2.48E+00YES Gas 1 4OKConocoPhillipsPoncaCity H-9902 CO Sample #1 7/7/2006 6.40E-01 -4.46E-01YES Gas 1 4OKConocoPhillipsPoncaCity H-9902 CO Sample #1 10/5/2006 3.00E-01 -1.20E+00Appendix G-11: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTestData inTop12pctMACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste underAlt Defn?ppm @ 3%O2ln (ppm @3% O2)YES Gas 1 4OKConocoPhillipsPoncaCity H-9902 CO Sample #1 5/9/2007 1.16E+00 1.48E-01YES Gas 1 4OKConocoPhillipsPoncaCity H-9902 CO Sample #2 5/11/2006 1.00E-02 -4.61E+00YES Gas 1 4OKConocoPhillipsPoncaCity H-9902 CO Sample #2 5/24/2006 4.00E-02 -3.22E+00YES Gas 1 4OKConocoPhillipsPoncaCity H-9902 CO Sample #2 10/5/2006 1.56E+00 4.45E-01YES Gas 1 4OKConocoPhillipsPoncaCity H-9902 CO Sample #2 5/9/2007 9.60E-01 -4.08E-02YES Gas 1 4OKConocoPhillipsPoncaCity H-9902 CO Sample #3 5/9/2007 1.23E+00 2.07E-01YES Gas 1 4OKConocoPhillipsPoncaCity H-9902 CO Sample #3 5/11/2006 3.00E-02 -3.51E+00YES Gas 1 4OKConocoPhillipsPoncaCity H-9902 CO Sample #3 5/24/2006 2.24E+00 8.06E-01YES Gas 1 4OKConocoPhillipsPoncaCity H-9902 CO Sample #3 10/5/2006 2.57E+00 9.44E-01YES Gas 1 5TXDiamondShamrockThreeRivers H-201 CO Sample #1 7/3/1997 2.71E-02 -3.61E+00YES Gas 1 5TXDiamondShamrockThreeRivers H-201 CO Sample #2 7/3/1997 2.71E-02 -3.61E+00YES Gas 1 5TXDiamondShamrockThreeRivers H-201 CO Sample #3 7/3/1997 2.71E-02 -3.61E+00Appendix G-11: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTestData inTop12pctMACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste underAlt Defn?ppm @ 3%O2ln (ppm @3% O2)YES Gas 1 6TXDiamondShamrockThreeRivers H-203 CO Sample #1 7/3/1997 2.71E-02 -3.61E+00YES Gas 1 6TXDiamondShamrockThreeRivers H-203 CO Sample #2 7/3/1997 2.71E-02 -3.61E+00YES Gas 1 6TXDiamondShamrockThreeRivers H-203 CO Sample #3 7/3/1997 2.71E-02 -3.61E+00YES Gas 1 7TXDiamondShamrockThreeRivers H-204 CO Sample #1 7/3/1997 2.71E-02 -3.61E+00YES Gas 1 7TXDiamondShamrockThreeRivers H-204 CO Sample #2 7/3/1997 2.71E-02 -3.61E+00YES Gas 1 7TXDiamondShamrockThreeRivers H-204 CO Sample #3 7/3/1997 2.71E-02 -3.61E+00YES Gas 1 8VAWesternRefiningYorktown F-562 CO Sample #1 3/7/2007 3.94E-02 -3.23E+00YES Gas 1 9OKConocoPhillipsPoncaCity H-9851 CO Sample #1 6/5/2008 4.00E-02 -3.22E+00YES Gas 1 9OKConocoPhillipsPoncaCity H-9851 CO Sample #1 5/4/2006 5.00E-02 -3.00E+00YES Gas 1 9OKConocoPhillipsPoncaCity H-9851 CO Sample #2 5/4/2006 1.10E-01 -2.21E+00YES Gas 1 9OKConocoPhillipsPoncaCity H-9851 CO Sample #3 5/4/2006 1.00E-01 -2.30E+00YES Gas 1 10INBPWhitingRefinery B-601 CO Sample #1 8/20/2007 1.10E-01 -2.21E+00YES Gas 1 10INBPWhitingRefinery B-601 CO Sample #2 8/20/2007 ND 1.00E-02 -4.61E+00Appendix G-11: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTestData inTop12pctMACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste underAlt Defn?ppm @ 3%O2ln (ppm @3% O2)YES Gas 1 10INBPWhitingRefinery B-601 CO Sample #3 8/20/2007 ND 1.00E-02 -4.61E+00YES Gas 1 11OKConocoPhillipsPoncaCity H-0016 CO Sample #1 4/6/2005 6.00E-02 -2.81E+00YES Gas 1 11OKConocoPhillipsPoncaCity H-0016 CO Sample #2 4/6/2005 2.00E-02 -3.91E+00YES Gas 1 11OKConocoPhillipsPoncaCity H-0016 CO Sample #3 4/6/2005 5.00E-02 -3.00E+00YES Gas 1 12TXOccidentalChemGregoryVCM Plant 1Furnace 1 CO Sample #1 3/5/1991 ND 5.06E-02 -2.98E+00YES Gas 1 12TXOccidentalChemGregoryVCM Plant 1Furnace 1 CO Sample #2 3/5/1991 ND 5.00E-02 -3.00E+00YES Gas 1 12TXOccidentalChemGregoryVCM Plant 1Furnace 1 CO Sample #3 3/5/1991 ND 5.00E-02 -3.00E+00YES Gas 1 13TXOccidentalChemGregoryVCM Plant 1Furnace 2 CO Sample #1 3/5/1991 ND 5.06E-02 -2.98E+00YES Gas 1 13TXOccidentalChemGregoryVCM Plant 1Furnace 2 CO Sample #2 3/5/1991 ND 5.00E-02 -3.00E+00YES Gas 1 13TXOccidentalChemGregoryVCM Plant 1Furnace 2 CO Sample #3 3/5/1991 ND 5.00E-02 -3.00E+00YES Gas 1 14TXOccidentalChemGregoryVCM Plant 1Furnace 3 CO Sample #1 3/5/1991 ND 5.06E-02 -2.98E+00YES Gas 1 14TXOccidentalChemGregoryVCM Plant 1Furnace 3 CO Sample #2 3/5/1991 ND 5.00E-02 -3.00E+00Appendix G-11: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTestData inTop12pctMACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste underAlt Defn?ppm @ 3%O2ln (ppm @3% O2)YES Gas 1 14TXOccidentalChemGregoryVCM Plant 1Furnace 3 CO Sample #3 3/5/1991 ND 5.00E-02 -3.00E+00YES Gas 1 15TXOccidentalChemGregoryVCM Plant 1Furnace 4 CO Sample #1 3/5/1991 ND 5.06E-02 -2.98E+00YES Gas 1 15TXOccidentalChemGregoryVCM Plant 1Furnace 4 CO Sample #2 3/5/1991 ND 5.00E-02 -3.00E+00YES Gas 1 15TXOccidentalChemGregoryVCM Plant 1Furnace 4 CO Sample #3 3/5/1991 ND 5.00E-02 -3.00E+00YES Gas 1 16MSChevronPascagoula F-2103 CO Sample #1 3/27/2008 5.41E-02 -2.92E+00YES Gas 1 16MSChevronPascagoula F-2103 CO Sample #2 3/27/2008 5.41E-02 -2.92E+00YES Gas 1 16MSChevronPascagoula F-2103 CO Sample #3 3/27/2008 5.41E-02 -2.92E+00YES Gas 1 17TXDiamondShamrockThreeRivers H-1102 CO Sample #1 7/9/1997 6.77E-02 -2.69E+00YES Gas 1 17TXDiamondShamrockThreeRivers H-1102 CO Sample #2 7/9/1997 6.77E-02 -2.69E+00YES Gas 1 17TXDiamondShamrockThreeRivers H-1102 CO Sample #3 7/9/1997 5.41E-02 -2.92E+00YES Gas 1 18NJSunocoWestville Boiler #8 CO Sample #1 10/15/2007 7.89E-02 -2.54E+00YES Gas 1 18NJSunocoWestville Boiler #8 CO Sample #2 10/15/2007 7.89E-02 -2.54E+00YES Gas 1 18NJSunocoWestville Boiler #8 CO Sample #3 10/15/2007 3.95E-02 -3.23E+00YES Gas 1 19KYCatlettsburgRefining 2-23-B-4 CO Sample #1 4/21/2004 4.12E-01 -8.87E-01YES Gas 1 19KYCatlettsburgRefining 2-23-B-4 CO Sample #1 8/12/2005 ND 7.72E-02 -2.56E+00Appendix G-11: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTestData inTop12pctMACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste underAlt Defn?ppm @ 3%O2ln (ppm @3% O2)YES Gas 1 19KYCatlettsburgRefining 2-23-B-4 CO Sample #2 8/12/2005 ND 7.77E-02 -2.55E+00YES Gas 1 19KYCatlettsburgRefining 2-23-B-4 CO Sample #3 8/12/2005 ND 7.75E-02 -2.56E+00YES Gas 1 20ILWoodRiverRefineryHTR-DU1-F302 CO Sample #1 4/11/2006 7.88E-02 -2.54E+00YES Gas 1 21PASunocoMarcusHook705 (12-4LSG Heater,H01) CO Sample #1 2/4/2008 8.00E-02 -2.53E+00YES Gas 1 22OKVRCOklahoma H-201 CO Sample #1 6/22/2005 7.77E-02 -2.55E+00YES Gas 1 22OKVRCOklahoma H-201 CO Sample #1 6/22/2005 1.84E+02 5.21E+00YES Gas 1 22OKVRCOklahoma H-201 CO Sample #2 6/22/2005 9.15E-02 -2.39E+00YES Gas 1 22OKVRCOklahoma H-201 CO Sample #2 6/22/2005 5.56E+01 4.02E+00YES Gas 1 22OKVRCOklahoma H-201 CO Sample #3 6/22/2005 9.04E-02 -2.40E+00YES Gas 1 23LACitgoLakeCharles EQT242 CO Sample #1 6/12/2003 8.95E-02 -2.41E+00YES Gas 1 24 INNucorSteelCold MillAnnealing CO Sample #1 6/24/2004 1.75E-01 -1.74E+00YES Gas 1 24 INNucorSteelCold MillAnnealing CO Sample #2 8/19/2009 9.01E-02 -2.41E+00YES Gas 1 25MSChevronPascagoula F-6701 CO Sample #1 2/27/2007 1.21E-01 -2.12E+00YES Gas 1 25MSChevronPascagoula F-6701 CO Sample #2 2/27/2007 8.06E-02 -2.52E+00YES Gas 1 25MSChevronPascagoula F-6701 CO Sample #3 2/27/2007 7.95E-02 -2.53E+00YES Gas 1 26KYCatlettsburgRefining 2-122-B-1 CO Sample #1 6/9/2008 ND 9.83E-02 -2.32E+00YES Gas 1 26KYCatlettsburgRefining 2-122-B-1 CO Sample #1 6/12/2007 ND 1.06E-01 -2.25E+00Appendix G-11: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTestData inTop12pctMACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste underAlt Defn?ppm @ 3%O2ln (ppm @3% O2)YES Gas 1 26KYCatlettsburgRefining 2-122-B-1 CO Sample #1 6/13/2006 ND 1.12E-01 -2.19E+00YES Gas 1 26KYCatlettsburgRefining 2-122-B-1 CO Sample #2 6/9/2008 ND 9.92E-02 -2.31E+00YES Gas 1 26KYCatlettsburgRefining 2-122-B-1 CO Sample #2 6/12/2007 ND 1.07E-01 -2.24E+00YES Gas 1 26KYCatlettsburgRefining 2-122-B-1 CO Sample #2 6/13/2006 ND 1.13E-01 -2.18E+00YES Gas 1 26KYCatlettsburgRefining 2-122-B-1 CO Sample #3 6/13/2006 ND 1.12E-01 -2.19E+00YES Gas 1 26KYCatlettsburgRefining 2-122-B-1 CO Sample #3 6/9/2008 ND 1.00E-01 -2.30E+00YES Gas 1 26KYCatlettsburgRefining 2-122-B-1 CO Sample #3 6/12/2007 ND 1.08E-01 -2.22E+00YES Gas 1 27ALHuntRefining HS-2041A CO Sample #1 6/17/2008 1.00E-01 -2.30E+00YES Gas 1 28ALHuntRefining HS-2041B CO Sample #1 6/17/2008 1.00E-01 -2.30E+00YES Gas 1 29ALHuntRefining HS-2041C CO Sample #1 6/17/2008 1.00E-01 -2.30E+00YES Gas 1 30OKConocoPhillipsPoncaCity H-0003 CO Sample #1 4/12/2002 1.60E-01 -1.83E+00YES Gas 1 30OKConocoPhillipsPoncaCity H-0003 CO Sample #2 4/12/2002 4.00E-02 -3.22E+00YES Gas 1 31TXAirProductsBaytownBOILER(EPN 7) CO Sample #1 1/19/2006 1.00E-01 -2.30E+00YES Gas 1 31TXAirProductsBaytownBOILER(EPN 7) CO Sample #2 1/19/2006 1.00E-01 -2.30E+00YES Gas 1 31TXAirProductsBaytownBOILER(EPN 7) CO Sample #3 1/19/2006 ND 1.00E-01 -2.30E+00YES Gas 1 32TXChevronBaytown H-1001 CO Sample #1 6/4/2004 ND 1.00E-01 -2.30E+00Appendix G-11: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTestData inTop12pctMACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste underAlt Defn?ppm @ 3%O2ln (ppm @3% O2)YES Gas 1 32TXChevronBaytown H-1001 CO Sample #2 6/4/2004 ND 1.00E-01 -2.30E+00YES Gas 1 32TXChevronBaytown H-1001 CO Sample #3 6/4/2004 ND 1.00E-01 -2.30E+00YES Gas 1 33TXEquistarPasadena Boiler (P-25) CO Sample #1 12/6/2007 ND 1.00E-01 -2.30E+00YES Gas 1 33TXEquistarPasadena Boiler (P-25) CO Sample #2 12/6/2007 ND 1.00E-01 -2.30E+00YES Gas 1 33TXEquistarPasadena Boiler (P-25) CO Sample #3 12/6/2007 ND 1.00E-01 -2.30E+00YES Gas 1 34TXValeroTexasCityHeater 13-1451 CO Sample #1 8/15/2000 ND 1.00E-01 -2.30E+00YES Gas 1 34TXValeroTexasCityHeater 13-1451 CO Sample #2 8/15/2000 ND 1.00E-01 -2.30E+00YES Gas 1 34TXValeroTexasCityHeater 13-1451 CO Sample #3 8/15/2000 ND 1.00E-01 -2.30E+00YES Gas 1 35TXValeroTexasCity Heater 16 CO Sample #1 11/1/1999 ND 1.00E-01 -2.30E+00YES Gas 1 35TXValeroTexasCity Heater 16 CO Sample #2 11/1/1999 ND 1.00E-01 -2.30E+00YES Gas 1 35TXValeroTexasCity Heater 16 CO Sample #3 11/1/1999 ND 1.00E-01 -2.30E+00YES Gas 1 36TXValeroTexasCity Heater 17 CO Sample #1 11/1/1999 ND 1.00E-01 -2.30E+00YES Gas 1 36TXValeroTexasCity Heater 17 CO Sample #2 11/1/1999 ND 1.00E-01 -2.30E+00YES Gas 1 36TXValeroTexasCity Heater 17 CO Sample #3 11/1/1999 ND 1.00E-01 -2.30E+00YES Gas 1 37TXValeroTexasCity Heater 28 CO Sample #1 10/31/2002 ND 1.00E-01 -2.30E+00YES Gas 1 37TXValeroTexasCity Heater 28 CO Sample #2 10/31/2002 ND 1.00E-01 -2.30E+00YES Gas 1 37TXValeroTexasCity Heater 28 CO Sample #3 10/31/2002 ND 1.00E-01 -2.30E+00YES Gas 1 38TXValeroTexasCity Heater 35 CO Sample #1 3/14/2007 ND 1.00E-01 -2.30E+00Appendix G-11: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTestData inTop12pctMACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste underAlt Defn?ppm @ 3%O2ln (ppm @3% O2)YES Gas 1 38TXValeroTexasCity Heater 35 CO Sample #2 3/14/2007 ND 1.00E-01 -2.30E+00YES Gas 1 38TXValeroTexasCity Heater 35 CO Sample #3 3/14/2007 ND 1.00E-01 -2.30E+00YES Gas 1 39TXValeroTexasCity Heater 44 CO Sample #1 1/6/2000 ND 1.00E-01 -2.30E+00YES Gas 1 39TXValeroTexasCity Heater 44 CO Sample #2 1/6/2000 ND 1.00E-01 -2.30E+00YES Gas 1 39TXValeroTexasCity Heater 44 CO Sample #3 1/6/2000 ND 1.00E-01 -2.30E+00YES Gas 1 40LAWestlakeStyrene 1-90 CO Sample #1 11/10/1992 ND 1.01E-01 -2.29E+00YES Gas 1 40LAWestlakeStyrene 1-90 CO Sample #2 11/10/1992 ND 1.02E-01 -2.29E+00YES Gas 1 40LAWestlakeStyrene 1-90 CO Sample #3 11/10/1992 1.00E-01 -2.30E+00YES Gas 1 41OREvrazOregonSteelEU-5VacuumDegasserBoiler CO Sample #3 4/25/2003 1.02E-01 -2.29E+00YES Gas 1 42LALakeCharlesChemicalLAB-LH-1(PacolChargeHeater) CO Sample #1 9/12/2000 ND 1.02E-01 -2.28E+00YES Gas 1 42LALakeCharlesChemicalLAB-LH-1(PacolChargeHeater) CO Sample #1 9/13/2000 ND 1.35E-01 -2.00E+00YES Gas 1 42LALakeCharlesChemicalLAB-LH-1(PacolChargeHeater) CO Sample #1 9/12/2000 ND 1.02E-01 -2.28E+00YES Gas 1 42LALakeCharlesChemicalLAB-LH-1(PacolChargeHeater) CO Sample #2 9/12/2000 ND 1.02E-01 -2.28E+00Appendix G-11: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTestData inTop12pctMACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste underAlt Defn?ppm @ 3%O2ln (ppm @3% O2)YES Gas 1 42LALakeCharlesChemicalLAB-LH-1(PacolChargeHeater) CO Sample #2 9/13/2000 ND 9.30E-02 -2.38E+00YES Gas 1 42LALakeCharlesChemicalLAB-LH-1(PacolChargeHeater) CO Sample #3 9/12/2000 ND 1.02E-01 -2.28E+00YES Gas 1 42LALakeCharlesChemicalLAB-LH-1(PacolChargeHeater) CO Sample #3 9/12/2000 5.60E+01 4.03E+00YES Gas 1 43TXValeroTexasCity Heater 45 CO Sample #1 4/3/2001 ND 1.05E-01 -2.26E+00YES Gas 1 43TXValeroTexasCity Heater 45 CO Sample #2 4/3/2001 ND 1.09E-01 -2.22E+00YES Gas 1 43TXValeroTexasCity Heater 45 CO Sample #3 4/3/2001 ND 1.10E-01 -2.20E+00YES Gas 1 44MSChevronPascagoula F-8400 CO Sample #1 11/7/2007 1.08E-01 -2.22E+00YES Gas 1 44MSChevronPascagoula F-8400 CO Sample #2 11/7/2007 1.08E-01 -2.22E+00YES Gas 1 44MSChevronPascagoula F-8400 CO Sample #3 11/7/2007 1.13E-01 -2.18E+00YES Gas 1 45TXValeroTexasCity Heater 46 CO Sample #1 4/4/2001 ND 1.10E-01 -2.21E+00YES Gas 1 45TXValeroTexasCity Heater 46 CO Sample #2 4/4/2001 ND 1.09E-01 -2.22E+00YES Gas 1 45TXValeroTexasCity Heater 46 CO Sample #3 4/4/2001 ND 1.10E-01 -2.20E+00YES Gas 1 46KYCatlettsburgRefining 2-30-B-1 CO Sample #1 4/23/2004 5.27E-01 -6.40E-01YES Gas 1 46KYCatlettsburgRefining 2-30-B-1 CO Sample #1 8/10/2005 ND 1.14E-01 -2.18E+00YES Gas 1 46KYCatlettsburgRefining 2-30-B-1 CO Sample #2 8/10/2005 ND 1.17E-01 -2.15E+00Appendix G-11: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTestData inTop12pctMACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste underAlt Defn?ppm @ 3%O2ln (ppm @3% O2)YES Gas 1 46KYCatlettsburgRefining 2-30-B-1 CO Sample #3 8/10/2005 ND 1.19E-01 -2.13E+00YES Gas 1 47LAShellChemicaGeismarFurnace FS2801 CO Sample #1 2/14/2006 ND 1.01E-01 -2.29E+00YES Gas 1 47LAShellChemicaGeismarFurnace FS2801 CO Sample #2 2/14/2006 ND 1.19E-01 -2.13E+00YES Gas 1 47LAShellChemicaGeismarFurnace FS2801 CO Sample #3 2/14/2006 ND 1.33E-01 -2.02E+00YES Gas 1 48KYCatlettsburgRefining 2-23-B-3 CO Sample #1 8/16/2005 ND 1.19E-01 -2.13E+00YES Gas 1 48KYCatlettsburgRefining 2-23-B-3 CO Sample #2 8/16/2005 ND 1.17E-01 -2.14E+00YES Gas 1 48KYCatlettsburgRefining 2-23-B-3 CO Sample #3 8/16/2005 ND 1.18E-01 -2.13E+00YES Gas 1 49TXRohmHaasDeerPark N-13 CO Sample #1 11/8/2006 1.20E-01 -2.12E+00YES Gas 1 49TXRohmHaasDeerPark N-13 CO Sample #2 11/8/2006 1.20E-01 -2.12E+00YES Gas 1 49TXRohmHaasDeerPark N-13 CO Sample #3 11/8/2006 1.20E-01 -2.12E+00YES Gas 1 50TXWesternRefining F-4150 CO Sample #1 8/26/2005 1.22E-01 -2.11E+00YES Gas 1 50TXWesternRefining F-4150 CO Sample #2 8/26/2005 1.22E-01 -2.11E+00YES Gas 1 50TXWesternRefining F-4150 CO Sample #3 8/26/2005 1.22E-01 -2.11E+00YES Gas 1 51TXWesternRefining F-4160 CO Sample #1 8/26/2005 1.22E-01 -2.11E+00YES Gas 1 51TXWesternRefining F-4160 CO Sample #2 8/26/2005 1.22E-01 -2.11E+00YES Gas 1 51TXWesternRefining F-4160 CO Sample #3 8/26/2005 1.22E-01 -2.11E+00YES Gas 1 52TXValeroTexasCity Heater 57 CO Sample #1 1/28/2004 ND 1.27E-01 -2.07E+00Appendix G-11: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTestData inTop12pctMACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste underAlt Defn?ppm @ 3%O2ln (ppm @3% O2)YES Gas 1 52TXValeroTexasCity Heater 57 CO Sample #2 1/28/2004 ND 1.28E-01 -2.06E+00YES Gas 1 52TXValeroTexasCity Heater 57 CO Sample #3 1/28/2004 ND 1.28E-01 -2.06E+00YES Gas 1 53MSChevronPascagoula F-2440 CO Sample #1 5/15/2007 9.53E-02 -2.35E+00YES Gas 1 53MSChevronPascagoula F-2440 CO Sample #2 5/15/2007 1.26E-01 -2.07E+00YES Gas 1 53MSChevronPascagoula F-2440 CO Sample #3 5/15/2007 1.61E-01 -1.82E+00YES Gas 1 54MSChevronPascagoula F-2450 CO Sample #1 5/15/2007 9.53E-02 -2.35E+00YES Gas 1 54MSChevronPascagoula F-2450 CO Sample #2 5/15/2007 1.26E-01 -2.07E+00YES Gas 1 54MSChevronPascagoula F-2450 CO Sample #3 5/15/2007 1.61E-01 -1.82E+00YES Gas 1 55MSChevronPascagoula F-2460 CO Sample #1 5/15/2007 9.53E-02 -2.35E+00YES Gas 1 55MSChevronPascagoula F-2460 CO Sample #2 5/15/2007 1.26E-01 -2.07E+00YES Gas 1 55MSChevronPascagoula F-2460 CO Sample #3 5/15/2007 1.61E-01 -1.82E+00YES Gas 1 56MSChevronPascagoula F-2470 CO Sample #1 5/15/2007 9.53E-02 -2.35E+00YES Gas 1 56MSChevronPascagoula F-2470 CO Sample #2 5/15/2007 1.26E-01 -2.07E+00YES Gas 1 56MSChevronPascagoula F-2470 CO Sample #3 5/15/2007 1.61E-01 -1.82E+00YES Gas 1 57MSChevronPascagoula F-2480 CO Sample #1 5/15/2007 9.53E-02 -2.35E+00YES Gas 1 57MSChevronPascagoula F-2480 CO Sample #2 5/15/2007 1.26E-01 -2.07E+00YES Gas 1 57MSChevronPascagoula F-2480 CO Sample #3 5/15/2007 1.61E-01 -1.82E+00YES Gas 1 58MSChevronPascagoula F-2490 CO Sample #1 5/15/2007 9.53E-02 -2.35E+00Appendix G-11: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTestData inTop12pctMACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste underAlt Defn?ppm @ 3%O2ln (ppm @3% O2)YES Gas 1 58MSChevronPascagoula F-2490 CO Sample #2 5/15/2007 1.26E-01 -2.07E+00YES Gas 1 58MSChevronPascagoula F-2490 CO Sample #3 5/15/2007 1.61E-01 -1.82E+00YES Gas 1 59WAConocoPhillipsFerndale 38F-101 CO Sample #1 1/10/2008 ND 1.29E-01 -2.05E+00YES Gas 1 59WAConocoPhillipsFerndale 38F-101 CO Sample #2 1/10/2008 ND 1.29E-01 -2.05E+00YES Gas 1 59WAConocoPhillipsFerndale 38F-101 CO Sample #3 1/10/2008 ND 1.29E-01 -2.05E+00YES Gas 1 60TXValeroTexasCity Heater 58 CO Sample #1 1/29/2004 ND 1.32E-01 -2.02E+00YES Gas 1 60TXValeroTexasCity Heater 58 CO Sample #2 1/29/2004 ND 1.27E-01 -2.06E+00YES Gas 1 60TXValeroTexasCity Heater 58 CO Sample #3 1/29/2004 ND 1.27E-01 -2.06E+00YES Gas 1 61TXRohmHaasDeerPark ACET-2B-1 CO Sample #1 11/14/2006 ND 1.30E-01 -2.04E+00YES Gas 1 61TXRohmHaasDeerPark ACET-2B-1 CO Sample #1 11/13/2006 1.23E+00 2.07E-01YES Gas 1 61TXRohmHaasDeerPark ACET-2B-1 CO Sample #2 11/13/2006 8.30E-01 -1.86E-01YES Gas 1 61TXRohmHaasDeerPark ACET-2B-1 CO Sample #2 11/14/2006 ND 1.30E-01 -2.04E+00YES Gas 1 61TXRohmHaasDeerPark ACET-2B-1 CO Sample #3 11/14/2006 ND 1.30E-01 -2.04E+00YES Gas 1 61TXRohmHaasDeerPark ACET-2B-1 CO Sample #3 11/13/2006 3.30E-01 -1.11E+00YES Gas 1 62TXValeroTexasCity Heater 18 CO Sample #1 10/15/2002 2.00E-01 -1.61E+00YES Gas 1 62TXValeroTexasCity Heater 18 CO Sample #2 10/15/2002 ND 1.00E-01 -2.30E+00YES Gas 1 62TXValeroTexasCity Heater 18 CO Sample #3 10/15/2002 ND 1.00E-01 -2.30E+00Appendix G-11: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTestData inTop12pctMACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste underAlt Defn?ppm @ 3%O2ln (ppm @3% O2)YES Gas 1 63TXValeroTexasCity Heater 19 CO Sample #1 10/15/2002 2.00E-01 -1.61E+00YES Gas 1 63TXValeroTexasCity Heater 19 CO Sample #2 10/15/2002 ND 1.00E-01 -2.30E+00YES Gas 1 63TXValeroTexasCity Heater 19 CO Sample #3 10/15/2002 ND 1.00E-01 -2.30E+00YES Gas 1 64TXValeroTexasCity Heater 20 CO Sample #1 10/15/2002 2.00E-01 -1.61E+00YES Gas 1 64TXValeroTexasCity Heater 20 CO Sample #2 10/15/2002 ND 1.00E-01 -2.30E+00YES Gas 1 64TXValeroTexasCity Heater 20 CO Sample #3 10/15/2002 ND 1.00E-01 -2.30E+00YES Gas 1 65TXValeroTexasCity Heater 21 CO Sample #1 10/15/2002 2.00E-01 -1.61E+00YES Gas 1 65TXValeroTexasCity Heater 21 CO Sample #2 10/15/2002 ND 1.00E-01 -2.30E+00YES Gas 1 65TXValeroTexasCity Heater 21 CO Sample #3 10/15/2002 ND 1.00E-01 -2.30E+00YES Gas 1 66TXValeroTexasCity Heater 22 CO Sample #1 10/15/2002 2.00E-01 -1.61E+00YES Gas 1 66TXValeroTexasCity Heater 22 CO Sample #2 10/15/2002 ND 1.00E-01 -2.30E+00YES Gas 1 66TXValeroTexasCity Heater 22 CO Sample #3 10/15/2002 ND 1.00E-01 -2.30E+00YES Gas 1 67TXValeroTexasCity Heater 23 CO Sample #1 10/15/2002 2.00E-01 -1.61E+00YES Gas 1 67TXValeroTexasCity Heater 23 CO Sample #2 10/15/2002 ND 1.00E-01 -2.30E+00YES Gas 1 67TXValeroTexasCity Heater 23 CO Sample #3 10/15/2002 ND 1.00E-01 -2.30E+00YES Gas 1 68TXWesternRefining H-8801 CO Sample #1 5/16/2007 1.00E-01 -2.30E+00YES Gas 1 68TXWesternRefining H-8801 CO Sample #2 5/16/2007 7.00E-02 -2.66E+00YES Gas 1 68TXWesternRefining H-8801 CO Sample #3 5/16/2007 2.30E-01 -1.47E+00Appendix G-11: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTestData inTop12pctMACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste underAlt Defn?ppm @ 3%O2ln (ppm @3% O2)YES Gas 1 69TXWesternRefining H-8802 CO Sample #1 5/16/2007 1.00E-01 -2.30E+00YES Gas 1 69TXWesternRefining H-8802 CO Sample #2 5/16/2007 7.00E-02 -2.66E+00YES Gas 1 69TXWesternRefining H-8802 CO Sample #3 5/16/2007 2.30E-01 -1.47E+00YES Gas 1 70IAADMClintonEUCOG-5 #2Gas FiredBoiler CO Sample #2 3/7/2008 1.35E-01 -2.00E+00YES Gas 1 70IAADMClintonEUCOG-5 #2Gas FiredBoiler CO Sample #3 3/10/2008 1.35E-01 -2.00E+00YES Gas 1 71TXDeerParkRefinery H31003 CO Sample #1 5/25/2001 ND 1.35E-01 -2.00E+00YES Gas 1 71TXDeerParkRefinery H31003 CO Sample #2 5/25/2001 ND 1.35E-01 -2.00E+00YES Gas 1 71TXDeerParkRefinery H31003 CO Sample #3 5/25/2001 ND 1.35E-01 -2.00E+00YES Gas 1 72TXDeerParkRefinery H5104 CO Sample #1 5/23/2001 ND 1.35E-01 -2.00E+00YES Gas 1 72TXDeerParkRefinery H5104 CO Sample #2 5/23/2001 ND 1.35E-01 -2.00E+00YES Gas 1 72TXDeerParkRefinery H5104 CO Sample #3 5/23/2001 ND 1.35E-01 -2.00E+00YES Gas 1 73TXLyondellPasadena B-1751 CO Sample #1 1/26/2007 1.35E-01 -2.00E+00YES Gas 1 73TXLyondellPasadena B-1751 CO Sample #2 1/26/2007 1.35E-01 -2.00E+00YES Gas 1 73TXLyondellPasadena B-1751 CO Sample #3 1/26/2007 1.35E-01 -2.00E+00YES Gas 1 74TXLyondellPasadena B-2890 CO Sample #1 1/24/2007 1.35E-01 -2.00E+00YES Gas 1 74TXLyondellPasadena B-2890 CO Sample #2 1/24/2007 1.35E-01 -2.00E+00YES Gas 1 74TXLyondellPasadena B-2890 CO Sample #3 1/24/2007 1.35E-01 -2.00E+00Appendix G-11: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTestData inTop12pctMACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste underAlt Defn?ppm @ 3%O2ln (ppm @3% O2)YES Gas 1 75TXLyondellPasadena B-801 CO Sample #1 3/22/2007 1.35E-01 -2.00E+00YES Gas 1 75TXLyondellPasadena B-801 CO Sample #2 3/22/2007 1.35E-01 -2.00E+00YES Gas 1 75TXLyondellPasadena B-801 CO Sample #3 3/22/2007 1.35E-01 -2.00E+00YES Gas 1 76TXWesternRefining F-1602 CO Sample #1 8/25/2005 1.35E-01 -2.00E+00YES Gas 1 76TXWesternRefining F-1602 CO Sample #2 8/25/2005 1.35E-01 -2.00E+00YES Gas 1 76TXWesternRefining F-1602 CO Sample #3 8/25/2005 1.35E-01 -2.00E+00YES Gas 1 77TXRohmHaasDeerPark HT-49 CO Sample #1 12/6/2006 ND 1.40E-01 -1.97E+00YES Gas 1 77TXRohmHaasDeerPark HT-49 CO Sample #2 12/6/2006 ND 1.40E-01 -1.97E+00YES Gas 1 78TXRohmHaasDeerPark N-12 CO Sample #1 11/7/2006 1.40E-01 -1.97E+00YES Gas 1 78TXRohmHaasDeerPark N-12 CO Sample #2 11/7/2006 1.30E-01 -2.04E+00YES Gas 1 78TXRohmHaasDeerPark N-12 CO Sample #3 11/7/2006 1.50E-01 -1.90E+00YES Gas 1 79LAShellChemicaGeismarFurnace FS801 CO Sample #1 2/15/2006 ND 1.35E-01 -2.01E+00YES Gas 1 79LAShellChemicaGeismarFurnace FS801 CO Sample #2 2/15/2006 ND 1.43E-01 -1.94E+00YES Gas 1 79LAShellChemicaGeismarFurnace FS801 CO Sample #3 2/15/2006 ND 1.43E-01 -1.94E+00YES Gas 1 80DEDuPontEdgemoor RX-9 CO Sample #1 6/28/2007 ND 1.05E-01 -2.25E+00YES Gas 1 80DEDuPontEdgemoor RX-9 CO Sample #2 6/28/2007 1.05E-01 -2.25E+00YES Gas 1 80DEDuPontEdgemoor RX-9 CO Sample #3 6/28/2007 2.11E-01 -1.56E+00Appendix G-11: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTestData inTop12pctMACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste underAlt Defn?ppm @ 3%O2ln (ppm @3% O2)YES Gas 1 81PANorfolkSouthern Boiler 1 CO Sample #1 10/19/2006 4.56E+00 1.52E+00YES Gas 1 81PANorfolkSouthern Boiler 1 CO Sample #2 10/19/2006 2.53E+00 9.28E-01YES Gas 1 81PANorfolkSouthern Boiler 1 CO Sample #2 10/19/2006 8.00E-02 -2.53E+00YES Gas 1 81PANorfolkSouthern Boiler 1 CO Sample #3 10/19/2006 1.50E-01 -1.90E+00YES Gas 1 81PANorfolkSouthern Boiler 1 CO Sample #3 10/19/2006 1.08E+00 7.70E-02YES Gas 1 81PANorfolkSouthern Boiler 1 CO Sample #3 10/19/2006 2.58E+00 9.48E-01YES Gas 1 82TXWesternRefining 109 CO Sample #1 2/28/2006 4.59E-02 -3.08E+00YES Gas 1 82TXWesternRefining 109 CO Sample #2 2/28/2006 1.95E-01 -1.63E+00YES Gas 1 82TXWesternRefining 109 CO Sample #3 2/28/2006 2.31E-01 -1.47E+00YES Gas 1 83TXRohmHaasDeerPark ACET-2A-1 CO Sample #1 11/14/2006 1.70E-01 -1.77E+00YES Gas 1 83TXRohmHaasDeerPark ACET-2A-1 CO Sample #1 11/13/2006 4.71E+00 1.55E+00YES Gas 1 83TXRohmHaasDeerPark ACET-2A-1 CO Sample #2 11/14/2006 1.50E-01 -1.90E+00YES Gas 1 83TXRohmHaasDeerPark ACET-2A-1 CO Sample #2 11/13/2006 7.42E+00 2.00E+00YES Gas 1 83TXRohmHaasDeerPark ACET-2A-1 CO Sample #3 11/14/2006 1.80E-01 -1.71E+00YES Gas 1 83TXRohmHaasDeerPark ACET-2A-1 CO Sample #3 11/13/2006 6.56E+00 1.88E+00YES Gas 1 84TXValeroCorpusChristi 154-H-1 CO Sample #1 5/20/2008 ND 1.00E-01 -2.30E+00YES Gas 1 84TXValeroCorpusChristi 154-H-1 CO Sample #2 5/20/2008 2.00E-01 -1.61E+00Appendix G-11: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTestData inTop12pctMACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste underAlt Defn?ppm @ 3%O2ln (ppm @3% O2)YES Gas 1 84TXValeroCorpusChristi 154-H-1 CO Sample #3 5/20/2008 2.00E-01 -1.61E+00YES Gas 1 85MSChevronPascagoula F-6410 CO Sample #1 12/6/2007 6.27E-02 -2.77E+00YES Gas 1 85MSChevronPascagoula F-6410 CO Sample #2 12/6/2007 6.33E-02 -2.76E+00YES Gas 1 85MSChevronPascagoula F-6410 CO Sample #3 12/6/2007 3.78E-01 -9.74E-01YES Gas 1 86KYCatlettsburgRefining 2-36-B-1 CO Sample #1 9/14/2005 ND 1.69E-01 -1.78E+00YES Gas 1 86KYCatlettsburgRefining 2-36-B-1 CO Sample #1 6/23/2004 ND 3.12E+00 1.14E+00YES Gas 1 86KYCatlettsburgRefining 2-36-B-1 CO Sample #2 6/23/2004 ND 3.14E+00 1.14E+00YES Gas 1 86KYCatlettsburgRefining 2-36-B-1 CO Sample #2 9/14/2005 ND 1.69E-01 -1.78E+00YES Gas 1 86KYCatlettsburgRefining 2-36-B-1 CO Sample #3 9/14/2005 ND 1.69E-01 -1.78E+00YES Gas 1 86KYCatlettsburgRefining 2-36-B-1 CO Sample #3 6/23/2004 ND 3.17E+00 1.15E+00YES Gas 1 87OKConocoPhillipsPoncaCity H-0048 CO Sample #1 4/7/2005 2.20E-01 -1.51E+00YES Gas 1 87OKConocoPhillipsPoncaCity H-0048 CO Sample #2 4/7/2005 1.60E-01 -1.83E+00YES Gas 1 87OKConocoPhillipsPoncaCity H-0048 CO Sample #3 4/7/2005 1.30E-01 -2.04E+00YES Gas 1 88MTMontanaRefiningH-1801HydrogenPlant Heater CO Sample #1 9/20/2007 1.71E-01 -1.76E+00Appendix G-11: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTestData inTop12pctMACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste underAlt Defn?ppm @ 3%O2ln (ppm @3% O2)YES Gas 1 88MTMontanaRefiningH-1801HydrogenPlant Heater CO Sample #2 9/20/2007 8.57E-02 -2.46E+00YES Gas 1 88MTMontanaRefiningH-1801HydrogenPlant Heater CO Sample #3 9/20/2007 2.57E-01 -1.36E+00YES Gas 1 89TXRohmHaasDeerPark ACET-2A-3 CO Sample #1 11/28/2006 4.00E-01 -9.16E-01YES Gas 1 89TXRohmHaasDeerPark ACET-2A-3 CO Sample #1 11/27/2006 3.70E-01 -9.94E-01YES Gas 1 89TXRohmHaasDeerPark ACET-2A-3 CO Sample #2 11/28/2006 4.30E-01 -8.44E-01YES Gas 1 89TXRohmHaasDeerPark ACET-2A-3 CO Sample #2 11/27/2006 8.00E-02 -2.53E+00YES Gas 1 89TXRohmHaasDeerPark ACET-2A-3 CO Sample #3 11/27/2006 8.00E-02 -2.53E+00YES Gas 1 89TXRohmHaasDeerPark ACET-2A-3 CO Sample #3 11/28/2006 3.40E-01 -1.08E+00YES Gas 1 90MSChevronPascagoula F-8300B CO Sample #1 3/2/2007 7.88E-02 -2.54E+00YES Gas 1 90MSChevronPascagoula F-8300B CO Sample #2 3/2/2007 7.90E-02 -2.54E+00YES Gas 1 90MSChevronPascagoula F-8300B CO Sample #3 3/2/2007 3.96E-01 -9.27E-01YES Gas 1 91VAUniversityofVirginia 7103-1-01R CO Sample #1 12/5/2007 2.60E-01 -1.35E+00YES Gas 1 91VAUniversityofVirginia 7103-1-01R CO Sample #2 12/5/2007 1.30E-01 -2.04E+00YES Gas 1 yes 1CORockyMtnSteel212Rod/Bar MillFurnace95OPPB088 CO M10-1 8/12/2009 5.68E-01 -5.66E-01YES Gas 1 yes 1CORockyMtnSteel212Rod/Bar MillFurnace95OPPB088 CO M10-3 8/13/2009 1.48E-01 -1.91E+00Appendix G-11: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTestData inTop12pctMACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste underAlt Defn?ppm @ 3%O2ln (ppm @3% O2)YES Gas 1 yes 1CORockyMtnSteel212Rod/Bar MillFurnace95OPPB088 CO M10-4 8/13/2009 4.36E-01 -8.30E-01YES Gas 1 yes 1CORockyMtnSteel212Rod/Bar MillFurnace95OPPB088 CO M10-6 8/14/2009 8.59E-01 -1.52E-01YES Gas 1 yes 2MDSeverstalSparrowsCRM BatchAnnealingFurnaces CO Sample #1 7/18/2000 ND 1.35E+00 3.03E-01YES Gas 1 yes 2MDSeverstalSparrowsCRM BatchAnnealingFurnaces CO Sample #2 7/18/2000 ND 1.35E+00 3.03E-01YES Gas 1 yes 2MDSeverstalSparrowsCRM BatchAnnealingFurnaces CO Sample #3 7/19/2000 ND 1.35E+00 3.03E-01YES Gas 2 1TXEquistarChemicals UTBLRG CO Sample #1 2/28/2006 2.23E-02 -3.80E+00YES Gas 2 1TXEquistarChemicals UTBLRG CO Sample #2 2/28/2006 2.07E-02 -3.88E+00YES Gas 2 1TXEquistarChemicals UTBLRG CO Sample #3 2/28/2006 2.04E-02 -3.89E+00YES Gas 2 2TXFlintHillsPortArthurLOUBOILER10 CO Sample #1 6/10/1998 ND 1.00E-01 -2.30E+00YES Gas 2 2TXFlintHillsPortArthurLOUBOILER10 CO Sample #2 6/10/1998 4.00E-02 -3.22E+00YES Gas 2 2TXFlintHillsPortArthurLOUBOILER10 CO Sample #3 6/10/1998 ND 1.00E-01 -2.30E+00YES Gas 2 3TXEquistarChannelview F38001A CO Sample #1 2/16/2004 ND 1.00E-01 -2.30E+00YES Gas 2 3TXEquistarChannelview F38001A CO Sample #2 2/16/2004 ND 1.00E-01 -2.30E+00YES Gas 2 3TXEquistarChannelview F38001A CO Sample #3 2/16/2004 ND 1.00E-01 -2.30E+00Appendix G-11: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTestData inTop12pctMACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste underAlt Defn?ppm @ 3%O2ln (ppm @3% O2)YES Gas 2 4TXEquistarChannelview F38001B CO Sample #1 2/16/2004 ND 1.00E-01 -2.30E+00YES Gas 2 4TXEquistarChannelview F38001B CO Sample #2 2/16/2004 ND 1.00E-01 -2.30E+00YES Gas 2 4TXEquistarChannelview F38001B CO Sample #3 2/16/2004 ND 1.00E-01 -2.30E+00YES Gas 2 5TXFlintHillsPortArthurLOUBOILER9 CO Sample #1 6/9/1998 ND 1.00E-01 -2.30E+00YES Gas 2 5TXFlintHillsPortArthurLOUBOILER9 CO Sample #2 6/9/1998 ND 1.00E-01 -2.30E+00YES Gas 2 5TXFlintHillsPortArthurLOUBOILER9 CO Sample #3 6/9/1998 ND 1.00E-01 -2.30E+00YES Gas 2 6TXLyondellChannelview F6101 CO Sample #1 8/7/2002 ND 1.00E-01 -2.30E+00YES Gas 2 6TXLyondellChannelview F6101 CO Sample #2 8/7/2002 ND 1.00E-01 -2.30E+00YES Gas 2 6TXLyondellChannelview F6101 CO Sample #3 8/7/2002 ND 1.00E-01 -2.30E+00YES Gas 2 7TXLyondellChannelview F6105 CO Sample #1 8/8/2002 ND 1.00E-01 -2.30E+00YES Gas 2 7TXLyondellChannelview F6105 CO Sample #2 8/8/2002 ND 1.00E-01 -2.30E+00YES Gas 2 7TXLyondellChannelview F6105 CO Sample #3 8/8/2002 ND 1.00E-01 -2.30E+00YES Gas 2 8TXEquistarChannelview F4601 CO Sample #1 2/13/2007 ND 1.10E-01 -2.21E+00Appendix G-11: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTestData inTop12pctMACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste underAlt Defn?ppm @ 3%O2ln (ppm @3% O2)YES Gas 2 8TXEquistarChannelview F4601 CO Sample #2 2/13/2007 ND 1.10E-01 -2.21E+00YES Gas 2 8TXEquistarChannelview F4601 CO Sample #3 2/13/2007 ND 1.10E-01 -2.21E+00YES Gas 2 9TXLyondellChannelview F6103 CO Sample #1 2/26/2007 ND 1.10E-01 -2.21E+00YES Gas 2 9TXLyondellChannelview F6103 CO Sample #2 2/26/2007 ND 1.10E-01 -2.21E+00YES Gas 2 9TXLyondellChannelview F6103 CO Sample #3 2/26/2007 ND 1.10E-01 -2.21E+00YES Liquid 1SCDAKAmericas P8F CO Sample #4 7/15/2009 6.43E-02 -2.74E+00YES Liquid 1SCDAKAmericas P8F CO Sample #5 7/15/2009 3.86E-02 -3.25E+00YES Liquid 2ORGeorgiaPacificWaunaMillEU33 -Power Boiler CO Sample #1 3/14/2007 ND 1.25E-01 -2.08E+00YES Liquid 2ORGeorgiaPacificWaunaMillEU33 -Power Boiler CO Sample #2 3/14/2007 ND 1.25E-01 -2.08E+00YES Liquid 2ORGeorgiaPacificWaunaMillEU33 -Power Boiler CO Sample #3 3/14/2007 ND 1.25E-01 -2.08E+00YES Liquid 3NJSunocoWestville Boiler #8 CO Sample #1 11/20/2007 ND 1.28E-01 -2.05E+00YES Liquid 3NJSunocoWestville Boiler #8 CO Sample #2 11/20/2007 ND 1.28E-01 -2.05E+00YES Liquid 3NJSunocoWestville Boiler #8 CO Sample #3 11/20/2007 ND 1.28E-01 -2.05E+00YES Liquid 4NJSunocoWestville Boiler #7 CO Sample #1 12/19/2005 3.86E-02 -3.25E+00Appendix G-11: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTestData inTop12pctMACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste underAlt Defn?ppm @ 3%O2ln (ppm @3% O2)YES Liquid 4NJSunocoWestville Boiler #7 CO Sample #2 12/19/2005 2.83E-01 -1.26E+00YES Liquid 4NJSunocoWestville Boiler #7 CO Sample #3 12/19/2005 2.70E-01 -1.31E+00YES Liquid 5NENebraskaCityStationAuxiliaryBoiler 2 CO Sample #1 6/6/2007 2.80E-01 -1.27E+00YES Liquid 5NENebraskaCityStationAuxiliaryBoiler 2 CO Sample #2 6/6/2007 2.10E-01 -1.56E+00YES Liquid 5NENebraskaCityStationAuxiliaryBoiler 2 CO Sample #3 6/6/2007 3.30E-01 -1.11E+00YES Liquid 6NJSunocoWestville Boiler #5 CO Sample #1 11/16/2007 3.85E-01 -9.55E-01YES Liquid 6NJSunocoWestville Boiler #5 CO Sample #2 11/16/2007 2.57E-01 -1.36E+00YES Liquid 6NJSunocoWestville Boiler #5 CO Sample #3 11/16/2007 2.57E-01 -1.36E+00YES Liquid 7SCGPChemRussellville FO Boiler CO Sample #1 8/25/2009 1.03E-01 -2.27E+00YES Liquid 7SCGPChemRussellville FO Boiler CO Sample #2 8/25/2009 7.72E-02 -2.56E+00YES Liquid 7SCGPChemRussellville FO Boiler CO Sample #3 8/25/2009 9.39E-01 -6.25E-02YES Liquid 8NJMerckRahwayE750009 -Boiler #9 CO Sample #1 3/14/2008 ND 5.15E-01 -6.64E-01YES Liquid 8NJMerckRahwayE750009 -Boiler #9 CO Sample #2 3/14/2008 ND 5.15E-01 -6.64E-01YES Liquid 8NJMerckRahwayE750009 -Boiler #9 CO Sample #3 3/14/2008 ND 5.15E-01 -6.64E-01YES Liquid 9OHOSUColumbus B140 CO Sample #1 2/2/2005 ND 5.19E-01 -6.55E-01YES Liquid 9OHOSUColumbus B140 CO Sample #2 2/2/2005 5.93E-01 -5.22E-01YES Liquid 9OHOSUColumbus B140 CO Sample #3 2/2/2005 ND 5.21E-01 -6.53E-01YES Liquid 10NCCampLejeuneMCBC-CG-650-84B CO Sample #1 3/18/2008 7.00E-01 -3.57E-01Appendix G-11: Ranked Existing Unit Performance by Fuel under Alternative Solid Waste DefinitionTestData inTop12pctMACT FloorFuelCatMetalFurnace? Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste underAlt Defn?ppm @ 3%O2ln (ppm @3% O2)YES Liquid 10NCCampLejeuneMCBC-CG-650-84B CO Sample #2 3/18/2008 8.00E-01 -2.23E-01YES Liquid 10NCCampLejeuneMCBC-CG-650-84B CO Sample #3 3/18/2008 2.00E-01 -1.61E+00YES Liquid 11VADominionPossumPointAux. Boiler001 CO Sample #1 3/11/2008 3.95E-01 -9.30E-01YES Liquid 11VADominionPossumPointAux. Boiler001 CO Sample #2 3/11/2008 7.71E-01 -2.60E-01YES Liquid 11VADominionPossumPointAux. Boiler001 CO Sample #3 3/11/2008 7.20E-01 -3.28E-01YES Liquid 12PAKeystonePowerPlantShelocta Aux Boiler A CO Sample #1 6/22/1993 3.03E-01 -1.19E+00YES Liquid 12PAKeystonePowerPlantShelocta Aux Boiler A CO Sample #2 6/22/1993 1.22E+00 1.95E-01YES Liquid 13NJSunocoWestville Boiler #6 CO Sample #1 11/15/2007 8.98E-01 -1.08E-01YES Liquid 13NJSunocoWestville Boiler #6 CO Sample #2 11/15/2007 7.70E-01 -2.62E-01YES Liquid 13NJSunocoWestville Boiler #6 CO Sample #3 11/15/2007 8.98E-01 -1.08E-01Appendix G-12: Ranked Existing Unit Performance by Fuel and Combustor Design under Alternative Solid Waste DefinitionTest Data inTop 12pctMACT FloorFuelCatCombustorDesign Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn?ppm @ 3%O2ppm @ 3%O2YES BiomassDutchOven/Susp.Burner 1FLUSSugarCorp Boiler No. 7 CO Sample #1 1/25/2007 8.88E+02 6.79E+00YES BiomassDutchOven/Susp.Burner 1FLUSSugarCorp Boiler No. 7 CO Sample #1 11/15/2002 4.67E+02 6.15E+00YES BiomassDutchOven/Susp.Burner 1FLUSSugarCorp Boiler No. 7 CO Sample #1 2/8/1999 2.08E+02 5.34E+00YES BiomassDutchOven/Susp.Burner 1FLUSSugarCorp Boiler No. 7 CO Sample #1 1/5/2001 1.79E+01 2.88E+00YES BiomassDutchOven/Susp.Burner 1FLUSSugarCorp Boiler No. 7 CO Sample #1 2/4/2005 2.07E+02 5.33E+00YES BiomassDutchOven/Susp.Burner 1FLUSSugarCorp Boiler No. 7 CO Sample #1 12/17/1999 6.89E+02 6.54E+00YES BiomassDutchOven/Susp.Burner 1FLUSSugarCorp Boiler No. 7 CO Sample #1 1/31/2000 5.86E+02 6.37E+00YES BiomassDutchOven/Susp.Burner 1FLUSSugarCorp Boiler No. 7 CO Sample #1 12/30/2003 1.45E+03 7.28E+00YES BiomassDutchOven/Susp.Burner 1FLUSSugarCorp Boiler No. 7 CO Sample #1 1/24/2008 2.42E+02 5.49E+00YES BiomassDutchOven/Susp.Burner 1FLUSSugarCorp Boiler No. 7 CO Sample #1 5/3/2005 1.77E+02 5.18E+00YES BiomassDutchOven/Susp.Burner 1FLUSSugarCorp Boiler No. 7 CO Sample #1 1/9/2002 3.53E+02 5.87E+00YES BiomassDutchOven/Susp.Burner 1FLUSSugarCorp Boiler No. 7 CO Sample #1 1/5/2006 2.87E+02 5.66E+00YES BiomassDutchOven/Susp.Burner 1FLUSSugarCorp Boiler No. 7 CO Sample #2 1/31/2000 6.99E+02 6.55E+00Appendix G-12: Ranked Existing Unit Performance by Fuel and Combustor Design under Alternative Solid Waste DefinitionTest Data inTop 12pctMACT FloorFuelCatCombustorDesign Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn?ppm @ 3%O2ppm @ 3%O2YES BiomassDutchOven/Susp.Burner 1FLUSSugarCorp Boiler No. 7 CO Sample #2 12/30/2003 4.83E+02 6.18E+00YES BiomassDutchOven/Susp.Burner 1FLUSSugarCorp Boiler No. 7 CO Sample #2 1/5/2001 1.91E+01 2.95E+00YES BiomassDutchOven/Susp.Burner 1FLUSSugarCorp Boiler No. 7 CO Sample #2 5/3/2005 3.14E+02 5.75E+00YES BiomassDutchOven/Susp.Burner 1FLUSSugarCorp Boiler No. 7 CO Sample #2 1/25/2007 2.82E+02 5.64E+00YES BiomassDutchOven/Susp.Burner 1FLUSSugarCorp Boiler No. 7 CO Sample #2 12/17/1999 1.53E+02 5.03E+00YES BiomassDutchOven/Susp.Burner 1FLUSSugarCorp Boiler No. 7 CO Sample #2 1/5/2006 3.18E+02 5.76E+00YES BiomassDutchOven/Susp.Burner 1FLUSSugarCorp Boiler No. 7 CO Sample #2 11/15/2002 1.71E+02 5.14E+00YES BiomassDutchOven/Susp.Burner 1FLUSSugarCorp Boiler No. 7 CO Sample #2 2/8/1999 1.66E+02 5.11E+00YES BiomassDutchOven/Susp.Burner 1FLUSSugarCorp Boiler No. 7 CO Sample #2 1/9/2002 3.98E+02 5.99E+00YES BiomassDutchOven/Susp.Burner 1FLUSSugarCorp Boiler No. 7 CO Sample #2 2/4/2005 2.90E+02 5.67E+00YES BiomassDutchOven/Susp.Burner 1FLUSSugarCorp Boiler No. 7 CO Sample #2 1/24/2008 2.76E+02 5.62E+00YES BiomassDutchOven/Susp.Burner 1FLUSSugarCorp Boiler No. 7 CO Sample #3 1/31/2000 4.24E+02 6.05E+00YES BiomassDutchOven/Susp.Burner 1FLUSSugarCorp Boiler No. 7 CO Sample #3 12/30/2003 4.40E+02 6.09E+00Appendix G-12: Ranked Existing Unit Performance by Fuel and Combustor Design under Alternative Solid Waste DefinitionTest Data inTop 12pctMACT FloorFuelCatCombustorDesign Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn?ppm @ 3%O2ppm @ 3%O2YES BiomassDutchOven/Susp.Burner 1FLUSSugarCorp Boiler No. 7 CO Sample #3 5/5/2005 1.84E+02 5.21E+00YES BiomassDutchOven/Susp.Burner 1FLUSSugarCorp Boiler No. 7 CO Sample #3 1/9/2002 7.49E+02 6.62E+00YES BiomassDutchOven/Susp.Burner 1FLUSSugarCorp Boiler No. 7 CO Sample #3 11/15/2002 1.45E+02 4.98E+00YES BiomassDutchOven/Susp.Burner 1FLUSSugarCorp Boiler No. 7 CO Sample #3 1/24/2008 6.10E+02 6.41E+00YES BiomassDutchOven/Susp.Burner 1FLUSSugarCorp Boiler No. 7 CO Sample #3 1/5/2001 1.91E+01 2.95E+00YES BiomassDutchOven/Susp.Burner 1FLUSSugarCorp Boiler No. 7 CO Sample #3 2/4/2005 1.42E+02 4.95E+00YES BiomassDutchOven/Susp.Burner 1FLUSSugarCorp Boiler No. 7 CO Sample #3 1/25/2007 1.36E+02 4.92E+00YES BiomassDutchOven/Susp.Burner 1FLUSSugarCorp Boiler No. 7 CO Sample #3 12/17/1999 2.56E+02 5.55E+00YES BiomassDutchOven/Susp.Burner 1FLUSSugarCorp Boiler No. 7 CO Sample #3 2/8/1999 2.07E+02 5.33E+00YES BiomassDutchOven/Susp.Burner 1FLUSSugarCorp Boiler No. 7 CO Sample #3 1/5/2006 2.22E+02 5.40E+00YES BiomassDutchOven/Susp.Burner 2WAGraysHarborPaperNo. 6 Boiler(EU2) CO Sample #1 8/11/2009 1.80E+02 5.19E+00YES BiomassDutchOven/Susp.Burner 2WAGraysHarborPaperNo. 6 Boiler(EU2) CO Sample #1 6/22/2006 1.72E+03 7.45E+00YES BiomassDutchOven/Susp.Burner 2WAGraysHarborPaperNo. 6 Boiler(EU2) CO Sample #1 8/11/2009 1.68E+02 5.12E+00Appendix G-12: Ranked Existing Unit Performance by Fuel and Combustor Design under Alternative Solid Waste DefinitionTest Data inTop 12pctMACT FloorFuelCatCombustorDesign Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn?ppm @ 3%O2ppm @ 3%O2YES BiomassDutchOven/Susp.Burner 2WAGraysHarborPaperNo. 6 Boiler(EU2) CO Sample #2 8/11/2009 3.25E+02 5.78E+00YES BiomassDutchOven/Susp.Burner 2WAGraysHarborPaperNo. 6 Boiler(EU2) CO Sample #2 6/22/2006 7.65E+02 6.64E+00YES BiomassDutchOven/Susp.Burner 2WAGraysHarborPaperNo. 6 Boiler(EU2) CO Sample #2 8/11/2009 3.15E+02 5.75E+00YES BiomassDutchOven/Susp.Burner 2WAGraysHarborPaperNo. 6 Boiler(EU2) CO Sample #3 6/22/2006 4.92E+02 6.20E+00YES BiomassDutchOven/Susp.Burner 2WAGraysHarborPaperNo. 6 Boiler(EU2) CO Sample #3 8/12/2009 2.79E+02 5.63E+00YES BiomassDutchOven/Susp.Burner 2WAGraysHarborPaperNo. 6 Boiler(EU2) CO Sample #3 8/12/2009 2.74E+02 5.61E+00YES Biomass FB 1NDCargillWestFargoFosterWheelerBoiler(EU43) CO 1 8/27/2009 4.98E+03 8.51E+00YES Biomass FB 1NDCargillWestFargoFosterWheelerBoiler(EU43) CO 2 8/29/2009 2.67E+03 7.89E+00YES Biomass FB 1NDCargillWestFargoFosterWheelerBoiler(EU43) CO 3 8/29/2009 3.01E+03 8.01E+00YES Biomass Fuel Cell 1KYWeyerhaeuserEKY MP 01-01 CO Sample #1 6/18/2008 5.87E+01 4.07E+00YES Biomass Fuel Cell 1KYWeyerhaeuserEKY MP 01-01 CO Sample #1 6/19/2008 5.36E+01 3.98E+00YES Biomass Fuel Cell 1KYWeyerhaeuserEKY MP 01-01 CO Sample #2 6/18/2008 1.72E+02 5.15E+00YES Biomass Fuel Cell 1KYWeyerhaeuserEKY MP 01-01 CO Sample #2 6/18/2008 5.61E+01 4.03E+00Appendix G-12: Ranked Existing Unit Performance by Fuel and Combustor Design under Alternative Solid Waste DefinitionTest Data inTop 12pctMACT FloorFuelCatCombustorDesign Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn?ppm @ 3%O2ppm @ 3%O2YES Biomass Fuel Cell 1KYWeyerhaeuserEKY MP 01-01 CO Sample #2 6/19/2008 1.30E+02 4.87E+00YES Biomass Fuel Cell 1KYWeyerhaeuserEKY MP 01-01 CO Sample #3 6/19/2008 6.25E+01 4.14E+00YES Biomass Fuel Cell 1KYWeyerhaeuserEKY MP 01-01 CO Sample #3 6/18/2008 2.33E+02 5.45E+00YES Biomass Fuel Cell 2KYWeyerhaeuserEKY MP 01-03 CO Sample #1 6/18/2008 5.87E+01 4.07E+00YES Biomass Fuel Cell 2KYWeyerhaeuserEKY MP 01-03 CO Sample #1 6/19/2008 5.36E+01 3.98E+00YES Biomass Fuel Cell 2KYWeyerhaeuserEKY MP 01-03 CO Sample #2 6/19/2008 1.30E+02 4.87E+00YES Biomass Fuel Cell 2KYWeyerhaeuserEKY MP 01-03 CO Sample #2 6/18/2008 1.72E+02 5.15E+00YES Biomass Fuel Cell 2KYWeyerhaeuserEKY MP 01-03 CO Sample #2 6/18/2008 5.61E+01 4.03E+00YES Biomass Fuel Cell 2KYWeyerhaeuserEKY MP 01-03 CO Sample #3 6/19/2008 6.25E+01 4.14E+00YES Biomass Fuel Cell 2KYWeyerhaeuserEKY MP 01-03 CO Sample #3 6/18/2008 2.33E+02 5.45E+00YES Biomass Fuel Cell 3ARWeyerhaeuserDierksMill SN-45 CO Sample #1 8/11/2009 4.98E+01 3.91E+00YES Biomass Fuel Cell 3ARWeyerhaeuserDierksMill SN-45 CO Sample #1 9/28/2004 7.13E+01 4.27E+00YES Biomass Fuel Cell 3ARWeyerhaeuserDierksMill SN-45 CO Sample #1 7/17/2009 7.67E+01 4.34E+00YES Biomass Fuel Cell 3ARWeyerhaeuserDierksMill SN-45 CO Sample #1 12/3/2003 1.90E+02 5.25E+00YES Biomass Fuel Cell 3ARWeyerhaeuserDierksMill SN-45 CO Sample #2 7/17/2009 3.45E+01 3.54E+00YES Biomass Fuel Cell 3ARWeyerhaeuserDierksMill SN-45 CO Sample #2 8/12/2009 2.03E+02 5.31E+00Appendix G-12: Ranked Existing Unit Performance by Fuel and Combustor Design under Alternative Solid Waste DefinitionTest Data inTop 12pctMACT FloorFuelCatCombustorDesign Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn?ppm @ 3%O2ppm @ 3%O2YES Biomass Fuel Cell 3ARWeyerhaeuserDierksMill SN-45 CO Sample #2 12/3/2003 2.50E+02 5.52E+00YES Biomass Fuel Cell 3ARWeyerhaeuserDierksMill SN-45 CO Sample #2 9/28/2004 6.45E+01 4.17E+00YES Biomass Fuel Cell 3ARWeyerhaeuserDierksMill SN-45 CO Sample #3 9/28/2004 6.21E+01 4.13E+00YES Biomass Fuel Cell 3ARWeyerhaeuserDierksMill SN-45 CO Sample #3 8/12/2009 1.61E+02 5.08E+00YES Biomass Fuel Cell 3ARWeyerhaeuserDierksMill SN-45 CO Sample #3 7/20/2009 7.51E+01 4.32E+00YES Biomass Fuel Cell 3ARWeyerhaeuserDierksMill SN-45 CO Sample #3 12/3/2003 2.75E+02 5.62E+00YES Biomass Fuel Cell 4WAWeyerhaeuser_RaymondHog FuelBoiler EU1 CO Sample #1 9/18/1996 1.10E+02 4.70E+00YES Biomass Fuel Cell 4WAWeyerhaeuser_RaymondHog FuelBoiler EU1 CO Sample #1 8/12/2009 1.55E+02 5.04E+00YES Biomass Fuel Cell 4WAWeyerhaeuser_RaymondHog FuelBoiler EU1 CO Sample #1 11/10/2004 1.19E+02 4.78E+00YES Biomass Fuel Cell 4WAWeyerhaeuser_RaymondHog FuelBoiler EU1 CO Sample #2 11/10/2004 1.18E+02 4.77E+00YES Biomass Fuel Cell 4WAWeyerhaeuser_RaymondHog FuelBoiler EU1 CO Sample #2 9/18/1996 1.26E+02 4.83E+00YES Biomass Fuel Cell 4WAWeyerhaeuser_RaymondHog FuelBoiler EU1 CO Sample #2 8/13/2009 3.10E+02 5.74E+00YES Biomass Fuel Cell 4WAWeyerhaeuser_RaymondHog FuelBoiler EU1 CO Sample #3 9/18/1996 1.43E+02 4.96E+00Appendix G-12: Ranked Existing Unit Performance by Fuel and Combustor Design under Alternative Solid Waste DefinitionTest Data inTop 12pctMACT FloorFuelCatCombustorDesign Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn?ppm @ 3%O2ppm @ 3%O2YES Biomass Fuel Cell 4WAWeyerhaeuser_RaymondHog FuelBoiler EU1 CO Sample #3 8/13/2009 3.09E+02 5.73E+00YES Biomass Fuel Cell 4WAWeyerhaeuser_RaymondHog FuelBoiler EU1 CO Sample #3 11/10/2004 1.12E+02 4.72E+00YES Biomass Fuel Cell 5MSWeyerhaeuserBruceAA-002 No.2 Boiler CO Sample #1 6/28/2005 2.04E+02 5.32E+00YES Biomass Fuel Cell 5MSWeyerhaeuserBruceAA-002 No.2 Boiler CO Sample #1 8/31/2007 5.49E+02 6.31E+00YES Biomass Fuel Cell 5MSWeyerhaeuserBruceAA-002 No.2 Boiler CO Sample #1 8/4/2009 2.90E+02 5.67E+00YES Biomass Fuel Cell 5MSWeyerhaeuserBruceAA-002 No.2 Boiler CO Sample #1 8/22/2003 3.42E+02 5.83E+00YES Biomass Fuel Cell 5MSWeyerhaeuserBruceAA-002 No.2 Boiler CO Sample #1 7/11/2003 5.61E+02 6.33E+00YES Biomass Fuel Cell 5MSWeyerhaeuserBruceAA-002 No.2 Boiler CO Sample #1 8/23/1999 1.66E+02 5.11E+00YES Biomass Fuel Cell 5MSWeyerhaeuserBruceAA-002 No.2 Boiler CO Sample #2 8/4/2009 2.60E+02 5.56E+00YES Biomass Fuel Cell 5MSWeyerhaeuserBruceAA-002 No.2 Boiler CO Sample #2 6/28/2005 1.79E+02 5.19E+00YES Biomass Fuel Cell 5MSWeyerhaeuserBruceAA-002 No.2 Boiler CO Sample #2 8/23/1999 4.21E+02 6.04E+00YES Biomass Fuel Cell 5MSWeyerhaeuserBruceAA-002 No.2 Boiler CO Sample #2 7/11/2003 5.49E+02 6.31E+00YES Biomass Fuel Cell 5MSWeyerhaeuserBruceAA-002 No.2 Boiler CO Sample #2 8/22/2003 3.30E+02 5.80E+00Appendix G-12: Ranked Existing Unit Performance by Fuel and Combustor Design under Alternative Solid Waste DefinitionTest Data inTop 12pctMACT FloorFuelCatCombustorDesign Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn?ppm @ 3%O2ppm @ 3%O2YES Biomass Fuel Cell 5MSWeyerhaeuserBruceAA-002 No.2 Boiler CO Sample #2 8/31/2007 5.23E+02 6.26E+00YES Biomass Fuel Cell 5MSWeyerhaeuserBruceAA-002 No.2 Boiler CO Sample #3 8/4/2009 3.02E+02 5.71E+00YES Biomass Fuel Cell 5MSWeyerhaeuserBruceAA-002 No.2 Boiler CO Sample #3 8/23/1999 4.34E+02 6.07E+00YES Biomass Fuel Cell 5MSWeyerhaeuserBruceAA-002 No.2 Boiler CO Sample #3 8/22/2003 1.73E+02 5.16E+00YES Biomass Fuel Cell 5MSWeyerhaeuserBruceAA-002 No.2 Boiler CO Sample #3 6/28/2005 1.79E+02 5.19E+00YES Biomass Fuel Cell 5MSWeyerhaeuserBruceAA-002 No.2 Boiler CO Sample #3 8/31/2007 1.40E+02 4.94E+00YES Biomass Fuel Cell 5MSWeyerhaeuserBruceAA-002 No.2 Boiler CO Sample #3 7/11/2003 5.74E+02 6.35E+00YES BiomassStoker/SlopedGrate/Other 1IDChilcoLakeSawmill HFB1 CO Sample #1 3/30/2005 5.44E+01 4.00E+00YES BiomassStoker/SlopedGrate/Other 1IDChilcoLakeSawmill HFB1 CO Sample #2 3/30/2005 4.77E+01 3.86E+00YES BiomassStoker/SlopedGrate/Other 1IDChilcoLakeSawmill HFB1 CO Sample #3 3/30/2005 5.10E+01 3.93E+00YES BiomassStoker/SlopedGrate/Other 2ARWestFraserHuttig SN-24 CO Sample #1 3/1/2005 6.21E+01 4.13E+00YES BiomassStoker/SlopedGrate/Other 2ARWestFraserHuttig SN-24 CO Sample #2 3/1/2005 7.66E+01 4.34E+00YES BiomassStoker/SlopedGrate/Other 2ARWestFraserHuttig SN-24 CO Sample #3 3/1/2005 5.57E+01 4.02E+00Appendix G-12: Ranked Existing Unit Performance by Fuel and Combustor Design under Alternative Solid Waste DefinitionTest Data inTop 12pctMACT FloorFuelCatCombustorDesign Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn?ppm @ 3%O2ppm @ 3%O2YES BiomassStoker/SlopedGrate/Other 3MILPCSagola TOH-Wood CO Sample #1 3/12/2008 5.18E+01 3.95E+00YES BiomassStoker/SlopedGrate/Other 3MILPCSagola TOH-Wood CO Sample #2 3/12/2008 5.61E+01 4.03E+00YES BiomassStoker/SlopedGrate/Other 3MILPCSagola TOH-Wood CO Sample #3 3/12/2008 9.60E+01 4.56E+00YES BiomassStoker/SlopedGrate/Other 4INConsolidatedGrainandBarge P17B CO Sample #1 3/5/2008 7.14E+01 4.27E+00YES BiomassStoker/SlopedGrate/Other 4INConsolidatedGrainandBarge P17B CO Sample #2 3/5/2008 1.11E+02 4.71E+00YES BiomassStoker/SlopedGrate/Other 4INConsolidatedGrainandBarge P17B CO Sample #3 3/5/2008 7.91E+01 4.37E+00YES BiomassStoker/SlopedGrate/Other 5INConsolidatedGrainandBarge P17C CO Sample #1 3/5/2008 7.14E+01 4.27E+00YES BiomassStoker/SlopedGrate/Other 5INConsolidatedGrainandBarge P17C CO Sample #2 3/5/2008 1.11E+02 4.71E+00YES BiomassStoker/SlopedGrate/Other 5INConsolidatedGrainandBarge P17C CO Sample #3 3/5/2008 7.91E+01 4.37E+00YES BiomassStoker/SlopedGrate/Other 6MNAndersonCorpBayportBoiler 11EU620 CO Sample #1 4/23/2008 1.29E+02 4.86E+00YES BiomassStoker/SlopedGrate/Other 6MNAndersonCorpBayportBoiler 11EU620 CO Sample #1 4/22/2008 8.60E+01 4.45E+00YES BiomassStoker/SlopedGrate/Other 6MNAndersonCorpBayportBoiler 11EU620 CO Sample #1 6/16/2007 1.61E+02 5.08E+00YES BiomassStoker/SlopedGrate/Other 6MNAndersonCorpBayportBoiler 11EU620 CO Sample #2 6/16/2007 2.36E+02 5.47E+00Appendix G-12: Ranked Existing Unit Performance by Fuel and Combustor Design under Alternative Solid Waste DefinitionTest Data inTop 12pctMACT FloorFuelCatCombustorDesign Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn?ppm @ 3%O2ppm @ 3%O2YES BiomassStoker/SlopedGrate/Other 6MNAndersonCorpBayportBoiler 11EU620 CO Sample #2 4/23/2008 1.08E+02 4.68E+00YES BiomassStoker/SlopedGrate/Other 6MNAndersonCorpBayportBoiler 11EU620 CO Sample #2 4/22/2008 9.19E+01 4.52E+00YES BiomassStoker/SlopedGrate/Other 6MNAndersonCorpBayportBoiler 11EU620 CO Sample #3 4/22/2008 9.96E+01 4.60E+00YES BiomassStoker/SlopedGrate/Other 6MNAndersonCorpBayportBoiler 11EU620 CO Sample #3 6/16/2007 9.05E+01 4.51E+00YES BiomassStoker/SlopedGrate/Other 6MNAndersonCorpBayportBoiler 11EU620 CO Sample #3 4/23/2008 1.23E+02 4.81E+00YES BiomassStoker/SlopedGrate/Other 7MNAndersonCorpBayportBoiler 12EU621 CO Sample #1 4/23/2008 1.30E+02 4.87E+00YES BiomassStoker/SlopedGrate/Other 7MNAndersonCorpBayportBoiler 12EU621 CO Sample #1 4/22/2008 9.29E+01 4.53E+00YES BiomassStoker/SlopedGrate/Other 7MNAndersonCorpBayportBoiler 12EU621 CO Sample #1 6/16/2007 1.61E+02 5.08E+00YES BiomassStoker/SlopedGrate/Other 7MNAndersonCorpBayportBoiler 12EU621 CO Sample #2 6/16/2007 2.36E+02 5.47E+00YES BiomassStoker/SlopedGrate/Other 7MNAndersonCorpBayportBoiler 12EU621 CO Sample #2 4/22/2008 9.77E+01 4.58E+00YES BiomassStoker/SlopedGrate/Other 7MNAndersonCorpBayportBoiler 12EU621 CO Sample #2 4/23/2008 1.06E+02 4.66E+00YES BiomassStoker/SlopedGrate/Other 7MNAndersonCorpBayportBoiler 12EU621 CO Sample #3 4/23/2008 1.23E+02 4.81E+00YES BiomassStoker/SlopedGrate/Other 7MNAndersonCorpBayportBoiler 12EU621 CO Sample #3 4/22/2008 1.08E+02 4.69E+00Appendix G-12: Ranked Existing Unit Performance by Fuel and Combustor Design under Alternative Solid Waste DefinitionTest Data inTop 12pctMACT FloorFuelCatCombustorDesign Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn?ppm @ 3%O2ppm @ 3%O2YES BiomassStoker/SlopedGrate/Other 7MNAndersonCorpBayportBoiler 12EU621 CO Sample #3 6/16/2007 9.05E+01 4.51E+00YES BiomassStoker/SlopedGrate/Other 8MSGPNewAugustaAA-015Power Boiler CO Sample #1 9/12/2007 5.46E+01 4.00E+00YES BiomassStoker/SlopedGrate/Other 8MSGPNewAugustaAA-015Power Boiler CO Sample #2 9/12/2007 4.12E+01 3.72E+00YES BiomassStoker/SlopedGrate/Other 8MSGPNewAugustaAA-015Power Boiler CO Sample #3 9/12/2007 2.10E+02 5.35E+00YES BiomassStoker/SlopedGrate/Other 9ALMeadwestvacoCottonton46No.3 WoodResidueBoiler CO Sample #1 11/1/2007 1.21E+02 4.79E+00YES BiomassStoker/SlopedGrate/Other 9ALMeadwestvacoCottonton46No.3 WoodResidueBoiler CO Sample #2 11/1/2007 1.21E+02 4.80E+00YES BiomassStoker/SlopedGrate/Other 9ALMeadwestvacoCottonton46No.3 WoodResidueBoiler CO Sample #3 11/1/2007 1.24E+02 4.82E+00YES Coal FB 1IAADMCornProcessingCR EU-530 CO Sample #1 11/20/2002 3.20E+00 1.16E+00YES Coal FB 1IAADMCornProcessingCR EU-530 CO Sample #2 11/20/2002 7.38E+00 2.00E+00YES Coal FB 1IAADMCornProcessingCR EU-530 CO Sample #3 11/20/2002 1.42E+01 2.65E+00YES Coal FB 2IAADMCornProcessingCR EU-501B CO Sample #1 8/11/2009 2.51E+01 3.22E+00YES Coal FB 2IAADMCornProcessingCR EU-501B CO Sample #1 2.51E+01 3.22E+00YES Coal FB 2IAADMCornProcessingCR EU-501B CO Sample #1 5/15/1989 1.80E+01 2.89E+00Appendix G-12: Ranked Existing Unit Performance by Fuel and Combustor Design under Alternative Solid Waste DefinitionTest Data inTop 12pctMACT FloorFuelCatCombustorDesign Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn?ppm @ 3%O2ppm @ 3%O2YES Coal FB 2IAADMCornProcessingCR EU-501B CO Sample #2 2.52E+01 3.23E+00YES Coal FB 2IAADMCornProcessingCR EU-501B CO Sample #2 5/15/1989 1.80E+01 2.89E+00YES Coal FB 2IAADMCornProcessingCR EU-501B CO Sample #2 8/11/2009 2.52E+01 3.23E+00YES Coal FB 2IAADMCornProcessingCR EU-501B CO Sample #3 2.28E+01 3.13E+00YES Coal FB 2IAADMCornProcessingCR EU-501B CO Sample #3 8/12/2009 2.28E+01 3.13E+00YES Coal FB 2IAADMCornProcessingCR EU-501B CO Sample #3 5/15/1989 1.92E+01 2.96E+00YES Coal FB 3IAADMCornProcessingCR EU-502A CO Sample #1 5/19/1989 2.29E+01 3.13E+00YES Coal FB 3IAADMCornProcessingCR EU-502A CO Sample #2 5/19/1989 2.16E+01 3.07E+00YES Coal FB 3IAADMCornProcessingCR EU-502A CO Sample #3 5/19/1989 2.04E+01 3.02E+00YES Coal FB 4IAADMCornProcessingCR EU-501A CO Sample #1 5/25/1989 2.86E+01 3.35E+00YES Coal FB 4IAADMCornProcessingCR EU-501A CO Sample #2 5/25/1989 3.18E+01 3.46E+00YES Coal FB 4IAADMCornProcessingCR EU-501A CO Sample #3 5/26/1989 2.97E+01 3.39E+00YES Coal FB 5INPurdueUniverisity Boiler 5 CO 1 7/21/2009 2.73E+01 3.31E+00Appendix G-12: Ranked Existing Unit Performance by Fuel and Combustor Design under Alternative Solid Waste DefinitionTest Data inTop 12pctMACT FloorFuelCatCombustorDesign Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn?ppm @ 3%O2ppm @ 3%O2YES Coal FB 5INPurdueUniverisity Boiler 5 CO 2 7/21/2009 3.40E+01 3.53E+00YES Coal FB 5INPurdueUniverisity Boiler 5 CO 3 7/22/2009 3.59E+01 3.58E+00YES Coal FB 5INPurdueUniverisity Boiler 5 CO 4 7/22/2009 3.23E+01 3.47E+00YES Coal FB 5INPurdueUniverisity Boiler 5 CO 5 7/23/2009 3.30E+01 3.50E+00YES Coal FB 5INPurdueUniverisity Boiler 5 CO 6 7/23/2009 2.93E+01 3.38E+00YES Coal FB 5INPurdueUniverisity Boiler 5 CO Sample #1 11/29/2006 2.05E+01 3.02E+00YES Coal FB 5INPurdueUniverisity Boiler 5 CO Sample #2 11/29/2006 3.13E+01 3.44E+00YES Coal FB 5INPurdueUniverisity Boiler 5 CO Sample #3 11/29/2006 3.98E+01 3.68E+00YES Coal PC 1ILDukeEnergyTuscola Unit 3 CO Sample #1 3/30/2007 5.57E-02 -2.89E+00YES Coal PC 1ILDukeEnergyTuscola Unit 3 CO Sample #1 3/29/2007 6.07E-02 -2.80E+00YES Coal PC 1ILDukeEnergyTuscola Unit 3 CO Sample #1 3/29/2007 7.79E+01 4.36E+00YES Coal PC 1ILDukeEnergyTuscola Unit 3 CO Sample #2 3/29/2007 5.43E-02 -2.91E+00YES Coal PC 1ILDukeEnergyTuscola Unit 3 CO Sample #2 3/29/2007 7.59E+01 4.33E+00YES Coal PC 1ILDukeEnergyTuscola Unit 3 CO Sample #2 3/30/2007 5.64E-02 -2.88E+00YES Coal PC 1ILDukeEnergyTuscola Unit 3 CO Sample #3 3/29/2007 7.12E+01 4.27E+00YES Coal PC 1ILDukeEnergyTuscola Unit 3 CO Sample #3 3/29/2007 5.62E-02 -2.88E+00YES Coal PC 1ILDukeEnergyTuscola Unit 3 CO Sample #3 3/30/2007 5.38E-02 -2.92E+00YES Coal PC 2ILDukeEnergyTuscola Unit 4 CO Sample #1 3/30/2007 5.57E-02 -2.89E+00YES Coal PC 2ILDukeEnergyTuscola Unit 4 CO Sample #2 3/30/2007 5.64E-02 -2.88E+00YES Coal PC 2ILDukeEnergyTuscola Unit 4 CO Sample #3 3/30/2007 5.38E-02 -2.92E+00Appendix G-12: Ranked Existing Unit Performance by Fuel and Combustor Design under Alternative Solid Waste DefinitionTest Data inTop 12pctMACT FloorFuelCatCombustorDesign Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn?ppm @ 3%O2ppm @ 3%O2YES Coal PC 3ILDukeEnergyTuscola Unit 1 CO Sample #1 3/29/2007 6.07E-02 -2.80E+00YES Coal PC 3ILDukeEnergyTuscola Unit 1 CO Sample #1 3/29/2007 7.79E+01 4.36E+00YES Coal PC 3ILDukeEnergyTuscola Unit 1 CO Sample #2 3/29/2007 5.43E-02 -2.91E+00YES Coal PC 3ILDukeEnergyTuscola Unit 1 CO Sample #2 3/29/2007 7.59E+01 4.33E+00YES Coal PC 3ILDukeEnergyTuscola Unit 1 CO Sample #3 3/29/2007 7.12E+01 4.27E+00YES Coal PC 3ILDukeEnergyTuscola Unit 1 CO Sample #3 3/29/2007 5.62E-02 -2.88E+00YES Coal PC 4VAPhilipMorrisPark500 B2 CO Sample #1 9/21/2005 1.31E+00 2.72E-01YES Coal PC 4VAPhilipMorrisPark500 B2 CO Sample #2 9/21/2005 1.32E+00 2.77E-01YES Coal PC 4VAPhilipMorrisPark500 B2 CO Sample #3 9/21/2005 1.45E+00 3.69E-01YES Coal PC 5AZCatalystPaperSnowflakePower Boiler#2 Coal CO Sample #1 3/24/2006 9.44E-01 -5.76E-02YES Coal PC 5AZCatalystPaperSnowflakePower Boiler#2 Coal CO Sample #2 3/24/2006 2.52E+00 9.24E-01YES Coal PC 5AZCatalystPaperSnowflakePower Boiler#2 Coal CO Sample #3 3/24/2006 3.22E+00 1.17E+00YES CoalStoker/SlopedGrate/Other 1INNotreDame B-4 CO Sample #1 8/25/2009 3.89E+00 1.36E+00YES CoalStoker/SlopedGrate/Other 1INNotreDame B-4 CO Sample #2 8/25/2009 4.67E+00 1.54E+00YES CoalStoker/SlopedGrate/Other 1INNotreDame B-4 CO Sample #3 8/25/2009 4.32E+00 1.46E+00YES CoalStoker/SlopedGrate/Other 2OHMortonSaltRittmanB002 - CoalFired Boiler#2 CO 1 8/25/2009 1.44E+01 2.67E+00Appendix G-12: Ranked Existing Unit Performance by Fuel and Combustor Design under Alternative Solid Waste DefinitionTest Data inTop 12pctMACT FloorFuelCatCombustorDesign Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn?ppm @ 3%O2ppm @ 3%O2YES CoalStoker/SlopedGrate/Other 2OHMortonSaltRittmanB002 - CoalFired Boiler#2 CO 2 8/26/2009 1.52E+01 2.72E+00YES CoalStoker/SlopedGrate/Other 2OHMortonSaltRittmanB002 - CoalFired Boiler#2 CO 3 8/27/2009 1.46E+01 2.68E+00YES CoalStoker/SlopedGrate/Other 3WVDuPontWashingtonWorks P05 CO Sample #1 11/2/2005 1.55E+01 2.74E+00YES CoalStoker/SlopedGrate/Other 3WVDuPontWashingtonWorks P05 CO Sample #2 11/2/2005 1.71E+01 2.84E+00YES CoalStoker/SlopedGrate/Other 3WVDuPontWashingtonWorks P05 CO Sample #3 11/3/2005 1.63E+01 2.79E+00YES CoalStoker/SlopedGrate/Other 4OHAppletonIdeasBoiler 4(B003) CO Sample #1 1/29/2003 1.85E+01 2.92E+00YES CoalStoker/SlopedGrate/Other 4OHAppletonIdeasBoiler 4(B003) CO Sample #2 1/29/2003 2.02E+01 3.00E+00YES CoalStoker/SlopedGrate/Other 4OHAppletonIdeasBoiler 4(B003) CO Sample #3 1/29/2003 2.05E+01 3.02E+00YES CoalStoker/SlopedGrate/Other 5OHAkronThermalEnergyBoiler #32(B001) CO Sample #1 3/1/2007 2.12E+01 3.05E+00YES CoalStoker/SlopedGrate/Other 5OHAkronThermalEnergyBoiler #32(B001) CO Sample #2 3/1/2007 3.41E+01 3.53E+00YES CoalStoker/SlopedGrate/Other 5OHAkronThermalEnergyBoiler #32(B001) CO Sample #3 3/1/2007 1.88E+01 2.93E+00YES CoalStoker/SlopedGrate/Other 6PABellefieldPlant Boiler 1 CO Sample #1 6/6/2006 2.55E+01 3.24E+00YES CoalStoker/SlopedGrate/Other 6PABellefieldPlant Boiler 1 CO Sample #2 6/6/2006 2.55E+01 3.24E+00Appendix G-12: Ranked Existing Unit Performance by Fuel and Combustor Design under Alternative Solid Waste DefinitionTest Data inTop 12pctMACT FloorFuelCatCombustorDesign Rank FacilityIDCombustorID_commonPollutant_Name TestIDTestDate_commonNonDetect?Test BurningWaste under AltDefn?ppm @ 3%O2ppm @ 3%O2YES CoalStoker/SlopedGrate/Other 6PABellefieldPlant Boiler 1 CO Sample #3 6/6/2006 2.55E+01 3.24E+00

# Appendix G-13: UPL Calculations for Existing Units under Alternative Solid Waste Definition

MACT Floor by Fuel Typ e Reported Values LN(reported values)

Parameters PM Filterable

(lb/mmBtu) PM Filterable

(lb/mmBtu)

Biomass

No. of sources = 108 108

No. in MACT floor = 13 13

Avge of top 12% = 5.89E-03 -5.68E+00

Std Deviation of top 12% = 6.25E-03 1.13E+00

Skewness = 1.97 -0.27

Kurtosis = 4.65 -0.52

SE Skewness 0.22 0.22

Skewness Test non-normal normal

SE Kurtosis 0.43 0.43

Kurtosis Test non-normal normal

Number of test runs = 129 129

Number of test runs that contained non-detect

values 2 2

Highest test run = 3.55E-02 -3.34E+00

99% t-statistic for UPL 2.36E+00 2.36E+00

99% UPL of top 12% (test runs) = 1.45E-02 1.61E-02

Coal

No. of sources = 335 335

No. in MACT floor = 41 41

Avge of top 12% = 8.66E-03 -5.62E+00

Std Deviation of top 12% = 1.64E-02 1.28E+00

Skewness = 4.84 0.19

Kurtosis = 32.35 0.45

SE Skewness 0.16 0.16

Skewness Test non-normal normal

SE Kurtosis 0.31 0.31

Kurtosis Test non-normal normal

Number of test runs = 242 242

Number of test runs that contained non-detect

values 3 3

Highest test run = 1.56E-01 -1.86E+00

99% t-statistic for UPL 2.34E+00 2.34E+00

99% UPL of top 12% (test runs) = 3.09E-02 2.06E-02



# Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix G-13: UPL Calculations for Existing Units under Alternative Solid Waste Definition

MACT Floor by Fuel Typ e Reported Values LN(reported values)

Parameters PM Filterable

(lb/mmBtu) PM Filterable

(lb/mmBtu)

Liquid

No. of sources = 81 81

No. in MACT floor = 10 10

Avge of top 12% = 1.29E-03 -6.87E+00

Std Deviation of top 12% = 8.55E-04 7.54E-01

Skewness = 1.84 -1.15

Kurtosis = 5.82 2.84

SE Skewness 0.45 0.45

Skewness Test non-normal normal

SE Kurtosis 0.89 0.89

Kurtosis Test non-normal non-normal

Number of test runs = 30 30

Number of test runs that contained non-detect

values 1 1

Highest test run = 4.51E-03 -5.40E+00

99% t-statistic for UPL 2.46E+00 2.46E+00

99% UPL of top 12% (test runs) = 2.57E-03 3.18E-03

Gas 1 Excluding Metallurgical Furnaces

No. of sources = 143 143

No. in MACT floor = 18 18

Avge of top 12% = 3.88E-03 -7.45E+00

Std Deviation of top 12% = 1.45E-02 1.48E+00

Skewness = 6.14 1.69

Kurtosis = 42.28 2.99

SE Skewness 0.30 0.30

Skewness Test non-normal non-normal

SE Kurtosis 0.60 0.60

Kurtosis Test non-normal non-normal

Number of test runs = 66 66

Number of test runs that contained non-detect

values 0 0

Highest test run = 1.08E-01 -2.23E+00

99% t-statistic for UPL 2.39E+00 2.39E+00

99% UPL of top 12% (test runs) = 2.42E-02 4.67E-03



# Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix G-13: UPL Calculations for Existing Units under Alternative Solid Waste Definition

MACT Floor by Fuel Typ e Reported Values LN(reported values)

Parameters PM Filterable

(lb/mmBtu) PM Filterable

(lb/mmBtu)

Gas 1 - Metallurgical Furnaces

No. of sources = 9 9

No. in MACT floor = 2 2

Avge of top 12% = 4.70E-03 -7.84E+00

Std Deviation of top 12% = 6.45E-03 3.50E+00

Skewness = 1.00 -0.49

Kurtosis = -1.03 -1.70

SE Skewness 0.82 0.82

Skewness Test normal normal

SE Kurtosis 1.63 1.63

Kurtosis Test normal normal

Number of test runs = 9 9

Number of test runs that contained non-detect

values 0 0

Highest test run = 1.53E-02 -4.18E+00

99% t-statistic for UPL 2.90E+00 2.90E+00

99% UPL of top 12% (test runs) = 1.72E-02 3.41E-01

Gas 2

No. of sources = 13 13

No. in MACT floor = 2 2

Avge of top 12% = 1.10E-02 -5.24E+00

Std Deviation of top 12% = 1.15E-02 1.45E+00

Skewness = 1.23 -0.61

Kurtosis = 0.71 -0.39

SE Skewness 0.43 0.43

Skewness Test non-normal normal

SE Kurtosis 0.85 0.85

Kurtosis Test normal normal

Number of test runs = 33 33

Number of test runs that contained non-detect

values 0 0

Highest test run = 4.21E-02 -3.17E+00

99% t-statistic for UPL 2.45E+00 2.45E+00

99% UPL of top 12% (test runs) = 2.79E-02 4.50E-02



# Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix G-14: UPL Calculations for Existing Units under Alternative Solid Waste Definition

MACT Floor by Fuel Typ e Reported Values LN(reported values)

Parameters Hg

(lb/mmBtu) Hg

(lb/mmBtu)

Biomass

No. of sources = 42 42

No. in MACT floor = 6 6

Avge of top 12% = 2.72E-07 -1.52E+01

Std Deviation of top 12% = 1.33E-07 5.09E-01

Skewness = 0.89 -0.34

Kurtosis = 0.28 0.10

SE Skewness 0.52 0.52

Skewness Test normal normal

SE Kurtosis 1.04 1.04

Kurtosis Test normal normal

Number of test runs = 22 22

Number of test runs that contained non-detect

values 11 11

Highest test run = 5.56E-07 -1.44E+01

99% t-statistic for UPL 2.52E+00 2.52E+00

99% UPL of top 12% (test runs) = 4.79E-07 5.33E-07

Coal

No. of sources = 265 265

No. in MACT floor = 32 32

Avge of top 12% = 5.54E-07 -1.50E+01

Std Deviation of top 12% = 7.30E-07 1.20E+00

Skewness = 3.90 -0.61

Kurtosis = 18.60 0.46

SE Skewness 0.21 0.21

Skewness Test non-normal normal

SE Kurtosis 0.43 0.43

Kurtosis Test non-normal normal

Number of test runs = 132 132

Number of test runs that contained non-detect

values 42 42

Highest test run = 5.07E-06 -1.22E+01

99% t-statistic for UPL 2.36E+00 2.36E+00

99% UPL of top 12% (test runs) = 1.56E-06 1.59E-06



# Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix G-14: UPL Calculations for Existing Units under Alternative Solid Waste Definition

MACT Floor by Fuel Typ e Reported Values LN(reported values)

Parameters Hg

(lb/mmBtu) Hg

(lb/mmBtu)

Liquid

No. of sources = 173 173

No. in MACT floor = 21 21

Avge of top 12% = 1.72E-06 -1.36E+01

Std Deviation of top 12% = 8.01E-07 1.08E+00

Skewness = -1.34 -1.74

Kurtosis = -0.12 1.59

SE Skewness 0.18 0.18

Skewness Test normal normal

SE Kurtosis 0.36 0.36

Kurtosis Test normal non-normal

Number of test runs = 188 188

Number of test runs that contained non-detect

values 168 168

Highest test run = 2.25E-06 -1.30E+01

99% t-statistic for UPL 2.35E+00 2.35E+00

99% UPL of top 12% (test runs) = 2.81E-06 5.45E-06

Gas 1

No. of sources = 13 13

No. in MACT floor = 2 2

Avge of top 12% = 1.07E-07 -1.61E+01

Std Deviation of top 12% = 3.73E-08 3.49E-01

Skewness = 0.64 -0.01

Kurtosis = -0.27 -0.12

SE Skewness 1.00 1.00

Skewness Test normal normal

SE Kurtosis 2.00 2.00

Kurtosis Test normal normal

Number of test runs = 6 6

Number of test runs that contained non-detect

values 0 0

Highest test run = 1.65E-07 -1.56E+01

99% t-statistic for UPL 3.36E+00 3.36E+00

99% UPL of top 12% (test runs) = 1.96E-07 2.34E-07



# Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix G-14: UPL Calculations for Existing Units under Alternative Solid Waste Definition

MACT Floor by Fuel Typ e Reported Values LN(reported values)

Parameters Hg

(lb/mmBtu) Hg

(lb/mmBtu)

Gas 1 - Metallurgical Furnaces

No. of sources = 7 7

No. in MACT floor = 1 1

Avge of top 12% = 3.32E-08 -1.74E+01

Std Deviation of top 12% = 2.65E-08 8.31E-01

Skewness = 1.29 0.38

Kurtosis = #DIV/0! #DIV/0!

SE Skewness 1.41 1.41

Skewness Test normal normal

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 3 3

Number of test runs that contained non-detect

values 0 0

Highest test run = 6.28E-08 -1.66E+01

99% t-statistic for UPL 6.96E+00 6.96E+00

99% UPL of top 12% (test runs) = 1.84E-07 2.98E-06

Gas 2

No. of sources = 8 8

No. in MACT floor = 1 1

Avge of top 12% = 8.25E-08 -1.63E+01

Std Deviation of top 12% = 1.82E-08 2.13E-01

Skewness = 1.38 1.24

Kurtosis = #DIV/0! #DIV/0!

SE Skewness 1.41 1.41

Skewness Test normal normal

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 3 3

Number of test runs that contained non-detect

values 3 3

Highest test run = 1.03E-07 -1.61E+01

99% t-statistic for UPL 6.96E+00 6.96E+00

99% UPL of top 12% (test runs) = 1.86E-07 2.73E-07



# Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix G-15: UPL Calculations for Existing Units under Alternative Solid Waste Definition

MACT Floor by Fuel Typ e Reported Values LN(reported values)

Parameters HCl

(lb/mmBtu) HCl

(lb/mmBtu)

Biomass

No. of sources = 51 51

No. in MACT floor = 7 7

Avge of top 12% = 6.09E-03 -7.45E+00

Std Deviation of top 12% = 1.41E-02 2.44E+00

Skewness = 2.93 -0.07

Kurtosis = 8.63 0.07

SE Skewness 0.39 0.39

Skewness Test non-normal normal

SE Kurtosis 0.78 0.78

Kurtosis Test non-normal normal

Number of test runs = 39 39

Number of test runs that contained non-detect

values 4 4

Highest test run = 6.43E-02 -2.74E+00

99% t-statistic for UPL 2.43E+00 2.43E+00

99% UPL of top 12% (test runs) = 2.67E-02 2.02E-02

Coal

No. of sources = 296 296

No. in MACT floor = 36 36

Avge of top 12% = 4.70E-03 -7.04E+00

Std Deviation of top 12% = 2.03E-02 1.62E+00

Skewness = 6.48 0.06

Kurtosis = 41.01 1.35

SE Skewness 0.21 0.21

Skewness Test non-normal normal

SE Kurtosis 0.42 0.42

Kurtosis Test non-normal non-normal

Number of test runs = 136 136

Number of test runs that contained non-detect

values 21 21

Highest test run = 1.40E-01 -1.97E+00

99% t-statistic for UPL 2.35E+00 2.35E+00

99% UPL of top 12% (test runs) = 3.26E-02 8.05E-03



# Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix G-15: UPL Calculations for Existing Units under Alternative Solid Waste Definition

MACT Floor by Fuel Typ e Reported Values LN(reported values)

Parameters HCl

(lb/mmBtu) HCl

(lb/mmBtu)

Liquid

No. of sources = 185 185

No. in MACT floor = 23 23

Avge of top 12% = 2.67E-04 -8.28E+00

Std Deviation of top 12% = 6.27E-05 5.70E-01

Skewness = 3.55 -9.89

Kurtosis = 25.01 107.51

SE Skewness 0.22 0.22

Skewness Test non-normal normal

SE Kurtosis 0.43 0.43

Kurtosis Test non-normal non-normal

Number of test runs = 127 127

Number of test runs that contained non-detect

values 118 118

Highest test run = 6.24E-04 -7.38E+00

99% t-statistic for UPL 2.36E+00 2.36E+00

99% UPL of top 12% (test runs) = 3.54E-04 5.54E-04

Gas 1

No. of sources = 10 10

No. in MACT floor = 2 2

Avge of top 12% = 1.01E-04 -9.29E+00

Std Deviation of top 12% = 3.91E-05 5.02E-01

Skewness = -1.08 -1.39

Kurtosis = -0.72 0.79

SE Skewness 1.00 1.00

Skewness Test normal normal

SE Kurtosis 2.00 2.00

Kurtosis Test normal normal

Number of test runs = 6 6

Number of test runs that contained non-detect

values 5 5

Highest test run = 1.30E-04 -8.95E+00

99% t-statistic for UPL 3.36E+00 3.36E+00

99% UPL of top 12% (test runs) = 1.94E-04 3.04E-04



# Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix G-15: UPL Calculations for Existing Units under Alternative Solid Waste Definition

MACT Floor by Fuel Typ e Reported Values LN(reported values)

Parameters HCl

(lb/mmBtu) HCl

(lb/mmBtu)

Gas 1 - metallurgical furnaces

No. of sources = 0 0

No. in MACT floor = 5 5

Avge of top 12% = 1.66E-04 -8.84E+00

Std Deviation of top 12% = 8.80E-05 5.84E-01

Skewness = 0.00 -0.07

Kurtosis = -3.20 -3.09

SE Skewness 1.00 1.00

Skewness Test normal normal

SE Kurtosis 2.00 2.00

Kurtosis Test normal normal

Number of test runs = 6 6

Number of test runs that contained non-detect

values 3 3

Highest test run = 2.54E-04 -8.28E+00

99% t-statistic for UPL 3.36E+00 3.36E+00

99% UPL of top 12% (test runs) = 3.75E-04 5.82E-04

Gas 2

No. of sources = 8 8

No. in MACT floor = 1 1

Avge of top 12% = 1.70E-06 -1.33E+01

Std Deviation of top 12% = 1.41E-07 8.25E-02

Skewness = 0.63 0.51

Kurtosis = #DIV/0! #DIV/0!

SE Skewness 1.41 1.41

Skewness Test normal normal

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 3 3

Number of test runs that contained non-detect

values 3 3

Highest test run = 1.85E-06 -1.32E+01

99% t-statistic for UPL 6.96E+00 6.96E+00

99% UPL of top 12% (test runs) = 2.50E-06 2.71E-06



# Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix G-16: UPL Calculations for Existing Units under Alternative Solid Waste Definition

MACT Floor by Fuel Typ e Reported Values LN(reported values)

Parameters CO

(ppm @ 3% O2) CO

(ppm @ 3% O2)

Liquid

No. of sources = 106 106

No. in MACT floor = 13 13

Avge of top 12% = 4.09E-01 -1.24E+00

Std Deviation of top 12% = 3.06E-01 9.21E-01

Skewness = 0.77 -0.52

Kurtosis = -0.25 -0.54

SE Skewness 0.40 0.40

Skewness Test normal normal

SE Kurtosis 0.81 0.81

Kurtosis Test normal normal

Number of test runs = 37 37

Number of test runs that contained non-detect

values 11 11

Highest test run = 1.22E+00 1.95E-01

99% t-statistic for UPL 2.43E+00 2.43E+00

99% UPL of top 12% (test runs) = 8.56E-01 1.12E+00

Gas 1

No. of sources = 753 753

No. in MACT floor = 91 91

Avge of top 12% = 1.46E+00 -1.96E+00

Std Deviation of top 12% = 1.17E+01 1.32E+00

Skewness = 13.65 2.12

Kurtosis = 204.57 7.06

SE Skewness 0.14 0.14

Skewness Test non-normal non-normal

SE Kurtosis 0.29 0.29

Kurtosis Test non-normal non-normal

Number of test runs = 295 295

Number of test runs that contained non-detect

values 120 120

Highest test run = 1.84E+02 5.21E+00

99% t-statistic for UPL 2.34E+00 2.34E+00

99% UPL of top 12% (test runs) = 1.73E+01 8.45E-01



# Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix G-16: UPL Calculations for Existing Units under Alternative Solid Waste Definition

Parameters CO

(ppm @ 3% O2) CO

(ppm @ 3% O2)

Gas 1 - metallurgical furnaces

No. of sources = 16 16

No. in MACT floor = 0 0

Avge of top 12% = 8.67E-01 -3.65E-01

Std Deviation of top 12% = 5.00E-01 8.20E-01

Skewness = -0.25 -1.23

Kurtosis = -1.84 1.19

SE Skewness 0.93 0.93

Skewness Test normal normal

SE Kurtosis 1.85 1.85

Kurtosis Test normal normal

Number of test runs = 7 7

Number of test runs that contained non-detect

values 3 3

Highest test run = 1.35E+00 3.03E-01

99% t-statistic for UPL 3.14E+00 3.14E+00

99% UPL of top 12% (test runs) = 1.95E+00 4.11E+00

Gas 2

No. of sources = 74 74

No. in MACT floor = 9 9

Avge of top 12% = 9.12E-02 -2.49E+00

Std Deviation of top 12% = 2.83E-02 5.27E-01

Skewness = -2.05 -2.23

Kurtosis = 2.70 3.49

SE Skewness 0.47 0.47

Skewness Test normal normal

SE Kurtosis 0.94 0.94

Kurtosis Test non-normal non-normal

Number of test runs = 27 27

Number of test runs that contained non-detect

values 23 23

Highest test run = 1.10E-01 -2.21E+00

99% t-statistic for UPL 2.48E+00 2.48E+00

99% UPL of top 12% (test runs) = 1.34E-01 1.84E-01



# Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix G-16: UPL Calculations for Existing Units under Alternative Solid Waste Definition

Parameters CO

(ppm @ 3% O2) CO

(ppm @ 3% O2)

MACT Floor by Combusto r Reported Values LN(reported values)

Parameters CO

(ppm @ 3% O2) CO

(ppm @ 3% O2)

Biomass - Dutch Oven

No. of sources = 13 13

No. in MACT floor = 2 2

Avge of top 12% = 3.82E+02 5.60E+00

Std Deviation of top 12% = 3.34E+02 9.42E-01

Skewness = 2.33 -1.16

Kurtosis = 6.70 2.78

SE Skewness 0.37 0.37

Skewness Test non-normal normal

SE Kurtosis 0.73 0.73

Kurtosis Test non-normal non-normal

Number of test runs = 45 45

Number of test runs that contained non-detect

values 0 0

Highest test run = 1.72E+03 7.45E+00

99% t-statistic for UPL 2.41E+00 2.41E+00

99% UPL of top 12% (test runs) = 8.63E+02 1.05E+03

Biomass - Fluidized Bed

No. of sources = 1 1

No. in MACT floor = 1 1

Avge of top 12% = 3,552 8.14E+00

Std Deviation of top 12% = 1,248 3.31E-01

Skewness = 1.59 1.47

Kurtosis = #DIV/0! #DIV/0!

SE Skewness 1.41 1.41

Skewness Test normal normal

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 3 3

Number of test runs that contained non-detect

values 0 0

Highest test run = 4.98E+03 8.51E+00

99% t-statistic for UPL 6.96E+00 6.96E+00

99% UPL of top 12% (test runs) = 1.06E+04 2.25E+04



# Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix G-16: UPL Calculations for Existing Units under Alternative Solid Waste Definition

Parameters CO

(ppm @ 3% O2) CO

(ppm @ 3% O2)

Biomass - Fuel Cell

No. of sources = 11 11

No. in MACT floor = 5 5

Avge of top 12% = 2.02E+02 5.04E+00

Std Deviation of top 12% = 1.50E+02 7.55E-01

Skewness = 1.17 -0.01

Kurtosis = 0.57 -0.94

SE Skewness 0.34 0.34

Skewness Test non-normal normal

SE Kurtosis 0.67 0.67

Kurtosis Test normal normal

Number of test runs = 53 53

Number of test runs that contained non-detect

values 0 0

Highest test run = 5.74E+02 6.35E+00

99% t-statistic for UPL 2.40E+00 2.40E+00

99% UPL of top 12% (test runs) = 4.16E+02 4.54E+02

Biomass - Stoker

No. of sources = 71 71

No. in MACT floor = 9 9

Avge of top 12% = 1.03E+02 4.54E+00

Std Deviation of top 12% = 4.73E+01 4.30E-01

Skewness = 1.35 0.19

Kurtosis = 2.01 -0.20

SE Skewness 0.39 0.39

Skewness Test non-normal normal

SE Kurtosis 0.78 0.78

Kurtosis Test non-normal normal

Number of test runs = 39 39

Number of test runs that contained non-detect

values 0 0

Highest test run = 2.36E+02 5.47E+00

99% t-statistic for UPL 2.43E+00 2.43E+00

99% UPL of top 12% (test runs) = 1.72E+02 1.76E+02

Coal - FB

No. of sources = 12 12

No. in MACT floor = 5 5

Avge of top 12% = 2.46E+01 3.11E+00

Std Deviation of top 12% = 8.26E+00 5.16E-01

Skewness = -0.68 -2.52

Kurtosis = 0.85 7.81

SE Skewness 0.47 0.47

Skewness Test normal normal

SE Kurtosis 0.94 0.94

Kurtosis Test normal non-normal

Number of test runs = 27 27

Number of test runs that contained non-detect

values 0 0

Highest test run = 3.98E+01 3.68E+00

99% t-statistic for UPL 2.48E+00 2.48E+00

99% UPL of top 12% (test runs) = 3.71E+01 4.89E+01



# Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix G-16: UPL Calculations for Existing Units under Alternative Solid Waste Definition

Parameters CO

(ppm @ 3% O2) CO

(ppm @ 3% O2)

Coal - PC

No. of sources = 39 39

No. in MACT floor = 5 5

Avge of top 12% = 1.92E+01 -2.38E-01

Std Deviation of top 12% = 3.29E+01 3.04E+00

Skewness = 1.24 0.59

Kurtosis = -0.50 -1.34

SE Skewness 0.50 0.50

Skewness Test non-normal normal

SE Kurtosis 1.00 1.00

Kurtosis Test normal normal

Number of test runs = 24 24

Number of test runs that contained non-detect

values 0 0

Highest test run = 7.79E+01 4.36E+00

99% t-statistic for UPL 2.50E+00 2.50E+00

99% UPL of top 12% (test runs) = 6.97E+01 8.28E+01

Coal - Stoker

No. of sources = 45 45

No. in MACT floor = 6 6

Avge of top 12% = 1.75E+01 2.72E+00

Std Deviation of top 12% = 7.87E+00 6.27E-01

Skewness = -0.13 -1.38

Kurtosis = 0.34 1.04

SE Skewness 0.58 0.58

Skewness Test normal normal

SE Kurtosis 1.15 1.15

Kurtosis Test normal normal

Number of test runs = 18 18

Number of test runs that contained non-detect

values 0 0

Highest test run = 3.41E+01 3.53E+00

99% t-statistic for UPL 2.57E+00 2.57E+00

99% UPL of top 12% (test runs) = 3.01E+01 4.15E+01



# Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix G-17: UPL Calculations for Existing Units under Alternative Solid Waste Definition

MACT Floor by Fuel Type Reported Values LN(reported values) Reported Values LN(reported values)

Parameters PCDD/PCDF

(ng/dscm @ 7% O2) PCDD/PCDF

(ng/dscm @ 7% O2) PCDD/PCDF

(ng/dscm @ 7% O2) PCDD/PCDF

(ng/dscm @ 7% O2)

Liquid

No. of sources = 14 14 14 14

No. in MACT floor = 2 2 2 2

Avge of top 12% = 5.32E-03 -5.54E+00 1.10E-03 -6.83E+00

Std Deviation of top 12% = 3.95E-03 9.05E-01 1.77E-04 1.75E-01

Skewness = 0.09 -0.09 -1.10 -1.38

Kurtosis = -2.98 -2.91 1.14 2.01

SE Skewness 1.00 1.00 1.00 1.00

Skewness Test normal normal normal normal

SE Kurtosis 2.00 2.00 2.00 2.00

Kurtosis Test normal normal normal normal

Number of test runs = 6 6 6 6

Number of test runs that contained non-detect

values 33 6 6

Highest test run = 9.90E-03 -4.62E+00 1.28E-03 -6.66E+00

99% t-statistic for UPL 3.36E+00 3.36E+00 3.36E+00 3.36E+00

99% UPL of top 12% (test runs) = 1.47E-02 3.37E-02 1.52E-03 1.65E-03

Gas 1

No. of sources = 7 7 7 7

No. in MACT floor = 1 1 1 1

Avge of top 12% = 1.26E-01 -2.07E+00 2.57E-03 -6.06E+00

Std Deviation of top 12% = 1.18E-02 9.33E-02 1.23E-03 5.52E-01

Skewness = 0.14 0.00 -0.47 -1.08

Kurtosis = #DIV/0! #DIV/0! #DIV/0! #DIV/0!

SE Skewness 1.41 1.41 1.41 1.41

Skewness Test normal normal normal normal

SE Kurtosis 2.83 2.83 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0! #DIV/0! #DIV/0!

Number of test runs = 3 3 3 3

Number of test runs that contained non-detect

values 33 2 2

Highest test run = 1.38E-01 -1.98E+00 3.73E-03 -5.59E+00

99% t-statistic for UPL 6.96E+00 6.96E+00 6.96E+00 6.96E+00

99% UPL of top 12% (test runs) = 1.93E-01 2.14E-01 9.59E-03 5.41E-02 

# Total MASS TEQ

Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix G-17: UPL Calculations for Existing Units under Alternative Solid Waste Definition

MACT Floor by Fuel Type Reported Values LN(reported values) Reported Values LN(reported values)

Parameters PCDD/PCDF

(ng/dscm @ 7% O2) PCDD/PCDF

(ng/dscm @ 7% O2) PCDD/PCDF

(ng/dscm @ 7% O2) PCDD/PCDF

(ng/dscm @ 7% O2) 

# Total MASS TEQ

Gas 1 - Metallurgical Furnaces

No. of sources = 7 7 7 7

No. in MACT floor = 1 1 1 1

Avge of top 12% = 1.27E-02 -4.37E+00 2.58E-03 -5.96E+00

Std Deviation of top 12% = 2.12E-18 0.00E+00 2.15E-04 8.58E-02

Skewness = -2.45 #DIV/0! -1.73 -1.73

Kurtosis = #DIV/0! #DIV/0! #DIV/0! #DIV/0!

SE Skewness 1.41 1.41 1.41 1.41

Skewness Test normal #DIV/0! normal normal

SE Kurtosis 2.83 2.83 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0! #DIV/0! #DIV/0!

Number of test runs = 3 3 3 3

Number of test runs that contained non-detect

values 33 3 3

Highest test run = 1.27E-02 -4.37E+00 2.70E-03 -5.91E+00

99% t-statistic for UPL 6.96E+00 6.96E+00 6.96E+00 6.96E+00

99% UPL of top 12% (test runs) = 1.27E-02 1.27E-02 3.80E-03 4.19E-03

Gas 2

No. of sources = 5 5 5 5

No. in MACT floor = 1 1 1 1

Avge of top 12% = 4.50E-02 -3.18E+00 2.67E-03 -5.97E+00

Std Deviation of top 12% = 2.03E-02 5.02E-01 9.86E-04 3.46E-01

Skewness = -0.30 -0.92 1.64 1.56

Kurtosis = #DIV/0! #DIV/0! #DIV/0! #DIV/0!

SE Skewness 1.41 1.41 1.41 1.41

Skewness Test normal normal normal normal

SE Kurtosis 2.83 2.83 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0! #DIV/0! #DIV/0!

Number of test runs = 3 3 3 3

Number of test runs that contained non-detect

values 33 3 3

Highest test run = 6.46E-02 -2.74E+00 3.80E-03 -5.57E+00

99% t-statistic for UPL 6.96E+00 6.96E+00 6.96E+00 6.96E+00

99% UPL of top 12% (test runs) = 1.60E-01 7.23E-01 8.28E-03 1.83E-02



# Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix G-17: UPL Calculations for Existing Units under Alternative Solid Waste Definition

MACT Floor by Fuel Type Reported Values LN(reported values) Reported Values LN(reported values)

Parameters PCDD/PCDF

(ng/dscm @ 7% O2) PCDD/PCDF

(ng/dscm @ 7% O2) PCDD/PCDF

(ng/dscm @ 7% O2) PCDD/PCDF

(ng/dscm @ 7% O2) 

# Total MASS TEQ

MACT Floor by Combustor Reported Values LN(reported values) Reported Values LN(reported values)

Parameters PCDD/PCDF

(ng/dscm @ 7% O2) PCDD/PCDF

(ng/dscm @ 7% O2) PCDD/PCDF

(ng/dscm @ 7% O2) PCDD/PCDF

(ng/dscm @ 7% O2)

Biomass - Dutch Oven

No. of sources = 2 2 2 2

No. in MACT floor = 1 1 1 1

Avge of top 12% = 9.12E+00 2.16E+00 9.53E-02 -2.39E+00

Std Deviation of top 12% = 3.74E+00 3.85E-01 3.39E-02 3.35E-01

Skewness = 1.59 1.46 1.60 1.50

Kurtosis = #DIV/0! #DIV/0! #DIV/0! #DIV/0!

SE Skewness 1.41 1.41 1.41 1.41

Skewness Test normal normal normal normal

SE Kurtosis 2.83 2.83 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0! #DIV/0! #DIV/0!

Number of test runs = 3 3 3 3

Number of test runs that contained non-detect

values 33 3 3

Highest test run = 1.34E+01 2.60E+00 1.34E-01 -2.01E+00

99% t-statistic for UPL 6.96E+00 6.96E+00 6.96E+00 6.96E+00

99% UPL of top 12% (test runs) = 3.04E+01 7.73E+01 2.88E-01 6.14E-01

Biomass - Fluidized Bed

No. of sources = 1 1 1 1

No. in MACT floor = 1 1 1 1

Avge of top 12% = 1.83E-01 -2.45E+00 1.09E-02 -5.18E+00

Std Deviation of top 12% = 2.54E-01 1.48E+00 1.44E-02 1.37E+00

Skewness = 1.73 1.73 1.73 1.73

Kurtosis = #DIV/0! #DIV/0! #DIV/0! #DIV/0!

SE Skewness 1.41 1.41 1.41 1.41

Skewness Test normal normal normal normal

SE Kurtosis 2.83 2.83 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0! #DIV/0! #DIV/0!

Number of test runs = 3 3 3 3

Number of test runs that contained non-detect

values 33 3 3

Highest test run = 4.76E-01 -7.42E-01 2.74E-02 -3.60E+00

99% t-statistic for UPL 6.96E+00 6.96E+00 6.96E+00 6.96E+00

99% UPL of top 12% (test runs) = 1.63E+00 3.91E+02 9.25E-02 1.36E+01



# Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix G-17: UPL Calculations for Existing Units under Alternative Solid Waste Definition

MACT Floor by Fuel Type Reported Values LN(reported values) Reported Values LN(reported values)

Parameters PCDD/PCDF

(ng/dscm @ 7% O2) PCDD/PCDF

(ng/dscm @ 7% O2) PCDD/PCDF

(ng/dscm @ 7% O2) PCDD/PCDF

(ng/dscm @ 7% O2) 

# Total MASS TEQ

Biomass - Fuel Cell

No. of sources = 5 5 5 5

No. in MACT floor = 5 5 5 5

Avge of top 12% = 2.04E-01 -2.63E+00 5.52E-03 -6.21E+00

Std Deviation of top 12% = 2.46E-01 2.01E+00 5.43E-03 1.99E+00

Skewness = 1.66 -1.42 0.75 -0.98

Kurtosis = 2.78 2.94 -0.86 -0.11

SE Skewness 0.68 0.68 0.68 0.68

Skewness Test non-normal normal normal normal

SE Kurtosis 1.36 1.36 1.36 1.36

Kurtosis Test non-normal non-normal normal normal

Number of test runs = 13 13 13 13

Number of test runs that contained non-detect

values 11 11 13 13

Highest test run = 8.40E-01 -1.75E-01 1.48E-02 -4.21E+00

99% t-statistic for UPL 2.68E+00 2.68E+00 2.68E+00 2.68E+00

99% UPL of top 12% (test runs) = 6.26E-01 2.30E+00 1.48E-02 6.15E-02

Biomass - Stoker

No. of sources = 3 3 3 3

No. in MACT floor = 1 1 1 1

Avge of top 12% = 5.84E-02 -2.96E+00 1.52E-05 -1.11E+01

Std Deviation of top 12% = 3.19E-02 6.12E-01 5.87E-06 3.59E-01

Skewness = 0.12 -0.72 1.72 1.71

Kurtosis = #DIV/0! #DIV/0! #DIV/0! #DIV/0!

SE Skewness 1.41 1.41 1.41 1.41

Skewness Test normal normal normal normal

SE Kurtosis 2.83 2.83 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0! #DIV/0! #DIV/0!

Number of test runs = 3 3 3 3

Number of test runs that contained non-detect

values 22 3 3

Highest test run = 9.07E-02 -2.40E+00 2.20E-05 -1.07E+01

99% t-statistic for UPL 6.96E+00 6.96E+00 6.96E+00 6.96E+00

99% UPL of top 12% (test runs) = 2.40E-01 1.69E+00 4.86E-05 1.12E-04

Coal - FB

No. of sources = 8 8 8 8

No. in MACT floor = 5 5 5 5

Avge of top 12% = 7.23E-02 -3.48E+00 3.22E-03 -6.03E+00

Std Deviation of top 12% = 6.01E-02 1.79E+00 2.44E-03 8.17E-01

Skewness = 0.23 -0.84 0.86 0.03

Kurtosis = -0.92 -1.13 -0.48 -1.52

SE Skewness 0.63 0.63 0.63 0.63

Skewness Test normal normal normal normal

SE Kurtosis 1.26 1.26 1.26 1.26

Kurtosis Test normal normal normal normal

Number of test runs = 15 15 15 15

Number of test runs that contained non-detect

values 6 6 15 15

Highest test run = 1.91E-01 -1.66E+00 7.72E-03 -4.86E+00

99% t-statistic for UPL 2.62E+00 2.62E+00 2.62E+00 2.62E+00

99% UPL of top 12% (test runs) = 1.72E-01 6.02E-01 7.27E-03 9.32E-03



# Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix G-17: UPL Calculations for Existing Units under Alternative Solid Waste Definition

MACT Floor by Fuel Type Reported Values LN(reported values) Reported Values LN(reported values)

Parameters PCDD/PCDF

(ng/dscm @ 7% O2) PCDD/PCDF

(ng/dscm @ 7% O2) PCDD/PCDF

(ng/dscm @ 7% O2) PCDD/PCDF

(ng/dscm @ 7% O2) 

# Total MASS TEQ

Coal - PC

No. of sources = 8 8 8 8

No. in MACT floor = 1 1 1 1

Avge of top 12% = 1.82E-02 -4.04E+00 2.12E-03 -6.16E+00

Std Deviation of top 12% = 6.13E-03 3.16E-01 2.94E-04 1.37E-01

Skewness = 1.66 1.61 0.78 0.60

Kurtosis = #DIV/0! #DIV/0! #DIV/0! #DIV/0!

SE Skewness 1.41 1.41 1.41 1.41

Skewness Test normal normal normal normal

SE Kurtosis 2.83 2.83 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0! #DIV/0! #DIV/0!

Number of test runs = 3 3 3 3

Number of test runs that contained non-detect

values 33 3 3

Highest test run = 2.52E-02 -3.68E+00 2.44E-03 -6.02E+00

99% t-statistic for UPL 6.96E+00 6.96E+00 6.96E+00 6.96E+00

99% UPL of top 12% (test runs) = 5.30E-02 1.06E-01 3.80E-03 4.60E-03

Coal - Stoker 42 44

No. of sources = 8 8 8 8

No. in MACT floor = 1 1 1 1

Avge of top 12% = 2.53E-03 -6.00E+00 1.52E-03 -6.50E+00

Std Deviation of top 12% = 5.86E-04 2.22E-01 2.30E-04 1.46E-01

Skewness = 1.51 1.41 1.56 1.51

Kurtosis = #DIV/0! #DIV/0! #DIV/0! #DIV/0!

SE Skewness 1.41 1.41 1.41 1.41

Skewness Test normal normal normal normal

SE Kurtosis 2.83 2.83 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0! #DIV/0! #DIV/0!

Number of test runs = 3 3 3 3

Number of test runs that contained non-detect

values 00 3 3

Highest test run = 3.20E-03 -5.74E+00 1.78E-03 -6.33E+00

99% t-statistic for UPL 6.96E+00 6.96E+00 6.96E+00 6.96E+00

99% UPL of top 12% (test runs) = 5.87E-03 8.79E-03 2.82E-03 3.46E-03



# Yellow highlight indicates the distribution (either normal or lognormal)

# MACT Floor by Fuel Typ e

Parameters PM

Filterable

(lb/mmBtu) Hg HCl CO D/F

total mass D/F

TEQ Total Count of

Units in

Subcategory

Biomass 420

No. of sources = 192 91 92

No. in MACT floor = 24 11 12 0

Coal 578

No. of sources = 366 285 318

No. in MACT floor = 44 35 39 0

Liquid 826

No. of sources = 91 177 190 116 17 17

No. in MACT floor = 11 22 23 14 5 5

Gas 1 - Excluding Metal Industry Furnaces 10783

No. of sources = 144 14 11 754 8 8

No. in MACT floor = 18 5 5 91 5 5

Gas 1 - Metal Industry Furnaces 749

No. of sources = 9 7 9 15 7 7

No. in MACT floor = 5 5 5 5 5 5

Gas 2 199

No. of sources = 13 8 8 75 5 5

No. in MACT floor = 5 5 5 9 5 5

Parameters CO (ppm @

3% O2) Dioxin/Fura

ns (Total

Mass)

ppm@ 3%

O2) Dioxin/Fura

ns (TEQ)

ppm@ 3%

O2) Total Count of

Units in

Subcategory

Biomass - Dutch Oven 62

No. of sources = 17 3 3

No. in MACT floor = 5 3 3

Biomass - Fluidized Bed 12

No. of sources = 7 6 6

No. in MACT floor = 5 5 5

Biomass - Fuel Cell 26

No. of sources = 16 7 7

No. in MACT floor = 5 5 5

Biomass - Stoker 320

No. of sources = 119 16 16

No. in MACT floor = 15 5 5

Coal - FB 31

No. of sources = 17 12 12

No. in MACT floor = 5 5 5

Coal - PC 186

No. of sources = 41 10 10

No. in MACT floor = 5 5 5

Coal - Stoker 361

No. of sources = 61 14 14

No. in MACT floor = 8 5 5

Represents subcategories where less than five sources were used for the proposed MACT floor emission limits. 

# Appendix H-1: Summary of Number of Sources with Test Data and Top 12 Percent

Using Data From a Minimum of Five Sources

# Appendix H-2: UPL Calculations for Existing Units Using a Minimum of Five Data Sources

MACT Floor by Fuel Typ e Reported Values LN(reported values)

Parameters CO

(ppm @ 3% O2) CO

(ppm @ 3% O2)

Gas 1 - Metal Industry Furnaces

No. of sources = 15 15

No. in MACT floor = 5 5

Avge of top 12% = 8.03E+00 7.14E-01

Std Deviation of top 12% = 1.00E+01 2.02E+00

Skewness = 0.91 -0.04

Kurtosis = -0.70 -1.52

SE Skewness 0.63 0.63

Skewness Test normal normal

SE Kurtosis 1.26 1.26

Kurtosis Test normal normal

Number of test runs = 15 15

Number of test runs that contained non-detect

values 3 3

Highest test run = 2.84E+01 3.35E+00

99% t-statistic for UPL 2.62E+00 2.62E+00

99% UPL of top 12% (test runs) = 2.47E+01 5.85E+01



# Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix H-2: UPL Calculations for Existing Units Using a Minimum of Five Data Sources

MACT Floor by Combusto r Reported Values LN(reported values)

Parameters CO

(ppm @ 3% O2) CO

(ppm @ 3% O2)

Biomass - Dutch Oven

No. of sources = 17 17

No. in MACT floor = 5 5

Avge of top 12% = 7.99E+02 6.10E+00

Std Deviation of top 12% = 7.83E+02 1.28E+00

Skewness = 1.33 -0.95

Kurtosis = 1.04 1.18

SE Skewness 0.26 0.26

Skewness Test non-normal normal

SE Kurtosis 0.53 0.53

Kurtosis Test normal non-normal

Number of test runs = 87 87

Number of test runs that contained non-detect

values 0 0

Highest test run = 3.15E+03 8.06E+00

99% t-statistic for UPL 2.37E+00 2.37E+00

99% UPL of top 12% (test runs) = 1.89E+03 2.65E+03

Coal - FB

No. of sources = 17 17

No. in MACT floor = 5 5

Avge of top 12% = 1.80E+01 2.81E+00

Std Deviation of top 12% = 6.08E+00 4.90E-01

Skewness = -0.81 -2.18

Kurtosis = 0.30 5.74

SE Skewness 0.53 0.53

Skewness Test normal normal

SE Kurtosis 1.07 1.07

Kurtosis Test normal non-normal

Number of test runs = 21 21

Number of test runs that contained non-detect

values 0 0

Highest test run = 2.52E+01 3.23E+00

99% t-statistic for UPL 2.53E+00 2.53E+00

99% UPL of top 12% (test runs) = 2.75E+01 3.56E+01



# Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix H-3: UPL Calculations for Existing Units Using a Minimum of Five Data Sources

MACT Floor by Fuel Typ e Reported Values LN(reported values)

Parameters PM Filterable

(lb/mmBtu) PM Filterable

(lb/mmBtu)

Gas 1 - Metal Industry Furnaces

No. of sources = 9 9

No. in MACT floor = 5 5

Avge of top 12% = 3.42E-03 -6.86E+00

Std Deviation of top 12% = 4.35E-03 2.41E+00

Skewness = 1.98 -1.65

Kurtosis = 3.09 1.94

SE Skewness 0.53 0.53

Skewness Test non-normal normal

SE Kurtosis 1.07 1.07

Kurtosis Test non-normal normal

Number of test runs = 21 21

Number of test runs that contained non-detect

values 0 0

Highest test run = 1.53E-02 -4.18E+00

99% t-statistic for UPL 2.53E+00 2.53E+00

99% UPL of top 12% (test runs) = 1.02E-02 4.49E-02

Gas 2

No. of sources = 13 13

No. in MACT floor = 5 5

Avge of top 12% = 8.85E-03 -5.47E+00

Std Deviation of top 12% = 1.05E-02 1.34E+00

Skewness = 1.65 -0.21

Kurtosis = 2.09 -0.58

SE Skewness 0.37 0.37

Skewness Test non-normal normal

SE Kurtosis 0.73 0.73

Kurtosis Test non-normal normal

Number of test runs = 45 45

Number of test runs that contained non-detect

values 1 1

Highest test run = 4.21E-02 -3.17E+00

99% t-statistic for UPL 2.41E+00 2.41E+00

99% UPL of top 12% (test runs) = 2.39E-02 2.91E-02



# Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix H-4: UPL Calculations for Existing Units Using a Minimum of Five Data Sources

MACT Floor by Fuel Typ e Reported Values LN(reported values)

Parameters Hg

(lb/mmBtu) Hg

(lb/mmBtu)

Gas 1 - Excluding Metal Industry Furnaces

No. of sources = 14 14

No. in MACT floor = 5 5

Avge of top 12% = 1.60E-07 -1.57E+01

Std Deviation of top 12% = 6.45E-08 4.48E-01

Skewness = -0.04 -0.44

Kurtosis = -1.77 -1.07

SE Skewness 0.63 0.63

Skewness Test normal normal

SE Kurtosis 1.26 1.26

Kurtosis Test normal normal

Number of test runs = 15 15

Number of test runs that contained non-detect

values 0 0

Highest test run = 2.30E-07 -1.53E+01

99% t-statistic for UPL 2.62E+00 2.62E+00

99% UPL of top 12% (test runs) = 2.67E-07 3.09E-07

Gas 1 - Metal Industry Furnaces

No. of sources = 7 7

No. in MACT floor = 5 5

Avge of top 12% = 4.46E-07 -1.54E+01

Std Deviation of top 12% = 4.64E-07 1.45E+00

Skewness = 0.84 -0.41

Kurtosis = -0.80 -0.66

SE Skewness 0.63 0.63

Skewness Test normal normal

SE Kurtosis 1.26 1.26

Kurtosis Test normal normal

Number of test runs = 15 15

Number of test runs that contained non-detect

values 6 6

Highest test run = 1.32E-06 -1.35E+01

99% t-statistic for UPL 2.62E+00 2.62E+00

99% UPL of top 12% (test runs) = 1.22E-06 2.34E-06



# Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix H-4: UPL Calculations for Existing Units Using a Minimum of Five Data Sources

MACT Floor by Fuel Typ e Reported Values LN(reported values)

Parameters Hg

(lb/mmBtu) Hg

(lb/mmBtu)

Gas 2

No. of sources = 8 8

No. in MACT floor = 5 5

Avge of top 12% = 2.91E-07 -1.59E+01

Std Deviation of top 12% = 2.80E-07 2.44E+00

Skewness = 2.38 -2.63

Kurtosis = 8.18 6.59

SE Skewness 0.51 0.51

Skewness Test non-normal normal

SE Kurtosis 1.02 1.02

Kurtosis Test non-normal non-normal

Number of test runs = 23 23

Number of test runs that contained non-detect

values 17 17

Highest test run = 1.33E-06 -1.35E+01

99% t-statistic for UPL 2.51E+00 2.51E+00

99% UPL of top 12% (test runs) = 7.22E-07 5.06E-06



# Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix H-5: UPL Calculations for Existing Units Using a Minimum of Five Data Sources

MACT Floor by Fuel Typ e Reported Values LN(reported values)

Parameters HCl

(lb/mmBtu) HCl

(lb/mmBtu)

Gas 1 - Excluding Metal Industry Furnaces

No. of sources = 11 11

No. in MACT floor = 5 5

Avge of top 12% = 1.34E-04 -8.99E+00

Std Deviation of top 12% = 4.92E-05 4.35E-01

Skewness = 0.48 -1.39

Kurtosis = 1.90 3.50

SE Skewness 0.63 0.63

Skewness Test normal normal

SE Kurtosis 1.26 1.26

Kurtosis Test normal non-normal

Number of test runs = 15 15

Number of test runs that contained non-detect

values 8 8

Highest test run = 2.48E-04 -8.30E+00

99% t-statistic for UPL 2.62E+00 2.62E+00

99% UPL of top 12% (test runs) = 2.16E-04 2.56E-04

Gas 1 - Metal Industry Furnaces

No. of sources = 9 9

No. in MACT floor = 5 5

Avge of top 12% = 2.64E-04 -8.38E+00

Std Deviation of top 12% = 1.28E-04 5.88E-01

Skewness = 0.13 -0.80

Kurtosis = -0.79 -0.29

SE Skewness 0.63 0.63

Skewness Test normal normal

SE Kurtosis 1.26 1.26

Kurtosis Test normal normal

Number of test runs = 15 15

Number of test runs that contained non-detect

values 6 6

Highest test run = 4.90E-04 -7.62E+00

99% t-statistic for UPL 2.62E+00 2.62E+00

99% UPL of top 12% (test runs) = 4.76E-04 6.10E-04



# Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix H-5: UPL Calculations for Existing Units Using a Minimum of Five Data Sources

MACT Floor by Fuel Typ e Reported Values LN(reported values)

Parameters HCl

(lb/mmBtu) HCl

(lb/mmBtu)

Gas 2

No. of sources = 8 8

No. in MACT floor = 5 5

Avge of top 12% = 1.63E-03 -7.76E+00

Std Deviation of top 12% = 1.98E-03 2.43E+00

Skewness = 1.09 -1.37

Kurtosis = -0.49 1.46

SE Skewness 0.50 0.50

Skewness Test non-normal normal

SE Kurtosis 1.00 1.00

Kurtosis Test normal normal

Number of test runs = 24 24

Number of test runs that contained non-detect

values 3 3

Highest test run = 5.60E-03 -5.18E+00

99% t-statistic for UPL 2.50E+00 2.50E+00

99% UPL of top 12% (test runs) = 4.66E-03 1.76E-02



# Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix H-6: UPL Calculations for Existing Units Using a Minimum of Five Data Sources

MACT Floor by Fuel Typ e Reported Values LN(reported values)

Parameters TEQ PCDD/PCDF

(ng/dscm @ 7% O2) TEQ PCDD/PCDF

(ng/dscm @ 7% O2)

Liquid 47 61

No. of sources = 17 17

No. in MACT floor = 5 5

Avge of top 12% = 1.40E-03 -7.69E+00

Std Deviation of top 12% = 9.86E-04 2.63E+00

Skewness = 0.08 -1.58

Kurtosis = -0.80 0.75

SE Skewness 0.63 0.63

Skewness Test normal normal

SE Kurtosis 1.26 1.26

Kurtosis Test normal normal

Number of test runs = 15 15

Number of test runs that contained non-detect

values 15 15

Highest test run = 3.17E-03 -5.75E+00

99% t-statistic for UPL 2.62E+00 2.62E+00

99% UPL of top 12% (test runs) = 3.04E-03 3.60E-02

Gas 1 - Excluding Metal Industry Furnaces

No. of sources = 8 8

No. in MACT floor = 5 5

Avge of top 12% = 4.10E-03 -5.56E+00

Std Deviation of top 12% = 1.35E-03 3.82E-01

Skewness = 0.78 -1.56

Kurtosis = 4.30 5.43

SE Skewness 0.63 0.63

Skewness Test normal normal

SE Kurtosis 1.26 1.26

Kurtosis Test non-normal non-normal

Number of test runs = 15 15

Number of test runs that contained non-detect

values 15 15

Highest test run = 7.75E-03 -4.86E+00

99% t-statistic for UPL 2.62E+00 2.62E+00

99% UPL of top 12% (test runs) = 6.35E-03 7.29E-03



# Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix H-6: UPL Calculations for Existing Units Using a Minimum of Five Data Sources

Gas 1 - Metal Industry Furnaces

No. of sources = 7 7

No. in MACT floor = 5 5

Avge of top 12% = 8.21E-03 -5.09E+00

Std Deviation of top 12% = 6.53E-03 7.91E-01

Skewness = 1.01 0.33

Kurtosis = -0.29 -1.49

SE Skewness 0.63 0.63

Skewness Test normal normal

SE Kurtosis 1.26 1.26

Kurtosis Test normal normal

Number of test runs = 15 15

Number of test runs that contained non-detect

values 15 15

Highest test run = 2.16E-02 -3.83E+00

99% t-statistic for UPL 2.62E+00 2.62E+00

99% UPL of top 12% (test runs) = 1.90E-02 2.28E-02

Gas 2

No. of sources = 5 5

No. in MACT floor = 5 5

Avge of top 12% = 8.82E-03 -5.26E+00

Std Deviation of top 12% = 1.01E-02 1.08E+00

Skewness = 2.15 0.17

Kurtosis = 5.38 -0.68

SE Skewness 0.63 0.63

Skewness Test non-normal normal

SE Kurtosis 1.26 1.26

Kurtosis Test non-normal normal

Number of test runs = 15 15

Number of test runs that contained non-detect

values 15 15

Highest test run = 3.91E-02 -3.24E+00

99% t-statistic for UPL 2.62E+00 2.62E+00

99% UPL of top 12% (test runs) = 2.56E-02 3.12E-02



# Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix H-6: UPL Calculations for Existing Units Using a Minimum of Five Data Sources

MACT Floor by Combusto r Reported Values LN(reported values)

Parameters TEQ PCDD/PCDF

(ng/dscm @ 7% O2) TEQ PCDD/PCDF

(ng/dscm @ 7% O2)

Biomass - Dutch Oven

No. of sources = 3 3

No. in MACT floor = 3 3

Avge of top 12% = 1.57E-01 -2.70E+00

Std Deviation of top 12% = 1.67E-01 1.63E+00

Skewness = 0.82 -0.37

Kurtosis = -1.09 -1.57

SE Skewness 0.82 0.82

Skewness Test normal normal

SE Kurtosis 1.63 1.63

Kurtosis Test normal normal

Number of test runs = 9 9

Number of test runs that contained non-detect

values 9 9

Highest test run = 4.22E-01 -8.62E-01

99% t-statistic for UPL 2.90E+00 2.90E+00

99% UPL of top 12% (test runs) = 4.80E-01 1.57E+00

Biomass - Fluidized Bed

No. of sources = 6 6

No. in MACT floor = 5 5

Avge of top 12% = 6.23E-03 -5.45E+00

Std Deviation of top 12% = 7.23E-03 7.92E-01

Skewness = 2.43 1.31

Kurtosis = 5.50 1.38

SE Skewness 0.63 0.63

Skewness Test non-normal non-normal

SE Kurtosis 1.26 1.26

Kurtosis Test non-normal normal

Number of test runs = 15 15

Number of test runs that contained non-detect

values 15 15

Highest test run = 2.74E-02 -3.60E+00

99% t-statistic for UPL 2.62E+00 2.62E+00

99% UPL of top 12% (test runs) = 1.82E-02 1.59E-02



# Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix H-6: UPL Calculations for Existing Units Using a Minimum of Five Data Sources

Biomass - Stoker

No. of sources = 16 16

No. in MACT floor = 5 5

Avge of top 12% = 1.56E-03 -7.48E+00

Std Deviation of top 12% = 1.18E-03 2.24E+00

Skewness = -0.10 -1.23

Kurtosis = -1.49 -0.36

SE Skewness 0.71 0.71

Skewness Test normal normal

SE Kurtosis 1.41 1.41

Kurtosis Test normal normal

Number of test runs = 12 12

Number of test runs that contained non-detect

values 10 10

Highest test run = 3.21E-03 -5.74E+00

99% t-statistic for UPL 2.72E+00 2.72E+00

99% UPL of top 12% (test runs) = 3.62E-03 2.89E-02

Coal - FB

No. of sources = 12 12

No. in MACT floor = 5 5

Avge of top 12% = 1.75E-03 -7.38E+00

Std Deviation of top 12% = 1.46E-03 2.29E+00

Skewness = 0.41 -1.43

Kurtosis = -1.41 0.54

SE Skewness 0.63 0.63

Skewness Test normal normal

SE Kurtosis 1.26 1.26

Kurtosis Test normal normal

Number of test runs = 15 15

Number of test runs that contained non-detect

values 9 9

Highest test run = 4.01E-03 -5.52E+00

99% t-statistic for UPL 2.62E+00 2.62E+00

99% UPL of top 12% (test runs) = 4.18E-03 2.78E-02



# Yellow highlight indicates the distribution (either normal or lognormal)

# Appendix H-6: UPL Calculations for Existing Units Using a Minimum of Five Data Sources

Coal - PC

No. of sources = 10 10

No. in MACT floor = 5 5

Avge of top 12% = 2.85E-03 -6.01E+00

Std Deviation of top 12% = 1.61E-03 5.80E-01

Skewness = 0.93 -0.12

Kurtosis = 0.39 -0.73

SE Skewness 0.63 0.63

Skewness Test normal normal

SE Kurtosis 1.26 1.26

Kurtosis Test normal normal

Number of test runs = 15 15

Number of test runs that contained non-detect

values 15 15

Highest test run = 6.45E-03 -5.04E+00

99% t-statistic for UPL 2.62E+00 2.62E+00

99% UPL of top 12% (test runs) = 5.52E-03 6.42E-03

Coal - Stoker

No. of sources = 14 14

No. in MACT floor = 5 5

Avge of top 12% = 2.42E-03 -6.06E+00

Std Deviation of top 12% = 6.86E-04 2.97E-01

Skewness = 0.11 -0.36

Kurtosis = -1.04 -0.66

SE Skewness 0.63 0.63

Skewness Test normal normal

SE Kurtosis 1.26 1.26

Kurtosis Test normal normal

Number of test runs = 15 15

Number of test runs that contained non-detect

values 12 12

Highest test run = 3.46E-03 -5.67E+00

99% t-statistic for UPL 2.62E+00 2.62E+00

99% UPL of top 12% (test runs) = 3.56E-03 3.81E-03



# Yellow highlight indicates the distribution (either normal or lognormal)

# PM- Filterable

(lb/mmBtu) Hg

(lb/mmBtu) HCl

(lb/mmBtu) CO

(ppm @3%

O2) CO with Load

Variability

(ppm @3% O2) TM D/F

(ng/dscm

@7% O2) TEQ D/F

(ng/dscm

@7% O2)

COAL

Stoker/Other 4.00E-03

FB 30 5.00E-03

PC 6.00E-03

BIOMASS

Stoker/Other 4.00E-03

Fuel Cell

FB 2.00E-02

Dutch Oven 1,990 5.00E-01

LIQUID 4.00E-03

GAS 1 (NG/RFG)

excluding Metals

Furnaces 3.00E-07 3.00E-04 7.00E-03

GAS 1 (NG/RFG)

including Metals

Furnaces 5.00E-02 2.00E-06 5.00E-04 30 2.00E-02

GAS 2 (Other

Process Gases) 3.00E-02 6.00E-06 2.00E-02 4.00E-02

Notes: 

# Appendix H-7: Summary of MACT Floor Emission Limits Using Data from a Minimum of Five

Sources

If cell is blank, the data under the proposed option was already based on a minimum of five sources and no revised calculations

were needed.

RED text indicates at least one run in MACT floor is a Non-detect value. See "Summary - Runs" worksheet for how many test runs are

non-detect values/reported detection levels.

*For dutch oven boilers, the dioxin TEQ floor is based on three sources since no other data was available.