SummaryofUPLsusingemissionaverages‐‐coalPollutant Mean(lb/MMBtu) UPL(lb/MMBtu)NumberofunitsinthefloorFloorvalue Mean(lb/MMBtu) UPL(lb/MMBtu)NumberofunitsinthefloorMercury‐Allcoal 6.8578E‐09 8.4657E‐07 40 1 lb/TBtu 7.4955E‐108.2524E‐101Note:HadMercury‐Coal>8,300Btu/lb 6.8578E‐09 8.4657E‐07 40 1 lb/TBtu 7.4955E‐108.2524E‐101Note:HadMercury‐Coal<8,300Btu/lb 1.0672E‐06 1.0574E‐05 2 11 lb/TBtu 1.0232E‐06 3.2950E‐06 1Mercury‐ACI 1.0508E‐09 1.8427E‐06 6 2 lb/TBtu 7.4955E‐108.4225E‐101Pollutant Mean(lb/MW) UPL(lb/MW)NumberofunitsinthefloorFloorvalue Mean(lb/MW) UPL(lb/MW)NumberofunitsinthefloorFloorvalueMercury‐Allcoal 1.2129E‐06 7.9161E‐06 40 0.008 lb/GWh 7.2667E‐09 8.0005E‐09 1 0.00001 lb/GWhNote:HadMercury‐Coal>8,300Btu/lb 1.2129E‐06 7.9161E‐06 40 0.008 lb/GWh 7.2667E‐09 8.0005E‐09 1 0.00001 lb/GWhNote:HadMercury‐Coal<8,300Btu/lb 1.1464E‐05 1.1213E‐042 0.2 lb/GWh 1.0726E‐05 3.4543E‐05 1 0.04 lb/GWhMercury‐ACI 1.0502E‐08 1.7566E‐05 6 0.02 lb/GWh 7.2667E‐09 8.1654E‐09 1 0.00001 lb/GWhNewExistingExisting NewDeepwater Dallman Dallman USED FOR NEW DUE TO DATA

ISSUE Will

County Joliet 9 Escalante TS Power Plant 2384 963 963 884 874 87 5622 4 Coal ‐ firing 32 31 WC4CONFIG JOL5 CONFIG 1 TSPower 1.1695E ‐ 1 0 3.7089E ‐ 1 0 3.7417E ‐ 1 0 7.4955E ‐ 1 0 7.5286E ‐ 1 0 8.0586E ‐ 1 0 8.6701E ‐ 1 0 9.4342E ‐ 0 8 7.4177E ‐ 1 0 7.4835E ‐ 1 0 1.0677E ‐ 0 6 1.0290E ‐ 0 6 1.0623E ‐ 0 9 1.7149E ‐ 0 9 3.5086E ‐ 0 7 1.0269E ‐ 0 6 4.6406E ‐ 0 9 4.2103E ‐ 0 7 9.0315E ‐ 0 7 1.2600E ‐ 0 6Waukegan Dallman Crawford Joliet 29 St. Nicholas Cogen Project Joliet 29 883 963 867 384 5463 4 384 WK8CONFIG 33 CRA7 CONFIG JOL8CONFIG 1 JOL7CONFIG

8.6865E ‐ 1 0 1.0650E ‐ 0 9 1.4245E ‐ 0 9 1.6425E ‐ 0 9 2.0603E ‐ 0 9 2.5547E ‐ 0 9 3.6900E ‐ 0 7 1.5626E ‐ 0 9coal 2408 PSEGMercerGeneratingStation NJ MERU2E2PT2OS1‐Coal ConventionalBoiler Wallfiring‐unspecifiedcoal 568 BridgeportStation CT BHSEMU3OS2‐Coal ConventionalBoiler Tangentialfiringcoal 568 BridgeportStation CT BHSEMU3OS3‐#2 ConventionalBoiler Tangentialfiringcoal 2451 SanJuan NM Unit1 ConventionalBoiler Wallfiring‐frontfiringcoal 891 Havana IL Boiler9 ConventionalBoiler Wallfiring‐unspecifiedcoal 892 HennepinPowerStation IL 001 ConventionalBoiler Tangentialfiringcoal 892 HennepinPowerStation IL 002 ConventionalBoiler TangentialfiringEmissions (lb/MMBtu) Will County ORIS/Facility/Unit 884 Runs WC4CONFIG 1 7.7362E ‐ 10 2 7.6330E ‐ 10 3 7.9425E ‐ 10 4 6.8078E ‐ 10 5 7.4267E ‐ 10 6 7.4267E ‐ 10 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 ni = number test runs = 6 Total Number of sources = 1 n =Total # test runs = 6 1 N i i 

### n

 

#  N5

This step is for QC only: means 7.50E ‐ 10

7.50E ‐ 10 Mean =

Pooled Variance = 1.5179E ‐ 21

m= number future runs = 3

Term1 0.5000

Term2 7.5897E ‐ 22

Squared root Term2 2.7549E ‐ 11 NOTE: the pvalue for the t-statistic is calculated as: 2*alpha, where 1-alpha is desired confidence, so if 9 9 

#   2 2 1 

## 1 1 n i i 

## s x X n  

##  

 

#  1 1 

## 1 i n N ij i j 

## X x n   

##  

# 

1 1 n m 

2 

### 1 1 s n m        1 

### 1 N i i 

### df n

 

###        



# 

2 

### 1 1 s n m        1 

## 1 i n i ik k i 

## x x n  

##  

# t ‐ statistic = quantile t ‐ distribution with df degrees of freedom at .99 confidence level = 3.36

UPL POOLED VARIANCE = 8.4225E ‐ 10 

### d f 

# t

2

, 

## 1 1 df p 

## Xt s n m        9 % confidence is desired then alpha=0.01 and 2*alpha=2*(0.01)UPL Pooled Variance= 2

, 

# 1 1 df p 

# Xt s n m        , df p 

# n m    Will County Joliet 9 TS Power Plant ORIS/Facility/Unit 884 874 56224

Test Averages WC4CONFIG JOL5 CONFIG TSPower 1 7.4955E ‐ 10 7.5286E ‐ 10 8.6701E ‐ 10 2 1.06767E ‐ 06 0.000001029 1.71493E ‐ 09 3 4.64063E ‐ 09 4 9.03147E ‐ 07 5 0.00000126 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 3435 ni = number test runs = 225

Total Number of sources = n =Total # test runs =

This step is for QC only: means 7.50E ‐ 10 7.53E ‐ 10 8.67E ‐ 10

Mean =

Pooled Variance =

m= number future runs = Term1 

#   2 2 1 

## 1 1 n i i 

## s x X n  

##  

 

#  1 1 

## 1 i n N ij i j 

## X x n   

##  

# 

1 1 n m  1 

# 1 N i i 

# df n

 

#        



# 

1 

## 1 i n i ik k i 

## x x n  

##  

#  1 N i i 

### n

 

#  NTerm2

Squared root Term2 NOTE: the pvalue for the t-statistic is calculated as: 2*alpha, where 1-alpha is desired confidence, so if 9 9

t ‐ statistic = quantile t ‐ distribution with df degrees of freedom at .99 confidence level = UPL POOLED VARIANCE = 2 

### 1 1 s n m       

d f 

# t 2 

### 1 1 s n m       

2

, 

## 1 1 df p 

## Xt s n m        Waukegan Crawford Joliet 29 Joliet 29 Will County Fisk 883 867 384 384 884 886 WK8CONFIG CRA7 CONFIG JOL8CONFIG JOL7CONFIG WC3CONFIG FISK19 CONFIG 8.6865E ‐ 10 1.4245E ‐ 09 1.6425E ‐ 09 2.5547E ‐ 09 2.8478E ‐ 09 3.4405E ‐ 09 0.000000369 Emissions (lb/MMBtu)21 1 111

6

13

12

8.69E ‐ 10 1.42E ‐ 09 1.64E ‐ 09 2.55E ‐ 09 2.85E ‐ 09 3.44E ‐ 09

1.05E ‐ 09

2.5675E ‐ 13

1

1.16672.9955E ‐ 13

5.47308E ‐ 07

9 % confidence is desired then alpha=0.01 and 2*alpha=2*(0.01 )

3.364929997

1.8427E ‐ 06Powerton Powerton Waukegan AES Greenidge BL England San Juan 879 879 883 2527 2378 2451 Pow5CONFIG Pow6CONFIG WK7CONFIG Unit 4 2 Coal w or w/o TDF Unit 4 4.2272E ‐ 09 4.2489E ‐ 09 5.5073E ‐ 09 6.4602E ‐ 09 2.96487E ‐ 08 3.4300E ‐ 08 7.6771E ‐ 08 4.41349E ‐ 08 0.000000136 2.22617E ‐ 07 3.42667E ‐ 07 2.85368E ‐ 07 3.50834E ‐ 07 4.85147E ‐ 07 7.68904E ‐ 07 2.43492E ‐ 06111283

4.23E ‐ 09 4.25E ‐ 09 5.51E ‐ 09 6.46E ‐ 09 2.96E ‐ 08 3.43E ‐ 08

Distribution of Normal Tests Distribution of Log Tests Skewness = 1.03E+00 #DIV/0! SE Skewness 1.00 #DIV/0! Skewness Test normal #DIV/0! Kurtosis = -1.07E+00 #DIV/0! SE Kurtosis 2.00 #DIV/0! Kurtosis Test normal #DIV/0! Number of test runs = 6 0 REsult: normalSan Juan PSEG Mercer Generating

Station San Juan PSEG Mercer Generating

Station Bridgeport Station Bridgeport Station 2451 2408 2451 2408 568 568 Unit 3 MERU1E1PT1 OS1 ‐ Coal Unit 2 MERU2E2PT2 OS1 ‐ Coal BHSEMU3OS2 ‐ Coal BHSEMU3OS3 ‐ #2 4.6833E ‐ 08 5.9130E ‐ 08 6.1033E ‐ 08 8.94067E ‐ 08 9.0067E ‐ 08 1.2167E ‐ 07 0.00000025 2.63233E ‐ 07 1.661E ‐ 07 1.16167E ‐ 07 3.18333E ‐ 07 0.0000002 0.000000227 7.62967E ‐ 07 4.80333E ‐ 07 7.814E ‐ 07 9.68567E ‐ 07 0.00000236225163 1

4.68E ‐ 08 5.91E ‐ 08 6.10E ‐ 08 8.94E ‐ 08 9.01E ‐ 08 1.22E ‐ 07 UPL Pooled Variance= 2

, 

# 1 1 df p 

# Xt s n m        San Juan Havana Hennepin Power Station Hennepin Power Station Brandon Shores Vermilion Vermilion 2451 891 892 892 602 897 897 Unit 1 Boiler 9 001 002 002 001 002

1.3090E ‐ 07 1.5967E ‐ 07 1.6167E ‐ 07 1.6167E ‐ 07 1.8470E ‐ 07 3.9700E ‐ 07 3.9700E ‐ 071111 111

1.31E ‐ 07 1.60E ‐ 07 1.62E ‐ 07 1.62E ‐ 07 1.85E ‐ 07 3.97E ‐ 07 3.97E ‐ 07Comanche Comanche Walter Scott Jr. Energy Center Hardin Generator Project Weston Weston 470 470 1082 55749 4078 4078 Unit 2 Unit 1 4 PC1 W4 W3 4.8800E ‐ 07 6.5549E ‐ 07 7.2000E ‐ 07 8.8293E ‐ 07 8.9333E ‐ 07 9.9133E ‐ 07 6.62482E ‐ 07 0.0000012 1.07633E ‐ 06 7.37667E ‐ 06 0.00000568 0.0000014 1.13333E ‐ 06 0.0000015 1.69333E ‐ 06 0.0000021 0.0000021 2.93813E ‐ 06 0.000003 0.000004131 9 142

4.88E ‐ 07 6.55E ‐ 07 7.20E ‐ 07 8.83E ‐ 07 8.93E ‐ 07 9.91E ‐ 07Sandow Station Colstrip Oak Grove Sandow Station Meredosia Joppa Steam 52071 6076 6180 52071 864 887

5B Unit3 OG1 5A 005 1 1.02317E ‐ 06 1.0502E ‐ 06 1.11E ‐ 06 1.44633E ‐ 06 1.7972E ‐ 06 2.0300E ‐ 06 1.23859E ‐ 06 3.87096E ‐ 06 1.89322E ‐ 06

0.0000056 3.74667E ‐ 06312 311

1.02E ‐ 06 1.05E ‐ 06 1.11E ‐ 06 1.45E ‐ 06 1.80E ‐ 06 2.03E ‐ 06Nebraska City Newton Pulliam Monticello Merrimack Station 6096 6017 4072 6147 2364 NC2 002 8 2 mk2 2.2200E ‐ 06 3.7233E ‐ 06 6.3125E ‐ 06 6.69E ‐ 06 7.5800E ‐ 06 6.79333E ‐ 061 1 211

2.22E ‐ 06 3.72E ‐ 06 6.31E ‐ 06 6.69E ‐ 06 7.58E ‐ 06Will County 884 WC4CONFIG Joliet 9 874 JOL5 CONFIG TS Power Plant 56224 TSPower Waukegan 883 WK8CONFIG Crawford 867 CRA7 CONFIG Joliet 29 384 JOL8CONFIG Joliet 29 384 JOL7CONFIG Will County 884 WC3CONFIG Fisk 886 FISK19 CONFIG Powerton 879 Pow5CONFIG Powerton 879 Pow6CONFIG Waukegan 883 WK7CONFIG AES Greenidge 2527 Unit 4 BL England 2378 2 Coal w or w/o TDF San Juan 2451 Unit 4 San Juan 2451 Unit 3 PSEG Mercer Generating Station 2408 MERU1E1PT1OS1 ‐ Coal San Juan 2451 Unit 2 PSEG Mercer Generating Station 2408 MERU2E2PT2OS1 ‐ Coal Bridgeport Station 568 BHSEMU3OS2 ‐ Coal Bridgeport Station 568 BHSEMU3OS3 ‐ #2 San Juan 2451 Unit 1 Havana 891 Boiler 9 Hennepin Power Station 892 001 Hennepin Power Station 892 002 Brandon Shores 602 002 Vermilion 897 001 Vermilion 897 002 Comanche 470 Unit 2 Comanche 470 Unit 1 Walter Scott Jr. Energy Center 1082 4 Hardin Generator Project 55749 PC1Weston 4078 W4 Weston 4078 W3 Sandow Station 52071 5B Colstrip 6076 Unit3 Oak Grove 6180 OG1 Sandow Station 52071 5A Meredosia 864 005 Joppa Steam 887 1 Nebraska City 6096 NC2 Newton 6017 002 Pulliam 4072 8 Monticello 6147 2 Merrimack Station 2364 mk2 Will County Joliet 9 884 874 WC4CONFIG JOL5 CONFIG 7.4955E ‐ 10 7.5286E ‐ 10 1.06767E ‐ 06 0.0000010297.4955E ‐ 10 1.06767E ‐ 06 7.5286E ‐ 10 0.000001029 8.6701E ‐ 10 1.71493E ‐ 09 4.64063E ‐ 09 9.03147E ‐ 07 0.00000126 8.6865E ‐ 10 0.000000369 1.4245E ‐ 09 1.6425E ‐ 09 2.5547E ‐ 09 2.8478E ‐ 09 3.4405E ‐ 09 4.2272E ‐ 09 4.2489E ‐ 09 5.5073E ‐ 09 6.4602E ‐ 09 7.6771E ‐ 08 2.96487E ‐ 08 4.41349E ‐ 08 2.22617E ‐ 07 2.85368E ‐ 07 3.50834E ‐ 07

3.4300E ‐ 08 0.000000136 3.42667E ‐ 07 4.6833E ‐ 08 0.00000025 5.9130E ‐ 08 2.63233E ‐ 07 3.18333E ‐ 07 7.62967E ‐ 07 7.814E ‐ 07 6.1033E ‐ 08 8.94067E ‐ 08 1.661E ‐ 07 0.0000002 4.80333E ‐ 07 9.68567E ‐ 07

9.0067E ‐ 08 1.16167E ‐ 07 0.000000227 1.2167E ‐ 07 1.3090E ‐ 07 1.5967E ‐ 07 1.6167E ‐ 07 1.6167E ‐ 07 1.8470E ‐ 07 3.9700E ‐ 07 3.9700E ‐ 07 4.8800E ‐ 07 6.62482E ‐ 07 0.00000568 6.5549E ‐ 07 7.2000E ‐ 07 0.0000012 0.0000014 0.0000015 0.0000021 8.8293E ‐ 078.9333E ‐ 07 1.07633E ‐ 06 1.13333E ‐ 06 1.69333E ‐ 06 9.9133E ‐ 07 7.37667E ‐ 06 1.02317E ‐ 06 1.23859E ‐ 06 0.0000056

1.0502E ‐ 06 1.11E ‐ 06 3.87096E ‐ 06 1.44633E ‐ 06 1.89322E ‐ 06 3.74667E ‐ 06

1.7972E ‐ 06 2.0300E ‐ 06 2.2200E ‐ 06 3.7233E ‐ 06 6.3125E ‐ 06 6.79333E ‐ 06 6.69E ‐ 06 7.5800E ‐ 06

TS Power Plant Waukegan Crawford Joliet 29 Joliet 29 56224 883 867 384 384 TSPower WK8CONFIG CRA7 CONFIG JOL8CONFIG JOL7CONFIG 8.6701E ‐ 10 8.6865E ‐ 10 1.4245E ‐ 09 1.6425E ‐ 09 2.5547E ‐ 09 1.71493E ‐ 09 0.000000369 4.64063E ‐ 09 9.03147E ‐ 07 0.000001264.85147E ‐ 07 7.68904E ‐ 07 2.43492E ‐ 06

0.000002362

0.0000021 2.93813E ‐ 06 0.000003 0.0000041Will County Fisk Powerton Powerton Waukegan 884 886 879 879 883 WC3CONFIG FISK19 CONFIG Pow5CONFIG Pow6CONFIG WK7CONFIG 2.8478E ‐ 09 3.4405E ‐ 09 4.2272E ‐ 09 4.2489E ‐ 09 5.5073E ‐ 09AES Greenidge BL England San Juan San Juan PSEG Mercer Generating Station 2527 2378 2451 2451 2408 Unit 4 2 Coal w or w/o TDF Unit 4 Unit 3 MERU1E1PT1OS1 ‐ Coal 6.4602E ‐ 09 2.96487E ‐ 08 3.4300E ‐ 08 4.6833E ‐ 08 5.9130E ‐ 08 7.6771E ‐ 08 4.41349E ‐ 08 0.000000136 0.00000025 2.63233E ‐ 07 2.22617E ‐ 07 3.42667E ‐ 07 3.18333E ‐ 07 2.85368E ‐ 07 7.62967E ‐ 07 3.50834E ‐ 07 7.814E ‐ 07 4.85147E ‐ 07 7.68904E ‐ 07 2.43492E ‐ 06San Juan PSEG Mercer Generating Station Bridgeport Station Bridgeport Station San Juan 2451 2408 568 568 2451 Unit 2 MERU2E2PT2OS1 ‐ Coal BHSEMU3OS2 ‐ Coal BHSEMU3OS3 ‐ #2 Unit 1 6.1033E ‐ 08 8.94067E ‐ 08 9.0067E ‐ 08 1.2167E ‐ 07 1.3090E ‐ 07 1.661E ‐ 07 1.16167E ‐ 07 0.0000002 0.000000227 4.80333E ‐ 07 9.68567E ‐ 07 0.000002362Havana Hennepin Power Station Hennepin Power Station Brandon Shores Vermilion 891 892 892 602 897 Boiler 9 001 002 002 001 1.5967E ‐ 07 1.6167E ‐ 07 1.6167E ‐ 07 1.8470E ‐ 07 3.9700E ‐ 07Vermilion Comanche Comanche 897 470 470 002 Unit 2 Unit 1 3.9700E ‐ 07 4.8800E ‐ 07 6.5549E ‐ 07 6.62482E ‐ 07 0.00000568Walter Scott Jr. Energy Center Hardin Generator Project Weston Weston Sandow Station 1082 55749 4078 4078 52071 4 PC1 W4 W3 5B 7.2000E ‐ 07 8.8293E ‐ 07 8.9333E ‐ 07 9.9133E ‐ 07 1.02317E ‐ 06 0.0000012 1.07633E ‐ 06 7.37667E ‐ 06 1.23859E ‐ 06 0.0000014 1.13333E ‐ 06 0.0000056 0.0000015 1.69333E ‐ 06 0.0000021 0.0000021 2.93813E ‐ 06 0.000003 0.0000041Colstrip Oak Grove Sandow Station Meredosia Joppa Steam 6076 6180 52071 864 887 Unit3 OG1 5A 005 1 1.0502E ‐ 06 1.11E ‐ 06 1.44633E ‐ 06 1.7972E ‐ 06 2.0300E ‐ 06 3.87096E ‐ 06 1.89322E ‐ 06 3.74667E ‐ 06Nebraska City Newton Pulliam Monticello Merrimack Station 6096 6017 4072 6147 2364 NC2 002 8 2 mk2 2.2200E ‐ 06 3.7233E ‐ 06 6.3125E ‐ 06 6.69E ‐ 06 7.5800E ‐ 06 6.79333E ‐ 06Emissions (lb/MW) Sandow Station ORIS/Facility/Unit 52071 Runs 5B 1 7.05E ‐ 06 BDL 2 1.53E ‐ 05 BDL 3 9.85E ‐ 06 BDL 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 ni = number test runs = 3 Total Number of sources = 1 n =Total # test runs = 3 1 N i i 

### n

 

#  N2

This step is for QC only: means 1.07E ‐ 05

1.07E ‐ 05 Mean =

Pooled Variance = 1.7542E ‐ 11

m= number future runs = 3

Term1 0.6667

Term2 1.1695E ‐ 11

Squared root Term2 3.4197E ‐ 06 NOTE: the pvalue for the t-statistic is calculated as: 2*alpha, where 1-alpha is desired confidence, so if 9 9 

#   2 2 1 

## 1 1 n i i 

## s x X n  

##  

 

#  1 1 

## 1 i n N ij i j 

## X x n   

##  

# 

1 1 n m 

2 

### 1 1 s n m        1 

### 1 N i i 

### df n

 

###        



# 

2 

### 1 1 s n m        1 

## 1 i n i ik k i 

## x x n  

##  

# t ‐ statistic = quantile t ‐ distribution with df degrees of freedom at .99 confidence level = 6.96

UPL POOLED VARIANCE = 3.4543E ‐ 05 

### d f 

# t

2

, 

## 1 1 df p 

## Xt s n m        9 % confidence is desired then alpha=0.01 and 2*alpha=2*(0.01)UPL Pooled Variance= 2

, 

# 1 1 df p 

# Xt s n m        , df p 

# n m    primary_fuel ORIS code Plant Name physical_state Unit Number coal 52071 Sandow Station TX 5B coal 6180 Oak Grove TX OG1 coal 52071 Sandow Station TX 5A coal 2817 Leland Olds ND 1 coal 7030 Twin Oaks Power One TX U2 coal 6469 Antelope Valley Station ND AVS Unit 1 coal 6147 Monticello TX 2 coal 55076 Red Hills Generating Facility MS 002 coal 55076 Red Hills Generating Facility MS 001 coal 6030 Coal Creek ND Unit 1b coal 6183 San Miguel TX SMEC1Unit Type Boiler_Type Boiler_count Total_Capacity_MWe MW Fluidized bed firing Fluidized bed firing 1 282 Conventional Boiler Tangential firing 1 817 Fluidized bed firing Fluidized bed firing 1 282 Conventional Boiler Wall firing ‐ opposed firing 1 230 Fluidized bed firing Fluidized bed firing 1 172 Conventional Boiler Tangential firing 1 450 Conventional Boiler Tangential firing 1 583 Fluidized bed firing Fluidized bed firing 1 250 Fluidized bed firing Fluidized bed firing 1 250 Conventional Boiler Tangential firing 1 619 Conventional Boiler Wall firing ‐ opposed firing 1 440Total_max_heat_input Unit_heat_rate Fuel_types Fuel_Conc_lb/MMBtu Mercury ‐ ERT MMBtu/hr Mmbtu/MWh lb/MMBtu lb/MMBtu 2960 10.48 coal ‐ lignite 3.13E ‐ 05 8970 10.98 coal ‐ lignite 2.13E ‐ 05 2960 10.48 coal ‐ lignite 2.99E ‐ 05 2622 11.40 coal ‐ lignite 1717 9.98 coal ‐ lignite 2.76E ‐ 05 6.88E ‐ 06 6275 13.94 coal ‐ lignite 7000 12.01 coal ‐ lignite 2382 9.53 coal ‐ lignite 2.36E ‐ 05 1.08E ‐ 05 2401 9.60 coal ‐ lignite 2.36E ‐ 05 1.08E ‐ 05 6015 9.72 coal ‐ lignite 4980 11.32 coal ‐ ligniteMercury MW ‐ ERT Mercury ‐ ETTS Mercury MW ‐ ETTS Mercury ‐ CEMS Mercury ‐ Part II lb/MW lb/MMBtu lb/MW lb/MMBtu lb/MMBtu 5.60E ‐ 06 5.87E ‐ 05 1.30E ‐ 05 1.11E ‐ 06 1.22E ‐ 05 4.25E ‐ 05 3.75E ‐ 06 3.93E ‐ 05 1.98E ‐ 05 5.26E ‐ 06 6.86E ‐ 05 5.09E ‐ 06 6.69E ‐ 06 8.04E ‐ 05 1.03E ‐ 04 1.03E ‐ 04 1.09E ‐ 05 1.08E ‐ 05Mercury MW ‐ Part II Mercury ‐ min Mercury ‐ min % reduction lb/MW lb/MMBtu lb/MW 1.36E ‐ 04 1.02E ‐ 06 1.07E ‐ 05 FBC, SCR, ACI, DFGD, FF 96.7352% 4.67E ‐ 04 1.11E ‐ 06 1.22E ‐ 05 SCR, ACI, FF, WFGD 94.7751% 2.08E ‐ 04 1.45E ‐ 06 1.52E ‐ 05 FBC, SCR, ACI, DFGD, FF 95.1549% 6.00E ‐ 05 5.26E ‐ 06 6.00E ‐ 05 ESP 6.88E ‐ 06 6.86E ‐ 05 FBC, FF 75.0816% 7.10E ‐ 05 5.09E ‐ 06 7.10E ‐ 05 DFGD, FF 6.69E ‐ 06 8.04E ‐ 05 SCR, ACI, FF, ESP 1.08E ‐ 05 1.03E ‐ 04 FBC, FF 54.4151% 1.08E ‐ 05 1.03E ‐ 04 FBC, FF 54.4151% 1.06E ‐ 04 1.09E ‐ 05 1.06E ‐ 04 ESP, WFGD 1.23E ‐ 04 1.08E ‐ 05 1.23E ‐ 04 ESP, WFGDMercury control control_group_1 control_type_1 ACI NOx control Selective Noncatalytic Reduction ACI NOx control Selective Catalytic Reduction ACI NOx control Selective Noncatalytic Reduction PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Fabric Filter, reverse air SO2 control Dry FGD ‐ Spray Dryer ACI NOx control Selective Noncatalytic Reduction PM control Fabric Filter, unspecified PM control Fabric Filter, unspecified PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioninginstall_date_1 control_group_2 control_type_2 install_date_2 control_group_3 01 ‐ Jul ‐ 09 Other control Activated carbon injection 01 ‐ Aug ‐ 09 SO2 control 01 ‐ Aug ‐ 09 Other control Activated carbon injection 01 ‐ Aug ‐ 09 PM control 01 ‐ Aug ‐ 09 Other control Activated carbon injection 01 ‐ Aug ‐ 09 SO2 control 01 ‐ Nov ‐ 74 01 ‐ Aug ‐ 90

01 ‐ Jul ‐ 84 PM control Fabric Filter, reverse air 01 ‐ Jul ‐ 84 01 ‐ Nov ‐ 08 Other control Activated carbon injection 01 ‐ Feb ‐ 09 PM control 01 ‐ May ‐ 02 01 ‐ May ‐ 02 01 ‐ Aug ‐ 79 SO2 control Wet FGD ‐ Spray Type 01 ‐ Aug ‐ 79 01 ‐ Jan ‐ 82 SO2 control Wet FGD ‐ Tray Type 01 ‐ Jan ‐ 82control_type_3 install_date_3 control_group_4 Dry FGD ‐ Circulating Dry Scrubber 01 ‐ Jul ‐ 09 PM control Fabric Filter, pulse 01 ‐ Aug ‐ 09 SO2 control Dry FGD ‐ Circulating Dry Scrubber 01 ‐ Aug ‐ 09 PM control

Fabric Filter, shake and deflate 01 ‐ Dec ‐ 75 PM controlcontrol_type_4 install_date_4 control_group_5 Fabric Filter, pulse 01 ‐ Jul ‐ 09 Wet FGD ‐ Spray Type 01 ‐ Aug ‐ 09 Fabric Filter, pulse 01 ‐ Aug ‐ 09

Electrostatic precipitator, cold side, w/ flue gas conditioning 01 ‐ Dec ‐ 75control_type_5 install_date_5 control_group_6 control_type_6 install_date_6 control_group_7control_type_7 install_date_7 control_group_8 control_type_8 install_date_8 control_group_9control_type_9 install_date_9 control_group_10 control_type_10 install_date_10 control_group_11control_type_11 install_date_11 control_group_12 control_type_12 install_date_12Sandow Station Oak Grove ORIS/Facility/Unit 52071 6180

Test Averages 5B OG1 1 1.0726E ‐ 05 1.2202E ‐ 05 2 1.2985E ‐ 05 4.2500E ‐ 05 3 5.8707E ‐ 05 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 ni = number test runs = 3 2 Total Number of sources = 2 n =Total # test runs = 5 Emissions (lb/MW)

1 N i i 

### n

 

#  N4

This step is for QC only: means 1.07E ‐ 05 1.22E ‐ 05

1.15E ‐ 05 Mean =

Pooled Variance = 4.8124E ‐ 1 0

m= number future runs = 1

Term1 1.5000

Term2 7.2186E ‐ 1 0

Squared root Term2 2.6867E ‐ 05 NOTE: the pvalue for the t-statistic is calculated as: 2*alpha, where 1-alpha is desired confid e 

#   2 2 1 

## 1 1 n i i 

## s x X n  

##  

 

#  1 1 

## 1 i n N ij i j 

## X x n   

##  

# 

1 1 n m 

2 

### 1 1 s n m        1 

### 1 N i i 

### df n

 

###        



# 

2 

### 1 1 s n m        1 

## 1 i n i ik k i 

## x x n  

##  

# t ‐ statistic = quantile t ‐ distribution with df degrees of freedom at .99 confidence level = 3.75

UPL POOLED VARIANCE = 1.1213E ‐ 0 4 

### d f 

# t

2

, 

## 1 1 df p 

## Xt s n m        Distribution of Normal Tests Distribution of Log Tests Skewness = 9.02E-01 #DIV/0! SE Skewness 1.10 #DIV/0! Skewness Test normal #DIV/0! Kurtosis = -1.61E+00 #DIV/0! SE Kurtosis 2.19 #DIV/0! Kurtosis Test normal #DIV/0! Number of test runs = 5 0

e nce, so if 99% confidence is desired then alpha=0.01 and 2*alpha=2*(0.01 )REsult: normal2

, df p 

# X t s    , f p 

#  2 

# 1 1 n m       

# n m    Emissions (lb/MMBtu) Sandow Station ORIS/Facility/Unit 52071 Runs 5B 1 6.72E ‐ 07 BDL 2 1.46E ‐ 06 BDL 3 9.40E ‐ 07 BDL 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 ni = number test runs = 3 Total Number of sources = 1 n =Total # test runs = 3 1 N i i 

### n

 

#  N2

This step is for QC only: means 1.02E ‐ 06

1.02E ‐ 06 Mean =

Pooled Variance = 1.5961E ‐ 13

m= number future runs = 3

Term1 0.6667

Term2 1.0641E ‐ 13

Squared root Term2 3.2620E ‐ 07 NOTE: the pvalue for the t-statistic is calculated as: 2*alpha, where 1-alpha is desired confidence, so if 99 % 

#   2 2 1 

## 1 1 n i i 

## s x X n  

##  

 

#  1 1 

## 1 i n N ij i j 

## X x n   

##  

# 

1 1 n m 

2 

### 1 1 s n m        1 

## 1 N i i 

## df n

 

##        



# 

2 

### 1 1 s n m        1 

## 1 i n i ik k i 

## x x n  

##  

# t ‐ statistic = quantile t ‐ distribution with df degrees of freedom at .99 confidence level = 6.96

UPL POOLED VARIANCE = 3.2950E ‐ 06 

### d f 

# t

2

, 

## 1 1 df p 

## Xt s n m        % confidence is desired then alpha=0.01 and 2*alpha=2*(0.01 )UPL Pooled Variance= 2

, 

# 1 1 df p 

# Xt s n m        , df p 

# n m    Emissions (lb/MMBtu) Will County ORIS/Facility/Unit 884 Runs WC4CONFIG 1 7.7362E ‐ 10 2 7.6330E ‐ 10 3 7.9425E ‐ 10 4 6.8078E ‐ 10 5 7.4267E ‐ 10 6 7.4267E ‐ 10 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 ni = number test runs = 6 Total Number of sources = 1 n =Total # test runs = 6 1 N i i 

### n

 

#  N5

This step is for QC only: means 7.50E ‐ 10

7.50E ‐ 10 Mean =

Pooled Variance = 1.5179E ‐ 21

m= number future runs = 6

Term1 0.3333

Term2 5.0598E ‐ 22

Squared root Term2 2.2494E ‐ 11 NOTE: the pvalue for the t-statistic is calculated as: 2*alpha, where 1-alpha is desired confidence, so if 9 9 

#   2 2 1 

## 1 1 n i i 

## s xX n  

##  

 

#  1 1 

## 1 i n N ij i j 

## X x n   

##  

# 

1 1 n m 

2 

### 1 1 s n m        1 

### 1 N i i 

### df n

 

###        



# 

2 

### 1 1 s n m        1 

## 1 i n i ik k i 

## x x n  

##  

# t ‐ statistic = quantile t ‐ distribution with df degrees of freedom at .99 confidence level = 3.36

UPL POOLED VARIANCE = 8.2524E ‐ 10 

### d f 

# t

2

, 

## 1 1 df p 

## Xt s n m        9 % confidence is desired then alpha=0.01 and 2*alpha=2*(0.01)UPL Pooled Variance= 2

, 

# 1 1 df p 

# Xt s n m        , df p 

# n m    primary_fuel ORIS code Plant Name coal 2384 Deepwater coal 963 Dallman coal 963 Dallman coal 884 Will County coal 874 Joliet 9 coal 87 Escalante coal 56224 TS Power Plant coal 883 Waukegan coal 963 Dallman coal 867 Crawford coal 384 Joliet 29 coal 54634 St. Nicholas Cogen Project coal 384 Joliet 29 coal 54081 Spruance Genco, LLC coal 884 Will County coal 886 Fisk coal 879 Powerton coal 879 Powerton coal 54081 Spruance Genco, LLC coal 527 Nucla coal 10043 Logan Generating Plant coal 883 Waukegan coal 3130 Seward coal 2836 Avon Lake coal 2527 AES Greenidge coal 54035 Roanoke Valley I coal 2836 Avon Lake coal 50976 Indiantown Cogeneration, L.P. coal 50888 Northampton Generating Company, L.P. coal 54755 Roanoke Valley II coal 10673 AES Hawaii coal 54081 Spruance Genco, LLC coal 10603 Ebensburg Power Company coal 10673 AES Hawaii coal 10143 Colver Power Project coal 54304 Birchwood Power Facility coal 4042 Valley coal 10566 Chambers Cogeneration LP coal 2324 Reid Gardner coal 7213 Clover coal 10672 Cedar Bay Generating Company L.P. coal 4042 Valley coal 10672 Cedar Bay Generating Company L.P. coal 10678 AES Warrior Run Cogeneration Facility coal 10672 Cedar Bay Generating Company L.P.coal 4042 Valley coal 469 Cherokee coal 2378 BL England coal 492 Martin Drake coal 469 Cherokee coal 10566 Chambers Cogeneration LP coal 2451 San Juan coal 50974 Scrubgrass Generating Company L.P. coal 492 Martin Drake coal 50776 Panther Creek Energy Facility coal 50776 Panther Creek Energy Facility coal 3280 Canadys Steam coal 477 Valmont coal 3287 McMeekin coal 10771 Hopewell coal 2451 San Juan coal 7213 Clover coal 2408 PSEG Mercer Generating Station coal 2451 San Juan coal 6021 Craig coal 7210 Cope coal 6041 H L Spurlock Station coal 4042 Valley coal 56068 Elm Road Generating Station coal 2526 AES Westover, LLC coal 3287 McMeekin coal 2408 PSEG Mercer Generating Station coal 568 Bridgeport Station coal 6021 Craig coal 963 Dallman coal 568 Bridgeport Station coal 52007 Mecklenburg Power Station coal 52007 Mecklenburg Power Station coal 54144 Piney Creek Project coal 2712 Roxboro Steam Electric Plant coal 2451 San Juan coal 130 Cross coal 2712 Roxboro Steam Electric Plant coal 891 Havana coal 892 Hennepin Power Station coal 892 Hennepin Power Station coal 10377 James River Cogeneration Co coal 6041 H L Spurlock Station coal 1613 Somerset Station coal 602 Brandon Shores coal 8219 Ray D Nixon coal 10343 Foster Wheeler Mt Carmel Cogencoal 3775 Clinch River coal 130 Cross coal 525 Hayden coal 10641 Cambria Cogen coal 130 Cross coal 10774 Southampton Power Station coal 10641 Cambria Cogen coal 6137 A. B. Brown Generating Station coal 2277 Sheldon Station coal 2535 AES Cayuga, LLC coal 525 Hayden coal 897 Vermilion coal 897 Vermilion coal 1626 Salem Harbor coal 1073 Prairie Creek coal 708 Hammond coal 708 Hammond coal 708 Hammond coal 708 Hammond coal 492 Martin Drake coal 47 Colbert coal 3152 Sunbury Generation LP coal 470 Comanche coal 2324 Reid Gardner coal 8224 North Valmy coal 6041 H L Spurlock Station coal 3946 Willow Island coal 6018 East Bend Station coal 470 Comanche coal 3251 HB Robinson / Darlington Electric Power Plant coal 2706 Asheville Steam Electric Plant coal 988 Tanners Creek coal 1710 Consumers Energy ‐ J.H. Campbell coal 1710 Consumers Energy ‐ J.H. Campbell coal 2098 Lake Road coal 10151 Grant Town Power Plant coal 1082 Walter Scott Jr. Energy Center coal 2718 G G Allen coal 2718 G G Allen coal 2480 Danskammer Generating Station coal 6085 R.M. Schahfer coal 1047 Lansing coal 6113 Gibson coal 10743 Morgantown Energy Facility coal 3946 Willow Island coal 55749 Hardin Generator Project coal 6113 Gibsoncoal 641 Crist coal 641 Crist coal 641 Crist coal 641 Crist coal 4078 Weston coal 136 Seminole Generating Station coal 990 Harding Street coal 4078 Weston coal 136 Seminole Generating Station coal 52071 Sandow Station coal 2535 AES Cayuga, LLC coal 6076 Colstrip coal 8224 North Valmy coal 6180 Oak Grove coal 3098 Elrama Power Plant coal 3098 Elrama Power Plant coal 3098 Elrama Power Plant coal 3098 Elrama Power Plant coal 6019 W H Zimmer coal 642 Scholz coal 642 Scholz coal 728 Yates coal 3140 PPL Brunner Island coal 3140 PPL Brunner Island coal 3297 Wateree coal 2706 Asheville Steam Electric Plant coal 2094 Sibley coal 2094 Sibley coal 2094 Sibley coal 68029 AES Puerto Rico Cogeneration Facility coal 50611 WPS Westwood Generation, LLC coal 2403 PSEG Hudson Generating Station coal 2107 Sioux coal 52071 Sandow Station coal 3161 Eddystone Generating Station coal 2169 Chamois Power Plant coal 2837 Eastlake coal 1385 Dale Station coal 1363 Cane Run coal 113 Cholla coal 994 AES Petersburg coal 864 Meredosia coal 1043 Frank E. Ratts coal 1046 Dubuque coal 994 AES Petersburg coal 6179 Fayette Power Project coal 1058 Sixth Streetcoal 887 Joppa Steam coal 994 AES Petersburg coal 2824 Stanton coal 2161 James River Power Station coal 3181 Mitchell Power Station coal 68029 AES Puerto Rico Cogeneration Facility coal 1943 Hoot Lake coal 2167 New Madrid coal 2161 James River Power Station coal 6096 Nebraska City coal 2167 New Madrid coal 4041 South Oak Creek coal 994 AES Petersburg coal 4041 South Oak Creek coal 964 Lakeside coal 964 Lakeside coal 1250 Lawrence Energy Center coal 728 Yates coal 3115 Titus coal 6639 R D Green coal 1832 Erickson Station coal 469 Cherokee coal 1043 Frank E. Ratts coal 2480 Danskammer Generating Station coal 2848 O H Hutchings coal 1363 Cane Run coal 2837 Eastlake coal 1893 Boswell Energy Center coal 1077 Sutherland coal 3115 Titus coal 10075 Taconite Harbor Energy Center coal 1058 Sixth Street coal 3113 Portland coal 1077 Sutherland coal 6016 Duck Creek coal 2708 Cape Fear Steam Electric Plant coal 8223 Springerville coal 3179 Hatfield's Ferry Power Station coal 7097 J K Spruce coal 2277 Sheldon Station coal 3845 TransAlta Centralia Generation coal 3845 TransAlta Centralia Generation coal 113 Cholla coal 1073 Prairie Creek coal 2848 O H Hutchings coal 3115 Titus coal 3115 Tituscoal 3115 Titus coal 2848 O H Hutchings coal 2824 Stanton coal 3138 New Castle Plant coal 1218 Fair Station coal 4041 South Oak Creek coal 8223 Springerville coal 1167 Muscatine #1 coal 1374 Elmer Smith Station coal 6002 James H. Miller Jr. coal 6017 Newton coal 997 Michigan City coal 1252 Tecumseh Energy Center coal 1046 Dubuque coal 990 Harding Street coal 991 Eagle Valley coal 3113 Portland coal 8066 Jim Bridger Plant Units 1 ‐ 4 coal 991 Eagle Valley coal 2861 Niles Plant coal 1252 Tecumseh Energy Center coal 991 Eagle Valley coal 991 Eagle Valley coal 990 Harding Street coal 1295 Quindaro coal 1058 Sixth Street coal 55479 Wygen 1 coal 2716 W.H. Weatherspoon Plant coal 1082 Walter Scott Jr. Energy Center coal 564 Stanton Energy Center coal 1250 Lawrence Energy Center coal 6469 Antelope Valley Station coal 10849 Silver Bay Power coal 1048 ML Kapp coal 6139 Welsh coal 2817 Leland Olds coal 4041 South Oak Creek coal 2079 Hawthorn coal 8066 Jim Bridger Plant Units 1 ‐ 4 coal 56319 Wygen 2 coal 6768 Sikeston Power Station coal 3295 Urquhart coal 1047 Lansing coal 6098 Big Stone coal 6761 Rawhide coal 1241 La Cygne coal 465 Arapahoecoal 10075 Taconite Harbor Energy Center coal 6077 Gerald Gentleman coal 4072 Pulliam coal 4072 Pulliam coal 1943 Hoot Lake coal 8066 Jim Bridger Plant Units 1 ‐ 4 coal 6077 Gerald Gentleman coal 3403 Gallatin coal 4072 Pulliam coal 6106 Boardman coal 1010 Wabash River coal 1010 Wabash River coal 8066 Jim Bridger Plant Units 1 ‐ 4 coal 6181 J T Deely coal 6181 J T Deely coal 6248 Pawnee coal 8023 Columbia coal 6147 Monticello coal 4078 Weston coal 6254 Ottumwa coal 7030 Twin Oaks Power One coal 3152 Sunbury Generation LP coal 3152 Sunbury Generation LP coal 6664 Louisa coal 1393 RS Nelson coal 1218 Fair Station coal 3152 Sunbury Generation LP coal 4078 Weston coal 2080 Montrose coal 2080 Montrose coal 2364 Merrimack Station coal 165 GRDA coal 2828 Cardinal coal 981 State Line coal 2836 Avon Lake coal 165 GRDA coal 4072 Pulliam coal 4072 Pulliam coal 4072 Pulliam coal 60 Whelan Energy Center Unit 1 (WEC1) coal 1104 Burlington coal 2080 Montrose coal 3942 Albright Power Station coal 7253 Richard Gorsuch coal 55076 Red Hills Generating Facility coal 55076 Red Hills Generating Facility coal 6183 San Miguelcoal 6030 Coal Creek coal 3942 Albright Power Station coal 8 Gorgas coal 8 Gorgas coal 8 Gorgas coal 2840 Conesville coal 2848 O H Hutchings coal 2732 Riverbend coal 3138 New Castle Plant coal 2861 Niles Plant coal 3152 Sunbury Generation LP coal 6082 AES Somerset LLCphysical_state Unit Number Unit Type NJ Coal ‐ firing Conventional Boiler IL 32 Conventional Boiler IL 31 Conventional Boiler IL WC4CONFIG Conventional Boiler IL JOL5 CONFIG Conventional Boiler NM 1 Conventional Boiler NV TSPower Conventional Boiler IL WK8CONFIG Conventional Boiler IL 33 Conventional Boiler IL CRA7 CONFIG Conventional Boiler IL JOL8CONFIG Conventional Boiler PA 1 Fluidized bed firing IL JOL7CONFIG Conventional Boiler VA GEN2 Conventional Boiler IL WC3CONFIG Conventional Boiler IL FISK19 CONFIG Conventional Boiler IL Pow5CONFIG Conventional Boiler IL Pow6CONFIG Conventional Boiler VA GEN3 Conventional Boiler CO 001 Fluidized bed firing NJ Unit1 Conventional Boiler IL WK7CONFIG Conventional Boiler PA SEW ‐ 1 Fluidized bed firing OH AL10 Conventional Boiler NY Unit 4 Conventional Boiler NC Boiler 1 Conventional Boiler OH AL12 ‐ 2 Conventional Boiler FL 001 Conventional Boiler PA GEN1 Fluidized bed firing NC Boiler 2 Conventional Boiler HI 001 Fluidized bed firing VA GEN4 Conventional Boiler PA EPC01 Fluidized bed firing HI 002 Fluidized bed firing PA AAB01 Fluidized bed firing VA 1A Conventional Boiler WI VAPP ‐ B1 Conventional Boiler NJ Boil 1 Conventional Boiler NV 1 Conventional Boiler VA Unit 1 Conventional Boiler FL CBB1 Fluidized bed firing WI VAPP ‐ B3 Conventional Boiler FL CBA1 Fluidized bed firing MD BLR1 Fluidized bed firing FL CBC1 Fluidized bed firingWI VAPP ‐ B2 Conventional Boiler CO Unit 3 Conventional Boiler NJ 2 Coal w or w/o TDF Conventional Boiler CO Unit 7 ‐ Coal Conventional Boiler CO Unit 4 Conventional Boiler NJ Boil 2 Conventional Boiler NM Unit 4 Conventional Boiler PA Gen 1 Fluidized bed firing CO Unit 5 ‐ Coal Conventional Boiler PA BG1 Fluidized bed firing PA BG2 Fluidized bed firing SC CAN003 Conventional Boiler CO Unit 5 Conventional Boiler SC MCM002 Conventional Boiler VA 1 & 2 Conventional Boiler NM Unit 3 Conventional Boiler VA Unit 2 Conventional Boiler NJ MERU1E1PT1OS1 ‐ Coal Conventional Boiler NM Unit 2 Conventional Boiler CO C2 Conventional Boiler SC COP001 Conventional Boiler KY Unit 03 Fluidized bed firing WI VAPP ‐ B4 Conventional Boiler WI ERGS ‐ B1 Conventional Boiler NY 8 Conventional Boiler SC MCM001 Conventional Boiler NJ MERU2E2PT2OS1 ‐ Coal Conventional Boiler CT BHSEMU3OS2 ‐ Coal Conventional Boiler CO C1 Conventional Boiler IL 34 Conventional Boiler CT BHSEMU3OS3 ‐ #2 Conventional Boiler VA Unit 1 & 2 Conventional Boiler VA Unit 1 & 2 Conventional Boiler PA BRBRI Fluidized bed firing NC Rox_Cfg_1b Conventional Boiler NM Unit 1 Conventional Boiler SC C1 Conventional Boiler NC Rox_Cfg_2c Conventional Boiler IL Boiler 9 Conventional Boiler IL 001 Conventional Boiler IL 002 Conventional Boiler VA UNIT2 Conventional Boiler KY Unit 04 Fluidized bed firing MA Unit 8 Conventional Boiler MD 002 Conventional Boiler CO Unit 1 Conventional Boiler PA SG ‐ 101 Fluidized bed firingVA CR ‐ 1 Conventional Boiler SC C3 Conventional Boiler CO Unit 1 Conventional Boiler PA 001 Fluidized bed firing SC C4 Conventional Boiler VA Unit 1 & 2 Conventional Boiler PA 002 Fluidized bed firing IN 1Config Conventional Boiler NE U2 Conventional Boiler NY Unit_1 Conventional Boiler CO Unit 2 Conventional Boiler 001 Conventional Boiler 002 Conventional Boiler MA Unit 1 Conventional Boiler IA Unit 3 Conventional Boiler GA Unit 1 Conventional Boiler GA Unit 2 Conventional Boiler GA Unit 3 Conventional Boiler GA Unit 4 Conventional Boiler CO Unit 6 ‐ Coal Conventional Boiler AL 4 Conventional Boiler PA Boiler 4 Conventional Boiler CO Unit 2 Conventional Boiler NV 4 Conventional Boiler NV 2 Conventional Boiler KY Unit 01 Conventional Boiler WV Unit 2 Conventional Boiler KY 2 Conventional Boiler CO Unit 1 Conventional Boiler SC Rob_Cfg_1 Conventional Boiler NC Ash_Cfg_1d Conventional Boiler IN TC ‐ 4 Conventional Boiler MI JHC1 ‐ Conf Conventional Boiler MI JHC2 ‐ Conf Conventional Boiler MO 6 Conventional Boiler WV GEN1 Fluidized bed firing IA 4 Conventional Boiler NC 3 ‐ 2009 ‐ FGDIN Conventional Boiler NC 4 ‐ 2009 ‐ FGDIN Conventional Boiler NY 3 Conventional Boiler IN R.M.0014 Conventional Boiler IA Unit 3 Conventional Boiler IN 2 ‐ 2007 ‐ FGDIN Conventional Boiler WV Unit 1&2 Fluidized bed firing WV Unit 1 Conventional Boiler MT PC1 Conventional Boiler IN 1 ‐ 2007 ‐ FGDIN Conventional BoilerFL Unit 4 Conventional Boiler FL Unit 5 Conventional Boiler FL Unit 6 Conventional Boiler FL Unit 7 Conventional Boiler WI W4 Conventional Boiler FL Unit 1 Conventional Boiler IN 70ss Conventional Boiler WI W3 Conventional Boiler FL Unit 2 Conventional Boiler TX 5B Fluidized bed firing NY Unit_2 Conventional Boiler MT Unit3 Conventional Boiler NV 1 Conventional Boiler TX OG1 Conventional Boiler PA ELR1 ‐ 2 Conventional Boiler PA ELR2 ‐ 2 Conventional Boiler PA ELR3 ‐ 2 Conventional Boiler PA ELR4 ‐ 2 Conventional Boiler OH 1 Conventional Boiler FL Unit 1 Conventional Boiler FL Unit 2 Conventional Boiler GA Y6BR Conventional Boiler PA U1 Conventional Boiler PA U2 Conventional Boiler SC WAT001 Conventional Boiler NC Ash_Cfg_2 Conventional Boiler MO 1 Conventional Boiler MO 2 Conventional Boiler MO 3 Conventional Boiler PR Unit_1 Fluidized bed firing PA 001 Fluidized bed firing NJ HUDU2E2PT2OS1 ‐ Coal Conventional Boiler MO 002 Conventional Boiler TX 5A Fluidized bed firing PA Unit 2 Conventional Boiler MO Unit 2 Conventional Boiler OH Unit 3 Conventional Boiler KY 03 Conventional Boiler KY CR5 Conventional Boiler AZ 004 Conventional Boiler IN 1s Conventional Boiler IL 005 Conventional Boiler IN 2SG1conf1 Conventional Boiler IA Unit 1 Conventional Boiler IN 2ss Conventional Boiler TX 3 Conventional Boiler IA Unit 4 Conventional BoilerIL 1 Conventional Boiler IN 3ss Conventional Boiler ND u1 Conventional Boiler MO Unit_4_JRPS Conventional Boiler PA 033 Conventional Boiler PR Unit_2 Fluidized bed firing MN 3 Conventional Boiler MO con2 Conventional Boiler MO Unit_5_JRPS Conventional Boiler NE NC2 Conventional Boiler MO con1 Conventional Boiler WI OCPP ‐ B5 Conventional Boiler IN 4s Conventional Boiler WI OCPP ‐ B8 Conventional Boiler IL 7 Conventional Boiler IL 8 Conventional Boiler KS 3 Conventional Boiler GA Y1BR Conventional Boiler PA TI ‐ 1 ‐ 2 Conventional Boiler KY 2 Conventional Boiler MI 001 Conventional Boiler CO Unit 2 Conventional Boiler IN 1SG1conf1 Conventional Boiler NY 4 Conventional Boiler OH H ‐ 6 Conventional Boiler KY CR4 Conventional Boiler OH Unit 1 Conventional Boiler MN BEC2 Conventional Boiler IA Unit 1 Conventional Boiler PA TI ‐ 3 ‐ 2 Conventional Boiler MN THEC2 Conventional Boiler IA Unit 3 Conventional Boiler PA POR ‐ 1 Conventional Boiler IA Unit 2 Conventional Boiler IL 001 Conventional Boiler NC Cap_Cfg_5b Conventional Boiler AZ 3 Conventional Boiler PA 001 Conventional Boiler TX 1 Conventional Boiler NE U1 Conventional Boiler WA BW21CONFIG Conventional Boiler WA BW22CONFIG Conventional Boiler AZ 003 Conventional Boiler IA Unit 4 Conventional Boiler OH H ‐ 4 Conventional Boiler PA TI ‐ 1 Conventional Boiler PA TI ‐ 2 Conventional BoilerPA TI ‐ 3 Conventional Boiler OH H ‐ 1 Conventional Boiler ND u10 Conventional Boiler PA NC5 ‐ 2 Conventional Boiler IA U2 Conventional Boiler WI OCPP ‐ B7 Conventional Boiler AZ 4 Conventional Boiler IA 8 Conventional Boiler KY Unit001 Conventional Boiler AL Unit 4 Conventional Boiler IL 002 Conventional Boiler IN 12 Conventional Boiler KS 9 Conventional Boiler IA Unit 5 Conventional Boiler IN 60s Conventional Boiler IN 6 Conventional Boiler PA POR ‐ 2 Conventional Boiler WY JB4 Conventional Boiler IN 5 Conventional Boiler OH N1 ‐ 1 Conventional Boiler KS 10 Conventional Boiler IN 3 Conventional Boiler IN 4 Conventional Boiler IN 50s Conventional Boiler KS Unit 2 Conventional Boiler IA Unit 2 Conventional Boiler WY WYG1Cfg Conventional Boiler NC Wea_Cfg_1 Conventional Boiler IA 3 Conventional Boiler FL 2 coal Conventional Boiler KS 5 Conventional Boiler ND AVS Unit 1 Conventional Boiler MN GEN1 Conventional Boiler IA Unit 2 Conventional Boiler TX WE ‐ 1 Conventional Boiler ND 1 Conventional Boiler WI OCPP ‐ B6 Conventional Boiler MO 5A Conventional Boiler WY JB1 Conventional Boiler WY WYG2Cfg Conventional Boiler MO 1 Conventional Boiler SC URQ003 Conventional Boiler IA Unit 4 Conventional Boiler SD 001 Conventional Boiler CO Rawhide101 Conventional Boiler KS 2 Conventional Boiler CO Unit 4 Conventional BoilerMN THEC1 Conventional Boiler NE U1 Conventional Boiler WI 3 Conventional Boiler WI 4 Conventional Boiler MN 2 Conventional Boiler WY JB2 Conventional Boiler NE U2 Conventional Boiler TN 2 Conventional Boiler WI 8 Conventional Boiler OR 1SG Conventional Boiler IN 4 Conventional Boiler IN 6 Conventional Boiler WY JB3 Conventional Boiler TX 1 Conventional Boiler TX 2 Conventional Boiler CO Unit 1 Conventional Boiler WI Unit 1 Conventional Boiler TX 2 Conventional Boiler WI W1 Conventional Boiler IA Unit 1 Conventional Boiler TX U2 Fluidized bed firing PA Boiler 1A Conventional Boiler PA Boiler1B Conventional Boiler IA 101 Conventional Boiler LA 001 Conventional Boiler IA U1 Conventional Boiler PA Boiler 2A Conventional Boiler WI W2 Conventional Boiler MO 2 Conventional Boiler MO 3 Conventional Boiler NH mk2 Conventional Boiler OK 1 Conventional Boiler OH CD ‐ U3 Conventional Boiler IN Unit 3 Conventional Boiler OH AL12 ‐ 1 Conventional Boiler OK 2 Conventional Boiler WI 7 Conventional Boiler WI 5 Conventional Boiler WI 6 Conventional Boiler NE 1 Conventional Boiler IA Unit 1 Conventional Boiler MO 1 Conventional Boiler WV Unit_2 Conventional Boiler OH UNIT3 Conventional Boiler MS 001 Fluidized bed firing MS 002 Fluidized bed firing TX SMEC1 Conventional BoilerND Unit 1b Conventional Boiler WV Unit_1 Conventional Boiler AL Unit 10 Conventional Boiler AL Unit 8 Conventional Boiler AL Unit 9 Conventional Boiler OH CV ‐ 3 Conventional Boiler OH H ‐ 5 Conventional Boiler NC 7 Conventional Boiler PA NC3 ‐ 2 Conventional Boiler OH N2 ‐ 1 Conventional Boiler PA Boiler 2B Conventional Boiler NY 001 Conventional BoilerBoiler_Type Boiler_count Total_Capacity_MWe MW Wall firing ‐ front firing 1 87 Cyclone firing 1 84 Cyclone firing 1 90 Tangential firing 1 542 Cyclone firing 1 326 Tangential firing 1 260 Wall firing ‐ opposed firing 1 242 Tangential firing 1 383 Tangential firing 1 208 Tangential firing 1 234 Tangential firing 2 542 Fluidized bed firing 1 99 Tangential firing 2 546 Stoker ‐ underfeed 2 57 Tangential firing 1 278 Tangential firing 1 348 Cyclone firing 2 810 Cyclone firing 2 812 Stoker ‐ underfeed 2 57 Fluidized bed firing 1 110 Wall firing ‐ opposed firing 1 242 Tangential firing 1 345 Fluidized bed firing 2 585 Tangential firing 1 101 Tangential firing 1 112 Wall firing ‐ front firing 1 182 Wall firing ‐ opposed firing 1 680 Wall firing ‐ opposed firing 1 361 Fluidized bed firing 1 121 Wall firing ‐ front firing 1 50 Fluidized bed firing 1 203 Stoker ‐ underfeed 2 57 Fluidized bed firing 1 58 Fluidized bed firing 1 203 Fluidized bed firing 1 131 Tangential firing 1 222 Wall firing ‐ front firing 2 144 Wall firing ‐ front firing 1 285 Wall firing ‐ front firing 1 111 Tangential firing 1 431 Fluidized bed firing 1 280 Wall firing ‐ front firing 2 144 Fluidized bed firing 1 280 Fluidized bed firing 1 202 Fluidized bed firing 1 280Wall firing ‐ front firing 2 144 Wall firing ‐ front firing 1 165 Cyclone firing 1 167 Wall firing ‐ front firing 1 141 Tangential firing 1 383 Wall firing ‐ front firing 1 285 Wall firing ‐ opposed firing 1 544 Fluidized bed firing 2 194 Wall firing ‐ front firing 1 55 Fluidized bed firing 1 47 Fluidized bed firing 1 47 Wall firing ‐ unspecified 1 185 Tangential firing 1 196 Tangential firing 1 132 Stoker ‐ spreader 2 136 Wall firing ‐ opposed firing 1 544 Tangential firing 1 434 Wall firing ‐ unspecified 1 343 Wall firing ‐ front firing 1 370 Wall firing ‐ opposed firing 1 456 Tangential firing 1 441 Fluidized bed firing 1 300 Wall firing ‐ front firing 2 144 Wall firing ‐ unspecified 1 677 Tangential firing 1 86 Tangential firing 1 135 Wall firing ‐ unspecified 1 343 Tangential firing 1 403 Wall firing ‐ opposed firing 1 456 Wall firing ‐ opposed firing 1 229 Tangential firing 1 403 Wall firing ‐ front firing 2 152 Wall firing ‐ front firing 2 152 Fluidized bed firing 1 36 Wall firing ‐ opposed firing 1 385 Wall firing ‐ front firing 1 370 Wall firing ‐ opposed firing 1 610 Tangential firing 1 703 Wall firing ‐ unspecified 1 481 Tangential firing 1 75 Tangential firing 1 234 Stoker ‐ underfeed 3 57 Fluidized bed firing 1 300 Tangential firing 1 113 Wall firing ‐ unspecified 1 690 Wall firing ‐ front firing 1 225 Fluidized bed firing 1 43Vertical firing 1 230 Tangential firing 1 625 Wall firing ‐ front firing 1 202 Fluidized bed firing 1 49 Tangential firing 1 625 Stoker ‐ spreader 2 136 Fluidized bed firing 1 49 Wall firing ‐ opposed firing 1 265 Cyclone firing 1 141 Tangential firing 1 164 Tangential firing 1 285 Tangential firing 1 72 Tangential firing 1 110 Wall firing ‐ front firing 1 81 Wall firing ‐ front firing 1 50 Wall firing ‐ front firing 1 115 Wall firing ‐ front firing 1 115 Wall firing ‐ front firing 1 115 Wall firing ‐ front firing 1 520 Wall firing ‐ front firing 1 85 Wall firing ‐ front firing 1 200 Wall firing ‐ front firing 1 128 Wall firing ‐ front firing 1 365 Wall firing ‐ front firing 1 281 Wall firing ‐ front firing 1 270 Wall firing ‐ opposed firing 1 344 Cyclone firing 1 190 Wall firing ‐ front firing 1 651 Tangential firing 1 360 Tangential firing 1 187 Wall firing ‐ front firing 1 207 Cyclone firing 1 580 Tangential firing 1 274 Wall firing ‐ front firing 1 374 Cyclone firing 1 99 Fluidized bed firing 2 190 Wall firing ‐ unspecified 1 850 Tangential firing 1 282 Tangential firing 1 297 Tangential firing 1 145 Cyclone firing 1 468 Wall firing ‐ front firing 1 32 Wall firing ‐ opposed firing 1 661 Fluidized bed firing 2 116 Vertical firing 1 58 Wall firing ‐ unspecified 1 119 Wall firing ‐ opposed firing 1 661Tangential firing 1 82 Tangential firing 1 82 Wall firing ‐ front firing 1 320 Wall firing ‐ front firing 1 500 Wall firing ‐ opposed firing 1 575 Wall firing ‐ opposed firing 1 694 Tangential firing 1 463 Tangential firing 1 366 Wall firing ‐ opposed firing 1 694 Fluidized bed firing 1 282 Tangential firing 1 168 Tangential firing 1 805 Wall firing ‐ opposed firing 1 244 Tangential firing 1 817 Vertical firing 1 100 Vertical firing 1 100 Vertical firing 1 125 Wall firing ‐ front firing 1 185 Wall firing ‐ opposed firing 1 1408 Wall firing ‐ front firing 1 49 Wall firing ‐ front firing 1 49 Tangential firing 1 363 Tangential firing 1 330 Tangential firing 1 393 Wall firing ‐ unspecified 1 383 Wall firing ‐ front firing 1 204 Cyclone firing 1 55 Cyclone firing 1 51 Cyclone firing 1 419 Fluidized bed firing 1 255 Fluidized bed firing 1 36 Wall firing ‐ opposed firing 1 660 Cyclone firing 1 524 Fluidized bed firing 1 282 Tangential firing 1 339 Cyclone firing 1 50 Tangential firing 1 144 Wall firing ‐ front firing 1 80 Wall firing ‐ front firing 1 181 Tangential firing 1 425 Tangential firing 1 255 Tangential firing 1 204 Wall firing ‐ front firing 1 131 Wall firing ‐ front firing 1 38 Tangential firing 1 445 Tangential firing 1 470 Wall firing ‐ front firing 1 15Tangential firing 1 183 Tangential firing 1 580 Wall firing ‐ front firing 1 132 Wall firing ‐ front firing 1 60 Tangential firing 1 289 Fluidized bed firing 1 255 Wall firing ‐ front firing 1 84 Cyclone firing 1 600 Wall firing ‐ front firing 1 105 Wall firing ‐ front firing 1 682 Cyclone firing 1 600 Wall firing ‐ front firing 2 551 Tangential firing 1 584 Tangential firing 2 656 Cyclone firing 1 43 Cyclone firing 1 43 Tangential firing 1 58 Tangential firing 1 107 Tangential firing 1 86 Wall firing ‐ opposed firing 1 239 Wall firing ‐ front firing 1 165 Vertical firing 1 114 Wall firing ‐ front firing 1 130 Tangential firing 1 242 Tangential firing 1 61 Wall firing ‐ front firing 1 168 Tangential firing 1 144 Wall firing ‐ front firing 1 72 Wall firing ‐ front firing 1 31 Tangential firing 1 86 Tangential firing 1 79 Wall firing ‐ front firing 1 14 Tangential firing 1 172 Wall firing ‐ front firing 1 31 Wall firing ‐ unspecified 1 400 Tangential firing 1 153 Wall firing ‐ opposed firing 1 450 Wall firing ‐ opposed firing 1 590 Tangential firing 1 580 Cyclone firing 1 128 Tangential firing 1 603 Tangential firing 1 567 Tangential firing 1 305 Wall firing ‐ front firing 1 148 Tangential firing 1 64 Tangential firing 1 86 Tangential firing 1 86Tangential firing 1 86 Tangential firing 1 53 Tangential firing 1 60 Wall firing ‐ front firing 1 143 Wall firing ‐ front firing 1 44 Tangential firing 2 656 Wall firing ‐ opposed firing 1 450 Cyclone firing 1 75 Cyclone firing 2 445 Wall firing ‐ front firing 1 723 Tangential firing 1 620 Cyclone firing 1 495 Tangential firing 1 82 Wall firing ‐ front firing 1 29 Tangential firing 1 112 Tangential firing 1 105 Tangential firing 1 255 Tangential firing 1 560 Tangential firing 1 66 Cyclone firing 1 133 Tangential firing 1 145 Tangential firing 1 46 Tangential firing 1 60 Tangential firing 1 112 Wall firing ‐ front firing 1 120 Wall firing ‐ front firing 1 13 Wall firing ‐ front firing 1 91 Wall firing ‐ front firing 2 106 Wall firing ‐ unspecified 1 765 Wall firing ‐ opposed firing 1 468 Tangential firing 1 396 Tangential firing 1 450 Wall firing ‐ front firing 1 45 Tangential firing 1 229 Wall firing ‐ opposed firing 1 558 Wall firing ‐ opposed firing 1 230 Wall firing ‐ front firing 2 551 Wall firing ‐ opposed firing 1 594 Tangential firing 1 566 Wall firing ‐ front firing 1 96 Wall firing ‐ opposed firing 1 233 Tangential firing 1 103 Turbo 1 264 Cyclone firing 1 495 Tangential firing 1 305 Wall firing ‐ opposed firing 1 685 Vertical firing 1 118Tangential firing 1 83 Wall firing ‐ opposed firing 1 715 Wall firing ‐ rear firing 1 27 Wall firing ‐ rear firing 1 31 Tangential firing 1 61 Tangential firing 1 560 Wall firing ‐ opposed firing 1 750 Tangential firing 1 300 Wall firing ‐ rear firing 1 138 Wall firing ‐ opposed firing 1 610 Wall firing ‐ front firing 1 90 Tangential firing 1 342 Tangential firing 1 560 Tangential firing 1 450 Tangential firing 1 450 Wall firing ‐ opposed firing 1 536 Tangential firing 1 590 Tangential firing 1 583 Wall firing ‐ front firing 1 64 Tangential firing 1 765 Fluidized bed firing 1 172 Arch firing 1 40 Arch firing 1 40 Wall firing ‐ unspecified 1 805 Tangential firing 1 580 Wall firing ‐ front firing 1 25 Arch firing 1 40 Wall firing ‐ front firing 1 89 Tangential firing 1 188 Tangential firing 1 188 Cyclone firing 1 337 Wall firing ‐ opposed firing 1 540 Wall firing ‐ opposed firing 1 650 Tangential firing 1 216 Wall firing ‐ opposed firing 1 680 Wall firing ‐ opposed firing 1 580 Wall firing ‐ rear firing 1 88 Wall firing ‐ rear firing 1 54 Wall firing ‐ rear firing 1 74 Tangential firing 1 84 Tangential firing 1 212 Tangential firing 1 188 Wall firing ‐ unspecified 1 81 Radiant 1 53 Fluidized bed firing 1 250 Fluidized bed firing 1 250 Wall firing ‐ opposed firing 1 440Tangential firing 1 619 Wall firing ‐ unspecified 1 81 Tangential firing 1 720 Tangential firing 1 175 Tangential firing 1 185 Wall firing ‐ front firing 1 165 Tangential firing 1 63 Tangential firing 1 100 Wall firing ‐ front firing 1 98 Cyclone firing 1 133 Arch firing 1 40 Wall firing ‐ opposed firing 1 681Total_max_heat_input Unit_heat_rate Fuel_types MMBtu/hr Mmbtu/MWh 820 9.43 coal ‐ bituminous 906 10.79 coal ‐ bituminous 962 10.69 coal ‐ bituminous 5255 9.69 coal ‐ subbituminous 3572 10.96 coal ‐ subbituminous 2366 9.10 coal ‐ subbituminous 2112 8.73 coal ‐ subbituminous 3961 10.34 coal ‐ subbituminous 2090 10.05 coal ‐ bituminous 2379 10.16 coal ‐ subbituminous 5434 10.03 coal ‐ subbituminous 1300 13.10 coal refuse (culm or gob) 5565 10.19 coal ‐ subbituminous

750 13.07 coal ‐ bituminous 2582 9.29 coal ‐ subbituminous 3584 10.30 coal ‐ subbituminous 8080 9.98 coal ‐ subbituminous 8058 9.92 coal ‐ subbituminous

750 13.07 coal ‐ bituminous 1032 9.38 coal ‐ bituminous 2116 8.75 coal ‐ bituminous 3483 10.10 coal ‐ subbituminous 6200 10.60 coal refuse (culm or gob) 1447 14.33 coal ‐ bituminous 1117 9.97 coal ‐ bituminous, petroleum coke 1700 9.34 coal ‐ bituminous 6581 9.68 coal ‐ bituminous 3422 9.48 coal ‐ bituminous 1146 9.47 coal refuse (culm or gob)

560 11.20 coal ‐ bituminous 1021 5.03 coal ‐ bituminous

750 13.07 coal ‐ bituminous 830 14.31 coal refuse (culm or gob) 944 4.65 coal ‐ bituminous 1434 10.95 coal refuse (culm or gob) 2300 10.36 coal ‐ bituminous 1736 12.06 coal ‐ bituminous 1387 4.87 coal ‐ bituminous 1215 10.95 coal ‐ bituminous 4923 11.42 coal ‐ bituminous 1063 3.80 coal ‐ bituminous 1736 12.06 coal ‐ bituminous 1063 3.80 coal ‐ bituminous 2047 10.13 coal ‐ bituminous 1063 3.80 coal ‐ bituminous1736 12.06 coal ‐ bituminous 1877 11.38 coal ‐ bituminous 1600 9.56 coal ‐ bituminous 1475 10.46 coal ‐ subbituminous, bituminous 3520 9.19 coal ‐ bituminous 1387 4.87 coal ‐ bituminous 5649 10.38 coal ‐ subbituminous 1250 6.44 coal refuse (culm or gob)

570 10.36 coal ‐ subbituminous 600 12.90 coal refuse (culm or gob) 600 12.90 coal refuse (culm or gob) 1825 9.86 coal ‐ bituminous 1845 9.41 coal ‐ bituminous 1101 8.34 coal ‐ bituminous

855 6.29 coal ‐ bituminous 5758 10.58 coal ‐ subbituminous 5041 11.62 coal ‐ bituminous 3100 9.04 coal ‐ bituminous 3688 9.97 coal ‐ subbituminous 4269 9.36 coal ‐ subbituminous 4059 9.20 coal ‐ bituminous 2500 8.33 coal ‐ bituminous 1736 12.06 coal ‐ bituminous 6515 9.62 coal ‐ bituminous

875 10.17 coal ‐ bituminous 1144 8.47 coal ‐ bituminous 3100 9.04 coal ‐ bituminous 4100 10.17 coal ‐ bituminous 4028 8.83 coal ‐ subbituminous 1925 8.39 coal ‐ bituminous 4100 10.17 coal ‐ subbituminous 1834 12.07 coal ‐ bituminous 1834 12.07 coal ‐ bituminous

450 12.50 coal ‐ bituminous, synfuel 3755 9.75 coal ‐ bituminous 3707 10.02 coal ‐ subbituminous 6502 10.66 coal ‐ bituminous 6893 9.81 coal ‐ bituminous 5030 10.46 coal ‐ bituminous

776 10.35 coal ‐ subbituminous 2500 10.68 coal ‐ subbituminous

600 10.45 coal ‐ bituminous 2800 9.33 coal ‐ bituminous 1284 11.36 coal ‐ bituminous 6700 9.71 coal ‐ bituminous 2095 9.31 coal ‐ subbituminous

505 11.74 coal refuse (culm or gob)2101 9.13 coal ‐ bituminous 6058 9.69 coal ‐ bituminous 1963 9.72 coal ‐ bituminous

560 11.43 coal refuse (culm or gob) 6798 10.88 coal ‐ bituminous

889 6.54 coal ‐ bituminous 560 11.43 coal refuse (culm or gob) 2518 9.50 coal ‐ subbituminous 1514 10.74 coal ‐ subbituminous 1462 8.91 coal ‐ bituminous 2712 9.52 coal ‐ bituminous

831 11.54 coal ‐ subbituminous 1076 9.78 coal ‐ subbituminous

981 12.05 coal ‐ bituminous 562 11.36 coal ‐ subbituminous 1159 10.08 coal ‐ bituminous 1138 9.90 coal ‐ bituminous 1141 9.93 coal ‐ bituminous 5459 10.50 coal ‐ bituminous

930 10.94 coal ‐ subbituminous, bituminous 2121 10.61 coal ‐ subbituminous, bituminous 1360 10.63 coal ‐ bituminous 3482 9.54 coal ‐ subbituminous 2956 10.52 coal ‐ bituminous 2881 10.66 coal ‐ subbituminous 3641 10.58 coal ‐ bituminous 1458 7.67 coal ‐ subbituminous, bituminous 6313 9.70 coal ‐ bituminous 3531 9.81 coal ‐ subbituminous 1733 9.27 coal ‐ bituminous 1914 9.25 coal ‐ bituminous 4990 8.61 coal ‐ subbituminous, bituminous 2561 9.35 coal ‐ subbituminous 3392 9.07 coal ‐ subbituminous, bituminous

980 9.90 coal ‐ subbituminous, bituminous 1350 7.11 coal refuse (culm or gob) 7675 9.03 coal ‐ subbituminous 2228 7.91 coal ‐ bituminous 2380 8.01 coal ‐ bituminous 1365 9.42 coal ‐ bituminous 4650 9.94 coal ‐ subbituminous

453 14.20 coal ‐ bituminous 6444 9.75 coal ‐ bituminous

910 7.84 coal ‐ bituminous 436 7.52 coal ‐ bituminous 1304 10.96 coal ‐ bituminous 6368 9.63 coal ‐ bituminous869 10.60 coal ‐ bituminous 818 9.97 coal ‐ bituminous 3193 9.98 coal ‐ bituminous 5280 10.56 coal ‐ bituminous 5173 9.00 coal ‐ subbituminous 7172 10.33 coal ‐ bituminous 4123 8.90 coal ‐ bituminous 3423 9.36 coal ‐ subbituminous 7172 10.33 coal ‐ bituminous 2960 10.48 coal ‐ lignite 1450 8.63 coal ‐ bituminous 7573 9.41 coal ‐ subbituminous 2560 10.51 coal ‐ subbituminous 8970 10.98 coal ‐ lignite 1254 12.54 coal ‐ bituminous 1254 12.54 coal ‐ bituminous 1303 10.42 coal ‐ bituminous 1921 10.38 coal ‐ bituminous 12656 8.99 coal ‐ bituminous 581 11.86 coal ‐ bituminous 645 13.16 coal ‐ bituminous 3493 9.62 coal ‐ bituminous 3345 10.14 coal ‐ bituminous 3790 9.64 coal ‐ bituminous 3330 8.69 coal ‐ bituminous 1902 9.32 coal ‐ bituminous

610 11.08 coal ‐ subbituminous, bituminous 627 12.30 coal ‐ subbituminous, bituminous 4094 9.77 coal ‐ subbituminous, bituminous 2461 9.65 coal ‐ bituminous

615 17.08 coal refuse (culm or gob) 6600 10.00 coal ‐ subbituminous 4920 9.39 coal ‐ subbituminous, bituminous 2960 10.48 coal ‐ lignite 2808 8.28 coal ‐ bituminous

563 11.26 coal ‐ subbituminous 1205 8.37 coal ‐ subbituminous, bituminous

944 11.80 coal ‐ bituminous 2182 12.06 coal ‐ bituminous 4268 10.04 coal ‐ bituminous 2200 8.63 coal ‐ bituminous 2784 13.65 coal ‐ subbituminous 1142 8.72 coal ‐ bituminous

606 16.11 coal ‐ bituminous 4144 9.31 coal ‐ bituminous 4660 9.91 coal ‐ subbituminous

304 20.54 coal ‐ subbituminous1800 9.82 coal ‐ subbituminous 5540 9.55 coal ‐ bituminous 1800 13.64 coal ‐ subbituminous

600 10.00 coal ‐ subbituminous 2563 8.87 coal ‐ bituminous 2461 9.65 coal ‐ bituminous

979 11.72 coal ‐ subbituminous 6000 10.00 coal ‐ subbituminous 1010 9.62 coal ‐ subbituminous 6920 10.15 coal ‐ bituminous 6000 10.00 coal ‐ subbituminous 5004 9.08 coal ‐ subbituminous 5550 9.50 coal ‐ bituminous 5865 8.94 coal ‐ subbituminous

475 11.04 coal ‐ bituminous 476 11.07 coal ‐ bituminous 645 11.12 coal ‐ bituminous 1095 10.23 coal ‐ bituminous

900 10.44 coal ‐ bituminous 2727 11.41 coal ‐ bituminous, petroleum coke 1668 10.11 coal ‐ subbituminous 1392 12.21 coal ‐ bituminous 1142 8.78 coal ‐ bituminous 2535 10.46 coal ‐ bituminous

646 10.68 coal ‐ bituminous 2310 13.75 coal ‐ bituminous 1205 8.37 coal ‐ subbituminous, bituminous

750 10.42 coal ‐ subbituminous 402 12.95 coal ‐ subbituminous 900 10.44 coal ‐ bituminous 913 11.53 coal ‐ bituminous 304 21.87 coal ‐ subbituminous 1719 9.99 coal ‐ bituminous

376 12.16 coal ‐ subbituminous 4500 11.25 coal ‐ subbituminous 1242 8.12 coal ‐ bituminous 4200 9.33 coal ‐ subbituminous 5700 9.66 coal ‐ bituminous 6361 10.97 coal ‐ bituminous 1374 10.73 coal ‐ subbituminous 7743 12.84 coal ‐ subbituminous 7743 13.66 coal ‐ subbituminous 2929 9.60 coal ‐ bituminous 1611 10.86 coal ‐ subbituminous

696 10.88 coal ‐ bituminous 900 10.44 coal ‐ bituminous 900 10.44 coal ‐ bituminous900 10.44 coal ‐ bituminous 607 11.45 coal ‐ bituminous 642 10.70 coal ‐ subbituminous 1441 10.06 coal ‐ bituminous

465 10.57 coal ‐ bituminous 5865 8.94 coal ‐ subbituminous 4200 9.33 coal ‐ bituminous

823 10.97 coal ‐ subbituminous 3687 8.29 coal ‐ bituminous, petroleum coke 6977 9.65 coal ‐ subbituminous 5500 8.87 coal ‐ subbituminous 4650 9.39 coal ‐ subbituminous

846 10.32 coal ‐ subbituminous 337 11.55 coal ‐ subbituminous 1017 9.08 coal ‐ bituminous 1017 9.69 coal ‐ bituminous 2542 9.97 coal ‐ bituminous 5240 9.36 coal ‐ subbituminous

741 11.23 coal ‐ bituminous 1315 9.90 coal ‐ bituminous 1423 9.81 coal ‐ subbituminous

524 11.39 coal ‐ bituminous 741 12.35 coal ‐ bituminous 1017 9.08 coal ‐ bituminous 1394 11.64 coal ‐ bituminous

304 22.86 coal ‐ subbituminous 1053 11.57 coal ‐ subbituminous

944 8.91 coal ‐ bituminous 7700 10.07 coal ‐ subbituminous 4286 9.16 coal ‐ bituminous 3848 9.72 coal ‐ subbituminous 6275 13.94 coal ‐ lignite

372 8.26 coal ‐ subbituminous 2332 10.18 coal ‐ subbituminous 5156 9.24 coal ‐ subbituminous 2622 11.40 coal ‐ lignite 5004 9.08 coal ‐ subbituminous 6600 11.11 coal ‐ subbituminous, bituminous 5460 9.65 coal ‐ subbituminous 1300 13.54 coal ‐ subbituminous 2780 11.93 coal ‐ subbituminous 1048 10.17 coal ‐ bituminous 2626 9.94 coal ‐ subbituminous 5309 10.73 coal ‐ subbituminous 2800 9.18 coal ‐ subbituminous 7700 11.24 coal ‐ subbituminous 1709 14.49 coal ‐ subbituminous847 10.20 coal ‐ bituminous 7538 10.54 coal ‐ bituminous

432 16.24 coal ‐ subbituminous 444 14.19 coal ‐ subbituminous 747 12.31 coal ‐ subbituminous 5569 9.94 coal ‐ subbituminous 7538 10.05 coal ‐ bituminous 2750 9.17 coal ‐ subbituminous 1510 10.95 coal ‐ subbituminous 5650 9.26 coal ‐ subbituminous

924 10.26 coal ‐ bituminous 3059 8.94 coal ‐ bituminous 5459 9.75 coal ‐ subbituminous 4251 9.45 coal ‐ subbituminous 4251 9.45 coal ‐ subbituminous 5346 9.97 coal ‐ subbituminous 6090 10.32 coal ‐ subbituminous 7000 12.01 coal ‐ lignite

858 13.49 coal ‐ subbituminous 7990 10.44 coal ‐ subbituminous 1717 9.98 coal ‐ lignite

525 13.13 coal ‐ bituminous 525 13.13 coal ‐ bituminous 8624 10.71 coal ‐ subbituminous 5761 9.93 coal ‐ bituminous

330 13.47 coal ‐ bituminous 525 13.13 coal ‐ bituminous 1000 11.25 coal ‐ subbituminous 2130 11.33 coal ‐ subbituminous 2250 11.97 coal ‐ subbituminous 3017 8.95 coal ‐ bituminous 5131 9.50 coal ‐ subbituminous 5275 8.12 coal ‐ bituminous 2380 11.02 coal ‐ bituminous 6581 9.68 coal ‐ bituminous 5296 9.13 coal ‐ subbituminous

999 11.39 coal ‐ subbituminous 693 12.92 coal ‐ subbituminous 875 11.87 coal ‐ subbituminous 845 10.11 coal ‐ subbituminous 2228 10.51 coal ‐ subbituminous 2140 11.38 coal ‐ subbituminous

643 7.94 coal ‐ bituminous 553 10.38 coal ‐ bituminous 2401 9.60 coal ‐ lignite 2382 9.53 coal ‐ lignite 4980 11.32 coal ‐ lignite6015 9.72 coal ‐ lignite 786 9.70 coal ‐ bituminous 6524 9.06 coal ‐ bituminous 1601 9.15 coal ‐ bituminous 1739 9.40 coal ‐ bituminous 1862 11.28 coal ‐ bituminous

641 10.17 coal ‐ bituminous 1059 10.64 coal ‐ bituminous 1025 10.46 coal ‐ bituminous 1315 9.90 coal ‐ bituminous

525 13.13 coal ‐ bituminous 6280 9.22 coal ‐ bituminousFuel_Conc_lb/MMBtu Mercury ‐ ERT Mercury MW ‐ ERT lb/MMBtu lb/MMBtu lb/MW

8.00E ‐ 06 6.75E ‐ 06 7.52E ‐ 06 9.03E ‐ 07 7.88E ‐ 06 7.24E ‐ 06

3.28E ‐ 06

1.70E ‐ 06 3.91E ‐ 06 7.33E ‐ 06 1.01E ‐ 04

7.64E ‐ 06 5.19E ‐ 06 3.34E ‐ 05 6.56E ‐ 06 4.64E ‐ 06 2.27E ‐ 06 6.55E+01 4.83E ‐ 06 1.14E ‐ 04 5.38E ‐ 06 1.55E ‐ 08 1.60E ‐ 07 1.51E ‐ 06 8.56E ‐ 06 1.56E ‐ 02 8.10E ‐ 06 1.31E ‐ 05 1.64E ‐ 06 8.21E ‐ 06 2.13E ‐ 05 7.33E ‐ 061.75E ‐ 06

1.96E ‐ 06 8.23E ‐ 06 5.31E ‐ 06 9.28E ‐ 05 8.64E ‐ 06 3.48E ‐ 05 3.48E ‐ 05 7.24E ‐ 06 4.34E ‐ 08 4.28E ‐ 07 4.70E ‐ 06 4.53E ‐ 08 3.78E ‐ 07 7.30E ‐ 06 1.71E ‐ 05 5.42E ‐ 06 3.18E ‐ 06 8.23E ‐ 06 1.64E ‐ 06 5.86E ‐ 06 7.05E ‐ 08 6.49E ‐ 07 1.26E ‐ 05 1.31E ‐ 06 8.74E ‐ 06 4.82E ‐ 06 8.85E ‐ 08 7.49E ‐ 07 6.12E ‐ 06 1.70E ‐ 06 6.04E ‐ 06 1.89E ‐ 06 7.17E ‐ 06 7.17E ‐ 06 6.92E ‐ 05 5.57E ‐ 06 1.49E ‐ 05 1.56E ‐ 06 6.04E ‐ 06 5.66E ‐ 06 6.63E ‐ 06 6.63E ‐ 06 4.19E ‐ 06 1.70E ‐ 07 1.77E ‐ 06 1.63E ‐ 05 7.90E ‐ 062.25E ‐ 06 1.18E ‐ 06 1.59E ‐ 06 8.27E ‐ 05 1.15E ‐ 06 9.76E ‐ 06 6.18E ‐ 05 9.28E ‐ 06 5.30E ‐ 06 3.31E ‐ 07 3.55E ‐ 06 1.79E ‐ 06 6.82E ‐ 06 6.82E ‐ 06 3.86E ‐ 06 6.75E ‐ 06 6.75E ‐ 06 6.75E ‐ 06 6.75E ‐ 06 1.77E ‐ 06 1.28E ‐ 05 7.19E ‐ 06

8.44E ‐ 06 8.36E ‐ 06 5.38E ‐ 06 2.81E ‐ 03 6.46E ‐ 06 8.86E ‐ 06 6.88E ‐ 07 6.43E ‐ 06 6.50E ‐ 06 6.88E ‐ 07 6.24E ‐ 06 4.30E ‐ 06 3.07E ‐ 05 8.15E ‐ 06 2.94E ‐ 06 2.65E ‐ 05 1.02E ‐ 05 1.02E ‐ 05 5.97E ‐ 06 7.92E ‐ 06 1.45E ‐ 05 2.63E ‐ 06 7.80E ‐ 067.25E ‐ 06 7.25E ‐ 06 7.25E ‐ 06 7.25E ‐ 06 7.04E ‐ 06 5.19E ‐ 06 6.33E ‐ 06 3.13E ‐ 05 3.36E ‐ 06 2.13E ‐ 05 9.28E ‐ 06 1.11E ‐ 06 1.40E ‐ 05 9.28E ‐ 06 1.11E ‐ 06 1.40E ‐ 05 9.28E ‐ 06 1.11E ‐ 06 1.16E ‐ 05 9.28E ‐ 06 1.11E ‐ 06 1.16E ‐ 05 9.06E ‐ 06 5.46E ‐ 06 5.46E ‐ 06 9.10E ‐ 06 1.18E ‐ 06 1.19E ‐ 05 9.10E ‐ 06 1.18E ‐ 06 1.13E ‐ 05 5.46E ‐ 06 6.94E ‐ 06 6.94E ‐ 06 6.94E ‐ 06 5.63E ‐ 06

4.55E ‐ 06 2.99E ‐ 05 5.35E ‐ 06 1.31E ‐ 05 3.82E ‐ 06 6.96E ‐ 06 1.64E ‐ 06 1.98E ‐ 05 9.50E ‐ 06 3.31E ‐ 065.67E ‐ 06

2.72E ‐ 06 2.72E ‐ 05 5.65E ‐ 06

2.19E ‐ 06 2.11E ‐ 05 7.01E ‐ 06

4.60E ‐ 06

6.19E ‐ 06

6.61E ‐ 06 2.42E ‐ 06 2.44E ‐ 05

6.80E ‐ 06 2.63E ‐ 06 3.61E ‐ 05 1.02E ‐ 05

6.82E ‐ 06 2.87E ‐ 06 3.30E ‐ 05

4.00E ‐ 06 5.73E ‐ 06 4.15E ‐ 06 4.49E ‐ 06 5.65E ‐ 06 5.30E ‐ 06 3.17E ‐ 06 3.41E ‐ 05 6.72E ‐ 06 6.07E ‐ 06 1.35E ‐ 056.34E ‐ 06 4.52E ‐ 06 6.02E ‐ 06 5.85E ‐ 06 3.60E ‐ 06 3.95E ‐ 05 1.03E ‐ 05 3.69E ‐ 06 5.47E ‐ 06 3.76E ‐ 06

4.86E ‐ 06 8.14E ‐ 06

1.09E ‐ 05 6.48E ‐ 06 4.35E ‐ 06

6.02E ‐ 06 5.10E ‐ 06 4.21E ‐ 05 7.13E ‐ 06

6.85E ‐ 06 5.62E ‐ 06 1.51E ‐ 05 5.48E ‐ 06 5.57E ‐ 05 5.28E ‐ 06 5.53E ‐ 06 5.93E ‐ 05 6.09E ‐ 06 6.03E ‐ 066.44E ‐ 06 5.72E ‐ 06 5.83E ‐ 05 6.63E ‐ 06

3.36E ‐ 06 5.91E ‐ 06 7.28E ‐ 05 5.81E ‐ 06 6.56E ‐ 06 6.22E ‐ 06 6.75E ‐ 06 6.75E ‐ 06 8.69E ‐ 06 6.44E ‐ 06 6.09E ‐ 05 8.69E ‐ 06 6.44E ‐ 06 6.09E ‐ 05

2.76E ‐ 05 6.88E ‐ 06 6.86E ‐ 05

1.43E ‐ 06 6.90E ‐ 06 7.40E ‐ 05 7.58E ‐ 06 7.27E ‐ 06 7.22E ‐ 05

4.36E ‐ 06 9.30E ‐ 06 7.06E ‐ 06

6.25E ‐ 06

2.67E ‐ 05 1.66E ‐ 05 2.36E ‐ 05 1.08E ‐ 05 1.03E ‐ 04 2.36E ‐ 05 1.08E ‐ 05 1.03E ‐ 041.70E ‐ 05

1.21E ‐ 05 9.36E ‐ 06Mercury ‐ ETTS Mercury MW ‐ ETTS Mercury ‐ CEMS lb/MMBtu lb/MW lb/MMBtu

1.07E ‐ 06 1.04E ‐ 05 1.03E ‐ 06 1.13E ‐ 05 1.26E ‐ 06 1.10E ‐ 05 3.69E ‐ 07 3.82E ‐ 06

2.63E ‐ 09 3.44E ‐ 08

4.69E ‐ 09 6.13E ‐ 08 9.85E ‐ 09 9.24E ‐ 08 5.33E ‐ 09 4.67E ‐ 08 6.35E ‐ 09 6.73E ‐ 08

7.26E ‐ 09 6.78E ‐ 08 8.54E ‐ 09 8.09E ‐ 08 1.04E ‐ 08 9.85E ‐ 08 1.08E ‐ 08 1.21E ‐ 07 1.17E ‐ 08 5.89E ‐ 08 1.18E ‐ 08 1.54E ‐ 07 1.25E ‐ 08 1.79E ‐ 07 1.30E ‐ 08 6.04E ‐ 08 7.16E ‐ 08 7.83E ‐ 07 1.93E ‐ 08 2.33E ‐ 07 1.93E ‐ 08 9.40E ‐ 08 2.01E ‐ 08 2.20E ‐ 07 2.02E ‐ 08 2.31E ‐ 07 2.06E ‐ 08 7.83E ‐ 08 2.09E ‐ 08 2.52E ‐ 07 2.24E ‐ 08 8.51E ‐ 08 2.34E ‐ 08 2.37E ‐ 07 2.65E ‐ 08 1.01E ‐ 072.74E ‐ 08 3.30E ‐ 07

3.11E ‐ 08 3.26E ‐ 07 3.38E ‐ 08 1.64E ‐ 07 3.43E ‐ 08 3.56E ‐ 07 3.53E ‐ 08 2.27E ‐ 07 3.75E ‐ 08 3.89E ‐ 07 4.13E ‐ 08 5.33E ‐ 07 4.13E ‐ 08 5.33E ‐ 07

4.59E ‐ 08 2.89E ‐ 07 4.68E ‐ 08 4.96E ‐ 07 4.87E ‐ 08 5.66E ‐ 07 3.18E ‐ 07 2.88E ‐ 06 6.10E ‐ 08 6.08E ‐ 07 6.79E ‐ 08 6.36E ‐ 07 7.20E ‐ 08 6.00E ‐ 07 7.34E ‐ 08 8.85E ‐ 07 7.53E ‐ 08 7.25E ‐ 07

4.80E ‐ 07 4.34E ‐ 06 2.26E ‐ 07 2.00E ‐ 06 5.73E ‐ 07 4.81E ‐ 06 1.22E ‐ 07 1.24E ‐ 06 1.25E ‐ 07 1.51E ‐ 06 1.25E ‐ 07 1.51E ‐ 06 1.27E ‐ 07 1.59E ‐ 06 1.29E ‐ 07 1.26E ‐ 06 1.31E ‐ 07 1.31E ‐ 06 1.50E ‐ 07 1.60E ‐ 06 1.51E ‐ 07 1.48E ‐ 06 1.60E ‐ 07 1.67E ‐ 06 1.62E ‐ 07 1.67E ‐ 06 1.62E ‐ 07 1.73E ‐ 06 1.71E ‐ 07 1.60E ‐ 06 1.85E ‐ 072.27E ‐ 07 2.08E ‐ 06 2.29E ‐ 07 2.22E ‐ 06 3.34E ‐ 07 3.24E ‐ 06 2.63E ‐ 07 3.01E ‐ 06 2.77E ‐ 07 3.01E ‐ 06 2.80E ‐ 07 1.83E ‐ 06 2.85E ‐ 07 3.26E ‐ 06 3.10E ‐ 07 2.95E ‐ 06

5.52E ‐ 07 5.25E ‐ 06 3.45E ‐ 07 3.97E ‐ 07 4.58E ‐ 06 3.97E ‐ 07 3.88E ‐ 06 3.98E ‐ 07 4.80E ‐ 06 6.05E ‐ 07 6.10E ‐ 06 4.25E ‐ 07 6.05E ‐ 07 5.99E ‐ 06 4.25E ‐ 07 6.05E ‐ 07 6.00E ‐ 06 4.25E ‐ 07 6.05E ‐ 07 6.35E ‐ 06 4.25E ‐ 07 4.84E ‐ 07 5.14E ‐ 06 2.90E ‐ 06 3.08E ‐ 05 4.88E ‐ 07 4.66E ‐ 06 5.68E ‐ 06

5.22E ‐ 07 5.53E ‐ 06 6.51E ‐ 07 6.31E ‐ 06 6.60E ‐ 07 6.12E ‐ 06 6.70E ‐ 07 6.20E ‐ 06 6.76E ‐ 07 5.82E ‐ 06

1.47E ‐ 06 1.46E ‐ 05 7.12E ‐ 07 5.06E ‐ 06 7.38E ‐ 07 5.84E ‐ 06 7.38E ‐ 07 5.91E ‐ 06 7.97E ‐ 07 7.92E ‐ 06 8.46E ‐ 07 8.25E ‐ 06 8.58E ‐ 07 6.73E ‐ 06 8.83E ‐ 07 8.83E ‐ 07 8.51E ‐ 068.91E ‐ 07 9.44E ‐ 06 8.91E ‐ 07 8.88E ‐ 06 8.91E ‐ 07 8.89E ‐ 06 8.91E ‐ 07 9.41E ‐ 06 1.08E ‐ 06 9.69E ‐ 06 9.89E ‐ 07 8.80E ‐ 06 9.91E ‐ 07 9.28E ‐ 06 5.60E ‐ 06 5.87E ‐ 05 1.05E ‐ 06 9.88E ‐ 06 1.11E ‐ 06 1.22E ‐ 05

1.15E ‐ 06 1.04E ‐ 05 1.15E ‐ 06 1.37E ‐ 05 1.15E ‐ 06 1.52E ‐ 05

1.28E ‐ 06 1.19E ‐ 05 1.30E ‐ 06 1.44E ‐ 05 1.30E ‐ 06 1.59E ‐ 05 1.30E ‐ 06 1.27E ‐ 05 1.33E ‐ 06 1.28E ‐ 05

1.44E ‐ 06 1.35E ‐ 05 3.75E ‐ 06 3.93E ‐ 05 1.46E ‐ 06 1.21E ‐ 05 1.57E ‐ 06 1.31E ‐ 05 1.59E ‐ 06 1.88E ‐ 05 1.73E ‐ 06 1.74E ‐ 05 1.80E ‐ 06 2.45E ‐ 052.03E ‐ 06 1.99E ‐ 05

2.13E ‐ 06 2.06E ‐ 05

2.22E ‐ 06 2.25E ‐ 05

4.46E ‐ 06 3.99E ‐ 05

4.33E ‐ 06 4.81E ‐ 05

2.40E ‐ 06 2.73E ‐ 05

2.79E ‐ 06 2.33E ‐ 05

3.08E ‐ 06 3.47E ‐ 05 3.10E ‐ 06 2.52E ‐ 05 3.10E ‐ 06 2.90E ‐ 05 3.16E ‐ 06 3.05E ‐ 05 3.17E ‐ 06 3.48E ‐ 05 3.25E ‐ 06 3.26E ‐ 06 3.28E ‐ 06 3.15E ‐ 055.47E ‐ 06 5.78E ‐ 05 3.47E ‐ 06 3.11E ‐ 05 3.58E ‐ 06 3.34E ‐ 05 3.61E ‐ 06 2.99E ‐ 05 3.67E ‐ 06 3.54E ‐ 05 3.72E ‐ 06 3.30E ‐ 05 3.74E ‐ 06 3.51E ‐ 05

3.80E ‐ 06 3.45E ‐ 05 3.81E ‐ 06 3.69E ‐ 05

4.27E ‐ 06 4.97E ‐ 05 4.32E ‐ 06 5.00E ‐ 05 6.75E ‐ 06 4.33E ‐ 06 3.86E ‐ 05

5.25E ‐ 06 4.85E ‐ 05

5.30E ‐ 06 5.89E ‐ 05 5.91E ‐ 06 8.01E ‐ 05 5.36E ‐ 06

5.63E ‐ 06 5.17E ‐ 05 5.96E ‐ 06 6.70E ‐ 055.77E ‐ 06 6.08E ‐ 05

6.06E ‐ 06 6.09E ‐ 05 6.20E ‐ 06 5.68E ‐ 05 6.31E ‐ 06 6.91E ‐ 05 6.38E ‐ 06 6.54E ‐ 05 6.38E ‐ 06 5.70E ‐ 05

6.69E ‐ 06 8.04E ‐ 05

7.58E ‐ 06 6.79E ‐ 05 7.65E ‐ 06 6.21E ‐ 05 7.70E ‐ 06 8.49E ‐ 05

8.77E ‐ 06 8.86E ‐ 05

9.58E ‐ 06 7.61E ‐ 05 1.01E ‐ 05 1.04E ‐ 041.15E ‐ 05 1.11E ‐ 04

1.16E ‐ 05 1.31E ‐ 04 1.54E ‐ 05 1.64E ‐ 04Mercury ‐ Part II Mercury MW ‐ Part II Mercury ‐ min Mercury ‐ min lb/MMBtu lb/MW lb/MMBtu lb/MW 1.17E ‐ 10 1.10E ‐ 09 1.17E ‐ 10 1.10E ‐ 09 3.71E ‐ 10 4.00E ‐ 09 3.71E ‐ 10 4.00E ‐ 09 3.74E ‐ 10 4.00E ‐ 09 3.74E ‐ 10 4.00E ‐ 09 7.50E ‐ 10 7.27E ‐ 09 7.50E ‐ 10 7.27E ‐ 09 7.53E ‐ 10 8.25E ‐ 09 7.53E ‐ 10 8.25E ‐ 09 8.06E ‐ 10 7.33E ‐ 09 8.06E ‐ 10 7.33E ‐ 09 8.67E ‐ 10 7.57E ‐ 09 8.67E ‐ 10 7.57E ‐ 09 8.69E ‐ 10 8.98E ‐ 09 8.69E ‐ 10 8.98E ‐ 09 1.06E ‐ 09 1.07E ‐ 08 1.06E ‐ 09 1.07E ‐ 08 1.42E ‐ 09 1.45E ‐ 08 1.42E ‐ 09 1.45E ‐ 08 1.64E ‐ 09 1.65E ‐ 08 1.64E ‐ 09 1.65E ‐ 08 2.06E ‐ 09 2.70E ‐ 08 2.06E ‐ 09 2.70E ‐ 08 2.55E ‐ 09 2.60E ‐ 08 2.55E ‐ 09 2.60E ‐ 08 2.63E ‐ 09 3.44E ‐ 08 2.85E ‐ 09 2.65E ‐ 08 2.85E ‐ 09 2.65E ‐ 08 3.44E ‐ 09 3.54E ‐ 08 3.44E ‐ 09 3.54E ‐ 08 4.23E ‐ 09 4.22E ‐ 08 4.23E ‐ 09 4.22E ‐ 08 4.25E ‐ 09 4.22E ‐ 08 4.25E ‐ 09 4.22E ‐ 08 4.69E ‐ 09 6.13E ‐ 08 5.33E ‐ 09 5.00E ‐ 08 5.33E ‐ 09 5.00E ‐ 08 5.33E ‐ 09 4.67E ‐ 08 5.51E ‐ 09 5.56E ‐ 08 5.51E ‐ 09 5.56E ‐ 08 3.80E ‐ 08 4.03E ‐ 07 6.35E ‐ 09 6.73E ‐ 08 6.42E ‐ 09 9.20E ‐ 08 6.42E ‐ 09 9.20E ‐ 08 6.46E ‐ 09 6.44E ‐ 08 6.46E ‐ 09 6.44E ‐ 08 7.26E ‐ 09 6.78E ‐ 08 8.27E ‐ 09 8.00E ‐ 08 8.27E ‐ 09 8.00E ‐ 08 5.49E ‐ 07 5.20E ‐ 06 8.54E ‐ 09 8.09E ‐ 08 1.22E ‐ 06 1.15E ‐ 05 1.04E ‐ 08 9.85E ‐ 08 1.08E ‐ 08 1.21E ‐ 07 1.17E ‐ 08 5.89E ‐ 08 1.18E ‐ 08 1.54E ‐ 07 3.47E ‐ 07 4.97E ‐ 06 1.25E ‐ 08 1.79E ‐ 07 1.30E ‐ 08 6.04E ‐ 08 1.46E ‐ 08 1.60E ‐ 07 1.46E ‐ 08 1.60E ‐ 07 1.55E ‐ 08 1.60E ‐ 07 1.93E ‐ 08 2.33E ‐ 07 1.93E ‐ 08 9.40E ‐ 08 2.01E ‐ 08 2.20E ‐ 07 2.02E ‐ 08 2.31E ‐ 07 5.62E ‐ 07 2.13E ‐ 06 2.06E ‐ 08 7.83E ‐ 08 2.09E ‐ 08 2.52E ‐ 07 2.87E ‐ 05 1.09E ‐ 04 2.24E ‐ 08 8.51E ‐ 08 2.01E ‐ 07 2.04E ‐ 06 2.34E ‐ 08 2.37E ‐ 07 2.65E ‐ 08 1.01E ‐ 072.74E ‐ 08 3.30E ‐ 07 2.81E ‐ 08 3.19E ‐ 07 2.81E ‐ 08 3.19E ‐ 07 2.96E ‐ 08 2.84E ‐ 07 2.96E ‐ 08 2.84E ‐ 07 1.83E ‐ 07 1.91E ‐ 06 3.11E ‐ 08 3.26E ‐ 07 3.17E ‐ 08 2.91E ‐ 07 3.17E ‐ 08 2.91E ‐ 07 3.38E ‐ 08 1.64E ‐ 07 1.36E ‐ 07 1.41E ‐ 06 3.43E ‐ 08 3.56E ‐ 07 5.60E ‐ 07 3.61E ‐ 06 3.53E ‐ 08 2.27E ‐ 07 3.37E ‐ 07 3.49E ‐ 06 3.75E ‐ 08 3.89E ‐ 07 8.10E ‐ 08 1.05E ‐ 06 4.13E ‐ 08 5.33E ‐ 07 5.98E ‐ 08 7.72E ‐ 07 4.13E ‐ 08 5.33E ‐ 07 4.34E ‐ 08 4.28E ‐ 07 4.39E ‐ 08 4.13E ‐ 07 4.39E ‐ 08 4.13E ‐ 07 4.53E ‐ 08 3.78E ‐ 07 4.59E ‐ 08 2.89E ‐ 07 2.50E ‐ 07 2.65E ‐ 06 4.68E ‐ 08 4.96E ‐ 07 4.87E ‐ 08 5.66E ‐ 07 5.91E ‐ 08 5.34E ‐ 07 5.91E ‐ 08 5.34E ‐ 07 6.10E ‐ 08 6.08E ‐ 07 8.36E ‐ 08 7.82E ‐ 07 6.79E ‐ 08 6.36E ‐ 07 7.05E ‐ 08 6.49E ‐ 07 7.20E ‐ 08 6.00E ‐ 07 7.34E ‐ 08 8.85E ‐ 07 7.53E ‐ 08 7.25E ‐ 07 8.29E ‐ 08 8.43E ‐ 07 8.29E ‐ 08 8.43E ‐ 07 8.85E ‐ 08 7.49E ‐ 07 8.94E ‐ 08 8.08E ‐ 07 8.94E ‐ 08 8.08E ‐ 07 9.01E ‐ 08 9.16E ‐ 07 9.01E ‐ 08 9.16E ‐ 07 1.13E ‐ 07 9.95E ‐ 07 1.13E ‐ 07 9.95E ‐ 07 1.16E ‐ 07 9.73E ‐ 07 1.16E ‐ 07 9.73E ‐ 07 1.22E ‐ 07 1.24E ‐ 06 1.25E ‐ 07 1.51E ‐ 06 1.25E ‐ 07 1.51E ‐ 06 6.98E ‐ 07 8.73E ‐ 06 1.27E ‐ 07 1.59E ‐ 06 1.29E ‐ 07 1.26E ‐ 06 1.31E ‐ 07 1.31E ‐ 06 1.50E ‐ 07 1.60E ‐ 06 1.51E ‐ 07 1.48E ‐ 06 1.60E ‐ 07 1.67E ‐ 06 1.62E ‐ 07 1.67E ‐ 06 1.62E ‐ 07 1.73E ‐ 06 1.70E ‐ 07 1.77E ‐ 06 5.14E ‐ 07 4.80E ‐ 06 1.71E ‐ 07 1.60E ‐ 06 1.75E ‐ 07 1.98E ‐ 06 1.75E ‐ 07 1.98E ‐ 06 1.85E ‐ 07 1.79E ‐ 06 2.16E ‐ 07 2.01E ‐ 06 2.16E ‐ 07 2.01E ‐ 06 2.25E ‐ 07 2.64E ‐ 06 2.25E ‐ 07 2.64E ‐ 062.27E ‐ 07 2.08E ‐ 06 2.29E ‐ 07 2.22E ‐ 06 2.45E ‐ 07 2.38E ‐ 06 2.45E ‐ 07 2.38E ‐ 06 2.63E ‐ 07 3.01E ‐ 06 2.77E ‐ 07 3.01E ‐ 06 2.80E ‐ 07 1.83E ‐ 06 2.85E ‐ 07 3.26E ‐ 06 3.10E ‐ 07 2.95E ‐ 06 3.31E ‐ 07 3.55E ‐ 06 3.37E ‐ 07 3.00E ‐ 06 3.37E ‐ 07 3.00E ‐ 06 7.40E ‐ 07 7.04E ‐ 06 3.45E ‐ 07 3.28E ‐ 06 3.97E ‐ 07 4.58E ‐ 06 3.97E ‐ 07 3.88E ‐ 06 3.98E ‐ 07 4.80E ‐ 06 4.15E ‐ 07 4.71E ‐ 06 4.15E ‐ 07 4.71E ‐ 06 1.07E ‐ 06 1.08E ‐ 05 4.25E ‐ 07 4.29E ‐ 06 1.07E ‐ 06 1.06E ‐ 05 4.25E ‐ 07 4.21E ‐ 06 1.07E ‐ 06 1.06E ‐ 05 4.25E ‐ 07 4.22E ‐ 06 1.07E ‐ 06 1.12E ‐ 05 4.25E ‐ 07 4.46E ‐ 06 4.53E ‐ 07 4.96E ‐ 06 4.53E ‐ 07 4.96E ‐ 06 4.84E ‐ 07 5.14E ‐ 06 4.85E ‐ 07 5.15E ‐ 06 4.85E ‐ 07 5.15E ‐ 06 6.62E ‐ 07 6.32E ‐ 06 4.88E ‐ 07 4.66E ‐ 06 4.90E ‐ 07 5.15E ‐ 06 4.90E ‐ 07 5.15E ‐ 06 5.00E ‐ 07 5.33E ‐ 06 5.00E ‐ 07 5.33E ‐ 06 5.22E ‐ 07 5.53E ‐ 06 5.53E ‐ 07 4.24E ‐ 06 5.53E ‐ 07 4.24E ‐ 06 6.51E ‐ 07 6.31E ‐ 06 6.55E ‐ 07 6.43E ‐ 06 6.55E ‐ 07 6.43E ‐ 06 6.60E ‐ 07 6.12E ‐ 06 6.70E ‐ 07 6.20E ‐ 06 6.76E ‐ 07 5.82E ‐ 06 6.88E ‐ 07 6.43E ‐ 06 6.88E ‐ 07 6.24E ‐ 06 7.07E ‐ 07 7.00E ‐ 06 7.07E ‐ 07 7.00E ‐ 06 7.12E ‐ 07 5.06E ‐ 06 7.20E ‐ 07 6.50E ‐ 06 7.20E ‐ 07 6.50E ‐ 06 7.38E ‐ 07 5.84E ‐ 06 7.38E ‐ 07 5.91E ‐ 06 7.53E ‐ 07 7.10E ‐ 06 7.53E ‐ 07 7.10E ‐ 06 7.97E ‐ 07 7.92E ‐ 06 8.37E ‐ 07 1.19E ‐ 05 8.37E ‐ 07 1.19E ‐ 05 8.46E ‐ 07 8.25E ‐ 06 8.58E ‐ 07 6.73E ‐ 06 8.59E ‐ 07 6.46E ‐ 06 8.59E ‐ 07 6.46E ‐ 06 8.83E ‐ 07 9.68E ‐ 06 8.83E ‐ 07 8.51E ‐ 068.91E ‐ 07 9.44E ‐ 06 8.91E ‐ 07 8.88E ‐ 06 8.91E ‐ 07 8.89E ‐ 06 8.91E ‐ 07 9.41E ‐ 06 8.93E ‐ 07 8.04E ‐ 06 8.93E ‐ 07 8.04E ‐ 06 9.33E ‐ 07 9.65E ‐ 06 9.33E ‐ 07 9.65E ‐ 06 9.89E ‐ 07 8.80E ‐ 06 7.38E ‐ 06 6.91E ‐ 05 9.91E ‐ 07 9.28E ‐ 06 1.01E ‐ 06 1.05E ‐ 05 1.01E ‐ 06 1.05E ‐ 05 1.02E ‐ 06 1.07E ‐ 05 1.02E ‐ 06 1.07E ‐ 05 1.03E ‐ 06 8.89E ‐ 06 1.03E ‐ 06 8.89E ‐ 06 1.05E ‐ 06 9.88E ‐ 06 1.07E ‐ 06 1.12E ‐ 05 1.07E ‐ 06 1.12E ‐ 05 4.25E ‐ 05 4.67E ‐ 04 1.11E ‐ 06 1.22E ‐ 05 1.54E ‐ 06 1.94E ‐ 05 1.11E ‐ 06 1.40E ‐ 05 1.54E ‐ 06 1.94E ‐ 05 1.11E ‐ 06 1.40E ‐ 05 1.54E ‐ 06 1.61E ‐ 05 1.11E ‐ 06 1.16E ‐ 05 1.54E ‐ 06 1.60E ‐ 05 1.11E ‐ 06 1.16E ‐ 05 1.15E ‐ 06 1.04E ‐ 05 1.15E ‐ 06 1.37E ‐ 05 1.15E ‐ 06 1.52E ‐ 05 1.17E ‐ 06 1.13E ‐ 05 1.17E ‐ 06 1.13E ‐ 05 1.18E ‐ 06 1.19E ‐ 05 1.18E ‐ 06 1.13E ‐ 05 1.23E ‐ 06 1.07E ‐ 05 1.23E ‐ 06 1.07E ‐ 05 1.28E ‐ 06 1.19E ‐ 05 3.06E ‐ 06 3.39E ‐ 05 1.30E ‐ 06 1.44E ‐ 05 3.06E ‐ 06 3.76E ‐ 05 1.30E ‐ 06 1.59E ‐ 05 1.30E ‐ 06 1.27E ‐ 05 1.33E ‐ 06 1.28E ‐ 05 1.40E ‐ 06 2.39E ‐ 05 1.40E ‐ 06 2.39E ‐ 05 1.42E ‐ 06 1.42E ‐ 05 1.42E ‐ 06 1.42E ‐ 05 1.44E ‐ 06 1.35E ‐ 05 1.45E ‐ 06 1.52E ‐ 05 1.45E ‐ 06 1.52E ‐ 05 1.46E ‐ 06 1.21E ‐ 05 1.49E ‐ 06 1.67E ‐ 05 1.49E ‐ 06 1.67E ‐ 05 1.57E ‐ 06 1.31E ‐ 05 1.59E ‐ 06 1.88E ‐ 05 1.64E ‐ 06 1.98E ‐ 05 1.73E ‐ 06 1.74E ‐ 05 1.74E ‐ 06 1.50E ‐ 05 1.74E ‐ 06 1.50E ‐ 05 1.80E ‐ 06 2.45E ‐ 05 1.82E ‐ 06 1.59E ‐ 05 1.82E ‐ 06 1.59E ‐ 05 1.90E ‐ 06 3.06E ‐ 05 1.90E ‐ 06 3.06E ‐ 05 1.91E ‐ 06 1.78E ‐ 05 1.91E ‐ 06 1.78E ‐ 05 1.93E ‐ 06 1.91E ‐ 05 1.93E ‐ 06 1.91E ‐ 05 1.98E ‐ 06 4.07E ‐ 05 1.98E ‐ 06 4.07E ‐ 052.03E ‐ 06 1.99E ‐ 05 2.04E ‐ 06 1.95E ‐ 05 2.04E ‐ 06 1.95E ‐ 05 2.07E ‐ 06 2.82E ‐ 05 2.07E ‐ 06 2.82E ‐ 05 2.11E ‐ 06 2.11E ‐ 05 2.11E ‐ 06 2.11E ‐ 05 2.13E ‐ 06 1.89E ‐ 05 2.13E ‐ 06 1.89E ‐ 05 2.13E ‐ 06 2.06E ‐ 05 2.17E ‐ 06 2.55E ‐ 05 2.17E ‐ 06 2.55E ‐ 05 2.19E ‐ 06 2.19E ‐ 05 2.19E ‐ 06 2.19E ‐ 05 2.19E ‐ 06 2.11E ‐ 05 2.22E ‐ 06 2.25E ‐ 05 2.23E ‐ 06 2.23E ‐ 05 2.23E ‐ 06 2.23E ‐ 05 2.23E ‐ 06 2.03E ‐ 05 2.23E ‐ 06 2.03E ‐ 05 2.25E ‐ 06 2.14E ‐ 05 2.25E ‐ 06 2.14E ‐ 05 2.30E ‐ 06 2.06E ‐ 05 2.30E ‐ 06 2.06E ‐ 05 2.33E ‐ 06 2.57E ‐ 05 2.33E ‐ 06 2.57E ‐ 05 2.33E ‐ 06 2.58E ‐ 05 2.33E ‐ 06 2.58E ‐ 05 2.35E ‐ 06 2.61E ‐ 05 2.35E ‐ 06 2.61E ‐ 05 2.37E ‐ 06 2.43E ‐ 05 2.37E ‐ 06 2.43E ‐ 05 2.39E ‐ 06 2.49E ‐ 05 2.39E ‐ 06 2.49E ‐ 05 2.40E ‐ 06 2.73E ‐ 05 2.42E ‐ 06 2.44E ‐ 05 2.44E ‐ 06 2.98E ‐ 05 2.44E ‐ 06 2.98E ‐ 05 2.45E ‐ 06 2.15E ‐ 05 2.45E ‐ 06 2.15E ‐ 05 2.45E ‐ 06 2.56E ‐ 05 2.45E ‐ 06 2.56E ‐ 05 2.60E ‐ 06 2.77E ‐ 05 2.60E ‐ 06 2.77E ‐ 05 2.63E ‐ 06 3.61E ‐ 05 2.79E ‐ 06 2.33E ‐ 05 2.82E ‐ 06 2.94E ‐ 05 2.82E ‐ 06 2.94E ‐ 05 2.83E ‐ 06 3.67E ‐ 05 2.83E ‐ 06 3.67E ‐ 05 2.86E ‐ 06 2.99E ‐ 05 2.86E ‐ 06 2.99E ‐ 05 2.87E ‐ 06 3.30E ‐ 05 2.89E ‐ 06 6.31E ‐ 05 2.89E ‐ 06 6.31E ‐ 05 2.93E ‐ 06 2.93E ‐ 05 2.93E ‐ 06 2.93E ‐ 05 2.98E ‐ 06 3.62E ‐ 05 2.98E ‐ 06 3.62E ‐ 05 3.08E ‐ 06 3.47E ‐ 05 3.10E ‐ 06 2.52E ‐ 05 3.10E ‐ 06 2.90E ‐ 05 3.16E ‐ 06 3.05E ‐ 05 4.00E ‐ 06 4.39E ‐ 05 3.17E ‐ 06 3.48E ‐ 05 3.17E ‐ 06 3.41E ‐ 05 3.25E ‐ 06 4.17E ‐ 05 3.26E ‐ 06 4.45E ‐ 05 3.28E ‐ 06 3.15E ‐ 05 3.30E ‐ 06 3.58E ‐ 05 3.30E ‐ 06 3.58E ‐ 05 3.30E ‐ 06 3.59E ‐ 05 3.30E ‐ 06 3.59E ‐ 05 3.33E ‐ 06 3.48E ‐ 05 3.33E ‐ 06 3.48E ‐ 05 3.33E ‐ 06 3.48E ‐ 05 3.33E ‐ 06 3.48E ‐ 053.33E ‐ 06 3.48E ‐ 05 3.33E ‐ 06 3.48E ‐ 05 3.35E ‐ 06 3.83E ‐ 05 3.35E ‐ 06 3.83E ‐ 05 3.36E ‐ 06 3.60E ‐ 05 3.36E ‐ 06 3.60E ‐ 05 3.38E ‐ 06 3.40E ‐ 05 3.38E ‐ 06 3.40E ‐ 05 3.40E ‐ 06 3.59E ‐ 05 3.40E ‐ 06 3.59E ‐ 05 4.00E ‐ 06 3.58E ‐ 05 3.47E ‐ 06 3.11E ‐ 05 3.58E ‐ 06 3.34E ‐ 05 3.60E ‐ 06 3.95E ‐ 05 3.61E ‐ 06 2.99E ‐ 05 3.67E ‐ 06 3.54E ‐ 05 3.72E ‐ 06 3.30E ‐ 05 3.74E ‐ 06 3.51E ‐ 05 3.79E ‐ 06 3.91E ‐ 05 3.79E ‐ 06 3.91E ‐ 05 3.80E ‐ 06 4.39E ‐ 05 3.80E ‐ 06 4.39E ‐ 05 3.80E ‐ 06 3.45E ‐ 05 4.13E ‐ 06 4.00E ‐ 05 3.81E ‐ 06 3.69E ‐ 05 3.83E ‐ 06 3.82E ‐ 05 3.83E ‐ 06 3.82E ‐ 05 3.97E ‐ 06 3.71E ‐ 05 3.97E ‐ 06 3.71E ‐ 05 4.13E ‐ 06 4.64E ‐ 05 4.13E ‐ 06 4.64E ‐ 05 4.18E ‐ 06 4.14E ‐ 05 4.18E ‐ 06 4.14E ‐ 05 4.19E ‐ 06 4.12E ‐ 05 4.19E ‐ 06 4.12E ‐ 05 4.20E ‐ 06 4.78E ‐ 05 4.20E ‐ 06 4.78E ‐ 05 4.20E ‐ 06 5.19E ‐ 05 4.20E ‐ 06 5.19E ‐ 05 4.22E ‐ 06 3.83E ‐ 05 4.22E ‐ 06 3.83E ‐ 05 4.27E ‐ 06 4.97E ‐ 05 4.30E ‐ 06 9.83E ‐ 05 4.30E ‐ 06 9.83E ‐ 05 4.32E ‐ 06 5.00E ‐ 05 4.33E ‐ 06 3.86E ‐ 05 4.46E ‐ 06 4.49E ‐ 05 4.46E ‐ 06 4.49E ‐ 05 4.50E ‐ 06 4.12E ‐ 05 4.50E ‐ 06 4.12E ‐ 05 4.87E ‐ 06 4.73E ‐ 05 4.87E ‐ 06 4.73E ‐ 05 5.09E ‐ 06 7.10E ‐ 05 5.09E ‐ 06 7.10E ‐ 05 5.10E ‐ 06 4.21E ‐ 05 5.18E ‐ 06 5.27E ‐ 05 5.18E ‐ 06 5.27E ‐ 05 5.25E ‐ 06 4.85E ‐ 05 5.26E ‐ 06 6.00E ‐ 05 5.26E ‐ 06 6.00E ‐ 05 5.29E ‐ 06 4.80E ‐ 05 5.29E ‐ 06 4.80E ‐ 05 5.30E ‐ 06 5.89E ‐ 05 5.30E ‐ 06 5.12E ‐ 05 5.30E ‐ 06 5.12E ‐ 05 5.36E ‐ 06 7.26E ‐ 05 5.40E ‐ 06 6.45E ‐ 05 5.40E ‐ 06 6.45E ‐ 05 5.48E ‐ 06 5.57E ‐ 05 5.52E ‐ 06 5.49E ‐ 05 5.52E ‐ 06 5.49E ‐ 05 5.53E ‐ 06 5.93E ‐ 05 5.63E ‐ 06 5.17E ‐ 05 5.64E ‐ 06 6.34E ‐ 05 5.64E ‐ 06 6.34E ‐ 05 5.69E ‐ 06 8.24E ‐ 05 5.69E ‐ 06 8.24E ‐ 055.72E ‐ 06 5.83E ‐ 05 5.77E ‐ 06 6.08E ‐ 05 5.88E ‐ 06 9.55E ‐ 05 5.88E ‐ 06 9.55E ‐ 05 5.88E ‐ 06 8.35E ‐ 05 5.88E ‐ 06 8.35E ‐ 05 5.91E ‐ 06 7.28E ‐ 05 5.93E ‐ 06 5.90E ‐ 05 5.93E ‐ 06 5.90E ‐ 05 6.06E ‐ 06 6.09E ‐ 05 6.20E ‐ 06 5.68E ‐ 05 6.79E ‐ 06 7.44E ‐ 05 6.31E ‐ 06 6.91E ‐ 05 6.34E ‐ 06 5.88E ‐ 05 6.34E ‐ 06 5.88E ‐ 05 6.38E ‐ 06 6.54E ‐ 05 6.38E ‐ 06 5.70E ‐ 05 6.41E ‐ 06 6.25E ‐ 05 6.41E ‐ 06 6.25E ‐ 05 8.60E ‐ 06 8.12E ‐ 05 6.44E ‐ 06 6.09E ‐ 05 8.60E ‐ 06 8.12E ‐ 05 6.44E ‐ 06 6.09E ‐ 05 6.47E ‐ 06 6.45E ‐ 05 6.47E ‐ 06 6.45E ‐ 05 6.69E ‐ 06 6.90E ‐ 05 6.69E ‐ 06 6.90E ‐ 05 6.69E ‐ 06 8.04E ‐ 05 6.70E ‐ 06 9.04E ‐ 05 6.70E ‐ 06 9.04E ‐ 05 6.84E ‐ 06 7.14E ‐ 05 6.84E ‐ 06 7.14E ‐ 05 6.88E ‐ 06 6.86E ‐ 05 6.90E ‐ 06 9.05E ‐ 05 6.90E ‐ 06 9.05E ‐ 05 6.90E ‐ 06 9.05E ‐ 05 6.90E ‐ 06 9.05E ‐ 05 6.90E ‐ 06 7.40E ‐ 05 7.27E ‐ 06 7.22E ‐ 05 7.30E ‐ 06 9.83E ‐ 05 7.30E ‐ 06 9.83E ‐ 05 7.34E ‐ 06 9.63E ‐ 05 7.34E ‐ 06 9.63E ‐ 05 7.40E ‐ 06 8.32E ‐ 05 7.40E ‐ 06 8.32E ‐ 05 7.57E ‐ 06 8.57E ‐ 05 7.57E ‐ 06 8.57E ‐ 05 7.57E ‐ 06 9.05E ‐ 05 7.57E ‐ 06 9.05E ‐ 05 7.58E ‐ 06 6.79E ‐ 05 7.62E ‐ 06 7.24E ‐ 05 7.62E ‐ 06 7.24E ‐ 05 7.65E ‐ 06 6.21E ‐ 05 7.70E ‐ 06 8.49E ‐ 05 8.04E ‐ 06 7.78E ‐ 05 8.04E ‐ 06 7.78E ‐ 05 8.31E ‐ 06 7.59E ‐ 05 8.31E ‐ 06 7.59E ‐ 05 8.57E ‐ 06 9.77E ‐ 05 8.57E ‐ 06 9.77E ‐ 05 8.61E ‐ 06 1.11E ‐ 04 8.61E ‐ 06 1.11E ‐ 04 8.61E ‐ 06 1.02E ‐ 04 8.61E ‐ 06 1.02E ‐ 04 8.77E ‐ 06 8.86E ‐ 05 9.08E ‐ 06 9.54E ‐ 05 9.08E ‐ 06 9.54E ‐ 05 9.17E ‐ 06 1.04E ‐ 04 9.17E ‐ 06 1.04E ‐ 04 9.58E ‐ 06 7.61E ‐ 05 1.01E ‐ 05 1.04E ‐ 04 1.08E ‐ 05 1.03E ‐ 04 1.08E ‐ 05 1.03E ‐ 04 1.08E ‐ 05 1.23E ‐ 04 1.08E ‐ 05 1.23E ‐ 041.09E ‐ 05 1.06E ‐ 04 1.09E ‐ 05 1.06E ‐ 04 1.15E ‐ 05 1.11E ‐ 04 1.15E ‐ 05 1.04E ‐ 04 1.15E ‐ 05 1.04E ‐ 04 1.15E ‐ 05 1.05E ‐ 04 1.15E ‐ 05 1.05E ‐ 04 1.15E ‐ 05 1.08E ‐ 04 1.15E ‐ 05 1.08E ‐ 04 1.16E ‐ 05 1.31E ‐ 04 1.40E ‐ 05 1.42E ‐ 04 1.40E ‐ 05 1.42E ‐ 04 1.54E ‐ 05 1.64E ‐ 04 1.61E ‐ 05 1.68E ‐ 04 1.61E ‐ 05 1.68E ‐ 04 1.80E ‐ 05 1.78E ‐ 04 1.80E ‐ 05 1.78E ‐ 04 2.87E ‐ 05 3.77E ‐ 04 2.87E ‐ 05 3.77E ‐ 04 1.32E ‐ 01 1.22E+00 1.32E ‐ 01 1.22E+00% reduction Control summary Mercury control DSI, SNCR, FF SCR, ESP, WFGD SCR, ESP, WFGD 99.9906% ACI, ESP ACI 99.9889% ACI, ESP ACI FF, WFGD 99.9885% SCR, ACI, DFGD, FF ACI 99.9880% ACI, ESP ACI SCR, ESP, WFGD ACI, ESP ACI ACI, ESP ACI FBC, FF, WFGD ACI, ESP ACI 99.9198% DFGD, FF ACI, ESP ACI ACI, ESP ACI ACI, ESP ACI ACI, ESP ACI 99.7240% DFGD, FF 99.8635% FBC, SNCR, FF 99.9272% SCR, DFGD, FF ACI, ESP ACI 99.9937% FBC, SNCR, FF SCR, ACI, DFGD, FF ACI 99.9049% DFGD, FF SNCR, ESP 99.8354% SCR, DFGD, FF 99.9688% FBC, SNCR, FF 99.8359% SNCR, DFGD, FF 99.7477% FBC, SNCR, FF 99.4821% DFGD, FF 100.0000% FBC, FF, WFGD

99.7308% FBC, SNCR, FF 99.9872% FBC, SNCR, FF 99.7125% SCR, DFGD, FF 98.7188% FF, WFGD 99.7745% SCR, DFGD, FF 99.9999% FF, WFGD 99.7501% FF, WFGD 99.8431% FBC, DFGD, SNCR, FF 98.7269% FF, WFGD 99.7270% FBC, DFGD, SNCR, FF 99.8899% FBC, SNCR, FF 99.6384% DFGD, SNCR, FF98.4362% FF, WFGD DFGD, FF SNCR, ACI, ESP, WFGD ACI 98.4127% FF, WFGD DFGD, FF 99.5893% SCR, DFGD, FF 99.3541% ACI, FF, WFGD ACI 99.9620% FBC, SNCR, FF, DFGD 99.5660% FF, WFGD 99.8812% FBC, SNCR, FF 99.8812% FBC, SNCR, FF 99.4007% FF, WFGD DFGD, FF 99.0359% FF, WFGD 99.3712% SNCR, MC, DFGD, FF 99.7255% ACI, FF, WFGD ACI 99.1008% SNCR, FF, WFGD 98.1394% ESP, SCR, ACI, FF ACI 99.2582% ACI, FF, WFGD ACI 95.8621% FF, WFGD 98.7969% SCR, DFGD, FF 99.4296% FBC, SNCR, DFGD, FF 94.4155% FF, WFGD 99.1381% SCR, FF, WFGD, WESP SCR, DFGD, FF 98.1642% FF, WFGD 98.5391% ESP, SCR, ACI, FF ACI ESP, ACI, FF ACI 93.3728% FF, WFGD 98.0788% SCR, FF, WFGD, WESP 93.5525% ESP, ACI, FF ACI 98.2509% DFGD, FF 98.2509% DFGD, FF 99.8161% FBC, SNCR, FF 97.6763% SCR, ESP, WFGD 99.1207% ACI, FF, WFGD ACI 90.3383% SCR, ESP, WFGD 97.5010% SCR, ESP, WFGD 97.1802% ESP, SCR, ACI, DFGD, FF ACI 97.5623% ESP, ACI, FF ACI 97.5623% ESP, ACI, FF ACI 95.9580% DFGD, FF 98.9518% FBC, SNCR, DFGD, FF SNCR, ESP 97.6624% SCR, ESP, ACI, DSI, FF, WFGD ACI FF FBC, FF89.8779% SNCR, ESP 80.6367% SCR, ESP, WFGD 84.6000% DFGD, FF 99.6817% FBC, SNCR, FF 76.0168% SCR, ESP, WFGD 97.1364% MC, DFGD, FF 99.5385% FBC, SNCR, FF 96.6598% SCR, FF, WFGD 93.7556% FF SCR, ESP, WFGD 80.7595% DFGD, FF 94.1788% ESP, ACI, FF ACI 94.1788% ESP, ACI, FF ACI 89.6936% SNCR, ESP ESP 93.6959% ESP, WFGD 93.6959% ESP, WFGD 93.6959% ESP, WFGD 93.6959% SCR, ESP, WFGD FF 72.6782% ESP 96.2052% ESP 93.2100% ACI, DFGD, FF ACI FF, WFGD DFGD, FF 93.8141% ESP, SCR, WFGD, WESP ESP 92.2170% DSI, ESP, SCR, WFGD ACI, DFGD, FF ACI 87.7262% ESP 99.9761% SCR, ESP, WFGD 89.5371% ESP 92.2385% ESP 89.4206% ESP 83.5657% ESP 97.6819% FBC, SNCR, DFGD, FF 91.1656% SCR, ACI, DFGD, FF ACI 92.7761% SNCR, ESP, WFGD 92.7761% SNCR, ESP, WFGD ESP 86.6596% SCR, ESP ESP 89.3140% SCR, DSI, ESP, WFGD 94.0866% FBC, FF ESP 66.4470% SCR, ACI, DFGD, FF ACI 88.6709% SCR, DSI, ESP, WFGD87.7127% SNCR, ESP, WFGD 87.7127% SNCR, ESP, WFGD 87.7127% SNCR, ESP, WFGD 87.7127% SCR, ESP, WFGD 87.3145% SCR, ACI, DFGD, FF ACI SCR, ESP, DSI, WFGD 80.9588% SCR, ESP, WFGD 84.3362% FF, ACI ACI SCR, ESP, DSI, WFGD 96.7352% ACI ESP, WFGD 68.7633% ACI, WFGD, Venturi ACI FF 94.7751% ACI 88.0041% SNCR, MC, ESP, WFGD 88.0041% SNCR, MC, ESP, WFGD 88.0041% SNCR, MC, ESP, WFGD 88.0041% SNCR, MC, ESP, WFGD 87.2892% DSI, SCR, ESP, WFGD 78.9006% ESP 78.9006% ESP ESP 87.0651% FF, WFGD 87.0651% ESP, WFGD SCR, FF, WFGD 76.6276% SCR, ESP, WFGD 81.3105% SNCR, ESP 81.3105% SNCR, ESP 81.3105% SCR, ESP 76.3776% FBC, SNCR, DFGD, ESP FBC, FF SNCR, ESP 68.3551% SNCR, ESP, WFGD 95.1549% ACI 72.6869% SNCR, MC, ESP, WFGD ESP 88.0546% 58.3932% 76.3926% 81.7713% 45.6931% ACI64.2114% ACI

62.2475%

68.3383% ACI

49.9591% 62.0435% 63.7630% DFGD, FF

61.4009% 72.7379%

57.9617%

23.0042% 45.8710% 25.2461% 29.7606% 43.8730% 40.0970% 51.6465% 46.2681% 75.7240%46.3587% 23.0807% 40.5228% 38.4349% 65.0323%

0.6339% 31.9162% ACI

0.6869% 21.6714% 53.1429%

60.6270% 33.3526%

0.3349%

15.3757% 26.3539% 22.6425%

4.6058% 63.8062%

‐ 4.7053% 7.5645% 6.3821% DFGD, FF11.2538% 13.0050%

‐ 76.1138%

‐ 4.4307% 5.4782%

‐ 1.5157% ACI 5.5069% 5.5069% 25.8501% 25.8501%

ACI 75.0816%

‐ 382.1250% 4.1263%

‐ 74.0177% ACI 17.7183% ESP

‐ 9.1298%

‐ 40.2897% 64.1028% 39.2981% 54.4151% 54.4151%32.4907%

4.2287%

‐ 64.9539%control_group_1 control_type_1 Other control Other (specify): Hydrated lime injection to control HCl NOx control Selective Catalytic Reduction NOx control Selective Catalytic Reduction Other control Activated carbon injection Other control Activated carbon injection PM control Fabric Filter, reverse air NOx control Selective Catalytic Reduction Other control Activated carbon injection NOx control Selective Catalytic Reduction Other control Activated carbon injection Other control Activated carbon injection PM control Fabric Filter, pulse Other control Activated carbon injection SO2 control Dry FGD ‐ Spray Dryer Other control Activated carbon injection Other control Activated carbon injection Other control Activated carbon injection Other control Activated carbon injection SO2 control Dry FGD ‐ Spray Dryer NOx control Selective Noncatalytic Reduction NOx control Selective Catalytic Reduction Other control Activated carbon injection NOx control Selective Noncatalytic Reduction PM control Electrostatic precipitator, cold side, w/o flue gas conditioning NOx control Selective Catalytic Reduction SO2 control Dry FGD ‐ Spray Dryer NOx control Selective Noncatalytic Reduction NOx control Selective Catalytic Reduction NOx control Selective Noncatalytic Reduction NOx control Selective Noncatalytic Reduction NOx control Selective Noncatalytic Reduction SO2 control Dry FGD ‐ Spray Dryer PM control Fabric Filter, pulse NOx control Selective Noncatalytic Reduction NOx control Selective Noncatalytic Reduction NOx control Selective Catalytic Reduction PM control Fabric Filter, pulse NOx control Selective Catalytic Reduction PM control Fabric Filter, pulse PM control Fabric Filter, reverse air SO2 control Dry FGD ‐ Circulating Dry Scrubber PM control Fabric Filter, pulse SO2 control Dry FGD ‐ Circulating Dry Scrubber NOx control Selective Noncatalytic Reduction SO2 control Dry FGD ‐ Circulating Dry ScrubberPM control Fabric Filter, pulse SO2 control Dry FGD ‐ Spray Dryer NOx control Selective Noncatalytic Reduction PM control Fabric Filter, reverse air SO2 control Dry FGD ‐ Spray Dryer NOx control Selective Catalytic Reduction Other control Activated carbon injection NOx control Selective Noncatalytic Reduction PM control Fabric Filter, reverse air NOx control Selective Noncatalytic Reduction NOx control Selective Noncatalytic Reduction PM control Fabric Filter, unspecified SO2 control Dry FGD ‐ Spray Dryer PM control Fabric Filter, unspecified NOx control Selective Noncatalytic Reduction Other control Activated carbon injection NOx control Selective Noncatalytic Reduction PM control Electrostatic precipitator, cold side, w/ flue gas conditioning Other control Activated carbon injection PM control Fabric Filter, pulse NOx control Selective Catalytic Reduction NOx control Selective Noncatalytic Reduction PM control Fabric Filter, pulse NOx control Selective Catalytic Reduction NOx control Selective Catalytic Reduction PM control Fabric Filter, unspecified PM control Electrostatic precipitator, cold side, w/ flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Fabric Filter, pulse NOx control Selective Catalytic Reduction PM control Electrostatic precipitator, cold side, w/o flue gas conditioning SO2 control Dry FGD ‐ Spray Dryer SO2 control Dry FGD ‐ Spray Dryer NOx control Selective Noncatalytic Reduction NOx control Selective Catalytic Reduction Other control Activated carbon injection NOx control Selective Catalytic Reduction NOx control Selective Catalytic Reduction PM control Electrostatic precipitator, hot side, unspecified PM control Electrostatic precipitator, cold side, unspecified PM control Electrostatic precipitator, cold side, unspecified SO2 control Dry FGD ‐ Spray Dryer NOx control Selective Noncatalytic Reduction NOx control Selective Noncatalytic Reduction NOx control Selective Catalytic Reduction PM control Fabric Filter, reverse air PM control Fabric Filter, reverse airNOx control Selective Noncatalytic Reduction NOx control Selective Catalytic Reduction SO2 control Dry FGD ‐ Spray Dryer NOx control Selective Noncatalytic Reduction NOx control Selective Catalytic Reduction PM control Multiple cyclone NOx control Selective Noncatalytic Reduction NOx control Selective Catalytic Reduction PM control Fabric Filter, pulse NOx control Selective Catalytic Reduction SO2 control Dry FGD ‐ Spray Dryer PM control Electrostatic precipitator, unspecified PM control Electrostatic precipitator, unspecified NOx control Selective Noncatalytic Reduction PM control Electrostatic precipitator, cold side, w/ flue gas conditioning PM control Electrostatic precipitator, cold side, w/ flue gas conditioning PM control Electrostatic precipitator, cold side, w/ flue gas conditioning PM control Electrostatic precipitator, cold side, w/ flue gas conditioning NOx control Selective Catalytic Reduction PM control Fabric Filter, reverse air PM control Electrostatic precipitator, cold side, w/o flue gas conditioning Other control Other (specify): SO3 injection Other control Activated carbon injection PM control Fabric Filter, pulse SO2 control Dry FGD ‐ Spray Dryer PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, hot side, w/o flue gas conditioning Other control Dry sorbent injection Other control Activated carbon injection PM control Electrostatic precipitator, cold side, w/o flue gas conditioning NOx control Selective Catalytic Reduction PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/ flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning NOx control Selective Noncatalytic Reduction NOx control Selective Catalytic Reduction NOx control Selective Noncatalytic Reduction NOx control Selective Noncatalytic Reduction PM control Electrostatic precipitator, cold side, w/o flue gas conditioning NOx control Selective Catalytic Reduction PM control Electrostatic precipitator, cold side, w/o flue gas conditioning NOx control Selective Catalytic Reduction PM control Fabric Filter, pulse PM control Electrostatic precipitator, cold side, w/o flue gas conditioning NOx control Selective Catalytic Reduction NOx control Selective Catalytic ReductionNOx control Selective Noncatalytic Reduction NOx control Selective Noncatalytic Reduction NOx control Selective Noncatalytic Reduction NOx control Selective Catalytic Reduction NOx control Selective Catalytic Reduction NOx control Selective Catalytic Reduction NOx control Selective Catalytic Reduction PM control Fabric Filter, pulse NOx control Selective Catalytic Reduction NOx control Selective Noncatalytic Reduction PM control Electrostatic precipitator, cold side, w/o flue gas conditioning Other control Activated carbon injection PM control Fabric Filter, reverse air NOx control Selective Catalytic Reduction NOx control Selective Noncatalytic Reduction NOx control Selective Noncatalytic Reduction NOx control Selective Noncatalytic Reduction NOx control Selective Noncatalytic Reduction Other control Other (specify): Magnesium Hydroxide Injection PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Fabric Filter, pulse PM control Electrostatic precipitator, cold side, w/o flue gas conditioning NOx control Selective Catalytic Reduction NOx control Selective Catalytic Reduction NOx control Selective Noncatalytic Reduction NOx control Selective Noncatalytic Reduction NOx control Selective Catalytic Reduction NOx control Selective Noncatalytic Reduction PM control Fabric Filter, pulse NOx control Selective Noncatalytic Reduction NOx control Selective Noncatalytic Reduction NOx control Selective Noncatalytic Reduction NOx control Selective Noncatalytic Reduction PM control Electrostatic precipitator, cold side, w/o flue gas conditioning NOx control Selective Noncatalytic Reduction PM control Electrostatic precipitator, cold side, w/ flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Fabric Filter, unspecified PM control Electrostatic precipitator, cold side, w/ flue gas conditioning Other control Activated carbon injection PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning NOx control Selective Catalytic Reduction PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioningOther control Activated carbon injection NOx control Selective Catalytic Reduction PM control Electrostatic precipitator, cold side, w/o flue gas conditioning NOx control Selective Noncatalytic Reduction PM control Electrostatic precipitator, cold side, unspecified NOx control Selective Noncatalytic Reduction PM control Electrostatic precipitator, cold side, w/o flue gas conditioning NOx control Selective Catalytic Reduction NOx control Selective Noncatalytic Reduction NOx control Selective Catalytic Reduction NOx control Selective Catalytic Reduction PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/ flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, unspecified SO2 control Dry FGD ‐ Sorbent Injection PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, hot side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning NOx control Selective Noncatalytic Reduction PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning NOx control PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning NOx control Selective Catalytic Reduction NOx control Selective Noncatalytic Reduction NOx control Selective Catalytic Reduction PM control Electrostatic precipitator, cold side, unspecified PM control Fabric Filter, reverse air PM control Fabric Filter, pulse PM control Electrostatic precipitator, hot side, w/o flue gas conditioning PM control Electrostatic precipitator, hot side, w/o flue gas conditioning PM control Fabric Filter, unspecified PM control Electrostatic precipitator, cold side, w/ flue gas conditioning PM control Electrostatic precipitator, hot side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioningPM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, hot side, w/o flue gas conditioning SO2 control Dry FGD ‐ Spray Dryer NOx control Selective Noncatalytic Reduction Other control Other (specify): Flue gas conditioning for opacity control PM control Electrostatic precipitator, cold side, w/o flue gas conditioning NOx control Selective Catalytic Reduction PM control Electrostatic precipitator, cold side, w/o flue gas conditioning NOx control Selective Catalytic Reduction NOx control Selective Catalytic Reduction Other control Other (specify): Flue gas conditioning NOx control Selective Catalytic Reduction PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning NOx control Selective Noncatalytic Reduction PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/ flue gas conditioning PM control Electrostatic precipitator, cold side, w/ flue gas conditioning PM control Electrostatic precipitator, cold side, w/ flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/ flue gas conditioning PM control Electrostatic precipitator, cold side, w/ flue gas conditioning NOx control Selective Noncatalytic Reduction PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning NOx control Selective Catalytic Reduction PM control Electrostatic precipitator, cold side, w/o flue gas conditioning SO2 control Dry FGD ‐ Circulating Dry Scrubber NOx control Selective Catalytic Reduction PM control PM scrubber ‐ Venturi SO2 control Dry FGD ‐ Spray Dryer PM control Fabric Filter, reverse air PM control Electrostatic precipitator, cold side, w/ flue gas conditioning PM control Electrostatic precipitator, hot side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning NOx control Selective Catalytic Reduction PM control Electrostatic precipitator, cold side, w/ flue gas conditioning NOx control Selective Catalytic Reduction PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, unspecified PM control Electrostatic precipitator, hot side, w/o flue gas conditioning PM control Fabric Filter, pulse SO2 control Dry FGD ‐ Spray Dryer PM control Electrostatic precipitator, cold side, w/o flue gas conditioning SO2 control Dry FGD ‐ Sorbent InjectionNOx control Selective Noncatalytic Reduction PM control Fabric Filter, reverse air PM control Electrostatic precipitator, cold side, w/ flue gas conditioning PM control Electrostatic precipitator, cold side, w/ flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/ flue gas conditioning PM control Fabric Filter, reverse air PM control Electrostatic precipitator, cold side, w/o flue gas conditioning Other control Activated carbon injection PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/ flue gas conditioning PM control Fabric Filter, reverse air PM control Fabric Filter, reverse air PM control Fabric Filter, reverse air PM control Electrostatic precipitator, hot side, w/ flue gas conditioning NOx control Selective Noncatalytic Reduction PM control Electrostatic precipitator, cold side, w/ flue gas conditioning PM control Electrostatic precipitator, hot side, w/ flue gas conditioning PM control Fabric Filter, reverse air PM control Fabric Filter, reverse air PM control Fabric Filter, reverse air SO2 control Dry FGD ‐ Circulating Dry Scrubber PM control Electrostatic precipitator, unspecified PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Fabric Filter, reverse air PM control Electrostatic precipitator, cold side, w/ flue gas conditioning Other control Other (specify): SO3 injection for Opacity control. Other control Other (specify): SO3 injection for opacity control. NOx control Selective Catalytic Reduction PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, hot side, w/o flue gas conditioning PM control Fabric Filter, pulse PM control Electrostatic precipitator, cold side, w/o flue gas conditioning SO2 control Dry FGD ‐ Spray Dryer PM control Electrostatic precipitator, cold side, w/ flue gas conditioning PM control Electrostatic precipitator, cold side, w/ flue gas conditioning PM control Electrostatic precipitator, cold side, w/ flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/ flue gas conditioning Other control Other (specify): SO3 injection for Opacity control. PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, hot side, w/o flue gas conditioning PM control Fabric Filter, unspecified PM control Fabric Filter, unspecified PM control Electrostatic precipitator, cold side, w/o flue gas conditioningPM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning NOx control Selective Catalytic Reduction PM control Electrostatic precipitator, hot side, w/ flue gas conditioning PM control Electrostatic precipitator, hot side, w/ flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, hot side, w/o flue gas conditioning NOx control Selective Noncatalytic Reduction NOx control Selective Noncatalytic Reduction PM control Electrostatic precipitator, cold side, w/ flue gas conditioning PM control Fabric Filter, reverse air NOx control Selective Catalytic Reductioninstall_date_1 control_group_2 01 ‐ Sep ‐ 08 NOx control 01 ‐ May ‐ 03 PM control 01 ‐ May ‐ 03 PM control

01 ‐ Jul ‐ 09 PM control 01 ‐ Jul ‐ 09 PM control 01 ‐ Jan ‐ 84 SO2 control 01 ‐ Mar ‐ 08 Other control

01 ‐ Jul ‐ 08 PM control 01 ‐ May ‐ 03 PM control

01 ‐ Jul ‐ 08 PM control 01 ‐ Jul ‐ 09 Other control 01 ‐ Sep ‐ 90

01 ‐ Jul ‐ 09 Other control 01 ‐ May ‐ 92 SO2 control

01 ‐ Jul ‐ 09 PM control 01 ‐ Jul ‐ 08 PM control 01 ‐ Jul ‐ 09 Other control 01 ‐ Jul ‐ 09 Other control 01 ‐ May ‐ 92 SO2 control

01 ‐ Jul ‐ 06 PM control 01 ‐ Sep ‐ 94 SO2 control

01 ‐ Jul ‐ 08 PM control 01 ‐ Mar ‐ 04 PM control 01 ‐ Jan ‐ 78 01 ‐ May ‐ 07 NOx control 01 ‐ May ‐ 94 PM control

01 ‐ Jun ‐ 04 PM control 01 ‐ Dec ‐ 95 SO2 control 01 ‐ Aug ‐ 95 PM control 01 ‐ Jun ‐ 95 SO2 control PM control 01 ‐ May ‐ 92 SO2 control 01 ‐ Nov ‐ 90 PM control 01 ‐ May ‐ 95 PM control

01 ‐ Oct ‐ 96 SO2 control 01 ‐ Jun ‐ 94 01 ‐ Mar ‐ 94 SO2 control 01 ‐ Dec ‐ 08 SO2 control 01 ‐ May ‐ 03 SO2 control

01 ‐ Jan ‐ 94 NOx control 01 ‐ Jun ‐ 95 01 ‐ Jan ‐ 94 NOx control 01 ‐ Feb ‐ 00 PM control 01 ‐ Jan ‐ 94 NOx control01 ‐ Jun ‐ 94 01 ‐ Jun ‐ 02 PM control 01 ‐ Jun ‐ 98 Other control 01 ‐ Nov ‐ 93 01 ‐ Oct ‐ 02 PM control 01 ‐ Mar ‐ 94 SO2 control 01 ‐ Apr ‐ 08 PM control 01 ‐ Jun ‐ 99 NOx control 01 ‐ May ‐ 98

01 ‐ Oct ‐ 92 PM control 01 ‐ Oct ‐ 92 PM control 01 ‐ Jul ‐ 98 01 ‐ Apr ‐ 02 PM control 01 ‐ Nov ‐ 92 01 ‐ Apr ‐ 92 NOx control 01 ‐ Apr ‐ 08 PM control 01 ‐ Mar ‐ 03 PM control 01 ‐ May ‐ 94 NOx control

01 ‐ Jun ‐ 09 PM control 01 ‐ May ‐ 04 SO2 control

01 ‐ Jan ‐ 09 SO2 control 01 ‐ Mar ‐ 05 SO2 control 01 ‐ Jun ‐ 95 01 ‐ Oct ‐ 09 PM control 01 ‐ Jan ‐ 09 SO2 control 01 ‐ Apr ‐ 93 01 ‐ Aug ‐ 91 NOx control 01 ‐ Aug ‐ 68 Other control 01 ‐ Nov ‐ 03 SO2 control 01 ‐ May ‐ 09 PM control 01 ‐ Aug ‐ 68 Other control 01 ‐ Nov ‐ 92 SO2 control 01 ‐ Nov ‐ 92 SO2 control 01 ‐ Aug ‐ 02 PM control 01 ‐ May ‐ 02 PM control

01 ‐ Jun ‐ 09 PM control 01 ‐ Jun ‐ 03 PM control 01 ‐ May ‐ 05 PM control 01 ‐ Apr ‐ 78 NOx control 01 ‐ Aug ‐ 72 Other control 01 ‐ Jun ‐ 74 Other control 01 ‐ May ‐ 08 SO2 control 01 ‐ Apr ‐ 09 SO2 control 01 ‐ Mar ‐ 95 PM control PM control 01 ‐ Apr ‐ 80 01 ‐ Jan ‐ 9001 ‐ Jan ‐ 09 PM control 01 ‐ Aug ‐ 06 PM control 01 ‐ Dec ‐ 98 PM control PM control 01 ‐ May ‐ 08 PM control 01 ‐ Mar ‐ 92 PM control PM control 01 ‐ Apr ‐ 05 PM control 01 ‐ Feb ‐ 00 PM control 01 ‐ Jun ‐ 99 PM control 01 ‐ Jun ‐ 73 Other control 01 ‐ Jan ‐ 74 Other control 01 ‐ Aug ‐ 93 PM control 01 ‐ Jun ‐ 71 01 ‐ Feb ‐ 71 SO2 control 01 ‐ Apr ‐ 69 SO2 control 01 ‐ Dec ‐ 68 SO2 control 01 ‐ May ‐ 02 PM control 01 ‐ Sep ‐ 78 01 ‐ Jan ‐ 91 01 ‐ Jun ‐ 80 PM control SO2 control 01 ‐ Jul ‐ 83 SO2 control 01 ‐ May ‐ 85 PM control 01 ‐ May ‐ 03 NOx control

01 ‐ Jun ‐ 76 01 ‐ Jan ‐ 05 PM control SO2 control 01 ‐ Jul ‐ 74 14 ‐ Jun ‐ 07 PM control 01 ‐ Nov ‐ 77

01 ‐ Jul ‐ 01 01 ‐ Dec ‐ 78

01 ‐ Jul ‐ 95 01 ‐ May ‐ 05 NOx control 01 ‐ Feb ‐ 07 Other control 01 ‐ May ‐ 05 PM control

01 ‐ Jun ‐ 06 PM control 01 ‐ Sep ‐ 87 01 ‐ May ‐ 04 PM control

01 ‐ Jun ‐ 75 01 ‐ Dec ‐ 01 Other control 01 ‐ Jan ‐ 92 PM control 01 ‐ Jun ‐ 75 01 ‐ Apr ‐ 06 Other control 01 ‐ Apr ‐ 05 Other control01 ‐ Apr ‐ 06 PM control 01 ‐ Apr ‐ 06 PM control 01 ‐ Nov ‐ 05 PM control 01 ‐ Apr ‐ 05 PM control

01 ‐ Jul ‐ 08 Other control 01 ‐ Feb ‐ 09 PM control 01 ‐ Dec ‐ 05 PM control 01 ‐ May ‐ 01 Other control 01 ‐ Apr ‐ 09 PM control

01 ‐ Jul ‐ 09 Other control SO2 control 01 ‐ Dec ‐ 09 SO2 control 01 ‐ Dec ‐ 81 01 ‐ Aug ‐ 09 Other control

01 ‐ Jul ‐ 01 PM control 01 ‐ Jul ‐ 01 PM control 01 ‐ Jul ‐ 01 PM control 01 ‐ Jul ‐ 01 PM control NOx control 01 ‐ Jan ‐ 74 01 ‐ Dec ‐ 07

01 ‐ Jul ‐ 74 01 ‐ Jan ‐ 65 SO2 control 01 ‐ Oct ‐ 09 SO2 control 01 ‐ Jun ‐ 03 PM control 14 ‐ Jun ‐ 06 PM control 01 ‐ May ‐ 08 PM control 01 ‐ May ‐ 08 PM control

01 ‐ Jan ‐ 09 PM control SO2 control 01 ‐ Dec ‐ 87 01 ‐ Mar ‐ 99 PM control 01 ‐ May ‐ 07 PM control 01 ‐ Aug ‐ 09 Other control 01 ‐ Jun ‐ 03 PM control 01 ‐ Jun ‐ 76 01 ‐ Oct ‐ 99 PM control 01 ‐ Mar ‐ 66 SO2 control 01 ‐ Jan ‐ 08 SO2 control 01 ‐ Dec ‐ 67 SO2 control 01 ‐ Aug ‐ 09 PM control 01 ‐ Dec ‐ 76 01 ‐ Jan ‐ 74 01 ‐ Dec ‐ 04 PM control 01 ‐ Apr ‐ 88 SO2 control 01 ‐ Aug ‐ 6901 ‐ Jul ‐ 09 PM control 01 ‐ Dec ‐ 04 PM control 01 ‐ Jan ‐ 00 PM control 01 ‐ May ‐ 07 PM control

01 ‐ Jan ‐ 71 SO2 control SO2 control 01 ‐ May ‐ 72 01 ‐ Feb ‐ 00 PM control 01 ‐ Mar ‐ 09 PM control 01 ‐ May ‐ 09 Other control 01 ‐ Feb ‐ 02 PM control 01 ‐ Mar ‐ 72 01 ‐ Dec ‐ 86 SO2 control

01 ‐ Jul ‐ 91 01 ‐ Jun ‐ 60 01 ‐ Jun ‐ 60 01 ‐ Jun ‐ 77 01 ‐ May ‐ 71 SO2 control 01 ‐ Feb ‐ 75 01 ‐ Jan ‐ 81 SO2 control 01 ‐ Jan ‐ 98 01 ‐ Dec ‐ 02 PM control 01 ‐ Dec ‐ 76 01 ‐ Sep ‐ 87 01 ‐ Jan ‐ 73 01 ‐ Jun ‐ 63 SO2 control 01 ‐ Jan ‐ 79 PM control 01 ‐ Nov ‐ 76 01 ‐ Feb ‐ 75 01 ‐ Jan ‐ 07 Other control 01 ‐ Dec ‐ 69 01 ‐ Jan ‐ 89 01 ‐ Nov ‐ 76 01 ‐ Jun ‐ 03 PM control 01 ‐ May ‐ 06 PM control 01 ‐ Aug ‐ 06 SO2 control 01 ‐ Jan ‐ 69 SO2 control 01 ‐ Jul ‐ 92 SO2 control 01 ‐ Dec ‐ 99 01 ‐ Jan ‐ 72 SO2 control 01 ‐ Dec ‐ 71 SO2 control 01 ‐ Jan ‐ 09 SO2 control 01 ‐ Jun ‐ 74 01 ‐ Jan ‐ 73 01 ‐ Feb ‐ 75 01 ‐ Feb ‐ 7501 ‐ Feb ‐ 75 01 ‐ Jan ‐ 73 01 ‐ Jan ‐ 00 PM control 01 ‐ Apr ‐ 05 PM control 01 ‐ Apr ‐ 06 PM control

01 ‐ Jul ‐ 92 01 ‐ Dec ‐ 09 SO2 control 01 ‐ Mar ‐ 99 01 ‐ May ‐ 04 PM control 01 ‐ Mar ‐ 03 PM control 01 ‐ Apr ‐ 01 Other control 01 ‐ May ‐ 03 PM control 01 ‐ Aug ‐ 77 01 ‐ Aug ‐ 74 01 ‐ Dec ‐ 04 PM control 01 ‐ Dec ‐ 71 01 ‐ May ‐ 87 01 ‐ Dec ‐ 79 SO2 control 01 ‐ Dec ‐ 72

01 ‐ Jul ‐ 81 01 ‐ Aug ‐ 77 01 ‐ Dec ‐ 75 01 ‐ Dec ‐ 73 01 ‐ Dec ‐ 04 PM control 01 ‐ May ‐ 86

01 ‐ Jun ‐ 68 01 ‐ Apr ‐ 03 SO2 control 01 ‐ Jun ‐ 75 PM control 01 ‐ May ‐ 09 PM control

01 ‐ Jun ‐ 96 PM control 01 ‐ Jun ‐ 77 SO2 control 01 ‐ Jul ‐ 84 PM control 01 ‐ Jan ‐ 80 01 ‐ Jul ‐ 79 01 ‐ Mar ‐ 77 01 ‐ Nov ‐ 74 01 ‐ Apr ‐ 72 01 ‐ May ‐ 01 SO2 control 01 ‐ Nov ‐ 74 SO2 control 01 ‐ Jan ‐ 08 SO2 control 01 ‐ Sep ‐ 81 01 ‐ Nov ‐ 69 01 ‐ Apr ‐ 77 01 ‐ Dec ‐ 07 01 ‐ Apr ‐ 84 PM control 01 ‐ Mar ‐ 77 01 ‐ Jun ‐ 93 PM control01 ‐ Jan ‐ 08 Other control 01 ‐ Dec ‐ 00 01 ‐ Jan ‐ 54 01 ‐ Jan ‐ 55 01 ‐ Jun ‐ 72 01 ‐ Dec ‐ 75 SO2 control 01 ‐ May ‐ 01 01 ‐ Sep ‐ 78 PM control 01 ‐ Aug ‐ 80 01 ‐ Oct ‐ 93 01 ‐ May ‐ 93 01 ‐ Sep ‐ 76 SO2 control 01 ‐ May ‐ 07 01 ‐ Apr ‐ 06 01 ‐ Nov ‐ 81 01 ‐ Mar ‐ 75 01 ‐ Nov ‐ 08 Other control 01 ‐ Jan ‐ 71 01 ‐ May ‐ 81 01 ‐ Aug ‐ 90 01 ‐ Jun ‐ 70 01 ‐ Jun ‐ 70 01 ‐ Dec ‐ 07 PM control 01 ‐ May ‐ 82 01 ‐ Nov ‐ 74 01 ‐ Jun ‐ 70 01 ‐ Jan ‐ 72 01 ‐ May ‐ 93 PM control 01 ‐ May ‐ 93 PM control 01 ‐ May ‐ 95 Other control

01 ‐ Jun ‐ 81 01 ‐ Sep ‐ 77 NOx control 01 ‐ Jan ‐ 99 01 ‐ Jan ‐ 85 01 ‐ Oct ‐ 86 PM control 01 ‐ Nov ‐ 58 01 ‐ Jan ‐ 53 01 ‐ Nov ‐ 51 01 ‐ Jun ‐ 68 01 ‐ May ‐ 93 PM control

01 ‐ Jun ‐ 72 01 ‐ May ‐ 02 01 ‐ May ‐ 02

01 ‐ Jan ‐ 82 SO2 control01 ‐ Aug ‐ 79 SO2 control 01 ‐ May ‐ 02 PM control

01 ‐ Jun ‐ 72 SO2 control 01 ‐ Jun ‐ 72 SO2 control 01 ‐ Jan ‐ 77 01 ‐ Jan ‐ 73 01 ‐ Feb ‐ 07 PM control 01 ‐ Apr ‐ 05 PM control

01 ‐ Jul ‐ 81 01 ‐ Jun ‐ 70 01 ‐ Jan ‐ 99 Other controlcontrol_type_2 install_date_2 Selective Noncatalytic Reduction 01 ‐ Sep ‐ 08 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Jun ‐ 72 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Jun ‐ 68 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Jun ‐ 63 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Mar ‐ 66 Wet FGD ‐ Spray Type 01 ‐ Jan ‐ 84 Activated carbon injection 01 ‐ Mar ‐ 08 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Jul ‐ 62 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Jun ‐ 78 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ May ‐ 58 Activated carbon injection 01 ‐ Jul ‐ 09 Activated carbon injection 01 ‐ Jul ‐ 09 Dry FGD ‐ Spray Dryer 01 ‐ May ‐ 92 Electrostatic precipitator, hot side, w/o flue gas conditioning 01 ‐ Jun ‐ 57 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Mar ‐ 59 Activated carbon injection 01 ‐ Jul ‐ 09 Activated carbon injection 01 ‐ Jul ‐ 09 Dry FGD ‐ Spray Dryer 01 ‐ May ‐ 92 Fabric Filter, shake and deflate 01 ‐ Jun ‐ 87 Dry FGD ‐ Spray Dryer 01 ‐ Sep ‐ 94 Electrostatic precipitator, hot side, w/o flue gas conditioning 01 ‐ Jun ‐ 58 Fabric Filter, pulse 01 ‐ Mar ‐ 04 Selective Noncatalytic Reduction 01 ‐ May ‐ 07 Fabric Filter, reverse air 01 ‐ May ‐ 94 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Jan ‐ 85 Dry FGD ‐ Spray Dryer 01 ‐ Dec ‐ 95 Fabric Filter, pulse 01 ‐ Aug ‐ 95 Dry FGD ‐ Spray Dryer 01 ‐ Jun ‐ 95 Fabric Filter, unspecified Dry FGD ‐ Spray Dryer 01 ‐ May ‐ 92 Fabric Filter, unspecified Fabric Filter, pulse 01 ‐ May ‐ 95 Dry FGD ‐ Spray Dryer 01 ‐ Oct ‐ 96 Dry FGD ‐ Spray Dryer 01 ‐ Mar ‐ 94 Wet FGD ‐ Venturi Type 01 ‐ Jul ‐ 76 Wet FGD ‐ Spray Type 01 ‐ May ‐ 03 Selective Noncatalytic Reduction 01 ‐ Jan ‐ 94 Selective Noncatalytic Reduction 01 ‐ Jan ‐ 94 Fabric Filter, pulse 01 ‐ Feb ‐ 00 Selective Noncatalytic Reduction 01 ‐ Jan ‐ 94Fabric Filter, reverse air 01 ‐ Feb ‐ 88 Activated carbon injection 01 ‐ Dec ‐ 07 Fabric Filter, reverse air 01 ‐ Apr ‐ 89 Dry FGD ‐ Spray Dryer 01 ‐ Mar ‐ 94 Fabric Filter, pulse 01 ‐ Oct ‐ 07 Selective Noncatalytic Reduction 01 ‐ Jun ‐ 99 Fabric Filter, pulse 01 ‐ Oct ‐ 92 Fabric Filter, pulse 01 ‐ Oct ‐ 92 Fabric Filter, reverse air 01 ‐ Apr ‐ 84 Selective Noncatalytic Reduction 01 ‐ Apr ‐ 92 Fabric Filter, pulse 01 ‐ Mar ‐ 08 Fabric Filter, reverse air 01 ‐ May ‐ 03 Selective Catalytic Reduction 01 ‐ Jun ‐ 04 Fabric Filter, pulse 01 ‐ Apr ‐ 09 Wet FGD ‐ Spray Type 01 ‐ Nov ‐ 79 Dry FGD ‐ Spray Dryer 01 ‐ Apr ‐ 93 Dry FGD ‐ Unspecified 01 ‐ Mar ‐ 05 Fabric Filter, pulse 01 ‐ Oct ‐ 09 Dry FGD ‐ Spray Dryer 01 ‐ Jan ‐ 09 Selective Catalytic Reduction 01 ‐ Jun ‐ 04 Activated carbon injection 01 ‐ Jul ‐ 08 Wet FGD ‐ Spray Type 01 ‐ Jul ‐ 80 Fabric Filter, pulse 01 ‐ May ‐ 09 Activated carbon injection 01 ‐ Jul ‐ 08 Dry FGD ‐ Spray Dryer 01 ‐ Nov ‐ 92 Dry FGD ‐ Spray Dryer 01 ‐ Nov ‐ 92 Fabric Filter, pulse 01 ‐ Nov ‐ 92 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Jan ‐ 74 Fabric Filter, pulse 01 ‐ Oct ‐ 08 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ May ‐ 95 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ May ‐ 74 Selective Catalytic Reduction 01 ‐ Aug ‐ 03 Activated carbon injection 01 ‐ Dec ‐ 09 Activated carbon injection 01 ‐ Jun ‐ 09 Dry FGD ‐ Spray Dryer 01 ‐ May ‐ 08 Dry FGD ‐ Unspecified 01 ‐ Apr ‐ 09 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Mar ‐ 84 Electrostatic precipitator, hot side, unspecifiedElectrostatic precipitator, cold side, w/ flue gas conditioning 01 ‐ Feb ‐ 75 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Aug ‐ 06 Fabric Filter, reverse air 01 ‐ Dec ‐ 98 Fabric Filter, unspecified Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ May ‐ 08 Multiple cyclone 01 ‐ Mar ‐ 92 Fabric Filter, unspecified Fabric Filter, pulse 01 ‐ Nov ‐ 04 Electrostatic precipitator, cold side, w/o flue gas conditioning Fabric Filter, reverse air 01 ‐ Jun ‐ 99 Activated carbon injection 01 ‐ May ‐ 07 Activated carbon injection 01 ‐ May ‐ 07 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Jul ‐ 84 Wet FGD ‐ Spray Type 01 ‐ May ‐ 08 Wet FGD ‐ Spray Type 01 ‐ May ‐ 08 Wet FGD ‐ Spray Type 01 ‐ May ‐ 08 Electrostatic precipitator, cold side, w/ flue gas conditioning 01 ‐ Dec ‐ 70 Electrostatic precipitator, cold side, w/ flue gas conditioning 01 ‐ Jun ‐ 70 Dry FGD ‐ Spray Dryer 01 ‐ Jul ‐ 08 Wet FGD ‐ Venturi Type 01 ‐ Jul ‐ 83 Fabric Filter, reverse air 01 ‐ May ‐ 85 Selective Catalytic Reduction 01 ‐ May ‐ 03 Electrostatic precipitator, hot side, w/ flue gas conditioning 01 ‐ Jan ‐ 81 Dry FGD ‐ Spray Dryer 01 ‐ Dec ‐ 08 Electrostatic precipitator, cold side, w/o flue gas conditioning 17 ‐ Nov ‐ 05

Selective Noncatalytic Reduction 01 ‐ May ‐ 05 Activated carbon injection 01 ‐ Feb ‐ 07 Electrostatic precipitator, cold side, w/ flue gas conditioning 01 ‐ Jun ‐ 02 Electrostatic precipitator, cold side, w/ flue gas conditioning 01 ‐ Feb ‐ 99 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Jun ‐ 90 Other (specify): Soda Ash Injection for SO3 mitigation 01 ‐ Jun ‐ 04 Fabric Filter, pulse 01 ‐ Jan ‐ 92 Activated carbon injection 01 ‐ Jan ‐ 10 Other (specify): Soda Ash Injection for SO3 mitigation 01 ‐ Jun ‐ 04Electrostatic precipitator, hot side, w/o flue gas conditioning 01 ‐ Mar ‐ 08 Electrostatic precipitator, hot side, w/ flue gas conditioning 01 ‐ Mar ‐ 08 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Jan ‐ 94 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Apr ‐ 04 Activated carbon injection 01 ‐ Jul ‐ 08 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Jan ‐ 84 Electrostatic precipitator, cold side, w/ flue gas conditioning 01 ‐ Dec ‐ 78 Activated carbon injection Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Dec ‐ 84 Activated carbon injection 01 ‐ Aug ‐ 09 Wet FGD ‐ Spray Type 01 ‐ Jan ‐ 95 Wet FGD ‐ Venturi Type 01 ‐ Jan ‐ 84 Activated carbon injection 01 ‐ Aug ‐ 09 Multiple cyclone 01 ‐ Jun ‐ 52 Multiple cyclone 01 ‐ Mar ‐ 53 Multiple cyclone 01 ‐ Nov ‐ 54 Multiple cyclone 01 ‐ Nov ‐ 60 Selective Catalytic Reduction 01 ‐ Jan ‐ 04

Wet FGD ‐ Tray Type 01 ‐ Nov ‐ 09 Wet FGD ‐ Tray Type 01 ‐ Nov ‐ 09 Fabric Filter, unspecified 01 ‐ May ‐ 01 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ May ‐ 71 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Jan ‐ 90 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Jan ‐ 90 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Apr ‐ 93 Dry FGD ‐ Spray Dryer Electrostatic precipitator, cold side, w/ flue gas conditioning 01 ‐ Dec ‐ 68 Electrostatic precipitator, cold side, w/ flue gas conditioning 01 ‐ Dec ‐ 97 Activated carbon injection 01 ‐ Aug ‐ 09 Multiple cyclone 01 ‐ Nov ‐ 60 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Jan ‐ 80 Wet FGD ‐ Spray Type 01 ‐ May ‐ 78 Wet FGD ‐ Packed Type 01 ‐ Jan ‐ 08 Wet FGD ‐ Spray Type 01 ‐ Dec ‐ 96 Electrostatic precipitator, cold side, w/ flue gas conditioning 01 ‐ Nov ‐ 92 Electrostatic precipitator, cold side, w/ flue gas conditioning 01 ‐ Dec ‐ 69 Wet FGD ‐ Spray Type 01 ‐ Apr ‐ 88Electrostatic precipitator, cold side, w/ flue gas conditioning 01 ‐ Jan ‐ 71 Electrostatic precipitator, cold side, w/ flue gas conditioning 01 ‐ Dec ‐ 77 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Jan ‐ 00 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Aug ‐ 76 Wet FGD ‐ Spray Type 01 ‐ Jan ‐ 83 Dry FGD ‐ Spray Dryer Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ May ‐ 82 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ May ‐ 70 Activated carbon injection 01 ‐ May ‐ 09 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Apr ‐ 82 Wet FGD ‐ Spray Type 01 ‐ Dec ‐ 86

Wet FGD ‐ Spray Type 01 ‐ Oct ‐ 92 Wet FGD ‐ Spray Type 01 ‐ Jan ‐ 81 Fabric Filter, reverse air 01 ‐ May ‐ 85

Wet FGD ‐ Spray Type 01 ‐ Dec ‐ 76 Fabric Filter, unspecified 01 ‐ Jan ‐ 77 Dry sorbent injection 01 ‐ Jan ‐ 07

Electrostatic precipitator, cold side, unspecified 01 ‐ Mar ‐ 09 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Nov ‐ 73 Dry FGD ‐ Spray Dryer 01 ‐ Aug ‐ 06 Wet FGD ‐ Spray Type 01 ‐ Jun ‐ 09 Wet FGD ‐ Spray Type 01 ‐ Dec ‐ 92 Wet FGD ‐ Spray Type 01 ‐ Jun ‐ 02 Wet FGD ‐ Spray Type 01 ‐ Oct ‐ 01 Wet FGD ‐ Unspecified 01 ‐ Jan ‐ 09Fabric Filter, reverse air 01 ‐ Jan ‐ 00 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Jan ‐ 78 Electrostatic precipitator, cold side, w/ flue gas conditioning 01 ‐ Oct ‐ 74 Dry FGD ‐ Spray Dryer 01 ‐ Dec ‐ 09 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Dec ‐ 93 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Mar ‐ 91 Activated carbon injection Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ May ‐ 92 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Dec ‐ 75

Wet FGD ‐ Tray Type 01 ‐ Dec ‐ 79

Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Dec ‐ 68 Dry FGD ‐ Spray Dryer 01 ‐ Apr ‐ 03 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Apr ‐ 75 Fabric Filter, pulse 01 ‐ May ‐ 09 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Jun ‐ 96 Wet FGD ‐ Spray Type 01 ‐ Jun ‐ 77 Fabric Filter, reverse air 01 ‐ Jul ‐ 84

Dry FGD ‐ Spray Dryer 01 ‐ May ‐ 01 Wet FGD ‐ Tray Type 01 ‐ Sep ‐ 90 Dry FGD ‐ Spray Dryer 01 ‐ Jan ‐ 08

Fabric Filter, reverse air 01 ‐ Apr ‐ 84 Fabric Filter, reverse air 01 ‐ Apr ‐ 85Dry sorbent injection 01 ‐ Jan ‐ 08

Wet FGD ‐ Tray Type 01 ‐ Sep ‐ 86 Electrostatic precipitator, cold side, w/ flue gas conditioning 01 ‐ Dec ‐ 64

Wet FGD ‐ Tray Type 01 ‐ Sep ‐ 88

Activated carbon injection 01 ‐ Feb ‐ 09

Fabric Filter, pulse 01 ‐ Dec ‐ 07

Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Mar ‐ 60 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Mar ‐ 64 Activated carbon injection Selective Catalytic Reduction 01 ‐ Jan ‐ 03 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Oct ‐ 86

Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Jun ‐ 58

Wet FGD ‐ Tray Type 01 ‐ Jan ‐ 82Wet FGD ‐ Spray Type 01 ‐ Aug ‐ 79 Electrostatic precipitator, cold side, w/ flue gas conditioning 01 ‐ Oct ‐ 72 Wet FGD ‐ Spray Type 01 ‐ Dec ‐ 07 Wet FGD ‐ Spray Type 01 ‐ Dec ‐ 07 Electrostatic precipitator, hot side, w/o flue gas conditioning 01 ‐ Jan ‐ 95 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Jan ‐ 78 Dry sorbent injectioncontrol_group_3 control_type_3 PM control Fabric Filter, reverse air SO2 control Wet FGD ‐ Packed Type SO2 control Wet FGD ‐ Packed Type

SO2 control Dry FGD ‐ Spray Dryer SO2 control Wet FGD ‐ Spray Type PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Fabric Filter, pulse

PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Fabric Filter, pulse PM control Fabric Filter, reverse air

Other control Activated carbon injection

PM control Fabric Filter, pulse PM control Fabric Filter, pulse PM control Fabric Filter, pulse

PM control Fabric Filter, reverse air PM control Fabric Filter, reverse air

PM control Fabric Filter, pulse PM control Fabric Filter, pulse PM control Fabric Filter, pulsePM control Electrostatic precipitator, cold side, w/o flue gas conditioning

PM control Fabric Filter, reverse air SO2 control Wet FGD ‐ Spray Type PM control Fabric Filter, pulse

PM control Multiple cyclone SO2 control Wet FGD ‐ Spray Type SO2 control Wet FGD ‐ Spray Type Other control Activated carbon injection SO2 control Wet FGD ‐ Spray Type PM control Fabric Filter, unspecified PM control Fabric Filter, pulse SO2 control Wet FGD ‐ Spray Type PM control Fabric Filter, pulse Other control Activated carbon injection PM control Fabric Filter, pulse SO2 control Wet FGD ‐ Packed Type PM control Fabric Filter, pulse PM control Fabric Filter, pulse PM control Fabric Filter, pulse SO2 control Wet FGD ‐ Spray/Tray Type SO2 control Wet FGD ‐ Spray Type SO2 control Wet FGD ‐ Spray Type SO2 control Wet FGD ‐ Spray/Tray Type Other control Activated carbon injection PM control Fabric Filter, unspecified PM control Fabric Filter, unspecified SO2 control Dry FGD ‐ Spray Dryer PM control Fabric Filter, pulse Other control Activated carbon injectionSO2 control Wet FGD ‐ Spray Type SO2 control Wet FGD ‐ Spray Type SO2 control Dry FGD ‐ Spray Dryer SO2 control Wet FGD ‐ Spray Type SO2 control Wet FGD ‐ Spray Type PM control Fabric Filter, unspecified PM control Fabric Filter, unspecified

SO2 control Wet FGD ‐ Spray Type

PM control Fabric Filter, reverse air

SO2 control Wet FGD ‐ Unspecified NOx control Selective Catalytic Reduction PM control Fabric Filter, reverse air SO2 control Wet FGD ‐ Spray/Tray Type

SO2 control Dry FGD ‐ Circulating Dry Scrubber SO2 control Dry FGD ‐ Circulating Dry Scrubber SO2 control Wet FGD ‐ Spray Type SO2 control Wet FGD ‐ Spray Type

PM control Electrostatic precipitator, cold side, w/o flue gas conditioning

SO2 control Dry FGD ‐ Spray Dryer PM control Electrostatic precipitator, cold side, w/o flue gas conditioningPM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning SO2 control Wet FGD ‐ Spray Type SO2 control Wet FGD ‐ Spray Type SO2 control Dry FGD ‐ Spray Dryer Other control Dry sorbent injection SO2 control Wet FGD ‐ Spray Type Other control Dry sorbent injection SO2 control Dry FGD ‐ Circulating Dry Scrubber PM control PM scrubber ‐ Venturi PM control Fabric Filter, pulse PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning Other control Dry sorbent injection

SO2 control Wet FGD ‐ Unspecified SO2 control Wet FGD ‐ Spray/Tray Type

PM control Electrostatic precipitator, cold side, w/o flue gas conditioning

SO2 control Wet FGD ‐ Unspecified SO2 control Dry FGD ‐ Circulating Dry Scrubber PM control Electrostatic precipitator, hot side, w/o flue gas conditioning

SO2 control Wet FGD ‐ Spray TypeSO2 control Wet FGD ‐ Spray Type

PM control Electrostatic precipitator, cold side, w/o flue gas conditioning

PM control Electrostatic precipitator, cold side, w/o flue gas conditioning SO2 control Dry FGD ‐ Spray Dryer

PM control Electrostatic precipitator, cold side, unspecified

SO2 control Wet FGD ‐ Venturi Type PM control Fabric Filter, pulsePM control Fabric Filter, pulse SO2 control Wet FGD ‐ Spray Type SO2 control Wet FGD ‐ Spray Type PM control Electrostatic precipitator, cold side, w/ flue gas conditioning

PM control Fabric Filter, pulse

SO2 control Wet FGD ‐ Spray Type

PM control Fabric Filter, pulse PM control Fabric Filter, pulsePM control Electrostatic precipitator, cold side, unspecified

PM control Fabric Filter, shake and deflate

PM control Electrostatic precipitator, cold side, w/o flue gas conditioningSO2 control Wet FGD ‐ Spray Type

PM control Electrostatic precipitator, unspecifiedinstall_date_3 control_group_4 01 ‐ Jan ‐ 81 01 ‐ Aug ‐ 01 01 ‐ Aug ‐ 01

01 ‐ Mar ‐ 08 PM control 01 ‐ Jan ‐ 80 01 ‐ Mar ‐ 66 PM control 01 ‐ Apr ‐ 65 PM control 01 ‐ May ‐ 92 PM control

01 ‐ Jul ‐ 73 PM control 01 ‐ Sep ‐ 76 PM control 01 ‐ May ‐ 92 PM control 01 ‐ Sep ‐ 94

01 ‐ May ‐ 07 SO2 control

01 ‐ Dec ‐ 95 01 ‐ Jun ‐ 95 01 ‐ May ‐ 92 PM control

01 ‐ Oct ‐ 96 01 ‐ Mar ‐ 94

01 ‐ Jan ‐ 94 01 ‐ Jan ‐ 94 01 ‐ Jan ‐ 9401 ‐ Jan ‐ 79 SO2 control

01 ‐ Mar ‐ 94 01 ‐ Apr ‐ 98 01 ‐ Jun ‐ 93 PM control

01 ‐ Apr ‐ 92 PM control 01 ‐ May ‐ 98 01 ‐ May ‐ 03

01 ‐ Jan ‐ 07 PM control 01 ‐ May ‐ 98 01 ‐ Apr ‐ 93 01 ‐ Mar ‐ 05 01 ‐ Oct ‐ 09 Other control 01 ‐ Jan ‐ 09 01 ‐ Jan ‐ 07 PM control 01 ‐ Jan ‐ 08 01 ‐ May ‐ 09 Other control

01 ‐ Jan ‐ 08 01 ‐ Nov ‐ 92 PM control 01 ‐ Nov ‐ 92 PM control 01 ‐ Dec ‐ 08 01 ‐ May ‐ 98 01 ‐ May ‐ 95 20 ‐ Apr ‐ 07 01 ‐ Jul ‐ 09 SO2 control 01 ‐ Oct ‐ 08 01 ‐ Dec ‐ 08 01 ‐ May ‐ 08 PM control 01 ‐ Apr ‐ 09 Other control01 ‐ Aug ‐ 06

01 ‐ May ‐ 08 01 ‐ Mar ‐ 92 SO2 control 01 ‐ Apr ‐ 79 01 ‐ Jun ‐ 95 01 ‐ May ‐ 07 01 ‐ May ‐ 07

01 ‐ May ‐ 08

01 ‐ Dec ‐ 91

01 ‐ Apr ‐ 09 Other control 01 ‐ Jan ‐ 02 SO2 control 01 ‐ Nov ‐ 90 17 ‐ Nov ‐ 05

01 ‐ Jul ‐ 92 SO2 control 01 ‐ Feb ‐ 07 PM control 01 ‐ May ‐ 09 01 ‐ Apr ‐ 09

01 ‐ Jan ‐ 91 SO2 control

01 ‐ Apr ‐ 06 PM control 01 ‐ Jan ‐ 90 SO2 control01 ‐ Jan ‐ 76 SO2 control 01 ‐ Jan ‐ 76 SO2 control 01 ‐ Dec ‐ 09 01 ‐ Dec ‐ 09

01 ‐ Jul ‐ 08 PM control 01 ‐ Feb ‐ 09 SO2 control 01 ‐ Dec ‐ 07 01 ‐ Apr ‐ 09 SO2 control

01 ‐ Jul ‐ 09 PM control 01 ‐ Jan ‐ 84 01 ‐ Aug ‐ 09 SO2 control 01 ‐ Jun ‐ 52 SO2 control 01 ‐ Mar ‐ 53 SO2 control 01 ‐ Nov ‐ 54 SO2 control 01 ‐ Nov ‐ 60 SO2 control 01 ‐ May ‐ 04 PM control

15 ‐ May ‐ 06

01 ‐ Nov ‐ 10 01 ‐ Aug ‐ 09 PM control 01 ‐ Nov ‐ 60 PM control

01 ‐ Dec ‐ 9601 ‐ Dec ‐ 77

01 ‐ May ‐ 94 01 ‐ May ‐ 09 PM control

01 ‐ Jan ‐ 07

01 ‐ Mar ‐ 09 01 ‐ Aug ‐ 0601 ‐ Dec ‐ 09 01 ‐ Jan ‐ 95 01 ‐ Jan ‐ 10

01 ‐ Apr ‐ 03

01 ‐ Jun ‐ 96

01 ‐ May ‐ 01

01 ‐ Jan ‐ 0801 ‐ Jan ‐ 08

01 ‐ Dec ‐ 75 PM control

01 ‐ Nov ‐ 99 PM control01 ‐ Dec ‐ 07

01 ‐ Jan ‐ 84 SO2 controlcontrol_type_4 install_date_4

Fabric Filter, pulse 01 ‐ Jan ‐ 08

Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Mar ‐ 66 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Apr ‐ 65 Fabric Filter, pulse 01 ‐ May ‐ 92 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Jul ‐ 73 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Sep ‐ 76 Fabric Filter, pulse 01 ‐ May ‐ 92

Dry FGD ‐ Circulating Dry Scrubber 01 ‐ May ‐ 07

Fabric Filter, pulse 01 ‐ May ‐ 92Wet FGD ‐ Spray Type 01 ‐ Nov ‐ 94

Fabric Filter, pulse 01 ‐ Jun ‐ 93

Multiple cyclone 01 ‐ Apr ‐ 92 Fabric Filter, pulse 01 ‐ Dec ‐ 08

Wet electrostatic precipitator 01 ‐ Oct ‐ 09 Fabric Filter, pulse 01 ‐ Dec ‐ 08

Wet electrostatic precipitator 01 ‐ May ‐ 09 Fabric Filter, pulse 01 ‐ Nov ‐ 92 Fabric Filter, pulse 01 ‐ Nov ‐ 92

Dry FGD ‐ Spray Dryer 01 ‐ Dec ‐ 12 Fabric Filter, pulse 01 ‐ Dec ‐ 87 Other (specify): lime injection 01 ‐ Feb ‐ 10Dry FGD ‐ Spray Dryer 01 ‐ Mar ‐ 92

Wet electrostatic precipitator 01 ‐ Apr ‐ 09 Wet FGD ‐ Spray Type 01 ‐ Jan ‐ 81

Dry FGD ‐ Circulating Dry Scrubber 01 ‐ Jul ‐ 92 Fabric Filter, pulse 01 ‐ Feb ‐ 07

Wet FGD ‐ Tray Type 01 ‐ May ‐ 07 Fabric Filter, pulse 01 ‐ Apr ‐ 06 Wet FGD ‐ Tray Type 01 ‐ Oct ‐ 07Wet FGD ‐ Spray Type 01 ‐ Dec ‐ 09 Wet FGD ‐ Spray Type 01 ‐ Dec ‐ 09 Fabric Filter, pulse 01 ‐ Jul ‐ 08 Wet FGD ‐ Spray Type 01 ‐ Jan ‐ 84

Wet FGD ‐ Spray Type 01 ‐ Dec ‐ 84 Fabric Filter, pulse 01 ‐ Jul ‐ 09

Wet FGD ‐ Spray Type 01 ‐ Aug ‐ 09 Wet FGD ‐ Venturi Type 01 ‐ Jun ‐ 75 Wet FGD ‐ Venturi Type 01 ‐ Jun ‐ 75 Wet FGD ‐ Venturi Type 01 ‐ Jun ‐ 75 Wet FGD ‐ Venturi Type 01 ‐ Jun ‐ 75 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Mar ‐ 91

Fabric Filter, pulse 01 ‐ Aug ‐ 09 PM scrubber ‐ Venturi 01 ‐ Dec ‐ 82Fabric Filter, pulse 01 ‐ May ‐ 09Electrostatic precipitator, cold side, w/ flue gas conditioning 01 ‐ Dec ‐ 75

Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ May ‐ 68Wet FGD ‐ Spray Type 01 ‐ Jan ‐ 84control_group_5 control_type_5 install_date_5

PM control Fabric Filter, pulse 01 ‐ Nov ‐ 06SO2 control Dry FGD ‐ Circulating Dry Scrubber 01 ‐ Jun ‐ 93

SO2 control Dry FGD ‐ Spray Dryer 01 ‐ Apr ‐ 92

PM control Fabric Filter, unspecified 01 ‐ Jun ‐ 09

PM control Fabric Filter, pulse 01 ‐ Dec ‐ 87

PM control Fabric Filter, unspecified 01 ‐ Feb ‐ 10PM control Fabric Filter, pulse 01 ‐ Mar ‐ 92

PM control Fabric Filter, pulse 01 ‐ Jul ‐ 92SO2 control Wet FGD ‐ Spray Type 01 ‐ Jun ‐ 04

SO2 control Wet FGD ‐ Spray Type 01 ‐ Dec ‐ 82control_group_6 control_type_6 install_date_6SO2 control Dry FGD ‐ Circulating Dry Scrubber 01 ‐ Jun ‐ 93

SO2 control Dry FGD ‐ Spray Dryer 01 ‐ Apr ‐ 92

PM control Fabric Filter, pulse 01 ‐ Dec ‐ 87

SO2 control Wet FGD ‐ Unspecified 01 ‐ Feb ‐ 10PM control Fabric Filter, pulse 01 ‐ Mar ‐ 92

PM control Fabric Filter, pulse 01 ‐ May ‐ 05control_group_7 control_type_7 install_date_7 control_group_8PM control Fabric Filter, pulse 01 ‐ Apr ‐ 92 PM controlcontrol_type_8 install_date_8 control_group_9 control_type_9Fabric Filter, pulse 01 ‐ Apr ‐ 92install_date_9 control_group_10 control_type_10 install_date_10control_group_11 control_type_11 install_date_11 control_group_12control_type_12 install_date_12Deepwater Dallman ORIS/Facility/Unit 2384 963

Test Averages Coal ‐ firing 31 1 1.1023E ‐ 09 0.000000004 2 8.89204E ‐ 07 0.000000008 3 3.30695E ‐ 06 4 3.96834E ‐ 06 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 ni = number test runs = 4 2Total Number of sources = 40 n =Total # test runs = 66

65

This step is for QC only: means 2.04E ‐ 06 6.00E ‐ 09

1.21E ‐ 06 Mean =

Pooled Variance = 7.7807E ‐ 12

m= number future runs = 1

Term1 1.0152

Term2 7.8986E ‐ 12

Squared root Term2 2.8104E ‐ 06 

#   2 2 1 

## 1 1 n i i 

## s x X n  

##  

 

#  1 1 

## 1 i n N ij i j 

## X x n   

##  

# 

1 1 n m 

2 

### 1 1 s n m        1 

### 1 N i i 

### df n

 

###        



# 

2 

### 1 1 s n m        1 

## 1 i n i ik k i 

## x x n  

##  

# 

1 N i i 

### n

 

#  NNOTE: the pvalue for the t-statistic is calculated as: 2*alpha, where 1-alpha is desired confidence, so if 9 9

t ‐ statistic = quantile t ‐ distribution with df degrees of freedom at .99 confidence level = 2.39

UPL POOLED VARIANCE = 7.9161E ‐ 06 

### d f 

# t n m    

2

, 

## 1 1 df p 

## Xt s n m        Dallman USED FOR NEW DUE TO DATA

ISSUE Will

County Escalante TS Power Plant Joliet 9 Waukegan Dallman 963 884 87 56224 874 883 963 32 WC4CONFIG 1 TSPower JOL5 CONFIG WK8CONFIG 33 0.000000004 7.26667E ‐ 09 7.33333E ‐ 09 7.56667E ‐ 09 8.25E ‐ 09 8.98333E ‐ 09 1.07E ‐ 08 0.000000008 1.03507E ‐ 05 9.66667E ‐ 09 1.49667E ‐ 08 1.1276E ‐ 05 3.81611E ‐ 06 1.57E ‐ 08 9.3446E ‐ 06 4.05E ‐ 08 7.88201E ‐ 06 1.09964E ‐ 05

2235222 Emissions (lb/MW)6.00E ‐ 09 5.18E ‐ 06 3.12E ‐ 06 3.79E ‐ 06 5.64E ‐ 06 1.91E ‐ 06 1.32E ‐ 089 % confidence is desired then alpha=0.01 and 2*alpha=2*(0.01)Crawford Joliet 29 Joliet 29 Will County St. Nicholas Cogen Project Spruance Genco, LLC 867 384 384 884 54634 54081 CRA7 CONFIG JOL8CONFIG JOL7CONFIG WC3CONFIG 1 GEN2

1.448E ‐ 08 1.64667E ‐ 08 2.604E ‐ 08 2.645E ‐ 08 0.000000027 3.44077E ‐ 08

111 1111.45E ‐ 08 1.65E ‐ 08 2.60E ‐ 08 2.65E ‐ 08 2.70E ‐ 08 3.44E ‐ 08Fisk Powerton Powerton Logan Generating Plant Nucla Waukegan AES Hawaii 886 879 879 10043 527 883 10673 FISK19 CONFIG Pow5CONFIG Pow6CONFIG Unit1 001 WK7CONFIG 001

3.54333E ‐ 08 4.21667E ‐ 08 4.21667E ‐ 08 4.66915E ‐ 08 5.00364E ‐ 08 5.56E ‐ 08 5.89223E ‐ 08 5.62909E ‐ 08 9.24422E ‐ 08

1 11 1 3113.54E ‐ 08 4.22E ‐ 08 4.22E ‐ 08 4.67E ‐ 08 6.63E ‐ 08 5.56E ‐ 08 5.89E ‐ 08 UPL Pooled Variance= 2

, 

# 1 1 df p 

# Xt s n m        AES Hawaii Spruance Genco, LLC AES Greenidge Seward Roanoke Valley I Avon Lake Indiantown Cogeneration, L.P. 10673 54081 2527 3130 54035 2836 50976

002 GEN3 Unit 4 SEW ‐ 1 Boiler 1 AL12 ‐ 2 001 6.04372E ‐ 08 6.12805E ‐ 08 6.44286E ‐ 08 6.72991E ‐ 08 6.78443E ‐ 08 0.00000008 8.09379E ‐ 08 7.65653E ‐ 07 4.02735E ‐ 07 5.20409E ‐ 06 5.86439E ‐ 07

1 1 2 31126.04E ‐ 08 6.13E ‐ 08 4.15E ‐ 07 3.52E ‐ 07 6.78E ‐ 08 8.00E ‐ 08 2.64E ‐ 06Avon Lake Chambers Cogeneration LP Northampton Generating Company, L.P. Roanoke Valley II Spruance Genco, LLC Colver Power Project 2836 10566 50888 54755 54081 10143 AL10 Boil 1 GEN1 Boiler 2 GEN4 AAB01 0.000000092 9.39591E ‐ 08 9.84676E ‐ 08 1.20512E ‐ 07 1.53789E ‐ 07 1.59752E ‐ 07 1.21913E ‐ 06 7.39247E ‐ 07 7.83409E ‐ 07

1 121 1 39.20E ‐ 08 9.40E ‐ 08 6.59E ‐ 07 1.21E ‐ 07 1.54E ‐ 07 5.61E ‐ 07Birchwood Power Facility Ebensburg Power Company Reid Gardner Clover Valley 54304 10603 2324 7213 4042

1A EPC01 1 Unit 1 VAPP ‐ B1 1.60338E ‐ 07 1.78641E ‐ 07 2.19722E ‐ 07 2.3111E ‐ 07 2.32672E ‐ 07 5.53485E ‐ 07 4.96569E ‐ 06

1 3 11 11.60E ‐ 07 1.90E ‐ 06 2.20E ‐ 07 2.31E ‐ 07 2.33E ‐ 07Emissions (lb/MW) Will County ORIS/Facility/Unit 884 Runs WC4CONFIG 1 7.5000E ‐ 09 2 7.4000E ‐ 09 3 7.7000E ‐ 09 4 6.6000E ‐ 09 5 7.2000E ‐ 09 6 7.2000E ‐ 09 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 ni = number test runs = 6 Total Number of sources = 1 n =Total # test runs = 6 1 N i i 

### n

 

#  N5

This step is for QC only: means 7.27E ‐ 09

7.27E ‐ 09 Mean =

Pooled Variance = 1.4267E ‐ 19

m= number future runs = 6

Term1 0.3333

Term2 4.7556E ‐ 20

Squared root Term2 2.18072E ‐ 10 NOTE: the pvalue for the t-statistic is calculated as: 2*alpha, where 1-alpha is desired confidence, so if 9 9 

#   2 2 1 

## 1 1 n i i 

## s xX n  

##  

 

#  1 1 

## 1 i n N ij i j 

## X x n   

##  

# 

1 1 n m 

2 

### 1 1 s n m        1 

### 1 N i i 

### df n

 

###        



# 

2 

### 1 1 s n m        1 

## 1 i n i ik k i 

## x x n  

##  

# t ‐ statistic = quantile t ‐ distribution with df degrees of freedom at .99 confidence level = 3.364929997

UPL POOLED VARIANCE = 8.00046E ‐ 09 

### d f 

# t

2

, 

## 1 1 df p 

## Xt s n m        UPL Pooled Variance= 2

, 

# 1 1 df p 

# Xt s n m        Deepwater Dallman Dallman ORIS/Facility/Unit 2384 963 963

Test Averages Coal ‐ firing 32 31 1 1.1695E ‐ 10 3.7089E ‐ 10 3.7417E ‐ 10 2 9.4342E ‐ 08 7.4177E ‐ 10 7.4835E ‐ 10 3 3.5086E ‐ 07 4 4.2103E ‐ 07 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 ni = number test runs = 4 22Total Number of sources = 40 n =Total # test runs = 67

66

This step is for QC only: means 1.17E ‐ 10 3.71E ‐ 10 3.74E ‐ 10

6.8578E ‐ 09 Mean =

Pooled Variance = 1.1690E ‐ 13

m= number future runs = 1

Term1 1.0250

Term2 1.1982E ‐ 13

Squared root Term2 3.4615E ‐ 07 

#   2 2 1 

## 1 1 n i i 

## s x X n  

##  

 

#  1 1 

## 1 i n N ij i j 

## X x n   

##  

# 

1 1 n m



2 1 1 s n m

       1 1 N i i df n

        



## 

2 1 1 s n m

       1 

## 1 i n i ik k i 

## x x n  

##  

#  1 N i i 

## n

 

#  NNOTE: the pvalue for the t-statistic is calculated as: 2*alpha, where 1-alpha is desired confidence, so if 99% co n

t ‐ statistic = quantile t ‐ distribution with df degrees of freedom at .99 confidence level = 2.43

UPL POOLED VARIANCE = 8.4657E ‐ 07 

### d f 

# t n m  

2

, 

## 1 1 df p 

## Xt s n m        USED FOR NEW DUE TO DATA ISSUE Will County Joliet 9 Escalante TS Power Plant Waukegan Dallman Crawford 884 874 87 56224 883 963 867 WC4CONFIG JOL5 CONFIG 1 TSPower WK8CONFIG 33 CRA7 CONFIG

7.4955E ‐ 10 7.5286E ‐ 10 8.0586E ‐ 10 8.6701E ‐ 10 8.6865E ‐ 10 1.0650E ‐ 09 1.4245E ‐ 09 1.0677E ‐ 06 1.0290E ‐ 06 1.0623E ‐ 09 1.7149E ‐ 09 3.6900E ‐ 07 1.5626E ‐ 09 1.0269E ‐ 06 4.6406E ‐ 09 9.0315E ‐ 07 1.2600E ‐ 06

2 23 5 2 2 1 Emissions (lb/MMBtu)Joliet 29 St. Nicholas Cogen Project Joliet 29 Spruance Genco, LLC Will County Fisk 384 54634 384 54081 884 886 JOL8CONFIG 1 JOL7CONFIG GEN2 WC3CONFIG FISK19 CONFIG 1.6425E ‐ 09 2.0603E ‐ 09 2.5547E ‐ 09 2.6333E ‐ 09 2.8478E ‐ 09 3.4405E ‐ 09

11 111 11.64E ‐ 09 2.06E ‐ 09 2.55E ‐ 09 2.63E ‐ 09 2.85E ‐ 09 3.44E ‐ 09 UPL Pooled Variance=Powerton Powerton Spruance Genco, LLC Nucla Logan Generating Plant Waukegan Seward 879 879 54081 527 10043 883 3130 Pow5CONFIG Pow6CONFIG GEN3 001 Unit1 WK7CONFIG SEW ‐ 1 4.2272E ‐ 09 4.2489E ‐ 09 4.6900E ‐ 09 5.3333E ‐ 09 5.3333E ‐ 09 5.5073E ‐ 09 6.3500E ‐ 09 6.0000E ‐ 09 3.8000E ‐ 08 9.8533E ‐ 09 5.5333E ‐ 08

11131134.23E ‐ 09 4.25E ‐ 09 4.69E ‐ 09 5.33E ‐ 09 5.33E ‐ 09 5.51E ‐ 09 6.35E ‐ 09 2

, 

# 1 1 df p 

# Xt s n m        Avon Lake AES Greenidge Roanoke Valley I Avon Lake INDIANTOWN COGENERATIO N L.P. Northampton Generating Company, L.P. 2836 2527 54035 2836 50976 50888 AL10 Unit 4 Boiler 1 AL12 ‐ 2 001 GEN1 6.4216E ‐ 09 6.4602E ‐ 09 7.2633E ‐ 09 8.2662E ‐ 09 8.5384E ‐ 09 1.0397E ‐ 08 7.6771E ‐ 08 5.4900E ‐ 07 1.2872E ‐ 07

1 2 11 226.42E ‐ 09 6.46E ‐ 09 7.26E ‐ 09 8.27E ‐ 09 8.54E ‐ 09 1.04E ‐ 08Roanoke Valley II AES Hawaii Spruance Genco, LLC Ebensburg Power Company AES Hawaii Colver Power Project Birchwood Power Facility 54755 10673 54081 10603 10673 10143 54304 Boiler 2 001 GEN4 EPC01 002 AAB01 1A 1.0760E ‐ 08 1.1711E ‐ 08 1.1770E ‐ 08 1.2483E ‐ 08 1.2994E ‐ 08 1.4594E ‐ 08 1.5476E ‐ 08 1.6075E ‐ 06 3.8677E ‐ 08 6.7532E ‐ 08 3.4700E ‐ 07 7.1567E ‐ 08

1 1 231311.08E ‐ 08 1.17E ‐ 08 1.18E ‐ 08 1.25E ‐ 08 1.30E ‐ 08 1.46E ‐ 08 1.55E ‐ 08Valley Chambers Cogeneration LP Reid Gardner Clover 4042 10566 2324 7213 VAPP ‐ B1 Boil 1 1 Unit 1 1.9300E ‐ 08 1.9307E ‐ 08 2.0073E ‐ 08 2.0233E ‐ 08

11 1 11.93E ‐ 08 1.93E ‐ 08 2.01E ‐ 08 2.02E ‐ 08Emissions (lb/MMBtu) Will County ORIS/Facility/Unit 884 Runs WC4CONFIG 1 7.7362E ‐ 10 2 7.6330E ‐ 10 3 7.9425E ‐ 10 4 6.8078E ‐ 10 5 7.4267E ‐ 10 6 7.4267E ‐ 10 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 ni = number test runs = 6 Total Number of sources = 1 n =Total # test runs = 6 1 N i i 

### n

 

#  N5

This step is for QC only: means 7.50E ‐ 10

7.50E ‐ 10 Mean =

Pooled Variance = 1.5179E ‐ 21

m= number future runs = 6

Term1 0.3333

Term2 5.0598E ‐ 22

Squared root Term2 2.2494E ‐ 11 NOTE: the pvalue for the t-statistic is calculated as: 2*alpha, where 1-alpha is desired confidence, so if 9 9 

#   2 2 1 

## 1 1 n i i 

## s x X n  

##  

 

#  1 1 

## 1 i n N ij i j 

## X x n   

##  

# 

1 1 n m 

2 

### 1 1 s n m        1 

### 1 N i i 

### df n

 

###        



# 

2 

### 1 1 s n m        1 

## 1 i n i ik k i 

## x x n  

##  

# t ‐ statistic = quantile t ‐ distribution with df degrees of freedom at .99 confidence level = 3.364929997

UPL POOLED VARIANCE = 8.25241E ‐ 10 

### d f 

# t

2

, 

## 1 1 df p 

## Xt s n m        9 % confidence is desired then alpha=0.01 and 2*alpha=2*(0.01)UPL Pooled Variance= 2

, 

# 1 1 df p 

# Xt s n m        , df p 

# n m    Deepwater Dallman ORIS/Facility/Unit 2384 963

Test Averages Coal ‐ firing 31 1 1.1023E ‐ 09 0.000000004 2 8.89204E ‐ 07 0.000000008 3 3.30695E ‐ 06 4 3.96834E ‐ 06 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 ni = number test runs = 4 2Total Number of sources = 40 n =Total # test runs = 66

65

This step is for QC only: means 2.04E ‐ 06 6.00E ‐ 09

1.21E ‐ 06 Mean =

Pooled Variance = 7.7807E ‐ 12

m= number future runs = 1

Term1 1.0152

Term2 7.8986E ‐ 12

Squared root Term2 2.8104E ‐ 06 

#   2 2 1 

## 1 1 n i i 

## s x X n  

##  

 

#  1 1 

## 1 i n N ij i j 

## X x n   

##  

# 

1 1 n m 

2 

### 1 1 s n m        1 

### 1 N i i 

### df n

 

###        



# 

2 

### 1 1 s n m        1 

## 1 i n i ik k i 

## x x n  

##  

# 

1 N i i 

### n

 

#  NNOTE: the pvalue for the t-statistic is calculated as: 2*alpha, where 1-alpha is desired confidence, so if 9 9

t ‐ statistic = quantile t ‐ distribution with df degrees of freedom at .99 confidence level = 2.39

UPL POOLED VARIANCE = 7.9161E ‐ 06 

### d f 

# t n m    

2

, 

## 1 1 df p 

## Xt s n m        Dallman USED FOR NEW DUE TO DATA

ISSUE Will

County Escalante TS Power Plant Joliet 9 Waukegan Dallman 963 884 87 56224 874 883 963 32 WC4CONFIG 1 TSPower JOL5 CONFIG WK8CONFIG 33 0.000000004 7.26667E ‐ 09 7.33333E ‐ 09 7.56667E ‐ 09 8.25E ‐ 09 8.98333E ‐ 09 1.07E ‐ 08 0.000000008 1.03507E ‐ 05 9.66667E ‐ 09 1.49667E ‐ 08 1.1276E ‐ 05 3.81611E ‐ 06 1.57E ‐ 08 9.3446E ‐ 06 4.05E ‐ 08 7.88201E ‐ 06 1.09964E ‐ 05

2235222 Emissions (lb/MW)6.00E ‐ 09 5.18E ‐ 06 3.12E ‐ 06 3.79E ‐ 06 5.64E ‐ 06 1.91E ‐ 06 1.32E ‐ 089 % confidence is desired then alpha=0.01 and 2*alpha=2*(0.01)Crawford Joliet 29 Joliet 29 Will County St. Nicholas Cogen Project Spruance Genco, LLC 867 384 384 884 54634 54081 CRA7 CONFIG JOL8CONFIG JOL7CONFIG WC3CONFIG 1 GEN2

1.448E ‐ 08 1.64667E ‐ 08 2.604E ‐ 08 2.645E ‐ 08 0.000000027 3.44077E ‐ 08

111 1111.45E ‐ 08 1.65E ‐ 08 2.60E ‐ 08 2.65E ‐ 08 2.70E ‐ 08 3.44E ‐ 08Fisk Powerton Powerton Logan Generating Plant Nucla Waukegan AES Hawaii 886 879 879 10043 527 883 10673 FISK19 CONFIG Pow5CONFIG Pow6CONFIG Unit1 001 WK7CONFIG 001

3.54333E ‐ 08 4.21667E ‐ 08 4.21667E ‐ 08 4.66915E ‐ 08 5.00364E ‐ 08 5.56E ‐ 08 5.89223E ‐ 08 5.62909E ‐ 08 9.24422E ‐ 08

1 11 1 3113.54E ‐ 08 4.22E ‐ 08 4.22E ‐ 08 4.67E ‐ 08 6.63E ‐ 08 5.56E ‐ 08 5.89E ‐ 08 UPL Pooled Variance= 2

, 

# 1 1 df p 

# Xt s n m        AES Hawaii Spruance Genco, LLC AES Greenidge Seward Roanoke Valley I Avon Lake Indiantown Cogeneration, L.P. 10673 54081 2527 3130 54035 2836 50976

002 GEN3 Unit 4 SEW ‐ 1 Boiler 1 AL12 ‐ 2 001 6.04372E ‐ 08 6.12805E ‐ 08 6.44286E ‐ 08 6.72991E ‐ 08 6.78443E ‐ 08 0.00000008 8.09379E ‐ 08 7.65653E ‐ 07 4.02735E ‐ 07 5.20409E ‐ 06 5.86439E ‐ 07

1 1 2 31126.04E ‐ 08 6.13E ‐ 08 4.15E ‐ 07 3.52E ‐ 07 6.78E ‐ 08 8.00E ‐ 08 2.64E ‐ 06Avon Lake Chambers Cogeneration LP Northampton Generating Company, L.P. Roanoke Valley II Spruance Genco, LLC Colver Power Project 2836 10566 50888 54755 54081 10143 AL10 Boil 1 GEN1 Boiler 2 GEN4 AAB01 0.000000092 9.39591E ‐ 08 9.84676E ‐ 08 1.20512E ‐ 07 1.53789E ‐ 07 1.59752E ‐ 07 1.21913E ‐ 06 7.39247E ‐ 07 7.83409E ‐ 07

1 121 1 39.20E ‐ 08 9.40E ‐ 08 6.59E ‐ 07 1.21E ‐ 07 1.54E ‐ 07 5.61E ‐ 07Birchwood Power Facility Ebensburg Power Company Reid Gardner Clover Valley 54304 10603 2324 7213 4042

1A EPC01 1 Unit 1 VAPP ‐ B1 1.60338E ‐ 07 1.78641E ‐ 07 2.19722E ‐ 07 2.3111E ‐ 07 2.32672E ‐ 07 5.53485E ‐ 07 4.96569E ‐ 06

1 3 11 11.60E ‐ 07 1.90E ‐ 06 2.20E ‐ 07 2.31E ‐ 07 2.33E ‐ 07Emissions (lb/MW) Will County ORIS/Facility/Unit 884 Runs WC4CONFIG 1 7.5000E ‐ 09 2 7.4000E ‐ 09 3 7.7000E ‐ 09 4 6.6000E ‐ 09 5 7.2000E ‐ 09 6 7.2000E ‐ 09 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 ni = number test runs = 6 Total Number of sources = 1 n =Total # test runs = 6 1 N i i 

### n

 

#  N5

This step is for QC only: means 7.27E ‐ 09

7.27E ‐ 09 Mean =

Pooled Variance = 1.4267E ‐ 19

m= number future runs = 6

Term1 0.3333

Term2 4.7556E ‐ 20

Squared root Term2 2.18072E ‐ 10 NOTE: the pvalue for the t-statistic is calculated as: 2*alpha, where 1-alpha is desired confidence, so if 9 9 

#   2 2 1 

## 1 1 n i i 

## s x X n  

##  

 

#  1 1 

## 1 i n N ij i j 

## X x n   

##  

# 

1 1 n m 

2 

### 1 1 s n m        1 

### 1 N i i 

### df n

 

###        



# 

2 

### 1 1 s n m        1 

## 1 i n i ik k i 

## x x n  

##  

# t ‐ statistic = quantile t ‐ distribution with df degrees of freedom at .99 confidence level = 3.364929997

UPL POOLED VARIANCE = 8.00046E ‐ 09 

### d f 

# t

2

, 

## 1 1 df p 

## Xt s n m        UPL Pooled Variance= 2

, 

# 1 1 df p 

# Xt s n m        , df p 

# n m    primary_fuel ORIS code Plant Name coal 2384 Deepwater coal 963 Dallman coal 963 Dallman coal 884 Will County coal 874 Joliet 9 coal 87 Escalante coal 56224 TS Power Plant coal 883 Waukegan coal 963 Dallman coal 867 Crawford coal 384 Joliet 29 coal 54634 St. Nicholas Cogen Project coal 384 Joliet 29 coal 54081 Spruance Genco, LLC coal 884 Will County coal 886 Fisk coal 879 Powerton coal 879 Powerton coal 54081 Spruance Genco, LLC coal 527 Nucla coal 10043 Logan Generating Plant coal 883 Waukegan coal 3130 Seward coal 2836 Avon Lake coal 2527 AES Greenidge coal 54035 Roanoke Valley I coal 2836 Avon Lake coal 50976 Indiantown Cogeneration, L.P. coal 50888 Northampton Generating Company, L.P. coal 54755 Roanoke Valley II coal 10673 AES Hawaii coal 54081 Spruance Genco, LLC coal 10603 Ebensburg Power Company coal 10673 AES Hawaii coal 10143 Colver Power Project coal 54304 Birchwood Power Facility coal 4042 Valley coal 10566 Chambers Cogeneration LP coal 2324 Reid Gardner coal 7213 Clover coal 10672 Cedar Bay Generating Company L.P. coal 4042 Valley coal 10672 Cedar Bay Generating Company L.P. coal 10678 AES Warrior Run Cogeneration Facility coal 10672 Cedar Bay Generating Company L.P.coal 4042 Valley coal 469 Cherokee coal 2378 BL England coal 492 Martin Drake coal 469 Cherokee coal 10566 Chambers Cogeneration LP coal 2451 San Juan coal 50974 Scrubgrass Generating Company L.P. coal 492 Martin Drake coal 50776 Panther Creek Energy Facility coal 50776 Panther Creek Energy Facility coal 3280 Canadys Steam coal 477 Valmont coal 3287 McMeekin coal 10771 Hopewell coal 2451 San Juan coal 7213 Clover coal 2408 PSEG Mercer Generating Station coal 2451 San Juan coal 6021 Craig coal 7210 Cope coal 6041 H L Spurlock Station coal 4042 Valley coal 56068 Elm Road Generating Station coal 2526 AES Westover, LLC coal 3287 McMeekin coal 2408 PSEG Mercer Generating Station coal 568 Bridgeport Station coal 6021 Craig coal 963 Dallman coal 568 Bridgeport Station coal 52007 Mecklenburg Power Station coal 52007 Mecklenburg Power Station coal 54144 Piney Creek Project coal 2712 Roxboro Steam Electric Plant coal 2451 San Juan coal 130 Cross coal 2712 Roxboro Steam Electric Plant coal 891 Havana coal 892 Hennepin Power Station coal 892 Hennepin Power Station coal 10377 James River Cogeneration Co coal 6041 H L Spurlock Station coal 1613 Somerset Station coal 602 Brandon Shores coal 8219 Ray D Nixon coal 10343 Foster Wheeler Mt Carmel Cogencoal 3775 Clinch River coal 130 Cross coal 525 Hayden coal 10641 Cambria Cogen coal 130 Cross coal 10774 Southampton Power Station coal 10641 Cambria Cogen coal 6137 A. B. Brown Generating Station coal 2277 Sheldon Station coal 2535 AES Cayuga, LLC coal 525 Hayden coal 897 Vermilion coal 897 Vermilion coal 1626 Salem Harbor coal 1073 Prairie Creek coal 708 Hammond coal 708 Hammond coal 708 Hammond coal 708 Hammond coal 492 Martin Drake coal 47 Colbert coal 3152 Sunbury Generation LP coal 470 Comanche coal 2324 Reid Gardner coal 8224 North Valmy coal 6041 H L Spurlock Station coal 3946 Willow Island coal 6018 East Bend Station coal 470 Comanche coal 3251 HB Robinson / Darlington Electric Power Plant coal 2706 Asheville Steam Electric Plant coal 988 Tanners Creek coal 1710 Consumers Energy ‐ J.H. Campbell coal 1710 Consumers Energy ‐ J.H. Campbell coal 2098 Lake Road coal 10151 Grant Town Power Plant coal 1082 Walter Scott Jr. Energy Center coal 2718 G G Allen coal 2718 G G Allen coal 2480 Danskammer Generating Station coal 6085 R.M. Schahfer coal 1047 Lansing coal 6113 Gibson coal 10743 Morgantown Energy Facility coal 3946 Willow Island coal 55749 Hardin Generator Project coal 6113 Gibsoncoal 641 Crist coal 641 Crist coal 641 Crist coal 641 Crist coal 4078 Weston coal 136 Seminole Generating Station coal 990 Harding Street coal 4078 Weston coal 136 Seminole Generating Station coal 2535 AES Cayuga, LLC coal 6076 Colstrip coal 8224 North Valmy coal 3098 Elrama Power Plant coal 3098 Elrama Power Plant coal 3098 Elrama Power Plant coal 3098 Elrama Power Plant coal 6019 W H Zimmer coal 642 Scholz coal 642 Scholz coal 728 Yates coal 3140 PPL Brunner Island coal 3140 PPL Brunner Island coal 3297 Wateree coal 2706 Asheville Steam Electric Plant coal 2094 Sibley coal 2094 Sibley coal 2094 Sibley coal 68029 AES Puerto Rico Cogeneration Facility coal 50611 WPS Westwood Generation, LLC coal 2403 PSEG Hudson Generating Station coal 2107 Sioux coal 3161 Eddystone Generating Station coal 2169 Chamois Power Plant coal 2837 Eastlake coal 1385 Dale Station coal 1363 Cane Run coal 113 Cholla coal 994 AES Petersburg coal 864 Meredosia coal 1043 Frank E. Ratts coal 1046 Dubuque coal 994 AES Petersburg coal 6179 Fayette Power Project coal 1058 Sixth Street coal 887 Joppa Steam coal 994 AES Petersburg coal 2824 Stantoncoal 2161 James River Power Station coal 3181 Mitchell Power Station coal 68029 AES Puerto Rico Cogeneration Facility coal 1943 Hoot Lake coal 2167 New Madrid coal 2161 James River Power Station coal 6096 Nebraska City coal 2167 New Madrid coal 4041 South Oak Creek coal 994 AES Petersburg coal 4041 South Oak Creek coal 964 Lakeside coal 964 Lakeside coal 1250 Lawrence Energy Center coal 728 Yates coal 3115 Titus coal 6639 R D Green coal 1832 Erickson Station coal 469 Cherokee coal 1043 Frank E. Ratts coal 2480 Danskammer Generating Station coal 2848 O H Hutchings coal 1363 Cane Run coal 2837 Eastlake coal 1893 Boswell Energy Center coal 1077 Sutherland coal 3115 Titus coal 10075 Taconite Harbor Energy Center coal 1058 Sixth Street coal 3113 Portland coal 1077 Sutherland coal 6016 Duck Creek coal 2708 Cape Fear Steam Electric Plant coal 8223 Springerville coal 3179 Hatfield's Ferry Power Station coal 7097 J K Spruce coal 2277 Sheldon Station coal 3845 TransAlta Centralia Generation coal 3845 TransAlta Centralia Generation coal 113 Cholla coal 2848 O H Hutchings coal 1073 Prairie Creek coal 3115 Titus coal 3115 Titus coal 3115 Titus coal 2848 O H Hutchings coal 2824 Stantoncoal 3138 New Castle Plant coal 1218 Fair Station coal 4041 South Oak Creek coal 8223 Springerville coal 1167 Muscatine #1 coal 1374 Elmer Smith Station coal 6002 James H. Miller Jr. coal 6017 Newton coal 997 Michigan City coal 1252 Tecumseh Energy Center coal 1046 Dubuque coal 990 Harding Street coal 991 Eagle Valley coal 3113 Portland coal 8066 Jim Bridger Plant Units 1 ‐ 4 coal 991 Eagle Valley coal 2861 Niles Plant coal 1252 Tecumseh Energy Center coal 991 Eagle Valley coal 991 Eagle Valley coal 990 Harding Street coal 1295 Quindaro coal 1058 Sixth Street coal 55479 Wygen 1 coal 2716 W.H. Weatherspoon Plant coal 1082 Walter Scott Jr. Energy Center coal 564 Stanton Energy Center coal 1250 Lawrence Energy Center coal 10849 Silver Bay Power coal 1048 ML Kapp coal 6139 Welsh coal 4041 South Oak Creek coal 2079 Hawthorn coal 8066 Jim Bridger Plant Units 1 ‐ 4 coal 56319 Wygen 2 coal 6768 Sikeston Power Station coal 3295 Urquhart coal 1047 Lansing coal 6098 Big Stone coal 6761 Rawhide coal 1241 La Cygne coal 465 Arapahoe coal 10075 Taconite Harbor Energy Center coal 6077 Gerald Gentleman coal 4072 Pulliam coal 4072 Pulliam coal 1943 Hoot Lakecoal 8066 Jim Bridger Plant Units 1 ‐ 4 coal 6077 Gerald Gentleman coal 3403 Gallatin coal 4072 Pulliam coal 6106 Boardman coal 1010 Wabash River coal 1010 Wabash River coal 8066 Jim Bridger Plant Units 1 ‐ 4 coal 6181 J T Deely coal 6181 J T Deely coal 6248 Pawnee coal 8023 Columbia coal 4078 Weston coal 6254 Ottumwa coal 3152 Sunbury Generation LP coal 3152 Sunbury Generation LP coal 6664 Louisa coal 1393 RS Nelson coal 1218 Fair Station coal 3152 Sunbury Generation LP coal 4078 Weston coal 2080 Montrose coal 2080 Montrose coal 2364 Merrimack Station coal 165 GRDA coal 2828 Cardinal coal 981 State Line coal 2836 Avon Lake coal 165 GRDA coal 4072 Pulliam coal 4072 Pulliam coal 4072 Pulliam coal 60 Whelan Energy Center Unit 1 (WEC1) coal 1104 Burlington coal 2080 Montrose coal 3942 Albright Power Station coal 7253 Richard Gorsuch coal 3942 Albright Power Station coal 8 Gorgas coal 8 Gorgas coal 8 Gorgas coal 2840 Conesville coal 2848 O H Hutchings coal 2732 Riverbend coal 3138 New Castle Plant coal 2861 Niles Plant coal 3152 Sunbury Generation LPcoal 6082 AES Somerset LLCphysical_state Unit Number Unit Type NJ Coal ‐ firing Conventional Boiler IL 32 Conventional Boiler IL 31 Conventional Boiler IL WC4CONFIG Conventional Boiler IL JOL5 CONFIG Conventional Boiler NM 1 Conventional Boiler NV TSPower Conventional Boiler IL WK8CONFIG Conventional Boiler IL 33 Conventional Boiler IL CRA7 CONFIG Conventional Boiler IL JOL8CONFIG Conventional Boiler PA 1 Fluidized bed firing IL JOL7CONFIG Conventional Boiler VA GEN2 Conventional Boiler IL WC3CONFIG Conventional Boiler IL FISK19 CONFIG Conventional Boiler IL Pow5CONFIG Conventional Boiler IL Pow6CONFIG Conventional Boiler VA GEN3 Conventional Boiler CO 001 Fluidized bed firing NJ Unit1 Conventional Boiler IL WK7CONFIG Conventional Boiler PA SEW ‐ 1 Fluidized bed firing OH AL10 Conventional Boiler NY Unit 4 Conventional Boiler NC Boiler 1 Conventional Boiler OH AL12 ‐ 2 Conventional Boiler FL 001 Conventional Boiler PA GEN1 Fluidized bed firing NC Boiler 2 Conventional Boiler HI 001 Fluidized bed firing VA GEN4 Conventional Boiler PA EPC01 Fluidized bed firing HI 002 Fluidized bed firing PA AAB01 Fluidized bed firing VA 1A Conventional Boiler WI VAPP ‐ B1 Conventional Boiler NJ Boil 1 Conventional Boiler NV 1 Conventional Boiler VA Unit 1 Conventional Boiler FL CBB1 Fluidized bed firing WI VAPP ‐ B3 Conventional Boiler FL CBA1 Fluidized bed firing MD BLR1 Fluidized bed firing FL CBC1 Fluidized bed firingWI VAPP ‐ B2 Conventional Boiler CO Unit 3 Conventional Boiler NJ 2 Coal w or w/o TDF Conventional Boiler CO Unit 7 ‐ Coal Conventional Boiler CO Unit 4 Conventional Boiler NJ Boil 2 Conventional Boiler NM Unit 4 Conventional Boiler PA Gen 1 Fluidized bed firing CO Unit 5 ‐ Coal Conventional Boiler PA BG1 Fluidized bed firing PA BG2 Fluidized bed firing SC CAN003 Conventional Boiler CO Unit 5 Conventional Boiler SC MCM002 Conventional Boiler VA 1 & 2 Conventional Boiler NM Unit 3 Conventional Boiler VA Unit 2 Conventional Boiler NJ MERU1E1PT1OS1 ‐ Coal Conventional Boiler NM Unit 2 Conventional Boiler CO C2 Conventional Boiler SC COP001 Conventional Boiler KY Unit 03 Fluidized bed firing WI VAPP ‐ B4 Conventional Boiler WI ERGS ‐ B1 Conventional Boiler NY 8 Conventional Boiler SC MCM001 Conventional Boiler NJ MERU2E2PT2OS1 ‐ Coal Conventional Boiler CT BHSEMU3OS2 ‐ Coal Conventional Boiler CO C1 Conventional Boiler IL 34 Conventional Boiler CT BHSEMU3OS3 ‐ #2 Conventional Boiler VA Unit 1 & 2 Conventional Boiler VA Unit 1 & 2 Conventional Boiler PA BRBRI Fluidized bed firing NC Rox_Cfg_1b Conventional Boiler NM Unit 1 Conventional Boiler SC C1 Conventional Boiler NC Rox_Cfg_2c Conventional Boiler IL Boiler 9 Conventional Boiler IL 001 Conventional Boiler IL 002 Conventional Boiler VA UNIT2 Conventional Boiler KY Unit 04 Fluidized bed firing MA Unit 8 Conventional Boiler MD 002 Conventional Boiler CO Unit 1 Conventional Boiler PA SG ‐ 101 Fluidized bed firingVA CR ‐ 1 Conventional Boiler SC C3 Conventional Boiler CO Unit 1 Conventional Boiler PA 001 Fluidized bed firing SC C4 Conventional Boiler VA Unit 1 & 2 Conventional Boiler PA 002 Fluidized bed firing IN 1Config Conventional Boiler NE U2 Conventional Boiler NY Unit_1 Conventional Boiler CO Unit 2 Conventional Boiler 001 Conventional Boiler 002 Conventional Boiler MA Unit 1 Conventional Boiler IA Unit 3 Conventional Boiler GA Unit 1 Conventional Boiler GA Unit 2 Conventional Boiler GA Unit 3 Conventional Boiler GA Unit 4 Conventional Boiler CO Unit 6 ‐ Coal Conventional Boiler AL 4 Conventional Boiler PA Boiler 4 Conventional Boiler CO Unit 2 Conventional Boiler NV 4 Conventional Boiler NV 2 Conventional Boiler KY Unit 01 Conventional Boiler WV Unit 2 Conventional Boiler KY 2 Conventional Boiler CO Unit 1 Conventional Boiler SC Rob_Cfg_1 Conventional Boiler NC Ash_Cfg_1d Conventional Boiler IN TC ‐ 4 Conventional Boiler MI JHC1 ‐ Conf Conventional Boiler MI JHC2 ‐ Conf Conventional Boiler MO 6 Conventional Boiler WV GEN1 Fluidized bed firing IA 4 Conventional Boiler NC 3 ‐ 2009 ‐ FGDIN Conventional Boiler NC 4 ‐ 2009 ‐ FGDIN Conventional Boiler NY 3 Conventional Boiler IN R.M.0014 Conventional Boiler IA Unit 3 Conventional Boiler IN 2 ‐ 2007 ‐ FGDIN Conventional Boiler WV Unit 1&2 Fluidized bed firing WV Unit 1 Conventional Boiler MT PC1 Conventional Boiler IN 1 ‐ 2007 ‐ FGDIN Conventional BoilerFL Unit 4 Conventional Boiler FL Unit 5 Conventional Boiler FL Unit 6 Conventional Boiler FL Unit 7 Conventional Boiler WI W4 Conventional Boiler FL Unit 1 Conventional Boiler IN 70ss Conventional Boiler WI W3 Conventional Boiler FL Unit 2 Conventional Boiler NY Unit_2 Conventional Boiler MT Unit3 Conventional Boiler NV 1 Conventional Boiler PA ELR1 ‐ 2 Conventional Boiler PA ELR2 ‐ 2 Conventional Boiler PA ELR3 ‐ 2 Conventional Boiler PA ELR4 ‐ 2 Conventional Boiler OH 1 Conventional Boiler FL Unit 1 Conventional Boiler FL Unit 2 Conventional Boiler GA Y6BR Conventional Boiler PA U1 Conventional Boiler PA U2 Conventional Boiler SC WAT001 Conventional Boiler NC Ash_Cfg_2 Conventional Boiler MO 1 Conventional Boiler MO 2 Conventional Boiler MO 3 Conventional Boiler PR Unit_1 Fluidized bed firing PA 001 Fluidized bed firing NJ HUDU2E2PT2OS1 ‐ Coal Conventional Boiler MO 002 Conventional Boiler PA Unit 2 Conventional Boiler MO Unit 2 Conventional Boiler OH Unit 3 Conventional Boiler KY 03 Conventional Boiler KY CR5 Conventional Boiler AZ 004 Conventional Boiler IN 1s Conventional Boiler IL 005 Conventional Boiler IN 2SG1conf1 Conventional Boiler IA Unit 1 Conventional Boiler IN 2ss Conventional Boiler TX 3 Conventional Boiler IA Unit 4 Conventional Boiler IL 1 Conventional Boiler IN 3ss Conventional Boiler ND u1 Conventional BoilerMO Unit_4_JRPS Conventional Boiler PA 033 Conventional Boiler PR Unit_2 Fluidized bed firing MN 3 Conventional Boiler MO con2 Conventional Boiler MO Unit_5_JRPS Conventional Boiler NE NC2 Conventional Boiler MO con1 Conventional Boiler WI OCPP ‐ B5 Conventional Boiler IN 4s Conventional Boiler WI OCPP ‐ B8 Conventional Boiler IL 7 Conventional Boiler IL 8 Conventional Boiler KS 3 Conventional Boiler GA Y1BR Conventional Boiler PA TI ‐ 1 ‐ 2 Conventional Boiler KY 2 Conventional Boiler MI 001 Conventional Boiler CO Unit 2 Conventional Boiler IN 1SG1conf1 Conventional Boiler NY 4 Conventional Boiler OH H ‐ 6 Conventional Boiler KY CR4 Conventional Boiler OH Unit 1 Conventional Boiler MN BEC2 Conventional Boiler IA Unit 1 Conventional Boiler PA TI ‐ 3 ‐ 2 Conventional Boiler MN THEC2 Conventional Boiler IA Unit 3 Conventional Boiler PA POR ‐ 1 Conventional Boiler IA Unit 2 Conventional Boiler IL 001 Conventional Boiler NC Cap_Cfg_5b Conventional Boiler AZ 3 Conventional Boiler PA 001 Conventional Boiler TX 1 Conventional Boiler NE U1 Conventional Boiler WA BW21CONFIG Conventional Boiler WA BW22CONFIG Conventional Boiler AZ 003 Conventional Boiler OH H ‐ 4 Conventional Boiler IA Unit 4 Conventional Boiler PA TI ‐ 1 Conventional Boiler PA TI ‐ 2 Conventional Boiler PA TI ‐ 3 Conventional Boiler OH H ‐ 1 Conventional Boiler ND u10 Conventional BoilerPA NC5 ‐ 2 Conventional Boiler IA U2 Conventional Boiler WI OCPP ‐ B7 Conventional Boiler AZ 4 Conventional Boiler IA 8 Conventional Boiler KY Unit001 Conventional Boiler AL Unit 4 Conventional Boiler IL 002 Conventional Boiler IN 12 Conventional Boiler KS 9 Conventional Boiler IA Unit 5 Conventional Boiler IN 60s Conventional Boiler IN 6 Conventional Boiler PA POR ‐ 2 Conventional Boiler WY JB4 Conventional Boiler IN 5 Conventional Boiler OH N1 ‐ 1 Conventional Boiler KS 10 Conventional Boiler IN 3 Conventional Boiler IN 4 Conventional Boiler IN 50s Conventional Boiler KS Unit 2 Conventional Boiler IA Unit 2 Conventional Boiler WY WYG1Cfg Conventional Boiler NC Wea_Cfg_1 Conventional Boiler IA 3 Conventional Boiler FL 2 coal Conventional Boiler KS 5 Conventional Boiler MN GEN1 Conventional Boiler IA Unit 2 Conventional Boiler TX WE ‐ 1 Conventional Boiler WI OCPP ‐ B6 Conventional Boiler MO 5A Conventional Boiler WY JB1 Conventional Boiler WY WYG2Cfg Conventional Boiler MO 1 Conventional Boiler SC URQ003 Conventional Boiler IA Unit 4 Conventional Boiler SD 001 Conventional Boiler CO Rawhide101 Conventional Boiler KS 2 Conventional Boiler CO Unit 4 Conventional Boiler MN THEC1 Conventional Boiler NE U1 Conventional Boiler WI 3 Conventional Boiler WI 4 Conventional Boiler MN 2 Conventional BoilerWY JB2 Conventional Boiler NE U2 Conventional Boiler TN 2 Conventional Boiler WI 8 Conventional Boiler OR 1SG Conventional Boiler IN 4 Conventional Boiler IN 6 Conventional Boiler WY JB3 Conventional Boiler TX 1 Conventional Boiler TX 2 Conventional Boiler CO Unit 1 Conventional Boiler WI Unit 1 Conventional Boiler WI W1 Conventional Boiler IA Unit 1 Conventional Boiler PA Boiler 1A Conventional Boiler PA Boiler1B Conventional Boiler IA 101 Conventional Boiler LA 001 Conventional Boiler IA U1 Conventional Boiler PA Boiler 2A Conventional Boiler WI W2 Conventional Boiler MO 2 Conventional Boiler MO 3 Conventional Boiler NH mk2 Conventional Boiler OK 1 Conventional Boiler OH CD ‐ U3 Conventional Boiler IN Unit 3 Conventional Boiler OH AL12 ‐ 1 Conventional Boiler OK 2 Conventional Boiler WI 7 Conventional Boiler WI 5 Conventional Boiler WI 6 Conventional Boiler NE 1 Conventional Boiler IA Unit 1 Conventional Boiler MO 1 Conventional Boiler WV Unit_2 Conventional Boiler OH UNIT3 Conventional Boiler WV Unit_1 Conventional Boiler AL Unit 10 Conventional Boiler AL Unit 8 Conventional Boiler AL Unit 9 Conventional Boiler OH CV ‐ 3 Conventional Boiler OH H ‐ 5 Conventional Boiler NC 7 Conventional Boiler PA NC3 ‐ 2 Conventional Boiler OH N2 ‐ 1 Conventional Boiler PA Boiler 2B Conventional BoilerNY 001 Conventional BoilerBoiler_Type Boiler_count Total_Capacity_MWe MW Wall firing ‐ front firing 1 87 Cyclone firing 1 84 Cyclone firing 1 90 Tangential firing 1 542 Cyclone firing 1 326 Tangential firing 1 260 Wall firing ‐ opposed firing 1 242 Tangential firing 1 383 Tangential firing 1 208 Tangential firing 1 234 Tangential firing 2 542 Fluidized bed firing 1 99 Tangential firing 2 546 Stoker ‐ underfeed 2 57 Tangential firing 1 278 Tangential firing 1 348 Cyclone firing 2 810 Cyclone firing 2 812 Stoker ‐ underfeed 2 57 Fluidized bed firing 1 110 Wall firing ‐ opposed firing 1 242 Tangential firing 1 345 Fluidized bed firing 2 585 Tangential firing 1 101 Tangential firing 1 112 Wall firing ‐ front firing 1 182 Wall firing ‐ opposed firing 1 680 Wall firing ‐ opposed firing 1 361 Fluidized bed firing 1 121 Wall firing ‐ front firing 1 50 Fluidized bed firing 1 203 Stoker ‐ underfeed 2 57 Fluidized bed firing 1 58 Fluidized bed firing 1 203 Fluidized bed firing 1 131 Tangential firing 1 222 Wall firing ‐ front firing 2 144 Wall firing ‐ front firing 1 285 Wall firing ‐ front firing 1 111 Tangential firing 1 431 Fluidized bed firing 1 280 Wall firing ‐ front firing 2 144 Fluidized bed firing 1 280 Fluidized bed firing 1 202 Fluidized bed firing 1 280Wall firing ‐ front firing 2 144 Wall firing ‐ front firing 1 165 Cyclone firing 1 167 Wall firing ‐ front firing 1 141 Tangential firing 1 383 Wall firing ‐ front firing 1 285 Wall firing ‐ opposed firing 1 544 Fluidized bed firing 2 194 Wall firing ‐ front firing 1 55 Fluidized bed firing 1 47 Fluidized bed firing 1 47 Wall firing ‐ unspecified 1 185 Tangential firing 1 196 Tangential firing 1 132 Stoker ‐ spreader 2 136 Wall firing ‐ opposed firing 1 544 Tangential firing 1 434 Wall firing ‐ unspecified 1 343 Wall firing ‐ front firing 1 370 Wall firing ‐ opposed firing 1 456 Tangential firing 1 441 Fluidized bed firing 1 300 Wall firing ‐ front firing 2 144 Wall firing ‐ unspecified 1 677 Tangential firing 1 86 Tangential firing 1 135 Wall firing ‐ unspecified 1 343 Tangential firing 1 403 Wall firing ‐ opposed firing 1 456 Wall firing ‐ opposed firing 1 229 Tangential firing 1 403 Wall firing ‐ front firing 2 152 Wall firing ‐ front firing 2 152 Fluidized bed firing 1 36 Wall firing ‐ opposed firing 1 385 Wall firing ‐ front firing 1 370 Wall firing ‐ opposed firing 1 610 Tangential firing 1 703 Wall firing ‐ unspecified 1 481 Tangential firing 1 75 Tangential firing 1 234 Stoker ‐ underfeed 3 57 Fluidized bed firing 1 300 Tangential firing 1 113 Wall firing ‐ unspecified 1 690 Wall firing ‐ front firing 1 225 Fluidized bed firing 1 43Vertical firing 1 230 Tangential firing 1 625 Wall firing ‐ front firing 1 202 Fluidized bed firing 1 49 Tangential firing 1 625 Stoker ‐ spreader 2 136 Fluidized bed firing 1 49 Wall firing ‐ opposed firing 1 265 Cyclone firing 1 141 Tangential firing 1 164 Tangential firing 1 285 Tangential firing 1 72 Tangential firing 1 110 Wall firing ‐ front firing 1 81 Wall firing ‐ front firing 1 50 Wall firing ‐ front firing 1 115 Wall firing ‐ front firing 1 115 Wall firing ‐ front firing 1 115 Wall firing ‐ front firing 1 520 Wall firing ‐ front firing 1 85 Wall firing ‐ front firing 1 200 Wall firing ‐ front firing 1 128 Wall firing ‐ front firing 1 365 Wall firing ‐ front firing 1 281 Wall firing ‐ front firing 1 270 Wall firing ‐ opposed firing 1 344 Cyclone firing 1 190 Wall firing ‐ front firing 1 651 Tangential firing 1 360 Tangential firing 1 187 Wall firing ‐ front firing 1 207 Cyclone firing 1 580 Tangential firing 1 274 Wall firing ‐ front firing 1 374 Cyclone firing 1 99 Fluidized bed firing 2 190 Wall firing ‐ unspecified 1 850 Tangential firing 1 282 Tangential firing 1 297 Tangential firing 1 145 Cyclone firing 1 468 Wall firing ‐ front firing 1 32 Wall firing ‐ opposed firing 1 661 Fluidized bed firing 2 116 Vertical firing 1 58 Wall firing ‐ unspecified 1 119 Wall firing ‐ opposed firing 1 661Tangential firing 1 82 Tangential firing 1 82 Wall firing ‐ front firing 1 320 Wall firing ‐ front firing 1 500 Wall firing ‐ opposed firing 1 575 Wall firing ‐ opposed firing 1 694 Tangential firing 1 463 Tangential firing 1 366 Wall firing ‐ opposed firing 1 694 Tangential firing 1 168 Tangential firing 1 805 Wall firing ‐ opposed firing 1 244 Vertical firing 1 100 Vertical firing 1 100 Vertical firing 1 125 Wall firing ‐ front firing 1 185 Wall firing ‐ opposed firing 1 1408 Wall firing ‐ front firing 1 49 Wall firing ‐ front firing 1 49 Tangential firing 1 363 Tangential firing 1 330 Tangential firing 1 393 Wall firing ‐ unspecified 1 383 Wall firing ‐ front firing 1 204 Cyclone firing 1 55 Cyclone firing 1 51 Cyclone firing 1 419 Fluidized bed firing 1 255 Fluidized bed firing 1 36 Wall firing ‐ opposed firing 1 660 Cyclone firing 1 524 Tangential firing 1 339 Cyclone firing 1 50 Tangential firing 1 144 Wall firing ‐ front firing 1 80 Wall firing ‐ front firing 1 181 Tangential firing 1 425 Tangential firing 1 255 Tangential firing 1 204 Wall firing ‐ front firing 1 131 Wall firing ‐ front firing 1 38 Tangential firing 1 445 Tangential firing 1 470 Wall firing ‐ front firing 1 15 Tangential firing 1 183 Tangential firing 1 580 Wall firing ‐ front firing 1 132Wall firing ‐ front firing 1 60 Tangential firing 1 289 Fluidized bed firing 1 255 Wall firing ‐ front firing 1 84 Cyclone firing 1 600 Wall firing ‐ front firing 1 105 Wall firing ‐ front firing 1 682 Cyclone firing 1 600 Wall firing ‐ front firing 2 551 Tangential firing 1 584 Tangential firing 2 656 Cyclone firing 1 43 Cyclone firing 1 43 Tangential firing 1 58 Tangential firing 1 107 Tangential firing 1 86 Wall firing ‐ opposed firing 1 239 Wall firing ‐ front firing 1 165 Vertical firing 1 114 Wall firing ‐ front firing 1 130 Tangential firing 1 242 Tangential firing 1 61 Wall firing ‐ front firing 1 168 Tangential firing 1 144 Wall firing ‐ front firing 1 72 Wall firing ‐ front firing 1 31 Tangential firing 1 86 Tangential firing 1 79 Wall firing ‐ front firing 1 14 Tangential firing 1 172 Wall firing ‐ front firing 1 31 Wall firing ‐ unspecified 1 400 Tangential firing 1 153 Wall firing ‐ opposed firing 1 450 Wall firing ‐ opposed firing 1 590 Tangential firing 1 580 Cyclone firing 1 128 Tangential firing 1 603 Tangential firing 1 567 Tangential firing 1 305 Tangential firing 1 64 Wall firing ‐ front firing 1 148 Tangential firing 1 86 Tangential firing 1 86 Tangential firing 1 86 Tangential firing 1 53 Tangential firing 1 60Wall firing ‐ front firing 1 143 Wall firing ‐ front firing 1 44 Tangential firing 2 656 Wall firing ‐ opposed firing 1 450 Cyclone firing 1 75 Cyclone firing 2 445 Wall firing ‐ front firing 1 723 Tangential firing 1 620 Cyclone firing 1 495 Tangential firing 1 82 Wall firing ‐ front firing 1 29 Tangential firing 1 112 Tangential firing 1 105 Tangential firing 1 255 Tangential firing 1 560 Tangential firing 1 66 Cyclone firing 1 133 Tangential firing 1 145 Tangential firing 1 46 Tangential firing 1 60 Tangential firing 1 112 Wall firing ‐ front firing 1 120 Wall firing ‐ front firing 1 13 Wall firing ‐ front firing 1 91 Wall firing ‐ front firing 2 106 Wall firing ‐ unspecified 1 765 Wall firing ‐ opposed firing 1 468 Tangential firing 1 396 Wall firing ‐ front firing 1 45 Tangential firing 1 229 Wall firing ‐ opposed firing 1 558 Wall firing ‐ front firing 2 551 Wall firing ‐ opposed firing 1 594 Tangential firing 1 566 Wall firing ‐ front firing 1 96 Wall firing ‐ opposed firing 1 233 Tangential firing 1 103 Turbo 1 264 Cyclone firing 1 495 Tangential firing 1 305 Wall firing ‐ opposed firing 1 685 Vertical firing 1 118 Tangential firing 1 83 Wall firing ‐ opposed firing 1 715 Wall firing ‐ rear firing 1 27 Wall firing ‐ rear firing 1 31 Tangential firing 1 61Tangential firing 1 560 Wall firing ‐ opposed firing 1 750 Tangential firing 1 300 Wall firing ‐ rear firing 1 138 Wall firing ‐ opposed firing 1 610 Wall firing ‐ front firing 1 90 Tangential firing 1 342 Tangential firing 1 560 Tangential firing 1 450 Tangential firing 1 450 Wall firing ‐ opposed firing 1 536 Tangential firing 1 590 Wall firing ‐ front firing 1 64 Tangential firing 1 765 Arch firing 1 40 Arch firing 1 40 Wall firing ‐ unspecified 1 805 Tangential firing 1 580 Wall firing ‐ front firing 1 25 Arch firing 1 40 Wall firing ‐ front firing 1 89 Tangential firing 1 188 Tangential firing 1 188 Cyclone firing 1 337 Wall firing ‐ opposed firing 1 540 Wall firing ‐ opposed firing 1 650 Tangential firing 1 216 Wall firing ‐ opposed firing 1 680 Wall firing ‐ opposed firing 1 580 Wall firing ‐ rear firing 1 88 Wall firing ‐ rear firing 1 54 Wall firing ‐ rear firing 1 74 Tangential firing 1 84 Tangential firing 1 212 Tangential firing 1 188 Wall firing ‐ unspecified 1 81 Radiant 1 53 Wall firing ‐ unspecified 1 81 Tangential firing 1 720 Tangential firing 1 175 Tangential firing 1 185 Wall firing ‐ front firing 1 165 Tangential firing 1 63 Tangential firing 1 100 Wall firing ‐ front firing 1 98 Cyclone firing 1 133 Arch firing 1 40Wall firing ‐ opposed firing 1 681Total_max_heat_input Unit_heat_rate Fuel_types MMBtu/hr Mmbtu/MWh 820 9.43 coal ‐ bituminous 906 10.79 coal ‐ bituminous 962 10.69 coal ‐ bituminous 5255 9.69 coal ‐ subbituminous 3572 10.96 coal ‐ subbituminous 2366 9.10 coal ‐ subbituminous 2112 8.73 coal ‐ subbituminous 3961 10.34 coal ‐ subbituminous 2090 10.05 coal ‐ bituminous 2379 10.16 coal ‐ subbituminous 5434 10.03 coal ‐ subbituminous 1300 13.10 coal refuse (culm or gob) 5565 10.19 coal ‐ subbituminous

750 13.07 coal ‐ bituminous 2582 9.29 coal ‐ subbituminous 3584 10.30 coal ‐ subbituminous 8080 9.98 coal ‐ subbituminous 8058 9.92 coal ‐ subbituminous

750 13.07 coal ‐ bituminous 1032 9.38 coal ‐ bituminous 2116 8.75 coal ‐ bituminous 3483 10.10 coal ‐ subbituminous 6200 10.60 coal refuse (culm or gob) 1447 14.33 coal ‐ bituminous 1117 9.97 coal ‐ bituminous, petroleum coke 1700 9.34 coal ‐ bituminous 6581 9.68 coal ‐ bituminous 3422 9.48 coal ‐ bituminous 1146 9.47 coal refuse (culm or gob)

560 11.20 coal ‐ bituminous 1021 5.03 coal ‐ bituminous

750 13.07 coal ‐ bituminous 830 14.31 coal refuse (culm or gob) 944 4.65 coal ‐ bituminous 1434 10.95 coal refuse (culm or gob) 2300 10.36 coal ‐ bituminous 1736 12.06 coal ‐ bituminous 1387 4.87 coal ‐ bituminous 1215 10.95 coal ‐ bituminous 4923 11.42 coal ‐ bituminous 1063 3.80 coal ‐ bituminous 1736 12.06 coal ‐ bituminous 1063 3.80 coal ‐ bituminous 2047 10.13 coal ‐ bituminous 1063 3.80 coal ‐ bituminous1736 12.06 coal ‐ bituminous 1877 11.38 coal ‐ bituminous 1600 9.56 coal ‐ bituminous 1475 10.46 coal ‐ subbituminous, bituminous 3520 9.19 coal ‐ bituminous 1387 4.87 coal ‐ bituminous 5649 10.38 coal ‐ subbituminous 1250 6.44 coal refuse (culm or gob)

570 10.36 coal ‐ subbituminous 600 12.90 coal refuse (culm or gob) 600 12.90 coal refuse (culm or gob) 1825 9.86 coal ‐ bituminous 1845 9.41 coal ‐ bituminous 1101 8.34 coal ‐ bituminous

855 6.29 coal ‐ bituminous 5758 10.58 coal ‐ subbituminous 5041 11.62 coal ‐ bituminous 3100 9.04 coal ‐ bituminous 3688 9.97 coal ‐ subbituminous 4269 9.36 coal ‐ subbituminous 4059 9.20 coal ‐ bituminous 2500 8.33 coal ‐ bituminous 1736 12.06 coal ‐ bituminous 6515 9.62 coal ‐ bituminous

875 10.17 coal ‐ bituminous 1144 8.47 coal ‐ bituminous 3100 9.04 coal ‐ bituminous 4100 10.17 coal ‐ bituminous 4028 8.83 coal ‐ subbituminous 1925 8.39 coal ‐ bituminous 4100 10.17 coal ‐ subbituminous 1834 12.07 coal ‐ bituminous 1834 12.07 coal ‐ bituminous

450 12.50 coal ‐ bituminous, synfuel 3755 9.75 coal ‐ bituminous 3707 10.02 coal ‐ subbituminous 6502 10.66 coal ‐ bituminous 6893 9.81 coal ‐ bituminous 5030 10.46 coal ‐ bituminous

776 10.35 coal ‐ subbituminous 2500 10.68 coal ‐ subbituminous

600 10.45 coal ‐ bituminous 2800 9.33 coal ‐ bituminous 1284 11.36 coal ‐ bituminous 6700 9.71 coal ‐ bituminous 2095 9.31 coal ‐ subbituminous

505 11.74 coal refuse (culm or gob)2101 9.13 coal ‐ bituminous 6058 9.69 coal ‐ bituminous 1963 9.72 coal ‐ bituminous

560 11.43 coal refuse (culm or gob) 6798 10.88 coal ‐ bituminous

889 6.54 coal ‐ bituminous 560 11.43 coal refuse (culm or gob) 2518 9.50 coal ‐ subbituminous 1514 10.74 coal ‐ subbituminous 1462 8.91 coal ‐ bituminous 2712 9.52 coal ‐ bituminous

831 11.54 coal ‐ subbituminous 1076 9.78 coal ‐ subbituminous

981 12.05 coal ‐ bituminous 562 11.36 coal ‐ subbituminous 1159 10.08 coal ‐ bituminous 1138 9.90 coal ‐ bituminous 1141 9.93 coal ‐ bituminous 5459 10.50 coal ‐ bituminous

930 10.94 coal ‐ subbituminous, bituminous 2121 10.61 coal ‐ subbituminous, bituminous 1360 10.63 coal ‐ bituminous 3482 9.54 coal ‐ subbituminous 2956 10.52 coal ‐ bituminous 2881 10.66 coal ‐ subbituminous 3641 10.58 coal ‐ bituminous 1458 7.67 coal ‐ subbituminous, bituminous 6313 9.70 coal ‐ bituminous 3531 9.81 coal ‐ subbituminous 1733 9.27 coal ‐ bituminous 1914 9.25 coal ‐ bituminous 4990 8.61 coal ‐ subbituminous, bituminous 2561 9.35 coal ‐ subbituminous 3392 9.07 coal ‐ subbituminous, bituminous

980 9.90 coal ‐ subbituminous, bituminous 1350 7.11 coal refuse (culm or gob) 7675 9.03 coal ‐ subbituminous 2228 7.91 coal ‐ bituminous 2380 8.01 coal ‐ bituminous 1365 9.42 coal ‐ bituminous 4650 9.94 coal ‐ subbituminous

453 14.20 coal ‐ bituminous 6444 9.75 coal ‐ bituminous

910 7.84 coal ‐ bituminous 436 7.52 coal ‐ bituminous 1304 10.96 coal ‐ bituminous 6368 9.63 coal ‐ bituminous869 10.60 coal ‐ bituminous 818 9.97 coal ‐ bituminous 3193 9.98 coal ‐ bituminous 5280 10.56 coal ‐ bituminous 5173 9.00 coal ‐ subbituminous 7172 10.33 coal ‐ bituminous 4123 8.90 coal ‐ bituminous 3423 9.36 coal ‐ subbituminous 7172 10.33 coal ‐ bituminous 1450 8.63 coal ‐ bituminous 7573 9.41 coal ‐ subbituminous 2560 10.51 coal ‐ subbituminous 1254 12.54 coal ‐ bituminous 1254 12.54 coal ‐ bituminous 1303 10.42 coal ‐ bituminous 1921 10.38 coal ‐ bituminous 12656 8.99 coal ‐ bituminous 581 11.86 coal ‐ bituminous 645 13.16 coal ‐ bituminous 3493 9.62 coal ‐ bituminous 3345 10.14 coal ‐ bituminous 3790 9.64 coal ‐ bituminous 3330 8.69 coal ‐ bituminous 1902 9.32 coal ‐ bituminous

610 11.08 coal ‐ subbituminous, bituminous 627 12.30 coal ‐ subbituminous, bituminous 4094 9.77 coal ‐ subbituminous, bituminous 2461 9.65 coal ‐ bituminous

615 17.08 coal refuse (culm or gob) 6600 10.00 coal ‐ subbituminous 4920 9.39 coal ‐ subbituminous, bituminous 2808 8.28 coal ‐ bituminous

563 11.26 coal ‐ subbituminous 1205 8.37 coal ‐ subbituminous, bituminous

944 11.80 coal ‐ bituminous 2182 12.06 coal ‐ bituminous 4268 10.04 coal ‐ bituminous 2200 8.63 coal ‐ bituminous 2784 13.65 coal ‐ subbituminous 1142 8.72 coal ‐ bituminous

606 16.11 coal ‐ bituminous 4144 9.31 coal ‐ bituminous 4660 9.91 coal ‐ subbituminous

304 20.54 coal ‐ subbituminous 1800 9.82 coal ‐ subbituminous 5540 9.55 coal ‐ bituminous 1800 13.64 coal ‐ subbituminous600 10.00 coal ‐ subbituminous 2563 8.87 coal ‐ bituminous 2461 9.65 coal ‐ bituminous

979 11.72 coal ‐ subbituminous 6000 10.00 coal ‐ subbituminous 1010 9.62 coal ‐ subbituminous 6920 10.15 coal ‐ bituminous 6000 10.00 coal ‐ subbituminous 5004 9.08 coal ‐ subbituminous 5550 9.50 coal ‐ bituminous 5865 8.94 coal ‐ subbituminous

475 11.04 coal ‐ bituminous 476 11.07 coal ‐ bituminous 645 11.12 coal ‐ bituminous 1095 10.23 coal ‐ bituminous

900 10.44 coal ‐ bituminous 2727 11.41 coal ‐ bituminous, petroleum coke 1668 10.11 coal ‐ subbituminous 1392 12.21 coal ‐ bituminous 1142 8.78 coal ‐ bituminous 2535 10.46 coal ‐ bituminous

646 10.68 coal ‐ bituminous 2310 13.75 coal ‐ bituminous 1205 8.37 coal ‐ subbituminous, bituminous

750 10.42 coal ‐ subbituminous 402 12.95 coal ‐ subbituminous 900 10.44 coal ‐ bituminous 913 11.53 coal ‐ bituminous 304 21.87 coal ‐ subbituminous 1719 9.99 coal ‐ bituminous

376 12.16 coal ‐ subbituminous 4500 11.25 coal ‐ subbituminous 1242 8.12 coal ‐ bituminous 4200 9.33 coal ‐ subbituminous 5700 9.66 coal ‐ bituminous 6361 10.97 coal ‐ bituminous 1374 10.73 coal ‐ subbituminous 7743 12.84 coal ‐ subbituminous 7743 13.66 coal ‐ subbituminous 2929 9.60 coal ‐ bituminous

696 10.88 coal ‐ bituminous 1611 10.86 coal ‐ subbituminous

900 10.44 coal ‐ bituminous 900 10.44 coal ‐ bituminous 900 10.44 coal ‐ bituminous 607 11.45 coal ‐ bituminous 642 10.70 coal ‐ subbituminous1441 10.06 coal ‐ bituminous 465 10.57 coal ‐ bituminous 5865 8.94 coal ‐ subbituminous 4200 9.33 coal ‐ bituminous

823 10.97 coal ‐ subbituminous 3687 8.29 coal ‐ bituminous, petroleum coke 6977 9.65 coal ‐ subbituminous 5500 8.87 coal ‐ subbituminous 4650 9.39 coal ‐ subbituminous

846 10.32 coal ‐ subbituminous 337 11.55 coal ‐ subbituminous 1017 9.08 coal ‐ bituminous 1017 9.69 coal ‐ bituminous 2542 9.97 coal ‐ bituminous 5240 9.36 coal ‐ subbituminous

741 11.23 coal ‐ bituminous 1315 9.90 coal ‐ bituminous 1423 9.81 coal ‐ subbituminous

524 11.39 coal ‐ bituminous 741 12.35 coal ‐ bituminous 1017 9.08 coal ‐ bituminous 1394 11.64 coal ‐ bituminous

304 22.86 coal ‐ subbituminous 1053 11.57 coal ‐ subbituminous

944 8.91 coal ‐ bituminous 7700 10.07 coal ‐ subbituminous 4286 9.16 coal ‐ bituminous 3848 9.72 coal ‐ subbituminous

372 8.26 coal ‐ subbituminous 2332 10.18 coal ‐ subbituminous 5156 9.24 coal ‐ subbituminous 5004 9.08 coal ‐ subbituminous 6600 11.11 coal ‐ subbituminous, bituminous 5460 9.65 coal ‐ subbituminous 1300 13.54 coal ‐ subbituminous 2780 11.93 coal ‐ subbituminous 1048 10.17 coal ‐ bituminous 2626 9.94 coal ‐ subbituminous 5309 10.73 coal ‐ subbituminous 2800 9.18 coal ‐ subbituminous 7700 11.24 coal ‐ subbituminous 1709 14.49 coal ‐ subbituminous

847 10.20 coal ‐ bituminous 7538 10.54 coal ‐ bituminous

432 16.24 coal ‐ subbituminous 444 14.19 coal ‐ subbituminous 747 12.31 coal ‐ subbituminous5569 9.94 coal ‐ subbituminous 7538 10.05 coal ‐ bituminous 2750 9.17 coal ‐ subbituminous 1510 10.95 coal ‐ subbituminous 5650 9.26 coal ‐ subbituminous

924 10.26 coal ‐ bituminous 3059 8.94 coal ‐ bituminous 5459 9.75 coal ‐ subbituminous 4251 9.45 coal ‐ subbituminous 4251 9.45 coal ‐ subbituminous 5346 9.97 coal ‐ subbituminous 6090 10.32 coal ‐ subbituminous

858 13.49 coal ‐ subbituminous 7990 10.44 coal ‐ subbituminous

525 13.13 coal ‐ bituminous 525 13.13 coal ‐ bituminous 8624 10.71 coal ‐ subbituminous 5761 9.93 coal ‐ bituminous

330 13.47 coal ‐ bituminous 525 13.13 coal ‐ bituminous 1000 11.25 coal ‐ subbituminous 2130 11.33 coal ‐ subbituminous 2250 11.97 coal ‐ subbituminous 3017 8.95 coal ‐ bituminous 5131 9.50 coal ‐ subbituminous 5275 8.12 coal ‐ bituminous 2380 11.02 coal ‐ bituminous 6581 9.68 coal ‐ bituminous 5296 9.13 coal ‐ subbituminous

999 11.39 coal ‐ subbituminous 693 12.92 coal ‐ subbituminous 875 11.87 coal ‐ subbituminous 845 10.11 coal ‐ subbituminous 2228 10.51 coal ‐ subbituminous 2140 11.38 coal ‐ subbituminous

643 7.94 coal ‐ bituminous 553 10.38 coal ‐ bituminous 786 9.70 coal ‐ bituminous 6524 9.06 coal ‐ bituminous 1601 9.15 coal ‐ bituminous 1739 9.40 coal ‐ bituminous 1862 11.28 coal ‐ bituminous

641 10.17 coal ‐ bituminous 1059 10.64 coal ‐ bituminous 1025 10.46 coal ‐ bituminous 1315 9.90 coal ‐ bituminous

525 13.13 coal ‐ bituminous6280 9.22 coal ‐ bituminousFuel_Conc_lb/MMBtu Mercury ‐ ERT Mercury MW ‐ ERT lb/MMBtu lb/MMBtu lb/MW

8.00E ‐ 06 6.75E ‐ 06 7.52E ‐ 06 9.03E ‐ 07 7.88E ‐ 06 7.24E ‐ 06

3.28E ‐ 06

1.70E ‐ 06 3.91E ‐ 06 7.33E ‐ 06 1.01E ‐ 04

7.64E ‐ 06 5.19E ‐ 06 3.34E ‐ 05 6.56E ‐ 06 4.64E ‐ 06 2.27E ‐ 06 6.55E+01 4.83E ‐ 06 1.14E ‐ 04 5.38E ‐ 06 1.55E ‐ 08 1.60E ‐ 07 1.51E ‐ 06 8.56E ‐ 06 1.56E ‐ 02 8.10E ‐ 06 1.31E ‐ 05 1.64E ‐ 06 8.21E ‐ 06 2.13E ‐ 05 7.33E ‐ 061.75E ‐ 06

1.96E ‐ 06 8.23E ‐ 06 5.31E ‐ 06 9.28E ‐ 05 8.64E ‐ 06 3.48E ‐ 05 3.48E ‐ 05 7.24E ‐ 06 4.34E ‐ 08 4.28E ‐ 07 4.70E ‐ 06 4.53E ‐ 08 3.78E ‐ 07 7.30E ‐ 06 1.71E ‐ 05 5.42E ‐ 06 3.18E ‐ 06 8.23E ‐ 06 1.64E ‐ 06 5.86E ‐ 06 7.05E ‐ 08 6.49E ‐ 07 1.26E ‐ 05 1.31E ‐ 06 8.74E ‐ 06 4.82E ‐ 06 8.85E ‐ 08 7.49E ‐ 07 6.12E ‐ 06 1.70E ‐ 06 6.04E ‐ 06 1.89E ‐ 06 7.17E ‐ 06 7.17E ‐ 06 6.92E ‐ 05 5.57E ‐ 06 1.49E ‐ 05 1.56E ‐ 06 6.04E ‐ 06 5.66E ‐ 06 6.63E ‐ 06 6.63E ‐ 06 4.19E ‐ 06 1.70E ‐ 07 1.77E ‐ 06 1.63E ‐ 05 7.90E ‐ 062.25E ‐ 06 1.18E ‐ 06 1.59E ‐ 06 8.27E ‐ 05 1.15E ‐ 06 9.76E ‐ 06 6.18E ‐ 05 9.28E ‐ 06 5.30E ‐ 06 3.31E ‐ 07 3.55E ‐ 06 1.79E ‐ 06 6.82E ‐ 06 6.82E ‐ 06 3.86E ‐ 06 6.75E ‐ 06 6.75E ‐ 06 6.75E ‐ 06 6.75E ‐ 06 1.77E ‐ 06 1.28E ‐ 05 7.19E ‐ 06

8.44E ‐ 06 8.36E ‐ 06 5.38E ‐ 06 2.81E ‐ 03 6.46E ‐ 06 8.86E ‐ 06 6.88E ‐ 07 6.43E ‐ 06 6.50E ‐ 06 6.88E ‐ 07 6.24E ‐ 06 4.30E ‐ 06 3.07E ‐ 05 8.15E ‐ 06 2.94E ‐ 06 2.65E ‐ 05 1.02E ‐ 05 1.02E ‐ 05 5.97E ‐ 06 7.92E ‐ 06 1.45E ‐ 05 2.63E ‐ 06 7.80E ‐ 067.25E ‐ 06 7.25E ‐ 06 7.25E ‐ 06 7.25E ‐ 06 7.04E ‐ 06 5.19E ‐ 06 6.33E ‐ 06

3.36E ‐ 06 9.28E ‐ 06 1.11E ‐ 06 1.40E ‐ 05 9.28E ‐ 06 1.11E ‐ 06 1.40E ‐ 05 9.28E ‐ 06 1.11E ‐ 06 1.16E ‐ 05 9.28E ‐ 06 1.11E ‐ 06 1.16E ‐ 05 9.06E ‐ 06 5.46E ‐ 06 5.46E ‐ 06 9.10E ‐ 06 1.18E ‐ 06 1.19E ‐ 05 9.10E ‐ 06 1.18E ‐ 06 1.13E ‐ 05 5.46E ‐ 06 6.94E ‐ 06 6.94E ‐ 06 6.94E ‐ 06 5.63E ‐ 06

4.55E ‐ 06 5.35E ‐ 06 1.31E ‐ 05 3.82E ‐ 06 6.96E ‐ 06 1.64E ‐ 06 1.98E ‐ 05 9.50E ‐ 06 3.31E ‐ 06

5.67E ‐ 062.72E ‐ 06 2.72E ‐ 05 5.65E ‐ 06

2.19E ‐ 06 2.11E ‐ 05 7.01E ‐ 06

4.60E ‐ 06

6.19E ‐ 06

6.61E ‐ 06 2.42E ‐ 06 2.44E ‐ 05

6.80E ‐ 06 2.63E ‐ 06 3.61E ‐ 05 1.02E ‐ 05

6.82E ‐ 06 2.87E ‐ 06 3.30E ‐ 05

4.00E ‐ 06 5.73E ‐ 06 4.15E ‐ 06 4.49E ‐ 06 5.65E ‐ 06 5.30E ‐ 06 3.17E ‐ 06 3.41E ‐ 05 6.72E ‐ 06 6.07E ‐ 06 1.35E ‐ 056.34E ‐ 06 4.52E ‐ 06 6.02E ‐ 06 5.85E ‐ 06 3.60E ‐ 06 3.95E ‐ 05 1.03E ‐ 05 3.69E ‐ 06 5.47E ‐ 06 3.76E ‐ 06

4.86E ‐ 06 8.14E ‐ 06

1.09E ‐ 05 6.48E ‐ 06 4.35E ‐ 06

6.02E ‐ 06 5.10E ‐ 06 4.21E ‐ 05 7.13E ‐ 06 6.85E ‐ 06 5.62E ‐ 06 1.51E ‐ 05 5.48E ‐ 06 5.57E ‐ 05 5.28E ‐ 06 5.53E ‐ 06 5.93E ‐ 05 6.09E ‐ 06 6.03E ‐ 06 6.44E ‐ 06 5.72E ‐ 06 5.83E ‐ 05 6.63E ‐ 06

3.36E ‐ 06 5.91E ‐ 06 7.28E ‐ 055.81E ‐ 06 6.56E ‐ 06 6.22E ‐ 06 6.75E ‐ 06 6.75E ‐ 06 8.69E ‐ 06 6.44E ‐ 06 6.09E ‐ 05 8.69E ‐ 06 6.44E ‐ 06 6.09E ‐ 05

1.43E ‐ 06 6.90E ‐ 06 7.40E ‐ 05 7.58E ‐ 06 7.27E ‐ 06 7.22E ‐ 05

4.36E ‐ 06 9.30E ‐ 06 7.06E ‐ 06

6.25E ‐ 06

2.67E ‐ 05 1.66E ‐ 05 1.70E ‐ 05

1.21E ‐ 05 9.36E ‐ 06Mercury ‐ ETTS Mercury MW ‐ ETTS Mercury ‐ CEMS lb/MMBtu lb/MW lb/MMBtu

1.07E ‐ 06 1.04E ‐ 05 1.03E ‐ 06 1.13E ‐ 05 1.26E ‐ 06 1.10E ‐ 05 3.69E ‐ 07 3.82E ‐ 06

2.63E ‐ 09 3.44E ‐ 08

4.69E ‐ 09 6.13E ‐ 08 9.85E ‐ 09 9.24E ‐ 08 5.33E ‐ 09 4.67E ‐ 08 6.35E ‐ 09 6.73E ‐ 08

7.26E ‐ 09 6.78E ‐ 08 8.54E ‐ 09 8.09E ‐ 08 1.04E ‐ 08 9.85E ‐ 08 1.08E ‐ 08 1.21E ‐ 07 1.17E ‐ 08 5.89E ‐ 08 1.18E ‐ 08 1.54E ‐ 07 1.25E ‐ 08 1.79E ‐ 07 1.30E ‐ 08 6.04E ‐ 08 7.16E ‐ 08 7.83E ‐ 07 1.93E ‐ 08 2.33E ‐ 07 1.93E ‐ 08 9.40E ‐ 08 2.01E ‐ 08 2.20E ‐ 07 2.02E ‐ 08 2.31E ‐ 07 2.06E ‐ 08 7.83E ‐ 08 2.09E ‐ 08 2.52E ‐ 07 2.24E ‐ 08 8.51E ‐ 08 2.34E ‐ 08 2.37E ‐ 07 2.65E ‐ 08 1.01E ‐ 072.74E ‐ 08 3.30E ‐ 07

3.11E ‐ 08 3.26E ‐ 07 3.38E ‐ 08 1.64E ‐ 07 3.43E ‐ 08 3.56E ‐ 07 3.53E ‐ 08 2.27E ‐ 07 3.75E ‐ 08 3.89E ‐ 07 4.13E ‐ 08 5.33E ‐ 07 4.13E ‐ 08 5.33E ‐ 07

4.59E ‐ 08 2.89E ‐ 07 4.68E ‐ 08 4.96E ‐ 07 4.87E ‐ 08 5.66E ‐ 07 3.18E ‐ 07 2.88E ‐ 06 6.10E ‐ 08 6.08E ‐ 07 6.79E ‐ 08 6.36E ‐ 07 7.20E ‐ 08 6.00E ‐ 07 7.34E ‐ 08 8.85E ‐ 07 7.53E ‐ 08 7.25E ‐ 07

4.80E ‐ 07 4.34E ‐ 06 2.26E ‐ 07 2.00E ‐ 06 5.73E ‐ 07 4.81E ‐ 06 1.22E ‐ 07 1.24E ‐ 06 1.25E ‐ 07 1.51E ‐ 06 1.25E ‐ 07 1.51E ‐ 06 1.27E ‐ 07 1.59E ‐ 06 1.29E ‐ 07 1.26E ‐ 06 1.31E ‐ 07 1.31E ‐ 06 1.50E ‐ 07 1.60E ‐ 06 1.51E ‐ 07 1.48E ‐ 06 1.60E ‐ 07 1.67E ‐ 06 1.62E ‐ 07 1.67E ‐ 06 1.62E ‐ 07 1.73E ‐ 06 1.71E ‐ 07 1.60E ‐ 06 1.85E ‐ 072.27E ‐ 07 2.08E ‐ 06 2.29E ‐ 07 2.22E ‐ 06 3.34E ‐ 07 3.24E ‐ 06 2.63E ‐ 07 3.01E ‐ 06 2.77E ‐ 07 3.01E ‐ 06 2.80E ‐ 07 1.83E ‐ 06 2.85E ‐ 07 3.26E ‐ 06 3.10E ‐ 07 2.95E ‐ 06

5.52E ‐ 07 5.25E ‐ 06 3.45E ‐ 07 3.97E ‐ 07 4.58E ‐ 06 3.97E ‐ 07 3.88E ‐ 06 3.98E ‐ 07 4.80E ‐ 06 6.05E ‐ 07 6.10E ‐ 06 4.25E ‐ 07 6.05E ‐ 07 5.99E ‐ 06 4.25E ‐ 07 6.05E ‐ 07 6.00E ‐ 06 4.25E ‐ 07 6.05E ‐ 07 6.35E ‐ 06 4.25E ‐ 07 4.84E ‐ 07 5.14E ‐ 06 2.90E ‐ 06 3.08E ‐ 05 4.88E ‐ 07 4.66E ‐ 06 5.68E ‐ 06

5.22E ‐ 07 5.53E ‐ 06 6.51E ‐ 07 6.31E ‐ 06 6.60E ‐ 07 6.12E ‐ 06 6.70E ‐ 07 6.20E ‐ 06 6.76E ‐ 07 5.82E ‐ 06

1.47E ‐ 06 1.46E ‐ 05 7.12E ‐ 07 5.06E ‐ 06 7.38E ‐ 07 5.84E ‐ 06 7.38E ‐ 07 5.91E ‐ 06 7.97E ‐ 07 7.92E ‐ 06 8.46E ‐ 07 8.25E ‐ 06 8.58E ‐ 07 6.73E ‐ 06 8.83E ‐ 07 8.83E ‐ 07 8.51E ‐ 068.91E ‐ 07 9.44E ‐ 06 8.91E ‐ 07 8.88E ‐ 06 8.91E ‐ 07 8.89E ‐ 06 8.91E ‐ 07 9.41E ‐ 06 1.08E ‐ 06 9.69E ‐ 06 9.89E ‐ 07 8.80E ‐ 06 9.91E ‐ 07 9.28E ‐ 06

1.05E ‐ 06 9.88E ‐ 06

1.15E ‐ 06 1.04E ‐ 05 1.15E ‐ 06 1.37E ‐ 05 1.15E ‐ 06 1.52E ‐ 05

1.28E ‐ 06 1.19E ‐ 05 1.30E ‐ 06 1.44E ‐ 05 1.30E ‐ 06 1.59E ‐ 05 1.30E ‐ 06 1.27E ‐ 05 1.33E ‐ 06 1.28E ‐ 05

1.44E ‐ 06 1.35E ‐ 05 1.46E ‐ 06 1.21E ‐ 05 1.57E ‐ 06 1.31E ‐ 05 1.59E ‐ 06 1.88E ‐ 05 1.73E ‐ 06 1.74E ‐ 05 1.80E ‐ 06 2.45E ‐ 05

2.03E ‐ 06 1.99E ‐ 052.13E ‐ 06 2.06E ‐ 05

2.22E ‐ 06 2.25E ‐ 05

4.46E ‐ 06 3.99E ‐ 05

4.33E ‐ 06 4.81E ‐ 05

2.40E ‐ 06 2.73E ‐ 05

2.79E ‐ 06 2.33E ‐ 05

3.08E ‐ 06 3.47E ‐ 05 3.10E ‐ 06 2.52E ‐ 05 3.10E ‐ 06 2.90E ‐ 05 3.16E ‐ 06 3.05E ‐ 05 3.17E ‐ 06 3.48E ‐ 05 3.25E ‐ 06 3.26E ‐ 06 3.28E ‐ 06 3.15E ‐ 055.47E ‐ 06 5.78E ‐ 05 3.47E ‐ 06 3.11E ‐ 05 3.58E ‐ 06 3.34E ‐ 05 3.61E ‐ 06 2.99E ‐ 05 3.67E ‐ 06 3.54E ‐ 05 3.72E ‐ 06 3.30E ‐ 05 3.74E ‐ 06 3.51E ‐ 05

3.80E ‐ 06 3.45E ‐ 05 3.81E ‐ 06 3.69E ‐ 05

4.27E ‐ 06 4.97E ‐ 05 4.32E ‐ 06 5.00E ‐ 05 6.75E ‐ 06 4.33E ‐ 06 3.86E ‐ 05

5.25E ‐ 06 4.85E ‐ 05 5.30E ‐ 06 5.89E ‐ 05 5.91E ‐ 06 8.01E ‐ 05 5.36E ‐ 06

5.63E ‐ 06 5.17E ‐ 05 5.96E ‐ 06 6.70E ‐ 05

5.77E ‐ 06 6.08E ‐ 056.06E ‐ 06 6.09E ‐ 05 6.20E ‐ 06 5.68E ‐ 05 6.31E ‐ 06 6.91E ‐ 05 6.38E ‐ 06 6.54E ‐ 05 6.38E ‐ 06 5.70E ‐ 05

7.58E ‐ 06 6.79E ‐ 05 7.65E ‐ 06 6.21E ‐ 05 7.70E ‐ 06 8.49E ‐ 05

8.77E ‐ 06 8.86E ‐ 05

9.58E ‐ 06 7.61E ‐ 05 1.01E ‐ 05 1.04E ‐ 04 1.15E ‐ 05 1.11E ‐ 04

1.16E ‐ 05 1.31E ‐ 04 1.54E ‐ 05 1.64E ‐ 04Mercury ‐ Part II Mercury MW ‐ Part II Mercury ‐ min Mercury ‐ min lb/MMBtu lb/MW lb/MMBtu lb/MW 1.17E ‐ 10 1.10E ‐ 09 1.17E ‐ 10 1.10E ‐ 09 3.71E ‐ 10 4.00E ‐ 09 3.71E ‐ 10 4.00E ‐ 09 3.74E ‐ 10 4.00E ‐ 09 3.74E ‐ 10 4.00E ‐ 09 7.50E ‐ 10 7.27E ‐ 09 7.50E ‐ 10 7.27E ‐ 09 7.53E ‐ 10 8.25E ‐ 09 7.53E ‐ 10 8.25E ‐ 09 8.06E ‐ 10 7.33E ‐ 09 8.06E ‐ 10 7.33E ‐ 09 8.67E ‐ 10 7.57E ‐ 09 8.67E ‐ 10 7.57E ‐ 09 8.69E ‐ 10 8.98E ‐ 09 8.69E ‐ 10 8.98E ‐ 09 1.06E ‐ 09 1.07E ‐ 08 1.06E ‐ 09 1.07E ‐ 08 1.42E ‐ 09 1.45E ‐ 08 1.42E ‐ 09 1.45E ‐ 08 1.64E ‐ 09 1.65E ‐ 08 1.64E ‐ 09 1.65E ‐ 08 2.06E ‐ 09 2.70E ‐ 08 2.06E ‐ 09 2.70E ‐ 08 2.55E ‐ 09 2.60E ‐ 08 2.55E ‐ 09 2.60E ‐ 08 2.63E ‐ 09 3.44E ‐ 08 2.85E ‐ 09 2.65E ‐ 08 2.85E ‐ 09 2.65E ‐ 08 3.44E ‐ 09 3.54E ‐ 08 3.44E ‐ 09 3.54E ‐ 08 4.23E ‐ 09 4.22E ‐ 08 4.23E ‐ 09 4.22E ‐ 08 4.25E ‐ 09 4.22E ‐ 08 4.25E ‐ 09 4.22E ‐ 08 4.69E ‐ 09 6.13E ‐ 08 5.33E ‐ 09 5.00E ‐ 08 5.33E ‐ 09 5.00E ‐ 08 5.33E ‐ 09 4.67E ‐ 08 5.51E ‐ 09 5.56E ‐ 08 5.51E ‐ 09 5.56E ‐ 08 3.80E ‐ 08 4.03E ‐ 07 6.35E ‐ 09 6.73E ‐ 08 6.42E ‐ 09 9.20E ‐ 08 6.42E ‐ 09 9.20E ‐ 08 6.46E ‐ 09 6.44E ‐ 08 6.46E ‐ 09 6.44E ‐ 08 7.26E ‐ 09 6.78E ‐ 08 8.27E ‐ 09 8.00E ‐ 08 8.27E ‐ 09 8.00E ‐ 08 5.49E ‐ 07 5.20E ‐ 06 8.54E ‐ 09 8.09E ‐ 08 1.22E ‐ 06 1.15E ‐ 05 1.04E ‐ 08 9.85E ‐ 08 1.08E ‐ 08 1.21E ‐ 07 1.17E ‐ 08 5.89E ‐ 08 1.18E ‐ 08 1.54E ‐ 07 3.47E ‐ 07 4.97E ‐ 06 1.25E ‐ 08 1.79E ‐ 07 1.30E ‐ 08 6.04E ‐ 08 1.46E ‐ 08 1.60E ‐ 07 1.46E ‐ 08 1.60E ‐ 07 1.55E ‐ 08 1.60E ‐ 07 1.93E ‐ 08 2.33E ‐ 07 1.93E ‐ 08 9.40E ‐ 08 2.01E ‐ 08 2.20E ‐ 07 2.02E ‐ 08 2.31E ‐ 07 5.62E ‐ 07 2.13E ‐ 06 2.06E ‐ 08 7.83E ‐ 08 2.09E ‐ 08 2.52E ‐ 07 2.87E ‐ 05 1.09E ‐ 04 2.24E ‐ 08 8.51E ‐ 08 2.01E ‐ 07 2.04E ‐ 06 2.34E ‐ 08 2.37E ‐ 07 2.65E ‐ 08 1.01E ‐ 072.74E ‐ 08 3.30E ‐ 07 2.81E ‐ 08 3.19E ‐ 07 2.81E ‐ 08 3.19E ‐ 07 2.96E ‐ 08 2.84E ‐ 07 2.96E ‐ 08 2.84E ‐ 07 1.83E ‐ 07 1.91E ‐ 06 3.11E ‐ 08 3.26E ‐ 07 3.17E ‐ 08 2.91E ‐ 07 3.17E ‐ 08 2.91E ‐ 07 3.38E ‐ 08 1.64E ‐ 07 1.36E ‐ 07 1.41E ‐ 06 3.43E ‐ 08 3.56E ‐ 07 5.60E ‐ 07 3.61E ‐ 06 3.53E ‐ 08 2.27E ‐ 07 3.37E ‐ 07 3.49E ‐ 06 3.75E ‐ 08 3.89E ‐ 07 8.10E ‐ 08 1.05E ‐ 06 4.13E ‐ 08 5.33E ‐ 07 5.98E ‐ 08 7.72E ‐ 07 4.13E ‐ 08 5.33E ‐ 07 4.34E ‐ 08 4.28E ‐ 07 4.39E ‐ 08 4.13E ‐ 07 4.39E ‐ 08 4.13E ‐ 07 4.53E ‐ 08 3.78E ‐ 07 4.59E ‐ 08 2.89E ‐ 07 2.50E ‐ 07 2.65E ‐ 06 4.68E ‐ 08 4.96E ‐ 07 4.87E ‐ 08 5.66E ‐ 07 5.91E ‐ 08 5.34E ‐ 07 5.91E ‐ 08 5.34E ‐ 07 6.10E ‐ 08 6.08E ‐ 07 8.36E ‐ 08 7.82E ‐ 07 6.79E ‐ 08 6.36E ‐ 07 7.05E ‐ 08 6.49E ‐ 07 7.20E ‐ 08 6.00E ‐ 07 7.34E ‐ 08 8.85E ‐ 07 7.53E ‐ 08 7.25E ‐ 07 8.29E ‐ 08 8.43E ‐ 07 8.29E ‐ 08 8.43E ‐ 07 8.85E ‐ 08 7.49E ‐ 07 8.94E ‐ 08 8.08E ‐ 07 8.94E ‐ 08 8.08E ‐ 07 9.01E ‐ 08 9.16E ‐ 07 9.01E ‐ 08 9.16E ‐ 07 1.13E ‐ 07 9.95E ‐ 07 1.13E ‐ 07 9.95E ‐ 07 1.16E ‐ 07 9.73E ‐ 07 1.16E ‐ 07 9.73E ‐ 07 1.22E ‐ 07 1.24E ‐ 06 1.25E ‐ 07 1.51E ‐ 06 1.25E ‐ 07 1.51E ‐ 06 6.98E ‐ 07 8.73E ‐ 06 1.27E ‐ 07 1.59E ‐ 06 1.29E ‐ 07 1.26E ‐ 06 1.31E ‐ 07 1.31E ‐ 06 1.50E ‐ 07 1.60E ‐ 06 1.51E ‐ 07 1.48E ‐ 06 1.60E ‐ 07 1.67E ‐ 06 1.62E ‐ 07 1.67E ‐ 06 1.62E ‐ 07 1.73E ‐ 06 1.70E ‐ 07 1.77E ‐ 06 5.14E ‐ 07 4.80E ‐ 06 1.71E ‐ 07 1.60E ‐ 06 1.75E ‐ 07 1.98E ‐ 06 1.75E ‐ 07 1.98E ‐ 06 1.85E ‐ 07 1.79E ‐ 06 2.16E ‐ 07 2.01E ‐ 06 2.16E ‐ 07 2.01E ‐ 06 2.25E ‐ 07 2.64E ‐ 06 2.25E ‐ 07 2.64E ‐ 062.27E ‐ 07 2.08E ‐ 06 2.29E ‐ 07 2.22E ‐ 06 2.45E ‐ 07 2.38E ‐ 06 2.45E ‐ 07 2.38E ‐ 06 2.63E ‐ 07 3.01E ‐ 06 2.77E ‐ 07 3.01E ‐ 06 2.80E ‐ 07 1.83E ‐ 06 2.85E ‐ 07 3.26E ‐ 06 3.10E ‐ 07 2.95E ‐ 06 3.31E ‐ 07 3.55E ‐ 06 3.37E ‐ 07 3.00E ‐ 06 3.37E ‐ 07 3.00E ‐ 06 7.40E ‐ 07 7.04E ‐ 06 3.45E ‐ 07 3.28E ‐ 06 3.97E ‐ 07 4.58E ‐ 06 3.97E ‐ 07 3.88E ‐ 06 3.98E ‐ 07 4.80E ‐ 06 4.15E ‐ 07 4.71E ‐ 06 4.15E ‐ 07 4.71E ‐ 06 1.07E ‐ 06 1.08E ‐ 05 4.25E ‐ 07 4.29E ‐ 06 1.07E ‐ 06 1.06E ‐ 05 4.25E ‐ 07 4.21E ‐ 06 1.07E ‐ 06 1.06E ‐ 05 4.25E ‐ 07 4.22E ‐ 06 1.07E ‐ 06 1.12E ‐ 05 4.25E ‐ 07 4.46E ‐ 06 4.53E ‐ 07 4.96E ‐ 06 4.53E ‐ 07 4.96E ‐ 06 4.84E ‐ 07 5.14E ‐ 06 4.85E ‐ 07 5.15E ‐ 06 4.85E ‐ 07 5.15E ‐ 06 6.62E ‐ 07 6.32E ‐ 06 4.88E ‐ 07 4.66E ‐ 06 4.90E ‐ 07 5.15E ‐ 06 4.90E ‐ 07 5.15E ‐ 06 5.00E ‐ 07 5.33E ‐ 06 5.00E ‐ 07 5.33E ‐ 06 5.22E ‐ 07 5.53E ‐ 06 5.53E ‐ 07 4.24E ‐ 06 5.53E ‐ 07 4.24E ‐ 06 6.51E ‐ 07 6.31E ‐ 06 6.55E ‐ 07 6.43E ‐ 06 6.55E ‐ 07 6.43E ‐ 06 6.60E ‐ 07 6.12E ‐ 06 6.70E ‐ 07 6.20E ‐ 06 6.76E ‐ 07 5.82E ‐ 06 6.88E ‐ 07 6.43E ‐ 06 6.88E ‐ 07 6.24E ‐ 06 7.07E ‐ 07 7.00E ‐ 06 7.07E ‐ 07 7.00E ‐ 06 7.12E ‐ 07 5.06E ‐ 06 7.20E ‐ 07 6.50E ‐ 06 7.20E ‐ 07 6.50E ‐ 06 7.38E ‐ 07 5.84E ‐ 06 7.38E ‐ 07 5.91E ‐ 06 7.53E ‐ 07 7.10E ‐ 06 7.53E ‐ 07 7.10E ‐ 06 7.97E ‐ 07 7.92E ‐ 06 8.37E ‐ 07 1.19E ‐ 05 8.37E ‐ 07 1.19E ‐ 05 8.46E ‐ 07 8.25E ‐ 06 8.58E ‐ 07 6.73E ‐ 06 8.59E ‐ 07 6.46E ‐ 06 8.59E ‐ 07 6.46E ‐ 06 8.83E ‐ 07 9.68E ‐ 06 8.83E ‐ 07 8.51E ‐ 068.91E ‐ 07 9.44E ‐ 06 8.91E ‐ 07 8.88E ‐ 06 8.91E ‐ 07 8.89E ‐ 06 8.91E ‐ 07 9.41E ‐ 06 8.93E ‐ 07 8.04E ‐ 06 8.93E ‐ 07 8.04E ‐ 06 9.33E ‐ 07 9.65E ‐ 06 9.33E ‐ 07 9.65E ‐ 06 9.89E ‐ 07 8.80E ‐ 06 7.38E ‐ 06 6.91E ‐ 05 9.91E ‐ 07 9.28E ‐ 06 1.01E ‐ 06 1.05E ‐ 05 1.01E ‐ 06 1.05E ‐ 05 1.03E ‐ 06 8.89E ‐ 06 1.03E ‐ 06 8.89E ‐ 06 1.05E ‐ 06 9.88E ‐ 06 1.07E ‐ 06 1.12E ‐ 05 1.07E ‐ 06 1.12E ‐ 05 1.54E ‐ 06 1.94E ‐ 05 1.11E ‐ 06 1.40E ‐ 05 1.54E ‐ 06 1.94E ‐ 05 1.11E ‐ 06 1.40E ‐ 05 1.54E ‐ 06 1.61E ‐ 05 1.11E ‐ 06 1.16E ‐ 05 1.54E ‐ 06 1.60E ‐ 05 1.11E ‐ 06 1.16E ‐ 05 1.15E ‐ 06 1.04E ‐ 05 1.15E ‐ 06 1.37E ‐ 05 1.15E ‐ 06 1.52E ‐ 05 1.17E ‐ 06 1.13E ‐ 05 1.17E ‐ 06 1.13E ‐ 05 1.18E ‐ 06 1.19E ‐ 05 1.18E ‐ 06 1.13E ‐ 05 1.23E ‐ 06 1.07E ‐ 05 1.23E ‐ 06 1.07E ‐ 05 1.28E ‐ 06 1.19E ‐ 05 3.06E ‐ 06 3.39E ‐ 05 1.30E ‐ 06 1.44E ‐ 05 3.06E ‐ 06 3.76E ‐ 05 1.30E ‐ 06 1.59E ‐ 05 1.30E ‐ 06 1.27E ‐ 05 1.33E ‐ 06 1.28E ‐ 05 1.40E ‐ 06 2.39E ‐ 05 1.40E ‐ 06 2.39E ‐ 05 1.42E ‐ 06 1.42E ‐ 05 1.42E ‐ 06 1.42E ‐ 05 1.44E ‐ 06 1.35E ‐ 05 1.46E ‐ 06 1.21E ‐ 05 1.49E ‐ 06 1.67E ‐ 05 1.49E ‐ 06 1.67E ‐ 05 1.57E ‐ 06 1.31E ‐ 05 1.59E ‐ 06 1.88E ‐ 05 1.64E ‐ 06 1.98E ‐ 05 1.73E ‐ 06 1.74E ‐ 05 1.74E ‐ 06 1.50E ‐ 05 1.74E ‐ 06 1.50E ‐ 05 1.80E ‐ 06 2.45E ‐ 05 1.82E ‐ 06 1.59E ‐ 05 1.82E ‐ 06 1.59E ‐ 05 1.90E ‐ 06 3.06E ‐ 05 1.90E ‐ 06 3.06E ‐ 05 1.91E ‐ 06 1.78E ‐ 05 1.91E ‐ 06 1.78E ‐ 05 1.93E ‐ 06 1.91E ‐ 05 1.93E ‐ 06 1.91E ‐ 05 1.98E ‐ 06 4.07E ‐ 05 1.98E ‐ 06 4.07E ‐ 05 2.03E ‐ 06 1.99E ‐ 05 2.04E ‐ 06 1.95E ‐ 05 2.04E ‐ 06 1.95E ‐ 05 2.07E ‐ 06 2.82E ‐ 05 2.07E ‐ 06 2.82E ‐ 052.11E ‐ 06 2.11E ‐ 05 2.11E ‐ 06 2.11E ‐ 05 2.13E ‐ 06 1.89E ‐ 05 2.13E ‐ 06 1.89E ‐ 05 2.13E ‐ 06 2.06E ‐ 05 2.17E ‐ 06 2.55E ‐ 05 2.17E ‐ 06 2.55E ‐ 05 2.19E ‐ 06 2.19E ‐ 05 2.19E ‐ 06 2.19E ‐ 05 2.19E ‐ 06 2.11E ‐ 05 2.22E ‐ 06 2.25E ‐ 05 2.23E ‐ 06 2.23E ‐ 05 2.23E ‐ 06 2.23E ‐ 05 2.23E ‐ 06 2.03E ‐ 05 2.23E ‐ 06 2.03E ‐ 05 2.25E ‐ 06 2.14E ‐ 05 2.25E ‐ 06 2.14E ‐ 05 2.30E ‐ 06 2.06E ‐ 05 2.30E ‐ 06 2.06E ‐ 05 2.33E ‐ 06 2.57E ‐ 05 2.33E ‐ 06 2.57E ‐ 05 2.33E ‐ 06 2.58E ‐ 05 2.33E ‐ 06 2.58E ‐ 05 2.35E ‐ 06 2.61E ‐ 05 2.35E ‐ 06 2.61E ‐ 05 2.37E ‐ 06 2.43E ‐ 05 2.37E ‐ 06 2.43E ‐ 05 2.39E ‐ 06 2.49E ‐ 05 2.39E ‐ 06 2.49E ‐ 05 2.40E ‐ 06 2.73E ‐ 05 2.42E ‐ 06 2.44E ‐ 05 2.44E ‐ 06 2.98E ‐ 05 2.44E ‐ 06 2.98E ‐ 05 2.45E ‐ 06 2.15E ‐ 05 2.45E ‐ 06 2.15E ‐ 05 2.45E ‐ 06 2.56E ‐ 05 2.45E ‐ 06 2.56E ‐ 05 2.60E ‐ 06 2.77E ‐ 05 2.60E ‐ 06 2.77E ‐ 05 2.63E ‐ 06 3.61E ‐ 05 2.79E ‐ 06 2.33E ‐ 05 2.82E ‐ 06 2.94E ‐ 05 2.82E ‐ 06 2.94E ‐ 05 2.83E ‐ 06 3.67E ‐ 05 2.83E ‐ 06 3.67E ‐ 05 2.86E ‐ 06 2.99E ‐ 05 2.86E ‐ 06 2.99E ‐ 05 2.87E ‐ 06 3.30E ‐ 05 2.89E ‐ 06 6.31E ‐ 05 2.89E ‐ 06 6.31E ‐ 05 2.93E ‐ 06 2.93E ‐ 05 2.93E ‐ 06 2.93E ‐ 05 2.98E ‐ 06 3.62E ‐ 05 2.98E ‐ 06 3.62E ‐ 05 3.08E ‐ 06 3.47E ‐ 05 3.10E ‐ 06 2.52E ‐ 05 3.10E ‐ 06 2.90E ‐ 05 3.16E ‐ 06 3.05E ‐ 05 4.00E ‐ 06 4.39E ‐ 05 3.17E ‐ 06 3.48E ‐ 05 3.17E ‐ 06 3.41E ‐ 05 3.25E ‐ 06 4.17E ‐ 05 3.26E ‐ 06 4.45E ‐ 05 3.28E ‐ 06 3.15E ‐ 05 3.30E ‐ 06 3.59E ‐ 05 3.30E ‐ 06 3.59E ‐ 05 3.30E ‐ 06 3.58E ‐ 05 3.30E ‐ 06 3.58E ‐ 05 3.33E ‐ 06 3.48E ‐ 05 3.33E ‐ 06 3.48E ‐ 05 3.33E ‐ 06 3.48E ‐ 05 3.33E ‐ 06 3.48E ‐ 05 3.33E ‐ 06 3.48E ‐ 05 3.33E ‐ 06 3.48E ‐ 05 3.35E ‐ 06 3.83E ‐ 05 3.35E ‐ 06 3.83E ‐ 05 3.36E ‐ 06 3.60E ‐ 05 3.36E ‐ 06 3.60E ‐ 053.38E ‐ 06 3.40E ‐ 05 3.38E ‐ 06 3.40E ‐ 05 3.40E ‐ 06 3.59E ‐ 05 3.40E ‐ 06 3.59E ‐ 05 4.00E ‐ 06 3.58E ‐ 05 3.47E ‐ 06 3.11E ‐ 05 3.58E ‐ 06 3.34E ‐ 05 3.60E ‐ 06 3.95E ‐ 05 3.61E ‐ 06 2.99E ‐ 05 3.67E ‐ 06 3.54E ‐ 05 3.72E ‐ 06 3.30E ‐ 05 3.74E ‐ 06 3.51E ‐ 05 3.79E ‐ 06 3.91E ‐ 05 3.79E ‐ 06 3.91E ‐ 05 3.80E ‐ 06 4.39E ‐ 05 3.80E ‐ 06 4.39E ‐ 05 3.80E ‐ 06 3.45E ‐ 05 4.13E ‐ 06 4.00E ‐ 05 3.81E ‐ 06 3.69E ‐ 05 3.83E ‐ 06 3.82E ‐ 05 3.83E ‐ 06 3.82E ‐ 05 3.97E ‐ 06 3.71E ‐ 05 3.97E ‐ 06 3.71E ‐ 05 4.13E ‐ 06 4.64E ‐ 05 4.13E ‐ 06 4.64E ‐ 05 4.18E ‐ 06 4.14E ‐ 05 4.18E ‐ 06 4.14E ‐ 05 4.19E ‐ 06 4.12E ‐ 05 4.19E ‐ 06 4.12E ‐ 05 4.20E ‐ 06 4.78E ‐ 05 4.20E ‐ 06 4.78E ‐ 05 4.20E ‐ 06 5.19E ‐ 05 4.20E ‐ 06 5.19E ‐ 05 4.22E ‐ 06 3.83E ‐ 05 4.22E ‐ 06 3.83E ‐ 05 4.27E ‐ 06 4.97E ‐ 05 4.30E ‐ 06 9.83E ‐ 05 4.30E ‐ 06 9.83E ‐ 05 4.32E ‐ 06 5.00E ‐ 05 4.33E ‐ 06 3.86E ‐ 05 4.46E ‐ 06 4.49E ‐ 05 4.46E ‐ 06 4.49E ‐ 05 4.50E ‐ 06 4.12E ‐ 05 4.50E ‐ 06 4.12E ‐ 05 4.87E ‐ 06 4.73E ‐ 05 4.87E ‐ 06 4.73E ‐ 05 5.10E ‐ 06 4.21E ‐ 05 5.18E ‐ 06 5.27E ‐ 05 5.18E ‐ 06 5.27E ‐ 05 5.25E ‐ 06 4.85E ‐ 05 5.29E ‐ 06 4.80E ‐ 05 5.29E ‐ 06 4.80E ‐ 05 5.30E ‐ 06 5.89E ‐ 05 5.30E ‐ 06 5.12E ‐ 05 5.30E ‐ 06 5.12E ‐ 05 5.36E ‐ 06 7.26E ‐ 05 5.40E ‐ 06 6.45E ‐ 05 5.40E ‐ 06 6.45E ‐ 05 5.48E ‐ 06 5.57E ‐ 05 5.52E ‐ 06 5.49E ‐ 05 5.52E ‐ 06 5.49E ‐ 05 5.53E ‐ 06 5.93E ‐ 05 5.63E ‐ 06 5.17E ‐ 05 5.64E ‐ 06 6.34E ‐ 05 5.64E ‐ 06 6.34E ‐ 05 5.69E ‐ 06 8.24E ‐ 05 5.69E ‐ 06 8.24E ‐ 05 5.72E ‐ 06 5.83E ‐ 05 5.77E ‐ 06 6.08E ‐ 05 5.88E ‐ 06 9.55E ‐ 05 5.88E ‐ 06 9.55E ‐ 05 5.88E ‐ 06 8.35E ‐ 05 5.88E ‐ 06 8.35E ‐ 05 5.91E ‐ 06 7.28E ‐ 055.93E ‐ 06 5.90E ‐ 05 5.93E ‐ 06 5.90E ‐ 05 6.06E ‐ 06 6.09E ‐ 05 6.20E ‐ 06 5.68E ‐ 05 6.79E ‐ 06 7.44E ‐ 05 6.31E ‐ 06 6.91E ‐ 05 6.34E ‐ 06 5.88E ‐ 05 6.34E ‐ 06 5.88E ‐ 05 6.38E ‐ 06 6.54E ‐ 05 6.38E ‐ 06 5.70E ‐ 05 6.41E ‐ 06 6.25E ‐ 05 6.41E ‐ 06 6.25E ‐ 05 8.60E ‐ 06 8.12E ‐ 05 6.44E ‐ 06 6.09E ‐ 05 8.60E ‐ 06 8.12E ‐ 05 6.44E ‐ 06 6.09E ‐ 05 6.47E ‐ 06 6.45E ‐ 05 6.47E ‐ 06 6.45E ‐ 05 6.69E ‐ 06 6.90E ‐ 05 6.69E ‐ 06 6.90E ‐ 05 6.70E ‐ 06 9.04E ‐ 05 6.70E ‐ 06 9.04E ‐ 05 6.84E ‐ 06 7.14E ‐ 05 6.84E ‐ 06 7.14E ‐ 05 6.90E ‐ 06 9.05E ‐ 05 6.90E ‐ 06 9.05E ‐ 05 6.90E ‐ 06 9.05E ‐ 05 6.90E ‐ 06 9.05E ‐ 05 6.90E ‐ 06 7.40E ‐ 05 7.27E ‐ 06 7.22E ‐ 05 7.30E ‐ 06 9.83E ‐ 05 7.30E ‐ 06 9.83E ‐ 05 7.34E ‐ 06 9.63E ‐ 05 7.34E ‐ 06 9.63E ‐ 05 7.40E ‐ 06 8.32E ‐ 05 7.40E ‐ 06 8.32E ‐ 05 7.57E ‐ 06 8.57E ‐ 05 7.57E ‐ 06 8.57E ‐ 05 7.57E ‐ 06 9.05E ‐ 05 7.57E ‐ 06 9.05E ‐ 05 7.58E ‐ 06 6.79E ‐ 05 7.62E ‐ 06 7.24E ‐ 05 7.62E ‐ 06 7.24E ‐ 05 7.65E ‐ 06 6.21E ‐ 05 7.70E ‐ 06 8.49E ‐ 05 8.04E ‐ 06 7.78E ‐ 05 8.04E ‐ 06 7.78E ‐ 05 8.31E ‐ 06 7.59E ‐ 05 8.31E ‐ 06 7.59E ‐ 05 8.57E ‐ 06 9.77E ‐ 05 8.57E ‐ 06 9.77E ‐ 05 8.61E ‐ 06 1.11E ‐ 04 8.61E ‐ 06 1.11E ‐ 04 8.61E ‐ 06 1.02E ‐ 04 8.61E ‐ 06 1.02E ‐ 04 8.77E ‐ 06 8.86E ‐ 05 9.08E ‐ 06 9.54E ‐ 05 9.08E ‐ 06 9.54E ‐ 05 9.17E ‐ 06 1.04E ‐ 04 9.17E ‐ 06 1.04E ‐ 04 9.58E ‐ 06 7.61E ‐ 05 1.01E ‐ 05 1.04E ‐ 04 1.15E ‐ 05 1.11E ‐ 04 1.15E ‐ 05 1.04E ‐ 04 1.15E ‐ 05 1.04E ‐ 04 1.15E ‐ 05 1.05E ‐ 04 1.15E ‐ 05 1.05E ‐ 04 1.15E ‐ 05 1.08E ‐ 04 1.15E ‐ 05 1.08E ‐ 04 1.16E ‐ 05 1.31E ‐ 04 1.40E ‐ 05 1.42E ‐ 04 1.40E ‐ 05 1.42E ‐ 04 1.54E ‐ 05 1.64E ‐ 04 1.61E ‐ 05 1.68E ‐ 04 1.61E ‐ 05 1.68E ‐ 04 1.80E ‐ 05 1.78E ‐ 04 1.80E ‐ 05 1.78E ‐ 04 2.87E ‐ 05 3.77E ‐ 04 2.87E ‐ 05 3.77E ‐ 041.32E ‐ 01 1.22E+00 1.32E ‐ 01 1.22E+00% reduction Control summary Mercury control DSI, SNCR, FF SCR, ESP, WFGD SCR, ESP, WFGD 99.9906% ACI, ESP ACI 99.9889% ACI, ESP ACI FF, WFGD 99.9885% SCR, ACI, DFGD, FF ACI 99.9880% ACI, ESP ACI SCR, ESP, WFGD ACI, ESP ACI ACI, ESP ACI FBC, FF, WFGD ACI, ESP ACI 99.9198% DFGD, FF ACI, ESP ACI ACI, ESP ACI ACI, ESP ACI ACI, ESP ACI 99.7240% DFGD, FF 99.8635% FBC, SNCR, FF 99.9272% SCR, DFGD, FF ACI, ESP ACI 99.9937% FBC, SNCR, FF SCR, ACI, DFGD, FF ACI 99.9049% DFGD, FF SNCR, ESP 99.8354% SCR, DFGD, FF 99.9688% FBC, SNCR, FF 99.8359% SNCR, DFGD, FF 99.7477% FBC, SNCR, FF 99.4821% DFGD, FF 100.0000% FBC, FF, WFGD

99.7308% FBC, SNCR, FF 99.9872% FBC, SNCR, FF 99.7125% SCR, DFGD, FF 98.7188% FF, WFGD 99.7745% SCR, DFGD, FF 99.9999% FF, WFGD 99.7501% FF, WFGD 99.8431% FBC, DFGD, SNCR, FF 98.7269% FF, WFGD 99.7270% FBC, DFGD, SNCR, FF 99.8899% FBC, SNCR, FF 99.6384% DFGD, SNCR, FF98.4362% FF, WFGD DFGD, FF SNCR, ACI, ESP, WFGD ACI 98.4127% FF, WFGD DFGD, FF 99.5893% SCR, DFGD, FF 99.3541% ACI, FF, WFGD ACI 99.9620% FBC, SNCR, FF, DFGD 99.5660% FF, WFGD 99.8812% FBC, SNCR, FF 99.8812% FBC, SNCR, FF 99.4007% FF, WFGD DFGD, FF 99.0359% FF, WFGD 99.3712% SNCR, MC, DFGD, FF 99.7255% ACI, FF, WFGD ACI 99.1008% SNCR, FF, WFGD 98.1394% ESP, SCR, ACI, FF ACI 99.2582% ACI, FF, WFGD ACI 95.8621% FF, WFGD 98.7969% SCR, DFGD, FF 99.4296% FBC, SNCR, DFGD, FF 94.4155% FF, WFGD 99.1381% SCR, FF, WFGD, WESP SCR, DFGD, FF 98.1642% FF, WFGD 98.5391% ESP, SCR, ACI, FF ACI ESP, ACI, FF ACI 93.3728% FF, WFGD 98.0788% SCR, FF, WFGD, WESP 93.5525% ESP, ACI, FF ACI 98.2509% DFGD, FF 98.2509% DFGD, FF 99.8161% FBC, SNCR, FF 97.6763% SCR, ESP, WFGD 99.1207% ACI, FF, WFGD ACI 90.3383% SCR, ESP, WFGD 97.5010% SCR, ESP, WFGD 97.1802% ESP, SCR, ACI, DFGD, FF ACI 97.5623% ESP, ACI, FF ACI 97.5623% ESP, ACI, FF ACI 95.9580% DFGD, FF 98.9518% FBC, SNCR, DFGD, FF SNCR, ESP 97.6624% SCR, ESP, ACI, DSI, FF, WFGD ACI FF FBC, FF89.8779% SNCR, ESP 80.6367% SCR, ESP, WFGD 84.6000% DFGD, FF 99.6817% FBC, SNCR, FF 76.0168% SCR, ESP, WFGD 97.1364% MC, DFGD, FF 99.5385% FBC, SNCR, FF 96.6598% SCR, FF, WFGD 93.7556% FF SCR, ESP, WFGD 80.7595% DFGD, FF 94.1788% ESP, ACI, FF ACI 94.1788% ESP, ACI, FF ACI 89.6936% SNCR, ESP ESP 93.6959% ESP, WFGD 93.6959% ESP, WFGD 93.6959% ESP, WFGD 93.6959% SCR, ESP, WFGD FF 72.6782% ESP 96.2052% ESP 93.2100% ACI, DFGD, FF ACI FF, WFGD DFGD, FF 93.8141% ESP, SCR, WFGD, WESP ESP 92.2170% DSI, ESP, SCR, WFGD ACI, DFGD, FF ACI 87.7262% ESP 99.9761% SCR, ESP, WFGD 89.5371% ESP 92.2385% ESP 89.4206% ESP 83.5657% ESP 97.6819% FBC, SNCR, DFGD, FF 91.1656% SCR, ACI, DFGD, FF ACI 92.7761% SNCR, ESP, WFGD 92.7761% SNCR, ESP, WFGD ESP 86.6596% SCR, ESP ESP 89.3140% SCR, DSI, ESP, WFGD 94.0866% FBC, FF ESP 66.4470% SCR, ACI, DFGD, FF ACI 88.6709% SCR, DSI, ESP, WFGD87.7127% SNCR, ESP, WFGD 87.7127% SNCR, ESP, WFGD 87.7127% SNCR, ESP, WFGD 87.7127% SCR, ESP, WFGD 87.3145% SCR, ACI, DFGD, FF ACI SCR, ESP, DSI, WFGD 80.9588% SCR, ESP, WFGD 84.3362% FF, ACI ACI SCR, ESP, DSI, WFGD ESP, WFGD 68.7633% ACI, WFGD, Venturi ACI FF 88.0041% SNCR, MC, ESP, WFGD 88.0041% SNCR, MC, ESP, WFGD 88.0041% SNCR, MC, ESP, WFGD 88.0041% SNCR, MC, ESP, WFGD 87.2892% DSI, SCR, ESP, WFGD 78.9006% ESP 78.9006% ESP ESP 87.0651% FF, WFGD 87.0651% ESP, WFGD SCR, FF, WFGD 76.6276% SCR, ESP, WFGD 81.3105% SNCR, ESP 81.3105% SNCR, ESP 81.3105% SCR, ESP 76.3776% FBC, SNCR, DFGD, ESP FBC, FF SNCR, ESP 68.3551% SNCR, ESP, WFGD 72.6869% SNCR, MC, ESP, WFGD ESP 88.0546% 58.3932% 76.3926% 81.7713% 45.6931% ACI

64.2114% ACI62.2475%

68.3383% ACI

49.9591% 62.0435% 63.7630% DFGD, FF

61.4009% 72.7379%

57.9617%

23.0042% 45.8710% 25.2461% 29.7606% 43.8730% 40.0970% 51.6465% 46.2681% 75.7240%46.3587% 23.0807% 40.5228% 38.4349% 65.0323%

0.6339% 31.9162% ACI

0.6869% 21.6714% 53.1429%

60.6270% 33.3526%

0.3349%

15.3757% 26.3539% 22.6425%

4.6058% 63.8062%

‐ 4.7053% 7.5645% 6.3821% DFGD, FF 11.2538% 13.0050%

‐ 76.1138%‐ 4.4307% 5.4782%

‐ 1.5157% ACI 5.5069% 5.5069% 25.8501% 25.8501%

‐ 382.1250% 4.1263%

‐ 74.0177% ACI 17.7183% ESP

‐ 9.1298%

‐ 40.2897% 64.1028% 39.2981% 32.4907%

4.2287%

‐ 64.9539%control_group_1 control_type_1 Other control Other (specify): Hydrated lime injection to control HCl NOx control Selective Catalytic Reduction NOx control Selective Catalytic Reduction Other control Activated carbon injection Other control Activated carbon injection PM control Fabric Filter, reverse air NOx control Selective Catalytic Reduction Other control Activated carbon injection NOx control Selective Catalytic Reduction Other control Activated carbon injection Other control Activated carbon injection PM control Fabric Filter, pulse Other control Activated carbon injection SO2 control Dry FGD ‐ Spray Dryer Other control Activated carbon injection Other control Activated carbon injection Other control Activated carbon injection Other control Activated carbon injection SO2 control Dry FGD ‐ Spray Dryer NOx control Selective Noncatalytic Reduction NOx control Selective Catalytic Reduction Other control Activated carbon injection NOx control Selective Noncatalytic Reduction PM control Electrostatic precipitator, cold side, w/o flue gas conditioning NOx control Selective Catalytic Reduction SO2 control Dry FGD ‐ Spray Dryer NOx control Selective Noncatalytic Reduction NOx control Selective Catalytic Reduction NOx control Selective Noncatalytic Reduction NOx control Selective Noncatalytic Reduction NOx control Selective Noncatalytic Reduction SO2 control Dry FGD ‐ Spray Dryer PM control Fabric Filter, pulse NOx control Selective Noncatalytic Reduction NOx control Selective Noncatalytic Reduction NOx control Selective Catalytic Reduction PM control Fabric Filter, pulse NOx control Selective Catalytic Reduction PM control Fabric Filter, pulse PM control Fabric Filter, reverse air SO2 control Dry FGD ‐ Circulating Dry Scrubber PM control Fabric Filter, pulse SO2 control Dry FGD ‐ Circulating Dry Scrubber NOx control Selective Noncatalytic Reduction SO2 control Dry FGD ‐ Circulating Dry ScrubberPM control Fabric Filter, pulse SO2 control Dry FGD ‐ Spray Dryer NOx control Selective Noncatalytic Reduction PM control Fabric Filter, reverse air SO2 control Dry FGD ‐ Spray Dryer NOx control Selective Catalytic Reduction Other control Activated carbon injection NOx control Selective Noncatalytic Reduction PM control Fabric Filter, reverse air NOx control Selective Noncatalytic Reduction NOx control Selective Noncatalytic Reduction PM control Fabric Filter, unspecified SO2 control Dry FGD ‐ Spray Dryer PM control Fabric Filter, unspecified NOx control Selective Noncatalytic Reduction Other control Activated carbon injection NOx control Selective Noncatalytic Reduction PM control Electrostatic precipitator, cold side, w/ flue gas conditioning Other control Activated carbon injection PM control Fabric Filter, pulse NOx control Selective Catalytic Reduction NOx control Selective Noncatalytic Reduction PM control Fabric Filter, pulse NOx control Selective Catalytic Reduction NOx control Selective Catalytic Reduction PM control Fabric Filter, unspecified PM control Electrostatic precipitator, cold side, w/ flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Fabric Filter, pulse NOx control Selective Catalytic Reduction PM control Electrostatic precipitator, cold side, w/o flue gas conditioning SO2 control Dry FGD ‐ Spray Dryer SO2 control Dry FGD ‐ Spray Dryer NOx control Selective Noncatalytic Reduction NOx control Selective Catalytic Reduction Other control Activated carbon injection NOx control Selective Catalytic Reduction NOx control Selective Catalytic Reduction PM control Electrostatic precipitator, hot side, unspecified PM control Electrostatic precipitator, cold side, unspecified PM control Electrostatic precipitator, cold side, unspecified SO2 control Dry FGD ‐ Spray Dryer NOx control Selective Noncatalytic Reduction NOx control Selective Noncatalytic Reduction NOx control Selective Catalytic Reduction PM control Fabric Filter, reverse air PM control Fabric Filter, reverse airNOx control Selective Noncatalytic Reduction NOx control Selective Catalytic Reduction SO2 control Dry FGD ‐ Spray Dryer NOx control Selective Noncatalytic Reduction NOx control Selective Catalytic Reduction PM control Multiple cyclone NOx control Selective Noncatalytic Reduction NOx control Selective Catalytic Reduction PM control Fabric Filter, pulse NOx control Selective Catalytic Reduction SO2 control Dry FGD ‐ Spray Dryer PM control Electrostatic precipitator, unspecified PM control Electrostatic precipitator, unspecified NOx control Selective Noncatalytic Reduction PM control Electrostatic precipitator, cold side, w/ flue gas conditioning PM control Electrostatic precipitator, cold side, w/ flue gas conditioning PM control Electrostatic precipitator, cold side, w/ flue gas conditioning PM control Electrostatic precipitator, cold side, w/ flue gas conditioning NOx control Selective Catalytic Reduction PM control Fabric Filter, reverse air PM control Electrostatic precipitator, cold side, w/o flue gas conditioning Other control Other (specify): SO3 injection Other control Activated carbon injection PM control Fabric Filter, pulse SO2 control Dry FGD ‐ Spray Dryer PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, hot side, w/o flue gas conditioning Other control Dry sorbent injection Other control Activated carbon injection PM control Electrostatic precipitator, cold side, w/o flue gas conditioning NOx control Selective Catalytic Reduction PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/ flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning NOx control Selective Noncatalytic Reduction NOx control Selective Catalytic Reduction NOx control Selective Noncatalytic Reduction NOx control Selective Noncatalytic Reduction PM control Electrostatic precipitator, cold side, w/o flue gas conditioning NOx control Selective Catalytic Reduction PM control Electrostatic precipitator, cold side, w/o flue gas conditioning NOx control Selective Catalytic Reduction PM control Fabric Filter, pulse PM control Electrostatic precipitator, cold side, w/o flue gas conditioning NOx control Selective Catalytic Reduction NOx control Selective Catalytic ReductionNOx control Selective Noncatalytic Reduction NOx control Selective Noncatalytic Reduction NOx control Selective Noncatalytic Reduction NOx control Selective Catalytic Reduction NOx control Selective Catalytic Reduction NOx control Selective Catalytic Reduction NOx control Selective Catalytic Reduction PM control Fabric Filter, pulse NOx control Selective Catalytic Reduction PM control Electrostatic precipitator, cold side, w/o flue gas conditioning Other control Activated carbon injection PM control Fabric Filter, reverse air NOx control Selective Noncatalytic Reduction NOx control Selective Noncatalytic Reduction NOx control Selective Noncatalytic Reduction NOx control Selective Noncatalytic Reduction Other control Other (specify): Magnesium Hydroxide Injection PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Fabric Filter, pulse PM control Electrostatic precipitator, cold side, w/o flue gas conditioning NOx control Selective Catalytic Reduction NOx control Selective Catalytic Reduction NOx control Selective Noncatalytic Reduction NOx control Selective Noncatalytic Reduction NOx control Selective Catalytic Reduction NOx control Selective Noncatalytic Reduction PM control Fabric Filter, pulse NOx control Selective Noncatalytic Reduction NOx control Selective Noncatalytic Reduction NOx control Selective Noncatalytic Reduction PM control Electrostatic precipitator, cold side, w/o flue gas conditioning NOx control Selective Noncatalytic Reduction PM control Electrostatic precipitator, cold side, w/ flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Fabric Filter, unspecified PM control Electrostatic precipitator, cold side, w/ flue gas conditioning Other control Activated carbon injection PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning NOx control Selective Catalytic Reduction PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning Other control Activated carbon injection NOx control Selective Catalytic Reduction PM control Electrostatic precipitator, cold side, w/o flue gas conditioningNOx control Selective Noncatalytic Reduction PM control Electrostatic precipitator, cold side, unspecified NOx control Selective Noncatalytic Reduction PM control Electrostatic precipitator, cold side, w/o flue gas conditioning NOx control Selective Catalytic Reduction NOx control Selective Noncatalytic Reduction NOx control Selective Catalytic Reduction NOx control Selective Catalytic Reduction PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/ flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, unspecified SO2 control Dry FGD ‐ Sorbent Injection PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, hot side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning NOx control Selective Noncatalytic Reduction PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning NOx control PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning NOx control Selective Catalytic Reduction NOx control Selective Noncatalytic Reduction NOx control Selective Catalytic Reduction PM control Electrostatic precipitator, cold side, unspecified PM control Fabric Filter, reverse air PM control Fabric Filter, pulse PM control Electrostatic precipitator, hot side, w/o flue gas conditioning PM control Electrostatic precipitator, hot side, w/o flue gas conditioning PM control Fabric Filter, unspecified PM control Electrostatic precipitator, hot side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/ flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, hot side, w/o flue gas conditioning SO2 control Dry FGD ‐ Spray DryerNOx control Selective Noncatalytic Reduction Other control Other (specify): Flue gas conditioning for opacity control PM control Electrostatic precipitator, cold side, w/o flue gas conditioning NOx control Selective Catalytic Reduction PM control Electrostatic precipitator, cold side, w/o flue gas conditioning NOx control Selective Catalytic Reduction NOx control Selective Catalytic Reduction Other control Other (specify): Flue gas conditioning NOx control Selective Catalytic Reduction PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning NOx control Selective Noncatalytic Reduction PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/ flue gas conditioning PM control Electrostatic precipitator, cold side, w/ flue gas conditioning PM control Electrostatic precipitator, cold side, w/ flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/ flue gas conditioning PM control Electrostatic precipitator, cold side, w/ flue gas conditioning NOx control Selective Noncatalytic Reduction PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning NOx control Selective Catalytic Reduction PM control Electrostatic precipitator, cold side, w/o flue gas conditioning SO2 control Dry FGD ‐ Circulating Dry Scrubber NOx control Selective Catalytic Reduction PM control PM scrubber ‐ Venturi PM control Fabric Filter, reverse air PM control Electrostatic precipitator, cold side, w/ flue gas conditioning PM control Electrostatic precipitator, hot side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning NOx control Selective Catalytic Reduction PM control Electrostatic precipitator, cold side, w/ flue gas conditioning NOx control Selective Catalytic Reduction PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, unspecified PM control Electrostatic precipitator, hot side, w/o flue gas conditioning PM control Fabric Filter, pulse SO2 control Dry FGD ‐ Spray Dryer PM control Electrostatic precipitator, cold side, w/o flue gas conditioning SO2 control Dry FGD ‐ Sorbent Injection NOx control Selective Noncatalytic Reduction PM control Fabric Filter, reverse air PM control Electrostatic precipitator, cold side, w/ flue gas conditioning PM control Electrostatic precipitator, cold side, w/ flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioningPM control Electrostatic precipitator, cold side, w/ flue gas conditioning PM control Fabric Filter, reverse air PM control Electrostatic precipitator, cold side, w/o flue gas conditioning Other control Activated carbon injection PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/ flue gas conditioning PM control Fabric Filter, reverse air PM control Fabric Filter, reverse air PM control Fabric Filter, reverse air PM control Electrostatic precipitator, hot side, w/ flue gas conditioning PM control Electrostatic precipitator, cold side, w/ flue gas conditioning PM control Electrostatic precipitator, hot side, w/ flue gas conditioning PM control Fabric Filter, reverse air PM control Fabric Filter, reverse air SO2 control Dry FGD ‐ Circulating Dry Scrubber PM control Electrostatic precipitator, unspecified PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Fabric Filter, reverse air PM control Electrostatic precipitator, cold side, w/ flue gas conditioning Other control Other (specify): SO3 injection for Opacity control. Other control Other (specify): SO3 injection for opacity control. NOx control Selective Catalytic Reduction PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, hot side, w/o flue gas conditioning PM control Fabric Filter, pulse PM control Electrostatic precipitator, cold side, w/o flue gas conditioning SO2 control Dry FGD ‐ Spray Dryer PM control Electrostatic precipitator, cold side, w/ flue gas conditioning PM control Electrostatic precipitator, cold side, w/ flue gas conditioning PM control Electrostatic precipitator, cold side, w/ flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/ flue gas conditioning Other control Other (specify): SO3 injection for Opacity control. PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, hot side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning NOx control Selective Catalytic Reduction PM control Electrostatic precipitator, hot side, w/ flue gas conditioning PM control Electrostatic precipitator, hot side, w/ flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, hot side, w/o flue gas conditioning NOx control Selective Noncatalytic Reduction NOx control Selective Noncatalytic Reduction PM control Electrostatic precipitator, cold side, w/ flue gas conditioning PM control Fabric Filter, reverse airNOx control Selective Catalytic Reductioninstall_date_1 control_group_2 01 ‐ Sep ‐ 08 NOx control 01 ‐ May ‐ 03 PM control 01 ‐ May ‐ 03 PM control

01 ‐ Jul ‐ 09 PM control 01 ‐ Jul ‐ 09 PM control 01 ‐ Jan ‐ 84 SO2 control 01 ‐ Mar ‐ 08 Other control

01 ‐ Jul ‐ 08 PM control 01 ‐ May ‐ 03 PM control

01 ‐ Jul ‐ 08 PM control 01 ‐ Jul ‐ 09 Other control 01 ‐ Sep ‐ 90

01 ‐ Jul ‐ 09 Other control 01 ‐ May ‐ 92 SO2 control

01 ‐ Jul ‐ 09 PM control 01 ‐ Jul ‐ 08 PM control 01 ‐ Jul ‐ 09 Other control 01 ‐ Jul ‐ 09 Other control 01 ‐ May ‐ 92 SO2 control

01 ‐ Jul ‐ 06 PM control 01 ‐ Sep ‐ 94 SO2 control

01 ‐ Jul ‐ 08 PM control 01 ‐ Mar ‐ 04 PM control 01 ‐ Jan ‐ 78 01 ‐ May ‐ 07 NOx control 01 ‐ May ‐ 94 PM control

01 ‐ Jun ‐ 04 PM control 01 ‐ Dec ‐ 95 SO2 control 01 ‐ Aug ‐ 95 PM control 01 ‐ Jun ‐ 95 SO2 control PM control 01 ‐ May ‐ 92 SO2 control 01 ‐ Nov ‐ 90 PM control 01 ‐ May ‐ 95 PM control

01 ‐ Oct ‐ 96 SO2 control 01 ‐ Jun ‐ 94 01 ‐ Mar ‐ 94 SO2 control 01 ‐ Dec ‐ 08 SO2 control 01 ‐ May ‐ 03 SO2 control

01 ‐ Jan ‐ 94 NOx control 01 ‐ Jun ‐ 95 01 ‐ Jan ‐ 94 NOx control 01 ‐ Feb ‐ 00 PM control 01 ‐ Jan ‐ 94 NOx control01 ‐ Jun ‐ 94 01 ‐ Jun ‐ 02 PM control 01 ‐ Jun ‐ 98 Other control 01 ‐ Nov ‐ 93 01 ‐ Oct ‐ 02 PM control 01 ‐ Mar ‐ 94 SO2 control 01 ‐ Apr ‐ 08 PM control 01 ‐ Jun ‐ 99 NOx control 01 ‐ May ‐ 98

01 ‐ Oct ‐ 92 PM control 01 ‐ Oct ‐ 92 PM control 01 ‐ Jul ‐ 98 01 ‐ Apr ‐ 02 PM control 01 ‐ Nov ‐ 92 01 ‐ Apr ‐ 92 NOx control 01 ‐ Apr ‐ 08 PM control 01 ‐ Mar ‐ 03 PM control 01 ‐ May ‐ 94 NOx control

01 ‐ Jun ‐ 09 PM control 01 ‐ May ‐ 04 SO2 control

01 ‐ Jan ‐ 09 SO2 control 01 ‐ Mar ‐ 05 SO2 control 01 ‐ Jun ‐ 95 01 ‐ Oct ‐ 09 PM control 01 ‐ Jan ‐ 09 SO2 control 01 ‐ Apr ‐ 93 01 ‐ Aug ‐ 91 NOx control 01 ‐ Aug ‐ 68 Other control 01 ‐ Nov ‐ 03 SO2 control 01 ‐ May ‐ 09 PM control 01 ‐ Aug ‐ 68 Other control 01 ‐ Nov ‐ 92 SO2 control 01 ‐ Nov ‐ 92 SO2 control 01 ‐ Aug ‐ 02 PM control 01 ‐ May ‐ 02 PM control

01 ‐ Jun ‐ 09 PM control 01 ‐ Jun ‐ 03 PM control 01 ‐ May ‐ 05 PM control 01 ‐ Apr ‐ 78 NOx control 01 ‐ Aug ‐ 72 Other control 01 ‐ Jun ‐ 74 Other control 01 ‐ May ‐ 08 SO2 control 01 ‐ Apr ‐ 09 SO2 control 01 ‐ Mar ‐ 95 PM control PM control 01 ‐ Apr ‐ 80 01 ‐ Jan ‐ 9001 ‐ Jan ‐ 09 PM control 01 ‐ Aug ‐ 06 PM control 01 ‐ Dec ‐ 98 PM control PM control 01 ‐ May ‐ 08 PM control 01 ‐ Mar ‐ 92 PM control PM control 01 ‐ Apr ‐ 05 PM control 01 ‐ Feb ‐ 00 PM control 01 ‐ Jun ‐ 99 PM control 01 ‐ Jun ‐ 73 Other control 01 ‐ Jan ‐ 74 Other control 01 ‐ Aug ‐ 93 PM control 01 ‐ Jun ‐ 71 01 ‐ Feb ‐ 71 SO2 control 01 ‐ Apr ‐ 69 SO2 control 01 ‐ Dec ‐ 68 SO2 control 01 ‐ May ‐ 02 PM control 01 ‐ Sep ‐ 78 01 ‐ Jan ‐ 91 01 ‐ Jun ‐ 80 PM control SO2 control 01 ‐ Jul ‐ 83 SO2 control 01 ‐ May ‐ 85 PM control 01 ‐ May ‐ 03 NOx control

01 ‐ Jun ‐ 76 01 ‐ Jan ‐ 05 PM control SO2 control 01 ‐ Jul ‐ 74 14 ‐ Jun ‐ 07 PM control 01 ‐ Nov ‐ 77

01 ‐ Jul ‐ 01 01 ‐ Dec ‐ 78

01 ‐ Jul ‐ 95 01 ‐ May ‐ 05 NOx control 01 ‐ Feb ‐ 07 Other control 01 ‐ May ‐ 05 PM control

01 ‐ Jun ‐ 06 PM control 01 ‐ Sep ‐ 87 01 ‐ May ‐ 04 PM control

01 ‐ Jun ‐ 75 01 ‐ Dec ‐ 01 Other control 01 ‐ Jan ‐ 92 PM control 01 ‐ Jun ‐ 75 01 ‐ Apr ‐ 06 Other control 01 ‐ Apr ‐ 05 Other control01 ‐ Apr ‐ 06 PM control 01 ‐ Apr ‐ 06 PM control 01 ‐ Nov ‐ 05 PM control 01 ‐ Apr ‐ 05 PM control

01 ‐ Jul ‐ 08 Other control 01 ‐ Feb ‐ 09 PM control 01 ‐ Dec ‐ 05 PM control 01 ‐ May ‐ 01 Other control 01 ‐ Apr ‐ 09 PM control SO2 control 01 ‐ Dec ‐ 09 SO2 control 01 ‐ Dec ‐ 81

01 ‐ Jul ‐ 01 PM control 01 ‐ Jul ‐ 01 PM control 01 ‐ Jul ‐ 01 PM control 01 ‐ Jul ‐ 01 PM control NOx control 01 ‐ Jan ‐ 74 01 ‐ Dec ‐ 07

01 ‐ Jul ‐ 74 01 ‐ Jan ‐ 65 SO2 control 01 ‐ Oct ‐ 09 SO2 control 01 ‐ Jun ‐ 03 PM control 14 ‐ Jun ‐ 06 PM control 01 ‐ May ‐ 08 PM control 01 ‐ May ‐ 08 PM control

01 ‐ Jan ‐ 09 PM control SO2 control 01 ‐ Dec ‐ 87 01 ‐ Mar ‐ 99 PM control 01 ‐ May ‐ 07 PM control

01 ‐ Jun ‐ 03 PM control 01 ‐ Jun ‐ 76 01 ‐ Oct ‐ 99 PM control 01 ‐ Mar ‐ 66 SO2 control 01 ‐ Jan ‐ 08 SO2 control 01 ‐ Dec ‐ 67 SO2 control 01 ‐ Aug ‐ 09 PM control 01 ‐ Dec ‐ 76 01 ‐ Jan ‐ 74 01 ‐ Dec ‐ 04 PM control 01 ‐ Apr ‐ 88 SO2 control 01 ‐ Aug ‐ 69

01 ‐ Jul ‐ 09 PM control 01 ‐ Dec ‐ 04 PM control 01 ‐ Jan ‐ 00 PM control01 ‐ May ‐ 07 PM control 01 ‐ Jan ‐ 71 SO2 control SO2 control 01 ‐ May ‐ 72 01 ‐ Feb ‐ 00 PM control 01 ‐ Mar ‐ 09 PM control 01 ‐ May ‐ 09 Other control 01 ‐ Feb ‐ 02 PM control 01 ‐ Mar ‐ 72 01 ‐ Dec ‐ 86 SO2 control

01 ‐ Jul ‐ 91 01 ‐ Jun ‐ 60 01 ‐ Jun ‐ 60 01 ‐ Jun ‐ 77 01 ‐ May ‐ 71 SO2 control 01 ‐ Feb ‐ 75 01 ‐ Jan ‐ 81 SO2 control 01 ‐ Jan ‐ 98 01 ‐ Dec ‐ 02 PM control 01 ‐ Dec ‐ 76 01 ‐ Sep ‐ 87 01 ‐ Jan ‐ 73 01 ‐ Jun ‐ 63 SO2 control 01 ‐ Jan ‐ 79 PM control 01 ‐ Nov ‐ 76 01 ‐ Feb ‐ 75 01 ‐ Jan ‐ 07 Other control 01 ‐ Dec ‐ 69 01 ‐ Jan ‐ 89 01 ‐ Nov ‐ 76 01 ‐ Jun ‐ 03 PM control 01 ‐ May ‐ 06 PM control 01 ‐ Aug ‐ 06 SO2 control 01 ‐ Jan ‐ 69 SO2 control 01 ‐ Jul ‐ 92 SO2 control 01 ‐ Dec ‐ 99 01 ‐ Jan ‐ 72 SO2 control 01 ‐ Dec ‐ 71 SO2 control 01 ‐ Jan ‐ 09 SO2 control 01 ‐ Jan ‐ 73 01 ‐ Jun ‐ 74 01 ‐ Feb ‐ 75 01 ‐ Feb ‐ 75 01 ‐ Feb ‐ 75 01 ‐ Jan ‐ 73 01 ‐ Jan ‐ 00 PM control01 ‐ Apr ‐ 05 PM control 01 ‐ Apr ‐ 06 PM control

01 ‐ Jul ‐ 92 01 ‐ Dec ‐ 09 SO2 control 01 ‐ Mar ‐ 99 01 ‐ May ‐ 04 PM control 01 ‐ Mar ‐ 03 PM control 01 ‐ Apr ‐ 01 Other control 01 ‐ May ‐ 03 PM control 01 ‐ Aug ‐ 77 01 ‐ Aug ‐ 74 01 ‐ Dec ‐ 04 PM control 01 ‐ Dec ‐ 71 01 ‐ May ‐ 87 01 ‐ Dec ‐ 79 SO2 control 01 ‐ Dec ‐ 72

01 ‐ Jul ‐ 81 01 ‐ Aug ‐ 77 01 ‐ Dec ‐ 75 01 ‐ Dec ‐ 73 01 ‐ Dec ‐ 04 PM control 01 ‐ May ‐ 86

01 ‐ Jun ‐ 68 01 ‐ Apr ‐ 03 SO2 control 01 ‐ Jun ‐ 75 PM control 01 ‐ May ‐ 09 PM control

01 ‐ Jun ‐ 96 PM control 01 ‐ Jun ‐ 77 SO2 control 01 ‐ Jan ‐ 80 01 ‐ Jul ‐ 79 01 ‐ Mar ‐ 77 01 ‐ Apr ‐ 72 01 ‐ May ‐ 01 SO2 control 01 ‐ Nov ‐ 74 SO2 control 01 ‐ Jan ‐ 08 SO2 control 01 ‐ Sep ‐ 81 01 ‐ Nov ‐ 69 01 ‐ Apr ‐ 77 01 ‐ Dec ‐ 07 01 ‐ Apr ‐ 84 PM control 01 ‐ Mar ‐ 77 01 ‐ Jun ‐ 93 PM control 01 ‐ Jan ‐ 08 Other control 01 ‐ Dec ‐ 00 01 ‐ Jan ‐ 54 01 ‐ Jan ‐ 55 01 ‐ Jun ‐ 7201 ‐ Dec ‐ 75 SO2 control 01 ‐ May ‐ 01 01 ‐ Sep ‐ 78 PM control 01 ‐ Aug ‐ 80 01 ‐ Oct ‐ 93 01 ‐ May ‐ 93 01 ‐ Sep ‐ 76 SO2 control 01 ‐ May ‐ 07 01 ‐ Apr ‐ 06 01 ‐ Nov ‐ 81 01 ‐ Mar ‐ 75 01 ‐ Jan ‐ 71 01 ‐ May ‐ 81

01 ‐ Jun ‐ 70 01 ‐ Jun ‐ 70 01 ‐ Dec ‐ 07 PM control 01 ‐ May ‐ 82 01 ‐ Nov ‐ 74 01 ‐ Jun ‐ 70 01 ‐ Jan ‐ 72 01 ‐ May ‐ 93 PM control 01 ‐ May ‐ 93 PM control 01 ‐ May ‐ 95 Other control

01 ‐ Jun ‐ 81 01 ‐ Sep ‐ 77 NOx control 01 ‐ Jan ‐ 99 01 ‐ Jan ‐ 85 01 ‐ Oct ‐ 86 PM control 01 ‐ Nov ‐ 58 01 ‐ Jan ‐ 53 01 ‐ Nov ‐ 51 01 ‐ Jun ‐ 68 01 ‐ May ‐ 93 PM control

01 ‐ Jun ‐ 72 01 ‐ May ‐ 02 PM control

01 ‐ Jun ‐ 72 SO2 control 01 ‐ Jun ‐ 72 SO2 control 01 ‐ Jan ‐ 77 01 ‐ Jan ‐ 73 01 ‐ Feb ‐ 07 PM control 01 ‐ Apr ‐ 05 PM control

01 ‐ Jul ‐ 81 01 ‐ Jun ‐ 7001 ‐ Jan ‐ 99 Other controlcontrol_type_2 install_date_2 Selective Noncatalytic Reduction 01 ‐ Sep ‐ 08 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Jun ‐ 72 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Jun ‐ 68 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Jun ‐ 63 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Mar ‐ 66 Wet FGD ‐ Spray Type 01 ‐ Jan ‐ 84 Activated carbon injection 01 ‐ Mar ‐ 08 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Jul ‐ 62 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Jun ‐ 78 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ May ‐ 58 Activated carbon injection 01 ‐ Jul ‐ 09 Activated carbon injection 01 ‐ Jul ‐ 09 Dry FGD ‐ Spray Dryer 01 ‐ May ‐ 92 Electrostatic precipitator, hot side, w/o flue gas conditioning 01 ‐ Jun ‐ 57 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Mar ‐ 59 Activated carbon injection 01 ‐ Jul ‐ 09 Activated carbon injection 01 ‐ Jul ‐ 09 Dry FGD ‐ Spray Dryer 01 ‐ May ‐ 92 Fabric Filter, shake and deflate 01 ‐ Jun ‐ 87 Dry FGD ‐ Spray Dryer 01 ‐ Sep ‐ 94 Electrostatic precipitator, hot side, w/o flue gas conditioning 01 ‐ Jun ‐ 58 Fabric Filter, pulse 01 ‐ Mar ‐ 04 Selective Noncatalytic Reduction 01 ‐ May ‐ 07 Fabric Filter, reverse air 01 ‐ May ‐ 94 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Jan ‐ 85 Dry FGD ‐ Spray Dryer 01 ‐ Dec ‐ 95 Fabric Filter, pulse 01 ‐ Aug ‐ 95 Dry FGD ‐ Spray Dryer 01 ‐ Jun ‐ 95 Fabric Filter, unspecified Dry FGD ‐ Spray Dryer 01 ‐ May ‐ 92 Fabric Filter, unspecified Fabric Filter, pulse 01 ‐ May ‐ 95 Dry FGD ‐ Spray Dryer 01 ‐ Oct ‐ 96 Dry FGD ‐ Spray Dryer 01 ‐ Mar ‐ 94 Wet FGD ‐ Venturi Type 01 ‐ Jul ‐ 76 Wet FGD ‐ Spray Type 01 ‐ May ‐ 03 Selective Noncatalytic Reduction 01 ‐ Jan ‐ 94 Selective Noncatalytic Reduction 01 ‐ Jan ‐ 94 Fabric Filter, pulse 01 ‐ Feb ‐ 00 Selective Noncatalytic Reduction 01 ‐ Jan ‐ 94Fabric Filter, reverse air 01 ‐ Feb ‐ 88 Activated carbon injection 01 ‐ Dec ‐ 07 Fabric Filter, reverse air 01 ‐ Apr ‐ 89 Dry FGD ‐ Spray Dryer 01 ‐ Mar ‐ 94 Fabric Filter, pulse 01 ‐ Oct ‐ 07 Selective Noncatalytic Reduction 01 ‐ Jun ‐ 99 Fabric Filter, pulse 01 ‐ Oct ‐ 92 Fabric Filter, pulse 01 ‐ Oct ‐ 92 Fabric Filter, reverse air 01 ‐ Apr ‐ 84 Selective Noncatalytic Reduction 01 ‐ Apr ‐ 92 Fabric Filter, pulse 01 ‐ Mar ‐ 08 Fabric Filter, reverse air 01 ‐ May ‐ 03 Selective Catalytic Reduction 01 ‐ Jun ‐ 04 Fabric Filter, pulse 01 ‐ Apr ‐ 09 Wet FGD ‐ Spray Type 01 ‐ Nov ‐ 79 Dry FGD ‐ Spray Dryer 01 ‐ Apr ‐ 93 Dry FGD ‐ Unspecified 01 ‐ Mar ‐ 05 Fabric Filter, pulse 01 ‐ Oct ‐ 09 Dry FGD ‐ Spray Dryer 01 ‐ Jan ‐ 09 Selective Catalytic Reduction 01 ‐ Jun ‐ 04 Activated carbon injection 01 ‐ Jul ‐ 08 Wet FGD ‐ Spray Type 01 ‐ Jul ‐ 80 Fabric Filter, pulse 01 ‐ May ‐ 09 Activated carbon injection 01 ‐ Jul ‐ 08 Dry FGD ‐ Spray Dryer 01 ‐ Nov ‐ 92 Dry FGD ‐ Spray Dryer 01 ‐ Nov ‐ 92 Fabric Filter, pulse 01 ‐ Nov ‐ 92 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Jan ‐ 74 Fabric Filter, pulse 01 ‐ Oct ‐ 08 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ May ‐ 95 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ May ‐ 74 Selective Catalytic Reduction 01 ‐ Aug ‐ 03 Activated carbon injection 01 ‐ Dec ‐ 09 Activated carbon injection 01 ‐ Jun ‐ 09 Dry FGD ‐ Spray Dryer 01 ‐ May ‐ 08 Dry FGD ‐ Unspecified 01 ‐ Apr ‐ 09 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Mar ‐ 84 Electrostatic precipitator, hot side, unspecifiedElectrostatic precipitator, cold side, w/ flue gas conditioning 01 ‐ Feb ‐ 75 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Aug ‐ 06 Fabric Filter, reverse air 01 ‐ Dec ‐ 98 Fabric Filter, unspecified Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ May ‐ 08 Multiple cyclone 01 ‐ Mar ‐ 92 Fabric Filter, unspecified Fabric Filter, pulse 01 ‐ Nov ‐ 04 Electrostatic precipitator, cold side, w/o flue gas conditioning Fabric Filter, reverse air 01 ‐ Jun ‐ 99 Activated carbon injection 01 ‐ May ‐ 07 Activated carbon injection 01 ‐ May ‐ 07 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Jul ‐ 84 Wet FGD ‐ Spray Type 01 ‐ May ‐ 08 Wet FGD ‐ Spray Type 01 ‐ May ‐ 08 Wet FGD ‐ Spray Type 01 ‐ May ‐ 08 Electrostatic precipitator, cold side, w/ flue gas conditioning 01 ‐ Dec ‐ 70 Electrostatic precipitator, cold side, w/ flue gas conditioning 01 ‐ Jun ‐ 70 Dry FGD ‐ Spray Dryer 01 ‐ Jul ‐ 08 Wet FGD ‐ Venturi Type 01 ‐ Jul ‐ 83 Fabric Filter, reverse air 01 ‐ May ‐ 85 Selective Catalytic Reduction 01 ‐ May ‐ 03 Electrostatic precipitator, hot side, w/ flue gas conditioning 01 ‐ Jan ‐ 81 Dry FGD ‐ Spray Dryer 01 ‐ Dec ‐ 08 Electrostatic precipitator, cold side, w/o flue gas conditioning 17 ‐ Nov ‐ 05

Selective Noncatalytic Reduction 01 ‐ May ‐ 05 Activated carbon injection 01 ‐ Feb ‐ 07 Electrostatic precipitator, cold side, w/ flue gas conditioning 01 ‐ Jun ‐ 02 Electrostatic precipitator, cold side, w/ flue gas conditioning 01 ‐ Feb ‐ 99 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Jun ‐ 90 Other (specify): Soda Ash Injection for SO3 mitigation 01 ‐ Jun ‐ 04 Fabric Filter, pulse 01 ‐ Jan ‐ 92 Activated carbon injection 01 ‐ Jan ‐ 10 Other (specify): Soda Ash Injection for SO3 mitigation 01 ‐ Jun ‐ 04Electrostatic precipitator, hot side, w/o flue gas conditioning 01 ‐ Mar ‐ 08 Electrostatic precipitator, hot side, w/ flue gas conditioning 01 ‐ Mar ‐ 08 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Jan ‐ 94 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Apr ‐ 04 Activated carbon injection 01 ‐ Jul ‐ 08 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Jan ‐ 84 Electrostatic precipitator, cold side, w/ flue gas conditioning 01 ‐ Dec ‐ 78 Activated carbon injection Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Dec ‐ 84 Wet FGD ‐ Spray Type 01 ‐ Jan ‐ 95 Wet FGD ‐ Venturi Type 01 ‐ Jan ‐ 84 Multiple cyclone 01 ‐ Jun ‐ 52 Multiple cyclone 01 ‐ Mar ‐ 53 Multiple cyclone 01 ‐ Nov ‐ 54 Multiple cyclone 01 ‐ Nov ‐ 60 Selective Catalytic Reduction 01 ‐ Jan ‐ 04

Wet FGD ‐ Tray Type 01 ‐ Nov ‐ 09 Wet FGD ‐ Tray Type 01 ‐ Nov ‐ 09 Fabric Filter, unspecified 01 ‐ May ‐ 01 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ May ‐ 71 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Jan ‐ 90 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Jan ‐ 90 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Apr ‐ 93 Dry FGD ‐ Spray Dryer Electrostatic precipitator, cold side, w/ flue gas conditioning 01 ‐ Dec ‐ 68 Electrostatic precipitator, cold side, w/ flue gas conditioning 01 ‐ Dec ‐ 97 Multiple cyclone 01 ‐ Nov ‐ 60 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Jan ‐ 80 Wet FGD ‐ Spray Type 01 ‐ May ‐ 78 Wet FGD ‐ Packed Type 01 ‐ Jan ‐ 08 Wet FGD ‐ Spray Type 01 ‐ Dec ‐ 96 Electrostatic precipitator, cold side, w/ flue gas conditioning 01 ‐ Nov ‐ 92 Electrostatic precipitator, cold side, w/ flue gas conditioning 01 ‐ Dec ‐ 69 Wet FGD ‐ Spray Type 01 ‐ Apr ‐ 88 Electrostatic precipitator, cold side, w/ flue gas conditioning 01 ‐ Jan ‐ 71 Electrostatic precipitator, cold side, w/ flue gas conditioning 01 ‐ Dec ‐ 77 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Jan ‐ 00Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Aug ‐ 76 Wet FGD ‐ Spray Type 01 ‐ Jan ‐ 83 Dry FGD ‐ Spray Dryer Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ May ‐ 82 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ May ‐ 70 Activated carbon injection 01 ‐ May ‐ 09 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Apr ‐ 82 Wet FGD ‐ Spray Type 01 ‐ Dec ‐ 86

Wet FGD ‐ Spray Type 01 ‐ Oct ‐ 92 Wet FGD ‐ Spray Type 01 ‐ Jan ‐ 81 Fabric Filter, reverse air 01 ‐ May ‐ 85

Wet FGD ‐ Spray Type 01 ‐ Dec ‐ 76 Fabric Filter, unspecified 01 ‐ Jan ‐ 77 Dry sorbent injection 01 ‐ Jan ‐ 07

Electrostatic precipitator, cold side, unspecified 01 ‐ Mar ‐ 09 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Nov ‐ 73 Dry FGD ‐ Spray Dryer 01 ‐ Aug ‐ 06 Wet FGD ‐ Spray Type 01 ‐ Jun ‐ 09 Wet FGD ‐ Spray Type 01 ‐ Dec ‐ 92 Wet FGD ‐ Spray Type 01 ‐ Jun ‐ 02 Wet FGD ‐ Spray Type 01 ‐ Oct ‐ 01 Wet FGD ‐ Unspecified 01 ‐ Jan ‐ 09

Fabric Filter, reverse air 01 ‐ Jan ‐ 00Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Jan ‐ 78 Electrostatic precipitator, cold side, w/ flue gas conditioning 01 ‐ Oct ‐ 74 Dry FGD ‐ Spray Dryer 01 ‐ Dec ‐ 09 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Dec ‐ 93 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Mar ‐ 91 Activated carbon injection Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ May ‐ 92 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Dec ‐ 75

Wet FGD ‐ Tray Type 01 ‐ Dec ‐ 79

Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Dec ‐ 68 Dry FGD ‐ Spray Dryer 01 ‐ Apr ‐ 03 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Apr ‐ 75 Fabric Filter, pulse 01 ‐ May ‐ 09 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Jun ‐ 96 Wet FGD ‐ Spray Type 01 ‐ Jun ‐ 77

Dry FGD ‐ Spray Dryer 01 ‐ May ‐ 01 Wet FGD ‐ Tray Type 01 ‐ Sep ‐ 90 Dry FGD ‐ Spray Dryer 01 ‐ Jan ‐ 08

Fabric Filter, reverse air 01 ‐ Apr ‐ 84 Fabric Filter, reverse air 01 ‐ Apr ‐ 85 Dry sorbent injection 01 ‐ Jan ‐ 08Wet FGD ‐ Tray Type 01 ‐ Sep ‐ 86 Electrostatic precipitator, cold side, w/ flue gas conditioning 01 ‐ Dec ‐ 64

Wet FGD ‐ Tray Type 01 ‐ Sep ‐ 88

Fabric Filter, pulse 01 ‐ Dec ‐ 07

Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Mar ‐ 60 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Mar ‐ 64 Activated carbon injection Selective Catalytic Reduction 01 ‐ Jan ‐ 03 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Oct ‐ 86

Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Jun ‐ 58

Electrostatic precipitator, cold side, w/ flue gas conditioning 01 ‐ Oct ‐ 72 Wet FGD ‐ Spray Type 01 ‐ Dec ‐ 07 Wet FGD ‐ Spray Type 01 ‐ Dec ‐ 07 Electrostatic precipitator, hot side, w/o flue gas conditioning 01 ‐ Jan ‐ 95 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Jan ‐ 78Dry sorbent injectioncontrol_group_3 control_type_3 PM control Fabric Filter, reverse air SO2 control Wet FGD ‐ Packed Type SO2 control Wet FGD ‐ Packed Type

SO2 control Dry FGD ‐ Spray Dryer SO2 control Wet FGD ‐ Spray Type PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Fabric Filter, pulse

PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Fabric Filter, pulse PM control Fabric Filter, reverse air

Other control Activated carbon injection

PM control Fabric Filter, pulse PM control Fabric Filter, pulse PM control Fabric Filter, pulse

PM control Fabric Filter, reverse air PM control Fabric Filter, reverse air

PM control Fabric Filter, pulse PM control Fabric Filter, pulse PM control Fabric Filter, pulsePM control Electrostatic precipitator, cold side, w/o flue gas conditioning

PM control Fabric Filter, reverse air SO2 control Wet FGD ‐ Spray Type PM control Fabric Filter, pulse

PM control Multiple cyclone SO2 control Wet FGD ‐ Spray Type SO2 control Wet FGD ‐ Spray Type Other control Activated carbon injection SO2 control Wet FGD ‐ Spray Type PM control Fabric Filter, unspecified PM control Fabric Filter, pulse SO2 control Wet FGD ‐ Spray Type PM control Fabric Filter, pulse Other control Activated carbon injection PM control Fabric Filter, pulse SO2 control Wet FGD ‐ Packed Type PM control Fabric Filter, pulse PM control Fabric Filter, pulse PM control Fabric Filter, pulse SO2 control Wet FGD ‐ Spray/Tray Type SO2 control Wet FGD ‐ Spray Type SO2 control Wet FGD ‐ Spray Type SO2 control Wet FGD ‐ Spray/Tray Type Other control Activated carbon injection PM control Fabric Filter, unspecified PM control Fabric Filter, unspecified SO2 control Dry FGD ‐ Spray Dryer PM control Fabric Filter, pulse Other control Activated carbon injectionSO2 control Wet FGD ‐ Spray Type SO2 control Wet FGD ‐ Spray Type SO2 control Dry FGD ‐ Spray Dryer SO2 control Wet FGD ‐ Spray Type SO2 control Wet FGD ‐ Spray Type PM control Fabric Filter, unspecified PM control Fabric Filter, unspecified

SO2 control Wet FGD ‐ Spray Type

PM control Fabric Filter, reverse air

SO2 control Wet FGD ‐ Unspecified NOx control Selective Catalytic Reduction PM control Fabric Filter, reverse air SO2 control Wet FGD ‐ Spray/Tray Type

SO2 control Dry FGD ‐ Circulating Dry Scrubber SO2 control Dry FGD ‐ Circulating Dry Scrubber SO2 control Wet FGD ‐ Spray Type SO2 control Wet FGD ‐ Spray Type

PM control Electrostatic precipitator, cold side, w/o flue gas conditioning

SO2 control Dry FGD ‐ Spray Dryer PM control Electrostatic precipitator, cold side, w/o flue gas conditioningPM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning SO2 control Wet FGD ‐ Spray Type SO2 control Wet FGD ‐ Spray Type SO2 control Dry FGD ‐ Spray Dryer Other control Dry sorbent injection SO2 control Wet FGD ‐ Spray Type Other control Dry sorbent injection PM control PM scrubber ‐ Venturi PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning PM control Electrostatic precipitator, cold side, w/o flue gas conditioning Other control Dry sorbent injection

SO2 control Wet FGD ‐ Unspecified SO2 control Wet FGD ‐ Spray/Tray Type

PM control Electrostatic precipitator, cold side, w/o flue gas conditioning

SO2 control Wet FGD ‐ Unspecified PM control Electrostatic precipitator, hot side, w/o flue gas conditioning

SO2 control Wet FGD ‐ Spray Type

SO2 control Wet FGD ‐ Spray TypePM control Electrostatic precipitator, cold side, w/o flue gas conditioning

PM control Electrostatic precipitator, cold side, w/o flue gas conditioning SO2 control Dry FGD ‐ Spray Dryer

PM control Electrostatic precipitator, cold side, unspecified

SO2 control Wet FGD ‐ Venturi Type PM control Fabric Filter, pulsePM control Fabric Filter, pulse SO2 control Wet FGD ‐ Spray Type SO2 control Wet FGD ‐ Spray Type PM control Electrostatic precipitator, cold side, w/ flue gas conditioning

PM control Fabric Filter, pulse

SO2 control Wet FGD ‐ Spray Type

PM control Fabric Filter, pulse PM control Fabric Filter, pulse

PM control Electrostatic precipitator, cold side, unspecifiedPM control Electrostatic precipitator, cold side, w/o flue gas conditioning

SO2 control Wet FGD ‐ Spray TypePM control Electrostatic precipitator, unspecifiedinstall_date_3 control_group_4 01 ‐ Jan ‐ 81 01 ‐ Aug ‐ 01 01 ‐ Aug ‐ 01

01 ‐ Mar ‐ 08 PM control 01 ‐ Jan ‐ 80 01 ‐ Mar ‐ 66 PM control 01 ‐ Apr ‐ 65 PM control 01 ‐ May ‐ 92 PM control

01 ‐ Jul ‐ 73 PM control 01 ‐ Sep ‐ 76 PM control 01 ‐ May ‐ 92 PM control 01 ‐ Sep ‐ 94

01 ‐ May ‐ 07 SO2 control

01 ‐ Dec ‐ 95 01 ‐ Jun ‐ 95 01 ‐ May ‐ 92 PM control

01 ‐ Oct ‐ 96 01 ‐ Mar ‐ 94

01 ‐ Jan ‐ 94 01 ‐ Jan ‐ 94 01 ‐ Jan ‐ 9401 ‐ Jan ‐ 79 SO2 control

01 ‐ Mar ‐ 94 01 ‐ Apr ‐ 98 01 ‐ Jun ‐ 93 PM control

01 ‐ Apr ‐ 92 PM control 01 ‐ May ‐ 98 01 ‐ May ‐ 03

01 ‐ Jan ‐ 07 PM control 01 ‐ May ‐ 98 01 ‐ Apr ‐ 93 01 ‐ Mar ‐ 05 01 ‐ Oct ‐ 09 Other control 01 ‐ Jan ‐ 09 01 ‐ Jan ‐ 07 PM control 01 ‐ Jan ‐ 08 01 ‐ May ‐ 09 Other control

01 ‐ Jan ‐ 08 01 ‐ Nov ‐ 92 PM control 01 ‐ Nov ‐ 92 PM control 01 ‐ Dec ‐ 08 01 ‐ May ‐ 98 01 ‐ May ‐ 95 20 ‐ Apr ‐ 07 01 ‐ Jul ‐ 09 SO2 control 01 ‐ Oct ‐ 08 01 ‐ Dec ‐ 08 01 ‐ May ‐ 08 PM control 01 ‐ Apr ‐ 09 Other control01 ‐ Aug ‐ 06

01 ‐ May ‐ 08 01 ‐ Mar ‐ 92 SO2 control 01 ‐ Apr ‐ 79 01 ‐ Jun ‐ 95 01 ‐ May ‐ 07 01 ‐ May ‐ 07

01 ‐ May ‐ 08

01 ‐ Dec ‐ 91

01 ‐ Apr ‐ 09 Other control 01 ‐ Jan ‐ 02 SO2 control 01 ‐ Nov ‐ 90 17 ‐ Nov ‐ 05

01 ‐ Jul ‐ 92 SO2 control 01 ‐ Feb ‐ 07 PM control 01 ‐ May ‐ 09 01 ‐ Apr ‐ 09

01 ‐ Jan ‐ 91 SO2 control

01 ‐ Apr ‐ 06 PM control 01 ‐ Jan ‐ 90 SO2 control01 ‐ Jan ‐ 76 SO2 control 01 ‐ Jan ‐ 76 SO2 control 01 ‐ Dec ‐ 09 01 ‐ Dec ‐ 09

01 ‐ Jul ‐ 08 PM control 01 ‐ Feb ‐ 09 SO2 control 01 ‐ Dec ‐ 07 01 ‐ Apr ‐ 09 SO2 control 01 ‐ Jan ‐ 84 01 ‐ Jun ‐ 52 SO2 control 01 ‐ Mar ‐ 53 SO2 control 01 ‐ Nov ‐ 54 SO2 control 01 ‐ Nov ‐ 60 SO2 control 01 ‐ May ‐ 04 PM control

15 ‐ May ‐ 06

01 ‐ Nov ‐ 10 01 ‐ Nov ‐ 60 PM control

01 ‐ Dec ‐ 96

01 ‐ Dec ‐ 7701 ‐ May ‐ 94 01 ‐ May ‐ 09 PM control

01 ‐ Jan ‐ 07

01 ‐ Mar ‐ 09 01 ‐ Aug ‐ 0601 ‐ Dec ‐ 09 01 ‐ Jan ‐ 95 01 ‐ Jan ‐ 10

01 ‐ Apr ‐ 03

01 ‐ Jun ‐ 96

01 ‐ May ‐ 01

01 ‐ Jan ‐ 08

01 ‐ Jan ‐ 0801 ‐ Nov ‐ 99 PM control

01 ‐ Dec ‐ 0701 ‐ Jan ‐ 84 SO2 controlcontrol_type_4 install_date_4

Fabric Filter, pulse 01 ‐ Jan ‐ 08

Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Mar ‐ 66 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Apr ‐ 65 Fabric Filter, pulse 01 ‐ May ‐ 92 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Jul ‐ 73 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Sep ‐ 76 Fabric Filter, pulse 01 ‐ May ‐ 92

Dry FGD ‐ Circulating Dry Scrubber 01 ‐ May ‐ 07

Fabric Filter, pulse 01 ‐ May ‐ 92Wet FGD ‐ Spray Type 01 ‐ Nov ‐ 94

Fabric Filter, pulse 01 ‐ Jun ‐ 93

Multiple cyclone 01 ‐ Apr ‐ 92 Fabric Filter, pulse 01 ‐ Dec ‐ 08

Wet electrostatic precipitator 01 ‐ Oct ‐ 09 Fabric Filter, pulse 01 ‐ Dec ‐ 08

Wet electrostatic precipitator 01 ‐ May ‐ 09 Fabric Filter, pulse 01 ‐ Nov ‐ 92 Fabric Filter, pulse 01 ‐ Nov ‐ 92

Dry FGD ‐ Spray Dryer 01 ‐ Dec ‐ 12 Fabric Filter, pulse 01 ‐ Dec ‐ 87 Other (specify): lime injection 01 ‐ Feb ‐ 10Dry FGD ‐ Spray Dryer 01 ‐ Mar ‐ 92

Wet electrostatic precipitator 01 ‐ Apr ‐ 09 Wet FGD ‐ Spray Type 01 ‐ Jan ‐ 81

Dry FGD ‐ Circulating Dry Scrubber 01 ‐ Jul ‐ 92 Fabric Filter, pulse 01 ‐ Feb ‐ 07

Wet FGD ‐ Tray Type 01 ‐ May ‐ 07 Fabric Filter, pulse 01 ‐ Apr ‐ 06 Wet FGD ‐ Tray Type 01 ‐ Oct ‐ 07Wet FGD ‐ Spray Type 01 ‐ Dec ‐ 09 Wet FGD ‐ Spray Type 01 ‐ Dec ‐ 09 Fabric Filter, pulse 01 ‐ Jul ‐ 08 Wet FGD ‐ Spray Type 01 ‐ Jan ‐ 84

Wet FGD ‐ Spray Type 01 ‐ Dec ‐ 84

Wet FGD ‐ Venturi Type 01 ‐ Jun ‐ 75 Wet FGD ‐ Venturi Type 01 ‐ Jun ‐ 75 Wet FGD ‐ Venturi Type 01 ‐ Jun ‐ 75 Wet FGD ‐ Venturi Type 01 ‐ Jun ‐ 75 Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ Mar ‐ 91

PM scrubber ‐ Venturi 01 ‐ Dec ‐ 82Fabric Filter, pulse 01 ‐ May ‐ 09Electrostatic precipitator, cold side, w/o flue gas conditioning 01 ‐ May ‐ 68Wet FGD ‐ Spray Type 01 ‐ Jan ‐ 84control_group_5 control_type_5 install_date_5

PM control Fabric Filter, pulse 01 ‐ Nov ‐ 06SO2 control Dry FGD ‐ Circulating Dry Scrubber 01 ‐ Jun ‐ 93

SO2 control Dry FGD ‐ Spray Dryer 01 ‐ Apr ‐ 92

PM control Fabric Filter, unspecified 01 ‐ Jun ‐ 09

PM control Fabric Filter, pulse 01 ‐ Dec ‐ 87

PM control Fabric Filter, unspecified 01 ‐ Feb ‐ 10PM control Fabric Filter, pulse 01 ‐ Mar ‐ 92

PM control Fabric Filter, pulse 01 ‐ Jul ‐ 92SO2 control Wet FGD ‐ Spray Type 01 ‐ Jun ‐ 04

SO2 control Wet FGD ‐ Spray Type 01 ‐ Dec ‐ 82control_group_6 control_type_6 install_date_6SO2 control Dry FGD ‐ Circulating Dry Scrubber 01 ‐ Jun ‐ 93

SO2 control Dry FGD ‐ Spray Dryer 01 ‐ Apr ‐ 92

PM control Fabric Filter, pulse 01 ‐ Dec ‐ 87

SO2 control Wet FGD ‐ Unspecified 01 ‐ Feb ‐ 10PM control Fabric Filter, pulse 01 ‐ Mar ‐ 92

PM control Fabric Filter, pulse 01 ‐ May ‐ 05control_group_7 control_type_7 install_date_7 control_group_8PM control Fabric Filter, pulse 01 ‐ Apr ‐ 92 PM controlcontrol_type_8 install_date_8 control_group_9 control_type_9Fabric Filter, pulse 01 ‐ Apr ‐ 92install_date_9 control_group_10 control_type_10 install_date_10control_group_11 control_type_11 install_date_11 control_group_12control_type_12 install_date_12Sandow Station Oak Grove ORIS/Facility/Unit 52071 6180

Test Averages 5B OG1 1 1.0232E ‐ 06 1.1113E ‐ 06 2 1.2386E ‐ 06 3.8710E ‐ 06 3 5.6000E ‐ 06 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 ni = number test runs = 320 Total Number of sources = 2 n =Total # test runs = 5 Emissions (lb/MMBtu)

1 N i i 

### n

 

#  N4

This step is for QC only: means 1.02E ‐ 06 1.11E ‐ 06

1.07E ‐ 06 Mean =

Pooled Variance = 4.2916E ‐ 12

m= number future runs = 1 Term1 1.5000

Term2 6.4374E ‐ 12

Squared root Term2 2.5372E ‐ 06 NOTE: the pvalue for the t-statistic is calculated as: 2*alpha, where 1-alpha is desired confidence, so if 99% c 

#   2 2 1 

## 1 1 n i i 

## s x X n  

##  

 

#  1 1 

## 1 i n N ij i j 

## X x n   

##  

# 

1 1 n m 

2 

### 1 1 s n m        1 

### 1 N i i 

### df n

 

###        



# 

2 

### 1 1 s n m        1 

## 1 i n i ik k i 

## x x n  

##  

# t ‐ statistic = quantile t ‐ distribution with df degrees of freedom at .99 confidence level = 3.75

UPL POOLED VARIANCE = 1.0574E ‐ 05 

### d f 

# t

2

, 

## 1 1 df p 

## Xt s n m        Distribution of Normal Tests Distribution of Log Tests Skewness = #DIV/0! #DIV/0! SE Skewness 1.73 #DIV/0! Skewness Test #DIV/0! #DIV/0! Kurtosis = #DIV/0! #DIV/0! SE Kurtosis 3.46 #DIV/0! Kurtosis Test #DIV/0! #DIV/0! Number of test runs = 2 0 REsult:

c onfidence is desired then alpha=0.01 and 2*alpha=2*(0.01)normal2

, 

# 1 1 df p 

# Xt s n m        , df p 

# n m    Will County TS Power Plant Joliet 9 ORIS/Facility/Unit 884 56224 874

Test Averages WC4CONFIG TSPower JOL5 CONFIG 1 7.26667E ‐ 09 7.56667E ‐ 09 8.25E ‐ 09 2 1.03507E ‐ 05 1.49667E ‐ 08 1.1276E ‐ 05 3 4.05E ‐ 08 4 7.88201E ‐ 06 5 1.09964E ‐ 05 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 3435 ni = number test runs = 252

Total Number of sources = n =Total # test runs =

This step is for QC only: means 7.27E ‐ 09 7.57E ‐ 09 8.25E ‐ 09

Mean =

Pooled Variance =

m= number future runs = Term1 

#   2 2 1 

## 1 1 n i i 

## s xX n  

##  

 

#  1 1 

## 1 i n N ij i j 

## X x n   

##  

# 

1 1 n m  1 

### 1 N i i 

### df n

 

###        



# 

1 

## 1 i n i ik k i 

## x x n  

##  

#  1 N i i 

### n

 

#  NTerm2

Squared root Term2 NOTE: the pvalue for the t-statistic is calculated as: 2*alpha, where 1-alpha is desired confidence, so if

t ‐ statistic = quantile t ‐ distribution with df degrees of freedom at .99 confidence level = UPL POOLED VARIANCE = d f t 

### n m 

2 

### 1 1 s n m       

d f 

# t 2 

### 1 1 s n m       

2

, 

## 1 1 df p 

## Xt s n m        Waukegan Crawford Joliet 29 Joliet 29 Will County Fisk Powerton 883 867 384 384 884 886 879 WK8CONFIG CRA7 CONFIG JOL8CONFIG JOL7CONFIG WC3CONFIG FISK19 CONFIG Pow5CONFIG 8.98333E ‐ 09 1.448E ‐ 08 1.64667E ‐ 08 2.604E ‐ 08 2.645E ‐ 08 3.54333E ‐ 08 4.21667E ‐ 08 3.81611E ‐ 06 Emissions (lb/MW)21 1 1011

6

13

12

8.98E ‐ 09 1.45E ‐ 08 1.65E ‐ 08 2.60E ‐ 08 2.65E ‐ 08 3.54E ‐ 08 4.22E ‐ 08

1.05E ‐ 08 Skewness = SE Skewness Skewness Test 2.3332E ‐ 11 Kurtosis = SE Kurtosis Kurtosis Test Number of test runs = 1 1.16672.7221E ‐ 11

5.21733E ‐ 06 99% confidence is desired then alpha=0.01 and 2*alpha=2*(0.01)

3.36

1.75665E ‐ 05Powerton Waukegan AES Greenidge BL England San Juan San Juan 879 883 2527 2378 2451 2451 Pow6CONFIG WK7CONFIG Unit 4 2 Coal w or w/o TDF Unit 4 Unit 3 4.21667E ‐ 08 5.56E ‐ 08 6.44286E ‐ 08 2.8355E ‐ 07 3.56178E ‐ 07 4.9571E ‐ 07 7.65653E ‐ 07 4.22091E ‐ 07 1.41225E ‐ 06 2.64614E ‐ 06 2.12903E ‐ 06 3.55832E ‐ 06 2.72917E ‐ 06 3.35525E ‐ 06 4.63978E ‐ 06 7.35354E ‐ 06 2.32868E ‐ 0511283 2

4.22E ‐ 08 5.56E ‐ 08 6.44E ‐ 08 2.84E ‐ 07 3.56E ‐ 07 4.96E ‐ 07

Distribution of Normal Tests Distribution of Log Tests 9.81E-01 #DIV/0!

1.00 #DIV/0! normal #DIV/0! -1.25E+00 #DIV/0! 2.00 #DIV/0! normal #DIV/0!

6 0 REsult: normal UPL Pooled Variance= 2

, df p 

# X t s  2

, df p 

# X t s PSEG Mercer Generating

Station San Juan PSEG Mercer Generating

Station Bridgeport Station Bridgeport Station San Juan Havana 2408 2451 2408 568 568 2451 891 MERU1E1PT1

OS1 ‐ Coal Unit 2 MERU2E2PT2 OS1 ‐ Coal BHSEMU3OS2 ‐ Coal BHSEMU3OS3 ‐ #2 Unit 1 Boiler 9 5.34411E ‐ 07 6.08354E ‐ 07 8.08049E ‐ 07 9.16311E ‐ 07 1.2378E ‐ 06 1.31148E ‐ 06 1.6697E ‐ 06 2.37908E ‐ 06 1.5012E ‐ 06 1.18184E ‐ 06 2.87707E ‐ 06 1.80758E ‐ 06 2.30943E ‐ 06 6.89562E ‐ 06 4.34121E ‐ 06 7.06222E ‐ 06 8.75381E ‐ 06 2.13475E ‐ 055163 1 11

5.34E ‐ 07 6.08E ‐ 07 8.08E ‐ 07 9.16E ‐ 07 1.24E ‐ 06 1.31E ‐ 06 1.67E ‐ 06 2

, 

# 1 1 df p 

# t s n m         2

, 

# 1 1 df p 

# t s n m        Hennepin Power Station Hennepin Power Station Brandon Shores Vermilion Vermilion Comanche Comanche 892 892 602 897 897 470 470 001 002 002 002 001 Unit 2 Unit 1 1.67271E ‐ 06 1.72721E ‐ 06 1.79343E ‐ 06 3.88338E ‐ 06 4.58204E ‐ 06 4.65539E ‐ 06 6.4293E ‐ 06 6.3199E ‐ 06 5.41856E ‐ 0511 111 31

1.67E ‐ 06 1.73E ‐ 06 1.79E ‐ 06 3.88E ‐ 06 4.58E ‐ 06 4.66E ‐ 06 6.43E ‐ 06Walter Scott Jr. Energy Center Weston Weston Hardin Generator

Project Colstrip Sandow Station Oak Grove 1082 4078 4078 55749 6076 52071 6180

4 W4 W3 PC1 Unit3 5B OG1 6.50118E ‐ 06 8.044E ‐ 06 9.28285E ‐ 06 9.67517E ‐ 06 9.87954E ‐ 06 1.07263E ‐ 05 1.22015E ‐ 05 1.08353E ‐ 05 9.69181E ‐ 06 6.90751E ‐ 05 1.29847E ‐ 05 0.0000425 1.26412E ‐ 05 1.02051E ‐ 05 5.87073E ‐ 05 1.35441E ‐ 05 1.52476E ‐ 05 1.89618E ‐ 05 1.89618E ‐ 05 2.65296E ‐ 05 2.70882E ‐ 05 3.70206E ‐ 059 421 132

6.50E ‐ 06 8.04E ‐ 06 9.28E ‐ 06 9.68E ‐ 06 9.88E ‐ 06 1.07E ‐ 05 1.22E ‐ 05Sandow Station Joppa Steam Nebraska City Meredosia Newton Merrimack Station 52071 887 6096 864 6017 2364

5A 1 NC2 005 002 mk2 1.51626E ‐ 05 1.99345E ‐ 05 2.25263E ‐ 05 2.45268E ‐ 05 3.30296E ‐ 05 6.78601E ‐ 05 1.98475E ‐ 05

3.9278E ‐ 05311 1 1 1

1.52E ‐ 05 1.99E ‐ 05 2.25E ‐ 05 2.45E ‐ 05 3.30E ‐ 05 6.79E ‐ 05Pulliam Monticello 4072 6147

8 2 6.91216E ‐ 05 8.03659E ‐ 05 7.43868E ‐ 05 Will County TS Power Plant Joliet 9 Waukegan Crawford Joliet 29 Joliet 29 Will County Fisk Powerton Powerton Waukegan AES Greenidge BL England San Juan San Juan PSEG Mercer Generating Station San Juan PSEG Mercer Generating Station Bridgeport Station Bridgeport Station San Juan Havana Hennepin Power Station Hennepin Power Station Brandon Shores Vermilion Vermilion Comanche Comanche Walter Scott Jr. Energy Center WestonWeston Hardin Generator Project 2 1 Colstrip Sandow Station Oak Grove Sandow Station Joppa Steam Nebraska City Meredosia Newton Merrimack Station Pulliam Monticello

Will County 884 WC4CONFIG 7.26667E ‐ 09 1.03507E ‐ 05 6.91E ‐ 05 8.04E ‐ 05884 WC4CONFIG 7.26667E ‐ 09 1.03507E ‐ 05 56224 TSPower 7.56667E ‐ 09 1.49667E ‐ 08 874 JOL5 CONFIG 8.25E ‐ 09 1.1276E ‐ 05 883 WK8CONFIG 8.98333E ‐ 09 3.81611E ‐ 06 867 CRA7 CONFIG 1.448E ‐ 08 384 JOL8CONFIG 1.64667E ‐ 08 384 JOL7CONFIG 2.604E ‐ 08 884 WC3CONFIG 2.645E ‐ 08 886 FISK19 CONFIG 3.54333E ‐ 08 879 Pow5CONFIG 4.21667E ‐ 08 879 Pow6CONFIG 4.21667E ‐ 08 883 WK7CONFIG 5.56E ‐ 08 2527 Unit 4 6.44286E ‐ 08 7.65653E ‐ 07 2378 2 Coal w or w/o TDF 2.8355E ‐ 07 4.22091E ‐ 07 2451 Unit 4 3.56178E ‐ 07 1.41225E ‐ 06 2451 Unit 3 4.9571E ‐ 07 2.64614E ‐ 06 2408 MERU1E1PT1OS1 ‐ Coal 5.34411E ‐ 07 2.37908E ‐ 06 2451 Unit 2 6.08354E ‐ 07 2408 MERU2E2PT2OS1 ‐ Coal 8.08049E ‐ 07 1.5012E ‐ 06 568 BHSEMU3OS2 ‐ Coal 9.16311E ‐ 07 1.18184E ‐ 06 568 BHSEMU3OS3 ‐ #2 1.2378E ‐ 06 2451 Unit 1 1.31148E ‐ 06

891 Boiler 9 1.6697E ‐ 06 892 001 1.67271E ‐ 06 892 002 1.72721E ‐ 06 602 002 1.79343E ‐ 06 897 002 3.88338E ‐ 06 897 001 4.58204E ‐ 06 470 Unit 2 4.65539E ‐ 06 6.3199E ‐ 06 470 Unit 1 6.4293E ‐ 06 1082 4 6.50118E ‐ 06 1.08353E ‐ 05 4078 W4 8.044E ‐ 06 9.69181E ‐ 064078 W3 9.28285E ‐ 06 6.90751E ‐ 05 55749 PC1 9.67517E ‐ 06

6076 Unit3 9.87954E ‐ 06 52071 5B 1.07263E ‐ 05 1.29847E ‐ 05

6180 OG1 1.22015E ‐ 05 0.0000425 52071 5A 1.51626E ‐ 05 1.98475E ‐ 05 887 1 1.99345E ‐ 05 6096 NC2 2.25263E ‐ 05

864 005 2.45268E ‐ 05 6017 002 3.30296E ‐ 05 2364 mk2 6.78601E ‐ 05 4072 8 6.91216E ‐ 05 7.43868E ‐ 05 6147 2 8.03659E ‐ 05

TS Power Plant Joliet 9 Waukegan Crawford 56224 874 883 867 TSPower JOL5 CONFIG WK8CONFIG CRA7 CONFIG 7.56667E ‐ 09 8.25E ‐ 09 8.98333E ‐ 09 1.448E ‐ 08 1.49667E ‐ 08 1.1276E ‐ 05 3.81611E ‐ 06 4.05E ‐ 08 7.88201E ‐ 06 1.09964E ‐ 054.05E ‐ 08 7.88201E ‐ 06 1.09964E ‐ 05

2.12903E ‐ 06 2.72917E ‐ 06 3.35525E ‐ 06 4.63978E ‐ 06 7.35354E ‐ 06 3.55832E ‐ 06

2.87707E ‐ 06 6.89562E ‐ 06 7.06222E ‐ 06

1.80758E ‐ 06 4.34121E ‐ 06 8.75381E ‐ 06 2.13475E ‐ 05 2.30943E ‐ 06

5.41856E ‐ 05

1.26412E ‐ 05 1.35441E ‐ 05 1.89618E ‐ 05 1.89618E ‐ 05 2.65296E ‐ 05 1.02051E ‐ 05 1.52476E ‐ 055.87073E ‐ 05 3.9278E ‐ 05

Joliet 29 Joliet 29 Will County Fisk Powerton 384 384 884 886 879 JOL8CONFIG JOL7CONFIG WC3CONFIG FISK19 CONFIG Pow5CONFIG 1.64667E ‐ 08 2.604E ‐ 08 2.645E ‐ 08 3.54333E ‐ 08 4.21667E ‐ 082.32868E ‐ 05

2.70882E ‐ 05 3.70206E ‐ 05Powerton Waukegan AES Greenidge BL England San Juan 879 883 2527 2378 2451 Pow6CONFIG WK7CONFIG Unit 4 2 Coal w or w/o TDF Unit 4 4.21667E ‐ 08 5.56E ‐ 08 6.44286E ‐ 08 2.8355E ‐ 07 3.56178E ‐ 07 7.65653E ‐ 07 4.22091E ‐ 07 1.41225E ‐ 06 2.12903E ‐ 06 3.55832E ‐ 06 2.72917E ‐ 06 3.35525E ‐ 06 4.63978E ‐ 06 7.35354E ‐ 06 2.32868E ‐ 05San Juan PSEG Mercer Generating Station San Juan PSEG Mercer Generating Station Bridgeport Station 2451 2408 2451 2408 568 Unit 3 MERU1E1PT1OS1 ‐ Coal Unit 2 MERU2E2PT2OS1 ‐ Coal BHSEMU3OS2 ‐ Coal 4.9571E ‐ 07 5.34411E ‐ 07 6.08354E ‐ 07 8.08049E ‐ 07 9.16311E ‐ 07 2.64614E ‐ 06 2.37908E ‐ 06 1.5012E ‐ 06 1.18184E ‐ 06 2.87707E ‐ 06 1.80758E ‐ 06 2.30943E ‐ 06 6.89562E ‐ 06 4.34121E ‐ 06 7.06222E ‐ 06 8.75381E ‐ 06 2.13475E ‐ 05Bridgeport Station San Juan Havana Hennepin Power Station Hennepin Power Station 568 2451 891 892 892 BHSEMU3OS3 ‐ #2 Unit 1 Boiler 9 001 002 1.2378E ‐ 06 1.31148E ‐ 06 1.6697E ‐ 06 1.67271E ‐ 06 1.72721E ‐ 06Brandon Shores Vermilion Vermilion 602 897 897 002 002 001 1.79343E ‐ 06 3.88338E ‐ 06 4.58204E ‐ 06Comanche Comanche Walter Scott Jr. Energy Center Weston Weston 470 470 1082 4078 4078 Unit 2 Unit 1 4 W4 W3 4.65539E ‐ 06 6.4293E ‐ 06 6.50118E ‐ 06 8.044E ‐ 06 9.28285E ‐ 06

6.3199E ‐ 06 1.08353E ‐ 05 9.69181E ‐ 06 6.90751E ‐ 05 5.41856E ‐ 05 1.26412E ‐ 05 1.02051E ‐ 05 1.35441E ‐ 05 1.52476E ‐ 05 1.89618E ‐ 05 1.89618E ‐ 05 2.65296E ‐ 05 2.70882E ‐ 05 3.70206E ‐ 05Hardin Generator Project Colstrip Sandow Station Oak Grove Sandow Station 55749 6076 52071 6180 52071 PC1 Unit3 5B OG1 5A 9.67517E ‐ 06 9.87954E ‐ 06 1.07263E ‐ 05 1.22015E ‐ 05 1.51626E ‐ 05 1.29847E ‐ 05 0.0000425 1.98475E ‐ 05 5.87073E ‐ 05 3.9278E ‐ 05Joppa Steam Nebraska City Meredosia Newton Merrimack Station 887 6096 864 6017 2364 1 NC2 005 002 mk2 1.99345E ‐ 05 2.25263E ‐ 05 2.45268E ‐ 05 3.30296E ‐ 05 6.78601E ‐ 05Pulliam Monticello 4072 6147 8 2 6.91216E ‐ 05 8.03659E ‐ 05 7.43868E ‐ 05Emissions (lb/MW) Will County ORIS/Facility/Unit 884 Runs WC4CONFIG 1 7.5000E ‐ 09 2 7.4000E ‐ 09 3 7.7000E ‐ 09 4 6.6000E ‐ 09 5 7.2000E ‐ 09 6 7.2000E ‐ 09 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 ni = number test runs = 6 Total Number of sources = 1 n =Total # test runs = 6 1 N i i 

### n

 

#  N5

This step is for QC only: means 7.27E ‐ 09

7.27E ‐ 09 Mean =

Pooled Variance = 1.4267E ‐ 19

m= number future runs = 3

Term1 0.5000

Term2 7.1333E ‐ 20

Squared root Term2 2.6708E ‐ 10 NOTE: the pvalue for the t-statistic is calculated as: 2*alpha, where 1-alpha is desired confidence, so if 9 9 

#   2 2 1 

## 1 1 n i i 

## s x X n  

##  

 

# 

1 1 

## 1 i n N ij i j 

## X x n   

##  

# 

1 1 n m 

2 

### 1 1 s n m        1 

### 1 N i i 

### df n

 

###        



# 

2 

### 1 1 s n m        1 

## 1 i n i ik k i 

## x x n  

##  

# t ‐ statistic = quantile t ‐ distribution with df degrees of freedom at .99 confidence level = 3.36

UPL POOLED VARIANCE = 8.1654E ‐ 09 

### d f 

# t

2

, 

## 1 1 df p 

## Xt s n m        9 % confidence is desired then alpha=0.01 and 2*alpha=2*(0.01)UPL Pooled Variance= 2

, 

# 1 1 df p 

# Xt s n m        