SummaryofUPLsusingemissionaverages‐‐Coal‐firedunits/PMemissionsPollutantMean(lb/MMBtu)UPL(lb/MMBtu)Numberofunitsinthefloorlb/TBtu FloorvalueMean(lb/MMBtu)UPL(lb/MMBtu)NumberofunitsinthefloorPMtotal 0.0116 0.0264131 0.03 lb/MMBtu 0.002821 0.01307 1Note:HadtousenextlowestdatasMetaltotal 0.0000142 0.0000376131 0.00004lb/MMBtu 0.0000015 0.0000021 1Note:HadtousenextlowestdatasAntimony(Sb) 2.0981E‐075.4934E‐07131 0.5493385290.6 lb/TBtu 3.1217E‐09 1.6294E‐081Arsenic(As) 4.1029E‐071.0816E‐06131 1.0816298822.0 lb/TBtu 9.4542E‐09 1.4847E‐081Beryllium(Be) 4.8952E‐081.3337E‐07131 0.1333728210.2 lb/TBtu 1.6477E‐09 4.7302E‐09 1Cadmium(Cd) 9.8523E‐082.1212E‐07131 0.2121205930.3 lb/TBtu 8.1778E‐09 4.0907E‐081Chromium(Cr) 1.2160E‐062.8157E‐06131 2.8157178623 lb/TBtu 1.3625E‐076.5805E‐071Note:HadtousenextlowestdatasCobalt 2.8224E‐077.1184E‐07131 0.7118410540.8 lb/TBtu 1.4315E‐087.4579E‐081Lead(Pb) 5.3617E‐071.2792E‐06131 1.2791653722 lb/TBtu 2.5577E‐088.0335E‐081Manganese(Mn) 1.6846E‐064.1963E‐06131 4.1963440445 lb/TBtu 1.2154E‐071.8479E‐071Nickel(Ni) 1.4138E‐063.3913E‐06131 3.3912653144 lb/TBtu 1.1961E‐073.5102E‐071Selenium(Se) 1.6204E‐065.5311E‐06131 5.5310807086 lb/TBtu 1.3678E‐083.1240E‐081PollutantMean(lb/MW) UPL(lb/MW)Numberofunitsinthefloorlb/GWh FloorvalueMean(lb/MW)UPL(lb/MW)Numberofunitsinthefloorlb/GWh FloorvaluePMtotal 0.118 0.207 131 0.3 lb/MWh 0.0291291 0.04861261 0.05 lb/MWhMetaltotal 0.000142 0.000387 131 0.0004lb/MWh 0.000011 0.000033 1 0.00004lb/MWhAntimony(Sb) 2.0973E‐065.4628E‐06131 0.005462810.006 lb/GWh 1.4520E‐087.5786E‐081 0.000075790.00008 lb/GWhArsenic(As) 4.0513E‐061.0711E‐05 131 0.010711360.02 lb/GWh 1.0380E‐071.6301E‐071 0.000163010.0002 lb/GWhBeryllium(Be) 4.8953E‐071.3585E‐06131 0.001358490.002 lb/GWh 1.7610E‐082.2056E‐081 0.000022060.00003 lb/GWhCadmium(Cd) 9.8364E‐072.1925E‐06131 0.002192520.003 lb/GWh 7.3840E‐083.6937E‐071 0.000369370.0004lb/GWhChromium(Cr) 1.1861E‐05 2.7511E‐05 131 0.027511160.03 lb/GWh 7.0643E‐061.6896E‐05 1 0.016895910.02 lb/GWhCobalt 2.7740E‐067.1035E‐06131 0.007103500.008 lb/GWh 1.3748E‐077.1620E‐071 0.000716200.0008 lb/GWhLead(Pb) 5.1888E‐061.2531E‐05 131 0.012530680.02 lb/GWh 2.8082E‐078.8201E‐071 0.000882010.0009 lb/GWhManganese(Mn) 1.6792E‐05 4.2836E‐05 131 0.042835560.05 lb/GWh 1.3326E‐063.0511E‐061 0.003051100.004 lb/GWhNickel(Ni) 1.4050E‐05 3.4452E‐05 131 0.03445213 0.04 lb/GWh 1.0770E‐063.1608E‐061 0.003160760.004 lb/GWhSelenium(Se) 1.6626E‐05 5.7848E‐05 131 0.057847700.06 lb/GWh 2.4230E‐05 2.4567E‐05 1 0.02456713 0.03 lb/GWhNewExistingNewExisting

# Dallman USED FOR NEW DUE

TO DATA ISSUE

Cholla

ORIS/Facility/Unit 

# 963 113

Test Averages 34 003

1 7.8500E

‐ 08 1.3625E

‐ 07

2

3

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 = 

# 1 1

Total Number of sources = 131

N N

# n =Total # test runs = 

# 131

130

This step is for QC only:



# means 7.85E

‐ 08 1.36E

‐ 07

1.22E

‐ 06

Mean =

Pooled Variance = 

# 4.5779E

‐ 13

m= number future runs = 1

Term1 1.0076

Term2 4.6129E

‐ 13

Squared root Term2 

# 6.7918E

‐ 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

 

#  

# 

1 N

i

i 

# n

 

# 

# t

‐ statistic = quantile t

‐ distribution

with df degrees of

freedom at .99

confidence level

= 2.36

UPL POOLED VARIANCE = 2.8157E

‐ 06 d f 

# t



# 2

, 

# 1 1

df p 

# Xt s

n m  

      d f 

# t

# Chambers

Cogeneration LP Martin Drake Oak Grove TransAlta

Centralia

Generation Weston J K Spruce

10566 492 6180 3845 4078 7097

Boil 2 Unit 5

‐ Coal OG1 BW21CONFIG W4 1

1.8943E

‐ 07 1.9802E

‐ 07 2.0802E

‐ 07 2.1809E

‐ 07 2.5136E

‐ 07 2.5960E

‐ 07

1 11111 Emissions (lb/MMBtu)

# 1.89E

‐ 07 1.98E

‐ 07 2.08E

‐ 07 2.18E

‐ 07 2.51E

‐ 07 2.60E

‐ 07

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

# Reid Gardner Springerville Rawhide Havana Logan Generating Plant Gerald

Gentleman

2324 8223 6761 891 10043 6077

1 4 Rawhide101 Boiler 9 Unit1 U1

2.7654E

‐ 07 2.8659E

‐ 07 2.9033E

‐ 07 3.2238E

‐ 07 3.4327E

‐ 07 3.5321E

‐ 07

1 111 11

# 2.77E

‐ 07 2.87E

‐ 07 2.90E

‐ 07 3.22E

‐ 07 3.43E

‐ 07 3.53E

‐ 07

# TransAlta

Centralia

Generation James H. Miller

Jr. Sandow Station R D Green Northampton

Generating

Company, L.P. Wygen 1

3845 6002 52071 6639 50888 55479

BW22CONFIG Unit 4 5B 2 GEN1 WYG1Cfg

3.9067E

‐ 07 4.0658E

‐ 07 4.1167E

‐ 07 4.2313E

‐ 07 4.3906E

‐ 07 4.4024E

‐ 07

1 1 11 1 1

2 

# 1 1

 

# 3.91E

‐ 07 4.07E

‐ 07 4.12E

‐ 07 4.23E

‐ 07 4.39E

‐ 07 4.40E

‐ 07 UPL Pooled

Variance= 

# 2

, 

# 1 1

df p 

# Xt s

n m  

     

# Sheldon

Station Gerald

Gentleman Salem Harbor Cholla Sioux Springerville

2277 6077 1626 113 2107 8223

U1 U2 Unit 1 004 002 3

4.5506E

‐ 07 4.8334E

‐ 07 4.9068E

‐ 07 5.1347E

‐ 07 5.2073E

‐ 07 5.4479E

‐ 07

11 1 1 1 1

# 4.55E

‐ 07 4.83E

‐ 07 4.91E

‐ 07 5.13E

‐ 07 5.21E

‐ 07 5.45E

‐ 07

# Crist Crist Crist Crist Sheldon

Station South Oak

Creek Pulliam

641 641 641 641 2277 4041 4072

Unit 5 Unit 6 Unit 7 Unit 4 U2 OCPP

‐ B7 8

5.4737E

‐ 07 5.4737E

‐ 07 5.4737E

‐ 07 5.4737E

‐ 07 5.6731E

‐ 07 5.7029E

‐ 07 5.7138E

‐ 07

1111 111

# 5.47E

‐ 07 5.47E

‐ 07 5.47E

‐ 07 5.47E

‐ 07 5.67E

‐ 07 5.70E

‐ 07 5.71E

‐ 07

# Bridgeport Station Neil Simpson II Sandow Station RS Nelson Brandon Shores Taconite

Harbor Energy

Center

568 7504 52071 1393 602 10075

BHSEMU3OS3

‐ #2 NS2Cfg 5A 001 002 THEC2

6.1689E

‐ 07 6.1710E

‐ 07 6.5210E

‐ 07 6.7790E

‐ 07 6.8892E

‐ 07 6.9851E

‐ 07

1 1 1 1 11

# 6.17E

‐ 07 6.17E

‐ 07 6.52E

‐ 07 6.78E

‐ 07 6.89E

‐ 07 6.99E

‐ 07

# Cane Run AES Shady

Point,LLC AES Shady

Point,LLC Martin Drake PSEG Mercer

Generating

Station PSEG Mercer

Generating

Station Cope

1363 10671 10671 492 2408 2408 7210

CR4 Unit 1 Unit 2 Unit 7

‐ Coal OS1

‐ Coal OS1

‐ Coal COP001

7.0990E

‐ 07 7.3685E

‐ 07 7.3685E

‐ 07 7.5232E

‐ 07 7.8163E

‐ 07 8.1810E

‐ 07 8.2215E

‐ 07

1111111

# 7.10E

‐ 07 7.37E

‐ 07 7.37E

‐ 07 7.52E

‐ 07 7.82E

‐ 07 8.18E

‐ 07 8.22E

‐ 07

# Nebraska City Duck Creek Cedar Bay

Generating

Company L.P. Gibson Gibson H L Spurlock

Station

6096 6016 10672 6113 6113 6041

NC2 001 CBA1 1

‐ 2007

‐ FGDIN 2

‐ 2007

‐ FGDIN Unit 03

8.5487E

‐ 07 8.8611E

‐ 07 8.8688E

‐ 07 8.8753E

‐ 07 9.0176E

‐ 07 9.4941E

‐ 07

111 1 1 1

# 8.55E

‐ 07 8.86E

‐ 07 8.87E

‐ 07 8.88E

‐ 07 9.02E

‐ 07 9.49E

‐ 07

# INDIANTOWN

COGENERATIO

N L.P. Cedar Bay

Generating

Company L.P. Spruance

Genco, LLC Spruance

Genco, LLC Muscatine #1 Hayden

50976 10672 54081 54081 1167 525

001 CBB1 GEN2 GEN1 8 Unit 1

9.5884E

‐ 07 9.8262E

‐ 07 9.9758E

‐ 07 1.0236E

‐ 06 1.0327E

‐ 06 1.0925E

‐ 06

1 1111 1

# 9.59E

‐ 07 9.83E

‐ 07 9.98E

‐ 07 1.02E

‐ 06 1.03E

‐ 06 1.09E

‐ 06

# AES Warrior Run

Cogeneration

Facility Southampton

Power Station San Juan Hammond Hammond Hammond

10678 10774 2451 708 708 708

BLR1 Unit 1 & 2 Unit 3 Unit 2 Unit 3 Unit 1

1.1222E

‐ 06 1.1430E

‐ 06 1.1431E

‐ 06 1.1501E

‐ 06 1.1501E

‐ 06 1.1501E

‐ 06

1 1 1111

# 1.12E

‐ 06 1.14E

‐ 06 1.14E

‐ 06 1.15E

‐ 06 1.15E

‐ 06 1.15E

‐ 06

# Hammond Silver Bay Power Twin Oaks Power

One Roxboro

Steam Electric

Plant Taconite Harbor

Energy Center

708 10849 7030 2712 10075

Unit 4 GEN1 U2 Rox_Cfg_1b THEC1

1.1501E

‐ 06 1.1624E

‐ 06 1.1722E

‐ 06 1.1769E

‐ 06 1.1830E

‐ 06

1 1 11 1

# 1.15E

‐ 06 1.16E

‐ 06 1.17E

‐ 06 1.18E

‐ 06 1.18E

‐ 06

# Spruance Genco, LLC Chambers

Cogeneration LP Walter Scott Jr.

Energy Center Hawthorn Morgantown

Energy Facility Newton

54081 10566 1082 2079 10743 6017

GEN4 Boil 1 4 5A Unit 1&2 002

1.2233E

‐ 06 1.2259E

‐ 06 1.2305E

‐ 06 1.2364E

‐ 06 1.2640E

‐ 06 1.3474E

‐ 06

1 1 1 111

# 1.22E

‐ 06 1.23E

‐ 06 1.23E

‐ 06 1.24E

‐ 06 1.26E

‐ 06 1.35E

‐ 06

# Dunkirk

Generating

Plant J T Deely J T Deely Asheville

Steam Electric

Plant Lansing Dunkirk

Generating

Plant

2554 6181 6181 2706 1047 2554

1 2 1 Ash_Cfg_2 Unit 4 4

1.3560E

‐ 06 1.3662E

‐ 06 1.3662E

‐ 06 1.4001E

‐ 06 1.4100E

‐ 06 1.4447E

‐ 06

11 1111

# 1.36E

‐ 06 1.37E

‐ 06 1.37E

‐ 06 1.40E

‐ 06 1.41E

‐ 06 1.44E

‐ 06

# Sunnyside

Cogen

Associates San Juan Comanche Craig H L Spurlock

Station James River

Cogeneration

Co

50951 2451 470 6021 6041 10377

Config 1 Unit 2 Unit 2 C2 Unit 04 UNIT2

1.4682E

‐ 06 1.4776E

‐ 06 1.4946E

‐ 06 1.4959E

‐ 06 1.5084E

‐ 06 1.5101E

‐ 06

11 1 1 1 1

# 1.47E

‐ 06 1.48E

‐ 06 1.49E

‐ 06 1.50E

‐ 06 1.51E

‐ 06 1.51E

‐ 06

# PPL Montour Lawrence

Energy Center PANTHER

CREEK ENERGY

FACILITY PANTHER

CREEK

ENERGY Seward Seward Stanton

Energy Center

3149 1250 50776 50776 3130 3130 564

U2 3 BG2 BG1 SEW

‐ 1 SEW

‐ 2 2 coal

1.5424E

‐ 06 1.5428E

‐ 06 1.5655E

‐ 06 1.5655E

‐ 06 1.5703E

‐ 06 1.5703E

‐ 06 1.6553E

‐ 06

11 11111

# 1.54E

‐ 06 1.54E

‐ 06 1.57E

‐ 06 1.57E

‐ 06 1.57E

‐ 06 1.57E

‐ 06 1.66E

‐ 06

# Cane Run Whelan

Energy Center

Unit 1 (WEC1) Shawville Shawville Roxboro

Steam Electric

Plant AES Puerto

Rico

Cogeneration Hayden

1363 60 3131 3131 2712 68029 525

CR5 1 SHAW4

‐ 1 SHAW3

‐ 1 Rox_Cfg_2c Unit_1 Unit 2

1.6734E

‐ 06 1.6828E

‐ 06 1.7508E

‐ 06 1.7508E

‐ 06 1.7699E

‐ 06 1.7966E

‐ 06 1.8026E

‐ 06

111111 1

# 1.67E

‐ 06 1.68E

‐ 06 1.75E

‐ 06 1.75E

‐ 06 1.77E

‐ 06 1.80E

‐ 06 1.80E

‐ 06

# Consumers

Energy

‐ J.H.

Campbell Consumers

Energy

‐ J.H.

Campbell Ebensburg

Power

Company Spruance Genco, LLC Hardin

Generator

Project Prairie Creek

1710 1710 10603 54081 55749 1073

JHC2

‐ Conf JHC1

‐ Conf EPC01 GEN3 PC1 Unit 1

1.8063E

‐ 06 1.8063E

‐ 06 1.8533E

‐ 06 1.8620E

‐ 06 1.8817E

‐ 06 2.0000E

‐ 06

111 1 11

# 1.81E

‐ 06 1.81E

‐ 06 1.85E

‐ 06 1.86E

‐ 06 1.88E

‐ 06 2.00E

‐ 06

# Meredosia Joppa Steam Sibley Sibley Sibley AES Puerto

Rico

Cogeneration McMeekin

864 887 2094 2094 2094 68029 3287

005 1 3 1 2 Unit_2 MCM002

2.0397E

‐ 06 2.0480E

‐ 06 2.0528E

‐ 06 2.0528E

‐ 06 2.0528E

‐ 06 2.0588E

‐ 06 2.0706E

‐ 06

111 1111

# 2.04E

‐ 06 2.05E

‐ 06 2.05E

‐ 06 2.05E

‐ 06 2.05E

‐ 06 2.06E

‐ 06 2.07E

‐ 06

# Erickson

Station Eagle Valley Elmer Smith

Station Elmer Smith

Station Cedar Bay

Generating Company

L.P. Welsh

1832 991 1374 1374 10672 6139

001 6 Unit001 Unit002 CBC1 WE

‐ 1

2.1314E

‐ 06 2.1341E

‐ 06 2.1424E

‐ 06 2.1424E

‐ 06 2.1566E

‐ 06 2.1720E

‐ 06

1111 1 1

# 2.13E

‐ 06 2.13E

‐ 06 2.14E

‐ 06 2.14E

‐ 06 2.16E

‐ 06 2.17E

‐ 06

# Hennepin

Power Station Hennepin

Power Station Elm Road

Generating

Station Birchwood

Power Facility Harding Street Colver Power

Project TS Power

Plant

892 892 56068 54304 990 10143 56224

001 002 ERGS

‐ B1 1A 70ss AAB01 TSPower

2.2455E

‐ 06 2.2455E

‐ 06 2.2570E

‐ 06 2.2700E

‐ 06 2.3481E

‐ 06 2.4097E

‐ 06 2.4275E

‐ 06

1 1 11111

# 2.25E

‐ 06 2.25E

‐ 06 2.26E

‐ 06 2.27E

‐ 06 2.35E

‐ 06 2.41E

‐ 06 2.43E

‐ 06

# McMeekin Scholz Eastlake Prairie Creek

3287 642 2837 1073

MCM001 Unit 1 Unit 1 Unit 2

2.4762E

‐ 06 2.5718E

‐ 06 2.6093E

‐ 06 2.6100E

‐ 06

11 11

# 2.48E

‐ 06 2.57E

‐ 06 2.61E

‐ 06 2.61E

‐ 06

# Walter Scott Jr. Energy

Center Oak Grove

ORIS/Facility/Unit 

# 1082 6180

Test Averages 4 OG1

1 8.1778E

‐ 09 1.1401E

‐ 08

2

3

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 = 

# 1 1

Total Number of sources = 131

N N

# n =Total # test runs = 

# 131

130

This step is for QC only:



# means 8.18E

‐ 09 1.14E

‐ 08

9.85E

‐ 08

Mean =

Pooled Variance = 

# 2.3084E

‐ 15

m= number future runs = 1

Term1 1.0076

Term2 2.3261E

‐ 15

Squared root Term2 

# 4.8229E

‐ 08

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

 

#  

#  1 N

i

i 

# n

 

# 

# t

‐ statistic = quantile t

‐ distribution

with df degrees of

freedom at .99

confidence level

= 2.36

UPL POOLED VARIANCE = 2.1212E

‐ 07 d f 

# t



# 2

, 

# 1 1

df p 

# Xt s

n m  

      d f 

# t

# AES Hawaii Eastlake Cholla Pulliam Reid Gardner Cholla Louisa

10673 2837 113 4072 2324 113 6664

001 Unit 1 004 8 1 003 101

1.6100E

‐ 08 1.6973E

‐ 08 1.7924E

‐ 08 1.9252E

‐ 08 1.9836E

‐ 08 1.9907E

‐ 08 2.4828E

‐ 08

1111111 Emissions (lb/MMBtu)

# 1.61E

‐ 08 1.70E

‐ 08 1.79E

‐ 08 1.93E

‐ 08 1.98E

‐ 08 1.99E

‐ 08 2.48E

‐ 08

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

# Chambers

Cogeneration LP Weston Southampton

Power Station Havana Clover Logan

Generating

Plant

10566 4078 10774 891 7213 10043

Boil 1 W4 Unit 1 & 2 Boiler 9 Unit 2 Unit1

2.6377E

‐ 08 2.7337E

‐ 08 2.8435E

‐ 08 3.2814E

‐ 08 3.2910E

‐ 08 3.4339E

‐ 08

11 1 111

# 2.64E

‐ 08 2.73E

‐ 08 2.84E

‐ 08 3.28E

‐ 08 3.29E

‐ 08 3.43E

‐ 08

# Salem Harbor Northampton

Generating

Company, L.P. Weston Bridgeport

Station Cross Wygen 1 Hardin

Generator

Project

1626 50888 4078 568 130 55479 55749

Unit 1 GEN1 W3 #2 C3 WYG1Cfg PC1

3.4890E

‐ 08 3.6003E

‐ 08 3.6175E

‐ 08 4.1957E

‐ 08 4.3666E

‐ 08 4.6487E

‐ 08 4.8932E

‐ 08

1 11 1 111

2 

# 1 1 X t    

# 3.49E

‐ 08 3.60E

‐ 08 3.62E

‐ 08 4.20E

‐ 08 4.37E

‐ 08 4.65E

‐ 08 4.89E

‐ 08 UPL Pooled

Variance= 

# 2

, 

# 1 1

df p 

# Xt s

n m  

     

# Sioux Asheville

Steam Electric

Plant Harding Street Neil Simpson II Cope Hopewell AES Hawaii

2107 2706 990 7504 7210 10771 10673

002 Ash_Cfg_2 70ss NS2Cfg COP001 1 & 2 002

4.9019E

‐ 08 5.2276E

‐ 08 5.3287E

‐ 08 5.3522E

‐ 08 5.3842E

‐ 08 5.6688E

‐ 08 5.7186E

‐ 08

1 1 1 1111

# 4.90E

‐ 08 5.23E

‐ 08 5.33E

‐ 08 5.35E

‐ 08 5.38E

‐ 08 5.67E

‐ 08 5.72E

‐ 08

# TransAlta

Centralia

Generation Spruance

Genco, LLC Duck Creek Spruance

Genco, LLC James River

Cogeneration Co Martin Drake

3845 54081 6016 54081 10377 492

BW21CONFIG GEN2 001 GEN1 UNIT2 Unit 5

‐ Coal

5.9842E

‐ 08 6.0151E

‐ 08 6.3447E

‐ 08 6.5823E

‐ 08 6.6056E

‐ 08 6.7594E

‐ 08

1 111 1 1

# 5.98E

‐ 08 6.02E

‐ 08 6.34E

‐ 08 6.58E

‐ 08 6.61E

‐ 08 6.76E

‐ 08

# Eastlake TransAlta

Centralia

Generation Spruance

Genco, LLC Red Hills

Generating

Facility Red Hills

Generating

Facility Elm Road

Generating

Station

2837 3845 54081 55076 55076 56068

Unit 3 BW22CONFIG GEN4 002 001 ERGS

‐ B1

6.9477E

‐ 08 7.0187E

‐ 08 7.1794E

‐ 08 7.2557E

‐ 08 7.2557E

‐ 08 7.3499E

‐ 08

1 1 1111

# 6.95E

‐ 08 7.02E

‐ 08 7.18E

‐ 08 7.26E

‐ 08 7.26E

‐ 08 7.35E

‐ 08

# Clinch River H L Spurlock

Station Cross Welsh Dallman Springerville W.H.

Weatherspoo

n Plant

3775 6041 130 6139 963 8223 2716

CR

‐ 1 Unit 03 C4 WE

‐ 1 34 3 Wea_Cfg_1

7.5956E

‐ 08 7.8142E

‐ 08 7.8441E

‐ 08 7.8459E

‐ 08 7.8500E

‐ 08 7.8575E

‐ 08 7.9321E

‐ 08

1111111

# 7.60E

‐ 08 7.81E

‐ 08 7.84E

‐ 08 7.85E

‐ 08 7.85E

‐ 08 7.86E

‐ 08 7.93E

‐ 08

# Rawhide Silver Bay Power R D Green San Juan Hammond Hammond

6761 10849 6639 2451 708 708

Rawhide101 GEN1 2 Unit 2 Unit 2 Unit 3

8.0251E

‐ 08 8.1885E

‐ 08 8.4082E

‐ 08 8.4983E

‐ 08 8.5308E

‐ 08 8.5308E

‐ 08

1 1 111 1

# 8.03E

‐ 08 8.19E

‐ 08 8.41E

‐ 08 8.50E

‐ 08 8.53E

‐ 08 8.53E

‐ 08

# Hammond Hammond Erickson

Station Whelan

Energy Center

Unit 1 (WEC1) Comanche Lawrence

Energy Center

708 708 1832 60 470 1250

Unit 1 Unit 4 001 1 Unit 2 3

8.5308E

‐ 08 8.5308E

‐ 08 8.5379E

‐ 08 8.5441E

‐ 08 8.5504E

‐ 08 8.7237E

‐ 08

111 1 1 1

# 8.53E

‐ 08 8.53E

‐ 08 8.54E

‐ 08 8.54E

‐ 08 8.55E

‐ 08 8.72E

‐ 08

# Brandon Shores AES Puerto

Rico

Cogeneration Sibley Sibley Sibley G G Allen

602 68029 2094 2094 2094 2718

002 Unit_2 3 1 2 3

‐ 2009

‐ FGDIN

8.7609E

‐ 08 8.7633E

‐ 08 8.8744E

‐ 08 8.8744E

‐ 08 8.8744E

‐ 08 8.9710E

‐ 08

1111 1 1

# 8.76E

‐ 08 8.76E

‐ 08 8.87E

‐ 08 8.87E

‐ 08 8.87E

‐ 08 8.97E

‐ 08

# G G Allen Muscatine #1 James H. Miller

Jr. AES Shady Point,LLC AES Shady

Point,LLC

2718 1167 6002 10671 10671

4

‐ 2009

‐ FGDIN 8 Unit 4 Unit 1 Unit 2

8.9710E

‐ 08 9.1245E

‐ 08 9.6252E

‐ 08 9.6507E

‐ 08 9.6507E

‐ 08

11 1 1 1

# 8.97E

‐ 08 9.12E

‐ 08 9.63E

‐ 08 9.65E

‐ 08 9.65E

‐ 08

# Stanton Energy

Center Nebraska City Cedar Bay

Generating

Company L.P. McMeekin H L Spurlock

Station H L Spurlock

Station

564 6096 10672 3287 6041 6041

2 coal NC2 CBA1 MCM002 Unit 01 Unit 04

1.0038E

‐ 07 1.0152E

‐ 07 1.0317E

‐ 07 1.0564E

‐ 07 1.0593E

‐ 07 1.0649E

‐ 07

1 11111

# 1.00E

‐ 07 1.02E

‐ 07 1.03E

‐ 07 1.06E

‐ 07 1.06E

‐ 07 1.06E

‐ 07

# San Juan Eagle Valley PANTHER

CREEK

ENERGY PANTHER

CREEK

ENERGY PSEG Mercer

Generating

Station Lansing

2451 991 50776 50776 2408 1047

Unit 3 6 BG2 BG1 OS1

‐ Coal Unit 4

1.0660E

‐ 07 1.0768E

‐ 07 1.1015E

‐ 07 1.1015E

‐ 07 1.1065E

‐ 07 1.1100E

‐ 07

111111

# 1.07E

‐ 07 1.08E

‐ 07 1.10E

‐ 07 1.10E

‐ 07 1.11E

‐ 07 1.11E

‐ 07

# Cross Spruance Genco, LLC AES Warrior Run

Cogeneration

Facility Springerville Craig Cardinal

130 54081 10678 8223 6021 2828

C1 GEN3 BLR1 4 C2 CD

‐ U3

1.1194E

‐ 07 1.1535E

‐ 07 1.1640E

‐ 07 1.1734E

‐ 07 1.1770E

‐ 07 1.1958E

‐ 07

1 1 1 111

# 1.12E

‐ 07 1.15E

‐ 07 1.16E

‐ 07 1.17E

‐ 07 1.18E

‐ 07 1.20E

‐ 07

# A. B. Brown

Generating

Station Ebensburg

Power

Company Gibson Roxboro

Steam Electric

Plant Hennepin

Power Station Hennepin

Power Station Wygen 2

6137 10603 6113 2712 892 892 56319

1Config EPC01 2

‐ 2007

‐ FGDIN Rox_Cfg_1b 001 002 WYG2Cfg

1.2355E

‐ 07 1.2567E

‐ 07 1.2895E

‐ 07 1.3098E

‐ 07 1.3227E

‐ 07 1.3227E

‐ 07 1.3328E

‐ 07

1111111

# 1.24E

‐ 07 1.26E

‐ 07 1.29E

‐ 07 1.31E

‐ 07 1.32E

‐ 07 1.32E

‐ 07 1.33E

‐ 07

# AES Puerto

Rico

Cogeneration Newton BL England Birchwood

Power Facility Chambers

Cogeneration

LP Crist Crist

68029 6017 2378 54304 10566 641 641

Unit_1 002 w/o TDF 1A Boil 2 Unit 5 Unit 6

1.3660E

‐ 07 1.3903E

‐ 07 1.4032E

‐ 07 1.4225E

‐ 07 1.4376E

‐ 07 1.4410E

‐ 07 1.4410E

‐ 07

1111 1 11

# 1.37E

‐ 07 1.39E

‐ 07 1.40E

‐ 07 1.42E

‐ 07 1.44E

‐ 07 1.44E

‐ 07 1.44E

‐ 07

# Crist Crist Asheville

Steam Electric

Plant Valley Morgantown

Energy Facility Valley

641 641 2706 4042 10743 4042

Unit 7 Unit 4 Ash_Cfg_1d VAPP

‐ B4 Unit 1&2 VAPP

‐ B3

1.4410E

‐ 07 1.4410E

‐ 07 1.4620E

‐ 07 1.4838E

‐ 07 1.4881E

‐ 07 1.4997E

‐ 07

1 1 1111

# 1.44E

‐ 07 1.44E

‐ 07 1.46E

‐ 07 1.48E

‐ 07 1.49E

‐ 07 1.50E

‐ 07

# PPL Brunner

Island PPL Brunner

Island Sheldon

Station State Line Roxboro

Steam Electric

Plant Piney Creek

Project Sheldon

Station

3140 3140 2277 981 2712 54144 2277

U2 U1 U1 Unit 3 Rox_Cfg_2c BRBRI U2

1.5237E

‐ 07 1.5237E

‐ 07 1.5403E

‐ 07 1.5496E

‐ 07 1.5573E

‐ 07 1.6190E

‐ 07 1.6340E

‐ 07

1 111111

# 1.52E

‐ 07 1.52E

‐ 07 1.54E

‐ 07 1.55E

‐ 07 1.56E

‐ 07 1.62E

‐ 07 1.63E

‐ 07

# La Cygne PSEG Hudson

Generating

Station PSEG Mercer

Generating Station ML Kapp Nucla Meredosia

1241 2403 2408 1048 527 864

2 OS1

‐ Coal Coal Unit 2 001 005

1.6523E

‐ 07 1.6667E

‐ 07 1.6713E

‐ 07 1.6900E

‐ 07 1.6952E

‐ 07 1.6982E

‐ 07

11 1 1 1 1

# 1.65E

‐ 07 1.67E

‐ 07 1.67E

‐ 07 1.69E

‐ 07 1.70E

‐ 07 1.70E

‐ 07

# Cedar Bay

Generating

Company L.P. River Rouge

Power Plant Cane Run R.M. Schahfer Dunkirk

Generating

Plant Wabash River Wabash River

10672 1740 1363 6085 2554 1010 1010

CBB1 RR2

‐ Config CR5 R.M.0014 1 6 4

1.7632E

‐ 07 1.8400E

‐ 07 1.8431E

‐ 07 1.8510E

‐ 07 1.8575E

‐ 07 1.8678E

‐ 07 1.8678E

‐ 07

1111111

# 1.76E

‐ 07 1.84E

‐ 07 1.84E

‐ 07 1.85E

‐ 07 1.86E

‐ 07 1.87E

‐ 07 1.87E

‐ 07

# Cane Run Will County

1363 884

CR4 WC4CONFIG

1.8804E

‐ 07 1.9255E

‐ 07

1 1

# 1.88E

‐ 07 1.93E

‐ 07

# Walter Scott Jr. Energy

Center

ORIS/Facility/Unit 

# 1082

Runs 

# 4

1 2.5027E

‐ 09 DLL

2 8.0201E

‐ 09 DLL

3 1.4011E

‐ 08 DLL

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 N N

# 2

This step is for QC only:



# means 8.18E

‐ 09

8.18E

‐ 09

Mean =

Pooled Variance = 

# 3.3127E

‐ 17

m= number future runs = 3

Term1 0.6667

Term2 2.2084E

‐ 17

Squared root Term2 

# 4.6994E

‐ 09

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

 

#  

# 

1 N

i

i 

# n

 

# 

# t

‐ statistic = quantile t

‐ distribution

with df degrees of

freedom at .99

confidence level

= 6.96

UPL POOLED VARIANCE = 4.0907E

‐ 08 d f 

# t



# 2

, 

# 1 1

df p 

# Xt s

n m  

      d f 

# t

# Emissions (lb/MMBtu)

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

# UPL Pooled 

# 2

, 

# 1 1

d f p 

# Xt s

n m  

     

# Variance= 

# 2

, df p 

# X t s

n m  

     

# Walter Scott Jr. Energy

Center AES Hawaii

ORIS/Facility/Unit 

# 4 001

Test Averages 1082 10673

1 7.3840E

‐ 08 8.1008E

‐ 08

2

3

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 = 

# 1 1

Total Number of sources = 131

N N

# n =Total # test runs = 

# 131

130

This step is for QC only:



# means 7.38E

‐ 08 8.10E

‐ 08

9.84E

‐ 07

Mean =

Pooled Variance = 

# 2.6142E

‐ 13

m= number future runs = 1

Term1 1.0076

Term2 2.6342E

‐ 13

Squared root Term2 

# 5.1324E

‐ 07

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

 

#  

#  1 N

i

i 

# n

 

# 

# t

‐ statistic = quantile t

‐ distribution

with df degrees of

freedom at .99

confidence level

= 2.36

UPL POOLED VARIANCE = 2.1925E

‐ 06 d f 

# t



# 2

, 

# 1 1

df p 

# Xt s

n m  

      d f 

# t

# Oak Grove Chambers

Cogeneration LP Eastlake Cholla Southampton

Power Station Cholla

OG1 Boil 1 Unit 1 004 Unit 1 & 2 003

6180 10566 2837 113 10774 113

1.2518E

‐ 07 1.2837E

‐ 07 1.4203E

‐ 07 1.8000E

‐ 07 1.8588E

‐ 07 1.9117E

‐ 07

1 111 11 Emissions (lb/MW)

# 1.25E

‐ 07 1.28E

‐ 07 1.42E

‐ 07 1.80E

‐ 07 1.86E

‐ 07 1.91E

‐ 07

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

# Pulliam Reid Gardner Weston Louisa AES Hawaii Logan

Generating

Plant

8 1 W4 101 002 Unit1

4072 2324 4078 6664 10673 10043

2.1081E

‐ 07 2.1712E

‐ 07 2.4615E

‐ 07 2.6598E

‐ 07 2.6599E

‐ 07 3.0063E

‐ 07

1 111 11

# 2.11E

‐ 07 2.17E

‐ 07 2.46E

‐ 07 2.66E

‐ 07 2.66E

‐ 07 3.01E

‐ 07

# Weston Northampton

Generating

Company, L.P. Havana Hopewell Clover Cedar Bay

Generating

Company L.P. Salem Harbor

W3 GEN1 Boiler 9 1 & 2 Unit 2 CBA1 Unit 1

4078 50888 891 10771 7213 10672 1626

3.3874E

‐ 07 3.4098E

‐ 07 3.4315E

‐ 07 3.5638E

‐ 07 3.8226E

‐ 07 3.9166E

‐ 07 4.2039E

‐ 07

1 1 11 1 11

2 

# 1 1

X    

# 3.39E

‐ 07 3.41E

‐ 07 3.43E

‐ 07 3.56E

‐ 07 3.82E

‐ 07 3.92E

‐ 07 4.20E

‐ 07 UPL Pooled

Variance= 

# 2

, 

# 1 1

df p 

# Xt s

n m  

     

# Cross Bridgeport Station Sioux Harding Street Asheville

Steam Electric

Plant Cope Hardin

Generator

Project

C3 BHSEMU3OS3

‐ #2 002 70ss Ash_Cfg_2 COP001 PC1

130 568 2107 990 2706 7210 55749

4.2325E

‐ 07 4.2686E

‐ 07 4.6026E

‐ 07 4.7452E

‐ 07 4.8739E

‐ 07 4.9558E

‐ 07 5.3619E

‐ 07

1 1 1 1 111

# 4.23E

‐ 07 4.27E

‐ 07 4.60E

‐ 07 4.75E

‐ 07 4.87E

‐ 07 4.96E

‐ 07 5.36E

‐ 07

# Wygen 1 Eastlake H L Spurlock

Station Dallman Neil Simpson

II Cedar Bay

Generating

Company L.P.

WYG1Cfg Unit 3 Unit 03 34 NS2Cfg CBB1

55479 2837 6041 963 7504 10672

5.3792E

‐ 07 5.8139E

‐ 07 6.5118E

‐ 07 6.5870E

‐ 07 6.6903E

‐ 07 6.6940E

‐ 07

11 111 1

# 5.38E

‐ 07 5.81E

‐ 07 6.51E

‐ 07 6.59E

‐ 07 6.69E

‐ 07 6.69E

‐ 07

# Silver Bay Power James River

Cogeneration Co Red Hills

Generating

Facility Clinch River Red Hills

Generating

Facility Chambers

Cogeneration

LP

GEN1 UNIT2 002 CR

‐ 1 001 Boil 2

10849 10377 55076 3775 55076 10566

6.7676E

‐ 07 6.9060E

‐ 07 6.9141E

‐ 07 6.9381E

‐ 07 6.9683E

‐ 07 6.9965E

‐ 07

1 1 1 111

# 6.77E

‐ 07 6.91E

‐ 07 6.91E

‐ 07 6.94E

‐ 07 6.97E

‐ 07 7.00E

‐ 07

# Martin Drake W.H.

Weatherspoo

n Plant Elm Road

Generating

Station G G Allen Duck Creek G G Allen Welsh

Unit 5

‐ Coal Wea_Cfg_1 ERGS

‐ B1 3

‐ 2009

‐ FGDIN 001 4

‐ 2009

‐ FGDIN WE

‐ 1

492 2716 56068 2718 6016 2718 6139

7.0052E

‐ 07 7.0641E

‐ 07 7.0731E

‐ 07 7.1003E

‐ 07 7.1378E

‐ 07 7.1816E

‐ 07 7.2497E

‐ 07

1111111

# 7.01E

‐ 07 7.06E

‐ 07 7.07E

‐ 07 7.10E

‐ 07 7.14E

‐ 07 7.18E

‐ 07 7.25E

‐ 07

# Springerville Rawhide TransAlta

Centralia

Generation Spruance Genco,

LLC Comanche Hammond

3 Rawhide101 BW21CONFIG GEN2 Unit 2 Unit 2

8223 6761 3845 54081 470 708

7.3337E

‐ 07 7.3673E

‐ 07 7.6841E

‐ 07 7.8595E

‐ 07 8.1568E

‐ 07 8.4421E

‐ 07

11 1 1 1 1

# 7.33E

‐ 07 7.37E

‐ 07 7.68E

‐ 07 7.86E

‐ 07 8.16E

‐ 07 8.44E

‐ 07

# AES Puerto Rico

Cogeneration

Facility Hammond San Juan Brandon

Shores Cross Hammond

Unit_2 Unit 3 Unit 2 002 C4 Unit 1

68029 708 2451 602 130 708

8.4589E

‐ 07 8.4670E

‐ 07 8.4707E

‐ 07 8.5070E

‐ 07 8.5319E

‐ 07 8.5958E

‐ 07

1111 1 1

# 8.46E

‐ 07 8.47E

‐ 07 8.47E

‐ 07 8.51E

‐ 07 8.53E

‐ 07 8.60E

‐ 07

# Spruance

Genco, LLC Erickson Station Whelan

Energy Center

Unit 1 (WEC1) Sibley McMeekin Hammond

GEN1 001 1 3 MCM002 Unit 4

54081 1832 60 2094 3287 708

8.6006E

‐ 07 8.6310E

‐ 07 8.6371E

‐ 07 8.6713E

‐ 07 8.8140E

‐ 07 8.9550E

‐ 07

1 1111 1

# 8.60E

‐ 07 8.63E

‐ 07 8.64E

‐ 07 8.67E

‐ 07 8.81E

‐ 07 8.95E

‐ 07

# Stanton Energy

Center James H. Miller Jr. Spruance

Genco, LLC TransAlta

Centralia

Generation R D Green

2 coal Unit 4 GEN4 BW22CONFIG 2

564 6002 54081 3845 6639

9.1934E

‐ 07 9.2878E

‐ 07 9.3807E

‐ 07 9.5848E

‐ 07 9.5924E

‐ 07

1 11 1 1

# 9.19E

‐ 07 9.29E

‐ 07 9.38E

‐ 07 9.58E

‐ 07 9.59E

‐ 07

# Lawrence Energy

Center Cardinal Sibley H L Spurlock

Station PSEG Mercer

Generating

Station Muscatine #1 Nebraska City

3 CD

‐ U3 1 Unit 04 OS1

‐ Coal 8 NC2

1250 2828 2094 6041 2408 1167 6096

9.7013E

‐ 07 9.7047E

‐ 07 9.8361E

‐ 07 9.9388E

‐ 07 1.0000E

‐ 06 1.0013E

‐ 06 1.0301E

‐ 06

1 1 11111

# 9.70E

‐ 07 9.70E

‐ 07 9.84E

‐ 07 9.94E

‐ 07 1.00E

‐ 06 1.00E

‐ 06 1.03E

‐ 06

# Eagle Valley Sibley Springerville Craig Lansing H L Spurlock

Station

6 2 4 C2 Unit 4 Unit 01

991 2094 8223 6021 1047 6041

1.0429E

‐ 06 1.0916E

‐ 06 1.0952E

‐ 06 1.1019E

‐ 06 1.1033E

‐ 06 1.1212E

‐ 06

111111

# 1.04E

‐ 06 1.09E

‐ 06 1.10E

‐ 06 1.10E

‐ 06 1.10E

‐ 06 1.12E

‐ 06

# San Juan Morgantown Energy

Facility A. B. Brown

Generating

Station Run

Cogeneration

Facility Cross AES Shady

Point,LLC

Unit 3 Unit 1&2 1Config BLR1 C1 Unit 1

2451 10743 6137 10678 130 10671

1.1283E

‐ 06 1.1674E

‐ 06 1.1740E

‐ 06 1.1796E

‐ 06 1.1931E

‐ 06 1.2076E

‐ 06

1 1 1 111

# 1.13E

‐ 06 1.17E

‐ 06 1.17E

‐ 06 1.18E

‐ 06 1.19E

‐ 06 1.21E

‐ 06

# AES Shady

Point,LLC Newton Gibson Roxboro

Steam Electric

Plant Rico

Cogeneration

Facility BL England Asheville

Steam Electric

Plant

Unit 2 002 2

‐ 2007

‐ FGDIN Rox_Cfg_1b Unit_1 w/o TDF Ash_Cfg_1d

10671 6017 6113 2712 68029 2378 2706

1.2076E

‐ 06 1.2333E

‐ 06 1.2571E

‐ 06 1.2774E

‐ 06 1.3185E

‐ 06 1.3420E

‐ 06 1.3519E

‐ 06

1111111

# 1.21E

‐ 06 1.23E

‐ 06 1.26E

‐ 06 1.28E

‐ 06 1.32E

‐ 06 1.34E

‐ 06 1.35E

‐ 06

# Hennepin

Power Station Hennepin

Power Station CREEK

ENERGY

FACILITY CREEK

ENERGY

FACILITY Crist Crist PPL Brunner

Island

001 002 BG2 BG1 Unit 5 Unit 6 U2

892 892 50776 50776 641 641 3140

1.3686E

‐ 06 1.4131E

‐ 06 1.4213E

‐ 06 1.4213E

‐ 06 1.4372E

‐ 06 1.4380E

‐ 06 1.4695E

‐ 06

1111 1 11

# 1.37E

‐ 06 1.41E

‐ 06 1.42E

‐ 06 1.42E

‐ 06 1.44E

‐ 06 1.44E

‐ 06 1.47E

‐ 06

# Birchwood

Power Facility Spruance Genco, LLC PSEG Mercer

Generating

Station Crist Crist Roxboro

Steam Electric

Plant

1A GEN3 S1

‐ Coal Unit 7 Unit 4 Rox_Cfg_2c

54304 54081 2408 641 641 2712

1.4738E

‐ 06 1.5072E

‐ 06 1.5105E

‐ 06 1.5217E

‐ 06 1.5269E

‐ 06 1.5269E

‐ 06

1 1 1111

# 1.47E

‐ 06 1.51E

‐ 06 1.51E

‐ 06 1.52E

‐ 06 1.53E

‐ 06 1.53E

‐ 06

# PPL Brunner

Island River Rouge

Power Plant Nucla Sheldon

Station PSEG Hudson

Generating

Station Wabash River State Line

U1 RR2

‐ Config 001 U1 OS1

‐ Coal 6 Unit 3

3140 1740 527 2277 2403 1010 981

1.5445E

‐ 06 1.5849E

‐ 06 1.5904E

‐ 06 1.6534E

‐ 06 1.6674E

‐ 06 1.6707E

‐ 06 1.7074E

‐ 06

1 111111

# 1.54E

‐ 06 1.58E

‐ 06 1.59E

‐ 06 1.65E

‐ 06 1.67E

‐ 06 1.67E

‐ 06 1.71E

‐ 06

# ML Kapp Sheldon

Station Valley Ebensburg

Power Company Wygen 2 Valley

Unit 2 U2 VAPP

‐ B4 EPC01 WYG2Cfg VAPP

‐ B3

1048 2277 4042 10603 56319 4042

1.7210E

‐ 06 1.7545E

‐ 06 1.7888E

‐ 06 1.7983E

‐ 06 1.8048E

‐ 06 1.8080E

‐ 06

11 1 1 1 1

# 1.72E

‐ 06 1.75E

‐ 06 1.79E

‐ 06 1.80E

‐ 06 1.80E

‐ 06 1.81E

‐ 06

# R.M. Schahfer Cedar Bay

Generating

Company L.P. La Cygne Will County Dunkirk

Generating

Plant Wabash River Coal Creek

R.M.0014 CBC1 2 WC4CONFIG 4 4 Unit 1b

6085 10672 1241 884 2554 1010 6030

1.8392E

‐ 06 1.8496E

‐ 06 1.8573E

‐ 06 1.8667E

‐ 06 1.8747E

‐ 06 1.9170E

‐ 06 1.9435E

‐ 06

1111111

# 1.84E

‐ 06 1.85E

‐ 06 1.86E

‐ 06 1.87E

‐ 06 1.87E

‐ 06 1.92E

‐ 06 1.94E

‐ 06

# Craig J T Deely

C1 2

6021 6181

1.9599E

‐ 06 1.9639E

‐ 06

1 1

# 1.96E

‐ 06 1.96E

‐ 06

# Walter Scott Jr. Energy

Center

ORIS/Facility/Unit 

# 1082

Runs 

# 4

1 2.2598E

‐ 08 DLL

2 7.2416E

‐ 08 DLL

3 1.2651E

‐ 07 DLL

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 N N

# 2

This step is for QC only:



# means 7.38E

‐ 08

7.38E

‐ 08

Mean =

Pooled Variance = 

# 2.7008E

‐ 15

m= number future runs = 3

Term1 0.6667

Term2 1.8005E

‐ 15

Squared root Term2 

# 4.2433E

‐ 08

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

 

#  

# 

1 N

i

i 

# n

 

# 

# t

‐ statistic = quantile t

‐ distribution

with df degrees of

freedom at .99

confidence level

= 6.96

UPL POOLED VARIANCE = 3.6937E

‐ 07 d f 

# t



# 2

, 

# 1 1

df p 

# Xt s

n m  

      d f 

# t

# Emissions (lb/MW)

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

# UPL Pooled 

# 2

, 

# 1 1

d f p 

# Xt s

n m  

     

# Variance= 

# 2

, df p 

# X t s

n m  

     

# Bonanza Power Plant Dunkirk Generating

Plant

ORIS/Facility/Unit 

# 7790 2554

Test Averages 1

‐ 1 1

1 8.7266E

‐ 05 3.0608E

‐ 02

2

3

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 = 

# 1 1

Total Number of sources = 

# 131 N

# Martin Drake Bridgeport

Station Roxboro

Steam Electric

Plant Springerville Havana Dunkirk

Generating

Plant

492 568 2712 8223 891 2554

Unit 5

‐ Coal BHSEMU3OS3

‐

#2 Rox_Cfg_2c 4 Boiler 9 4

3.1874E

‐ 02 3.3535E

‐ 02 3.3550E

‐ 02 3.4854E

‐ 02 4.0004E

‐ 02 3.6247E

‐ 02

111111 Emissions (lb/MW)

# J K Spruce Reid Gardner San Juan Roxboro

Steam Electric

Plant Dallman Walter Scott

Jr. Energy

Center Weston

7097 2324 2451 2712 963 1082 4078

1 1 Unit 3 Rox_Cfg_1b 34 4 W4

4.2389E

‐ 02 4.7387E

‐ 02 4.6179E

‐ 02 4.8260E

‐ 02 4.1955E

‐ 02 4.5701E

‐ 02 4.7561E

‐ 02

1 1 1 11 1 1

# Clover Gerald

Gentleman AES Hawaii Crist Crist Crist Crist

7213 6077 10673 641 641 641 641

Unit 2 U1 001 Unit 4 Unit 5 Unit 7 Unit 6

6.1728E

‐ 02 5.7879E

‐ 02 2.9129E

‐ 02 5.7917E

‐ 02 5.7950E

‐ 02 6.1320E

‐ 02 6.1529E

‐ 02

11 1 1 1 1 1

# TransAlta Centralia

Generation H L Spurlock

Station Hammond Hammond Hammond Hammond

3845 6041 708 708 708 708

BW21CONFIG Unit 03 Unit 4 Unit 1 Unit 2 Unit 3

7.6145E

‐ 02 5.0000E

‐ 02 6.0034E

‐ 02 6.0211E

‐ 02 6.1127E

‐ 02 6.3682E

‐ 02

1 1 1 111

# North Valmy San Juan Duck Creek Whelan

Energy Center

Unit 1 (WEC1) J T Deely J T Deely

8224 2451 6016 60 6181 6181

1 Unit 4 001 1 1 2

6.4832E

‐ 02 6.5041E

‐ 02 7.2101E

‐ 02 6.6322E

‐ 02 6.2978E

‐ 02 6.2978E

‐ 02

11 111 1

# Sheldon Station South Oak Creek Craig Reid Gardner Sunnyside

Cogen

Associates Brandon

Shores

2277 4041 6021 2324 50951 602

U2 OCPP

‐ B7 C2 4 Config 1 002

7.2326E

‐ 02 6.2092E

‐ 02 6.5356E

‐ 02 7.3637E

‐ 02 8.4597E

‐ 02 7.1412E

‐ 02

1 1 1 111

# Cholla Martin Drake Herbert A.

Wagner AES Hawaii Martin Drake G G Allen G G Allen

113 492 1554 10673 492 2718 2718

004 Unit 7

‐ Coal 002 002 Unit 6

‐ Coal 3

‐ 2009

‐ FGDIN 4

‐ 2009

‐ FGDIN

7.4246E

‐ 02 7.8337E

‐ 02 7.6945E

‐ 02 3.5814E

‐ 02 8.4269E

‐ 02 6.1919E

‐ 02 6.2628E

‐ 02

1111111

# H L Spurlock

Station Seward Seward San Juan Pulliam New Castle

Plant

6041 3130 3130 2451 4072 3138

Unit 04 SEW

‐ 2 SEW

‐ 1 Unit 1 8 NC4

‐ 2

7.4138E

‐ 02 8.6199E

‐ 02 8.6199E

‐ 02 8.1787E

‐ 02 8.9721E

‐ 02 7.6782E

‐ 02

11 1 1 1 1

# Hawthorn Panther Creek

Energy Facility Panther Creek

Energy Facility San Juan Cholla Valley

2079 50776 50776 2451 113 4042

5A BG2 BG1 Unit 2 003 VAPP

‐ B4

9.6567E

‐ 02 1.1331E

‐ 01 1.1331E

‐ 01 8.7700E

‐ 02 8.5002E

‐ 02 1.1000E

‐ 01

1111 1 1

# Craig Sheldon Station TransAlta

Centralia

Generation James H.

Miller Jr. Asheville

Steam Electric

Plant AES Shady

Point,LLC

6021 2277 3845 6002 2706 10671

C1 U1 BW22CONFIG Unit 4 Ash_Cfg_2 Unit 1

8.1078E

‐ 02 9.8638E

‐ 02 1.2708E

‐ 01 9.0751E

‐ 02 8.8273E

‐ 02 1.2762E

‐ 01

1 1111 1

# AES Shady

Point,LLC Piney Creek

Project Spruance

Genco, LLC Big Stone Neil Simpson II

10671 54144 54081 6098 7504

Unit 2 BRBRI GEN2 001 NS2Cfg

1.2762E

‐ 01 1.2772E

‐ 01 1.3735E

‐ 01 1.1369E

‐ 01 1.3320E

‐ 01

1 11 1 1

# Eastlake Potomac River Ray D Nixon Weston La Cygne Taconite

Harbor Energy

Center

2837 3788 8219 4078 1241 10075

Unit 1 3 Unit 1 W3 2 THEC2

8.9922E

‐ 02 9.7880E

‐ 02 1.0481E

‐ 01 1.0936E

‐ 01 1.3316E

‐ 01 1.3687E

‐ 01

1 1 1111

# Clifty Creek Clifty Creek Clifty Creek Asheville

Steam Electric

Plant H L Spurlock

Station Foster

Wheeler Mt

Carmel Cogen

983 983 983 2706 6041 10343

Unit 3 Unit 1 Unit 2 Ash_Cfg_1d Unit 01 SG

‐ 101

1.2364E

‐ 01 1.2438E

‐ 01 1.2763E

‐ 01 1.1074E

‐ 01 1.2833E

‐ 01 1.4289E

‐ 01

1 11111

# Craig Reid Gardner Louisa Cross Gibson Sandow

Station South Oak

Creek

6021 2324 6664 130 6113 52071 4041

C3 3 101 C1 2

‐ 2007

‐ FGDIN 5B OCPP

‐ B8

1.0813E

‐ 01 1.4539E

‐ 01 1.4418E

‐ 01 1.4486E

‐ 01 1.3417E

‐ 01 1.4519E

‐ 01 1.2456E

‐ 01

1 111 1 1 1

# Reid Gardner Consumers

Energy

‐ J.H.

Campbell Consumers

Energy

‐ J.H.

Campbell TS Power

Plant Valley Valley Pleasant

Prairie

2324 1710 1710 56224 4042 4042 6170

2 JHC1

‐ Conf JHC2

‐ Conf TSPower VAPP

‐ B3 VAPP

‐ B2 PPPPB2

1.5423E

‐ 01 1.2785E

‐ 01 1.3176E

‐ 01 1.2364E

‐ 01 1.7114E

‐ 01 1.7392E

‐ 01 1.4492E

‐ 01

1111111

# North Valmy New Castle

Plant Newton Eddystone

Generating

Station Oak Grove Rawhide Gibson

8224 3138 6017 3161 6180 6761 6113

2 NC3

‐ 2 002 Unit 2 OG1 Rawhide101 1

‐ 2007

‐ FGDIN

1.5958E

‐ 01 1.5689E

‐ 01 1.3531E

‐ 01 1.3117E

‐ 01 1.7524E

‐ 01 1.5103E

‐ 01 1.6078E

‐ 01

1111 1 11

# Conemaugh Eastlake Potomac River Scholz AES Warrior

Run

Cogeneration

Facility Erickson

Station Sioux

3118 2837 3788 642 10678 1832 2107

CON

‐ 1 Unit 3 2 Unit 1 BLR1 001 002

1.6127E

‐ 01 1.4180E

‐ 01 1.7731E

‐ 01 2.0796E

‐ 01 1.8246E

‐ 01 1.8319E

‐ 01 1.7496E

‐ 01

11 1 1 1 1 1

# Niles Plant Shawville Shawville Cross Niles Plant Gerald

Gentleman Wygen 1

2861 3131 3131 130 2861 6077 55479

N2

‐ 1 SHAW3

‐ 1 SHAW4

‐ 1 C3 N1

‐ 1 U2 WYG1Cfg

1.8484E

‐ 01 1.8108E

‐ 01 1.8108E

‐ 01 1.9353E

‐ 01 1.9804E

‐ 01 2.0441E

‐ 01 2.3637E

‐ 01

1111111

# R D Green Endicott Station Colbert PPL Montour Cane Run Northampton

Generating

Company, L.P.

6639 4259 47 3149 1363 50888

2 1 3 U1 CR5 GEN1

2.3671E

‐ 01 2.2281E

‐ 01 2.3737E

‐ 01 2.1404E

‐ 01 2.9138E

‐ 01 2.3136E

‐ 01

1 1 1 111

# Valley Stanton

Energy Center Grant Town

Power Plant Sandow

Station Joppa Steam PPL Montour Avon Lake

4042 564 10151 52071 887 3149 2836

VAPP

‐ B1 2 coal GEN1 5A 1 U2 AL12

‐ 2

2.9509E

‐ 01 2.2575E

‐ 01 1.7590E

‐ 01 2.6165E

‐ 01 2.4901E

‐ 01 2.3274E

‐ 01 2.4840E

‐ 01

111111 1

# Dale Station

1385

03

3.0291E

‐ 01

1

# n =Total # test runs = 

# 131

130

This step is for QC only:



# means 8.73E

‐ 05 3.06E

‐ 02

1.18E

‐ 01

Mean =

Pooled Variance = 

# 4.2074E

‐ 03

m= number future runs = 3

Term1 0.3410

Term2 1.4346E

‐ 03

Squared root Term2 

# 0.03788 

#   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

 

# 

# 3.19E

‐ 02 3.35E

‐ 02 3.36E

‐ 02 3.49E

‐ 02 4.00E

‐ 02 3.62E

‐ 02

# 4.24E

‐ 02 4.74E

‐ 02 4.62E

‐ 02 4.83E

‐ 02 4.20E

‐ 02 4.57E

‐ 02 4.76E

‐ 02

# 6.17E

‐ 02 5.79E

‐ 02 2.91E

‐ 02 5.79E

‐ 02 5.79E

‐ 02 6.13E

‐ 02 6.15E

‐ 02 UPL Pooled

Variance= 

# 2

, 

# 1 1

df p 

# Xt s

n m  

     

# 7.61E

‐ 02 5.00E

‐ 02 6.00E

‐ 02 6.02E

‐ 02 6.11E

‐ 02 6.37E

‐ 02

# 6.48E

‐ 02 6.50E

‐ 02 7.21E

‐ 02 6.63E

‐ 02 6.30E

‐ 02 6.30E

‐ 02

# 7.23E

‐ 02 6.21E

‐ 02 6.54E

‐ 02 7.36E

‐ 02 8.46E

‐ 02 7.14E

‐ 02

# 7.42E

‐ 02 7.83E

‐ 02 7.69E

‐ 02 3.58E

‐ 02 8.43E

‐ 02 6.19E

‐ 02 6.26E

‐ 02

# 7.41E

‐ 02 8.62E

‐ 02 8.62E

‐ 02 8.18E

‐ 02 8.97E

‐ 02 7.68E

‐ 02

# 9.66E

‐ 02 1.13E

‐ 01 1.13E

‐ 01 8.77E

‐ 02 8.50E

‐ 02 1.10E

‐ 01

# 8.11E

‐ 02 9.86E

‐ 02 1.27E

‐ 01 9.08E

‐ 02 8.83E

‐ 02 1.28E

‐ 01

# 1.28E

‐ 01 1.28E

‐ 01 1.37E

‐ 01 1.14E

‐ 01 1.33E

‐ 01

# 8.99E

‐ 02 9.79E

‐ 02 1.05E

‐ 01 1.09E

‐ 01 1.33E

‐ 01 1.37E

‐ 01

# 1.24E

‐ 01 1.24E

‐ 01 1.28E

‐ 01 1.11E

‐ 01 1.28E

‐ 01 1.43E

‐ 01

# 1.08E

‐ 01 1.45E

‐ 01 1.44E

‐ 01 1.45E

‐ 01 1.34E

‐ 01 1.45E

‐ 01 1.25E

‐ 01

# 1.54E

‐ 01 1.28E

‐ 01 1.32E

‐ 01 1.24E

‐ 01 1.71E

‐ 01 1.74E

‐ 01 1.45E

‐ 01

# 1.60E

‐ 01 1.57E

‐ 01 1.35E

‐ 01 1.31E

‐ 01 1.75E

‐ 01 1.51E

‐ 01 1.61E

‐ 01

# 1.61E

‐ 01 1.42E

‐ 01 1.77E

‐ 01 2.08E

‐ 01 1.82E

‐ 01 1.83E

‐ 01 1.75E

‐ 01

# 1.85E

‐ 01 1.81E

‐ 01 1.81E

‐ 01 1.94E

‐ 01 1.98E

‐ 01 2.04E

‐ 01 2.36E

‐ 01

# 2.37E

‐ 01 2.23E

‐ 01 2.37E

‐ 01 2.14E

‐ 01 2.91E

‐ 01 2.31E

‐ 01

# 2.95E

‐ 01 2.26E

‐ 01 1.76E

‐ 01 2.62E

‐ 01 2.49E

‐ 01 2.33E

‐ 01 2.48E

‐ 01

# 3.03E

‐ 01

# 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

= 2.36

UPL POOLED VARIANCE = 0.20736 

# 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 )

# AES Hawaii

ORIS/Facility/Unit 

# 10673

Runs 

# 001

1 3.2866E

‐ 02

2 2.8386E

‐ 02

3 2.6135E

‐ 02

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

 

#  N

# Emissions (lb/MW)

# UPL Pooled

Variance= 

# 2

, 

# 1 1

df p 

# Xt s

n m  

     

# 2

This step is for QC only:



# means 2.91E

‐ 02

2.91E

‐ 02

Mean =

Pooled Variance = 

# 1.1739E

‐ 05

m= number future runs = 3

Term1 0.6667

Term2 7.8261E

‐ 06

Squared root Term2 

# 0.002797515

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

 

#  

# 

# , df p



# n m    

# t

‐ statistic = quantile t

‐ distribution

with df degrees of

freedom at .99

confidence level

= 6.964556734

UPL POOLED VARIANCE = 0.048612596 

# d f 

# t

2

, 

# 1 1

df p 

# Xt s

n m  

     

# Chambers

Cogeneration LP USED FOR NEW DUE

TO DATA ISSUE

Weston

ORIS/Facility/Unit 

# Boil 2 W4

Test Averages 10566 4078

1 1.3271E

‐ 06 1.5008E

‐ 06

2

3

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 = 

# 1 1

# Rawhide Logan

Generating

Plant Northampton

Generating

Company, L.P. Wygen 1 AES Shady

Point,LLC AES Shady

Point,LLC Havana

Rawhide101 Unit1 GEN1 WYG1Cfg Unit 1 Unit 2 Boiler 9

6761 10043 50888 55479 10671 10671 891

1.5146E

‐ 06 1.6352E

‐ 06 1.8194E

‐ 06 2.0280E

‐ 06 2.0991E

‐ 06 2.0991E

‐ 06 2.1492E

‐ 06

1111111 Emissions (lb/MMBtu)

# Martin Drake Reid Gardner Neil Simpson

II Cedar Bay Generating

Company L.P. Cedar Bay

Generating

Company L.P. TransAlta

Centralia

Generation

Unit 5

‐ Coal 1 NS2Cfg CBA1 CBB1 BW21CONFIG

492 2324 7504 10672 10672 3845

2.2076E

‐ 06 2.3277E

‐ 06 2.6873E

‐ 06 2.9424E

‐ 06 3.4357E

‐ 06 3.4470E

‐ 06

111 111

# R D Green J K Spruce AES Warrior

Run

Cogeneration

Facility Chambers

Cogeneration

LP TransAlta

Centralia

Generation Hayden

2 1 BLR1 Boil 1 BW22CONFIG Unit 1

6639 7097 10678 10566 3845 525

3.6290E

‐ 06 3.7213E

‐ 06 3.9494E

‐ 06 3.9895E

‐ 06 4.1951E

‐ 06 4.2327E

‐ 06

1 11 1 11

# Springerville Sunnyside Cogen

Associates Hayden Gerald

Gentleman Comanche AES Hawaii

4 Config 1 Unit 2 U1 Unit 2 002

8223 50951 525 6077 470 10673

4.3890E

‐ 06 4.4551E

‐ 06 4.8513E

‐ 06 4.9356E

‐ 06 5.2450E

‐ 06 5.3310E

‐ 06

1 1 1 1 11

# Spruance

Genco, LLC Sheldon

Station Gerald

Gentleman Dunkirk

Generating

Plant Bridgeport

Station Whelan

Energy Center

Unit 1 (WEC1) Martin Drake

GEN1 U1 U2 1 BHSEMU3OS3

‐

#2 1 Unit 7

‐ Coal

54081 2277 6077 2554 568 60 492

5.4711E

‐ 06 5.5310E

‐ 06 5.5692E

‐ 06 5.9302E

‐ 06 6.1301E

‐ 06 6.2112E

‐ 06 6.2811E

‐ 06

111 111 1

# Dunkirk

Generating Plant San Juan Southampton

Power Station Spruance

Genco, LLC Sheldon

Station Silver Bay

Power

4 Unit 3 Unit 1 & 2 GEN2 U2 GEN1

2554 2451 10774 54081 2277 10849

6.4023E

‐ 06 6.4840E

‐ 06 6.5102E

‐ 06 6.5928E

‐ 06 6.6976E

‐ 06 6.7353E

‐ 06

1 1 1 111

# Sandow

Station Sandow

Station INDIANTOWN

COGENERATI

ON L.P. Elm Road

Generating

Station Springerville Wygen 2 Dallman

5B 5A 001 ERGS

‐ B1 3 WYG2Cfg 34

52071 52071 50976 56068 8223 56319 963

7.2494E

‐ 06 7.3264E

‐ 06 7.3460E

‐ 06 7.5476E

‐ 06 7.6038E

‐ 06 7.6949E

‐ 06 7.8418E

‐ 06

1111111

# Spruance

Genco, LLC Hawthorn San Juan South Oak Creek James River

Cogeneration

Co Cedar Bay

Generating

Company L.P.

GEN4 5A Unit 2 OCPP

‐ B7 UNIT2 CBC1

54081 2079 2451 4041 10377 10672

7.8870E

‐ 06 7.9891E

‐ 06 8.1335E

‐ 06 8.2178E

‐ 06 8.3599E

‐ 06 8.4995E

‐ 06

11 1 1 1 1

# PANTHER CREEK

ENERGY FACILITY PANTHER

CREEK

ENERGY

FACILITY Nebraska City TS Power

Plant Brandon

Shores Roxboro Steam

Electric Plant

BG2 BG1 NC2 TSPower 002 Rox_Cfg_2c

50776 50776 6096 56224 602 2712

8.6932E

‐ 06 8.6932E

‐ 06 8.8555E

‐ 06 9.0661E

‐ 06 9.2764E

‐ 06 9.6107E

‐ 06

1111 1 1

# San Juan PSEG Mercer

Generating

Station Morgantown

Energy Facility AES Puerto

Rico

Cogeneration

Facility H L Spurlock

Station Cholla

Unit 4 MERU1E1PT1OS

1

‐ Coal Unit 1&2 Unit_1 Unit 04 003

2451 2408 10743 68029 6041 113

9.6577E

‐ 06 9.9718E

‐ 06 1.0112E

‐ 05 1.0121E

‐ 05 1.0221E

‐ 05 1.0279E

‐ 05

1 1111 1

# Welsh Birchwood Power

Facility Hennepin

Power Station Hennepin Power

Station Spruance Genco, LLC

WE

‐ 1 1A 001 002 GEN3

6139 54304 892 892 54081

1.0325E

‐ 05 1.0998E

‐ 05 1.1779E

‐ 05 1.1779E

‐ 05 1.2178E

‐ 05

1 11 1 1

# Duck Creek San Juan Erickson

Station PSEG Mercer

Generating

Station Twin Oaks

Power One Piney Creek

Project

001 Unit 1 001 MERU2E2PT2

OS1

‐ Coal U2 BRBRI

6016 2451 1832 2408 7030 54144

1.2669E

‐ 05 1.3760E

‐ 05 1.4139E

‐ 05 1.4483E

‐ 05 1.4648E

‐ 05 1.5061E

‐ 05

1 1 1111

# AES Puerto

Rico

Cogeneration

Facility Hopewell Cholla Hardin

Generator

Project AES Hawaii Taconite

Harbor Energy

Center

Unit_2 1 & 2 004 PC1 001 THEC2

68029 10771 113 55749 10673 10075

1.5187E

‐ 05 1.5337E

‐ 05 1.5340E

‐ 05 1.5567E

‐ 05 1.5582E

‐ 05 1.6069E

‐ 05

1 11111

# J T Deely J T Deely Taconite Harbor

Energy Center PPL Montour Sibley Sibley

2 1 THEC1 U2 1 2

6181 6181 10075 3149 2094 2094

1.7213E

‐ 05 1.7213E

‐ 05 1.7853E

‐ 05 1.7926E

‐ 05 1.7942E

‐ 05 1.7942E

‐ 05

1 1 1 1 11

# Sibley La Cygne Crist Crist Crist Crist Clinch River

3 2 Unit 4 Unit 5 Unit 7 Unit 6 CR

‐ 1

2094 1241 641 641 641 641 3775

1.7942E

‐ 05 1.8245E

‐ 05 1.8424E

‐ 05 1.8424E

‐ 05 1.8424E

‐ 05 1.8424E

‐ 05 1.8894E

‐ 05

1 111111

# Weston Seward Seward James H.

Miller Jr. Ebensburg

Power

Company Roxboro Steam

Electric Plant Grant Town

Power Plant

W3 SEW

‐ 1 SEW

‐ 2 Unit 4 EPC01 Rox_Cfg_1b GEN1

4078 3130 3130 6002 10603 2712 10151

1.9218E

‐ 05 1.9616E

‐ 05 1.9616E

‐ 05 1.9894E

‐ 05 2.0806E

‐ 05 2.2156E

‐ 05 2.2461E

‐ 05

11111 1 1

# Will County Sioux Oak Grove Louisa Cope Joppa Steam

WC4CONFIG 002 OG1 101 COP001 1

884 2107 6180 6664 7210 887

2.2542E

‐ 05 2.3198E

‐ 05 2.3701E

‐ 05 2.4885E

‐ 05 2.6137E

‐ 05 2.6240E

‐ 05

11 1 111

# Lawrence

Energy Center H L Spurlock

Station PPL Montour Craig Hammond Hammond Hammond

3 Unit 01 U1 C2 Unit 1 Unit 2 Unit 3

1250 6041 3149 6021 708 708 708

2.6638E

‐ 05 2.6680E

‐ 05 2.7890E

‐ 05 2.8340E

‐ 05 2.8996E

‐ 05 2.8996E

‐ 05 2.8996E

‐ 05

11 11111

# Hammond H L Spurlock

Station Tanners Creek Meredosia Eastlake Muscatine #1

Unit 4 Unit 03 TC

‐ 4 005 Unit 1 8

708 6041 988 864 2837 1167

2.8996E

‐ 05 2.9167E

‐ 05 2.9361E

‐ 05 2.9533E

‐ 05 3.0039E

‐ 05 3.0190E

‐ 05

111 1 1 1

# State Line Newton Colver Power

Project Clover Quindaro RS Nelson Joliet 9

Unit 3 002 AAB01 Unit 1 Unit 2 001 JOL5 CONFIG

981 6017 10143 7213 1295 1393 874

3.0413E

‐ 05 3.1038E

‐ 05 3.2508E

‐ 05 3.3152E

‐ 05 3.4085E

‐ 05 3.4720E

‐ 05 3.4826E

‐ 05

1 111111

# G G Allen G G Allen Clover

3

‐ 2009

‐ FGDIN 4

‐ 2009

‐ FGDIN Unit 2

2718 2718 7213

3.5460E

‐ 05 3.5460E

‐ 05 3.5680E

‐ 05

1 11

# Total Number of sources = 

# 131

n =Total # test runs = 

# 131

130

This step is for QC only:



# means 1.33E

‐ 06 1.50E

‐ 06

1.41553E

‐ 05

Mean =

Pooled Variance = 

# 9.8058E

‐ 11

m= number future runs = 1

Term1 1.0076

Term2 9.8807E

‐ 11

Squared root Term2 

# 9.9402E

‐ 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

 

#  N

# 1.51E

‐ 06 1.64E

‐ 06 1.82E

‐ 06 2.03E

‐ 06 2.10E

‐ 06 2.10E

‐ 06 2.15E

‐ 06

# 2.21E

‐ 06 2.33E

‐ 06 2.69E

‐ 06 2.94E

‐ 06 3.44E

‐ 06 3.45E

‐ 06

# 3.63E

‐ 06 3.72E

‐ 06 3.95E

‐ 06 3.99E

‐ 06 4.20E

‐ 06 4.23E

‐ 06 UPL Pooled

Variance= 

# 2

, 

# 1 1

df p 

# Xt s

n m  

     

# 4.39E

‐ 06 4.46E

‐ 06 4.85E

‐ 06 4.94E

‐ 06 5.25E

‐ 06 5.33E

‐ 06

# 5.47E

‐ 06 5.53E

‐ 06 5.57E

‐ 06 5.93E

‐ 06 6.13E

‐ 06 6.21E

‐ 06 6.28E

‐ 06

# 6.40E

‐ 06 6.48E

‐ 06 6.51E

‐ 06 6.59E

‐ 06 6.70E

‐ 06 6.74E

‐ 06

# 7.25E

‐ 06 7.33E

‐ 06 7.35E

‐ 06 7.55E

‐ 06 7.60E

‐ 06 7.69E

‐ 06 7.84E

‐ 06

# 7.89E

‐ 06 7.99E

‐ 06 8.13E

‐ 06 8.22E

‐ 06 8.36E

‐ 06 8.50E

‐ 06

# 8.69E

‐ 06 8.69E

‐ 06 8.86E

‐ 06 9.07E

‐ 06 9.28E

‐ 06 9.61E

‐ 06

# 9.66E

‐ 06 9.97E

‐ 06 1.01E

‐ 05 1.01E

‐ 05 1.02E

‐ 05 1.03E

‐ 05

# 1.03E

‐ 05 1.10E

‐ 05 1.18E

‐ 05 1.18E

‐ 05 1.22E

‐ 05

# 1.27E

‐ 05 1.38E

‐ 05 1.41E

‐ 05 1.45E

‐ 05 1.46E

‐ 05 1.51E

‐ 05

# 1.52E

‐ 05 1.53E

‐ 05 1.53E

‐ 05 1.56E

‐ 05 1.56E

‐ 05 1.61E

‐ 05

# 1.72E

‐ 05 1.72E

‐ 05 1.79E

‐ 05 1.79E

‐ 05 1.79E

‐ 05 1.79E

‐ 05

# 1.79E

‐ 05 1.82E

‐ 05 1.84E

‐ 05 1.84E

‐ 05 1.84E

‐ 05 1.84E

‐ 05 1.89E

‐ 05

# 1.92E

‐ 05 1.96E

‐ 05 1.96E

‐ 05 1.99E

‐ 05 2.08E

‐ 05 2.22E

‐ 05 2.25E

‐ 05

# 2.25E

‐ 05 2.32E

‐ 05 2.37E

‐ 05 2.49E

‐ 05 2.61E

‐ 05 2.62E

‐ 05

# 2.66E

‐ 05 2.67E

‐ 05 2.79E

‐ 05 2.83E

‐ 05 2.90E

‐ 05 2.90E

‐ 05 2.90E

‐ 05

# 2.90E

‐ 05 2.92E

‐ 05 2.94E

‐ 05 2.95E

‐ 05 3.00E

‐ 05 3.02E

‐ 05

# 3.04E

‐ 05 3.10E

‐ 05 3.25E

‐ 05 3.32E

‐ 05 3.41E

‐ 05 3.47E

‐ 05 3.48E

‐ 05

# 3.55E

‐ 05 3.55E

‐ 05 3.57E

‐ 05

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



# t

‐ statistic = quantile t

‐ distribution

with df degrees of

freedom at .99

confidence level

= 2.36

UPL POOLED VARIANCE = 3.7568E

‐ 05 

# d f 

# t n m    

2

, 

# 1 1

df p 

# Xt s

n m  

     

# USED FOR NEW DUE

TO DATA ISSUE

Weston

ORIS/Facility/Unit 

# W4

Runs 

# 4078

1 1.40301E

‐ 06

2 1.61787E

‐ 06

3 1.48147E

‐ 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 = 

# 3

Total Number of sources = 1

N

i 

# n 

#  N

# 2 

# 1 1  

# n =Total # test runs = 

# 3

2

This step is for QC only:



# means 1.50E

‐ 06

1.50E

‐ 06

Mean =

Pooled Variance = 

# 1.1822E

‐ 14

m= number future runs = 3

Term1 0.6667

Term2 7.8813E

‐ 15

Squared root Term2 

# 8.8777E

‐ 08

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

 

#  

#  1 i

i 

# n

 

# 

# % 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  

     

# t

‐ statistic = quantile t

‐ distribution

with df degrees of

freedom at .99

confidence level

= 6.96

UPL POOLED VARIANCE = 2.1191E

‐ 06 

# d f 

# t

2

, 

# 1 1

df p 

# Xt s

n m  

     

# Chambers

Cogeneration LP USED FOR NEW DUE

TO DATA ISSUE

Cedar Bay Generating

Company L.P.

ORIS/Facility/Unit 

# Boil 2 CBA1

Test Averages 10566 10672

1 6.4586E

‐ 06 1.1171E

‐ 05

2

3

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 = 

# 1 1

# Cedar Bay

Generating

Company L.P. Weston Rawhide Logan

Generating

Plant Northampton

Generating

Company, L.P. Chambers

Cogeneration

LP Havana

CBB1 W4 Rawhide101 Unit1 GEN1 Boil 1 Boiler 9

10672 4078 6761 10043 50888 10566 891

1.3043E

‐ 05 1.3514E

‐ 05 1.3904E

‐ 05 1.4316E

‐ 05 1.7232E

‐ 05 1.9415E

‐ 05 2.2475E

‐ 05

1111111 Emissions (lb/MW)

# Martin Drake Wygen 1 AES Hawaii Reid Gardner AES Shady

Point,LLC AES Shady

Point,LLC

Unit 5

‐ Coal WYG1Cfg 002 1 Unit 1 Unit 2

492 55479 10673 2324 10671 10671

2.2878E

‐ 05 2.3467E

‐ 05 2.4796E

‐ 05 2.5479E

‐ 05 2.6267E

‐ 05 2.6267E

‐ 05

111 111

# Cedar Bay

Generating

Company L.P. Neil Simpson II AES Warrior

Run

Cogeneration

Facility J K Spruce Springerville Hayden

CBC1 NS2Cfg BLR1 1 4 Unit 1

10672 7504 10678 7097 8223 525

3.2268E

‐ 05 3.3591E

‐ 05 4.0021E

‐ 05 4.0813E

‐ 05 4.0964E

‐ 05 4.1133E

‐ 05

1 11 1 11

# R D Green Southampton

Power Station TransAlta

Centralia

Generation Hayden Comanche Sunnyside

Cogen

Associates

2 Unit 1 & 2 BW21CONFIG Unit 2 Unit 2 Config 1

6639 10774 3845 525 470 50951

4.1400E

‐ 05 4.2556E

‐ 05 4.4262E

‐ 05 4.6164E

‐ 05 5.0036E

‐ 05 5.1976E

‐ 05

1 1 1 1 11

# Gerald

Gentleman Silver Bay

Power Gerald

Gentleman TransAlta

Centralia

Generation Sheldon

Station Dunkirk

Generating

Plant Bridgeport Station

U1 GEN1 U2 BW22CONFIG U1 4 BHSEMU3OS3

‐ #2

6077 10849 6077 3845 2277 2554 568

5.2034E

‐ 05 5.5665E

‐ 05 5.5974E

‐ 05 5.7288E

‐ 05 5.9372E

‐ 05 6.0280E

‐ 05 6.2366E

‐ 05

111 111 1

# Whelan Energy

Center Unit 1

(WEC1) Dunkirk

Generating Plant Martin Drake Dallman San Juan INDIANTOWN

COGENERATI

ON L.P.

1 1 Unit 7

‐ Coal 34 Unit 3 001

60 2554 492 963 2451 50976

6.2788E

‐ 05 6.4340E

‐ 05 6.5707E

‐ 05 6.5801E

‐ 05 6.8630E

‐ 05 6.9634E

‐ 05

1 1 1 111

# Springerville Spruance

Genco, LLC Sheldon

Station Elm Road

Generating

Station South Oak

Creek Sandow

Station Sandow

Station

3 GEN1 U2 ERGS

‐ B1 OCPP

‐ B7 5B 5A

8223 54081 2277 56068 4041 52071 52071

7.0969E

‐ 05 7.1486E

‐ 05 7.1916E

‐ 05 7.2633E

‐ 05 7.3472E

‐ 05 7.5998E

‐ 05 7.6806E

‐ 05

1111111

# AES Hawaii TS Power

Plant Morgantown

Energy Facility San Juan Spruance

Genco, LLC James River

Cogeneration

Co

001 TSPower Unit 1&2 Unit 2 GEN2 UNIT2

10673 56224 10743 2451 54081 10377

7.8400E

‐ 05 7.9123E

‐ 05 7.9324E

‐ 05 8.1071E

‐ 05 8.6143E

‐ 05 8.7401E

‐ 05

11 1 1 1 1

# Hawthorn Nebraska City Brandon

Shores PSEG Mercer

Generating

Station Roxboro

Steam Electric

Plant H L Spurlock

Station

5A NC2 002 MERU1E1PT1

OS1

‐ Coal Rox_Cfg_2c Unit 04

2079 6096 602 2408 2712 6041

8.8768E

‐ 05 8.9857E

‐ 05 9.0075E

‐ 05 9.0124E

‐ 05 9.4234E

‐ 05 9.5399E

‐ 05

1111 1 1

# Welsh Hopewell AES Puerto

Rico

Cogeneration

Facility Cholla San Juan Spruance Genco,

LLC

WE

‐ 1 1 & 2 Unit_1 003 Unit 4 GEN4

6139 10771 68029 113 2451 54081

9.5401E

‐ 05 9.6418E

‐ 05 9.7697E

‐ 05 9.8714E

‐ 05 1.0029E

‐ 04 1.0305E

‐ 04

1 1111 1

# Wygen 2 PANTHER CREEK

ENERGY FACILITY PANTHER

CREEK

ENERGY

FACILITY Birchwood

Power Facility Hennepin Power Station

WYG2Cfg BG2 BG1 1A 001

56319 50776 50776 54304 892

1.0420E

‐ 04 1.1217E

‐ 04 1.1217E

‐ 04 1.1394E

‐ 04 1.2188E

‐ 04

1 11 1 1

# Hennepin Power

Station PSEG Mercer

Generating

Station San Juan Duck Creek Erickson

Station Twin Oaks

Power One

002 MERU2E2PT2OS

1

‐ Coal Unit 1 001 001 U2

892 2408 2451 6016 1832 7030

1.2585E

‐ 04 1.3089E

‐ 04 1.3786E

‐ 04 1.4253E

‐ 04 1.4293E

‐ 04 1.4622E

‐ 04

1 1 1111

# AES Puerto

Rico

Cogeneration

Facility Cholla Spruance

Genco, LLC Grant Town

Power Plant J T Deely J T Deely

Unit_2 004 GEN3 GEN1 2 1

68029 113 54081 10151 6181 6181

1.4659E

‐ 04 1.5405E

‐ 04 1.5912E

‐ 04 1.5959E

‐ 04 1.6261E

‐ 04 1.6261E

‐ 04

1 11111

# PPL Montour Hardin Generator

Project Clinch River Sibley Weston Taconite

Harbor Energy

Center

U2 PC1 CR

‐ 1 3 W3 THEC1

3149 55749 3775 2094 4078 10075

1.6385E

‐ 04 1.7058E

‐ 04 1.7258E

‐ 04 1.7531E

‐ 04 1.7995E

‐ 04 1.8219E

‐ 04

1 1 1 1 11

# Crist Crist Taconite

Harbor Energy

Center Piney Creek

Project James H.

Miller Jr. Crist Crist

Unit 5 Unit 6 THEC2 BRBRI Unit 4 Unit 7 Unit 4

641 641 10075 54144 6002 641 641

1.8376E

‐ 04 1.8386E

‐ 04 1.8524E

‐ 04 1.8826E

‐ 04 1.9196E

‐ 04 1.9455E

‐ 04 1.9522E

‐ 04

1 111111

# Sibley La Cygne Seward Seward Roxboro

Steam Electric

Plant Sioux Will County

1 2 SEW

‐ 1 SEW

‐ 2 Rox_Cfg_1b 002 WC4CONFIG

2094 1241 3130 3130 2712 2107 884

1.9886E

‐ 04 2.0509E

‐ 04 2.0790E

‐ 04 2.0790E

‐ 04 2.1609E

‐ 04 2.1782E

‐ 04 2.1854E

‐ 04

11111 1 1

# Sibley Cope H L Spurlock Station Eastlake Tanners Creek PPL Montour

2 COP001 Unit 03 Unit 1 TC

‐ 4 U1

2094 7210 6041 2837 988 3149

2.2068E

‐ 04 2.4057E

‐ 04 2.4306E

‐ 04 2.5137E

‐ 04 2.5274E

‐ 04 2.5332E

‐ 04

11 1 111

# Joppa Steam Oak Grove Craig Louisa Newton G G Allen H L Spurlock

Station

1 OG1 C2 101 002 3

‐ 2009

‐ FGDIN Unit 01

887 6180 6021 6664 6017 2718 6041

2.5768E

‐ 04 2.6021E

‐ 04 2.6531E

‐ 04 2.6659E

‐ 04 2.7533E

‐ 04 2.8066E

‐ 04 2.8238E

‐ 04

11 11111

# G G Allen Hammond Hammond Hammond Lawrence

Energy Center Ebensburg

Power

Company

4

‐ 2009

‐ FGDIN Unit 2 Unit 3 Unit 1 3 EPC01

2718 708 708 708 1250 10603

2.8387E

‐ 04 2.8694E

‐ 04 2.8779E

‐ 04 2.9216E

‐ 04 2.9623E

‐ 04 2.9775E

‐ 04

111 1 1 1

# Hammond Muscatine #1 State Line RS Nelson Colver Power

Project Clover Joliet 9

Unit 4 8 Unit 3 001 AAB01 Unit 1 JOL5 CONFIG

708 1167 981 1393 10143 7213 874

3.0437E

‐ 04 3.3128E

‐ 04 3.3511E

‐ 04 3.4487E

‐ 04 3.5586E

‐ 04 3.7867E

‐ 04 3.8163E

‐ 04

1 111111

# Quindaro Meredosia Clover

Unit 2 005 Unit 2

1295 864 7213

3.9662E

‐ 04 4.0304E

‐ 04 4.1443E

‐ 04

1 11

# Total Number of sources = 

# 131

n =Total # test runs = 

# 131

130

This step is for QC only:



# means 6.46E

‐ 06 1.12E

‐ 05

1.42334E

‐ 04

Mean =

Pooled Variance = 

# 1.0720E

‐ 08

m= number future runs = 1

Term1 1.0076

Term2 1.0802E

‐ 08

Squared root Term2 

# 1.0393E

‐ 04 N

1 N

i

i 

# n

 

# 

1 

# 1 N

i

i 

# df n

 

#  



    



# 



#   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

 

#  N

# 1.30E

‐ 05 1.35E

‐ 05 1.39E

‐ 05 1.43E

‐ 05 1.72E

‐ 05 1.94E

‐ 05 2.25E

‐ 05

# 2.29E

‐ 05 2.35E

‐ 05 2.48E

‐ 05 2.55E

‐ 05 2.63E

‐ 05 2.63E

‐ 05

# 3.23E

‐ 05 3.36E

‐ 05 4.00E

‐ 05 4.08E

‐ 05 4.10E

‐ 05 4.11E

‐ 05 UPL Pooled

Variance= 

# 2

, 

# 1 1

df p 

# Xt s

n m  

     

# 4.14E

‐ 05 4.26E

‐ 05 4.43E

‐ 05 4.62E

‐ 05 5.00E

‐ 05 5.20E

‐ 05

# 5.20E

‐ 05 5.57E

‐ 05 5.60E

‐ 05 5.73E

‐ 05 5.94E

‐ 05 6.03E

‐ 05 6.24E

‐ 05

# 6.28E

‐ 05 6.43E

‐ 05 6.57E

‐ 05 6.58E

‐ 05 6.86E

‐ 05 6.96E

‐ 05

# 7.10E

‐ 05 7.15E

‐ 05 7.19E

‐ 05 7.26E

‐ 05 7.35E

‐ 05 7.60E

‐ 05 7.68E

‐ 05

# 7.84E

‐ 05 7.91E

‐ 05 7.93E

‐ 05 8.11E

‐ 05 8.61E

‐ 05 8.74E

‐ 05

# 8.88E

‐ 05 8.99E

‐ 05 9.01E

‐ 05 9.01E

‐ 05 9.42E

‐ 05 9.54E

‐ 05

# 9.54E

‐ 05 9.64E

‐ 05 9.77E

‐ 05 9.87E

‐ 05 1.00E

‐ 04 1.03E

‐ 04

# 1.04E

‐ 04 1.12E

‐ 04 1.12E

‐ 04 1.14E

‐ 04 1.22E

‐ 04

# 1.26E

‐ 04 1.31E

‐ 04 1.38E

‐ 04 1.43E

‐ 04 1.43E

‐ 04 1.46E

‐ 04

# 1.47E

‐ 04 1.54E

‐ 04 1.59E

‐ 04 1.60E

‐ 04 1.63E

‐ 04 1.63E

‐ 04

# 1.64E

‐ 04 1.71E

‐ 04 1.73E

‐ 04 1.75E

‐ 04 1.80E

‐ 04 1.82E

‐ 04

# 1.84E

‐ 04 1.84E

‐ 04 1.85E

‐ 04 1.88E

‐ 04 1.92E

‐ 04 1.95E

‐ 04 1.95E

‐ 04

# 1.99E

‐ 04 2.05E

‐ 04 2.08E

‐ 04 2.08E

‐ 04 2.16E

‐ 04 2.18E

‐ 04 2.19E

‐ 04

# 2.21E

‐ 04 2.41E

‐ 04 2.43E

‐ 04 2.51E

‐ 04 2.53E

‐ 04 2.53E

‐ 04

# 2.58E

‐ 04 2.60E

‐ 04 2.65E

‐ 04 2.67E

‐ 04 2.75E

‐ 04 2.81E

‐ 04 2.82E

‐ 04

# 2.84E

‐ 04 2.87E

‐ 04 2.88E

‐ 04 2.92E

‐ 04 2.96E

‐ 04 2.98E

‐ 04

# 3.04E

‐ 04 3.31E

‐ 04 3.35E

‐ 04 3.45E

‐ 04 3.56E

‐ 04 3.79E

‐ 04 3.82E

‐ 04

# 3.97E

‐ 04 4.03E

‐ 04 4.14E

‐ 04

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



# t

‐ statistic = quantile t

‐ distribution

with df degrees of

freedom at .99

confidence level

= 2.36

UPL POOLED VARIANCE = 3.8714E

‐ 04 

# d f 

# t n m    

2

, 

# 1 1

df p 

# Xt s

n m  

     

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

# USED FOR NEW DUE

TO DATA ISSUE Cedar

Bay Generating

Company L.P.

ORIS/Facility/Unit 

# CBA1

Runs 10672



# 1 1.5461E

‐ 05

2 9.8684E

‐ 06

3 8.1827E

‐ 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 = 

# 3

Total Number of sources = 1 N

# Emissions (lb/MMBtu)

# n =Total # test runs = 

# 3

2

This step is for QC only:



# means 1.12E

‐ 05

1.12E

‐ 05

Mean =

Pooled Variance = 

# 1.4516E

‐ 11

m= number future runs = 3

Term1 0.6667

Term2 9.6774E

‐ 12

Squared root Term2 

# 3.1109E

‐ 06 1 

# 1 N

i

i 

# df n

 

#  

     



# 

2 

# 1 1

s

n m  

     1 N

i

i 

# n

 

# 



#   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

 

# 

# UPL Pooled

Variance= 

# 2

, 

# 1 1

df p 

# Xt s

n m  

      2

, 

# 1 1

df p 

# Xt s

n m  

     

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



# t

‐ statistic = quantile t

‐

distribution with df

degrees of freedom at

.99 confidence level

= 6.96

UPL POOLED VARIANCE = 3.2836E

‐ 05 

# d f 

# t

2

, 

# 1 1

df p 

# Xt s

n m  

      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 )primary_fuel ORIScode PlantName physical_state UnitNumber UnitTypecoal 10566 ChambersCogenerationLP NJ Boil2 ConventionalBoilercoal 4078 Weston WI W4 ConventionalBoilercoal 6761 Rawhide CO Rawhide101 ConventionalBoilercoal 10043 LoganGeneratingPlant NJ Unit1 ConventionalBoilercoal 50888 NorthamptonGeneratingCompany,L.P. PA GEN1 Fluidizedbedfiringcoal 55479 Wygen1 WY WYG1Cfg ConventionalBoilercoal 10671 AESShadyPoint,LLC OK Unit1 Fluidizedbedfiringcoal 10671 AESShadyPoint,LLC OK Unit2 Fluidizedbedfiringcoal 891 Havana IL Boiler9 ConventionalBoilercoal 492 MartinDrake CO Unit5‐Coal ConventionalBoilercoal 2324 ReidGardner NV 1 ConventionalBoilercoal 7504 NeilSimpsonII WY NS2Cfg ConventionalBoilercoal 10672 CedarBayGeneratingCompanyL.P. FL CBA1 Fluidizedbedfiringcoal 10672 CedarBayGeneratingCompanyL.P. FL CBB1 Fluidizedbedfiringcoal 3845 TransAltaCentraliaGeneration WA BW21CONFIG ConventionalBoilercoal 6639 RDGreen KY 2 ConventionalBoilercoal 7097 JKSpruce TX 1 ConventionalBoilercoal 10678 AESWarriorRunCogenerationFacility MD BLR1 Fluidizedbedfiringcoal 10566 ChambersCogenerationLP NJ Boil1 ConventionalBoilercoal 3845 TransAltaCentraliaGeneration WA BW22CONFIG ConventionalBoilercoal 525 Hayden CO Unit1 ConventionalBoilercoal 8223 Springerville AZ 4 ConventionalBoilercoal 50951 SunnysideCogenAssociates UT Config1 Fluidizedbedfiringcoal 525 Hayden CO Unit2 ConventionalBoilercoal 6077 GeraldGentleman NE U1 ConventionalBoilercoal 470 Comanche CO Unit2 ConventionalBoilercoal 10673 AESHawaii HI 002 Fluidizedbedfiringcoal 54081 SpruanceGenco,LLC VA GEN1 ConventionalBoilercoal 2277 SheldonStation NE U1 ConventionalBoilercoal 6077 GeraldGentleman NE U2 ConventionalBoilercoal 2554 DunkirkGeneratingPlant NY 1 ConventionalBoilercoal 568 BridgeportStation CT BHSEMU3OS3‐#2 ConventionalBoilerBoiler_type Boiler_count Total_Capacity_MWe Total_max_heat_input Unit_heat_rateMW MMBtu/hr MMBtu/MWhWallfiring‐frontfiring 1 285 1387 4.87Wallfiring‐opposedfiring 1 575 5173 9.00Tangentialfiring 1 305 2800 9.18Wallfiring‐opposedfiring 1 242 2116 8.75Fluidizedbedfiring1 121 1146 9.47Wallfiring‐frontfiring 1 91 1053 11.57Fluidizedbedfiring2 568 7105 12.51Fluidizedbedfiring2 568 7105 12.51Wallfiring‐unspecified 1 481 5030 10.46Wallfiring‐frontfiring 1 55 570 10.36Wallfiring‐frontfiring 1 111 1215 10.95Wallfiring‐frontfiring 1 88 1100 12.50Fluidizedbedfiring1 280 1063 3.80Fluidizedbedfiring1 280 1063 3.80Tangentialfiring 1 603 7743 12.84Wallfiring‐opposedfiring 1 239 2727 11.41Tangentialfiring 1 580 6361 10.97Fluidizedbedfiring1 202 2047 10.13Wallfiring‐frontfiring 1 285 1387 4.87Tangentialfiring 1 567 7743 13.66Wallfiring‐frontfiring 1 202 1963 9.72Wallfiring‐opposedfiring 1 450 4200 9.33Fluidizedbedfiring1 60 700 11.67Tangentialfiring 1 285 2712 9.52Wallfiring‐opposedfiring 1 715 7538 10.54Wallfiring‐frontfiring 1 365 3482 9.54Fluidizedbedfiring1 203 944 4.65Stoker‐underfeed 2 57 750 13.07Cyclonefiring 1 128 1374 10.73Wallfiring‐opposedfiring 1 750 7538 10.05Tangentialfiring 1 85 922 10.85Tangentialfiring 1 403 4100 10.17Fueltypes Antimony_Fuel_lb/MMBtu Antimony‐ERTlb/MMBtu lb/MMBtubituminous2.01E‐08subbituminous2.09E‐05 5.03E‐08subbituminous8.34E‐05 4.98E‐08bituminous1.22E‐04 1.76E‐08coalrefuse(culmorgob)3.43E‐04 1.19E‐07subbituminous1.19E‐05 1.62E‐08coal‐subbituminous,coal‐bituminous2.42E‐08coal‐subbituminous,coal‐bituminous2.42E‐08bituminous1.36E‐05 3.75E‐08subbituminous4.34E‐08bituminous2.22E‐01 9.80E‐09subbituminous1.82E‐05 1.98E‐08bituminous3.19E‐08bituminous3.37E‐08subbituminous1.83E‐04 1.20E‐07bituminous,Petroleumcoke7.53E‐07 4.14E‐08bituminous1.12E‐04 2.46E‐07bituminous2.40E‐05 1.44E‐08bituminous1.98E‐08subbituminous1.74E‐04 1.51E‐07bituminous7.08E‐08bituminous2.28E‐07coalrefuse9.42E‐08bituminous1.22E‐07bituminous1.10E‐04 4.71E‐07subbituminous3.73E‐07bituminous3.12E‐09bituminous1.35E‐04 6.28E‐07subbituminous5.82E‐07bituminous8.29E‐05 5.28E‐07subbituminous4.60E‐07subbituminous6.53E‐08AntimonyMW‐ERT Antimony‐PartII AntimonyMW‐PartII Antimony‐min AntimonyMW‐min Arsenic_Fuel_lb/MMBtulb/MW lb/MMBtu lb/MW lb/MMBtu lb/MW lb/MMBtu9.76E‐08 2.01E‐08 9.76E‐08 5.37E‐044.53E‐07 5.03E‐08 4.53E‐07 1.83E‐044.57E‐07 4.98E‐08 4.57E‐07 8.34E‐051.54E‐07 1.76E‐08 1.54E‐071.13E‐06 1.19E‐07 1.13E‐06 1.37E‐031.88E‐07 1.62E‐08 1.88E‐07 1.28E‐043.03E‐07 2.42E‐08 3.03E‐073.03E‐07 2.42E‐08 3.03E‐073.92E‐07 3.75E‐08 3.92E‐07 1.01E‐044.50E‐07 4.34E‐08 4.50E‐07 2.51E‐051.07E‐07 9.80E‐09 1.07E‐07 2.22E‐012.47E‐07 1.98E‐08 2.47E‐07 1.56E‐041.21E‐07 3.19E‐08 1.21E‐07 8.58E‐041.28E‐07 3.37E‐08 1.28E‐07 1.62E‐031.54E‐06 1.20E‐07 1.54E‐06 2.75E‐044.72E‐07 4.14E‐08 4.72E‐07 3.44E‐042.70E‐06 2.46E‐07 2.70E‐06 1.19E‐041.46E‐07 1.44E‐08 1.46E‐07 8.50E‐049.65E‐08 1.98E‐08 9.65E‐08 4.99E‐042.07E‐06 1.51E‐07 2.07E‐06 2.02E‐046.88E‐07 7.08E‐08 6.88E‐07 7.96E‐052.13E‐06 2.28E‐07 2.13E‐06 8.41E‐051.10E‐06 9.42E‐08 1.10E‐061.16E‐06 1.22E‐07 1.16E‐06 7.96E‐054.96E‐06 4.71E‐07 4.96E‐06 8.28E‐053.56E‐06 3.73E‐07 3.56E‐06 8.31E‐051.45E‐08 3.12E‐09 1.45E‐08 1.34E‐048.21E‐06 6.28E‐07 8.21E‐066.25E‐06 5.82E‐07 6.25E‐06 8.37E‐055.31E‐06 5.28E‐07 5.31E‐06 8.29E‐054.99E‐06 4.60E‐07 4.99E‐066.64E‐07 6.53E‐08 6.64E‐07 8.11E‐05Arsenic‐ERT ArsenicMW‐ERT Arsenic‐PartII ArsenicMW‐PartII Arsenic‐min ArsenicMW‐minlb/MMBtu lb/MW lb/MMBtu lb/MW lb/MMBtu lb/MW4.23E‐08 2.06E‐07 4.23E‐08 2.06E‐072.01E‐07 1.81E‐06 2.01E‐07 1.81E‐067.29E‐08 6.69E‐07 7.29E‐08 6.69E‐071.32E‐07 1.15E‐06 3.77E‐04 3.30E‐03 1.32E‐07 1.15E‐064.42E‐08 4.19E‐07 6.20E‐07 5.87E‐06 4.42E‐08 4.19E‐071.10E‐07 1.28E‐06 1.10E‐07 1.28E‐061.07E‐07 1.34E‐06 1.07E‐07 1.34E‐061.07E‐07 1.34E‐06 1.07E‐07 1.34E‐061.88E‐07 1.97E‐06 1.88E‐07 1.97E‐061.64E‐07 1.70E‐06 1.64E‐07 1.70E‐064.05E‐08 4.43E‐07 4.05E‐08 4.43E‐073.34E‐08 4.18E‐07 3.34E‐08 4.18E‐071.25E‐07 4.75E‐07 1.25E‐07 4.75E‐071.25E‐07 4.75E‐07 1.25E‐07 4.75E‐071.20E‐07 1.55E‐06 1.20E‐07 1.55E‐061.85E‐07 2.11E‐06 1.85E‐07 2.11E‐062.46E‐07 2.70E‐06 2.46E‐07 2.70E‐061.18E‐07 1.19E‐06 1.18E‐07 1.19E‐061.19E‐07 5.79E‐07 1.19E‐07 5.79E‐072.30E‐07 3.14E‐06 2.30E‐07 3.14E‐068.20E‐08 7.96E‐07 8.20E‐08 7.96E‐072.28E‐07 2.13E‐06 2.28E‐07 2.13E‐061.00E‐07 1.17E‐06 1.00E‐07 1.17E‐067.76E‐08 7.38E‐07 7.76E‐08 7.38E‐074.71E‐07 4.96E‐06 4.71E‐07 4.96E‐063.72E‐07 3.55E‐06 3.72E‐07 3.55E‐063.52E‐08 1.63E‐07 3.52E‐08 1.63E‐073.33E‐07 4.35E‐06 3.33E‐07 4.35E‐065.82E‐07 6.25E‐06 5.82E‐07 6.25E‐065.28E‐07 5.31E‐06 5.28E‐07 5.31E‐064.60E‐07 4.99E‐06 4.60E‐07 4.99E‐062.90E‐07 2.95E‐06 2.90E‐07 2.95E‐06Beryllium_Fuel_lb/MMBtu Beryllium‐ERT BerylliumMW‐ERT Beryllium‐PartII BerylliumMW‐PartII Beryllium‐minlb/MMBtu lb/MMBtu lb/MW lb/MMBtu lb/MW lb/MMBtu7.87E‐05 3.62E‐09 1.76E‐08 3.62E‐092.80E‐05 5.03E‐08 4.53E‐07 2.00E‐07 1.80E‐06 5.03E‐082.89E‐05 1.11E‐08 1.02E‐07 1.11E‐081.25E‐04 5.67E‐09 4.97E‐08 2.07E‐07 1.81E‐06 5.67E‐091.60E‐04 4.02E‐09 3.80E‐08 4.02E‐092.56E‐05 4.38E‐09 5.07E‐08 4.38E‐091.04E‐08 1.30E‐07 1.04E‐081.04E‐08 1.30E‐07 1.04E‐082.45E‐05 3.28E‐08 3.43E‐07 3.28E‐083.07E‐05 1.07E‐08 1.11E‐07 1.07E‐081.33E‐01 6.16E‐09 6.75E‐08 6.16E‐092.60E‐05 5.26E‐09 6.57E‐08 5.26E‐091.50E‐04 1.31E‐08 4.99E‐08 1.31E‐089.36E‐05 8.41E‐09 3.19E‐08 8.41E‐093.66E‐05 5.98E‐08 7.68E‐07 5.98E‐083.39E‐05 1.20E‐08 1.37E‐07 1.20E‐086.16E‐08 6.75E‐07 8.50E‐08 9.32E‐07 6.16E‐087.16E‐05 1.48E‐08 1.50E‐07 1.48E‐087.49E‐05 6.15E‐09 2.99E‐08 6.15E‐092.90E‐05 7.02E‐08 9.58E‐07 7.02E‐084.51E‐05 1.68E‐08 1.64E‐07 1.68E‐082.52E‐05 5.71E‐08 5.33E‐07 5.71E‐082.47E‐08 2.88E‐07 2.47E‐084.38E‐05 1.49E‐08 1.42E‐07 1.49E‐081.10E‐04 1.18E‐07 1.24E‐06 1.18E‐072.22E‐05 3.07E‐08 2.93E‐07 3.07E‐084.27E‐05 6.11E‐09 2.84E‐08 6.11E‐093.27E‐04 1.55E‐07 2.03E‐06 1.55E‐071.67E‐05 1.46E‐07 1.56E‐06 1.46E‐078.29E‐05 1.32E‐07 1.33E‐06 1.32E‐071.15E‐07 1.25E‐06 1.15E‐071.02E‐05 6.67E‐08 6.78E‐07 6.67E‐08BerylliumMW‐min Cadmium_Fuel_lb/MMBtu Cadmium‐ERT CadmiumMW‐ERT Cadmium‐PartIIlb/MW lb/MMBtu lb/MMBtu lb/MW lb/MMBtu1.76E‐08 1.43E‐05 1.44E‐07 7.00E‐074.53E‐07 1.05E‐05 2.73E‐08 2.46E‐071.02E‐07 1.67E‐05 8.03E‐08 7.37E‐074.97E‐08 3.43E‐08 3.01E‐07 6.97E‐073.80E‐08 1.52E‐04 4.39E‐08 4.15E‐07 3.60E‐085.07E‐08 5.97E‐06 4.65E‐08 5.38E‐071.30E‐07 9.65E‐08 1.21E‐061.30E‐07 9.65E‐08 1.21E‐063.43E‐07 8.15E‐06 3.28E‐08 3.43E‐071.11E‐07 6.41E‐06 6.76E‐08 7.01E‐076.75E‐08 6.67E‐02 1.98E‐08 2.17E‐076.57E‐08 7.81E‐06 5.35E‐08 6.69E‐074.99E‐08 7.54E‐06 1.03E‐07 3.92E‐073.19E‐08 1.53E‐05 1.76E‐07 6.69E‐077.68E‐07 3.66E‐05 5.98E‐08 7.68E‐071.37E‐07 1.53E‐05 8.41E‐08 9.59E‐076.75E‐07 2.28E‐07 2.50E‐061.50E‐07 1.20E‐05 1.16E‐07 1.18E‐062.99E‐08 1.43E‐05 2.64E‐08 1.28E‐079.58E‐07 3.47E‐05 7.02E‐08 9.58E‐071.64E‐07 1.59E‐05 8.10E‐07 7.87E‐065.33E‐07 2.80E‐05 1.17E‐07 1.10E‐062.88E‐07 9.07E‐07 1.06E‐051.42E‐07 1.59E‐05 3.28E‐07 3.12E‐061.24E‐06 1.10E‐04 4.17E‐07 4.39E‐062.93E‐07 1.66E‐05 8.55E‐08 8.16E‐072.84E‐08 1.95E‐05 5.72E‐08 2.66E‐072.03E‐06 2.08E‐05 6.58E‐08 8.60E‐071.56E‐06 1.67E‐05 1.54E‐07 1.65E‐061.33E‐06 8.29E‐05 5.03E‐07 5.05E‐061.25E‐06 1.86E‐07 2.02E‐066.78E‐07 1.35E‐06 4.20E‐08 4.27E‐07CadmiumMW‐PartII Cadmium‐min CadmiumMW‐min Chromium_Fuel_lb/MMBtu Chromium‐ERT ChromiumMW‐ERTlb/MW lb/MMBtu lb/MW lb/MMBtu lb/MMBtu lb/MW1.44E‐07 7.00E‐07 1.00E‐03 1.89E‐07 9.22E‐072.73E‐08 2.46E‐07 5.24E‐04 2.51E‐07 2.26E‐068.03E‐08 7.37E‐07 4.23E‐04 2.90E‐07 2.67E‐066.10E‐06 3.43E‐08 3.01E‐07 9.77E‐04 3.43E‐07 3.01E‐063.41E‐07 3.60E‐08 3.41E‐07 2.40E‐03 4.39E‐07 4.16E‐064.65E‐08 5.38E‐07 3.41E‐04 4.40E‐07 5.09E‐069.65E‐08 1.21E‐06 7.37E‐07 9.22E‐069.65E‐08 1.21E‐06 7.37E‐07 9.22E‐063.28E‐08 3.43E‐07 3.65E‐04 3.22E‐07 3.37E‐066.76E‐08 7.01E‐07 4.18E‐04 1.98E‐07 2.05E‐061.98E‐08 2.17E‐07 2.22E+00 2.77E‐07 3.03E‐065.35E‐08 6.69E‐07 6.07E‐04 6.17E‐07 7.71E‐061.03E‐07 3.92E‐07 1.40E‐03 8.87E‐07 3.37E‐061.76E‐07 6.69E‐07 1.44E‐03 9.83E‐07 3.73E‐065.98E‐08 7.68E‐07 1.38E‐03 2.18E‐07 2.80E‐068.41E‐08 9.59E‐07 1.99E‐04 4.23E‐07 4.83E‐062.28E‐07 2.50E‐06 4.40E‐04 2.60E‐07 2.85E‐061.16E‐07 1.18E‐06 8.32E‐04 1.12E‐06 1.14E‐052.64E‐08 1.28E‐07 1.03E‐03 1.23E‐06 5.97E‐067.02E‐08 9.58E‐07 7.85E‐04 3.91E‐07 5.34E‐068.10E‐07 7.87E‐06 3.71E‐04 1.09E‐06 1.06E‐051.17E‐07 1.10E‐06 4.48E‐04 2.87E‐07 2.67E‐069.07E‐07 1.06E‐05 1.47E‐06 1.71E‐053.28E‐07 3.12E‐06 3.38E‐04 1.80E‐06 1.72E‐054.17E‐07 4.39E‐06 2.76E‐04 3.53E‐07 3.72E‐068.55E‐08 8.16E‐07 4.16E‐04 1.49E‐06 1.43E‐055.72E‐08 2.66E‐07 4.54E‐04 2.95E‐06 1.37E‐056.58E‐08 8.60E‐07 1.19E‐03 1.02E‐06 1.34E‐051.54E‐07 1.65E‐06 3.07E‐04 4.55E‐07 4.88E‐065.03E‐07 5.05E‐06 2.76E‐04 4.83E‐07 4.86E‐061.86E‐07 2.02E‐06 1.36E‐06 1.47E‐054.20E‐08 4.27E‐07 2.05E‐04 6.17E‐07 6.28E‐06Chromium‐PartII ChromiumMW‐PartII Chromium‐min ChromiumMW‐min Cobalt_Fuel_lb/MMBtu Cobalt‐ERTlb/MMBtu lb/MW lb/MMBtu lb/MW lb/MMBtu lb/MMBtu1.89E‐07 9.22E‐072.51E‐07 2.26E‐06 1.92E‐04 5.03E‐082.90E‐07 2.67E‐06 1.67E‐04 8.38E‐082.31E‐05 2.02E‐04 3.43E‐07 3.01E‐06 3.17E‐044.39E‐07 4.16E‐06 9.13E‐04 2.70E‐084.40E‐07 5.09E‐06 1.71E‐047.37E‐07 9.22E‐067.37E‐07 9.22E‐063.22E‐07 3.37E‐06 1.95E‐04 4.82E‐081.98E‐07 2.05E‐06 1.73E‐04 2.92E‐082.77E‐07 3.03E‐06 2.22E‐01 1.05E‐066.17E‐07 7.71E‐06 2.00E‐048.87E‐07 3.37E‐06 7.31E‐04 7.66E‐089.83E‐07 3.73E‐06 6.97E‐04 9.43E‐082.18E‐07 2.80E‐06 1.83E‐044.23E‐07 4.83E‐06 7.49E‐05 1.84E‐072.60E‐07 2.85E‐06 1.62E‐04 6.16E‐081.12E‐06 1.14E‐05 4.07E‐04 1.73E‐071.23E‐06 5.97E‐063.91E‐07 5.34E‐06 1.45E‐041.09E‐06 1.06E‐05 7.96E‐05 5.82E‐082.87E‐07 2.67E‐06 1.68E‐04 3.53E‐071.47E‐06 1.71E‐05 9.11E‐081.80E‐06 1.72E‐05 7.96E‐05 5.63E‐083.53E‐07 3.72E‐06 8.28E‐05 1.18E‐071.49E‐06 1.43E‐05 1.11E‐04 3.01E‐072.95E‐06 1.37E‐05 2.83E‐04 8.94E‐081.02E‐06 1.34E‐05 6.10E‐04 4.42E‐074.55E‐07 4.88E‐06 8.37E‐05 1.46E‐074.83E‐07 4.86E‐06 8.29E‐05 2.77E‐071.36E‐06 1.47E‐05 1.15E‐076.17E‐07 6.28E‐06 1.70E‐07CobaltMW‐ERT Cobalt‐PartII CobaltMW‐PartII Cobalt‐min CobaltMW‐min Lead_Fuel_lb/MMBtu Lead‐ERTlb/MW lb/MMBtu lb/MW lb/MMBtu lb/MW lb/MMBtu lb/MMBtu2.86E‐04 2.00E‐074.53E‐07 5.03E‐08 4.53E‐07 2.45E‐04 9.96E‐087.70E‐07 8.38E‐08 7.70E‐07 2.31E‐04 1.32E‐071.61E‐06 1.41E‐05 1.61E‐06 1.41E‐05 5.13E‐04 1.85E‐072.56E‐07 2.70E‐08 2.56E‐07 7.86E‐03 2.45E‐071.96E‐04 2.94E‐071.79E‐071.79E‐075.04E‐07 4.82E‐08 5.04E‐07 2.35E‐04 1.56E‐073.03E‐07 2.92E‐08 3.03E‐07 3.59E‐04 1.07E‐061.15E‐05 1.05E‐06 1.15E‐05 1.00E+00 9.06E‐083.04E‐04 3.29E‐072.91E‐07 7.66E‐08 2.91E‐07 5.94E‐04 3.30E‐073.58E‐07 9.43E‐08 3.58E‐07 5.73E‐04 3.33E‐073.66E‐04 1.29E‐072.10E‐06 1.84E‐07 2.10E‐06 3.48E‐04 2.36E‐076.75E‐07 6.16E‐08 6.75E‐07 2.55E‐04 3.18E‐071.75E‐06 1.73E‐07 1.75E‐06 7.41E‐04 3.45E‐072.85E‐04 2.76E‐073.47E‐04 2.41E‐075.66E‐07 5.82E‐08 5.66E‐07 4.24E‐04 9.59E‐073.29E‐06 3.53E‐07 3.29E‐06 1.68E‐04 3.53E‐071.06E‐06 9.11E‐08 1.06E‐06 3.17E‐075.36E‐07 5.63E‐08 5.36E‐07 4.38E‐04 1.07E‐061.24E‐06 1.18E‐07 1.24E‐06 1.66E‐04 4.76E‐072.87E‐06 3.01E‐07 2.87E‐06 2.22E‐04 6.81E‐074.16E‐07 8.94E‐08 4.16E‐07 3.52E‐04 1.88E‐075.78E‐06 4.42E‐07 5.78E‐06 5.01E‐04 7.89E‐071.56E‐06 1.46E‐07 1.56E‐06 1.67E‐04 2.91E‐072.78E‐06 2.77E‐07 2.78E‐06 1.66E‐04 2.64E‐071.25E‐06 1.15E‐07 1.25E‐06 3.13E‐071.73E‐06 1.70E‐07 1.73E‐06 8.69E‐05 3.47E‐07LeadMW‐ERTLead‐PartII LeadMW‐PartII Lead‐min LeadMW‐minlb/MW lb/MMBtu lb/MW lb/MMBtu lb/MW9.72E‐07 2.00E‐07 9.72E‐078.97E‐07 1.55E‐06 1.39E‐05 9.96E‐08 8.97E‐071.22E‐06 1.32E‐07 1.22E‐061.62E‐06 4.41E‐05 3.86E‐04 1.85E‐07 1.62E‐062.32E‐06 1.05E‐06 9.99E‐06 2.45E‐07 2.32E‐063.40E‐06 2.94E‐07 3.40E‐062.25E‐06 1.79E‐07 2.25E‐062.25E‐06 1.79E‐07 2.25E‐061.63E‐06 1.56E‐07 1.63E‐061.11E‐05 1.07E‐06 1.11E‐059.91E‐07 9.06E‐08 9.91E‐074.12E‐06 3.29E‐07 4.12E‐061.25E‐06 1.29E‐06 4.90E‐06 3.30E‐07 1.25E‐061.26E‐06 1.63E‐06 6.18E‐06 3.33E‐07 1.26E‐061.66E‐06 1.29E‐07 1.66E‐062.69E‐06 2.36E‐07 2.69E‐063.48E‐06 1.64E‐06 1.80E‐05 3.18E‐07 3.48E‐063.50E‐06 3.45E‐07 3.50E‐061.34E‐06 2.76E‐07 1.34E‐063.29E‐06 2.41E‐07 3.29E‐069.32E‐06 9.59E‐07 9.32E‐063.29E‐06 3.53E‐07 3.29E‐063.70E‐06 3.17E‐07 3.70E‐061.01E‐05 1.07E‐06 1.01E‐055.02E‐06 4.76E‐07 5.02E‐066.49E‐06 6.81E‐07 6.49E‐068.76E‐07 1.88E‐07 8.76E‐071.03E‐05 7.89E‐07 1.03E‐053.13E‐06 2.91E‐07 3.13E‐062.65E‐06 2.64E‐07 2.65E‐063.40E‐06 3.13E‐07 3.40E‐063.53E‐06 3.47E‐07 3.53E‐06Manganese_Fuel_lb/MMBtu Manganese‐ERTManganeseMW‐ERTManganese‐PartII ManganeseMW‐PartIIlb/MMBtu lb/MMBtu lb/MW lb/MMBtu lb/MW8.23E‐04 3.12E‐07 1.52E‐061.31E‐03 1.48E‐07 1.33E‐063.66E‐04 4.65E‐07 4.27E‐065.86E‐04 4.60E‐07 4.03E‐06 1.90E‐04 1.67E‐035.48E‐03 5.46E‐07 5.18E‐061.02E‐03 3.80E‐07 4.40E‐062.62E‐07 3.28E‐062.62E‐07 3.28E‐069.67E‐04 3.88E‐07 4.06E‐066.55E‐04 2.52E‐07 2.62E‐062.45E+00 2.59E‐07 2.83E‐061.13E‐03 7.29E‐07 9.11E‐061.71E‐03 5.27E‐07 2.00E‐061.85E‐03 4.12E‐07 1.57E‐069.93E‐03 1.86E‐06 2.39E‐051.59E‐03 2.10E‐06 2.40E‐058.33E‐04 6.23E‐07 6.83E‐063.13E‐03 8.03E‐07 8.14E‐068.20E‐04 5.47E‐07 2.66E‐064.61E‐03 1.75E‐06 2.39E‐055.57E‐04 5.35E‐07 5.20E‐066.44E‐04 1.39E‐06 1.30E‐058.49E‐07 9.91E‐065.57E‐04 4.77E‐07 4.54E‐061.38E‐03 7.33E‐07 7.72E‐061.57E‐03 1.26E‐06 1.20E‐053.08E‐03 6.53E‐07 3.04E‐067.59E‐04 7.90E‐07 1.03E‐051.79E‐03 8.68E‐07 9.32E‐061.27E‐03 8.21E‐07 8.26E‐067.29E‐07 7.91E‐062.47E‐03 2.88E‐06 2.93E‐05Manganese‐min ManganeseMW‐min Nickel_Fuel_lb/MMBtu Nickel‐ERT NickelMW‐ERT Nickel‐PartIIlb/MMBtu lb/MW lb/MMBtu lb/MMBtu lb/MW lb/MMBtu3.12E‐07 1.52E‐06 7.51E‐04 4.02E‐07 1.96E‐061.48E‐07 1.33E‐06 6.68E‐04 1.20E‐07 1.08E‐064.65E‐07 4.27E‐06 4.17E‐04 2.88E‐07 2.65E‐064.60E‐07 4.03E‐06 8.30E‐04 4.44E‐07 3.88E‐06 1.90E‐055.46E‐07 5.18E‐06 7.50E‐04 3.35E‐07 3.17E‐06 1.68E‐063.80E‐07 4.40E‐06 4.26E‐04 6.58E‐07 7.61E‐062.62E‐07 3.28E‐06 5.90E‐07 7.39E‐062.62E‐07 3.28E‐06 5.90E‐07 7.39E‐063.88E‐07 4.06E‐06 4.49E‐04 3.13E‐07 3.27E‐062.52E‐07 2.62E‐06 2.76E‐04 1.54E‐07 1.60E‐062.59E‐07 2.83E‐06 1.56E+00 3.97E‐07 4.35E‐067.29E‐07 9.11E‐06 5.21E‐04 8.07E‐07 1.01E‐055.27E‐07 2.00E‐06 8.67E‐04 6.20E‐07 2.35E‐064.12E‐07 1.57E‐06 1.19E‐03 7.66E‐07 2.91E‐061.86E‐06 2.39E‐05 1.07E‐03 5.53E‐07 7.10E‐062.10E‐06 2.40E‐05 2.81E‐03 2.16E‐07 2.47E‐066.23E‐07 6.83E‐06 3.23E‐04 7.89E‐07 8.65E‐068.03E‐07 8.14E‐06 1.66E‐03 1.18E‐06 1.19E‐055.47E‐07 2.66E‐06 6.78E‐04 1.75E‐06 8.54E‐061.75E‐06 2.39E‐05 7.25E‐04 1.05E‐06 1.44E‐055.35E‐07 5.20E‐06 2.39E‐04 4.73E‐07 4.60E‐061.39E‐06 1.30E‐05 4.48E‐04 8.04E‐07 7.51E‐068.49E‐07 9.91E‐06 5.56E‐07 6.49E‐064.77E‐07 4.54E‐06 2.39E‐04 8.57E‐07 8.16E‐067.33E‐07 7.72E‐06 2.49E‐04 6.02E‐07 6.34E‐061.26E‐06 1.20E‐05 3.61E‐04 4.33E‐07 4.13E‐066.53E‐07 3.04E‐06 6.40E‐04 1.27E‐06 5.90E‐067.90E‐07 1.03E‐05 9.65E‐04 9.47E‐07 1.24E‐058.68E‐07 9.32E‐06 2.51E‐04 7.31E‐07 7.85E‐068.21E‐07 8.26E‐06 2.76E‐04 7.13E‐07 7.17E‐067.29E‐07 7.91E‐06 9.80E‐07 1.06E‐052.88E‐06 2.93E‐05 3.60E‐04 1.08E‐06 1.09E‐05NickelMW‐PartII Nickel‐min NickelMW‐min Selenium_Fuel_lb/MMBtu Selenium‐ERTlb/MW lb/MMBtu lb/MW lb/MMBtu lb/MMBtu4.02E‐07 1.96E‐06 7.15E‐05 1.45E‐081.20E‐07 1.08E‐06 8.39E‐05 5.03E‐072.88E‐07 2.65E‐06 8.34E‐05 4.07E‐081.67E‐04 4.44E‐07 3.88E‐06 1.37E‐081.59E‐05 3.35E‐07 3.17E‐06 1.54E‐03 1.61E‐086.58E‐07 7.61E‐06 5.97E‐05 7.87E‐085.90E‐07 7.39E‐06 9.21E‐085.90E‐07 7.39E‐06 9.21E‐083.13E‐07 3.27E‐06 8.37E‐05 6.30E‐071.54E‐07 1.60E‐06 2.79E‐05 2.19E‐073.97E‐07 4.35E‐06 2.22E‐01 1.79E‐078.07E‐07 1.01E‐05 8.68E‐05 9.33E‐086.20E‐07 2.35E‐06 1.01E‐04 2.29E‐077.66E‐07 2.91E‐06 6.84E‐05 5.04E‐075.53E‐07 7.10E‐06 9.16E‐05 3.26E‐072.16E‐07 2.47E‐06 7.26E‐06 1.44E‐077.89E‐07 8.65E‐06 8.89E‐071.18E‐06 1.19E‐05 3.46E‐04 6.61E‐081.75E‐06 8.54E‐06 1.07E‐04 1.53E‐081.05E‐06 1.44E‐05 8.68E‐05 2.39E‐074.73E‐07 4.60E‐06 7.96E‐05 1.35E‐078.04E‐07 7.51E‐06 8.41E‐05 5.71E‐075.56E‐07 6.49E‐06 4.67E‐088.57E‐07 8.16E‐06 7.96E‐05 5.09E‐086.02E‐07 6.34E‐06 1.10E‐04 1.18E‐064.33E‐07 4.13E‐06 8.31E‐05 2.13E‐071.27E‐06 5.90E‐06 5.06E‐05 8.20E‐089.47E‐07 1.24E‐05 2.97E‐077.31E‐07 7.85E‐06 8.37E‐05 1.58E‐067.13E‐07 7.17E‐06 8.29E‐05 1.32E‐069.80E‐07 1.06E‐05 1.22E‐061.08E‐06 1.09E‐05 5.77E‐07SeleniumMW‐ERT Selenium‐PartII SeleniumMW‐PartII Selenium‐min SeleniumMW‐minlb/MW lb/MMBtu lb/MW lb/MMBtu lb/MW7.04E‐08 1.45E‐08 7.04E‐084.53E‐06 5.03E‐07 4.53E‐063.74E‐07 4.07E‐08 3.74E‐071.20E‐07 2.05E‐06 1.79E‐05 1.37E‐08 1.20E‐071.52E‐07 1.61E‐08 1.52E‐079.11E‐07 7.87E‐08 9.11E‐071.15E‐06 9.21E‐08 1.15E‐061.15E‐06 9.21E‐08 1.15E‐066.59E‐06 6.30E‐07 6.59E‐062.27E‐06 2.19E‐07 2.27E‐061.96E‐06 1.79E‐07 1.96E‐061.17E‐06 9.33E‐08 1.17E‐068.69E‐07 2.29E‐07 8.69E‐071.91E‐06 5.04E‐07 1.91E‐064.18E‐06 3.26E‐07 4.18E‐061.64E‐06 1.44E‐07 1.64E‐069.75E‐06 8.89E‐07 9.75E‐066.70E‐07 6.61E‐08 6.70E‐077.46E‐08 1.53E‐08 7.46E‐083.26E‐06 2.39E‐07 3.26E‐061.32E‐06 1.35E‐07 1.32E‐065.33E‐06 5.71E‐07 5.33E‐065.45E‐07 4.67E‐08 5.45E‐074.85E‐07 5.09E‐08 4.85E‐071.24E‐05 1.18E‐06 1.24E‐052.03E‐06 2.13E‐07 2.03E‐063.81E‐07 8.20E‐08 3.81E‐073.88E‐06 2.97E‐07 3.88E‐061.69E‐05 1.58E‐06 1.69E‐051.33E‐05 1.32E‐06 1.33E‐051.32E‐05 1.22E‐06 1.32E‐055.87E‐06 5.77E‐07 5.87E‐06TotalMetals‐ERT TotalMetalsMW‐ERT FilterableParticulate_Method29‐ERT FilterableParticulate_Method29MW‐ERTlb/MMBtu lb/MW lb/MMBtu lb/MW1.33E‐06 6.46E‐061.50E‐06 1.35E‐05 5.41E‐04 4.87E‐031.51E‐06 1.39E‐05 2.28E‐03 2.10E‐021.64E‐06 1.43E‐051.82E‐06 1.72E‐052.03E‐06 2.35E‐05 8.53E‐04 9.87E‐032.10E‐06 2.63E‐05 4.79E‐03 5.99E‐022.10E‐06 2.63E‐05 4.79E‐03 5.99E‐022.15E‐06 2.25E‐052.21E‐06 2.29E‐05 4.69E‐04 4.86E‐032.33E‐06 2.55E‐05 1.92E‐03 2.11E‐022.69E‐06 3.36E‐05 6.20E‐04 7.75E‐032.94E‐06 1.12E‐05 6.31E‐03 2.40E‐023.44E‐06 1.30E‐05 5.08E‐03 1.93E‐023.45E‐06 4.43E‐053.63E‐06 4.14E‐05 8.16E‐03 9.31E‐023.72E‐06 4.08E‐05 1.23E‐03 1.35E‐023.95E‐06 4.00E‐05 4.28E‐03 4.34E‐023.99E‐06 1.94E‐054.20E‐06 5.73E‐054.23E‐06 4.11E‐05 3.88E‐03 3.77E‐024.39E‐06 4.10E‐05 8.05E‐04 7.52E‐034.46E‐06 5.20E‐05 4.63E‐03 5.40E‐024.85E‐06 4.62E‐05 9.04E‐03 8.60E‐024.94E‐06 5.20E‐055.25E‐06 5.00E‐05 1.21E‐03 1.15E‐025.33E‐06 2.48E‐05 1.89E‐03 8.79E‐035.47E‐06 7.15E‐055.53E‐06 5.94E‐055.57E‐06 5.60E‐055.93E‐06 6.43E‐05 3.45E‐04 3.74E‐036.13E‐06 6.24E‐05 4.05E‐04 4.12E‐03FilterableParticulate_Method5‐ERT FilterableParticulate_Method5MW‐ERT FilterableParticulate_Method5/OTM‐28‐ERTlb/MMBtu lb/MW lb/MMBtu8.80E‐03 8.34E‐028.00E‐044.50E‐04 4.71E‐031.23E‐033.28E‐038.57E‐024.21E‐031.62E‐037.21E‐04 7.60E‐031.09E‐02 1.42E‐011.16E‐03 1.25E‐028.39E‐04 8.44E‐03FilterableParticulate_Method5/OTM‐28MW‐ERT FilterableParticulate_OTM‐27/28‐ERTlb/MW lb/MMBtu1.53E‐043.67E‐036.54E‐049.26E‐034.99E‐024.99E‐025.04E‐031.54E‐024.21E‐029.77E‐014.61E‐021.71E‐025.16E‐042.21E‐027.03E‐042.49E‐031.54E‐031.06E‐037.12E‐047.76E‐041.44E‐041.19E‐03FilterableParticulate_OTM‐27/28MW‐ERT FilterablePM2_5_OTM‐27‐ERTlb/MW lb/MMBtu7.44E‐043.31E‐025.73E‐036.24E‐016.24E‐015.27E‐021.73E‐012.51E‐036.56E‐032.91E‐021.63E‐024.94E‐037.65E‐037.79E‐031.56E‐031.21E‐02FilterablePM2_5_OTM‐27MW‐ERT FilterablePM2_5_OTM‐27/28‐ERTlb/MW lb/MMBtu1.53E‐043.07E‐042.47E‐046.54E‐041.34E‐034.67E‐024.67E‐022.81E‐041.24E‐031.03E‐037.55E‐072.13E‐061.36E‐025.16E‐047.15E‐043.90E‐044.10E‐053.22E‐042.60E‐044.67E‐042.45E‐042.05E‐035.70E‐045.63E‐044.96E‐041.08E‐03FilterablePM2_5_OTM‐27/28MW‐ERT PM2_5CondensibleParticulate_Method202‐ERTlb/MW lb/MMBtu7.44E‐042.76E‐032.27E‐035.73E‐031.27E‐025.84E‐015.84E‐012.94E‐031.29E‐021.13E‐022.87E‐068.08E‐061.38E‐012.51E‐036.95E‐033.64E‐034.78E‐043.06E‐032.74E‐034.45E‐031.14E‐032.68E‐026.12E‐035.66E‐035.38E‐031.10E‐02PM2_5CondensibleParticulate_Method202MW‐ERT PM2_5CondensibleParticulate_Method5/OTM‐28‐ERTlb/MW lb/MMBtu1.96E‐021.00E‐022.65E‐031.26E‐022.63E‐037.69E‐03PM2_5CondensibleParticulate_Method5/OTM‐28MW‐ERT PM2_5CondensibleParticulate_OTM‐27/28‐ERTlb/MW lb/MMBtu8.75E‐034.74E‐031.42E‐021.11E‐021.56E‐022.27E‐015.41E‐035.41E‐033.38E‐032.61E‐032.40E‐031.25E‐013.40E‐021.44E‐012.89E‐021.37E‐025.42E‐031.05E‐012.93E‐032.62E‐034.77E‐035.81E‐038.03E‐031.95E‐022.48E‐032.89E‐03PM2_5CondensibleParticulate_OTM‐27/28MW‐ERT PM2_5CondensibleParticulate_OTM‐28‐ERTlb/MW lb/MMBtu4.26E‐024.27E‐021.30E‐019.75E‐021.48E‐016.77E‐026.77E‐023.53E‐022.70E‐022.63E‐021.39E‐012.64E‐022.73E‐023.06E‐025.03E‐022.70E‐028.62E‐021.96E‐012.69E‐022.94E‐02PM2_5CondensibleParticulate_OTM‐28MW‐ERT TotalParticulate_Method5/OTM‐28‐ERTlb/MW lb/MMBtu2.04E‐024.13E‐025.93E‐039.83E‐029.31E‐03TotalParticulate_Method5/OTM‐28MW‐ERT TotalParticulate_OTM‐27/28‐ERTlb/MW lb/MMBtu8.90E‐038.41E‐031.18E‐022.36E‐015.53E‐025.53E‐028.44E‐035.16E‐017.61E‐021.12E+003.08E‐026.01E‐031.27E‐011.82E‐035.11E‐032.78E‐035.16E‐031.67E‐026.87E‐038.74E‐032.03E‐023.12E‐034.08E‐03TotalParticulate_OTM‐27/28MW‐ERT TotalParticulate_OTM‐28‐ERT TotalParticulate_OTM‐28MW‐ERTlb/MW lb/MMBtu lb/MW4.33E‐027.58E‐021.03E‐016.92E‐016.92E‐018.82E‐023.12E‐012.93E‐021.77E‐025.97E‐022.65E‐025.44E‐021.60E‐013.20E‐029.38E‐022.04E‐013.38E‐024.15E‐02PM(Condensable)‐PartII PM(Condensable)MW‐PartII PM(FilterableandCondensable)‐PartIIlb/MMBtu lb/MW lb/MMBtu1.20E‐02 1.08E‐012.63E‐03 2.49E‐024.29E‐03 4.44E‐022.69E‐03 2.95E‐021.90E‐03 2.44E‐023.90E‐03 4.28E‐022.73E‐03 3.73E‐02PM(FilterableandCondensable)MW‐PartII PM(Filterable)‐PartII PM(Filterable)MW‐PartIIlb/MW lb/MMBtu lb/MW3.33E‐03 1.62E‐021.00E‐03 9.18E‐031.35E‐03 1.28E‐022.73E‐02 3.41E‐012.73E‐02 3.41E‐017.17E‐04 7.43E‐039.80E‐03 1.07E‐015.00E‐03 1.90E‐023.00E‐03 1.14E‐021.00E‐03 1.28E‐022.87E‐03 3.14E‐027.33E‐04 1.00E‐02PM10(Condensable)‐PartII PM10(Condensable)MW‐PartII PM10(FilterableandCondensable)‐PartIIlb/MMBtu lb/MW lb/MMBtuPM10(FilterableandCondensable)MW‐PartII PM10(Filterable)‐PartII PM10(Filterable)MW‐PartII PM2_5(Filterable)‐PartIIlb/MW lb/MMBtu lb/MW lb/MMBtu1.00E‐02 4.87E‐027.00E‐04 6.30E‐036.33E‐03 5.54E‐029.30E‐02 1.02E+004.67E‐03 1.77E‐023.00E‐03 1.14E‐021.00E‐03 1.01E‐02PM2_5(Filterable)MW‐PartII control_group_1 control_type_1 install_date_1lb/MWNOxcontrol SelectiveCatalyticReduction 01‐Mar‐94NOxcontrol SelectiveCatalyticReduction 01‐Jul‐08SO2control DryFGD‐SprayDryer 01‐Apr‐84NOxcontrol SelectiveCatalyticReduction 01‐Sep‐94NOxcontrol SelectiveNoncatalyticReduction 01‐Aug‐95NOxcontrol SelectiveCatalyticReduction 01‐Apr‐03PMcontrol FabricFilter,pulse 01‐Jan‐91PMcontrol FabricFilter,pulse 01‐Jan‐91PMcontrol Electrostaticprecipitator,hotside,unspecified 01‐Apr‐78PMcontrol FabricFilter,reverseair 01‐May‐98PMcontrol FabricFilter,pulse 01‐Dec‐08SO2control DryFGD‐CirculatingDryScrubber 01‐Sep‐95SO2control DryFGD‐CirculatingDryScrubber 01‐Jan‐94SO2control DryFGD‐CirculatingDryScrubber 01‐Jan‐94PMcontrol Electrostaticprecipitator,hotside,w/ofluegasconditioning 01‐Jan‐72PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jan‐81PMcontrol FabricFilter,reverseair 01‐Jul‐92NOxcontrol SelectiveNoncatalyticReduction 01‐Feb‐00NOxcontrol SelectiveCatalyticReduction 01‐Mar‐94PMcontrol Electrostaticprecipitator,hotside,w/ofluegasconditioning 01‐Dec‐71SO2control DryFGD‐SprayDryer 01‐Dec‐98NOxcontrol SelectiveCatalyticReduction 01‐Dec‐09NOxcontrol Other(specify):Anhydrousammoniainjection 01‐Jan‐93SO2control DryFGD‐SprayDryer 01‐Jun‐99PMcontrol FabricFilter,reverseair 01‐Dec‐00Othercontrol ActivatedcarboninjectionNOxcontrol SelectiveNoncatalyticReductionSO2control DryFGD‐SprayDryer 01‐May‐92PMcontrol FabricFilter,pulse 01‐Dec‐99PMcontrol FabricFilter,reverseair 01‐May‐01NOxcontrol SelectiveNoncatalyticReductionPMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Aug‐68control_group_2 control_type_2 install_date_2 control_group_3SO2control DryFGD‐SprayDryer 01‐Mar‐94 PMcontrolOthercontrol Activatedcarboninjection 01‐Jul‐08 SO2controlPMcontrol FabricFilter,reverseair 01‐Apr‐84SO2control DryFGD‐SprayDryer 01‐Sep‐94 PMcontrolPMcontrol FabricFilter,pulse 01‐Aug‐95SO2control DryFGD‐SprayDryer 01‐Apr‐03 PMcontrolNOxcontrol SelectiveCatalyticReduction 01‐Aug‐03 OthercontrolSO2control WetFGD‐VenturiType 01‐Jul‐76PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Sep‐95NOxcontrol SelectiveNoncatalyticReduction 01‐Jan‐94 PMcontrolNOxcontrol SelectiveNoncatalyticReduction 01‐Jan‐94 PMcontrolSO2control WetFGD‐SprayType 01‐Jun‐02SO2control WetFGD‐SprayType 01‐Jan‐81SO2control WetFGD‐SprayType 01‐Dec‐92PMcontrol FabricFilter,pulse 01‐Feb‐00SO2control DryFGD‐SprayDryer 01‐Mar‐94 PMcontrolSO2control WetFGD‐SprayType 01‐Oct‐01PMcontrol FabricFilter,reverseair 01‐Dec‐98SO2control DryFGD‐SprayDryer 01‐Dec‐09 PMcontrolSO2control DryFGD‐SorbentInjection 01‐Jan‐93 PMcontrolPMcontrol FabricFilter,reverseair 01‐Jun‐99SO2control DryFGD‐SprayDryer 01‐Jul‐08 PMcontrolPMcontrol FabricFilter,unspecifiedSO2control DryFGD‐SprayDryer 01‐May‐92 PMcontrolOthercontrol Drysorbentinjection PMcontrolOthercontrol Activatedcarboninjection 01‐Jul‐08 PMcontrolcontrol_type_3 install_date_3 control_group_4FabricFilter,reverseair 01‐Mar‐94DryFGD‐SprayDryer 01‐Jul‐08 PMcontrolFabricFilter,reverseair 01‐Sep‐94FabricFilter,pulse 01‐Apr‐03Activatedcarboninjection 01‐Jul‐09 SO2controlFabricFilter,pulse 01‐Jan‐94FabricFilter,pulse 01‐Jan‐94FabricFilter,reverseair 01‐Mar‐94FabricFilter,pulse 01‐Dec‐09FabricFilter,pulse 01‐Jan‐93FabricFilter,reverseair 01‐Dec‐91FabricFilter,pulse 01‐May‐92 PMcontrolFabricFilter,unspecified 01‐Dec‐09FabricFilter,pulse 01‐Jan‐08control_type_4 install_date_4 control_group_5 control_type_5FabricFilter,pulse 01‐Jul‐08DryFGD‐SprayDryer 01‐Dec‐12 PMcontrol FabricFilter,unspecifiedFabricFilter,pulse 01‐May‐92install_date_5 control_group_6 control_type_6 install_date_6 control_group_7 control_type_7 install_date_701‐Jun‐09control_group_8 control_type_8 install_date_8 control_group_9 control_type_9 install_date_9 control_group_10control_type_10 install_date_10 control_group_11 control_type_11 install_date_11 control_group_12 control_type_12install_date_12coal 60 WhelanEnergyCenterUnit1(WEC1) NE 1 ConventionalBoilercoal 492 MartinDrake CO Unit7‐Coal ConventionalBoilercoal 2554 DunkirkGeneratingPlant NY 4 ConventionalBoilercoal 2451 SanJuan NM Unit3 ConventionalBoilercoal 10774 SouthamptonPowerStation VA Unit1&2 ConventionalBoilercoal 54081 SpruanceGenco,LLC VA GEN2 ConventionalBoilercoal 2277 SheldonStation NE U2 ConventionalBoilercoal 10849 SilverBayPower MN GEN1 ConventionalBoilercoal 52071 SandowStation TX 5B Fluidizedbedfiringcoal 52071 SandowStation TX 5A Fluidizedbedfiringcoal 50976 INDIANTOWNCOGENERATIONL.P. FL 001 ConventionalBoilercoal 56068 ElmRoadGeneratingStation WI ERGS‐B1 ConventionalBoilercoal 8223 Springerville AZ 3 ConventionalBoilercoal 56319 Wygen2 WY WYG2Cfg ConventionalBoilercoal 963 Dallman IL 34 ConventionalBoilercoal 54081 SpruanceGenco,LLC VA GEN4 ConventionalBoilercoal 2079 Hawthorn MO 5A ConventionalBoilercoal 2451 SanJuan NM Unit2 ConventionalBoilercoal 4041 SouthOakCreek WI OCPP‐B7 ConventionalBoilercoal 10377 JamesRiverCogenerationCo VA UNIT2 ConventionalBoilercoal 10672 CedarBayGeneratingCompanyL.P. FL CBC1 Fluidizedbedfiringcoal 50776 PANTHERCREEKENERGYFACILITY PA BG2 Fluidizedbedfiringcoal 50776 PANTHERCREEKENERGYFACILITY PA BG1 Fluidizedbedfiringcoal 6096 NebraskaCity NE NC2 ConventionalBoilercoal 56224 TSPowerPlant NV TSPower ConventionalBoilercoal 602 BrandonShores MD 002 ConventionalBoilercoal 2712 RoxboroSteamElectricPlant NC Rox_Cfg_2c ConventionalBoilercoal 2451 SanJuan NM Unit4 ConventionalBoilercoal 2408 PSEGMercerGeneratingStation NJ MERU1E1PT1OS1‐Coal ConventionalBoilercoal 10743 MorgantownEnergyFacility WV Unit1&2 Fluidizedbedfiringcoal 68029 AESPuertoRicoCogenerationFacility PR Unit_1 Fluidizedbedfiringcoal 6041 HLSpurlockStation KY Unit04 Fluidizedbedfiringcoal 113 Cholla AZ 003 ConventionalBoilercoal 6139 Welsh TX WE‐1 ConventionalBoilerTangentialfiring 1 84 845 10.11Wallfiring‐frontfiring 1 141 1475 10.46Tangentialfiring 1 195 1836 9.42Wallfiring‐opposedfiring 1 544 5758 10.58Stoker‐spreader 2 136 889 6.54Stoker‐underfeed 2 57 750 13.07Cyclonefiring 1 141 1514 10.74Wallfiring‐frontfiring 1 45 372 8.26Fluidizedbedfiring1 282 2960 10.48Fluidizedbedfiring1 282 2960 10.48Wallfiring‐opposedfiring 1 361 3422 9.48Wallfiring‐unspecified 1 677 6515 9.62Wallfiring‐opposedfiring 1 450 4200 9.33Wallfiring‐frontfiring 1 96 1300 13.54Wallfiring‐opposedfiring 1 229 1925 8.39Stoker‐underfeed 2 57 750 13.07Wallfiring‐opposedfiring 1 594 6600 11.11Wallfiring‐frontfiring 1 370 3688 9.97Tangentialfiring 2 656 5865 8.94Stoker‐underfeed 3 57 600 10.45Fluidizedbedfiring1 280 1063 3.80Fluidizedbedfiring1 47 600 12.90Fluidizedbedfiring1 47 600 12.90Wallfiring‐frontfiring 1 682 6920 10.15Wallfiring‐opposedfiring 1 242 2112 8.73Wallfiring‐unspecified 1 690 6700 9.71Tangentialfiring 1 703 6893 9.81Wallfiring‐opposedfiring 1 544 5649 10.38Wallfiring‐unspecified 1 343 3100 9.04Fluidizedbedfiring2 116 910 7.84Fluidizedbedfiring1 255 2461 9.65Fluidizedbedfiring1 300 2800 9.33Tangentialfiring 1 305 2929 9.60Wallfiring‐opposedfiring 1 558 5156 9.24subbituminous1.68E‐06 3.73E‐07subbituminous,bituminous3.04E‐08subbituminous5.01E‐07subbituminous7.15E‐08bituminous4.73E‐05 8.87E‐08bituminous1.28E‐04 9.38E‐08subbituminous6.12E‐07subbituminous5.44E‐08lignite3.53E‐04 1.79E‐06lignite3.63E‐04 1.52E‐06bituminous3.62E‐05 2.41E‐07bituminous3.33E‐05 1.65E‐07subbituminous3.75E‐07subbituminous1.02E‐05 1.00E‐07bituminous1.58E‐04 3.60E‐07bituminous1.52E‐04 2.69E‐07subbituminous,bituminous1.18E‐05 4.97E‐07subbituminous4.63E‐08subbituminous1.39E‐05 4.80E‐07bituminous7.40E‐05 1.32E‐07bituminous7.76E‐08coalrefuse(culmorgob)1.45E‐04 2.36E‐07coalrefuse(culmorgob)1.45E‐04 2.36E‐07bituminous3.62E‐07subbituminous1.24E‐05 1.94E‐07bituminous7.41E‐05 2.58E‐07bituminous3.14E‐05 1.42E‐07subbituminous1.08E‐07bituminous1.63E‐07bituminous1.50E‐06bituminous1.60E‐04 3.45E‐07bituminous3.13E‐05 3.79E‐07bituminous1.80E‐04 4.68E‐08subbituminous8.36E‐07 1.29E‐073.77E‐06 3.73E‐07 3.77E‐06 4.82E‐043.18E‐07 3.04E‐08 3.18E‐07 3.25E‐054.72E‐06 5.01E‐07 4.72E‐067.57E‐07 7.15E‐08 7.57E‐07 7.83E‐055.80E‐07 8.87E‐08 5.80E‐07 2.77E‐041.22E‐06 9.38E‐08 1.22E‐066.57E‐06 6.12E‐07 6.57E‐06 8.36E‐054.50E‐07 5.44E‐08 4.50E‐071.88E‐05 8.22E‐07 8.62E‐06 8.22E‐07 8.62E‐06 4.69E‐041.59E‐05 6.05E‐07 6.35E‐06 6.05E‐07 6.35E‐06 3.21E‐042.29E‐06 2.41E‐07 2.29E‐06 2.18E‐041.59E‐06 1.65E‐07 1.59E‐06 5.95E‐043.50E‐06 3.75E‐07 3.50E‐06 8.31E‐051.35E‐06 1.00E‐07 1.35E‐06 1.11E‐043.02E‐06 3.60E‐07 3.02E‐06 1.58E‐043.51E‐06 2.69E‐07 3.51E‐065.52E‐06 4.97E‐07 5.52E‐06 9.05E‐054.61E‐07 4.63E‐08 4.61E‐07 2.60E‐044.29E‐06 4.80E‐07 4.29E‐06 6.79E‐051.38E‐06 1.32E‐07 1.38E‐06 3.33E‐042.95E‐07 7.76E‐08 2.95E‐07 9.72E‐043.04E‐06 2.36E‐07 3.04E‐06 1.61E‐033.04E‐06 2.36E‐07 3.04E‐06 1.61E‐033.68E‐06 3.62E‐07 3.68E‐06 8.41E‐051.69E‐06 1.94E‐07 1.69E‐06 1.13E‐042.50E‐06 2.58E‐07 2.50E‐06 3.95E‐041.39E‐06 1.42E‐07 1.39E‐06 2.75E‐041.12E‐06 1.08E‐07 1.12E‐06 5.19E‐051.47E‐06 1.63E‐07 1.47E‐06 9.74E‐041.17E‐05 1.50E‐06 1.17E‐05 1.99E‐043.33E‐06 3.45E‐07 3.33E‐06 6.52E‐043.54E‐06 3.79E‐07 3.54E‐06 1.50E‐034.49E‐07 4.68E‐08 4.49E‐07 6.02E‐041.19E‐06 1.29E‐07 1.19E‐06 1.25E‐053.70E‐07 3.74E‐06 3.70E‐07 3.74E‐063.68E‐07 3.85E‐06 3.68E‐07 3.85E‐065.01E‐07 4.72E‐06 5.01E‐07 4.72E‐062.34E‐08 2.47E‐07 2.34E‐08 2.47E‐072.81E‐07 1.84E‐06 2.81E‐07 1.84E‐063.42E‐07 4.46E‐06 3.42E‐07 4.46E‐066.12E‐07 6.57E‐06 6.12E‐07 6.57E‐063.10E‐07 2.56E‐06 3.10E‐07 2.56E‐063.53E‐07 3.70E‐06 5.11E‐07 5.35E‐06 3.53E‐07 3.70E‐063.43E‐07 3.59E‐06 5.23E‐07 5.48E‐06 3.43E‐07 3.59E‐061.35E‐07 1.28E‐06 1.48E‐07 1.41E‐06 1.35E‐07 1.28E‐062.90E‐07 2.79E‐06 2.90E‐07 2.79E‐067.51E‐07 7.01E‐06 7.51E‐07 7.01E‐061.10E‐07 1.49E‐06 1.10E‐07 1.49E‐063.62E‐07 3.04E‐06 8.24E‐08 6.92E‐07 8.24E‐08 6.92E‐079.78E‐07 1.28E‐05 6.17E‐07 8.07E‐06 6.17E‐07 8.07E‐063.03E‐07 3.37E‐06 3.03E‐07 3.37E‐064.63E‐08 4.61E‐07 4.63E‐08 4.61E‐074.80E‐07 4.29E‐06 4.80E‐07 4.29E‐067.12E‐07 7.44E‐06 7.12E‐07 7.44E‐065.06E‐07 1.92E‐06 5.06E‐07 1.92E‐063.89E‐07 5.02E‐06 3.89E‐07 5.02E‐063.89E‐07 5.02E‐06 3.89E‐07 5.02E‐064.49E‐07 4.56E‐06 4.49E‐07 4.56E‐062.01E‐07 1.76E‐06 2.01E‐07 1.76E‐062.58E‐07 2.50E‐06 2.58E‐07 2.50E‐067.62E‐07 7.47E‐06 7.62E‐07 7.47E‐068.25E‐08 8.57E‐07 8.25E‐08 8.57E‐072.84E‐07 2.57E‐06 1.03E‐06 9.34E‐06 2.84E‐07 2.57E‐066.63E‐07 5.20E‐06 6.63E‐07 5.20E‐066.98E‐07 6.73E‐06 6.98E‐07 6.73E‐063.89E‐07 3.63E‐06 3.89E‐07 3.63E‐061.33E‐07 1.28E‐06 1.33E‐07 1.28E‐061.73E‐07 1.60E‐06 1.73E‐07 1.60E‐061.80E‐05 3.10E‐08 3.13E‐07 3.10E‐083.98E‐05 1.76E‐08 1.84E‐07 1.76E‐081.25E‐07 1.18E‐06 1.25E‐071.22E‐043.72E‐04 5.37E‐08 3.51E‐07 5.37E‐082.99E‐04 8.96E‐08 1.17E‐06 8.96E‐081.67E‐05 1.53E‐07 1.64E‐06 1.53E‐072.74E‐05 4.24E‐08 3.50E‐07 4.24E‐081.80E‐04 2.10E‐07 2.20E‐06 3.12E‐07 3.27E‐06 2.10E‐072.14E‐04 1.92E‐07 2.01E‐06 3.58E‐07 3.76E‐06 1.92E‐071.71E‐04 1.10E‐08 1.04E‐07 1.90E‐08 1.80E‐07 1.10E‐087.28E‐05 4.13E‐08 3.98E‐07 4.13E‐082.29E‐05 6.44E‐09 6.01E‐08 6.44E‐091.70E‐05 4.64E‐08 6.28E‐07 4.64E‐081.21E‐04 9.04E‐08 7.59E‐07 1.96E‐08 1.64E‐07 1.96E‐081.95E‐04 1.78E‐07 2.33E‐06 8.13E‐08 1.06E‐06 8.13E‐081.64E‐05 7.41E‐08 8.23E‐07 7.41E‐081.29E‐042.02E‐05 1.20E‐07 1.07E‐06 1.20E‐071.46E‐04 1.59E‐08 1.66E‐07 1.59E‐081.33E‐04 1.33E‐07 5.05E‐07 9.58E‐08 3.64E‐07 9.58E‐082.33E‐04 5.79E‐08 7.47E‐07 5.79E‐082.33E‐04 5.79E‐08 7.47E‐07 5.79E‐082.52E‐05 9.06E‐08 9.19E‐07 9.06E‐081.94E‐05 4.85E‐08 4.23E‐07 4.85E‐081.09E‐04 6.44E‐08 6.26E‐07 6.44E‐081.41E‐04 5.37E‐08 5.27E‐07 5.37E‐083.06E‐053.06E‐04 1.72E‐07 1.56E‐06 2.33E‐07 2.11E‐06 1.72E‐071.99E‐04 1.89E‐08 1.48E‐07 1.89E‐083.63E‐05 8.72E‐08 8.42E‐07 8.72E‐082.41E‐04 8.46E‐08 7.89E‐07 1.45E‐08 1.35E‐07 1.45E‐089.02E‐05 4.21E‐09 4.04E‐08 4.21E‐091.67E‐06 3.18E‐08 2.93E‐07 3.18E‐083.13E‐07 7.85E‐06 8.54E‐08 8.64E‐071.84E‐07 1.57E‐05 2.28E‐07 2.38E‐061.18E‐06 1.99E‐07 1.87E‐061.00E‐05 1.07E‐07 1.13E‐063.51E‐07 7.44E‐05 2.84E‐08 1.86E‐071.17E‐06 2.30E‐05 6.02E‐08 7.86E‐071.64E‐06 1.67E‐05 1.63E‐07 1.75E‐063.50E‐07 3.42E‐06 8.19E‐08 6.77E‐072.20E‐06 5.88E‐05 2.42E‐07 2.54E‐06 3.86E‐072.01E‐06 6.05E‐05 3.17E‐07 3.33E‐06 4.00E‐071.04E‐07 6.89E‐06 2.77E‐07 2.62E‐063.98E‐07 8.25E‐06 7.35E‐08 7.07E‐076.01E‐08 1.66E‐05 7.86E‐08 7.33E‐076.28E‐07 4.26E‐06 1.33E‐07 1.80E‐061.64E‐07 2.36E‐05 1.07E‐07 8.99E‐07 7.85E‐081.06E‐06 2.27E‐05 7.18E‐08 9.38E‐07 2.40E‐068.23E‐07 5.48E‐06 3.58E‐07 3.98E‐068.17E‐06 8.50E‐08 8.47E‐071.07E‐06 5.74E‐06 2.87E‐07 2.56E‐061.66E‐07 1.60E‐05 6.61E‐08 6.91E‐073.64E‐07 7.79E‐06 4.87E‐07 1.85E‐067.47E‐07 1.84E‐04 1.10E‐07 1.42E‐067.47E‐07 1.84E‐04 1.10E‐07 1.42E‐069.19E‐07 1.68E‐05 1.02E‐07 1.03E‐064.23E‐07 6.63E‐06 4.16E‐07 3.63E‐066.26E‐07 1.48E‐05 8.76E‐08 8.51E‐075.27E‐07 3.27E‐06 1.56E‐07 1.53E‐063.95E‐06 2.95E‐07 3.06E‐061.56E‐06 8.08E‐06 1.11E‐07 1.00E‐06 2.33E‐071.48E‐07 1.99E‐04 1.49E‐07 1.17E‐068.42E‐07 3.17E‐05 1.37E‐07 1.32E‐061.35E‐07 2.22E‐05 1.06E‐07 9.94E‐074.04E‐08 3.60E‐05 1.99E‐08 1.91E‐072.93E‐07 2.51E‐06 7.85E‐08 7.25E‐078.54E‐08 8.64E‐07 1.28E‐04 1.68E‐06 1.70E‐052.28E‐07 2.38E‐06 4.39E‐04 7.52E‐07 7.87E‐061.99E‐07 1.87E‐06 1.44E‐06 1.36E‐051.07E‐07 1.13E‐06 2.77E‐04 1.14E‐06 1.21E‐052.84E‐08 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6.96E‐057.55E‐06 7.26E‐057.60E‐06 7.10E‐05 5.86E‐04 5.47E‐037.69E‐06 1.04E‐047.84E‐06 6.58E‐057.89E‐06 1.03E‐047.99E‐06 8.88E‐05 9.68E‐04 1.08E‐028.13E‐06 8.11E‐058.22E‐06 7.35E‐05 1.30E‐03 1.17E‐028.36E‐06 8.74E‐058.50E‐06 3.23E‐05 1.28E‐02 4.85E‐028.69E‐06 1.12E‐04 7.25E‐03 9.36E‐028.69E‐06 1.12E‐04 7.25E‐03 9.36E‐028.86E‐06 8.99E‐059.07E‐06 7.91E‐05 6.64E‐03 5.80E‐029.28E‐06 9.01E‐059.61E‐06 9.42E‐05 2.04E‐03 2.00E‐029.66E‐06 1.00E‐049.97E‐06 9.01E‐05 1.03E‐04 9.33E‐041.01E‐05 7.93E‐051.01E‐05 9.77E‐05 2.45E‐02 2.36E‐011.02E‐05 9.54E‐05 6.21E‐03 5.80E‐021.03E‐05 9.87E‐051.03E‐05 9.54E‐05 1.35E‐02 1.25E‐011.36E‐038.44E‐03 1.10E‐016.97E‐04 7.49E‐032.71E‐02 3.55E‐014.68E‐032.35E‐03 2.46E‐021.10E‐02 1.11E‐013.33E‐031.93E‐033.20E‐032.92E‐034.12E‐033.53E‐041.43E‐029.33E‐033.33E‐041.14E‐033.93E‐043.22E‐063.50E‐035.79E‐041.24E‐034.66E‐021.76E‐038.28E‐038.28E‐038.03E‐034.57E‐033.23E‐021.89E‐023.32E‐021.48E‐039.10E‐031.66E‐022.81E‐025.19E‐034.16E‐023.32E‐036.10E‐023.58E‐031.19E‐024.12E‐033.05E‐053.37E‐025.40E‐031.37E‐021.58E‐021.07E‐011.07E‐018.15E‐023.99E‐021.34E‐027.14E‐021.60E‐014.79E‐021.77E‐031.12E‐032.76E‐041.19E‐033.34E‐032.17E‐042.61E‐032.63E‐049.31E‐059.72E‐072.16E‐044.49E‐037.33E‐041.51E‐031.04E‐063.13E‐033.13E‐032.11E‐032.51E‐031.35E‐035.10E‐033.84E‐034.48E‐033.89E‐031.79E‐021.18E‐022.60E‐037.78E‐034.37E‐02 2.07E‐032.33E‐032.16E‐022.76E‐039.76E‐049.21E‐062.01E‐035.86E‐02 2.02E‐038.14E‐031.35E‐023.94E‐064.04E‐024.04E‐022.14E‐022.19E‐021.22E‐024.00E‐023.71E‐024.18E‐023.59E‐023.01E‐032.70E‐022.64E‐024.12E‐034.03E‐031.49E‐033.07E‐035.93E‐032.39E‐033.40E‐032.72E‐033.18E‐023.07E‐036.04E‐034.03E‐031.30E‐022.40E‐028.13E‐031.72E‐032.73E‐021.97E‐027.72E‐034.11E‐025.64E‐031.53E‐031.53E‐031.51E‐023.91E‐021.46E‐023.19E‐022.95E‐021.49E‐024.27E‐021.65E‐025.69E‐022.41E‐023.56E‐022.56E‐022.01E‐026.48E‐023.33E‐021.36E‐012.52E‐017.70E‐021.65E‐022.54E‐012.67E‐018.58E‐025.04E‐021.97E‐021.97E‐021.54E‐012.67E‐011.17E‐014.12E‐011.54E‐014.36E‐038.80E‐037.35E‐033.38E‐036.26E‐038.85E‐036.51E‐033.35E‐034.62E‐021.24E‐026.37E‐031.42E‐022.42E‐028.13E‐035.22E‐032.27E‐028.98E‐038.77E‐027.53E‐039.81E‐039.81E‐032.32E‐021.08E‐027.14E‐023.31E‐026.50E‐023.10E‐022.40E‐025.95E‐028.50E‐021.46E‐026.58E‐023.15E‐028.11E‐026.84E‐021.49E‐012.54E‐017.71E‐025.02E‐023.08E‐019.98E‐026.73E‐021.27E‐011.27E‐012.35E‐019.46E‐022.80E‐011.88E‐015.74E‐011.35E‐018.77E‐03 9.18E‐022.10E‐022.93E‐024.00E‐03 3.36E‐027.63E‐03 6.82E‐027.67E‐04 9.89E‐031.93E‐03 2.49E‐021.05E‐02 9.19E‐02 9.39E‐035.81E‐03 5.42E‐02 7.93E‐034.85E‐04 5.07E‐032.20E‐01 5.67E‐03 5.94E‐023.08E‐01 1.00E‐03 1.05E‐024.00E‐04 3.79E‐031.00E‐03 8.39E‐038.45E‐03 1.10E‐013.90E‐03 3.49E‐028.00E‐03 3.04E‐029.00E‐03 1.16E‐011.23E‐02 1.59E‐017.30E‐03 7.41E‐028.20E‐02 3.63E‐03 3.17E‐026.67E‐04 6.03E‐031.40E‐02 1.10E‐017.40E‐02 2.13E‐03 1.99E‐021.87E‐022.63E‐021.30E‐029.39E‐036.20E‐04 6.49E‐031.96E‐01 1.67E‐03 1.75E‐022.76E‐01 1.00E‐03 1.05E‐025.40E‐044.73E‐03 6.18E‐021.44E‐013.33E‐03 1.27E‐028.20E‐02 3.63E‐03 3.17E‐022.82E‐03 2.54E‐02PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioningPMcontrol FabricFilter,reverseair 01‐Nov‐93NOxcontrol SelectiveNoncatalyticReductionOthercontrol Activatedcarboninjection 01‐Apr‐08PMcontrol Multiplecyclone 01‐Mar‐92SO2control DryFGD‐SprayDryer 01‐May‐92PMcontrol FabricFilter,pulse 01‐Feb‐00PMcontrol FabricFilter,reverseair 01‐Jan‐80NOxcontrol SelectiveNoncatalyticReduction 01‐Jul‐09NOxcontrol SelectiveNoncatalyticReduction 01‐Aug‐09NOxcontrol SelectiveCatalyticReduction 01‐Dec‐95NOxcontrol SelectiveCatalyticReduction 01‐Oct‐09NOxcontrol SelectiveCatalyticReduction 01‐Aug‐06NOxcontrol SelectiveCatalyticReduction 01‐Jan‐084.53E‐03 NOxcontrol SelectiveCatalyticReduction 01‐May‐09SO2control DryFGD‐SprayDryer 01‐May‐92NOxcontrol SelectiveCatalyticReduction 01‐May‐01Othercontrol Activatedcarboninjection 01‐Jun‐09PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jul‐92SO2control DryFGD‐SprayDryer 01‐May‐08SO2control DryFGD‐CirculatingDryScrubber 01‐Jan‐94NOxcontrol SelectiveNoncatalyticReduction 01‐Oct‐92NOxcontrol SelectiveNoncatalyticReduction 01‐Oct‐92NOxcontrol SelectiveCatalyticReduction 01‐May‐09NOxcontrol SelectiveCatalyticReduction 01‐Mar‐08NOxcontrol SelectiveCatalyticReductionNOxcontrol SelectiveCatalyticReduction 01‐May‐05Othercontrol Activatedcarboninjection 01‐Apr‐08PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐May‐94PMcontrol FabricFilter,pulse 01‐Jan‐92NOxcontrol SelectiveNoncatalyticReductionNOxcontrol SelectiveNoncatalyticReduction 01‐Apr‐09PMcontrol FabricFilter,unspecified 01‐Jan‐09PMcontrol Electrostaticprecipitator,hotside,w/ofluegasconditioning 01‐Mar‐77Othercontrol Drysorbentinjection PMcontrolPMcontrol FabricFilter,pulse 01‐Mar‐08 SO2controlPMcontrol Multiplecyclone 01‐Mar‐92 SO2controlSO2control DryFGD‐SprayDryer 01‐May‐92 PMcontrolOthercontrol Activatedcarboninjection 01‐Aug‐09 SO2controlOthercontrol Activatedcarboninjection 01‐Aug‐09 SO2controlSO2control DryFGD‐SprayDryer 01‐Dec‐95 PMcontrolPMcontrol FabricFilter,pulse 01‐Oct‐09 SO2controlSO2control DryFGD‐SprayDryer 01‐Aug‐06 PMcontrolSO2control DryFGD‐SprayDryer 01‐Jan‐08 PMcontrolPMcontrol FabricFilter,pulse 01‐May‐09 SO2controlSO2control DryFGD‐SprayDryer 01‐May‐92 PMcontrolSO2control DryFGD‐SprayDryer 01‐May‐01 PMcontrolPMcontrol FabricFilter,pulse 01‐Apr‐09 SO2controlSO2control DryFGD‐SprayDryer 01‐May‐08 SO2controlNOxcontrol SelectiveNoncatalyticReduction 01‐Jan‐94 PMcontrolPMcontrol FabricFilter,pulse 01‐Oct‐92PMcontrol FabricFilter,pulse 01‐Oct‐92Othercontrol Activatedcarboninjection 01‐May‐09 SO2controlOthercontrol Activatedcarboninjection 01‐Mar‐08 SO2controlPMcontrol Electrostaticprecipitator,hotside,unspecified OthercontrolPMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐May‐74 SO2controlPMcontrol FabricFilter,pulse 01‐Oct‐07 SO2controlNOxcontrol SelectiveCatalyticReduction 01‐Jun‐04 OthercontrolPMcontrol FabricFilter,pulse 01‐Jan‐92SO2control DryFGD‐SprayDryer PMcontrolSO2control DryFGD‐Unspecified 01‐Apr‐09 PMcontrolSO2control WetFGD‐Unspecified 01‐Jan‐09FabricFilter,unspecified 01‐May‐09WetFGD‐SprayType 01‐May‐98DryFGD‐SprayDryer 01‐Mar‐92 SO2controlFabricFilter,pulse 01‐May‐92 PMcontrolDryFGD‐CirculatingDryScrubber 01‐Jul‐09 PMcontrolDryFGD‐CirculatingDryScrubber 01‐Aug‐09 PMcontrolFabricFilter,pulse 01‐Dec‐95WetFGD‐SprayType 01‐Oct‐09 OthercontrolFabricFilter,pulse 01‐Aug‐06FabricFilter,pulse 01‐Jan‐08WetFGD‐PackedType 01‐May‐09 OthercontrolFabricFilter,pulse 01‐May‐92 PMcontrolFabricFilter,pulse 01‐May‐01WetFGD‐SprayType 01‐May‐98DryFGD‐SprayDryer 01‐May‐08 PMcontrolFabricFilter,pulse 01‐Jan‐94DryFGD‐SprayDryer 01‐May‐09 PMcontrolDryFGD‐SprayDryer 01‐Mar‐08 PMcontrolActivatedcarboninjection OthercontrolWetFGD‐Spray/TrayType 20‐Apr‐07WetFGD‐SprayType 01‐Apr‐98Activatedcarboninjection 01‐Jan‐07 PMcontrolElectrostaticprecipitator,coldside,w/ofluegasconditioningFabricFilter,pulse 01‐Apr‐09DryFGD‐SprayDryer 01‐Mar‐92 PMcontrol FabricFilter,pulseFabricFilter,pulse 01‐May‐92FabricFilter,pulse 01‐Jul‐09FabricFilter,pulse 01‐Aug‐09Wetelectrostaticprecipitator 01‐Oct‐09Wetelectrostaticprecipitator 01‐May‐09FabricFilter,pulse 01‐May‐92FabricFilter,pulse 01‐Dec‐87 PMcontrol FabricFilter,pulseFabricFilter,pulse 01‐May‐09FabricFilter,pulse 01‐Jan‐08Other(specify):limeinjection 01‐Feb‐10 PMcontrol FabricFilter,unspecifiedFabricFilter,pulse 01‐Dec‐0801‐Mar‐92 PMcontrol FabricFilter,pulse 01‐Mar‐9201‐Dec‐87 PMcontrol FabricFilter,pulse 01‐Dec‐8701‐Feb‐10 SO2control WetFGD‐Unspecified 01‐Feb‐10coal 54304 BirchwoodPowerFacility VA 1A ConventionalBoilercoal 892 HennepinPowerStation IL 001 ConventionalBoilercoal 892 HennepinPowerStation IL 002 ConventionalBoilercoal 54081 SpruanceGenco,LLC VA GEN3 ConventionalBoilercoal 6016 DuckCreek IL 001 ConventionalBoilercoal 2451 SanJuan NM Unit1 ConventionalBoilercoal 1832 EricksonStation MI 001 ConventionalBoilercoal 2408 PSEGMercerGeneratingStation NJ MERU2E2PT2OS1‐Coal ConventionalBoilercoal 7030 TwinOaksPowerOne TX U2 Fluidizedbedfiringcoal 54144 PineyCreekProject PA BRBRI Fluidizedbedfiringcoal 68029 AESPuertoRicoCogenerationFacility PR Unit_2 Fluidizedbedfiringcoal 10771 Hopewell VA 1&2 ConventionalBoilercoal 113 Cholla AZ 004 ConventionalBoilercoal 55749 HardinGeneratorProject MT PC1 ConventionalBoilercoal 10673 AESHawaii HI 001 Fluidizedbedfiringcoal 10075 TaconiteHarborEnergyCenter MN THEC2 ConventionalBoilercoal 6181 JTDeely TX 2 ConventionalBoilercoal 6181 JTDeely TX 1 ConventionalBoilercoal 10075 TaconiteHarborEnergyCenter MN THEC1 ConventionalBoilercoal 3149 PPLMontour PA U2 ConventionalBoilercoal 2094 Sibley MO 3 ConventionalBoilercoal 2094 Sibley MO 1 ConventionalBoilercoal 2094 Sibley MO 2 ConventionalBoilercoal 1241 LaCygne KS 2 ConventionalBoilercoal 641 Crist FL Unit5 ConventionalBoilercoal 641 Crist FL Unit6 ConventionalBoilercoal 641 Crist FL Unit7 ConventionalBoilercoal 641 Crist FL Unit4 ConventionalBoilercoal 3775 ClinchRiver VA CR‐1 ConventionalBoilercoal 4078 Weston WI W3 ConventionalBoilercoal 3130 Seward PA SEW‐1 Fluidizedbedfiringcoal 3130 Seward PA SEW‐2 Fluidizedbedfiringcoal 6002 JamesH.MillerJr. AL Unit4 ConventionalBoilercoal 10603 EbensburgPowerCompany PA EPC01 FluidizedbedfiringTangentialfiring 1 222 2300 10.36Tangentialfiring 1 75 776 10.35Tangentialfiring 1 234 2500 10.68Stoker‐underfeed 2 57 750 13.07Wallfiring‐unspecified 1 400 4500 11.25Wallfiring‐frontfiring 1 370 3707 10.02Wallfiring‐frontfiring 1 165 1668 10.11Wallfiring‐unspecified 1 343 3100 9.04Fluidizedbedfiring1 172 1717 9.98Fluidizedbedfiring1 36 450 12.50Fluidizedbedfiring1 255 2461 9.65Stoker‐spreader 2 136 855 6.29Tangentialfiring 1 425 4268 10.04Wallfiring‐unspecified 1 119 1304 10.96Fluidizedbedfiring1 203 1021 5.03Tangentialfiring 1 79 913 11.53Tangentialfiring 1 450 4251 9.45Tangentialfiring 1 450 4251 9.45Tangentialfiring 1 83 847 10.20Tangentialfiring 1 792 7239 9.14Cyclonefiring 1 419 4094 9.77Cyclonefiring 1 55 610 11.08Cyclonefiring 1 51 627 12.30Wallfiring‐opposedfiring 1 685 7700 11.24Tangentialfiring 1 82 818 9.97Wallfiring‐frontfiring 1 320 3193 9.98Wallfiring‐frontfiring 1 500 5280 10.56Tangentialfiring 1 82 869 10.60Verticalfiring 1 230 2101 9.13Tangentialfiring 1 366 3423 9.36Fluidizedbedfiring2 585 6200 10.60Fluidizedbedfiring2 585 6200 10.60Wallfiring‐frontfiring 1 723 6977 9.65Fluidizedbedfiring1 58 830 14.31bituminous9.90E‐05 1.97E‐07subbituminous1.25E‐05 3.98E‐07subbituminous1.25E‐05 3.98E‐07bituminous1.10E‐04 3.20E‐07subbituminous1.53E‐05 3.24E‐07subbituminous1.09E‐07subbituminous2.51E‐07bituminous2.38E‐07lignite2.19E‐04 1.95E‐06bituminous,synfuel2.04E‐04 5.36E‐07bituminous1.89E‐04 3.71E‐07bituminous1.00E‐04 2.14E‐07bituminous1.72E‐04 4.04E‐08bituminous8.76E‐05 1.35E‐06bituminous5.63E‐09bituminous9.06E‐07subbituminous8.18E‐05 1.18E‐06subbituminous8.18E‐05 1.18E‐06bituminous8.34E‐07coal‐bituminous6.20E‐07subbituminous,bituminous1.40E‐05 2.43E‐07subbituminous,bituminous1.40E‐05 2.43E‐07subbituminous,bituminous1.40E‐05 2.43E‐07subbituminous1.16E‐05 2.40E‐06bituminous9.01E‐05 4.93E‐07bituminous9.01E‐05 4.93E‐07bituminous9.01E‐05 4.93E‐07bituminous9.01E‐05 4.93E‐07bituminous1.50E‐04 3.53E‐07subbituminous3.80E‐05 1.24E‐07coalrefuse(culmorgob)2.38E‐04 3.11E‐07coalrefuse(culmorgob)2.38E‐04 3.11E‐07subbituminous5.80E‐05 3.85E‐07coalrefuse(culmorgob)4.21E‐03 4.20E‐072.04E‐06 1.97E‐07 2.04E‐06 1.70E‐044.12E‐06 3.98E‐07 4.12E‐06 1.28E‐044.26E‐06 3.98E‐07 4.26E‐06 1.28E‐044.18E‐06 3.20E‐07 4.18E‐063.65E‐06 3.24E‐07 3.65E‐06 9.25E‐051.09E‐06 1.09E‐07 1.09E‐06 3.02E‐042.54E‐06 2.51E‐07 2.54E‐062.15E‐06 2.38E‐07 2.15E‐06 8.27E‐041.95E‐05 1.95E‐06 1.95E‐05 2.24E‐046.69E‐06 5.36E‐07 6.69E‐06 4.43E‐033.58E‐06 3.71E‐07 3.58E‐06 6.86E‐041.34E‐06 2.14E‐07 1.34E‐06 3.05E‐044.06E‐07 4.04E‐08 4.06E‐07 3.89E‐041.48E‐05 1.35E‐06 1.48E‐05 8.76E‐052.83E‐08 5.63E‐09 2.83E‐08 1.39E‐041.04E‐05 9.06E‐07 1.04E‐05 2.18E‐041.11E‐05 1.18E‐06 1.11E‐05 8.18E‐051.11E‐05 1.18E‐06 1.11E‐05 8.18E‐058.51E‐06 8.34E‐07 8.51E‐06 1.86E‐045.66E‐06 6.20E‐07 5.66E‐062.38E‐06 2.43E‐07 2.38E‐06 1.26E‐042.69E‐06 2.43E‐07 2.69E‐06 1.26E‐042.99E‐06 2.43E‐07 2.99E‐06 1.26E‐042.69E‐05 2.40E‐06 2.69E‐05 1.10E‐044.91E‐06 4.93E‐07 4.91E‐06 9.92E‐044.92E‐06 4.93E‐07 4.92E‐06 9.92E‐045.20E‐06 4.93E‐07 5.20E‐06 9.92E‐045.22E‐06 4.93E‐07 5.22E‐06 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8.91E‐062.37E‐06 2.32E‐05 5.76E‐05 6.31E‐062.37E‐06 2.63E‐05 5.76E‐05 6.31E‐062.37E‐06 2.92E‐05 5.76E‐05 6.31E‐062.74E‐06 3.08E‐05 6.61E‐05 2.46E‐067.40E‐07 7.38E‐06 2.47E‐04 1.43E‐057.40E‐07 7.38E‐06 2.47E‐04 1.43E‐057.40E‐07 7.81E‐06 2.47E‐04 1.43E‐057.40E‐07 7.84E‐06 2.47E‐04 1.43E‐053.07E‐06 2.80E‐05 2.25E‐04 4.87E‐063.91E‐06 3.66E‐05 8.39E‐05 2.70E‐061.39E‐06 1.48E‐05 1.26E‐03 2.28E‐061.39E‐06 1.48E‐05 1.26E‐03 2.28E‐061.67E‐06 1.61E‐05 4.96E‐05 1.45E‐051.76E‐05 1.23E‐06 1.76E‐05 3.29E‐04 1.05E‐061.47E‐06 1.42E‐07 1.47E‐061.55E‐05 1.49E‐06 1.55E‐051.60E‐05 1.49E‐06 1.60E‐051.17E‐05 8.93E‐07 1.17E‐059.83E‐05 8.73E‐06 9.83E‐051.33E‐06 1.33E‐07 1.33E‐062.08E‐05 2.06E‐06 2.08E‐059.49E‐05 2.57E‐06 2.32E‐05 2.57E‐06 2.32E‐054.33E‐06 4.34E‐07 4.33E‐061.81E‐05 1.45E‐06 1.81E‐059.13E‐06 9.46E‐07 9.13E‐061.06E‐05 1.69E‐06 1.06E‐051.31E‐04 1.31E‐05 1.31E‐047.02E‐06 6.40E‐07 7.02E‐062.67E‐07 5.31E‐08 2.67E‐077.29E‐05 6.32E‐06 7.29E‐053.64E‐05 3.85E‐06 3.64E‐053.64E‐05 3.85E‐06 3.64E‐054.71E‐05 4.61E‐06 4.71E‐058.14E‐05 8.91E‐06 8.14E‐056.16E‐05 6.31E‐06 6.16E‐056.99E‐05 6.31E‐06 6.99E‐057.76E‐05 6.31E‐06 7.76E‐052.76E‐05 2.46E‐06 2.76E‐051.43E‐04 1.43E‐05 1.43E‐041.43E‐04 1.43E‐05 1.43E‐041.52E‐04 1.43E‐05 1.52E‐041.52E‐04 1.43E‐05 1.52E‐044.45E‐05 4.87E‐06 4.45E‐052.53E‐05 2.70E‐06 2.53E‐052.42E‐05 2.28E‐06 2.42E‐052.42E‐05 2.28E‐06 2.42E‐051.40E‐04 1.45E‐05 1.40E‐041.50E‐05 3.89E‐07 5.57E‐06 3.89E‐07 5.57E‐061.10E‐05 1.14E‐041.18E‐05 1.22E‐041.18E‐05 1.26E‐041.22E‐05 1.59E‐041.27E‐05 1.43E‐041.38E‐05 1.38E‐041.41E‐05 1.43E‐04 1.03E‐02 1.04E‐011.45E‐05 1.31E‐04 2.26E‐04 2.04E‐031.46E‐05 1.46E‐04 1.04E‐02 1.04E‐011.51E‐05 1.88E‐04 3.91E‐03 4.89E‐021.52E‐05 1.47E‐04 4.08E‐02 3.93E‐011.53E‐05 9.64E‐051.53E‐05 1.54E‐041.56E‐05 1.71E‐04 1.53E‐02 1.67E‐011.56E‐05 7.84E‐05 1.08E‐03 5.43E‐031.61E‐05 1.85E‐041.72E‐05 1.63E‐04 1.92E‐03 1.81E‐021.72E‐05 1.63E‐04 1.92E‐03 1.81E‐021.79E‐05 1.82E‐041.79E‐05 1.64E‐04 2.03E‐02 1.85E‐011.79E‐05 1.75E‐04 9.20E‐03 8.99E‐021.79E‐05 1.99E‐04 9.20E‐03 1.02E‐011.79E‐05 2.21E‐04 9.20E‐03 1.13E‐011.82E‐05 2.05E‐04 5.14E‐03 5.78E‐021.84E‐05 1.84E‐04 1.82E‐03 1.82E‐021.84E‐05 1.84E‐04 1.82E‐03 1.82E‐021.84E‐05 1.95E‐04 1.82E‐03 1.93E‐021.84E‐05 1.95E‐04 1.82E‐03 1.93E‐021.89E‐05 1.73E‐04 3.25E‐02 2.97E‐011.92E‐05 1.80E‐04 3.10E‐03 2.91E‐021.96E‐05 2.08E‐041.96E‐05 2.08E‐041.99E‐05 1.92E‐04 1.72E‐03 1.66E‐022.08E‐05 2.98E‐04 2.83E‐02 4.04E‐013.57E‐02 4.66E‐013.27E‐033.77E‐033.65E‐035.93E‐03 6.84E‐021.94E‐02 1.98E‐011.29E‐024.63E‐03 4.62E‐024.63E‐03 4.62E‐024.63E‐03 4.89E‐024.63E‐03 4.91E‐021.10E‐025.80E‐035.80E‐033.68E‐023.78E‐024.00E‐031.30E‐031.73E‐022.53E‐022.31E‐023.67E‐029.60E‐039.00E‐045.00E‐031.92E‐031.92E‐032.08E‐021.18E‐015.58E‐037.38E‐021.02E‐021.08E‐021.08E‐022.11E‐021.14E‐016.00E‐026.20E‐024.05E‐021.18E‐021.72E‐012.44E‐011.45E‐011.05E‐014.53E‐035.77E‐021.81E‐021.81E‐022.12E‐016.27E‐026.74E‐019.52E‐021.15E‐011.15E‐018.40E‐043.02E‐012.81E‐031.46E‐031.46E‐032.53E‐033.04E‐031.17E‐033.47E‐036.80E‐032.22E‐032.94E‐031.65E‐034.02E‐044.15E‐032.94E‐042.94E‐041.34E‐023.78E‐033.78E‐033.78E‐034.12E‐032.39E‐029.73E‐043.62E‐033.62E‐038.10E‐035.40E‐032.91E‐021.51E‐021.56E‐023.31E‐02 2.18E‐033.07E‐021.06E‐023.46E‐028.50E‐022.14E‐021.85E‐021.81E‐022.02E‐034.79E‐022.77E‐032.77E‐031.37E‐013.70E‐024.19E‐024.65E‐024.63E‐022.19E‐019.11E‐033.84E‐023.84E‐027.73E‐022.85E‐023.14E‐034.39E‐033.74E‐031.26E‐021.20E‐025.21E‐035.21E‐033.53E‐024.40E‐027.80E‐034.58E‐021.85E‐026.30E‐036.89E‐025.71E‐023.76E‐026.96E‐024.71E‐035.94E‐035.57E‐035.57E‐037.20E‐031.15E‐011.95E‐021.95E‐021.95E‐026.70E‐038.57E‐036.97E‐036.97E‐031.25E‐015.39E‐025.57E‐027.89E‐024.14E‐011.85E‐017.88E‐026.65E‐013.59E‐017.63E‐012.37E‐026.85E‐025.26E‐025.26E‐027.35E‐021.90E‐012.16E‐012.39E‐017.54E‐023.98E‐033.98E‐033.98E‐033.98E‐038.03E‐027.39E‐027.39E‐027.68E‐036.42E‐038.16E‐037.39E‐032.55E‐023.97E‐023.97E‐024.21E‐024.22E‐027.41E‐022.30E‐021.10E‐021.10E‐027.22E‐028.18E‐029.77E‐034.71E‐023.53E‐029.41E‐028.02E‐027.42E‐027.92E‐025.61E‐031.09E‐027.05E‐037.05E‐032.80E‐022.33E‐012.60E‐022.60E‐022.60E‐021.23E‐028.80E‐021.87E‐021.78E‐021.78E‐022.85E‐022.38E‐011.14E‐011.18E‐019.88E‐024.25E‐013.53E‐019.08E‐015.04E‐018.68E‐012.82E‐021.26E‐016.66E‐026.66E‐022.86E‐012.54E‐012.88E‐013.20E‐011.38E‐013.97E‐03 3.96E‐023.97E‐03 3.97E‐023.97E‐03 4.20E‐023.97E‐03 4.21E‐028.04E‐011.75E‐011.89E‐011.89E‐014.08E‐015.67E‐04 5.87E‐035.00E‐03 6.25E‐023.33E‐03 3.15E‐023.33E‐03 3.15E‐022.23E‐02 2.04E‐011.49E‐02 1.40E‐011.10E‐03 1.17E‐021.10E‐03 1.17E‐024.90E‐02 7.01E‐013.63E‐03 3.76E‐026.00E‐04 5.42E‐031.20E‐02 1.50E‐012.43E‐02 2.81E‐013.33E‐03 3.15E‐023.33E‐03 3.15E‐021.26E‐02 1.15E‐012.67E‐03 2.50E‐027.03E‐03 7.45E‐027.03E‐03 7.45E‐021.02E‐02 1.45E‐013.57E‐022.17E‐03 2.24E‐022.45E‐03 2.21E‐024.11E‐017.30E‐035.00E‐03 7.16E‐02 2.67E‐03NOxcontrol SelectiveCatalyticReduction 01‐Oct‐96PMcontrol Electrostaticprecipitator,coldside,unspecified 01‐Aug‐72PMcontrol Electrostaticprecipitator,coldside,unspecified 01‐Jun‐74SO2control DryFGD‐SprayDryer 01‐May‐92NOxcontrol SelectiveCatalyticReduction 01‐Jun‐03Othercontrol Activatedcarboninjection 01‐Jun‐09PMcontrol Electrostaticprecipitator,unspecified 01‐Jan‐98PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Aug‐91PMcontrol FabricFilter,reverseair 01‐Aug‐90NOxcontrol SelectiveNoncatalyticReduction 01‐Aug‐02NOxcontrol SelectiveNoncatalyticReductionNOxcontrol SelectiveNoncatalyticReduction 01‐Apr‐92PMcontrol FabricFilter,unspecified 01‐Jan‐08NOxcontrol SelectiveCatalyticReduction 01‐Apr‐06NOxcontrol SelectiveNoncatalyticReductionNOxcontrol01‐Jan‐07PMcontrol FabricFilter,reverseair 01‐Apr‐06PMcontrol FabricFilter,reverseair 01‐May‐07NOxcontrol SelectiveNoncatalyticReduction 01‐Jan‐086.67E‐02 PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐May‐00NOxcontrol SelectiveCatalyticReduction 01‐Jan‐09NOxcontrol SelectiveNoncatalyticReduction 01‐May‐08NOxcontrol SelectiveNoncatalyticReduction 01‐May‐08PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Mar‐77NOxcontrol SelectiveNoncatalyticReduction 01‐Apr‐06NOxcontrol SelectiveNoncatalyticReduction 01‐Nov‐05NOxcontrol SelectiveCatalyticReduction 01‐Apr‐05NOxcontrol SelectiveNoncatalyticReduction 01‐Apr‐06NOxcontrol SelectiveNoncatalyticReduction 01‐Jan‐09PMcontrol FabricFilter,pulse 01‐May‐01NOxcontrol SelectiveNoncatalyticReduction 01‐Mar‐04NOxcontrol SelectiveNoncatalyticReduction 01‐Mar‐04NOxcontrol SelectiveCatalyticReduction 01‐Mar‐033.82E‐02 PMcontrol FabricFilter,pulse 01‐Nov‐90SO2control DryFGD‐SprayDryer 01‐Oct‐96 PMcontrolOthercontrol Activatedcarboninjection 01‐Dec‐09 PMcontrolOthercontrol Activatedcarboninjection 01‐Jun‐09 PMcontrolSO2control DryFGD‐SprayDryer 01‐May‐92 PMcontrolPMcontrol Electrostaticprecipitator,coldside,unspecified 01‐Mar‐09 SO2controlPMcontrol FabricFilter,pulse 01‐Oct‐08 SO2controlNOxcontrol SelectiveCatalyticReduction 01‐Jun‐04 OthercontrolPMcontrol FabricFilter,pulse 01‐Nov‐92SO2control DryFGD‐SprayDryer PMcontrolNOxcontrol SelectiveNoncatalyticReduction 01‐Apr‐92 PMcontrolSO2control WetFGD‐PackedType 01‐Jan‐08Othercontrol Activatedcarboninjection 01‐Jan‐10 SO2controlPMcontrol FabricFilter,unspecifiedOthercontrol Drysorbentinjection 01‐Jan‐07 PMcontrolOthercontrol Drysorbentinjection 01‐Jan‐08 PMcontrolNOxcontrol SelectiveCatalyticReduction 01‐May‐00 SO2controlPMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Apr‐93PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jan‐90PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jan‐90PMcontrol Electrostaticprecipitator,hotside,w/fluegasconditioning 01‐Mar‐08 PMcontrolPMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jan‐94 SO2controlPMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Apr‐04 SO2controlPMcontrol Electrostaticprecipitator,hotside,w/ofluegasconditioning 01‐Mar‐08 PMcontrolPMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Feb‐75Othercontrol ActivatedcarboninjectionPMcontrol FabricFilter,pulse 01‐Mar‐04PMcontrol FabricFilter,pulse 01‐Mar‐04PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Mar‐91 SO2controlFabricFilter,reverseair 01‐Oct‐96FabricFilter,unspecified 01‐Oct‐08FabricFilter,unspecified 01‐Dec‐08FabricFilter,pulse 01‐May‐92 PMcontrolWetFGD‐VenturiType 01‐Mar‐09WetFGD‐SprayType 01‐May‐98Activatedcarboninjection 01‐Jan‐07 PMcontrolElectrostaticprecipitator,coldside,w/ofluegasconditioningMultiplecyclone 01‐Apr‐92 PMcontrolDryFGD‐SprayDryer 01‐Apr‐06 PMcontrolElectrostaticprecipitator,coldside,unspecified 01‐Jan‐07Electrostaticprecipitator,coldside,unspecified 01‐Jan‐08WetFGD‐TrayType 01‐Mar‐08Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jan‐76 SO2controlWetFGD‐SprayType 01‐Dec‐09WetFGD‐SprayType 01‐Dec‐09Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jan‐76 SO2controlWetFGD‐SprayType 01‐Jan‐10FabricFilter,pulse 01‐May‐92FabricFilter,pulse 01‐Dec‐08Multiplecyclone 01‐Apr‐92 SO2control DryFGD‐SprayDryerFabricFilter,pulse 01‐Apr‐06WetFGD‐SprayType 01‐Dec‐09WetFGD‐SprayType 01‐Dec‐0901‐Apr‐92 SO2control DryFGD‐SprayDryer 01‐Apr‐92 PMcontrol FabricFilter,pulse 01‐Apr‐92PMcontrol FabricFilter,pulse 01‐Apr‐92coal 2712 RoxboroSteamElectricPlant NC Rox_Cfg_1b ConventionalBoilercoal 10151 GrantTownPowerPlant WV GEN1 Fluidizedbedfiringcoal 884 WillCounty IL WC4CONFIG ConventionalBoilercoal 2107 Sioux MO 002 ConventionalBoilercoal 6180 OakGrove TX OG1 ConventionalBoilercoal 6664 Louisa IA 101 ConventionalBoilercoal 7210 Cope SC COP001 ConventionalBoilercoal 887 JoppaSteam IL 1 ConventionalBoilercoal 1250 LawrenceEnergyCenter KS 3 ConventionalBoilercoal 6041 HLSpurlockStation KY Unit01 ConventionalBoilercoal 3149 PPLMontour PA U1 ConventionalBoilercoal 6021 Craig CO C2 ConventionalBoilercoal 708 Hammond GA Unit2 ConventionalBoilercoal 708 Hammond GA Unit3 ConventionalBoilercoal 708 Hammond GA Unit1 ConventionalBoilercoal 708 Hammond GA Unit4 ConventionalBoilercoal 6041 HLSpurlockStation KY Unit03 Fluidizedbedfiringcoal 988 TannersCreek IN TC‐4 ConventionalBoilercoal 864 Meredosia IL 005 ConventionalBoilercoal 2837 Eastlake OH Unit1 ConventionalBoilercoal 1167 Muscatine#1 IA 8 ConventionalBoilercoal 981 StateLine IN Unit3 ConventionalBoilercoal 6017 Newton IL 002 ConventionalBoilercoal 10143 ColverPowerProject PA AAB01 Fluidizedbedfiringcoal 7213 Clover VA Unit1 ConventionalBoilercoal 1295 Quindaro KS Unit2 ConventionalBoilercoal 1393 RSNelson LA 001 ConventionalBoilercoal 874 Joliet9 IL JOL5CONFIG ConventionalBoilercoal 2718 GGAllen NC 3‐2009‐FGDIN ConventionalBoilercoal 2718 GGAllen NC 4‐2009‐FGDIN ConventionalBoilercoal 7213 Clover VA Unit2 ConventionalBoilercoal 1363 CaneRun KY CR5 ConventionalBoilercoal 976 MarionGeneratingStation IL 123 Fluidizedbedfiringcoal 1626 SalemHarbor MA Unit1 ConventionalBoilerWallfiring‐opposedfiring 1 385 3755 9.75Fluidizedbedfiring2 190 1350 7.11Tangentialfiring 1 542 5255 9.69Cyclonefiring 1 524 4920 9.39Tangentialfiring 1 817 8970 10.98Wallfiring‐unspecified 1 805 8624 10.71Tangentialfiring 1 441 4059 9.20Tangentialfiring 1 183 1800 9.82Tangentialfiring 1 58 645 11.12Wallfiring‐opposedfiring 1 344 3641 10.58Tangentialfiring 1 797 7239 9.08Wallfiring‐opposedfiring 1 456 4269 9.36Wallfiring‐frontfiring 1 115 1138 9.90Wallfiring‐frontfiring 1 115 1141 9.93Wallfiring‐frontfiring 1 115 1159 10.08Wallfiring‐frontfiring 1 520 5459 10.50Fluidizedbedfiring1 300 2500 8.33Cyclonefiring 1 580 4990 8.61Tangentialfiring 1 204 2784 13.65Tangentialfiring 1 144 1205 8.37Cyclonefiring 1 75 823 10.97Tangentialfiring 1 216 2380 11.02Tangentialfiring 1 620 5500 8.87Fluidizedbedfiring1 131 1434 10.95Tangentialfiring 1 431 4923 11.42Wallfiring‐frontfiring 1 120 1394 11.64Tangentialfiring 1 580 5761 9.93Cyclonefiring 1 326 3572 10.96Tangentialfiring 1 282 2228 7.91Tangentialfiring 1 297 2380 8.01Tangentialfiring 1 434 5041 11.62Wallfiring‐frontfiring 1 181 2182 12.06Fluidizedbedfiring1 120 1250 10.42Wallfiring‐frontfiring 1 81 981 12.05bituminous2.91E‐05 1.12E‐07coalrefuse(culmorgob)2.82E‐04 7.38E‐07subbituminous8.58E‐05 7.46E‐07subbituminous,bituminous1.67E‐05 2.47E‐06lignite1.01E‐04 1.30E‐06subbituminous1.94E‐05 1.04E‐06bituminous1.65E‐07subbituminous1.35E‐05 2.48E‐07bituminous8.24E‐05 3.95E‐07bituminous2.10E‐05 3.70E‐07coal‐bituminous6.49E‐07subbituminous4.70E‐07bituminous1.50E‐04 2.34E‐07bituminous1.50E‐04 2.34E‐07bituminous1.50E‐04 2.34E‐07bituminous1.50E‐04 2.34E‐07bituminous7.61E‐05 3.08E‐07subbituminous,bituminous8.08E‐05 9.60E‐07subbituminous1.17E‐05 1.60E‐07subbituminous,bituminous8.01E‐05 3.54E‐06subbituminous1.24E‐05 8.13E‐07bituminous6.05E‐04 1.85E‐07subbituminous1.47E‐05 1.51E‐07coalrefuse(culmorgob)3.51E‐03 8.98E‐07bituminous8.64E‐05 1.06E‐07bituminous7.00E‐07bituminous8.42E‐05 1.28E‐06subbituminous8.26E‐05 7.01E‐07bituminous2.38E‐04 6.19E‐08bituminous2.38E‐04 6.19E‐08bituminous9.64E‐05 1.29E‐07bituminous1.28E‐04 8.20E‐07bituminous1.35E‐06 1.79E‐07bituminous1.20E‐04 1.50E‐071.09E‐06 1.12E‐07 1.09E‐06 2.85E‐045.24E‐06 7.38E‐07 5.24E‐06 2.92E‐037.24E‐06 7.46E‐07 7.24E‐06 8.58E‐052.32E‐05 2.47E‐06 2.32E‐05 1.07E‐041.43E‐05 7.87E‐08 8.64E‐07 7.87E‐08 8.64E‐07 1.34E‐041.12E‐05 1.04E‐06 1.12E‐05 1.18E‐041.52E‐06 1.65E‐07 1.52E‐06 3.56E‐042.43E‐06 2.48E‐07 2.43E‐06 6.65E‐054.39E‐06 3.95E‐07 4.39E‐06 8.24E‐053.92E‐06 3.70E‐07 3.92E‐06 1.37E‐035.89E‐06 6.49E‐07 5.89E‐064.40E‐06 4.70E‐07 4.40E‐06 8.21E‐052.31E‐06 2.34E‐07 2.31E‐06 8.24E‐042.32E‐06 2.34E‐07 2.32E‐06 8.24E‐042.35E‐06 2.34E‐07 2.35E‐06 8.24E‐042.45E‐06 2.34E‐07 2.45E‐06 8.24E‐042.57E‐06 3.08E‐07 2.57E‐06 1.26E‐038.26E‐06 9.60E‐07 8.26E‐06 1.62E‐042.19E‐06 1.60E‐07 2.19E‐06 1.20E‐042.96E‐05 3.54E‐06 2.96E‐05 2.56E‐048.92E‐06 8.13E‐07 8.92E‐06 1.35E‐042.04E‐06 1.85E‐07 2.04E‐06 9.16E‐051.34E‐06 1.51E‐07 1.34E‐06 1.18E‐049.83E‐06 8.98E‐07 9.83E‐06 8.95E‐031.22E‐06 1.06E‐07 1.22E‐06 1.18E‐038.15E‐06 7.00E‐07 8.15E‐06 8.35E‐051.28E‐05 1.28E‐06 1.28E‐05 8.42E‐057.68E‐06 7.01E‐07 7.68E‐06 8.26E‐054.90E‐07 6.19E‐08 4.90E‐07 6.06E‐044.96E‐07 6.19E‐08 4.96E‐07 6.06E‐041.50E‐06 1.29E‐07 1.50E‐06 4.36E‐049.89E‐06 8.20E‐07 9.89E‐06 1.09E‐031.87E‐06 1.79E‐07 1.87E‐06 2.72E‐031.81E‐06 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2.06E‐06 2.21E‐052.14E‐06 2.33E‐07 2.14E‐061.82E‐05 1.86E‐06 1.82E‐055.11E‐05 4.60E‐06 5.11E‐053.54E‐05 3.35E‐06 3.54E‐056.16E‐06 6.78E‐07 6.16E‐062.20E‐06 2.35E‐07 2.20E‐066.42E‐06 6.49E‐07 6.42E‐066.44E‐06 6.49E‐07 6.44E‐066.54E‐06 6.49E‐07 6.54E‐066.81E‐06 6.49E‐07 6.81E‐061.66E‐04 1.99E‐05 1.66E‐041.27E‐05 1.47E‐06 1.27E‐053.18E‐05 2.33E‐06 3.18E‐059.84E‐06 1.18E‐06 9.84E‐061.06E‐05 9.67E‐07 1.06E‐051.58E‐05 1.43E‐06 1.58E‐055.91E‐06 6.67E‐07 5.91E‐061.88E‐04 1.71E‐05 1.88E‐044.16E‐06 3.65E‐07 4.16E‐064.57E‐05 3.93E‐06 4.57E‐054.75E‐06 4.78E‐07 4.75E‐066.91E‐05 6.31E‐06 6.91E‐054.19E‐06 5.30E‐07 4.19E‐064.24E‐06 5.30E‐07 4.24E‐063.27E‐06 2.82E‐07 3.27E‐069.61E‐05 7.97E‐06 9.61E‐055.56E‐05 5.34E‐06 5.56E‐055.99E‐06 4.97E‐07 5.99E‐066.11E‐04 7.62E‐07 7.43E‐069.97E‐03 5.91E‐06 4.20E‐053.77E‐03 5.91E‐06 5.73E‐051.41E‐03 1.09E‐06 1.02E‐058.02E‐03 1.91E‐06 2.10E‐05 1.22E‐07 1.33E‐061.26E‐03 6.55E‐06 7.02E‐059.42E‐04 2.38E‐05 2.19E‐041.23E‐03 6.95E‐06 6.82E‐051.48E‐03 8.86E‐06 9.85E‐052.35E‐03 2.68E‐06 2.83E‐051.04E‐06 9.47E‐062.19E‐03 2.28E‐05 2.13E‐043.07E‐03 3.64E‐06 3.60E‐053.07E‐03 3.64E‐06 3.61E‐053.07E‐03 3.64E‐06 3.67E‐053.07E‐03 3.64E‐06 3.82E‐054.09E‐03 2.11E‐06 1.76E‐058.08E‐04 2.36E‐06 2.03E‐056.05E‐04 4.54E‐06 6.19E‐057.06E‐04 5.69E‐06 4.76E‐051.29E‐03 2.01E‐05 2.21E‐041.69E‐03 9.69E‐06 1.07E‐041.02E‐03 2.19E‐06 1.94E‐059.31E‐03 3.40E‐06 3.72E‐051.46E‐03 1.11E‐05 1.27E‐041.73E‐03 1.17E‐05 1.36E‐041.12E‐03 7.34E‐07 7.29E‐061.25E‐03 1.12E‐05 1.23E‐041.95E‐03 2.48E‐06 1.97E‐051.95E‐03 2.48E‐06 1.99E‐051.75E‐03 1.56E‐05 1.81E‐041.50E‐03 1.47E‐06 1.77E‐056.16E‐03 2.16E‐05 2.25E‐048.18E‐04 6.88E‐07 8.29E‐067.62E‐07 7.43E‐06 9.15E‐04 9.68E‐07 9.44E‐065.91E‐06 4.20E‐05 2.62E‐03 6.51E‐06 4.63E‐055.91E‐06 5.73E‐05 4.01E‐04 4.98E‐06 4.83E‐051.09E‐06 1.02E‐05 5.19E‐04 2.92E‐07 2.74E‐061.22E‐07 1.33E‐06 6.65E‐04 7.92E‐06 8.70E‐05 4.93E‐076.55E‐06 7.02E‐05 4.21E‐04 8.82E‐06 9.45E‐052.38E‐05 2.19E‐04 1.07E‐03 7.77E‐07 7.15E‐066.95E‐06 6.82E‐05 3.62E‐04 1.83E‐06 1.80E‐058.86E‐06 9.85E‐05 3.50E‐04 2.55E‐06 2.84E‐052.68E‐06 2.83E‐05 1.49E‐03 4.23E‐06 4.48E‐051.04E‐06 9.47E‐06 9.09E‐06 8.26E‐052.28E‐05 2.13E‐04 3.28E‐04 1.83E‐06 1.72E‐053.64E‐06 3.60E‐05 1.07E‐03 1.11E‐06 1.10E‐053.64E‐06 3.61E‐05 1.07E‐03 1.11E‐06 1.10E‐053.64E‐06 3.67E‐05 1.07E‐03 1.11E‐06 1.12E‐053.64E‐06 3.82E‐05 1.07E‐03 1.11E‐06 1.16E‐052.11E‐06 1.76E‐05 1.50E‐03 4.25E‐06 3.54E‐052.36E‐06 2.03E‐05 4.43E‐06 3.81E‐054.54E‐06 6.19E‐05 3.03E‐04 1.83E‐06 2.50E‐055.69E‐06 4.76E‐05 2.55E‐04 5.98E‐06 5.00E‐052.01E‐05 2.21E‐04 6.75E‐04 1.25E‐06 1.37E‐059.69E‐06 1.07E‐04 4.20E‐04 4.72E‐06 5.20E‐052.19E‐06 1.94E‐05 4.42E‐04 1.47E‐06 1.30E‐053.40E‐06 3.72E‐05 4.13E‐03 2.48E‐06 2.71E‐051.11E‐05 1.27E‐04 1.23E‐03 8.91E‐06 1.02E‐041.17E‐05 1.36E‐04 3.90E‐04 5.63E‐06 6.55E‐057.34E‐07 7.29E‐06 4.21E‐04 1.89E‐06 1.88E‐051.12E‐05 1.23E‐04 2.48E‐04 3.63E‐06 3.97E‐052.48E‐06 1.97E‐05 8.83E‐04 4.19E‐06 3.32E‐052.48E‐06 1.99E‐05 8.83E‐04 4.19E‐06 3.35E‐051.56E‐05 1.81E‐04 1.29E‐03 4.73E‐06 5.49E‐051.47E‐06 1.77E‐05 2.07E‐03 2.41E‐06 2.91E‐052.16E‐05 2.25E‐04 8.16E‐04 3.66E‐06 3.81E‐056.88E‐07 8.29E‐06 7.52E‐04 1.09E‐06 1.32E‐059.68E‐07 9.44E‐06 2.98E‐04 1.73E‐056.51E‐06 4.63E‐05 3.31E‐04 1.85E‐064.98E‐06 4.83E‐05 8.58E‐05 3.16E‐062.92E‐07 2.74E‐06 8.22E‐05 1.68E‐055.41E‐06 4.93E‐07 5.41E‐06 6.42E‐04 5.61E‐068.82E‐06 9.45E‐05 1.10E‐04 1.45E‐067.77E‐07 7.15E‐06 3.06E‐04 1.18E‐071.83E‐06 1.80E‐05 8.26E‐05 1.07E‐052.55E‐06 2.84E‐05 8.24E‐05 8.10E‐064.23E‐06 4.48E‐05 1.97E‐04 1.13E‐059.09E‐06 8.26E‐05 1.14E‐051.83E‐06 1.72E‐05 8.21E‐05 9.30E‐071.11E‐06 1.10E‐05 1.50E‐04 1.85E‐051.11E‐06 1.10E‐05 1.50E‐04 1.85E‐051.11E‐06 1.12E‐05 1.50E‐04 1.85E‐051.11E‐06 1.16E‐05 1.50E‐04 1.85E‐054.25E‐06 3.54E‐05 4.15E‐04 7.70E‐074.43E‐06 3.81E‐05 8.08E‐05 1.45E‐051.83E‐06 2.50E‐05 7.84E‐05 1.55E‐055.98E‐06 5.00E‐05 1.14E‐04 9.37E‐061.25E‐06 1.37E‐05 7.59E‐05 4.60E‐064.72E‐06 5.20E‐05 4.20E‐05 2.97E‐061.47E‐06 1.30E‐05 9.13E‐05 2.23E‐052.48E‐06 2.71E‐05 1.05E‐03 2.24E‐068.91E‐06 1.02E‐04 2.65E‐04 3.65E‐065.63E‐06 6.55E‐05 8.35E‐05 4.36E‐061.89E‐06 1.88E‐05 8.42E‐05 2.68E‐053.63E‐06 3.97E‐05 8.26E‐05 3.16E‐064.19E‐06 3.32E‐05 2.31E‐04 2.37E‐054.19E‐06 3.35E‐05 2.31E‐04 2.37E‐054.73E‐06 5.49E‐05 1.96E‐04 9.35E‐062.41E‐06 2.91E‐05 1.64E‐04 1.66E‐053.66E‐06 3.81E‐05 8.96E‐07 6.84E‐071.09E‐06 1.32E‐05 3.91E‐04 3.57E‐051.68E‐04 1.73E‐05 1.68E‐041.31E‐05 1.85E‐06 1.31E‐053.07E‐05 3.16E‐06 3.07E‐051.57E‐04 1.68E‐05 1.57E‐046.16E‐05 6.45E‐08 7.08E‐07 6.45E‐08 7.08E‐071.55E‐05 1.45E‐06 1.55E‐051.09E‐06 1.18E‐07 1.09E‐061.05E‐04 1.07E‐05 1.05E‐049.00E‐05 8.10E‐06 9.00E‐051.20E‐04 1.13E‐05 1.20E‐041.04E‐04 1.14E‐05 1.04E‐048.71E‐06 9.30E‐07 8.71E‐061.83E‐04 1.85E‐05 1.83E‐041.83E‐04 1.85E‐05 1.83E‐041.86E‐04 1.85E‐05 1.86E‐041.94E‐04 1.85E‐05 1.94E‐046.42E‐06 7.70E‐07 6.42E‐061.25E‐04 1.45E‐05 1.25E‐042.11E‐04 1.55E‐05 2.11E‐047.84E‐05 9.37E‐06 7.84E‐055.05E‐05 4.60E‐06 5.05E‐053.27E‐05 2.97E‐06 3.27E‐051.98E‐04 2.23E‐05 1.98E‐042.46E‐05 2.24E‐06 2.46E‐054.17E‐05 3.65E‐06 4.17E‐055.08E‐05 4.36E‐06 5.08E‐052.66E‐04 2.68E‐05 2.66E‐043.46E‐05 3.16E‐06 3.46E‐051.88E‐04 2.37E‐05 1.88E‐041.90E‐04 2.37E‐05 1.90E‐041.09E‐04 9.35E‐06 1.09E‐042.00E‐04 1.66E‐05 2.00E‐047.12E‐06 6.84E‐07 7.12E‐064.31E‐04 3.57E‐05 4.31E‐042.22E‐05 2.16E‐04 2.80E‐03 2.73E‐022.25E‐05 1.60E‐04 1.87E‐02 1.33E‐012.25E‐05 2.19E‐04 2.32E‐02 2.25E‐012.32E‐05 2.18E‐04 3.35E‐03 3.14E‐022.37E‐05 2.60E‐042.49E‐05 2.67E‐04 4.51E‐03 4.83E‐022.61E‐05 2.41E‐042.62E‐05 2.58E‐04 2.17E‐02 2.13E‐012.66E‐05 2.96E‐042.67E‐05 2.82E‐042.79E‐05 2.53E‐04 1.59E‐02 1.45E‐012.83E‐05 2.65E‐042.90E‐05 2.87E‐04 4.70E‐03 4.66E‐022.90E‐05 2.88E‐04 4.70E‐03 4.67E‐022.90E‐05 2.92E‐04 4.70E‐03 4.74E‐022.90E‐05 3.04E‐04 4.70E‐03 4.94E‐022.92E‐05 2.43E‐04 6.54E‐03 5.45E‐022.94E‐05 2.53E‐04 5.91E‐03 5.09E‐022.95E‐05 4.03E‐04 3.18E‐02 4.34E‐013.00E‐05 2.51E‐04 5.67E‐03 4.75E‐023.02E‐05 3.31E‐043.04E‐05 3.35E‐043.10E‐05 2.75E‐04 9.12E‐03 8.09E‐023.25E‐05 3.56E‐04 1.76E‐02 1.93E‐013.32E‐05 3.79E‐043.41E‐05 3.97E‐043.47E‐05 3.45E‐04 1.13E‐02 1.12E‐013.48E‐05 3.82E‐04 5.24E‐02 5.74E‐013.55E‐05 2.81E‐043.55E‐05 2.84E‐043.57E‐05 4.14E‐043.73E‐05 4.50E‐043.98E‐05 4.15E‐043.99E‐05 4.81E‐042.82E‐038.43E‐033.68E‐035.46E‐034.57E‐031.80E‐03 1.78E‐021.80E‐03 1.78E‐021.80E‐03 1.81E‐021.80E‐03 1.89E‐022.97E‐032.65E‐02 3.08E‐01 3.02E‐024.11E‐034.11E‐032.55E‐031.13E‐022.75E‐023.45E‐029.26E‐023.62E‐032.76E‐025.59E‐033.90E‐024.96E‐024.28E‐026.28E‐033.52E‐032.49E‐021.62E‐023.39E‐023.51E‐016.50E‐023.25E‐023.29E‐022.96E‐021.36E‐014.90E‐043.35E‐013.33E‐022.71E‐016.21E‐025.41E‐022.95E‐022.74E‐011.78E‐017.12E‐015.91E‐031.25E‐031.27E‐023.64E‐035.85E‐041.04E‐031.68E‐022.42E‐033.79E‐034.41E‐031.17E‐021.54E‐032.82E‐034.22E‐035.83E‐031.86E‐031.58E‐031.65E‐025.00E‐031.38E‐048.86E‐031.24E‐013.41E‐026.26E‐039.55E‐031.65E‐012.69E‐023.16E‐023.80E‐021.59E‐011.29E‐023.09E‐024.64E‐025.17E‐022.03E‐021.56E‐021.81E‐015.21E‐021.66E‐032.15E‐037.53E‐038.44E‐031.81E‐022.41E‐033.20E‐025.16E‐033.71E‐033.71E‐032.77E‐031.29E‐022.09E‐026.09E‐035.35E‐031.53E‐028.27E‐028.95E‐032.84E‐023.62E‐031.08E‐028.93E‐021.64E‐012.26E‐027.45E‐034.78E‐035.07E‐035.45E‐036.14E‐033.66E‐016.01E‐021.55E‐024.48E‐032.94E‐022.97E‐023.22E‐021.56E‐012.18E‐027.82E‐024.33E‐025.19E‐021.44E‐019.58E‐022.61E‐013.55E‐021.20E‐014.27E‐034.27E‐034.27E‐034.27E‐036.21E‐026.52E‐024.25E‐026.00E‐025.44E‐021.54E‐014.91E‐022.27E‐019.42E‐014.85E‐031.40E‐021.21E‐022.36E‐026.98E‐034.23E‐024.24E‐024.30E‐024.48E‐023.46E‐023.54E‐027.82E‐037.82E‐034.98E‐032.42E‐024.73E‐023.99E‐021.54E‐013.20E‐023.12E‐021.64E‐021.28E‐012.14E‐016.54E‐021.05E‐028.60E‐033.03E‐021.19E‐023.95E‐014.12E‐011.81E‐026.95E‐026.19E‐026.26E‐025.78E‐022.91E‐017.87E‐023.86E‐012.95E‐013.06E‐011.82E‐016.07E‐03 6.00E‐026.07E‐03 6.02E‐026.07E‐03 6.11E‐026.07E‐03 6.37E‐029.08E‐027.19E‐023.34E‐011.31E‐011.80E‐017.61E‐019.48E‐015.93E‐031.73E‐02 1.57E‐011.00E‐03 8.33E‐03 6.00E‐033.16E‐02 3.46E‐011.57E‐029.80E‐02 1.18E+002.53E‐03 1.80E‐026.51E‐02 9.00E‐04 9.88E‐038.99E‐02 9.99E‐011.80E‐02 1.91E‐014.26E‐03 3.87E‐025.00E‐02 1.00E‐03 8.33E‐032.17E‐02 2.37E‐012.48E‐02 2.88E‐011.56E‐013.10E‐02 3.74E‐015.00E‐03 6.02E‐026.44E‐03NOxcontrol SelectiveCatalyticReduction 01‐May‐02NOxcontrol SelectiveNoncatalyticReduction 01‐May‐05Othercontrol Activatedcarboninjection 01‐Jul‐09NOxcontrol SelectiveNoncatalyticReduction 01‐May‐07NOxcontrol SelectiveCatalyticReduction 01‐Aug‐09SO2control DryFGD‐CirculatingDryScrubber 01‐Dec‐07NOxcontrol SelectiveCatalyticReduction 01‐Jan‐09Othercontrol Activatedcarboninjection 01‐Jul‐09PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jun‐77PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐May‐035.85E‐02 PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐May‐01PMcontrol FabricFilter,pulse 01‐May‐04PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Apr‐69PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Dec‐68PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Feb‐71NOxcontrol SelectiveCatalyticReduction 01‐May‐02NOxcontrol SelectiveNoncatalyticReduction 01‐Mar‐05PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Nov‐77Othercontrol Activatedcarboninjection 01‐Aug‐09PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jan‐79PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Mar‐99PMcontrol FabricFilter,pulse 01‐Jan‐99Othercontrol Other(specify):Fluegasconditioning 01‐Apr‐01NOxcontrol SelectiveNoncatalyticReduction 01‐May‐95PMcontrol FabricFilter,reverseair 01‐May‐03PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐May‐86PMcontrol Electrostaticprecipitator,unspecified 01‐May‐82Othercontrol Activatedcarboninjection 01‐Jul‐09NOxcontrol SelectiveNoncatalyticReduction 01‐May‐05NOxcontrol SelectiveNoncatalyticReduction 01‐Jun‐06NOxcontrol SelectiveNoncatalyticReduction 01‐Mar‐03PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Mar‐66NOxcontrol SelectiveNoncatalyticReductionNOxcontrol SelectiveNoncatalyticReduction 01‐Aug‐93PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jan‐74 SO2controlNOxcontrol SelectiveNoncatalyticReduction 01‐May‐05 SO2controlPMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jun‐63PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Dec‐97 SO2controlOthercontrol Activatedcarboninjection 01‐Aug‐09 PMcontrolPMcontrol FabricFilter,pulse 01‐Dec‐07SO2control DryFGD‐SprayDryer 01‐Apr‐93 PMcontrolPMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Jan‐71NOxcontrol SelectiveCatalyticReduction 01‐May‐03 SO2controlNOxcontrol SelectiveCatalyticReduction 01‐May‐01 SO2controlSO2control WetFGD‐SprayType 01‐Nov‐79SO2control WetFGD‐SprayType 01‐May‐08SO2control WetFGD‐SprayType 01‐May‐08SO2control WetFGD‐SprayType 01‐May‐08PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Dec‐70 SO2controlSO2control DryFGD‐Unspecified 01‐Mar‐05 PMcontrolPMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Nov‐92Othercontrol Activatedcarboninjection PMcontrolPMcontrol FabricFilter,pulse 01‐May‐95SO2control WetFGD‐SprayType 01‐May‐03PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Mar‐66PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Jun‐02 SO2controlPMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Feb‐99 SO2controlPMcontrol FabricFilter,reverseair 01‐May‐03 SO2controlSO2control WetFGD‐SprayType 01‐May‐78PMcontrol FabricFilter,unspecifiedPMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jul‐84WetFGD‐Spray/TrayType 01‐Dec‐08DryFGD‐CirculatingDryScrubber 01‐Jul‐92 SO2controlWetFGD‐Unspecified 01‐Nov‐10FabricFilter,pulse 01‐Aug‐09 SO2controlFabricFilter,unspecified 01‐Apr‐93WetFGD‐Unspecified 01‐Apr‐09 OthercontrolWetFGD‐TrayType 01‐May‐08WetFGD‐SprayType 01‐May‐08FabricFilter,pulse 01‐Mar‐05Electrostaticprecipitator,coldside,w/fluegasconditioningWetFGD‐SprayType 01‐May‐09WetFGD‐SprayType 01‐Apr‐09WetFGD‐SprayType 01‐May‐03DryFGD‐CirculatingDryScrubber 01‐Jul‐92 PMcontrol FabricFilter,pulseWetFGD‐SprayType 01‐Aug‐09Wetelectrostaticprecipitator 01‐Apr‐0901‐Jul‐92 PMcontrol FabricFilter,pulse 01‐May‐05coal 883 Waukegan IL WK8CONFIG ConventionalBoilercoal 1710 ConsumersEnergy‐J.H.Campbell MI JHC2‐Conf ConventionalBoilercoal 1710 ConsumersEnergy‐J.H.Campbell MI JHC1‐Conf ConventionalBoilercoal 1363 CaneRun KY CR4 ConventionalBoilercoal 3161 EddystoneGeneratingStation PA Unit2 ConventionalBoilercoal 1082 WalterScottJr.EnergyCenter IA 4 ConventionalBoilercoal 897 Vermilion 002 ConventionalBoilercoal 897 Vermilion 001 ConventionalBoilercoal 990 HardingStreet IN 70ss ConventionalBoilercoal 130 Cross SC C3 ConventionalBoilercoal 564 StantonEnergyCenter FL 2coal ConventionalBoilercoal 2837 Eastlake OH Unit3 ConventionalBoilercoal 55076 RedHillsGeneratingFacility MS 002 Fluidizedbedfiringcoal 55076 RedHillsGeneratingFacility MS 001 Fluidizedbedfiringcoal 6085 R.M.Schahfer IN R.M.0014 ConventionalBoilercoal 3140 PPLBrunnerIsland PA U2 ConventionalBoilercoal 3140 PPLBrunnerIsland PA U1 ConventionalBoilercoal 3280 CanadysSteam SC CAN003 ConventionalBoilercoal 1943 HootLake MN 2 ConventionalBoilercoal 6076 Colstrip MT Unit3 ConventionalBoilercoal 52007 MecklenburgPowerStation VA Unit1&2 ConventionalBoilercoal 130 Cross SC C4 ConventionalBoilercoal 4072 Pulliam WI 8 ConventionalBoilercoal 54755 RoanokeValleyII NC Boiler2 ConventionalBoilercoal 3152 SunburyGenerationLP PA Boiler4 ConventionalBoilercoal 2706 AshevilleSteamElectricPlant NC Ash_Cfg_2 ConventionalBoilercoal 6113 Gibson IN 1‐2007‐FGDIN ConventionalBoilercoal 10641 CambriaCogen PA 002 Fluidizedbedfiringcoal 1554 HerbertA.Wagner MD 002 ConventionalBoilercoal 6018 EastBendStation KY 2 ConventionalBoilercoal 47 Colbert AL 3 ConventionalBoilercoal 4041 SouthOakCreek WI OCPP‐B8 ConventionalBoilercoal 2098 LakeRoad MO 6 ConventionalBoilercoal 2828 Cardinal OH CD‐U3 ConventionalBoilerTangentialfiring 1 383 3961 10.34Wallfiring‐frontfiring 1 374 3392 9.07Tangentialfiring 1 274 2561 9.35Wallfiring‐frontfiring 1 168 2310 13.75Tangentialfiring 1 339 2808 8.28Wallfiring‐unspecified 1 850 7675 9.03Tangentialfiring 1 110 1076 9.78Tangentialfiring 1 72 831 11.54Tangentialfiring 1 463 4123 8.90Tangentialfiring 1 625 6058 9.69Wallfiring‐opposedfiring 1 468 4286 9.16Tangentialfiring 1 144 1205 8.37Fluidizedbedfiring1 250 2382 9.53Fluidizedbedfiring1 250 2401 9.60Cyclonefiring 1 468 4650 9.94Tangentialfiring 1 393 3790 9.64Tangentialfiring 1 330 3345 10.14Wallfiring‐unspecified 1 185 1825 9.86Tangentialfiring 1 61 747 12.31Tangentialfiring 1 805 7573 9.41Wallfiring‐frontfiring 2 152 1834 12.07Tangentialfiring 1 625 6798 10.88Wallfiring‐rearfiring 1 138 1510 10.95Wallfiring‐frontfiring 1 50 560 11.20Wallfiring‐frontfiring 1 128 1360 10.63Wallfiring‐frontfiring 1 204 1902 9.32Wallfiring‐opposedfiring 1 661 6368 9.63Fluidizedbedfiring1 49 560 11.43Wallfiring‐unspecified 1 145 1488 10.26Wallfiring‐frontfiring 1 651 6313 9.70Wallfiring‐frontfiring 1 200 2121 10.61Tangentialfiring 2 656 5865 8.94Cyclonefiring 1 99 980 9.90Wallfiring‐opposedfiring 1 650 5275 8.12subbituminous8.35E‐05 1.07E‐06subbituminous,bituminous7.76E‐07subbituminous7.76E‐07bituminous1.25E‐04 7.52E‐07bituminous4.84E‐05 1.44E‐06subbituminous1.71E‐05 1.70E‐06subbituminous1.44E‐05 1.06E‐06subbituminous1.44E‐05 1.06E‐06bituminous1.47E‐04 2.97E‐06bituminous3.23E‐05 1.56E‐07coal‐bituminous3.84E‐07subbituminous,bituminous7.58E‐05 4.57E‐08lignite3.28E‐04 2.23E‐07lignite3.28E‐04 2.23E‐07subbituminous8.15E‐05 2.94E‐07bituminous3.58E‐04 6.04E‐07bituminous3.58E‐04 6.04E‐07bituminous7.60E‐07subbituminous1.95E‐05 8.09E‐07subbituminous1.17E‐06bituminous1.46E‐04 3.32E‐07bituminous3.56E‐05 1.90E‐07subbituminous1.36E‐05 9.19E‐08bituminous1.51E‐04 1.41E‐07bituminous7.51E‐05 2.37E‐06bituminous4.62E‐05 1.63E‐07bituminous2.37E‐04 2.23E‐07coalrefuse(culmorgob),other‐‐naturalgas 5.84E‐04 3.87E‐07bituminous7.76E‐05 1.46E‐06bituminous1.16E‐04 1.50E‐07coal‐bituminous,coal‐subbituminous3.03E‐07subbituminous9.80E‐06 7.36E‐07subbituminous,bituminous1.12E‐05 1.54E‐06bituminous1.59E‐04 4.05E‐071.10E‐05 1.07E‐06 1.10E‐05 8.35E‐057.04E‐06 7.76E‐07 7.04E‐06 2.60E‐047.25E‐06 7.76E‐07 7.25E‐06 8.31E‐051.03E‐05 7.52E‐07 1.03E‐05 9.10E‐041.19E‐05 1.44E‐06 1.19E‐05 3.19E‐041.53E‐05 1.70E‐06 1.53E‐05 1.58E‐041.04E‐05 1.06E‐06 1.04E‐05 1.32E‐041.23E‐05 1.06E‐06 1.23E‐05 1.32E‐042.64E‐05 2.97E‐06 2.64E‐05 2.47E‐041.51E‐06 1.56E‐07 1.51E‐06 1.27E‐033.52E‐06 3.84E‐07 3.52E‐063.82E‐07 4.57E‐08 3.82E‐07 5.14E‐042.13E‐06 2.23E‐07 2.13E‐06 3.40E‐042.14E‐06 2.23E‐07 2.14E‐06 3.40E‐042.92E‐06 2.94E‐07 2.92E‐06 1.36E‐045.82E‐06 6.04E‐07 5.82E‐06 1.79E‐046.12E‐06 6.04E‐07 6.12E‐06 1.79E‐047.49E‐06 7.60E‐07 7.49E‐06 9.24E‐049.96E‐06 8.09E‐07 9.96E‐06 8.96E‐051.10E‐05 1.17E‐06 1.10E‐05 1.07E‐044.00E‐06 3.32E‐07 4.00E‐06 5.70E‐042.06E‐06 1.90E‐07 2.06E‐06 5.92E‐041.01E‐06 9.19E‐08 1.01E‐06 9.58E‐051.58E‐06 1.41E‐07 1.58E‐06 3.13E‐042.52E‐05 2.37E‐06 2.52E‐05 7.27E‐041.52E‐06 1.63E‐07 1.52E‐06 1.26E‐032.15E‐06 2.23E‐07 2.15E‐06 8.40E‐044.42E‐06 3.87E‐07 4.42E‐06 2.92E‐031.50E‐05 1.46E‐06 1.50E‐05 1.88E‐041.46E‐06 1.50E‐07 1.46E‐06 6.06E‐043.21E‐06 3.03E‐07 3.21E‐066.58E‐06 7.36E‐07 6.58E‐06 4.68E‐051.53E‐05 1.54E‐06 1.53E‐05 9.56E‐053.29E‐06 4.05E‐07 3.29E‐06 4.77E‐043.05E‐06 3.15E‐05 3.05E‐06 3.15E‐051.50E‐06 1.36E‐05 1.50E‐06 1.36E‐051.50E‐06 1.41E‐05 1.50E‐06 1.41E‐053.67E‐06 5.05E‐05 3.67E‐06 5.05E‐059.92E‐06 8.21E‐05 9.92E‐06 8.21E‐051.79E‐07 1.62E‐06 1.79E‐07 1.62E‐062.38E‐06 2.33E‐05 2.38E‐06 2.33E‐052.38E‐06 2.75E‐05 2.38E‐06 2.75E‐053.71E‐07 3.31E‐06 3.71E‐07 3.31E‐062.55E‐06 2.47E‐05 2.55E‐06 2.47E‐053.84E‐07 3.52E‐06 3.84E‐07 3.52E‐066.59E‐07 5.52E‐06 6.59E‐07 5.52E‐067.43E‐07 7.08E‐06 7.43E‐07 7.08E‐067.43E‐07 7.13E‐06 7.43E‐07 7.13E‐061.10E‐06 1.09E‐05 1.10E‐06 1.09E‐058.32E‐07 8.03E‐06 8.32E‐07 8.03E‐068.32E‐07 8.44E‐06 8.32E‐07 8.44E‐064.11E‐06 4.06E‐05 4.11E‐06 4.06E‐055.29E‐06 6.52E‐05 5.29E‐06 6.52E‐052.87E‐06 2.70E‐05 2.87E‐06 2.70E‐053.72E‐07 4.48E‐06 3.72E‐07 4.48E‐063.54E‐06 3.85E‐05 3.54E‐06 3.85E‐051.54E‐06 1.68E‐05 1.54E‐06 1.68E‐058.54E‐07 9.57E‐06 8.54E‐07 9.57E‐066.46E‐06 6.87E‐05 6.46E‐06 6.87E‐053.15E‐06 2.94E‐05 3.15E‐06 2.94E‐052.01E‐06 1.94E‐05 2.01E‐06 1.94E‐054.52E‐07 5.16E‐06 4.52E‐07 5.16E‐061.46E‐06 1.50E‐05 1.46E‐06 1.50E‐053.70E‐06 3.59E‐05 3.70E‐06 3.59E‐051.75E‐07 1.86E‐06 1.75E‐07 1.86E‐061.26E‐06 1.12E‐05 1.26E‐06 1.12E‐056.79E‐06 6.72E‐05 6.79E‐06 6.72E‐058.19E‐07 6.65E‐06 8.19E‐07 6.65E‐061.67E‐05 3.24E‐07 3.35E‐06 3.24E‐071.17E‐04 2.23E‐07 2.02E‐06 2.23E‐072.49E‐05 2.23E‐07 2.08E‐06 2.23E‐072.03E‐04 2.04E‐07 2.80E‐06 2.04E‐075.81E‐05 2.30E‐07 1.90E‐06 2.30E‐072.50E‐05 2.60E‐09 2.35E‐08 2.60E‐092.49E‐05 1.12E‐07 1.09E‐06 1.12E‐072.49E‐05 1.12E‐07 1.29E‐06 1.12E‐071.67E‐04 7.34E‐08 6.53E‐07 7.34E‐087.23E‐05 9.45E‐09 9.16E‐08 9.45E‐099.61E‐08 8.80E‐07 9.61E‐087.58E‐05 2.24E‐08 1.88E‐07 2.24E‐081.51E‐04 1.40E‐07 1.33E‐06 1.40E‐071.51E‐04 1.40E‐07 1.34E‐06 1.40E‐072.99E‐05 6.87E‐08 6.82E‐07 6.87E‐082.90E‐06 1.51E‐07 1.46E‐06 1.51E‐072.90E‐06 1.51E‐07 1.53E‐06 1.51E‐071.15E‐04 2.14E‐07 2.11E‐06 2.14E‐071.24E‐05 2.44E‐07 3.00E‐06 2.44E‐074.37E‐05 1.13E‐07 1.07E‐06 1.13E‐072.61E‐04 9.75E‐08 1.18E‐06 9.75E‐085.75E‐05 1.01E‐08 1.10E‐07 1.01E‐082.11E‐05 3.85E‐08 4.22E‐07 3.85E‐082.78E‐04 1.28E‐07 1.44E‐06 1.28E‐078.77E‐05 6.08E‐07 6.46E‐06 6.08E‐072.92E‐08 2.72E‐07 2.92E‐081.81E‐04 4.31E‐08 4.15E‐07 4.31E‐084.85E‐06 9.66E‐08 1.10E‐06 9.66E‐081.43E‐04 3.66E‐07 3.76E‐06 3.66E‐078.34E‐05 4.38E‐08 4.25E‐07 4.38E‐085.63E‐08 5.97E‐07 5.63E‐081.65E‐05 1.84E‐07 1.65E‐06 1.84E‐073.37E‐05 4.96E‐07 4.91E‐06 4.96E‐071.32E‐04 1.20E‐07 9.78E‐07 1.20E‐073.35E‐06 1.67E‐05 4.18E‐07 4.32E‐062.02E‐06 1.56E‐05 2.63E‐07 2.38E‐062.08E‐06 1.66E‐05 2.63E‐07 2.46E‐062.80E‐06 1.79E‐05 1.88E‐07 2.59E‐061.90E‐06 1.32E‐05 3.61E‐07 2.99E‐062.35E‐08 7.90E‐06 8.18E‐09 7.38E‐081.09E‐06 6.62E‐06 3.19E‐07 3.12E‐061.29E‐06 6.62E‐06 3.19E‐07 3.68E‐066.53E‐07 4.33E‐05 5.33E‐08 4.75E‐079.16E‐08 5.29E‐06 4.37E‐08 4.23E‐078.80E‐07 1.00E‐07 9.19E‐071.88E‐07 7.58E‐05 6.95E‐08 5.81E‐071.33E‐06 1.09E‐04 7.26E‐08 6.91E‐071.34E‐06 1.09E‐04 7.26E‐08 6.97E‐076.82E‐07 1.63E‐04 1.85E‐07 1.84E‐061.46E‐06 3.62E‐06 1.52E‐07 1.47E‐061.53E‐06 3.62E‐06 1.52E‐07 1.54E‐062.11E‐06 1.50E‐05 4.44E‐07 4.38E‐063.00E‐06 4.28E‐06 3.93E‐07 4.84E‐061.07E‐06 4.98E‐06 5.71E‐07 5.37E‐061.18E‐06 1.46E‐04 2.06E‐07 2.48E‐061.10E‐07 5.73E‐06 7.84E‐08 8.53E‐074.22E‐07 6.43E‐06 1.93E‐08 2.11E‐071.44E‐06 1.51E‐04 2.29E‐07 2.56E‐066.46E‐06 1.50E‐05 5.92E‐07 6.29E‐062.72E‐07 6.58E‐06 5.23E‐08 4.87E‐074.15E‐07 2.39E‐04 3.52E‐07 3.40E‐061.10E‐06 6.06E‐06 2.21E‐07 2.52E‐063.76E‐06 7.76E‐05 3.66E‐07 3.76E‐064.25E‐07 1.16E‐04 3.17E‐07 3.08E‐065.97E‐07 7.40E‐07 7.85E‐061.65E‐06 5.67E‐06 2.47E‐07 2.21E‐064.91E‐06 9.28E‐06 4.72E‐07 4.67E‐069.78E‐07 7.96E‐05 1.20E‐07 9.70E‐074.18E‐07 4.32E‐06 3.34E‐04 4.78E‐06 4.94E‐052.63E‐07 2.38E‐06 1.07E‐03 1.81E‐06 1.64E‐052.63E‐07 2.46E‐06 3.88E‐04 1.81E‐06 1.69E‐051.88E‐07 2.59E‐06 1.50E‐03 7.10E‐07 9.76E‐063.61E‐07 2.99E‐06 9.95E‐04 3.16E‐06 2.62E‐058.18E‐09 7.38E‐08 4.99E‐04 1.23E‐06 1.11E‐053.19E‐07 3.12E‐06 4.70E‐04 4.24E‐06 4.14E‐053.19E‐07 3.68E‐06 4.70E‐04 4.24E‐06 4.89E‐055.33E‐08 4.75E‐07 9.47E‐04 2.35E‐06 2.09E‐054.37E‐08 4.23E‐07 3.72E‐04 5.85E‐06 5.67E‐051.00E‐07 9.19E‐07 1.66E‐06 1.52E‐056.95E‐08 5.81E‐07 2.66E‐04 7.85E‐06 6.57E‐057.26E‐08 6.91E‐07 1.72E‐03 8.30E‐06 7.91E‐057.26E‐08 6.97E‐07 1.72E‐03 8.30E‐06 7.97E‐051.85E‐07 1.84E‐06 3.80E‐04 3.33E‐06 3.30E‐051.52E‐07 1.47E‐06 1.09E‐03 4.63E‐06 4.47E‐051.52E‐07 1.54E‐06 1.09E‐03 4.63E‐06 4.69E‐054.44E‐07 4.38E‐06 1.32E‐03 3.84E‐06 3.79E‐053.93E‐07 4.84E‐06 1.81E‐04 4.46E‐06 5.49E‐055.71E‐07 5.37E‐06 4.64E‐04 4.23E‐06 3.98E‐052.06E‐07 2.48E‐06 1.61E‐03 3.99E‐05 4.81E‐047.84E‐08 8.53E‐07 3.39E‐04 6.75E‐06 7.34E‐051.93E‐08 2.11E‐07 3.55E‐04 5.71E‐07 6.26E‐062.29E‐07 2.56E‐06 1.52E‐03 7.51E‐06 8.41E‐055.92E‐07 6.29E‐06 1.48E‐03 5.85E‐06 6.22E‐055.23E‐08 4.87E‐07 1.23E‐03 1.40E‐06 1.31E‐053.52E‐07 3.40E‐06 2.41E‐03 8.88E‐07 8.55E‐062.21E‐07 2.52E‐06 6.11E‐03 2.65E‐05 3.03E‐043.66E‐07 3.76E‐06 6.90E‐04 8.83E‐06 9.06E‐053.17E‐07 3.08E‐06 1.41E‐03 5.83E‐06 5.65E‐057.40E‐07 7.85E‐06 1.61E‐05 1.71E‐042.47E‐07 2.21E‐06 2.28E‐04 1.04E‐05 9.32E‐054.72E‐07 4.67E‐06 6.47E‐04 1.13E‐05 1.12E‐041.20E‐07 9.70E‐07 2.07E‐03 3.29E‐06 2.67E‐054.78E‐06 4.94E‐05 8.35E‐05 1.70E‐061.81E‐06 1.64E‐05 6.40E‐071.81E‐06 1.69E‐05 6.40E‐077.10E‐07 9.76E‐06 4.32E‐04 4.08E‐073.16E‐06 2.62E‐05 2.26E‐04 5.05E‐071.23E‐06 1.11E‐05 1.50E‐04 3.38E‐074.24E‐06 4.14E‐05 1.99E‐04 1.03E‐064.24E‐06 4.89E‐05 1.99E‐04 1.03E‐062.35E‐06 2.09E‐05 2.44E‐04 1.54E‐065.85E‐06 5.67E‐05 2.58E‐04 3.21E‐071.66E‐06 1.52E‐05 1.61E‐067.85E‐06 6.57E‐05 1.48E‐04 3.97E‐078.30E‐06 7.91E‐05 3.45E‐04 5.38E‐078.30E‐06 7.97E‐05 3.45E‐04 5.38E‐073.33E‐06 3.30E‐05 1.63E‐04 5.02E‐074.63E‐06 4.47E‐05 1.81E‐05 4.10E‐074.63E‐06 4.69E‐05 1.81E‐05 4.10E‐073.84E‐06 3.79E‐05 4.00E‐04 1.16E‐064.46E‐06 5.49E‐05 5.99E‐05 2.20E‐064.23E‐06 3.98E‐05 3.19E‐073.99E‐05 4.81E‐04 8.63E‐046.75E‐06 7.34E‐05 2.06E‐04 3.40E‐075.71E‐07 6.26E‐06 1.42E‐04 1.45E‐077.51E‐06 8.41E‐05 8.08E‐04 6.88E‐075.85E‐06 6.22E‐05 3.01E‐04 8.91E‐071.40E‐06 1.31E‐05 5.61E‐04 2.95E‐078.88E‐07 8.55E‐06 4.71E‐04 1.25E‐072.65E‐05 3.03E‐04 3.03E‐05 5.14E‐078.83E‐06 9.06E‐05 4.21E‐04 3.99E‐075.83E‐06 5.65E‐05 2.76E‐04 1.93E‐071.61E‐05 1.71E‐04 1.89E‐071.04E‐05 9.32E‐05 1.32E‐04 7.00E‐071.13E‐05 1.12E‐04 2.61E‐04 6.29E‐063.29E‐06 2.67E‐05 5.57E‐04 2.88E‐071.76E‐05 1.70E‐06 1.76E‐05 1.67E‐04 4.02E‐065.80E‐06 6.40E‐07 5.80E‐06 4.16E‐04 1.81E‐065.98E‐06 6.40E‐07 5.98E‐06 1.66E‐04 1.81E‐065.62E‐06 4.08E‐07 5.62E‐06 1.16E‐03 4.77E‐064.19E‐06 5.05E‐07 4.19E‐06 3.32E‐04 3.66E‐063.05E‐06 3.38E‐07 3.05E‐06 2.62E‐04 1.42E‐061.00E‐05 1.03E‐06 1.00E‐05 2.04E‐04 5.74E‐061.18E‐05 1.03E‐06 1.18E‐05 2.04E‐04 5.74E‐061.37E‐05 1.54E‐06 1.37E‐05 4.97E‐04 2.05E‐063.11E‐06 3.21E‐07 3.11E‐06 3.64E‐04 4.00E‐071.47E‐05 1.61E‐06 1.47E‐05 3.47E‐073.32E‐06 3.97E‐07 3.32E‐06 2.24E‐04 6.39E‐075.12E‐06 5.38E‐07 5.12E‐06 8.31E‐04 3.84E‐065.16E‐06 5.38E‐07 5.16E‐06 8.31E‐04 3.84E‐064.99E‐06 5.02E‐07 4.99E‐06 1.90E‐04 2.27E‐053.95E‐06 4.10E‐07 3.95E‐06 4.00E‐04 5.57E‐074.15E‐06 4.10E‐07 4.15E‐06 4.00E‐04 5.57E‐071.14E‐05 1.16E‐06 1.14E‐05 6.25E‐04 2.12E‐062.71E‐05 2.20E‐06 2.71E‐05 9.60E‐05 4.13E‐063.00E‐06 3.19E‐07 3.00E‐06 4.88E‐04 4.77E‐061.02E‐03 2.86E‐063.69E‐06 3.40E‐07 3.69E‐06 3.04E‐04 7.83E‐071.59E‐06 1.45E‐07 1.59E‐06 2.29E‐04 3.97E‐077.70E‐06 6.88E‐07 7.70E‐06 9.58E‐04 1.00E‐069.47E‐06 8.91E‐07 9.47E‐06 5.01E‐04 2.96E‐062.75E‐06 2.95E‐07 2.75E‐06 3.40E‐04 2.20E‐071.20E‐06 1.25E‐07 1.20E‐06 1.08E‐03 3.91E‐075.88E‐06 5.14E‐07 5.88E‐06 3.18E‐03 9.45E‐074.10E‐06 3.99E‐07 4.10E‐06 3.32E‐03 7.32E‐071.88E‐06 1.93E‐07 1.88E‐06 5.07E‐04 9.80E‐072.01E‐06 1.89E‐07 2.01E‐06 2.48E‐066.26E‐06 7.00E‐07 6.26E‐06 1.68E‐04 2.13E‐066.23E‐05 6.29E‐06 6.23E‐05 3.04E‐04 2.18E‐052.34E‐06 2.88E‐07 2.34E‐06 7.96E‐04 7.02E‐074.16E‐05 4.02E‐06 4.16E‐051.64E‐05 1.81E‐06 1.64E‐051.69E‐05 1.81E‐06 1.69E‐056.56E‐05 4.77E‐06 6.56E‐053.03E‐05 3.31E‐06 2.74E‐05 3.31E‐06 2.74E‐051.28E‐05 2.00E‐07 1.81E‐06 2.00E‐07 1.81E‐065.61E‐05 5.74E‐06 5.61E‐056.62E‐05 5.74E‐06 6.62E‐051.83E‐05 2.05E‐06 1.83E‐053.87E‐06 4.00E‐07 3.87E‐063.18E‐06 3.47E‐07 3.18E‐065.35E‐06 6.39E‐07 5.35E‐063.66E‐05 3.84E‐06 3.66E‐053.69E‐05 3.84E‐06 3.69E‐052.25E‐04 2.27E‐05 2.25E‐045.37E‐06 5.57E‐07 5.37E‐065.64E‐06 5.57E‐07 5.64E‐062.09E‐05 2.12E‐06 2.09E‐055.08E‐05 4.13E‐06 5.08E‐054.49E‐05 4.77E‐06 4.49E‐053.45E‐05 2.86E‐06 3.45E‐058.52E‐06 7.83E‐07 8.52E‐064.35E‐06 3.97E‐07 4.35E‐061.13E‐05 1.00E‐06 1.13E‐053.15E‐05 2.96E‐06 3.15E‐052.05E‐06 2.20E‐07 2.05E‐063.77E‐06 3.91E‐07 3.77E‐061.08E‐05 9.45E‐07 1.08E‐057.51E‐06 7.32E‐07 7.51E‐069.51E‐06 9.80E‐07 9.51E‐062.63E‐05 2.48E‐06 2.63E‐051.91E‐05 2.13E‐06 1.91E‐052.15E‐04 2.18E‐05 2.15E‐045.70E‐06 7.02E‐07 5.70E‐061.23E‐03 1.60E‐05 1.65E‐041.14E‐03 6.54E‐06 5.93E‐051.33E‐03 6.54E‐06 6.11E‐051.63E‐03 1.18E‐06 1.63E‐052.44E‐03 6.07E‐06 5.03E‐051.41E‐03 3.38E‐05 3.05E‐041.16E‐03 8.78E‐06 8.59E‐051.16E‐03 8.78E‐06 1.01E‐041.35E‐03 4.73E‐06 4.21E‐058.07E‐04 1.75E‐06 1.70E‐054.74E‐06 4.34E‐057.97E‐04 2.95E‐06 2.47E‐053.52E‐02 2.80E‐05 2.67E‐043.52E‐02 2.80E‐05 2.69E‐047.33E‐04 3.00E‐06 2.98E‐051.24E‐03 3.38E‐06 3.25E‐051.24E‐03 3.38E‐06 3.42E‐051.37E‐03 7.03E‐06 6.94E‐051.18E‐03 2.64E‐05 3.24E‐049.44E‐03 1.70E‐05 1.60E‐041.72E‐03 3.70E‐06 4.46E‐059.44E‐04 9.24E‐06 1.01E‐041.21E‐03 1.03E‐06 1.13E‐051.26E‐03 3.71E‐05 4.16E‐042.33E‐03 6.48E‐06 6.88E‐052.25E‐03 2.38E‐06 2.22E‐051.21E‐03 4.34E‐05 4.18E‐044.44E‐03 6.16E‐06 7.04E‐051.04E‐03 2.88E‐06 2.96E‐051.29E‐03 3.03E‐06 2.94E‐054.84E‐06 5.13E‐056.38E‐04 3.10E‐05 2.77E‐048.72E‐04 7.74E‐06 7.66E‐051.41E‐03 2.18E‐06 1.77E‐051.60E‐05 1.65E‐04 3.34E‐04 3.83E‐06 3.96E‐056.54E‐06 5.93E‐05 1.07E‐03 2.79E‐06 2.53E‐056.54E‐06 6.11E‐05 4.71E‐04 2.79E‐06 2.61E‐051.18E‐06 1.63E‐05 1.79E‐03 1.30E‐06 1.78E‐056.07E‐06 5.03E‐05 7.77E‐04 2.49E‐06 2.06E‐053.38E‐05 3.05E‐04 4.16E‐04 1.81E‐06 1.64E‐058.78E‐06 8.59E‐05 4.69E‐04 6.22E‐06 6.09E‐058.78E‐06 1.01E‐04 4.69E‐04 6.22E‐06 7.18E‐054.73E‐06 4.21E‐05 9.98E‐04 2.74E‐05 2.44E‐041.75E‐06 1.70E‐05 6.00E‐04 6.71E‐06 6.50E‐054.74E‐06 4.34E‐05 5.92E‐06 5.42E‐052.95E‐06 2.47E‐05 3.24E‐04 9.43E‐06 7.89E‐052.80E‐05 2.67E‐04 7.28E‐04 1.43E‐06 1.36E‐052.80E‐05 2.69E‐04 7.28E‐04 1.43E‐06 1.37E‐053.00E‐06 2.98E‐05 3.26E‐04 7.31E‐06 7.27E‐053.38E‐06 3.25E‐05 8.02E‐04 1.47E‐05 1.42E‐043.38E‐06 3.42E‐05 8.02E‐04 1.47E‐05 1.49E‐047.03E‐06 6.94E‐05 9.24E‐04 1.81E‐05 1.79E‐042.64E‐05 3.24E‐04 1.33E‐04 3.17E‐06 3.90E‐051.70E‐05 1.60E‐04 1.75E‐04 4.41E‐06 4.15E‐053.70E‐06 4.46E‐05 1.41E‐03 5.11E‐06 6.16E‐059.24E‐06 1.01E‐04 5.71E‐04 3.69E‐06 4.02E‐051.03E‐06 1.13E‐05 3.42E‐04 5.69E‐07 6.23E‐063.71E‐05 4.16E‐04 9.66E‐04 9.73E‐06 1.09E‐046.48E‐06 6.88E‐05 8.52E‐04 6.10E‐06 6.48E‐052.38E‐06 2.22E‐05 3.60E‐05 3.35E‐044.34E‐05 4.18E‐04 1.66E‐03 9.27E‐07 8.93E‐066.16E‐06 7.04E‐05 1.89E‐03 2.93E‐05 3.35E‐042.88E‐06 2.96E‐05 7.99E‐04 8.46E‐06 8.69E‐053.03E‐06 2.94E‐05 6.88E‐04 5.30E‐06 5.14E‐054.84E‐06 5.13E‐05 2.01E‐05 2.13E‐043.10E‐05 2.77E‐04 2.12E‐04 2.22E‐05 1.98E‐047.74E‐06 7.66E‐05 9.85E‐04 1.47E‐05 1.45E‐042.18E‐06 1.77E‐05 1.19E‐03 3.79E‐06 3.07E‐053.83E‐06 3.96E‐05 8.35E‐05 4.78E‐062.79E‐06 2.53E‐05 3.12E‐04 2.38E‐052.79E‐06 2.61E‐05 8.31E‐05 2.38E‐051.30E‐06 1.78E‐05 1.58E‐04 2.71E‐052.49E‐06 2.06E‐05 2.05E‐04 1.36E‐051.81E‐06 1.64E‐05 1.04E‐04 1.71E‐066.22E‐06 6.09E‐05 6.07E‐05 1.29E‐056.22E‐06 7.18E‐05 6.07E‐05 1.29E‐052.74E‐05 2.44E‐04 7.93E‐05 1.51E‐066.71E‐06 6.50E‐05 1.54E‐04 2.64E‐055.92E‐06 5.42E‐05 2.93E‐059.43E‐06 7.89E‐05 1.61E‐04 2.32E‐051.43E‐06 1.36E‐05 8.95E‐04 2.60E‐061.43E‐06 1.37E‐05 8.95E‐04 2.60E‐067.31E‐06 7.27E‐05 8.15E‐05 9.91E‐061.47E‐05 1.42E‐04 8.95E‐05 2.33E‐051.47E‐05 1.49E‐04 8.95E‐05 2.33E‐051.81E‐05 1.79E‐04 2.25E‐04 1.15E‐053.17E‐06 3.90E‐05 2.25E‐05 3.46E‐064.41E‐06 4.15E‐05 5.83E‐05 1.64E‐055.11E‐06 6.16E‐05 1.46E‐04 6.58E‐073.69E‐06 4.02E‐05 1.70E‐04 3.17E‐055.69E‐07 6.23E‐06 8.40E‐05 5.29E‐059.73E‐06 1.09E‐04 1.51E‐04 1.31E‐066.10E‐06 6.48E‐05 2.75E‐04 2.86E‐053.60E‐05 3.35E‐04 2.00E‐04 1.93E‐059.27E‐07 8.93E‐06 1.58E‐04 1.60E‐052.93E‐05 3.35E‐04 1.67E‐04 5.84E‐078.46E‐06 8.69E‐05 3.88E‐04 4.08E‐055.30E‐06 5.14E‐05 7.77E‐05 5.10E‐052.01E‐05 2.13E‐04 2.86E‐052.22E‐05 1.98E‐04 4.79E‐05 5.07E‐061.47E‐05 1.45E‐04 5.06E‐05 2.90E‐063.79E‐06 3.07E‐05 3.71E‐04 6.59E‐054.94E‐05 4.78E‐06 4.94E‐052.16E‐04 2.38E‐05 2.16E‐042.22E‐04 2.38E‐05 2.22E‐043.72E‐04 2.71E‐05 3.72E‐041.13E‐04 1.36E‐05 1.13E‐041.54E‐05 1.71E‐06 1.54E‐051.26E‐04 1.29E‐05 1.26E‐041.49E‐04 1.29E‐05 1.49E‐041.35E‐05 1.51E‐06 1.35E‐052.55E‐04 2.64E‐05 2.55E‐042.68E‐04 2.93E‐05 2.68E‐041.94E‐04 2.32E‐05 1.94E‐042.48E‐05 2.60E‐06 2.48E‐052.49E‐05 2.60E‐06 2.49E‐059.85E‐05 9.91E‐06 9.85E‐052.24E‐04 2.33E‐05 2.24E‐042.36E‐04 2.33E‐05 2.36E‐041.13E‐04 1.15E‐05 1.13E‐044.26E‐05 3.46E‐06 4.26E‐051.54E‐04 1.64E‐05 1.54E‐047.94E‐06 6.58E‐07 7.94E‐063.45E‐04 3.17E‐05 3.45E‐045.80E‐04 5.29E‐05 5.80E‐041.47E‐05 1.31E‐06 1.47E‐053.04E‐04 2.86E‐05 3.04E‐041.80E‐04 1.93E‐05 1.80E‐041.54E‐04 1.60E‐05 1.54E‐046.68E‐06 5.84E‐07 6.68E‐064.18E‐04 4.08E‐05 4.18E‐044.95E‐04 5.10E‐05 4.95E‐043.03E‐04 2.86E‐05 3.03E‐044.53E‐05 5.07E‐06 4.53E‐052.87E‐05 2.90E‐06 2.87E‐055.35E‐04 6.59E‐05 5.35E‐043.99E‐05 4.13E‐04 5.22E‐02 5.40E‐014.01E‐05 3.64E‐04 1.11E‐02 1.00E‐014.01E‐05 3.75E‐04 1.11E‐02 1.04E‐014.02E‐05 5.53E‐044.14E‐05 3.43E‐04 1.15E‐02 9.51E‐024.22E‐05 3.81E‐04 3.38E‐03 3.05E‐024.28E‐05 4.19E‐04 2.17E‐02 2.13E‐014.28E‐05 4.94E‐04 2.17E‐02 2.51E‐014.30E‐05 3.83E‐04 3.16E‐03 2.82E‐024.41E‐05 4.28E‐044.45E‐05 4.08E‐04 2.24E‐02 2.05E‐014.53E‐05 3.79E‐04 5.55E‐03 4.64E‐024.59E‐05 4.37E‐04 1.54E‐02 1.47E‐014.59E‐05 4.41E‐04 1.54E‐02 1.48E‐014.84E‐05 4.81E‐04 1.56E‐02 1.55E‐014.87E‐05 4.69E‐04 2.49E‐02 2.40E‐014.87E‐05 4.93E‐04 2.49E‐02 2.53E‐014.92E‐05 4.86E‐045.05E‐05 6.22E‐04 7.12E‐02 8.76E‐015.18E‐05 4.87E‐04 2.30E‐02 2.16E‐015.32E‐05 6.42E‐045.64E‐05 6.13E‐045.73E‐05 6.28E‐04 2.44E‐03 2.67E‐025.87E‐05 6.58E‐04 1.65E‐02 1.85E‐016.10E‐05 6.48E‐04 1.69E‐02 1.79E‐016.30E‐05 5.87E‐04 4.00E‐03 3.73E‐026.43E‐05 6.20E‐046.52E‐05 7.45E‐04 5.98E‐03 6.84E‐026.57E‐05 6.74E‐04 1.66E‐03 1.70E‐027.06E‐05 6.85E‐047.36E‐05 7.80E‐04 4.18E‐03 4.43E‐027.39E‐05 6.61E‐04 1.12E‐02 1.00E‐017.40E‐05 7.32E‐04 1.29E‐01 1.28E+007.76E‐05 6.30E‐04 2.23E‐02 1.81E‐012.57E‐021.24E‐029.08E‐032.45E‐02 2.24E‐012.61E‐022.61E‐022.51E‐021.29E‐023.17E‐035.86E‐038.72E‐035.11E‐023.53E‐011.03E‐013.97E‐023.97E‐028.80E‐022.20E‐031.46E‐022.52E‐012.65E‐011.40E‐029.09E‐022.36E‐011.40E‐015.93E‐032.61E‐021.11E‐022.95E‐025.65E‐028.46E‐021.86E‐021.22E‐021.40E‐025.29E‐013.89E‐014.59E‐011.84E‐021.45E‐011.38E‐011.12E+006.50E‐022.92E‐011.18E‐011.97E‐011.10E‐011.14E‐011.85E‐027.99E‐037.99E‐036.61E‐041.74E‐021.74E‐021.10E‐034.74E‐041.46E‐031.46E‐031.15E‐022.51E‐032.09E‐025.85E‐031.60E‐039.59E‐032.91E‐036.29E‐041.00E‐033.77E‐038.43E‐033.24E‐029.80E‐031.91E‐017.25E‐027.47E‐025.97E‐031.70E‐012.00E‐019.79E‐033.96E‐031.39E‐021.40E‐021.14E‐012.48E‐022.57E‐017.06E‐021.75E‐021.07E‐013.09E‐027.19E‐031.03E‐024.00E‐027.54E‐023.21E‐017.95E‐021.73E‐024.36E‐031.09E‐025.56E‐035.56E‐032.88E‐031.80E‐026.30E‐031.08E‐021.96E‐021.18E‐023.02E‐033.02E‐032.38E‐013.61E‐021.68E‐032.06E‐022.06E‐025.91E‐021.05E‐011.14E‐021.98E‐025.36E‐025.63E‐021.17E‐021.83E‐032.71E‐025.99E‐031.96E‐015.75E‐031.92E‐028.95E‐035.88E‐021.04E‐013.64E‐025.84E‐031.90E‐011.82E‐022.74E‐036.61E‐031.22E‐012.74E‐022.82E‐021.52E‐022.02E‐012.38E‐015.27E‐012.27E‐039.54E‐021.96E‐011.16E‐012.25E‐027.23E‐026.30E‐022.15E‐019.51E‐024.16E‐015.99E‐021.93E‐012.45E‐026.54E‐024.30E‐022.08E‐023.17E‐023.17E‐022.80E‐029.47E‐031.62E‐022.78E‐026.29E‐025.91E‐014.93E‐024.93E‐021.36E‐023.44E‐023.05E‐013.21E‐012.58E‐029.28E‐022.63E‐011.17E‐024.53E‐022.01E‐028.83E‐021.56E‐012.70E‐011.50E‐021.20E‐013.33E‐026.50E‐014.82E‐015.69E‐012.27E‐03 2.08E‐021.14E‐013.42E‐012.54E‐011.14E+001.28E‐015.07E‐012.13E‐011.34E‐011.19E+002.70E‐012.19E‐02 1.82E‐019.00E‐033.73E‐025.33E‐02 6.57E‐012.10E‐02 2.30E‐011.93E‐03 1.75E‐021.93E‐03 1.81E‐022.90E‐02 3.99E‐011.18E‐02 9.75E‐028.13E‐02 1.02E‐06 9.23E‐063.32E‐014.67E‐03 4.27E‐028.89E‐03 8.83E‐023.30E‐03 3.18E‐023.30E‐03 3.35E‐023.50E‐02 4.31E‐011.40E‐02 1.53E‐015.67E‐03 6.01E‐022.73E‐03 2.44E‐029.30E‐039.30E‐03Othercontrol Activatedcarboninjection 01‐Jul‐08PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Dec‐78PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jul‐01PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jun‐63NOxcontrol SelectiveNoncatalyticReduction 01‐Jun‐03NOxcontrol SelectiveCatalyticReduction 01‐Feb‐07PMcontrol Electrostaticprecipitator,unspecified 01‐Jan‐74PMcontrol Electrostaticprecipitator,unspecified 01‐Jun‐73NOxcontrol SelectiveCatalyticReduction 01‐Dec‐05NOxcontrol SelectiveCatalyticReduction 01‐Aug‐06NOxcontrol SelectiveCatalyticReduction 01‐Jun‐96NOxcontrol SelectiveNoncatalyticReduction 01‐Oct‐99PMcontrol FabricFilter,unspecified 01‐May‐02PMcontrol FabricFilter,unspecified 01‐May‐02NOxcontrol SelectiveCatalyticReduction 01‐May‐048.97E‐02 PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Oct‐099.43E‐02 PMcontrol FabricFilter,pulse 01‐Jan‐65PMcontrol FabricFilter,unspecified 01‐Jul‐98PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jun‐72Othercontrol Activatedcarboninjection 01‐Dec‐09SO2control DryFGD‐SprayDryer 01‐Nov‐92NOxcontrol SelectiveCatalyticReduction 01‐May‐08Othercontrol ActivatedcarboninjectionNOxcontrol SelectiveNoncatalyticReduction 01‐Jun‐95Othercontrol Other(specify):SO3injection 01‐Jun‐80NOxcontrol SelectiveCatalyticReduction 14‐Jun‐06NOxcontrol SelectiveCatalyticReduction 01‐Apr‐05NOxcontrol SelectiveNoncatalyticReductionNOxcontrol SelectiveNoncatalyticReductionOthercontrol Drysorbentinjection 01‐Jan‐05PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐May‐90PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jul‐91PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jul‐95PMcontrol Electrostaticprecipitator,hotside,w/ofluegasconditioning 01‐Sep‐77PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jul‐62SO2control WetFGD‐SprayType 01‐Dec‐76PMcontrol Multiplecyclone 01‐Nov‐60 PMcontrolOthercontrol Activatedcarboninjection 01‐Feb‐07 SO2controlOthercontrol Activatedcarboninjection 01‐May‐07 PMcontrolOthercontrol Activatedcarboninjection 01‐May‐07 PMcontrolPMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Dec‐78 SO2controlPMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Aug‐06 SO2controlPMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jun‐96 SO2controlPMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jan‐80PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jun‐90SO2control WetFGD‐TrayType 01‐Nov‐09SO2control WetFGD‐TrayType 01‐Nov‐09SO2control WetFGD‐VenturiType 01‐Jan‐84 PMcontrolSO2control DryFGD‐SprayDryer 01‐Nov‐92 PMcontrolPMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐May‐08 SO2controlPMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Dec‐64SO2control DryFGD‐SprayDryer 01‐Jun‐95 PMcontrolPMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Jun‐70PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐May‐71 SO2controlOthercontrol Other(specify):SodaAshInjectionforSO3mitigation 01‐Jun‐04 PMcontrolPMcontrol FabricFilter,unspecifiedOthercontrol Activatedcarboninjection 01‐Jan‐10 PMcontrolPMcontrol Electrostaticprecipitator,hotside,w/fluegasconditioning 01‐Jan‐81 NOxcontrolNOxcontrol SelectiveCatalyticReduction 01‐Jan‐03Electrostaticprecipitator,hotside,w/ofluegasconditioning 01‐Nov‐60 PMcontrolDryFGD‐CirculatingDryScrubber 01‐Feb‐07 PMcontrolFabricFilter,unspecified 01‐May‐07FabricFilter,unspecified 01‐May‐07WetFGD‐SprayType 01‐Dec‐07WetFGD‐SprayType 01‐Aug‐06WetFGD‐SprayType 01‐Jun‐96PMscrubber‐Venturi 01‐Jan‐84FabricFilter,pulse 01‐Nov‐92 PMcontrolWetFGD‐SprayType 01‐May‐08FabricFilter,pulse 01‐Jun‐95WetFGD‐Spray/TrayType 15‐May‐06Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jan‐90 SO2controlElectrostaticprecipitator,coldside,unspecifiedSelectiveCatalyticReduction 01‐Jan‐02 SO2controlPMscrubber‐Venturi 01‐Dec‐82 SO2control WetFGD‐SprayTypeFabricFilter,pulse 01‐Feb‐07FabricFilter,pulse 01‐Nov‐92WetFGD‐TrayType 01‐Oct‐07WetFGD‐SprayType 01‐Jan‐8101‐Dec‐82coal 3179 Hatfield'sFerryPowerStation PA 001 ConventionalBoilercoal 130 Cross SC C1 ConventionalBoilercoal 6019 WHZimmer OH 1 ConventionalBoilercoal 642 Scholz FL Unit1 ConventionalBoilercoal 2716 W.H.WeatherspoonPlant NC Wea_Cfg_1 ConventionalBoilercoal 3098 ElramaPowerPlant PA ELR4‐2 ConventionalBoilercoal 3098 ElramaPowerPlant PA ELR3‐2 ConventionalBoilercoal 3098 ElramaPowerPlant PA ELR1‐2 ConventionalBoilercoal 3098 ElramaPowerPlant PA ELR2‐2 ConventionalBoilercoal 1374 ElmerSmithStation KY Unit001 ConventionalBoilercoal 1374 ElmerSmithStation KY Unit002 ConventionalBoilercoal 991 EagleValley IN 6 ConventionalBoilercoal 527 Nucla CO 001 Fluidizedbedfiringcoal 3942 AlbrightPowerStation WV Unit_2 ConventionalBoilercoal 997 MichiganCity IN 12 ConventionalBoilercoal 6137 A.B.BrownGeneratingStation IN 1Config ConventionalBoilercoal 3251 HBRobinson/DarlingtonElectricPowerPlant SC Rob_Cfg_1 ConventionalBoilercoal 6113 Gibson IN 2‐2007‐FGDIN ConventionalBoilercoal 990 HardingStreet IN 60s ConventionalBoilercoal 6147 Monticello TX 2 ConventionalBoilercoal 2364 MerrimackStation NH mk2 ConventionalBoilercoal 1385 DaleStation KY 03 ConventionalBoilercoal 1010 WabashRiver IN 6 ConventionalBoilercoal 1010 WabashRiver IN 4 ConventionalBoilercoal 7253 RichardGorsuch OH UNIT3 ConventionalBoilercoal 2706 AshevilleSteamElectricPlant NC Ash_Cfg_1d ConventionalBoilercoal 10641 CambriaCogen PA 001 Fluidizedbedfiringcoal 2708 CapeFearSteamElectricPlant NC Cap_Cfg_5b ConventionalBoilercoal 628 CrystalRiverPowerPlant FL CryR_Cfg_1 ConventionalBoilercoal 3287 McMeekin SC MCM002 ConventionalBoilercoal 4042 Valley WI VAPP‐B2 ConventionalBoilercoal 1218 FairStation IA U2 ConventionalBoilercoal 47 Colbert AL 4 ConventionalBoilercoal 54035 RoanokeValleyI NC Boiler1 ConventionalBoilerWallfiring‐opposedfiring 1 590 5700 9.66Wallfiring‐opposedfiring 1 610 6502 10.66Wallfiring‐opposedfiring 1 1408 12656 8.99Wallfiring‐frontfiring 1 49 581 11.86Wallfiring‐frontfiring 2 106 944 8.91Wallfiring‐frontfiring 1 185 1921 10.38Verticalfiring 1 125 1303 10.42Verticalfiring 1 100 1254 12.54Verticalfiring 1 100 1254 12.54Cyclonefiring 2 445 3687 8.29Cyclonefiring 2 445 3687 8.29Tangentialfiring 1 105 1017 9.69Fluidizedbedfiring1 110 1032 9.38Wallfiring‐unspecified 1 81 643 7.94Cyclonefiring 1 495 4650 9.39Wallfiring‐opposedfiring 1 265 2518 9.50Tangentialfiring 1 187 1733 9.27Wallfiring‐opposedfiring 1 661 6444 9.75Tangentialfiring 1 112 1017 9.08Tangentialfiring 1 583 7000 12.01Cyclonefiring 1 337 3017 8.95Wallfiring‐frontfiring 1 80 944 11.80Tangentialfiring 1 342 3059 8.94Wallfiring‐frontfiring 1 90 924 10.26Radiant 1 53 553 10.38Wallfiring‐frontfiring 1 207 1914 9.25Fluidizedbedfiring1 49 560 11.43Tangentialfiring 1 153 1242 8.12Tangentialfiring 1 400 3837 9.59Tangentialfiring 1 132 1101 8.34Wallfiring‐frontfiring 2 144 1736 12.06Wallfiring‐frontfiring 1 44 465 10.57Wallfiring‐frontfiring 1 200 2121 10.61Wallfiring‐frontfiring 1 182 1700 9.34bituminous1.29E‐05 2.02E‐07bituminous8.32E‐06 2.69E‐07bituminous2.25E‐04 9.87E‐08bituminous9.75E‐05 1.56E‐06bituminous5.48E‐07bituminous2.20E‐05 1.50E‐06bituminous2.20E‐05 1.50E‐06bituminous2.20E‐05 1.50E‐06bituminous2.20E‐05 1.50E‐06bituminous,petroleumcoke9.60E‐05 1.11E‐06bituminous,petroleumcoke9.60E‐05 1.11E‐06bituminous3.62E‐04 7.53E‐07bituminous6.78E‐07bituminous7.03E‐05 4.15E‐07subbituminous2.16E‐06subbituminous1.29E‐04 4.92E‐07bituminous8.00E‐05 1.05E‐06bituminous2.33E‐04 2.09E‐07bituminous9.91E‐07lignite1.45E‐06bituminous2.15E‐04 2.91E‐06bituminous6.14E‐05 1.53E‐06bituminous2.27E‐04 1.73E‐06bituminous2.27E‐04 1.73E‐06bituminous1.93E‐04 5.66E‐07bituminous2.50E‐02 6.91E‐08coalrefuse(culmorgob),other‐‐naturalgas 5.91E‐04 3.09E‐07bituminous5.47E‐05 1.92E‐061.11E‐06bituminous1.45E‐06bituminous2.83E‐05 1.07E‐06bituminous7.60E‐05 2.28E‐06subbituminous,bituminous3.13E‐04 7.09E‐07bituminous1.54E‐04 4.07E‐071.95E‐06 2.02E‐07 1.95E‐06 2.68E‐042.87E‐06 2.69E‐07 2.87E‐06 4.28E‐048.87E‐07 9.87E‐08 8.87E‐07 2.76E‐041.85E‐05 1.56E‐06 1.85E‐05 8.74E‐044.88E‐06 5.48E‐07 4.88E‐06 1.16E‐031.56E‐05 1.50E‐06 1.56E‐05 4.77E‐041.56E‐05 1.50E‐06 1.56E‐05 4.77E‐041.88E‐05 1.50E‐06 1.88E‐05 4.77E‐041.88E‐05 1.50E‐06 1.88E‐05 4.77E‐049.19E‐06 1.11E‐06 9.19E‐06 1.92E‐039.19E‐06 1.11E‐06 9.19E‐06 1.92E‐037.30E‐06 7.53E‐07 7.30E‐06 6.30E‐046.36E‐06 6.78E‐07 6.36E‐06 2.11E‐043.30E‐06 4.15E‐07 3.30E‐06 1.21E‐032.02E‐05 2.16E‐06 2.02E‐05 1.68E‐044.67E‐06 4.92E‐07 4.67E‐06 1.22E‐039.69E‐06 1.05E‐06 9.69E‐06 4.73E‐042.03E‐06 2.09E‐07 2.03E‐06 9.29E‐049.00E‐06 9.91E‐07 9.00E‐06 5.52E‐041.74E‐05 1.45E‐06 1.74E‐052.61E‐05 2.91E‐06 2.61E‐05 2.84E‐041.80E‐05 1.53E‐06 1.80E‐05 3.27E‐041.55E‐05 1.73E‐06 1.55E‐05 1.12E‐031.77E‐05 1.73E‐06 1.77E‐05 1.12E‐035.88E‐06 5.66E‐07 5.88E‐06 7.16E‐046.39E‐07 6.91E‐08 6.39E‐07 6.21E‐013.53E‐06 3.09E‐07 3.53E‐06 3.45E‐031.56E‐05 1.92E‐06 1.56E‐05 4.48E‐041.06E‐05 1.11E‐06 1.06E‐051.21E‐05 1.45E‐06 1.21E‐05 4.95E‐041.29E‐05 1.07E‐06 1.29E‐05 6.68E‐052.41E‐05 2.28E‐06 2.41E‐05 1.73E‐037.52E‐06 7.09E‐07 7.52E‐06 3.13E‐043.80E‐06 4.07E‐07 3.80E‐06 2.81E‐042.00E‐06 1.93E‐05 2.00E‐06 1.93E‐055.08E‐06 5.41E‐05 5.08E‐06 5.41E‐052.54E‐06 2.28E‐05 2.54E‐06 2.28E‐054.07E‐06 4.82E‐05 4.07E‐06 4.82E‐053.92E‐06 3.50E‐05 3.92E‐06 3.50E‐052.31E‐05 2.40E‐04 2.31E‐05 2.40E‐042.31E‐05 2.41E‐04 2.31E‐05 2.41E‐042.31E‐05 2.90E‐04 2.31E‐05 2.90E‐042.31E‐05 2.90E‐04 2.31E‐05 2.90E‐041.32E‐05 1.10E‐04 1.32E‐05 1.10E‐041.32E‐05 1.10E‐04 1.32E‐05 1.10E‐047.95E‐06 7.70E‐05 7.95E‐06 7.70E‐057.11E‐07 6.67E‐06 7.11E‐07 6.67E‐068.85E‐06 7.03E‐05 8.85E‐06 7.03E‐052.38E‐05 2.24E‐04 2.38E‐05 2.24E‐043.52E‐06 3.34E‐05 3.52E‐06 3.34E‐057.56E‐06 7.01E‐05 7.56E‐06 7.01E‐052.48E‐06 2.42E‐05 2.48E‐06 2.42E‐051.38E‐05 1.26E‐04 1.38E‐05 1.26E‐042.18E‐06 2.62E‐05 2.18E‐06 2.62E‐051.62E‐05 1.45E‐04 1.62E‐05 1.45E‐045.26E‐06 6.21E‐05 5.26E‐06 6.21E‐053.21E‐05 2.87E‐04 3.21E‐05 2.87E‐043.21E‐05 3.30E‐04 3.21E‐05 3.30E‐045.01E‐06 5.20E‐05 5.01E‐06 5.20E‐052.45E‐06 2.27E‐05 2.45E‐06 2.27E‐054.27E‐07 4.88E‐06 4.27E‐07 4.88E‐061.99E‐05 1.62E‐04 1.99E‐05 1.62E‐041.04E‐05 9.97E‐05 1.04E‐05 9.97E‐051.46E‐05 1.22E‐04 1.46E‐05 1.22E‐041.07E‐06 1.29E‐05 1.07E‐06 1.29E‐053.35E‐05 3.54E‐04 3.35E‐05 3.54E‐045.87E‐07 6.22E‐06 5.87E‐07 6.22E‐063.99E‐06 3.73E‐05 3.99E‐06 3.73E‐055.85E‐05 4.78E‐08 4.62E‐07 4.78E‐086.35E‐05 1.45E‐08 1.55E‐07 1.45E‐087.51E‐05 2.31E‐08 2.07E‐07 2.31E‐081.84E‐04 4.41E‐07 5.23E‐06 4.41E‐072.18E‐04 9.51E‐08 8.47E‐07 9.51E‐085.53E‐05 4.88E‐07 5.07E‐06 4.88E‐075.53E‐05 4.88E‐07 5.09E‐06 4.88E‐075.53E‐05 4.88E‐07 6.12E‐06 4.88E‐075.53E‐05 4.88E‐07 6.12E‐06 4.88E‐071.69E‐04 1.51E‐07 1.25E‐06 1.51E‐071.69E‐04 1.51E‐07 1.25E‐06 1.51E‐072.48E‐04 2.16E‐07 2.10E‐06 2.16E‐071.81E‐04 4.84E‐07 4.54E‐06 4.84E‐071.53E‐04 2.92E‐07 2.32E‐06 2.92E‐072.17E‐05 8.88E‐07 8.34E‐06 8.88E‐071.93E‐04 1.23E‐07 1.17E‐06 1.23E‐071.68E‐04 6.21E‐07 5.76E‐06 6.21E‐071.63E‐04 4.33E‐08 4.22E‐07 4.33E‐082.12E‐04 6.57E‐07 5.96E‐06 6.57E‐073.08E‐07 3.70E‐06 3.08E‐077.18E‐05 1.05E‐06 9.36E‐06 1.05E‐061.71E‐04 9.09E‐07 1.07E‐05 9.09E‐071.69E‐04 1.25E‐06 1.12E‐05 1.25E‐061.69E‐04 1.25E‐06 1.28E‐05 1.25E‐061.70E‐04 2.95E‐07 3.07E‐06 2.95E‐071.94E‐08 1.79E‐07 1.94E‐084.92E‐06 9.55E‐08 1.09E‐06 9.55E‐081.09E‐04 8.75E‐07 7.10E‐06 8.75E‐071.17E‐06 1.12E‐05 1.17E‐061.51E‐04 1.57E‐08 1.31E‐07 1.57E‐084.46E‐05 2.68E‐07 3.23E‐06 2.68E‐071.12E‐04 1.03E‐06 1.09E‐05 1.03E‐063.47E‐05 1.02E‐07 1.08E‐06 1.02E‐073.23E‐04 7.67E‐07 7.17E‐06 7.67E‐074.62E‐07 4.74E‐06 2.44E‐07 2.36E‐061.55E‐07 8.32E‐06 1.12E‐07 1.19E‐062.07E‐07 1.18E‐04 9.28E‐07 8.34E‐065.23E‐06 4.10E‐06 3.88E‐07 4.60E‐068.47E‐07 7.93E‐08 7.06E‐075.07E‐06 7.40E‐06 3.16E‐07 3.28E‐065.09E‐06 7.40E‐06 3.16E‐07 3.30E‐066.12E‐06 7.40E‐06 3.16E‐07 3.96E‐066.12E‐06 7.40E‐06 3.16E‐07 3.96E‐061.25E‐06 1.01E‐04 4.89E‐07 4.05E‐061.25E‐06 1.01E‐04 4.89E‐07 4.05E‐062.10E‐06 1.16E‐05 1.08E‐07 1.04E‐064.54E‐06 9.03E‐05 1.70E‐07 1.59E‐062.32E‐06 2.52E‐05 1.55E‐06 1.23E‐058.34E‐06 2.13E‐07 2.00E‐061.17E‐06 6.41E‐05 1.24E‐07 1.17E‐065.76E‐06 5.36E‐06 2.71E‐07 2.51E‐064.22E‐07 1.70E‐04 1.29E‐07 1.26E‐065.96E‐06 9.55E‐05 3.69E‐07 3.35E‐063.70E‐06 2.73E‐07 3.28E‐069.36E‐06 7.18E‐05 9.56E‐07 8.56E‐061.07E‐05 7.31E‐07 3.17E‐07 3.74E‐061.12E‐05 1.11E‐04 1.87E‐07 1.67E‐061.28E‐05 1.11E‐04 1.87E‐07 1.92E‐063.07E‐06 3.02E‐05 3.45E‐07 3.58E‐061.79E‐07 3.57E‐03 1.46E‐07 1.35E‐061.09E‐06 6.15E‐06 3.66E‐07 4.18E‐067.10E‐06 9.78E‐06 4.49E‐07 3.65E‐061.12E‐05 4.06E‐07 3.90E‐061.31E‐07 1.48E‐05 1.06E‐07 8.81E‐073.23E‐06 9.79E‐06 5.50E‐07 6.63E‐061.09E‐05 3.30E‐05 1.03E‐06 1.09E‐051.08E‐06 7.69E‐05 4.10E‐07 4.35E‐067.17E‐06 1.54E‐04 4.78E‐07 4.47E‐062.44E‐07 2.36E‐06 1.09E‐03 3.58E‐06 3.46E‐051.12E‐07 1.19E‐06 5.02E‐04 9.61E‐06 1.02E‐049.28E‐07 8.34E‐06 1.18E‐03 1.36E‐05 1.22E‐043.88E‐07 4.60E‐06 1.50E‐03 2.57E‐06 3.05E‐057.93E‐08 7.06E‐07 1.40E‐03 5.84E‐06 5.20E‐053.16E‐07 3.28E‐06 1.11E‐03 8.64E‐06 8.98E‐053.16E‐07 3.30E‐06 1.11E‐03 8.64E‐06 9.01E‐053.16E‐07 3.96E‐06 1.11E‐03 8.64E‐06 1.08E‐043.16E‐07 3.96E‐06 1.11E‐03 8.64E‐06 1.08E‐044.89E‐07 4.05E‐06 1.93E‐03 2.14E‐06 1.78E‐054.89E‐07 4.05E‐06 1.93E‐03 2.14E‐06 1.78E‐051.08E‐07 1.04E‐06 7.84E‐04 2.13E‐06 2.07E‐051.70E‐07 1.59E‐06 8.73E‐04 4.99E‐05 4.68E‐041.55E‐06 1.23E‐05 2.29E‐03 1.51E‐05 1.20E‐042.13E‐07 2.00E‐06 3.82E‐04 2.20E‐05 2.07E‐041.24E‐07 1.17E‐06 2.80E‐03 5.69E‐05 5.41E‐042.71E‐07 2.51E‐06 1.16E‐03 6.53E‐06 6.05E‐051.29E‐07 1.26E‐06 1.54E‐03 9.02E‐07 8.79E‐063.69E‐07 3.35E‐06 8.06E‐04 2.81E‐06 2.55E‐052.73E‐07 3.28E‐06 3.44E‐05 4.13E‐049.56E‐07 8.56E‐06 7.15E‐04 1.81E‐05 1.62E‐043.17E‐07 3.74E‐06 1.09E‐03 1.06E‐05 1.25E‐041.87E‐07 1.67E‐06 1.19E‐03 1.10E‐05 9.81E‐051.87E‐07 1.92E‐06 1.19E‐03 1.10E‐05 1.13E‐043.45E‐07 3.58E‐06 2.59E‐03 5.98E‐06 6.20E‐051.46E‐07 1.35E‐06 7.11E‐01 1.14E‐05 1.05E‐043.66E‐07 4.18E‐06 6.39E‐03 1.23E‐04 1.40E‐034.49E‐07 3.65E‐06 5.68E‐04 7.26E‐06 5.89E‐054.06E‐07 3.90E‐06 2.36E‐05 2.27E‐041.06E‐07 8.81E‐07 1.16E‐03 2.07E‐06 1.73E‐055.50E‐07 6.63E‐06 3.58E‐04 1.50E‐04 1.81E‐031.03E‐06 1.09E‐05 1.39E‐03 1.33E‐04 1.41E‐034.10E‐07 4.35E‐06 2.09E‐04 1.62E‐04 1.72E‐034.78E‐07 4.47E‐06 2.66E‐03 2.40E‐04 2.24E‐033.58E‐06 3.46E‐05 3.26E‐04 1.97E‐079.61E‐06 1.02E‐04 2.54E‐04 4.90E‐071.36E‐05 1.22E‐04 2.34E‐04 4.75E‐072.57E‐06 3.05E‐05 5.51E‐04 6.62E‐075.84E‐06 5.20E‐05 6.64E‐04 9.04E‐078.64E‐06 8.98E‐05 3.29E‐04 5.64E‐078.64E‐06 9.01E‐05 3.29E‐04 5.64E‐078.64E‐06 1.08E‐04 3.29E‐04 5.64E‐078.64E‐06 1.08E‐04 3.29E‐04 5.64E‐072.14E‐06 1.78E‐05 8.33E‐04 4.05E‐072.14E‐06 1.78E‐05 8.33E‐04 4.05E‐072.13E‐06 2.07E‐05 5.68E‐044.99E‐05 4.68E‐04 2.11E‐04 1.13E‐061.51E‐05 1.20E‐04 8.54E‐04 1.18E‐062.20E‐05 2.07E‐04 8.82E‐05 3.30E‐065.69E‐05 5.41E‐04 4.73E‐04 6.55E‐076.53E‐06 6.05E‐05 5.89E‐04 2.68E‐069.02E‐07 8.79E‐06 4.25E‐04 1.54E‐072.81E‐06 2.55E‐05 4.58E‐04 1.23E‐063.44E‐05 4.13E‐04 1.86E‐061.81E‐05 1.62E‐04 1.73E‐04 1.84E‐061.06E‐05 1.25E‐04 5.36E‐04 3.35E‐061.10E‐05 9.81E‐05 4.02E‐04 2.83E‐061.10E‐05 1.13E‐04 4.02E‐04 2.83E‐065.98E‐06 6.20E‐05 7.13E‐04 1.40E‐061.14E‐05 1.05E‐04 2.21E‐01 9.54E‐071.23E‐04 1.40E‐03 3.08E‐05 1.85E‐067.26E‐06 5.89E‐05 3.72E‐04 6.00E‐062.36E‐05 2.27E‐04 4.78E‐062.07E‐06 1.73E‐05 4.70E‐04 1.74E‐071.50E‐04 1.81E‐03 1.06E‐04 1.91E‐061.33E‐04 1.41E‐03 4.31E‐04 5.00E‐061.62E‐04 1.72E‐03 1.56E‐04 1.27E‐062.40E‐04 2.24E‐03 9.94E‐04 3.08E‐061.90E‐06 1.97E‐07 1.90E‐06 2.66E‐04 5.11E‐075.22E‐06 4.90E‐07 5.22E‐06 3.13E‐04 1.12E‐064.27E‐06 4.75E‐07 4.27E‐06 3.59E‐04 1.05E‐067.85E‐06 6.62E‐07 7.85E‐06 8.38E‐04 1.54E‐068.05E‐06 9.04E‐07 8.05E‐06 7.50E‐04 1.31E‐065.85E‐06 5.64E‐07 5.85E‐06 2.88E‐04 3.70E‐055.87E‐06 5.64E‐07 5.87E‐06 2.88E‐04 3.70E‐057.07E‐06 5.64E‐07 7.07E‐06 2.88E‐04 3.70E‐057.07E‐06 5.64E‐07 7.07E‐06 2.88E‐04 3.70E‐053.36E‐06 4.05E‐07 3.36E‐06 7.00E‐04 1.20E‐063.36E‐06 4.05E‐07 3.36E‐06 7.00E‐04 1.20E‐061.16E‐03 7.28E‐061.06E‐05 1.13E‐06 1.06E‐05 1.05E‐03 1.59E‐069.36E‐06 1.18E‐06 9.36E‐06 9.26E‐04 3.07E‐063.10E‐05 3.30E‐06 3.10E‐05 1.34E‐04 9.94E‐066.22E‐06 6.55E‐07 6.22E‐06 1.68E‐03 3.21E‐072.48E‐05 2.68E‐06 2.48E‐05 3.92E‐04 4.34E‐061.50E‐06 1.54E‐07 1.50E‐06 1.14E‐03 5.60E‐071.12E‐05 1.23E‐06 1.12E‐05 1.01E‐03 6.90E‐062.23E‐05 1.86E‐06 2.23E‐05 3.80E‐061.64E‐05 1.84E‐06 1.64E‐05 2.23E‐04 7.78E‐063.96E‐05 3.35E‐06 3.96E‐05 3.46E‐04 7.99E‐062.53E‐05 2.83E‐06 2.53E‐05 1.40E‐03 9.36E‐062.91E‐05 2.83E‐06 2.91E‐05 1.40E‐03 9.36E‐061.46E‐05 1.40E‐06 1.46E‐05 9.08E‐04 7.21E‐068.82E‐06 9.54E‐07 8.82E‐06 1.23E‐01 4.03E‐062.11E‐05 1.85E‐06 2.11E‐05 3.44E‐03 6.06E‐074.87E‐05 6.00E‐06 4.87E‐05 2.26E‐04 5.83E‐064.58E‐05 4.78E‐06 4.58E‐05 9.63E‐061.45E‐06 1.74E‐07 1.45E‐06 5.69E‐04 1.02E‐062.30E‐05 1.91E‐06 2.30E‐05 3.76E‐04 2.30E‐065.29E‐05 5.00E‐06 5.29E‐05 1.01E‐03 1.41E‐051.35E‐05 1.27E‐06 1.35E‐05 2.63E‐04 2.17E‐062.88E‐05 3.08E‐06 2.88E‐05 1.07E‐03 4.83E‐064.94E‐06 5.11E‐07 4.94E‐061.19E‐05 1.12E‐06 1.19E‐059.41E‐06 1.05E‐06 9.41E‐061.82E‐05 1.54E‐06 1.82E‐051.17E‐05 1.31E‐06 1.17E‐053.84E‐04 3.70E‐05 3.84E‐043.86E‐04 3.70E‐05 3.86E‐044.64E‐04 3.70E‐05 4.64E‐044.64E‐04 3.70E‐05 4.64E‐049.92E‐06 1.20E‐06 9.92E‐069.92E‐06 1.20E‐06 9.92E‐067.05E‐05 7.28E‐06 7.05E‐051.49E‐05 1.59E‐06 1.49E‐052.43E‐05 3.07E‐06 2.43E‐059.34E‐05 9.94E‐06 9.34E‐053.05E‐06 3.21E‐07 3.05E‐064.03E‐05 4.34E‐06 4.03E‐055.46E‐06 5.60E‐07 5.46E‐066.27E‐05 6.90E‐06 6.27E‐054.56E‐05 3.80E‐06 4.56E‐056.97E‐05 7.78E‐06 6.97E‐059.42E‐05 7.99E‐06 9.42E‐058.37E‐05 9.36E‐06 8.37E‐059.60E‐05 9.36E‐06 9.60E‐057.48E‐05 7.21E‐06 7.48E‐053.73E‐05 4.03E‐06 3.73E‐056.92E‐06 6.06E‐07 6.92E‐064.73E‐05 5.83E‐06 4.73E‐059.24E‐05 9.63E‐06 9.24E‐058.50E‐06 1.02E‐06 8.50E‐062.77E‐05 2.30E‐06 2.77E‐051.49E‐04 1.41E‐05 1.49E‐042.30E‐05 2.17E‐06 2.30E‐054.51E‐05 4.83E‐06 4.51E‐051.93E‐03 3.15E‐05 3.05E‐041.22E‐03 1.30E‐05 1.39E‐041.04E‐03 3.39E‐06 3.05E‐059.30E‐04 3.49E‐06 4.14E‐051.01E‐03 1.29E‐05 1.15E‐041.13E‐03 1.10E‐05 1.14E‐041.13E‐03 1.10E‐05 1.15E‐041.13E‐03 1.10E‐05 1.38E‐041.13E‐03 1.10E‐05 1.38E‐043.67E‐03 2.24E‐06 1.86E‐053.67E‐03 2.24E‐06 1.86E‐051.63E‐03 1.18E‐06 1.14E‐053.17E‐03 2.06E‐05 1.93E‐041.89E‐03 1.17E‐05 9.27E‐057.46E‐04 2.19E‐05 2.05E‐044.06E‐03 6.21E‐06 5.91E‐051.18E‐03 4.89E‐06 4.53E‐051.27E‐03 1.31E‐04 1.28E‐031.31E‐03 2.46E‐06 2.23E‐052.20E‐05 2.65E‐041.14E‐03 9.15E‐06 8.20E‐057.10E‐04 5.92E‐06 6.99E‐054.20E‐03 3.08E‐05 2.75E‐044.20E‐03 3.08E‐05 3.16E‐044.60E‐03 4.70E‐06 4.87E‐056.74E‐01 7.30E‐06 6.75E‐054.10E‐03 8.84E‐06 1.01E‐041.11E‐03 1.07E‐05 8.71E‐051.20E‐05 1.16E‐041.33E‐03 1.79E‐06 1.49E‐051.36E‐03 2.34E‐05 2.82E‐042.33E‐03 1.90E‐05 2.01E‐046.55E‐04 2.84E‐05 3.02E‐041.64E‐03 8.42E‐05 7.87E‐043.15E‐05 3.05E‐04 5.51E‐04 6.42E‐06 6.20E‐051.30E‐05 1.39E‐04 6.48E‐04 5.29E‐06 5.64E‐053.39E‐06 3.05E‐05 4.60E‐04 1.04E‐05 9.39E‐053.49E‐06 4.14E‐05 7.89E‐04 3.03E‐06 3.59E‐051.29E‐05 1.15E‐04 1.24E‐03 5.31E‐06 4.73E‐051.10E‐05 1.14E‐04 5.90E‐04 6.27E‐06 6.51E‐051.10E‐05 1.15E‐04 5.90E‐04 6.27E‐06 6.54E‐051.10E‐05 1.38E‐04 5.90E‐04 6.27E‐06 7.86E‐051.10E‐05 1.38E‐04 5.90E‐04 6.27E‐06 7.86E‐052.24E‐06 1.86E‐05 3.68E‐03 2.76E‐06 2.29E‐052.24E‐06 1.86E‐05 3.68E‐03 2.76E‐06 2.29E‐051.18E‐06 1.14E‐05 2.51E‐03 3.11E‐06 3.01E‐052.06E‐05 1.93E‐04 6.62E‐04 3.72E‐05 3.49E‐041.17E‐05 9.27E‐05 1.70E‐03 3.10E‐05 2.46E‐042.19E‐05 2.05E‐04 3.05E‐04 2.07E‐05 1.95E‐046.21E‐06 5.91E‐05 2.82E‐03 4.36E‐05 4.14E‐044.89E‐06 4.53E‐05 1.21E‐03 9.72E‐06 9.01E‐051.31E‐04 1.28E‐03 1.53E‐03 9.93E‐07 9.68E‐062.46E‐06 2.23E‐05 1.96E‐03 6.35E‐06 5.76E‐052.20E‐05 2.65E‐04 1.45E‐05 1.75E‐049.15E‐06 8.20E‐05 4.66E‐04 9.08E‐06 8.13E‐055.92E‐06 6.99E‐05 1.03E‐03 1.11E‐05 1.31E‐043.08E‐05 2.75E‐04 1.61E‐03 1.19E‐05 1.06E‐043.08E‐05 3.16E‐04 1.61E‐03 1.19E‐05 1.22E‐044.70E‐06 4.87E‐05 1.74E‐03 4.65E‐06 4.83E‐057.30E‐06 6.75E‐05 1.65E‐04 1.53E‐038.84E‐06 1.01E‐04 2.22E‐03 9.04E‐05 1.03E‐031.07E‐05 8.71E‐05 6.83E‐04 9.14E‐06 7.42E‐051.20E‐05 1.16E‐04 7.63E‐05 7.32E‐041.79E‐06 1.49E‐05 1.04E‐03 7.68E‐06 6.41E‐052.34E‐05 2.82E‐04 4.69E‐04 1.32E‐04 1.60E‐031.90E‐05 2.01E‐04 1.50E‐03 8.77E‐05 9.26E‐042.84E‐05 3.02E‐04 3.13E‐04 1.48E‐04 1.57E‐038.42E‐05 7.87E‐04 2.26E‐03 3.41E‐05 3.19E‐046.42E‐06 6.20E‐05 5.10E‐05 3.42E‐055.29E‐06 5.64E‐05 2.08E‐04 4.51E‐051.04E‐05 9.39E‐05 1.50E‐04 5.40E‐053.03E‐06 3.59E‐05 2.71E‐04 7.29E‐055.31E‐06 4.73E‐05 1.56E‐04 6.42E‐056.27E‐06 6.51E‐05 9.60E‐05 8.43E‐066.27E‐06 6.54E‐05 9.60E‐05 8.43E‐066.27E‐06 7.86E‐05 9.60E‐05 8.43E‐066.27E‐06 7.86E‐05 9.60E‐05 8.43E‐062.76E‐06 2.29E‐05 2.93E‐04 8.35E‐052.76E‐06 2.29E‐05 2.93E‐04 8.35E‐053.11E‐06 3.01E‐05 4.65E‐05 8.71E‐053.72E‐05 3.49E‐04 1.82E‐04 1.76E‐063.10E‐05 2.46E‐04 2.14E‐04 5.15E‐052.07E‐05 1.95E‐04 4.09E‐05 2.38E‐054.36E‐05 4.14E‐04 2.38E‐04 1.73E‐059.72E‐06 9.01E‐05 2.65E‐04 1.04E‐049.93E‐07 9.68E‐06 1.55E‐04 1.40E‐056.35E‐06 5.76E‐05 9.15E‐05 1.18E‐041.45E‐05 1.75E‐04 7.67E‐059.08E‐06 8.13E‐05 1.44E‐04 9.20E‐051.11E‐05 1.31E‐04 2.80E‐04 1.36E‐041.19E‐05 1.06E‐04 1.52E‐04 8.45E‐051.19E‐05 1.22E‐04 1.52E‐04 8.45E‐054.65E‐06 4.83E‐05 3.86E‐04 1.66E‐041.65E‐04 1.53E‐03 6.92E‐02 1.60E‐059.04E‐05 1.03E‐03 1.71E‐04 9.55E‐079.14E‐06 7.42E‐05 3.13E‐04 1.90E‐047.63E‐05 7.32E‐04 1.18E‐047.68E‐06 6.41E‐05 2.23E‐04 2.39E‐041.32E‐04 1.60E‐03 8.91E‐05 2.68E‐068.77E‐05 9.26E‐04 1.27E‐04 4.10E‐051.48E‐04 1.57E‐03 3.36E‐04 2.31E‐053.41E‐05 3.19E‐04 1.54E‐04 2.29E‐063.31E‐04 3.42E‐05 3.31E‐044.81E‐04 4.51E‐05 4.81E‐044.85E‐04 5.40E‐05 4.85E‐048.65E‐04 7.29E‐05 8.65E‐045.72E‐04 6.42E‐05 5.72E‐048.75E‐05 8.43E‐06 8.75E‐058.78E‐05 8.43E‐06 8.78E‐051.06E‐04 8.43E‐06 1.06E‐041.06E‐04 8.43E‐06 1.06E‐046.93E‐04 8.35E‐05 6.93E‐046.93E‐04 8.35E‐05 6.93E‐048.44E‐04 8.71E‐05 8.44E‐041.65E‐05 1.76E‐06 1.65E‐054.09E‐04 5.15E‐05 4.09E‐042.23E‐04 2.38E‐05 2.23E‐041.64E‐04 1.73E‐05 1.64E‐049.67E‐04 1.04E‐04 9.67E‐041.37E‐04 1.40E‐05 1.37E‐041.07E‐03 1.18E‐04 1.07E‐039.21E‐04 7.67E‐05 9.21E‐048.24E‐04 9.20E‐05 8.24E‐041.60E‐03 1.36E‐04 1.60E‐037.55E‐04 8.45E‐05 7.55E‐048.67E‐04 8.45E‐05 8.67E‐041.72E‐03 1.66E‐04 1.72E‐031.48E‐04 1.60E‐05 1.48E‐041.09E‐05 9.55E‐07 1.09E‐051.55E‐03 1.90E‐04 1.55E‐031.13E‐03 1.18E‐04 1.13E‐031.99E‐03 2.39E‐04 1.99E‐033.23E‐05 2.68E‐06 3.23E‐054.33E‐04 4.10E‐05 4.33E‐042.45E‐04 2.31E‐05 2.45E‐042.14E‐05 2.29E‐06 2.14E‐057.90E‐05 7.63E‐048.01E‐05 8.54E‐048.65E‐05 7.78E‐049.07E‐05 1.08E‐03 4.01E‐03 4.75E‐029.51E‐05 8.47E‐049.73E‐05 1.01E‐03 2.09E‐02 2.17E‐019.73E‐05 1.01E‐03 2.09E‐02 2.17E‐019.73E‐05 1.22E‐03 2.09E‐02 2.62E‐019.73E‐05 1.22E‐03 2.09E‐02 2.62E‐011.07E‐04 8.89E‐04 1.59E‐02 1.32E‐011.07E‐04 8.89E‐04 1.59E‐02 1.32E‐011.10E‐04 1.06E‐03 8.40E‐03 8.13E‐021.14E‐04 1.07E‐03 3.77E‐02 3.53E‐011.25E‐04 9.89E‐041.29E‐04 1.21E‐03 1.00E‐01 9.40E‐011.29E‐04 1.23E‐031.42E‐04 1.32E‐03 4.09E‐02 3.79E‐011.51E‐04 1.47E‐031.54E‐04 1.39E‐03 1.36E‐02 1.23E‐011.57E‐04 1.89E‐031.59E‐04 1.42E‐03 3.32E‐02 2.97E‐011.82E‐04 2.15E‐03 1.29E‐02 1.52E‐011.86E‐04 1.66E‐03 1.10E‐01 9.83E‐011.86E‐04 1.90E‐03 1.10E‐01 1.13E+001.96E‐04 2.04E‐03 3.36E‐02 3.49E‐012.08E‐04 1.92E‐03 2.78E‐03 2.57E‐022.27E‐04 2.59E‐03 5.40E‐03 6.17E‐022.53E‐04 2.05E‐03 2.30E‐02 1.86E‐012.57E‐04 2.47E‐032.68E‐04 2.24E‐033.16E‐04 3.81E‐03 2.00E‐03 2.41E‐023.38E‐04 3.57E‐03 5.53E‐02 5.85E‐013.67E‐04 3.89E‐03 1.24E‐02 1.32E‐013.74E‐04 3.49E‐03 2.48E‐02 2.31E‐013.23E‐022.19E‐039.40E‐031.82E‐021.82E‐021.82E‐021.82E‐021.34E‐021.34E‐029.96E‐03 7.90E‐023.83E‐034.53E‐02 5.44E‐013.26E‐033.13E‐012.33E‐028.45E‐024.03E‐021.89E‐011.90E‐012.28E‐012.28E‐011.11E‐011.11E‐011.06E‐024.99E‐021.01E‐014.39E‐023.74E‐022.00E‐024.95E‐021.01E‐023.01E‐023.01E‐021.47E‐014.48E‐031.47E‐027.38E‐023.56E‐023.32E‐023.59E‐011.03E‐014.68E‐019.44E‐014.07E‐011.81E‐015.94E‐011.05E‐012.44E‐011.41E+003.74E‐021.77E‐017.80E‐013.78E‐013.10E‐011.56E‐036.40E‐032.95E‐037.76E‐031.17E‐023.51E‐021.60E‐029.71E‐035.29E‐021.27E‐025.56E‐025.56E‐024.14E‐032.53E‐041.16E‐022.72E‐022.57E‐032.20E‐033.75E‐028.93E‐031.50E‐021.85E‐025.70E‐022.85E‐027.28E‐029.26E‐023.30E‐011.48E‐018.82E‐026.35E‐011.50E‐014.98E‐015.71E‐014.30E‐022.89E‐039.46E‐022.61E‐012.14E‐022.65E‐023.96E‐019.47E‐021.40E‐011.95E‐031.14E‐024.09E‐027.67E‐037.67E‐037.67E‐037.67E‐032.63E‐022.63E‐029.93E‐039.20E‐031.88E‐021.22E‐013.68E‐011.35E‐026.19E‐027.97E‐028.00E‐029.62E‐029.62E‐022.18E‐012.18E‐013.15E‐023.81E‐036.99E‐027.39E‐029.68E‐024.14E‐023.21E‐025.79E‐021.28E‐029.09E‐029.09E‐023.64E‐028.50E‐022.59E‐021.55E‐022.43E‐027.32E‐031.24E‐021.03E‐012.02E‐029.01E‐031.60E‐015.51E‐013.05E‐013.57E‐026.57E‐016.84E‐013.76E‐013.85E‐015.18E‐011.51E‐018.13E‐019.32E‐013.78E‐012.96E‐011.26E‐012.33E‐016.11E‐021.50E‐011.09E+002.15E‐018.41E‐023.41E‐025.03E‐022.59E‐022.59E‐022.59E‐022.59E‐023.62E‐023.62E‐021.66E‐021.33E‐021.25E‐023.29E‐014.52E‐011.02E‐012.69E‐012.70E‐013.25E‐013.25E‐013.00E‐013.00E‐014.21E‐025.37E‐021.70E‐011.58E‐011.17E‐011.29E‐016.13E‐028.16E‐024.65E‐021.15E‐014.55E‐021.71E‐011.18E‐022.71E‐021.77E‐014.43E‐029.10E‐014.08E‐015.04E‐011.60E+001.09E+005.57E‐019.79E‐014.83E‐013.69E‐011.64E+009.85E‐023.26E‐011.87E+004.14E‐011.67E‐03 1.73E‐021.67E‐03 1.74E‐021.67E‐03 2.09E‐021.67E‐03 2.09E‐024.53E‐023.43E‐022.64E‐02 3.18E‐013.80E‐02 4.02E‐019.22E‐03 1.09E‐013.97E‐02 4.12E‐013.97E‐02 4.13E‐013.97E‐02 4.97E‐013.97E‐02 4.97E‐014.39E‐015.79E‐02 5.44E‐013.12E‐012.77E‐02 2.87E‐015.50E‐03 6.63E‐023.80E‐02 4.02E‐015.33E‐03 5.66E‐02PMcontrol Electrostaticprecipitator,coldside,unspecified 01‐Jan‐69NOxcontrol SelectiveCatalyticReduction 01‐Jun‐03Othercontrol Other(specify):MagnesiumHydroxideInjectionPMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jan‐74PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jun‐75NOxcontrol SelectiveNoncatalyticReduction 01‐Jul‐01NOxcontrol SelectiveNoncatalyticReduction 01‐Jul‐01NOxcontrol SelectiveNoncatalyticReduction 01‐Jul‐01NOxcontrol SelectiveNoncatalyticReduction 01‐Jul‐01NOxcontrol SelectiveCatalyticReduction 01‐May‐04NOxcontrol SelectiveNoncatalyticReduction 01‐May‐04PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Dec‐71NOxcontrol SelectiveNoncatalyticReduction 01‐Jul‐06PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioningNOxcontrol SelectiveCatalyticReduction 01‐May‐03NOxcontrol SelectiveCatalyticReduction 01‐Apr‐05PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jul‐74NOxcontrol SelectiveCatalyticReduction 01‐Dec‐01NOxcontrol SelectiveNoncatalyticReduction 01‐Dec‐04NOxcontrol SelectiveNoncatalyticReduction 01‐Nov‐08NOxcontrol SelectiveCatalyticReduction 01‐May‐95PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioningPMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐May‐93PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Oct‐93PMcontrol Electrostaticprecipitator,hotside,w/ofluegasconditioning 01‐Jun‐72NOxcontrol SelectiveCatalyticReduction 14‐Jun‐07NOxcontrol SelectiveNoncatalyticReductionNOxcontrol SelectiveNoncatalyticReduction 01‐May‐06PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jan‐79PMcontrol FabricFilter,unspecified 01‐Nov‐92PMcontrol FabricFilter,pulse 01‐Jun‐94Othercontrol Other(specify):Fluegasconditioningforopacitycontrol 01‐Apr‐06PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jan‐91SO2control DryFGD‐SprayDryer 01‐May‐94SO2control WetFGD‐SprayType 01‐Jun‐09PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐May‐95 SO2controlNOxcontrol SelectiveCatalyticReduction 01‐Jan‐04 OthercontrolPMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Apr‐75PMcontrol Multiplecyclone 01‐Nov‐60 PMcontrolPMcontrol Multiplecyclone 01‐Nov‐54 PMcontrolPMcontrol Multiplecyclone 01‐Jun‐52 PMcontrolPMcontrol Multiplecyclone 01‐Mar‐53 PMcontrolPMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Dec‐93 SO2controlPMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jun‐93 SO2controlPMcontrol FabricFilter,shakeanddeflate 01‐Jun‐87PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐May‐92PMcontrol FabricFilter,pulse 01‐Nov‐04 SO2controlOthercontrol Other(specify):SodaAshInjectionforSO3mitigation 01‐Jun‐04 PMcontrolPMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Dec‐75Othercontrol Activatedcarboninjection 01‐Feb‐09 PMcontrolOthercontrol Activatedcarboninjection PMcontrolPMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 17‐Nov‐05 SO2controlPMcontrol FabricFilter,unspecifiedPMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Nov‐73PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Oct‐74PMcontrol FabricFilter,reverseair 01‐May‐94WetFGD‐SprayType 01‐May‐95Drysorbentinjection 01‐May‐04 PMcontrolElectrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Nov‐60 SO2controlElectrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Nov‐54 SO2controlElectrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jun‐52 SO2controlElectrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Mar‐53 SO2controlWetFGD‐SprayType 01‐Jan‐95WetFGD‐SprayType 01‐Jan‐95WetFGD‐SprayType 01‐Apr‐79Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jan‐91 SO2controlFabricFilter,shakeanddeflate 01‐Dec‐75 PMcontrolElectrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Nov‐99 PMcontrolWetFGD‐Spray/TrayType 17‐Nov‐05Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Mar‐91 SO2control WetFGD‐SprayTypeWetFGD‐VenturiType 01‐Jun‐75WetFGD‐VenturiType 01‐Jun‐75WetFGD‐VenturiType 01‐Jun‐75WetFGD‐VenturiType 01‐Jun‐75WetFGD‐TrayType 01‐May‐07Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Dec‐75Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐May‐6801‐Jun‐04coal 3287 McMeekin SC MCM001 ConventionalBoilercoal 3403 Gallatin TN 2 ConventionalBoilercoal 4042 Valley WI VAPP‐B4 ConventionalBoilercoal 50974 ScrubgrassGeneratingCompanyL.P. PA Gen1 Fluidizedbedfiringcoal 3131 Shawville PA SHAW4‐1 ConventionalBoilercoal 3131 Shawville PA SHAW3‐1 ConventionalBoilercoal 3295 Urquhart SC URQ003 ConventionalBoilercoal 4042 Valley WI VAPP‐B1 ConventionalBoilercoal 6021 Craig CO C1 ConventionalBoilercoal 3942 AlbrightPowerStation WV Unit_1 ConventionalBoilercoal 2732 Riverbend NC 7 ConventionalBoilercoal 4042 Valley WI VAPP‐B3 ConventionalBoilercoal 2161 JamesRiverPowerStation MO Unit_5_JRPS ConventionalBoilercoal 6098 BigStone SD 001 ConventionalBoilercoal 2840 Conesville OH CV‐3 ConventionalBoilercoal 2161 JamesRiverPowerStation MO Unit_4_JRPS ConventionalBoilercoal 2378 BLEngland NJ 2Coalworw/oTDF ConventionalBoilercoal 6030 CoalCreek ND Unit1b ConventionalBoilercoal 2403 PSEGHudsonGeneratingStation NJ HUDU2E2PT2OS1‐Coal ConventionalBoilercoal 2403 PSEGHudsonGeneratingStation NJ HUDU2E2PT2OS2‐Gas ConventionalBoilercoal 1047 Lansing IA Unit4 ConventionalBoilercoal 1073 PrairieCreek IA Unit1 ConventionalBoilercoal 1073 PrairieCreek IA Unit2 ConventionalBoilercoal 6254 Ottumwa IA Unit1 ConventionalBoilercoal 1104 Burlington IA Unit1 ConventionalBoilercoal 1218 FairStation IA U1 ConventionalBoilercoal 8023 Columbia WI Unit1 ConventionalBoilercoal 1048 MLKapp IA Unit2 ConventionalBoilercoal 1073 PrairieCreek IA Unit4 ConventionalBoilercoal 2384 Deepwater NJ Coal‐firing ConventionalBoilercoal 1740 RiverRougePowerPlant MI RR2‐Config ConventionalBoilercoal 6065 Iatan MO 1 ConventionalBoilercoal 3138 NewCastlePlant PA NC3‐2 ConventionalBoilercoal 3118 Conemaugh PA CON‐2 ConventionalBoilerTangentialfiring 1 135 1144 8.47Tangentialfiring 1 300 2750 9.17Wallfiring‐frontfiring 2 144 1736 12.06Fluidizedbedfiring2 194 1250 6.44Tangentialfiring 1 188 1794 9.54Tangentialfiring 1 188 1794 9.54Tangentialfiring 1 103 1048 10.17Wallfiring‐frontfiring 2 144 1736 12.06Wallfiring‐opposedfiring 1 456 4028 8.83Wallfiring‐unspecified 1 81 786 9.70Tangentialfiring 1 100 1059 10.64Wallfiring‐frontfiring 2 144 1736 12.06Wallfiring‐frontfiring 1 105 1010 9.62Cyclonefiring 1 495 5309 10.73Wallfiring‐frontfiring 1 165 1862 11.28Wallfiring‐frontfiring 1 60 600 10.00Cyclonefiring 1 167 1600 9.56Tangentialfiring 1 619 6015 9.72Wallfiring‐opposedfiring 1 660 6600 10.00Wallfiring‐opposedfiring 1 660 6600 10.00Turbo 1 264 2626 9.94Stoker‐overfeed 4 221 2722 12.33Stoker‐overfeed 4 221 2722 12.33Tangentialfiring 1 765 7990 10.44Tangentialfiring 1 212 2228 10.51Wallfiring‐frontfiring 1 25 330 13.47Tangentialfiring 1 590 6090 10.32Tangentialfiring 1 229 2332 10.18Wallfiring‐frontfiring 1 148 1611 10.86Wallfiring‐frontfiring 1 87 820 9.43Tangentialfiring 1 269 2317 8.61Wallfiring‐opposedfiring 1 726 7800 10.74Wallfiring‐frontfiring 1 98 1025 10.46Tangentialfiring 1 936 8985 9.60bituminous2.78E‐06subbituminous2.09E‐04 4.42E‐07bituminous3.21E‐05 5.94E‐07coalrefuse(culmorgob)6.77E‐04 5.24E‐07bituminous1.39E‐04 1.15E‐05bituminous1.39E‐04 1.15E‐05bituminous2.09E‐06bituminous2.39E‐05 1.33E‐06subbituminous6.03E‐07bituminous3.51E‐05 5.27E‐06bituminous2.38E‐04 1.99E‐06bituminous2.52E‐05 6.00E‐071.13E‐06subbituminous2.74E‐05 3.50E‐06bituminous1.55E‐04 1.23E‐05coal‐subbituminous8.85E‐07bituminouscoal‐lignitenaturalgasnaturalgascoal‐subbituminouscoal‐subbituminouscoal‐subbituminouscoal‐subbituminouscoal‐subbituminouscoal‐bituminouscoal‐subbituminouscoal‐subbituminoussubbituminouscoal‐subbituminouscoal‐bituminousbituminous2.35E‐05 2.78E‐06 2.35E‐05 3.04E‐044.05E‐06 4.42E‐07 4.05E‐06 2.08E‐047.16E‐06 5.94E‐07 7.16E‐06 4.59E‐053.37E‐06 5.24E‐07 3.37E‐06 3.00E‐031.10E‐04 1.15E‐05 1.10E‐04 2.85E‐031.10E‐04 1.15E‐05 1.10E‐04 2.85E‐032.13E‐05 2.09E‐06 2.13E‐05 2.21E‐031.61E‐05 1.33E‐06 1.61E‐05 6.33E‐055.33E‐06 6.03E‐07 5.33E‐06 8.50E‐055.12E‐05 5.27E‐06 5.12E‐05 1.24E‐032.12E‐05 1.99E‐06 2.12E‐05 7.14E‐047.23E‐06 6.00E‐07 7.23E‐06 7.84E‐051.09E‐05 1.13E‐06 1.09E‐053.75E‐05 3.50E‐06 3.75E‐05 1.07E‐041.39E‐04 1.23E‐05 1.39E‐04 1.01E‐038.85E‐06 8.85E‐07 8.85E‐064.00E‐07 3.89E‐06 4.00E‐07 3.89E‐065.35E‐07 4.61E‐06 5.35E‐07 4.61E‐062.32E‐05 1.97E‐04 2.32E‐05 1.97E‐043.97E‐07 3.64E‐06 3.97E‐07 3.64E‐065.94E‐07 7.16E‐06 5.94E‐07 7.16E‐065.28E‐06 3.40E‐05 1.11E‐06 7.15E‐06 1.11E‐06 7.15E‐062.74E‐04 2.62E‐03 2.74E‐04 2.62E‐032.74E‐04 2.62E‐03 2.74E‐04 2.62E‐031.05E‐04 1.07E‐03 1.05E‐04 1.07E‐031.33E‐06 1.61E‐05 1.33E‐06 1.61E‐051.41E‐06 1.25E‐05 1.41E‐06 1.25E‐053.34E‐05 3.24E‐04 3.34E‐05 3.24E‐045.08E‐05 5.40E‐04 5.08E‐05 5.40E‐046.00E‐07 7.23E‐06 6.00E‐07 7.23E‐062.59E‐06 2.49E‐05 2.59E‐06 2.49E‐052.80E‐06 3.00E‐05 2.80E‐06 3.00E‐051.44E‐05 1.63E‐04 1.44E‐05 1.63E‐042.07E‐06 2.07E‐05 2.07E‐06 2.07E‐057.81E‐07 7.47E‐06 7.81E‐07 7.47E‐061.90E‐06 1.85E‐05 1.90E‐06 1.85E‐053.34E‐06 3.34E‐05 3.34E‐06 3.34E‐053.63E‐06 3.63E‐05 3.63E‐06 3.63E‐054.57E‐06 4.54E‐05 4.57E‐06 4.54E‐055.68E‐06 7.00E‐05 5.68E‐06 7.00E‐059.97E‐06 1.23E‐04 9.97E‐06 1.23E‐041.79E‐06 1.87E‐05 1.79E‐06 1.87E‐051.28E‐05 1.35E‐04 1.28E‐05 1.35E‐041.40E‐05 1.89E‐04 1.40E‐05 1.89E‐041.34E‐06 1.38E‐05 1.34E‐06 1.38E‐054.51E‐06 4.59E‐05 4.51E‐06 4.59E‐054.23E‐06 4.60E‐05 4.23E‐06 4.60E‐051.83E‐04 6.01E‐08 5.09E‐07 6.01E‐082.95E‐05 8.27E‐08 7.58E‐07 8.27E‐084.61E‐05 1.48E‐07 1.79E‐06 1.48E‐075.43E‐06 1.64E‐07 1.06E‐06 5.08E‐08 3.27E‐07 5.08E‐081.59E‐04 2.39E‐07 2.28E‐06 2.39E‐071.59E‐04 2.39E‐07 2.28E‐06 2.39E‐071.23E‐04 1.94E‐06 1.98E‐05 1.94E‐063.79E‐05 3.33E‐07 4.02E‐06 3.33E‐078.50E‐05 2.68E‐07 2.37E‐06 2.68E‐078.52E‐05 2.22E‐06 2.15E‐05 2.22E‐061.76E‐04 3.28E‐06 3.49E‐05 3.28E‐063.90E‐05 1.50E‐07 1.81E‐06 1.50E‐072.93E‐07 2.82E‐06 2.93E‐071.79E‐05 1.91E‐06 2.05E‐05 1.91E‐061.73E‐04 1.99E‐06 2.25E‐05 1.99E‐062.65E‐07 2.65E‐06 2.65E‐071.02E‐07 9.74E‐07 1.02E‐071.00E‐07 9.72E‐07 1.00E‐074.67E‐07 4.67E‐06 4.67E‐074.67E‐07 4.67E‐06 4.67E‐072.22E‐07 2.21E‐06 2.22E‐079.20E‐08 1.13E‐06 9.20E‐081.57E‐07 1.94E‐06 1.57E‐071.40E‐07 1.46E‐06 1.40E‐075.35E‐07 5.62E‐06 5.35E‐071.30E‐06 1.75E‐05 1.30E‐061.66E‐07 1.71E‐06 1.66E‐073.08E‐07 3.14E‐06 3.08E‐074.25E‐07 4.62E‐06 4.25E‐075.09E‐07 1.52E‐05 1.75E‐06 1.48E‐057.58E‐07 5.21E‐05 8.14E‐07 7.46E‐061.79E‐06 9.01E‐06 1.48E‐07 1.79E‐063.27E‐07 6.79E‐06 1.84E‐06 1.19E‐05 3.17E‐072.28E‐06 1.35E‐05 2.66E‐07 2.54E‐062.28E‐06 1.35E‐05 2.66E‐07 2.54E‐061.98E‐05 3.36E‐05 1.10E‐06 1.12E‐054.02E‐06 1.38E‐05 4.90E‐07 5.91E‐062.37E‐06 8.50E‐05 2.22E‐07 1.96E‐062.15E‐05 1.05E‐05 1.45E‐06 1.41E‐053.49E‐05 7.94E‐05 1.85E‐06 1.97E‐051.81E‐06 8.99E‐06 1.50E‐07 1.81E‐062.82E‐06 1.17E‐06 1.12E‐052.05E‐05 5.59E‐06 1.75E‐06 1.88E‐052.25E‐05 2.07E‐05 7.95E‐07 8.97E‐062.65E‐06 6.00E‐07 6.00E‐069.74E‐071.40E‐079.72E‐072.00E‐074.67E‐061.67E‐074.67E‐062.00E‐072.21E‐061.11E‐071.13E‐061.28E‐061.94E‐063.80E‐061.46E‐064.56E‐075.62E‐067.34E‐071.75E‐053.40E‐061.71E‐064.04E‐073.14E‐061.69E‐074.62E‐068.81E‐071.84E‐071.75E‐06 1.48E‐05 1.70E‐03 2.48E‐06 2.10E‐058.14E‐07 7.46E‐06 2.31E‐04 2.65E‐04 2.43E‐031.48E‐07 1.79E‐06 2.62E‐04 1.91E‐04 2.30E‐032.04E‐06 3.17E‐07 2.04E‐06 8.69E‐03 3.18E‐06 2.05E‐052.66E‐07 2.54E‐06 1.81E‐03 1.75E‐06 1.67E‐052.66E‐07 2.54E‐06 1.81E‐03 1.75E‐06 1.67E‐051.10E‐06 1.12E‐05 1.79E‐03 1.91E‐05 1.94E‐044.90E‐07 5.91E‐06 2.39E‐04 2.89E‐04 3.48E‐032.22E‐07 1.96E‐06 8.50E‐05 2.08E‐04 1.84E‐031.45E‐06 1.41E‐05 1.86E‐03 1.25E‐04 1.21E‐031.85E‐06 1.97E‐05 8.10E‐04 2.08E‐05 2.22E‐041.50E‐07 1.81E‐06 3.36E‐04 5.17E‐04 6.24E‐031.17E‐06 1.12E‐05 8.35E‐04 8.03E‐031.75E‐06 1.88E‐05 3.42E‐04 6.82E‐06 7.32E‐057.95E‐07 8.97E‐06 1.39E‐03 8.68E‐04 9.79E‐036.00E‐07 6.00E‐06 1.56E‐04 1.56E‐031.34E‐06 1.40E‐07 1.34E‐061.94E‐06 2.00E‐07 1.94E‐061.67E‐06 1.67E‐07 1.67E‐062.00E‐06 2.00E‐07 2.00E‐061.10E‐06 1.11E‐07 1.10E‐061.58E‐05 1.28E‐06 1.58E‐054.69E‐05 3.80E‐06 4.69E‐054.76E‐06 4.56E‐07 4.76E‐067.71E‐06 7.34E‐07 7.71E‐064.58E‐05 3.40E‐06 4.58E‐054.17E‐06 4.04E‐07 4.17E‐061.72E‐06 1.69E‐07 1.72E‐069.57E‐06 8.81E‐07 9.57E‐061.58E‐06 1.84E‐07 1.58E‐062.48E‐06 2.10E‐05 6.34E‐04 6.29E‐072.65E‐04 2.43E‐03 1.62E‐04 2.16E‐061.91E‐04 2.30E‐03 1.03E‐04 2.99E‐064.78E‐06 3.08E‐05 3.18E‐06 2.05E‐05 5.31E‐03 6.59E‐071.75E‐06 1.67E‐05 6.53E‐04 4.14E‐071.75E‐06 1.67E‐05 6.53E‐04 4.14E‐071.91E‐05 1.94E‐04 7.28E‐04 1.03E‐052.89E‐04 3.48E‐03 8.83E‐05 4.11E‐062.08E‐04 1.84E‐03 4.25E‐04 9.96E‐061.25E‐04 1.21E‐03 6.22E‐04 7.00E‐062.08E‐05 2.22E‐04 5.46E‐04 1.15E‐055.17E‐04 6.24E‐03 1.13E‐04 5.08E‐068.35E‐04 8.03E‐03 1.07E‐056.82E‐06 7.32E‐05 1.13E‐04 6.99E‐068.68E‐04 9.79E‐03 3.10E‐04 9.15E‐061.56E‐04 1.56E‐03 4.96E‐063.74E‐06 3.57E‐05 3.74E‐06 3.57E‐055.40E‐06 5.25E‐05 5.40E‐06 5.25E‐054.20E‐06 4.20E‐05 4.20E‐06 4.20E‐056.00E‐06 6.00E‐05 6.00E‐06 6.00E‐051.41E‐06 1.40E‐05 1.41E‐06 1.40E‐052.00E‐06 2.47E‐05 2.00E‐06 2.47E‐052.61E‐06 3.22E‐05 2.61E‐06 3.22E‐053.35E‐06 3.50E‐05 3.35E‐06 3.50E‐051.25E‐05 1.31E‐04 1.25E‐05 1.31E‐041.30E‐05 1.75E‐04 1.30E‐05 1.75E‐041.60E‐05 1.65E‐04 1.60E‐05 1.65E‐041.64E‐05 1.67E‐04 1.64E‐05 1.67E‐041.79E‐05 1.94E‐04 1.79E‐05 1.94E‐045.33E‐06 6.29E‐07 5.33E‐06 6.34E‐04 1.32E‐061.98E‐05 2.16E‐06 1.98E‐05 1.84E‐04 6.59E‐073.61E‐05 2.99E‐06 3.61E‐05 4.22E‐04 4.29E‐074.25E‐06 6.59E‐07 4.25E‐06 8.20E‐03 6.46E‐063.96E‐06 4.14E‐07 3.96E‐06 9.04E‐04 5.87E‐053.96E‐06 4.14E‐07 3.96E‐06 9.04E‐04 5.87E‐051.05E‐04 1.03E‐05 1.05E‐04 7.00E‐04 2.08E‐054.95E‐05 4.11E‐06 4.95E‐05 4.07E‐04 2.17E‐068.79E‐05 9.96E‐06 8.79E‐05 3.40E‐04 9.25E‐076.79E‐05 7.00E‐06 6.79E‐05 5.47E‐04 1.81E‐051.22E‐04 1.15E‐05 1.22E‐04 7.23E‐04 1.81E‐056.12E‐05 5.08E‐06 6.12E‐05 3.80E‐04 1.17E‐061.03E‐04 1.07E‐05 1.03E‐04 1.88E‐057.50E‐05 6.99E‐06 7.50E‐05 1.72E‐04 3.46E‐061.03E‐04 9.15E‐06 1.03E‐04 5.94E‐04 8.92E‐064.96E‐05 4.96E‐06 4.96E‐05 2.81E‐038.14E‐07 7.78E‐06 8.14E‐07 7.78E‐069.00E‐07 8.75E‐06 9.00E‐07 8.75E‐062.75E‐06 2.75E‐05 2.75E‐06 2.75E‐054.53E‐06 4.54E‐05 4.53E‐06 4.54E‐051.12E‐05 1.32E‐06 1.12E‐056.05E‐06 6.59E‐07 6.05E‐065.17E‐06 4.29E‐07 5.17E‐064.16E‐05 1.00E‐06 6.44E‐06 1.00E‐06 6.44E‐065.60E‐04 5.87E‐05 5.60E‐045.60E‐04 5.87E‐05 5.60E‐042.11E‐04 2.08E‐05 2.11E‐042.61E‐05 2.17E‐06 2.61E‐058.17E‐06 9.25E‐07 8.17E‐061.75E‐04 1.81E‐05 1.75E‐041.92E‐04 1.81E‐05 1.92E‐041.42E‐05 1.17E‐06 1.42E‐051.81E‐04 1.88E‐05 1.81E‐043.71E‐05 3.46E‐06 3.71E‐051.01E‐04 8.92E‐06 1.01E‐042.81E‐02 2.81E‐03 2.81E‐021.58E‐06 1.51E‐05 1.58E‐06 1.51E‐055.10E‐06 4.96E‐05 5.10E‐06 4.96E‐053.03E‐06 3.03E‐05 3.03E‐06 3.03E‐054.37E‐06 4.37E‐05 4.37E‐06 4.37E‐051.11E‐06 1.10E‐05 1.11E‐06 1.10E‐054.83E‐06 5.96E‐05 4.83E‐06 5.96E‐051.14E‐05 1.41E‐04 1.14E‐05 1.41E‐044.22E‐06 4.41E‐05 4.22E‐06 4.41E‐053.78E‐06 3.97E‐05 3.78E‐06 3.97E‐052.90E‐05 3.91E‐04 2.90E‐05 3.91E‐043.63E‐06 3.74E‐05 3.63E‐06 3.74E‐055.68E‐06 5.78E‐05 5.68E‐06 5.78E‐051.02E‐05 1.11E‐04 1.02E‐05 1.11E‐047.20E‐07 7.74E‐06 7.20E‐07 7.74E‐061.05E‐06 1.10E‐05 1.05E‐06 1.10E‐051.49E‐06 1.43E‐05 1.49E‐06 1.43E‐059.88E‐04 1.46E‐05 1.24E‐047.12E‐04 1.07E‐05 9.78E‐058.40E‐04 2.53E‐05 3.05E‐041.02E‐02 1.36E‐05 8.77E‐053.18E‐03 1.36E‐05 1.30E‐043.18E‐03 1.36E‐05 1.30E‐043.59E‐03 5.66E‐05 5.76E‐041.01E‐03 5.41E‐05 6.52E‐043.80E‐03 3.67E‐04 3.24E‐032.42E‐03 3.25E‐05 3.15E‐041.73E‐03 1.87E‐05 1.99E‐048.47E‐04 6.62E‐05 7.98E‐047.93E‐05 7.63E‐041.01E‐03 1.59E‐03 1.71E‐022.20E‐03 7.12E‐05 8.04E‐043.82E‐05 3.82E‐041.67E‐05 1.60E‐041.45E‐05 1.41E‐049.44E‐06 9.45E‐051.82E‐04 1.82E‐038.33E‐06 8.28E‐055.01E‐06 6.18E‐055.22E‐06 6.44E‐051.28E‐05 1.34E‐041.46E‐05 1.53E‐042.70E‐05 3.64E‐043.06E‐05 3.16E‐041.64E‐05 1.67E‐042.45E‐05 2.66E‐041.46E‐05 1.24E‐04 1.27E‐03 7.67E‐06 6.49E‐051.07E‐05 9.78E‐05 3.29E‐04 1.50E‐04 1.37E‐032.53E‐05 3.05E‐04 2.60E‐04 2.24E‐04 2.70E‐031.36E‐05 8.77E‐05 2.82E‐03 2.92E‐06 1.88E‐05 2.23E‐061.36E‐05 1.30E‐04 1.39E‐03 1.11E‐06 1.06E‐051.36E‐05 1.30E‐04 1.39E‐03 1.11E‐06 1.06E‐055.66E‐05 5.76E‐04 1.57E‐03 2.78E‐05 2.83E‐045.41E‐05 6.52E‐04 2.18E‐04 2.25E‐04 2.71E‐033.67E‐04 3.24E‐03 3.40E‐04 1.40E‐04 1.24E‐033.25E‐05 3.15E‐04 1.10E‐03 3.74E‐04 3.63E‐031.87E‐05 1.99E‐04 9.87E‐04 2.09E‐05 2.23E‐046.62E‐05 7.98E‐04 2.54E‐04 3.02E‐04 3.64E‐037.93E‐05 7.63E‐04 5.45E‐04 5.24E‐031.59E‐03 1.71E‐02 4.11E‐04 1.80E‐06 1.93E‐057.12E‐05 8.04E‐04 8.27E‐04 5.57E‐04 6.29E‐033.82E‐05 3.82E‐04 2.04E‐04 2.04E‐031.67E‐05 1.60E‐041.20E‐051.45E‐05 1.41E‐046.60E‐069.44E‐06 9.45E‐051.10E‐051.82E‐04 1.82E‐031.10E‐058.33E‐06 8.28E‐055.32E‐065.01E‐06 6.18E‐056.35E‐065.22E‐06 6.44E‐058.29E‐061.28E‐05 1.34E‐042.43E‐061.46E‐05 1.53E‐041.70E‐052.70E‐05 3.64E‐041.60E‐053.06E‐05 3.16E‐043.01E‐051.64E‐05 1.67E‐041.22E‐052.45E‐05 2.66E‐045.73E‐061.43E‐057.67E‐06 6.49E‐05 2.79E‐04 3.32E‐041.50E‐04 1.37E‐03 3.10E‐04 3.39E‐062.24E‐04 2.70E‐03 6.08E‐05 2.35E‐061.44E‐05 2.23E‐06 1.44E‐05 6.37E‐04 4.18E‐041.11E‐06 1.06E‐05 3.63E‐04 1.26E‐041.11E‐06 1.06E‐05 3.63E‐04 1.26E‐042.78E‐05 2.83E‐04 2.52E‐04 2.53E‐042.25E‐04 2.71E‐03 6.83E‐05 1.05E‐051.40E‐04 1.24E‐03 8.50E‐05 2.06E‐063.74E‐04 3.63E‐03 2.10E‐04 1.42E‐042.09E‐05 2.23E‐04 3.35E‐04 6.33E‐043.02E‐04 3.64E‐03 8.47E‐05 3.88E‐065.45E‐04 5.24E‐03 2.32E‐051.80E‐06 1.93E‐05 4.33E‐05 6.99E‐065.57E‐04 6.29E‐03 2.07E‐04 1.17E‐042.04E‐04 2.04E‐03 6.61E‐061.15E‐04 1.20E‐05 1.15E‐046.41E‐05 6.60E‐06 6.41E‐051.10E‐04 1.10E‐05 1.10E‐041.10E‐04 1.10E‐05 1.10E‐045.29E‐05 5.32E‐06 5.29E‐057.83E‐05 6.35E‐06 7.83E‐051.02E‐04 8.29E‐06 1.02E‐042.54E‐05 2.43E‐06 2.54E‐051.79E‐04 1.70E‐05 1.79E‐042.16E‐04 1.60E‐05 2.16E‐043.11E‐04 3.01E‐05 3.11E‐041.24E‐04 1.22E‐05 1.24E‐046.22E‐05 5.73E‐06 6.22E‐051.23E‐04 1.43E‐05 1.23E‐042.81E‐03 3.32E‐04 2.81E‐033.11E‐05 3.39E‐06 3.11E‐052.83E‐05 2.35E‐06 2.83E‐052.70E‐03 4.18E‐04 2.70E‐031.20E‐03 1.26E‐04 1.20E‐031.20E‐03 1.26E‐04 1.20E‐032.57E‐03 2.53E‐04 2.57E‐031.27E‐04 1.05E‐05 1.27E‐041.82E‐05 2.06E‐06 1.82E‐051.37E‐03 1.42E‐04 1.37E‐036.73E‐03 6.33E‐04 6.73E‐034.68E‐05 3.88E‐06 4.68E‐052.23E‐04 2.32E‐05 2.23E‐047.50E‐05 6.99E‐06 7.50E‐051.32E‐03 1.17E‐04 1.32E‐036.61E‐05 6.61E‐06 6.61E‐051.02E‐06 9.74E‐06 1.02E‐06 9.74E‐064.17E‐06 4.17E‐05 4.17E‐06 4.17E‐054.17E‐06 4.17E‐05 4.17E‐06 4.17E‐053.07E‐05 3.05E‐04 3.07E‐05 3.05E‐042.17E‐06 2.68E‐05 2.17E‐06 2.68E‐054.25E‐06 5.24E‐05 4.25E‐06 5.24E‐053.45E‐05 3.60E‐04 3.45E‐05 3.60E‐045.68E‐06 5.97E‐05 5.68E‐06 5.97E‐059.10E‐05 1.23E‐03 9.10E‐05 1.23E‐035.47E‐05 5.64E‐04 5.47E‐05 5.64E‐046.66E‐05 6.78E‐04 6.66E‐05 6.78E‐048.49E‐06 9.22E‐05 8.49E‐06 9.22E‐057.97E‐06 7.51E‐05 7.97E‐06 7.51E‐059.78E‐06 8.42E‐05 9.78E‐06 8.42E‐053.86E‐04 3.27E‐034.34E‐04 3.97E‐034.47E‐04 5.39E‐03 3.31E‐03 3.99E‐024.53E‐04 2.92E‐034.88E‐04 4.65E‐03 1.40E‐02 1.34E‐014.88E‐04 4.65E‐03 1.40E‐02 1.34E‐014.98E‐04 5.06E‐035.88E‐04 7.09E‐03 7.40E‐03 8.92E‐027.31E‐04 6.46E‐037.40E‐04 7.18E‐037.80E‐04 8.31E‐03 1.34E‐01 1.43E+008.98E‐04 1.08E‐02 2.43E‐03 2.92E‐021.52E‐03 1.46E‐02 1.76E‐02 1.70E‐011.63E‐03 1.75E‐02 3.06E‐03 3.28E‐021.66E‐03 1.87E‐02 5.73E‐02 6.47E‐013.22E‐03 3.22E‐02 1.94E‐02 1.94E‐012.94E‐02 1.89E‐014.14E‐036.96E‐02 6.75E‐016.65E‐033.93E‐021.50E‐038.26E‐038.26E‐031.46E‐013.49E‐033.66E‐022.30E‐034.39E‐034.08E‐025.63E‐023.60E‐011.81E‐027.89E‐027.89E‐021.49E+004.20E‐022.78E‐024.71E‐024.61E‐016.37E‐042.88E‐031.21E‐033.83E‐034.43E‐034.43E‐038.58E‐022.60E‐031.56E‐025.57E‐021.05E‐032.22E‐021.65E‐038.12E‐031.45E‐025.40E‐032.64E‐021.45E‐022.47E‐024.23E‐024.23E‐028.73E‐013.13E‐021.51E‐015.92E‐011.26E‐022.13E‐011.77E‐029.16E‐021.45E‐015.04E‐031.81E‐011.02E‐025.82E‐034.39E‐034.93E‐034.93E‐031.14E‐011.71E‐024.45E‐026.65E‐028.45E‐021.18E‐023.93E‐027.54E‐032.61E‐021.53E+009.33E‐027.01E‐022.83E‐024.71E‐024.71E‐021.16E+002.06E‐016.45E‐018.99E‐011.42E‐013.78E‐018.09E‐022.61E‐019.18E‐031.88E‐014.95E‐027.32E‐031.32E‐021.32E‐022.60E‐012.06E‐028.11E‐021.41E‐021.19E‐021.33E‐011.59E+004.53E‐018.82E‐021.26E‐011.26E‐012.65E+002.48E‐011.70E‐011.28E‐011.51E+001.69E‐02 2.03E‐012.74E‐02 3.31E‐011.06E‐02 1.28E‐011.72E‐02 1.64E‐013.50E‐02 3.50E‐013.15E‐02 3.13E‐011.98E‐02 2.44E‐011.82E‐02 2.24E‐013.49E‐02 3.64E‐012.60E‐02 3.50E‐013.00E‐02 3.10E‐011.76E‐02 1.79E‐011.67E‐03 1.74E‐021.43E‐02 1.37E‐014.00E‐03 3.67E‐022.53E‐03 3.05E‐028.77E‐03 1.06E‐014.90E‐03 5.91E‐021.13E‐02 1.22E‐018.91E‐03 8.52E‐023.03E‐02 3.03E‐013.13E‐02 3.11E‐011.30E‐03 1.60E‐026.40E‐03 7.89E‐021.93E‐02 2.02E‐011.70E‐01 2.29E+005.39E‐02 5.56E‐013.91E‐02 3.98E‐011.03E‐02 8.90E‐022.40E‐03 2.51E‐028.07E‐03 7.74E‐026.60E‐03 4.25E‐023.53E‐02 3.53E‐013.53E‐02 3.53E‐012.22E‐02 2.21E‐018.00E‐04 9.86E‐03 8.00E‐043.10E‐03 3.82E‐02 1.70E‐031.29E‐02 1.35E‐01 7.80E‐033.29E‐02 3.35E‐01 2.14E‐02PMcontrol FabricFilter,unspecified 01‐Apr‐93PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Sep‐78PMcontrol FabricFilter,pulse 01‐Jun‐95NOxcontrol SelectiveNoncatalyticReduction 01‐Jun‐99PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jun‐60PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jun‐59PMcontrol Electrostaticprecipitator,coldside,unspecified 01‐Nov‐69PMcontrol FabricFilter,pulse 01‐Jun‐94PMcontrol FabricFilter,pulse 01‐Nov‐03PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioningNOxcontrol SelectiveNoncatalyticReduction 01‐Feb‐07PMcontrol FabricFilter,pulse 01‐Jun‐95NOxcontrol SelectiveNoncatalyticReduction 01‐Mar‐09PMcontrol FabricFilter,pulse 01‐Dec‐07PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jan‐77NOxcontrol SelectiveNoncatalyticReduction 01‐May‐07NOxcontrol SelectiveNoncatalyticReduction 01‐Jun‐98PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Aug‐79NOxcontrol SelectiveNoncatalyticReduction 01‐Mar‐99NOxcontrol SelectiveNoncatalyticReduction 01‐Mar‐99PMcontrol Electrostaticprecipitator,hotside,w/ofluegasconditioning 01‐Apr‐779.86E‐03 PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Oct‐782.10E‐02 PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Oct‐788.15E‐02 PMcontrol Electrostaticprecipitator,hotside,w/fluegasconditioning 01‐May‐81PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Jun‐68PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Nov‐74PMcontrol Electrostaticprecipitator,hotside,w/fluegasconditioning 01‐Mar‐752.18E‐01 PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Jul‐79PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Jun‐74Othercontrol Other(specify):HydratedlimeinjectiontocontrolHCl 01‐Sep‐08PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jun‐77NOxcontrol SelectiveCatalyticReduction 01‐Feb‐09NOxcontrol SelectiveNoncatalyticReduction 01‐Apr‐05PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐May‐71NOxcontrol SelectiveNoncatalyticReduction 01‐Jun‐99 PMcontrolPMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Mar‐77PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Mar‐77SO2control WetFGD‐SprayType 01‐Jul‐80PMcontrol Electrostaticprecipitator,hotside,w/ofluegasconditioning 01‐Jan‐95PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐May‐70 PMcontrolPMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Aug‐76Othercontrol Activatedcarboninjection 01‐Dec‐07 PMcontrolSO2control WetFGD‐SprayType 01‐Aug‐79PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Dec‐68PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Dec‐68NOxcontrol SelectiveNoncatalyticReduction 01‐Sep‐08 PMcontrolOthercontrol Activatedcarboninjection 01‐Oct‐09 PMcontrolPMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jan‐78SO2control WetFGD‐SprayType 01‐Nov‐95FabricFilter,pulse 01‐Jun‐93 PMcontrolElectrostaticprecipitator,coldside,w/ofluegasconditioning 01‐May‐94Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jan‐79 SO2controlFabricFilter,reverseair 01‐Jan‐81FabricFilter,pulse 01‐Feb‐09 SO2controlFabricFilter,pulse 01‐Jun‐93 SO2control DryFGD‐CirculatingDryScrubberWetFGD‐SprayType 01‐Nov‐94WetFGD‐SprayType 01‐Feb‐0901‐Jun‐93 SO2control DryFGD‐CirculatingDryScrubber 01‐Jun‐93coal 3161 EddystoneGeneratingStation PA Unit1 ConventionalBoilercoal 3138 NewCastlePlant PA NC5‐2 ConventionalBoilercoal 3118 Conemaugh PA CON‐1 ConventionalBoilercoal 3131 Shawville PA SHAW4‐2 ConventionalBoilercoal 3131 Shawville PA SHAW3‐2 ConventionalBoilercoal 3131 Shawville PA SHAW2‐2 ConventionalBoilercoal 7343 GeorgeNealSouth IA 4 ConventionalBoilercoal 3131 Shawville PA SHAW1‐2 ConventionalBoilercoal 3115 Titus PA TI‐1 ConventionalBoilercoal 3115 Titus PA TI‐2 ConventionalBoilercoal 3115 Titus PA TI‐3 ConventionalBoilercoal 1082 WalterScottJr.EnergyCenter IA 3 ConventionalBoilercoal 1167 Muscatine#1 IA 9 ConventionalBoilercoal 2848 OHHutchings OH H‐5 ConventionalBoilercoal 983 CliftyCreek IN Unit6 ConventionalBoilercoal 994 AESPetersburg IN 3ss ConventionalBoilercoal 994 AESPetersburg IN 4s ConventionalBoilercoal 995 Bailly IN 7 ConventionalBoilercoal 983 CliftyCreek IN Unit3 ConventionalBoilercoal 983 CliftyCreek IN Unit5 ConventionalBoilercoal 991 EagleValley IN 5 ConventionalBoilercoal 990 HardingStreet IN 50s ConventionalBoilercoal 991 EagleValley IN 3 ConventionalBoilercoal 991 EagleValley IN 4 ConventionalBoilercoal 994 AESPetersburg IN 2ss ConventionalBoilercoal 995 Bailly IN 8 ConventionalBoilercoal 1043 FrankE.Ratts IN 1SG1conf1 ConventionalBoilercoal 983 CliftyCreek IN Unit4 ConventionalBoilercoal 1378 Paradise KY 1 ConventionalBoilercoal 728 Yates GA Y2BR ConventionalBoilercoal 728 Yates GA Y3BR ConventionalBoilercoal 733 Kraft GA Unit1 ConventionalBoilercoal 733 Kraft GA Unit2 ConventionalBoilercoal 733 Kraft GA Unit3 ConventionalBoilerTangentialfiring 1 314 2637 8.40Wallfiring‐frontfiring 1 143 1441 10.06Tangentialfiring 1 936 8985 9.60Tangentialfiring 1 188 1794 9.54Tangentialfiring 1 188 1794 9.54Wallfiring‐frontfiring 1 125 1349 10.79Wallfiring‐unspecified 1 682 6900 10.12Wallfiring‐frontfiring 1 125 1349 10.79Tangentialfiring 1 86 900 10.44Tangentialfiring 1 86 900 10.44Tangentialfiring 1 86 900 10.44Wallfiring‐unspecified 1 765 7700 10.07Tangentialfiring 1 176 1837 10.47Tangentialfiring 1 63 641 10.17Wallfiring‐frontfiring 1 215 2206 10.26Tangentialfiring 1 580 5540 9.55Tangentialfiring 1 584 5550 9.50Cyclonefiring 1 176 1638 9.31Wallfiring‐frontfiring 1 215 2234 10.39Wallfiring‐frontfiring 1 215 2177 10.12Tangentialfiring 1 66 741 11.23Tangentialfiring 1 112 1017 9.08Tangentialfiring 1 46 524 11.39Tangentialfiring 1 60 741 12.35Tangentialfiring 1 445 4144 9.31Cyclonefiring 1 352 3374 9.59Wallfiring‐frontfiring 1 130 1142 8.78Wallfiring‐frontfiring 1 215 2224 10.35Cyclonefiring 1 704 6959 9.88Tangentialfiring 1 105 1172 11.16Tangentialfiring 1 105 1251 11.91Tangentialfiring 1 50 548 10.95Tangentialfiring 1 54 533 9.86Tangentialfiring 1 107 1052 9.83coal‐bituminouscoal‐bituminousbituminouscoal‐bituminouscoal‐bituminouscoal‐bituminouscoal‐bituminouscoal‐bituminouscoal‐bituminouscoal‐bituminouscoal‐subbituminouscoal‐bituminouscoal‐bituminous,coal‐subbituminouscoal‐bituminousbituminous,No.2FuelOil(distillate)bituminouscoal‐bituminous,coal‐subbituminouscoal‐bituminous,coal‐subbituminouscoal‐bituminouscoal‐bituminouscoal‐bituminouscoal‐bituminousbituminousbituminouscoal‐bituminouscoal‐bituminous,coal‐subbituminouscoal‐bituminous,coal‐subbituminouscoal‐bituminouscoal‐bituminouscoal‐bituminouscoal‐bituminouscoal‐bituminous1.68E‐06 1.41E‐05 1.68E‐06 1.41E‐051.76E‐06 1.77E‐05 1.76E‐06 1.77E‐052.81E‐06 2.69E‐05 2.81E‐06 2.69E‐052.87E‐06 2.74E‐05 2.87E‐06 2.74E‐052.87E‐06 2.74E‐05 2.87E‐06 2.74E‐053.63E‐06 3.92E‐05 3.63E‐06 3.92E‐053.63E‐06 3.67E‐05 3.63E‐06 3.67E‐056.60E‐06 7.12E‐05 6.60E‐06 7.12E‐051.16E‐05 1.21E‐04 1.16E‐05 1.21E‐041.16E‐05 1.21E‐04 1.16E‐05 1.21E‐041.16E‐05 1.21E‐04 1.16E‐05 1.21E‐041.23E‐05 1.24E‐04 1.23E‐05 1.24E‐041.37E‐05 1.44E‐04 1.37E‐05 1.44E‐045.72E‐05 5.82E‐04 5.72E‐05 5.82E‐041.71E‐02 1.43E‐016.55E‐03 6.59E‐021.02E‐02 9.82E‐021.61E‐01 1.53E+001.61E‐01 1.53E+001.42E‐01 1.53E+002.93E‐02 3.17E‐011.07E‐02 1.11E‐011.07E‐02 1.11E‐011.07E‐02 1.11E‐012.00E‐023.57E‐02 3.64E‐017.80E‐03 8.00E‐025.80E‐03 6.03E‐027.80E‐03 7.90E‐024.53E‐025.53E‐025.10E‐025.10E‐023.13E‐021.30E‐02 1.14E‐017.80E‐03 8.07E‐021.29E‐02 1.09E‐015.80E‐03 5.83E‐026.57E‐03 6.30E‐022.20E‐02 2.10E‐012.20E‐02 2.10E‐016.12E‐02 6.60E‐016.33E‐03 6.83E‐023.89E‐02 4.06E‐013.89E‐02 4.06E‐013.89E‐02 4.06E‐012.01E‐01 1.43E‐03 1.44E‐024.00E‐03 4.07E‐023.12E‐02 3.20E‐012.65E‐02 2.53E‐011.47E‐02 1.39E‐014.12E‐02 3.84E‐016.10E‐03 6.34E‐023.12E‐02 3.16E‐015.09E‐015.02E‐015.81E‐016.30E‐012.92E‐012.05E‐02 1.96E‐013.12E‐02 3.23E‐014.53E‐02 4.48E‐015.67E‐02 6.32E‐015.67E‐02 6.75E‐011.09E‐02 1.19E‐012.71E‐02 2.67E‐011.61E‐02 1.58E‐012.15E‐025.57E‐022.16E‐01 3.00E‐03 3.02E‐022.80E‐02 2.67E‐014.89E‐01 4.33E‐02 3.81E‐01NOxcontrol SelectiveNoncatalyticReduction 01‐Jun‐03NOxcontrol SelectiveNoncatalyticReduction 01‐Apr‐05PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐May‐70NOxcontrol SelectiveNoncatalyticReduction 01‐May‐05NOxcontrol SelectiveNoncatalyticReduction 01‐May‐05NOxcontrol SelectiveNoncatalyticReduction 01‐May‐05PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Nov‐89NOxcontrol SelectiveNoncatalyticReduction 01‐May‐05PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Feb‐75PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Feb‐75PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Feb‐75SO2control DryFGD‐CirculatingDryScrubber 01‐May‐09PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐May‐83PMcontrol Electrostaticprecipitator,hotside,w/ofluegasconditioning 01‐Jan‐73PMcontrol Electrostaticprecipitator,hotside,w/fluegasconditioning 01‐Sep‐77NOxcontrol SelectiveCatalyticReduction 01‐Dec‐04PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Dec‐86NOxcontrol SelectiveCatalyticReduction 01‐Mar‐08NOxcontrol SelectiveCatalyticReduction 01‐Jun‐03NOxcontrol SelectiveCatalyticReduction 01‐Nov‐02PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Dec‐72NOxcontrol SelectiveNoncatalyticReduction 01‐Dec‐04PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Dec‐75PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Dec‐73NOxcontrol SelectiveCatalyticReduction 01‐Dec‐04NOxcontrol SelectiveCatalyticReduction 01‐Jun‐06PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Dec‐76NOxcontrol SelectiveCatalyticReduction 01‐Jan‐03NOxcontrol SelectiveCatalyticReduction 01‐May‐01PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐May‐68PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Feb‐69PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jan‐78PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jan‐78PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jan‐78PMcontrol Multiplecyclone 01‐Feb‐60 PMcontrolPMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jan‐78SO2control WetFGD‐SprayType 01‐Jan‐95PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jun‐60 PMcontrolPMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jun‐59 PMcontrolPMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Jun‐54 PMcontrolPMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Jun‐54 PMcontrolPMcontrol FabricFilter,pulse 01‐May‐09SO2control WetFGD‐SprayType 01‐May‐83PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Dec‐77 SO2controlSO2control WetFGD‐SprayType 01‐Dec‐86PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jun‐80 SO2controlPMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Apr‐79PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Dec‐78PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Dec‐68PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Dec‐69 SO2controlPMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Feb‐81 SO2controlPMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Mar‐79PMcontrol PMscrubber‐Venturi 01‐Sep‐83 SO2controlElectrostaticprecipitator,hotside,w/ofluegasconditioning 01‐Feb‐60 PMcontrolElectrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Mar‐77Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Mar‐77Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Jun‐76Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Jun‐76WetFGD‐SprayType 01‐Dec‐77WetFGD‐PackedType 01‐Jun‐92WetFGD‐SprayType 01‐Dec‐96WetFGD‐PackedType 01‐Jun‐92WetFGD‐VenturiType 01‐Sep‐83PMscrubber‐Venturi 01‐Dec‐82 SO2control WetFGD‐SprayType01‐Dec‐82coal 994 AESPetersburg IN 1s ConventionalBoilercoal 1058 SixthStreet IA Unit2 ConventionalBoilercoal 963 Dallman IL 33 ConventionalBoilercoal 981 StateLine IN Unit4 ConventionalBoilercoal 983 CliftyCreek IN Unit1 ConventionalBoilercoal 983 CliftyCreek IN Unit2 ConventionalBoilercoal 884 WillCounty IL WC1CONFIG ConventionalBoilercoal 1355 E.W.Brown KY EWB1 ConventionalBoilercoal 1131 StreeterStation IA 7 ConventionalBoilercoal 3 Barry AL Unit1 ConventionalBoilercoal 1239 Riverton KS 040 ConventionalBoilercoal 3098 ElramaPowerPlant PA ELR3‐1 ConventionalBoilercoal 1252 TecumsehEnergyCenter KS 9 ConventionalBoilercoal 1043 FrankE.Ratts IN 2SG1conf1 ConventionalBoilercoal 1356 Ghent KY GH1 ConventionalBoilercoal 1356 Ghent KY GH2 ConventionalBoilercoal 1357 GreenRiver KY GR04 ConventionalBoilercoal 1361 Tyrone KY TY3 ConventionalBoilercoal 1364 MillCreek KY MC4 ConventionalBoilercoal 1295 Quindaro KS Unit1 ConventionalBoilercoal 1058 SixthStreet IA Unit3 ConventionalBoilercoal 1058 SixthStreet IA Unit4 ConventionalBoilercoal 1077 Sutherland IA Unit1 ConventionalBoilercoal 1077 Sutherland IA Unit2 ConventionalBoilercoal 1082 WalterScottJr.EnergyCenter IA 2 ConventionalBoilercoal 1082 WalterScottJr.EnergyCenter IA 1 ConventionalBoilercoal 1250 LawrenceEnergyCenter KS 4 ConventionalBoilercoal 1046 Dubuque IA Unit1 ConventionalBoilercoal 1046 Dubuque IA Unit5 ConventionalBoilercoal 1047 Lansing IA Unit3 ConventionalBoilercoal 1058 SixthStreet IA Unit5 ConventionalBoilercoal 59 Platte NE 1 ConventionalBoilercoal 727 Mitchell GA Unit3 ConventionalBoilercoal 50 WidowsCreek AL 3 ConventionalBoilerTangentialfiring 1 255 2200 8.63Wallfiring‐frontfiring 1 13 304 22.86Tangentialfiring 1 208 2090 10.05Cyclonefiring 1 344 3478 10.11Wallfiring‐frontfiring 1 215 2306 10.72Wallfiring‐frontfiring 1 215 2247 10.45Cyclonefiring 1 167 1690 10.12Wallfiring‐frontfiring 1 109 1300 11.93Wallfiring‐frontfiring 1 38 508 13.23Tangentialfiring 1 145 1381 9.52Tangentialfiring 1 58 600 10.34Verticalfiring 1 125 1303 10.42Tangentialfiring 1 82 846 10.32Wallfiring‐frontfiring 1 131 1142 8.72Tangentialfiring 1 520 6286 12.09Tangentialfiring 1 510 5705 11.19Wallfiring‐frontfiring 1 102 1374 13.47Wallfiring‐frontfiring 1 75 995 13.27Wallfiring‐opposedfiring 1 517 5805 11.23Cyclonefiring 1 77 782 10.16Wallfiring‐frontfiring 1 14 304 21.87Wallfiring‐frontfiring 1 15 304 20.54Wallfiring‐frontfiring 1 31 402 12.95Wallfiring‐frontfiring 1 31 376 12.16Tangentialfiring 1 94 935 9.95Wallfiring‐unspecified 1 45 656 14.58Tangentialfiring 1 126 1276 10.13Wallfiring‐frontfiring 1 38 606 16.11Wallfiring‐frontfiring 1 29 337 11.55Wallfiring‐frontfiring 1 32 453 14.20Wallfiring‐frontfiring 1 32 389 12.04Tangentialfiring 1 110 1048 9.53Tangentialfiring 1 164 1660 10.12Wallfiring‐frontfiring 1 141 1528 10.87bituminouscoal‐subbituminouscoal‐bituminouscoal‐subbituminouscoal‐bituminous,coal‐subbituminouscoal‐bituminous,coal‐subbituminouscoal‐subbituminouscoal‐bituminousbituminouscoal‐bituminouscoal‐bituminoussubbituminouscoal‐bituminousbituminouscoal‐bituminousbituminouscoal‐bituminouscoal‐bituminouscoal‐subbituminouscoal‐subbituminouscoal‐subbituminouscoal‐subbituminouscoal‐subbituminouscoal‐subbituminouscoal‐bituminouscoal‐subbituminouscoal‐bituminouscoal‐subbituminouscoal‐subbituminouscoal‐bituminouscoal‐bituminous2.63E‐023.11E‐02 7.11E‐019.60E‐02 9.65E‐015.80E‐03 6.22E‐025.80E‐03 6.06E‐025.90E‐02 6.15E‐012.96E‐02 6.47E‐011.23E‐02 2.53E‐011.42E‐02 1.84E‐011.62E‐02 1.97E‐013.90E‐021.30E‐011.70E‐02 2.74E‐013.63E‐02 4.19E‐012.51E‐02 3.56E‐011.72E‐02 2.07E‐012.27E‐011.16E‐01 2.64E+009.60E‐02 9.65E‐014.00E‐02 4.04E‐016.10E‐03 6.54E‐026.10E‐03 6.38E‐025.00E‐03 5.06E‐021.50E‐01 1.79E+002.19E‐01 2.90E+002.23E‐02 2.12E‐011.83E‐01 1.89E+002.57E‐02 2.68E‐017.00E‐02 7.22E‐011.67E‐01 1.46E+002.70E‐02 3.26E‐013.20E‐02 3.58E‐018.00E‐02 1.08E+006.00E‐02 7.96E‐013.00E‐02 3.37E‐012.49E‐02 2.53E‐014.49E‐02 9.82E‐014.45E‐02 9.14E‐012.03E‐02 2.63E‐011.34E‐02 1.63E‐013.88E‐01 3.91E‐02 3.89E‐011.90E+00 1.07E‐01 1.56E+008.78E‐02 8.89E‐015.58E‐02 8.99E‐012.90E‐02 3.35E‐011.46E‐01 2.07E+006.13E‐02 7.38E‐017.68E‐02 7.31E‐012.20E‐02 2.23E‐017.33E‐03 7.97E‐023.56E‐02 3.54E‐01 5.20E‐027.45E‐02 1.09E+00 9.40E‐025.90E‐02 1.35E+002.00E‐02 2.02E‐012.42E‐01 2.11E+003.91E‐02 8.55E‐013.46E‐02 7.11E‐011.68E‐02 2.18E‐01 8.50E‐038.40E‐03 1.02E‐01 6.50E‐035.17E‐01 6.32E‐02 6.29E‐011.37E+00 7.23E‐02 1.05E+004.06E‐02 6.54E‐012.18E‐02 2.52E‐013.81E‐02 5.41E‐01 1.49E‐02PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Dec‐67PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jun‐68NOxcontrol SelectiveCatalyticReduction 01‐May‐03PMcontrol Electrostaticprecipitator,hotside,w/ofluegasconditioning 01‐May‐62NOxcontrol SelectiveCatalyticReduction 01‐Jul‐03NOxcontrol SelectiveCatalyticReduction 01‐Apr‐03PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jul‐55PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Apr‐73PMcontrol Electrostaticprecipitator,hotside,w/ofluegasconditioning 01‐Jun‐73NOxcontrol SelectiveNoncatalyticReduction 01‐May‐06PMcontrol Electrostaticprecipitator,coldside,unspecified 01‐Jan‐76PMcontrol Multiplecyclone 01‐Nov‐54PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Aug‐77PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Dec‐76NOxcontrol SelectiveCatalyticReduction 01‐May‐04PMcontrol Electrostaticprecipitator,hotside,w/ofluegasconditioning 01‐Mar‐77PMcontrol Electrostaticprecipitator,hotside,w/ofluegasconditioning 01‐Dec‐75PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Dec‐74NOxcontrol SelectiveCatalyticReduction 01‐May‐04PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Nov‐91PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Dec‐69PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Aug‐691.10E‐01 PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Nov‐767.90E‐02 PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Nov‐76PMcontrol Electrostaticprecipitator,hotside,w/ofluegasconditioning 01‐Nov‐73PMcontrol Electrostaticprecipitator,hotside,w/ofluegasconditioning 01‐Dec‐73PMcontrol PMscrubber‐Venturi 01‐Jan‐76PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jan‐74PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Aug‐742.12E‐01 PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jun‐75PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Aug‐73PMcontrol Electrostaticprecipitator,hotside,w/ofluegasconditioning 01‐Dec‐82PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Apr‐75PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐May‐77SO2control WetFGD‐SprayType 01‐Dec‐96PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jun‐78 SO2controlPMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Aug‐79PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Jun‐79PMcontrol Electrostaticprecipitator,hotside,w/fluegasconditioning 01‐Jul‐76PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Nov‐54 SO2controlOthercontrol Other(specify):SorbentinjectionforSO3reduction 01‐Jun‐08 PMcontrolSO2control WetFGD‐SprayType 01‐May‐09PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jul‐82 SO2controlPMcontrol PMscrubber‐Venturi 01‐Jan‐76 SO2controlWetFGD‐SprayType 01‐Jan‐80WetFGD‐VenturiType 01‐Jun‐75Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Dec‐73 OthercontrolWetFGD‐SprayType 01‐Sep‐82WetFGD‐SprayType 01‐Jan‐76 SO2controlOther(specify):SorbentinjectionforSO3reduction 01‐Jun‐08 SO2control WetFGD‐SprayTypeWetFGD‐SprayType 01‐Jan‐7601‐Nov‐94coal 50 WidowsCreek AL 4 ConventionalBoilercoal 50 WidowsCreek AL 5 ConventionalBoilercoal 50 WidowsCreek AL 6 ConventionalBoilercoal 50 WidowsCreek AL 7 ConventionalBoilercoal 50 WidowsCreek AL 8 ConventionalBoilercoal 51 DoletHills LA 001 ConventionalBoilercoal 50 WidowsCreek AL 1 ConventionalBoilercoal 56 CharlesR.Lowman AL 2 ConventionalBoilercoal 47 Colbert AL 5 ConventionalBoilercoal 87 Escalante NM 1 ConventionalBoilercoal 108 HOLCOMB KS SGU1 ConventionalBoilercoal 207 StJohnsRiverPowerPark FL PPUnit1Configuration ConventionalBoilercoal 207 StJohnsRiverPowerPark FL PPUnit2Configuration ConventionalBoilercoal 56 CharlesR.Lowman AL 1B ConventionalBoilercoal 10 GreeneCounty AL Unit1 ConventionalBoilercoal 3 Barry AL Unit2 ConventionalBoilercoal 3 Barry AL Unit3 ConventionalBoilercoal 3 Barry AL Unit4 ConventionalBoilercoal 7 Gadsden AL Unit1 ConventionalBoilercoal 7 Gadsden AL Unit2 ConventionalBoilercoal 8 Gorgas AL Unit10 ConventionalBoilercoal 8 Gorgas AL Unit6 ConventionalBoilercoal 8 Gorgas AL Unit7 ConventionalBoilercoal 50 WidowsCreek AL 2 ConventionalBoilercoal 8 Gorgas AL Unit9 ConventionalBoilercoal 10 GreeneCounty AL Unit2 ConventionalBoilercoal 26 E.C.Gaston AL Unit1 ConventionalBoilercoal 26 E.C.Gaston AL Unit2 ConventionalBoilercoal 26 E.C.Gaston AL Unit3 ConventionalBoilercoal 26 E.C.Gaston AL Unit4 ConventionalBoilercoal 47 Colbert AL 1 ConventionalBoilercoal 47 Colbert AL 2 ConventionalBoilercoal 8 Gorgas AL Unit8 ConventionalBoilercoal 709 HarlleeBranch GA Unit2 ConventionalBoilerWallfiring‐frontfiring 1 141 1528 10.87Wallfiring‐frontfiring 1 141 1589 11.30Wallfiring‐frontfiring 1 141 1589 11.30Tangentialfiring 1 575 5681 9.88Tangentialfiring 1 550 5839 10.62Wallfiring‐opposedfiring 1 723 7546 10.44Wallfiring‐frontfiring 1 141 1528 10.87Wallfiring‐opposedfiring 1 258 2500 9.69Wallfiring‐opposedfiring 1 550 5547 10.09Tangentialfiring 1 260 2366 9.10Wallfiring‐opposedfiring 1 387 3389 8.76Wallfiring‐opposedfiring 1 660 6144 9.31Wallfiring‐opposedfiring 1 660 6144 9.31Wallfiring‐frontfiring 1 86 905 10.52Wallfiring‐opposedfiring 1 272 2453 9.02Tangentialfiring 1 145 1373 9.47Tangentialfiring 1 263 2434 9.26Tangentialfiring 1 376 3513 9.34Tangentialfiring 1 68 792 11.65Tangentialfiring 1 70 848 12.11Tangentialfiring 1 720 6524 9.06Wallfiring‐frontfiring 1 110 1292 11.74Wallfiring‐frontfiring 1 110 1218 11.08Wallfiring‐frontfiring 1 141 1528 10.87Tangentialfiring 1 185 1739 9.40Wallfiring‐opposedfiring 1 260 2393 9.20Wallfiring‐frontfiring 1 270 2430 9.00Wallfiring‐frontfiring 1 270 2512 9.30Wallfiring‐frontfiring 1 270 2463 9.12Wallfiring‐frontfiring 1 270 2468 9.14Wallfiring‐frontfiring 1 200 2121 10.61Wallfiring‐frontfiring 1 200 2121 10.61Tangentialfiring 1 175 1601 9.15Wallfiring‐frontfiring 1 332 3092 9.31coal‐bituminouscoal‐bituminouscoal‐bituminousbituminousbituminouslignitecoal‐bituminouscoal‐bituminouscoal‐bituminous,coal‐subbituminouscoal‐subbituminousbituminousbituminouscoal‐bituminouscoal‐bituminouscoal‐bituminouscoal‐bituminouscoal‐bituminouscoal‐bituminouscoal‐bituminouscoal‐bituminouscoal‐bituminouscoal‐bituminousbituminouscoal‐bituminouscoal‐bituminouscoal‐bituminouscoal‐bituminouscoal‐bituminouscoal‐bituminouscoal‐bituminous,coal‐subbituminouscoal‐bituminous,coal‐subbituminouscoal‐bituminouscoal‐bituminous1.03E‐02 1.12E‐013.00E‐03 3.39E‐022.33E‐03 2.64E‐026.33E‐03 6.26E‐022.90E‐02 3.08E‐012.10E‐02 2.19E‐019.00E‐03 9.78E‐021.40E‐02 1.36E‐017.33E‐03 7.40E‐021.97E‐03 1.79E‐022.87E‐03 2.51E‐022.33E‐03 2.17E‐024.00E‐03 3.72E‐026.40E‐03 6.73E‐029.04E‐03 8.16E‐021.22E‐02 1.15E‐011.27E‐02 1.17E‐018.30E‐03 7.75E‐022.18E‐02 2.53E‐012.54E‐02 3.08E‐013.27E‐03 2.96E‐022.09E‐02 2.45E‐013.40E‐02 3.76E‐016.33E‐03 6.88E‐023.27E‐03 3.07E‐027.70E‐03 7.09E‐022.41E‐02 2.17E‐014.37E‐03 4.06E‐022.10E‐03 1.92E‐021.30E‐02 1.19E‐013.33E‐03 3.54E‐025.33E‐03 5.66E‐023.27E‐03 2.99E‐022.10E‐02 1.96E‐014.40E‐03 3.85E‐02 2.37E‐03PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jun‐77PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Sep‐77PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Nov‐77NOxcontrol SelectiveCatalyticReduction 01‐May‐03NOxcontrol SelectiveCatalyticReduction 01‐May‐04PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Jan‐86PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Dec‐77PMcontrol Electrostaticprecipitator,hotside,w/ofluegasconditioning 01‐Jun‐78NOxcontrol SelectiveCatalyticReduction 01‐May‐04PMcontrol FabricFilter,reverseair 01‐Jan‐842.07E‐02 SO2control DryFGD‐SprayDryer 01‐Aug‐83NOxcontrol SelectiveCatalyticReduction 01‐Jul‐09NOxcontrol SelectiveCatalyticReduction 01‐Mar‐09PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jun‐74PMcontrol Electrostaticprecipitator,hotside,w/ofluegasconditioning 01‐Jan‐75NOxcontrol SelectiveNoncatalyticReduction 01‐Jul‐06NOxcontrol SelectiveNoncatalyticReduction 01‐Jul‐06NOxcontrol SelectiveNoncatalyticReduction 01‐May‐06PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jan‐64PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jan‐64NOxcontrol SelectiveCatalyticReduction 01‐May‐02PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐May‐76PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jun‐76PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Aug‐77PMcontrol Electrostaticprecipitator,hotside,w/fluegasconditioning 01‐Jun‐72PMcontrol Electrostaticprecipitator,hotside,w/ofluegasconditioning 01‐Jan‐75PMcontrol Electrostaticprecipitator,hotside,w/fluegasconditioning 01‐Apr‐74PMcontrol Electrostaticprecipitator,hotside,w/fluegasconditioning 01‐Apr‐75PMcontrol Electrostaticprecipitator,hotside,w/fluegasconditioning 01‐Dec‐73PMcontrol Electrostaticprecipitator,hotside,w/fluegasconditioning 01‐Oct‐72PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Nov‐90PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Aug‐90PMcontrol Electrostaticprecipitator,hotside,w/fluegasconditioning 01‐Jun‐72PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Jun‐67Othercontrol Other(specify):Sodiumbisulfitetocontrolopacity 01‐Jun‐03 PMcontrolOthercontrol Other(specify):Hydratedlimetocontrolopacity 01‐May‐04 PMcontrolSO2control WetFGD‐SprayType 01‐Jan‐86NOxcontrol SelectiveCatalyticReduction 01‐Dec‐07 SO2controlPMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jun‐76SO2control WetFGD‐SprayType 01‐Jan‐84PMcontrol FabricFilter,reverseair 01‐Aug‐83NOxcontrol Other(specify):AmmoniaInjectionforSO3Mitigation 01‐Jun‐09 PMcontrolNOxcontrol Other(specify):AmmoniaInjectionforSO3Mitigation 01‐Mar‐09 PMcontrolPMcontrol Electrostaticprecipitator,hotside,w/fluegasconditioning 01‐May‐76PMcontrol Electrostaticprecipitator,hotside,w/fluegasconditioning 01‐Jan‐76PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Jan‐85 PMcontrolPMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jan‐75PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jan‐75PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Oct‐72 SO2controlSO2control WetFGD‐SprayType 01‐Dec‐07PMcontrol FabricFilter,pulse 01‐Jun‐99PMcontrol FabricFilter,pulse 01‐Dec‐96SO2control WetFGD‐SprayType 01‐Dec‐07PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Dec‐77Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Dec‐81 SO2controlPMscrubber‐Venturi 01‐Jan‐78 SO2controlWetFGD‐JetBubblingReactor 01‐Dec‐07Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Mar‐88 SO2controlElectrostaticprecipitator,coldside,w/fluegasconditioning 01‐Dec‐86 SO2controlElectrostaticprecipitator,coldside,w/fluegasconditioning 01‐Mar‐76WetFGD‐SprayType 01‐Dec‐07WetFGD‐VenturiType 01‐Dec‐81WetFGD‐VenturiType 01‐Jan‐78WetFGD‐Spray/TrayType 01‐Dec‐86 SO2control WetFGD‐SprayTypeWetFGD‐Spray/TrayType 01‐Mar‐88 SO2control WetFGD‐SprayType01‐Dec‐8601‐Mar‐88coal 645 BigBend FL BB03_pre_SCR ConventionalBoilercoal 643 LansingSmith FL Unit1 ConventionalBoilercoal 645 BigBend FL BB02_pre‐SCR ConventionalBoilercoal 492 MartinDrake CO Unit6‐Coal ConventionalBoilercoal 709 HarlleeBranch GA Unit1 ConventionalBoilercoal 709 HarlleeBranch GA Unit3 ConventionalBoilercoal 709 HarlleeBranch GA Unit4 ConventionalBoilercoal 710 JackMcDonough GA MB1 ConventionalBoilercoal 710 JackMcDonough GA MB2 ConventionalBoilercoal 728 Yates GA Y4BR ConventionalBoilercoal 728 Yates GA Y5BR ConventionalBoilercoal 728 Yates GA Y6BR ConventionalBoilercoal 728 Yates GA Y7BR ConventionalBoilercoal 1252 TecumsehEnergyCenter KS 10 ConventionalBoilercoal 56 CharlesR.Lowman AL 3 ConventionalBoilercoal 56 CharlesR.Lowman AL 3D ConventionalBoilercoal 136 SeminoleGeneratingStation FL Unit1 ConventionalBoilercoal 136 SeminoleGeneratingStation FL Unit2 ConventionalBoilercoal 160 ApacheStation AZ ST2 ConventionalBoilercoal 642 Scholz FL Unit2 ConventionalBoilercoal 564 StantonEnergyCenter FL 1coal ConventionalBoilercoal 593 EdgeMoor DE 3 ConventionalBoilercoal 593 EdgeMoor DE 4 ConventionalBoilercoal 160 ApacheStation AZ ST3 ConventionalBoilercoal 2823 MiltonR.YoungStation ND 2 ConventionalBoilercoal 2442 FourCorners NM 003 ConventionalBoilercoal 2527 AESGreenidge NY Unit4 ConventionalBoilercoal 2535 AESCayuga,LLC NY Unit_1 ConventionalBoilercoal 2535 AESCayuga,LLC NY Unit_2 ConventionalBoilercoal 1893 BoswellEnergyCenter MN BEC1 ConventionalBoilercoal 1893 BoswellEnergyCenter MN BEC2 ConventionalBoilercoal 1893 BoswellEnergyCenter MN BEC3 ConventionalBoilercoal 1943 HootLake MN 3 ConventionalBoilercoal 2167 NewMadrid MO con2 ConventionalBoilerWallfiring‐opposedfiring 1 400 4115 10.29Tangentialfiring 1 172 1728 10.05Wallfiring‐opposedfiring 1 410 3996 9.75Wallfiring‐frontfiring 1 85 930 10.94Cellburner 1 267 2543 9.52Cellburner 1 513 4826 9.41Cellburner 1 520 4874 9.37Tangentialfiring 1 270 2491 9.23Tangentialfiring 1 270 2488 9.22Tangentialfiring 1 138 1422 10.30Tangentialfiring 1 145 1441 9.94Tangentialfiring 1 363 3493 9.62Tangentialfiring 1 361 3438 9.52Tangentialfiring 1 145 1423 9.81Wallfiring‐opposedfiring 1 258 2500 9.69Wallfiring‐opposedfiring 1 258 2500 9.69Wallfiring‐opposedfiring 1 694 7172 10.33Wallfiring‐opposedfiring 1 694 7172 10.33Turbo 1 204 1933 9.47Wallfiring‐frontfiring 1 49 645 13.16Wallfiring‐opposedfiring 1 468 4286 9.16Tangentialfiring 1 92 991 10.77Tangentialfiring 1 182 1900 10.44Turbo 1 204 1933 9.47Cyclonefiring 1 477 6300 13.21Wallfiring‐unspecified 1 256 2190 8.55Tangentialfiring 1 112 1117 9.97Tangentialfiring 1 164 1462 8.91Tangentialfiring 1 168 1450 8.63Wallfiring‐frontfiring 1 73 750 10.27Wallfiring‐frontfiring 1 72 750 10.42Tangentialfiring 1 371 4115 11.08Wallfiring‐frontfiring 1 84 979 11.72Cyclonefiring 1 600 6000 10.00coal‐bituminouscoal‐bituminouscoal‐bituminouscoal‐bituminouscoal‐bituminouscoal‐bituminouscoal‐bituminouscoal‐bituminouscoal‐bituminouscoal‐bituminouscoal‐bituminouscoal‐bituminouscoal‐subbituminouscoal‐bituminouscoal‐bituminouscoal‐bituminouscoal‐bituminouscoal‐subbituminousbituminous9.75E‐05coal‐bituminouscoal‐subbituminouscoal‐lignitecoal‐bituminous,petroleumcokebituminousbituminoussubbituminouscoal‐subbituminouscoal‐subbituminous7.06E‐03 7.73E‐026.15E‐031.05E‐021.95E‐01 2.00E+001.95E‐01 2.03E+006.70E‐03 7.43E‐02 1.05E‐025.70E‐02 6.68E‐019.33E‐03 9.33E‐021.43E‐02 1.47E‐014.94E‐03 4.97E‐021.92E‐02 1.87E‐016.39E‐04 6.99E‐032.10E‐02 2.00E‐013.17E‐02 2.99E‐013.17E‐02 2.97E‐014.22E‐02 3.89E‐014.22E‐02 3.89E‐014.24E‐02 4.37E‐014.24E‐02 4.22E‐011.48E‐02 1.42E‐011.28E‐02 1.22E‐018.58E‐02 8.42E‐011.45E‐02 1.41E‐012.20E‐02 2.13E‐011.47E‐02 1.52E‐011.90E‐02 1.96E‐015.83E‐028.12E‐03 1.07E‐013.13E‐03 2.87E‐029.92E‐024.42E‐03 5.84E‐023.00E‐02 2.57E‐012.93E‐02 2.92E‐011.62E‐02 1.44E‐011.85E‐02 1.60E‐011.00E‐02 1.03E‐011.00E‐02 1.04E‐011.16E‐01 3.80E‐03 4.21E‐021.35E‐01 1.58E+001.80E‐018.47E‐028.00E‐021.94E+00 1.09E‐02 1.18E‐01 2.33E‐038.85E‐01 2.14E‐02 2.23E‐01 4.47E‐034.42E‐03 5.84E‐028.33E‐01PMcontrol Electrostaticprecipitator,hotside,w/ofluegasconditioning 01‐May‐76NOxcontrol SelectiveNoncatalyticReduction 01‐Jun‐09PMcontrol Electrostaticprecipitator,hotside,w/ofluegasconditioning 01‐Apr‐73PMcontrol FabricFilter,reverseair 01‐Sep‐78PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Jun‐65PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Nov‐81PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Mar‐82PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Apr‐72PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Apr‐72PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Mar‐70PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Feb‐68PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jul‐74PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Apr‐74PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Aug‐77PMcontrol Electrostaticprecipitator,hotside,w/ofluegasconditioning 01‐Jun‐80PMcontrol Electrostaticprecipitator,hotside,w/ofluegasconditioning 01‐Jun‐80NOxcontrol SelectiveCatalyticReduction 01‐Feb‐09NOxcontrol SelectiveCatalyticReduction 01‐Apr‐09PMcontrol Electrostaticprecipitator,hotside,w/ofluegasconditioning 01‐Jun‐78PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Dec‐07PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐May‐872.51E‐02 NOxcontrol SelectiveNoncatalyticReduction 01‐May‐094.66E‐02 NOxcontrol SelectiveNoncatalyticReduction 01‐May‐09PMcontrol Electrostaticprecipitator,hotside,w/ofluegasconditioning 01‐Jun‐78PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐May‐77PMcontrol Other(specify):PMscrubber‐VenturiwithFGD 01‐Jan‐72NOxcontrol SelectiveCatalyticReduction 01‐May‐07NOxcontrol SelectiveCatalyticReductionPMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioningNOxcontrol SelectiveNoncatalyticReduction 01‐Jan‐09NOxcontrol SelectiveNoncatalyticReductionNOxcontrol SelectiveCatalyticReductionPMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐May‐72NOxcontrol SelectiveCatalyticReduction 01‐Feb‐00SO2control WetFGD‐PackedType 01‐Feb‐85PMcontrol Electrostaticprecipitator,hotside,w/fluegasconditioning 01‐May‐07 PMcontrolSO2control WetFGD‐PackedType 01‐Dec‐99PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Jan‐78PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jul‐68PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jun‐69SO2control WetFGD‐SprayType 01‐Jun‐80NOxcontrol SelectiveCatalyticReduction 01‐Dec‐07 SO2controlPMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jan‐84 OthercontrolPMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Dec‐84 OthercontrolSO2control WetFGD‐SprayType 01‐Jun‐78SO2control WetFGD‐SprayType 01‐May‐87SO2control DryFGD‐SorbentInjection 01‐Jan‐09 OthercontrolSO2control DryFGD‐SorbentInjection 01‐Jan‐09 OthercontrolSO2control WetFGD‐SprayType 01‐Jun‐78SO2control WetFGD‐SprayType 01‐Jun‐78NOxcontrol SelectiveNoncatalyticReduction 01‐May‐07 OthercontrolPMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning SO2controlSO2control WetFGD‐SprayType 01‐Jan‐95PMcontrol FabricFilter,unspecified 01‐Jan‐77PMcontrol FabricFilter,unspecified 01‐Jan‐77SO2control WetFGD‐SprayType 01‐Jan‐09 OthercontrolPMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐May‐82Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jan‐77WetFGD‐SprayType 01‐Jun‐80Drysorbentinjection 01‐Feb‐09 SO2controlDrysorbentinjection 01‐Apr‐09 SO2controlActivatedcarboninjection PMcontrolActivatedcarboninjection PMcontrolActivatedcarboninjection 01‐May‐07 SO2controlWetFGD‐SprayType 01‐Jun‐95Activatedcarboninjection 01‐Jan‐10 PMcontrolWetFGD‐SprayType 01‐Jan‐84WetFGD‐SprayType 01‐Dec‐84Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jan‐83Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jan‐83DryFGD‐CirculatingDryScrubber 01‐May‐07 PMcontrol FabricFilter,pulseFabricFilter,unspecified 01‐Jan‐0901‐Nov‐06coal 2291 NorthOmaha NE NO5 ConventionalBoilercoal 2824 Stanton ND u1 ConventionalBoilercoal 2324 ReidGardner NV 2 ConventionalBoilercoal 1379 Shawnee KY 10 Fluidizedbedfiringcoal 2324 ReidGardner NV 4 ConventionalBoilercoal 1239 Riverton KS 039 ConventionalBoilercoal 2291 NorthOmaha NE NO4 ConventionalBoilercoal 3122 HomerCityStation PA HC2CONFIG ConventionalBoilercoal 3098 ElramaPowerPlant PA ELR2‐1 ConventionalBoilercoal 3113 Portland PA POR‐1 ConventionalBoilercoal 3113 Portland PA POR‐2 ConventionalBoilercoal 2917 Hamilton OH Unit9 ConventionalBoilercoal 3122 HomerCityStation PA HC1CONFIG ConventionalBoilercoal 2876 KygerCreek OH Unit2 ConventionalBoilercoal 2861 NilesPlant OH N1‐1 ConventionalBoilercoal 2876 KygerCreek OH Unit3 ConventionalBoilercoal 2876 KygerCreek OH Unit4 ConventionalBoilercoal 2876 KygerCreek OH Unit5 ConventionalBoilercoal 2952 Muskogee OK MK4Config ConventionalBoilercoal 2952 Muskogee OK MK5Config ConventionalBoilercoal 2952 Muskogee OK MK6Config ConventionalBoilercoal 2790 R.M.HeskettStation ND B2 Fluidizedbedfiringcoal 2824 Stanton ND u10 ConventionalBoilercoal 2836 AvonLake OH AL10 ConventionalBoilercoal 2836 AvonLake OH AL12‐2 ConventionalBoilercoal 2848 OHHutchings OH H‐3 ConventionalBoilercoal 2848 OHHutchings OH H‐4 ConventionalBoilercoal 3098 ElramaPowerPlant PA ELR1‐1 ConventionalBoilercoal 2732 Riverbend NC 10 ConventionalBoilercoal 2324 ReidGardner NV 3 ConventionalBoilercoal 2823 MiltonR.YoungStation ND 1 ConventionalBoilercoal 2832 MiamiFort OH U7 ConventionalBoilercoal 2848 OHHutchings OH H‐1 ConventionalBoilercoal 2848 OHHutchings OH H‐2 ConventionalBoilerWallfiring‐frontfiring 1 224 2349 10.49Wallfiring‐frontfiring 1 132 1800 13.64Wallfiring‐frontfiring 1 111 1215 10.95Fluidizedbedfiring1 175 1800 10.29Wallfiring‐frontfiring 1 281 2956 10.52Wallfiring‐unspecified 1 40 426 10.65Tangentialfiring 1 138 1471 10.64Wallfiring‐opposedfiring 1 655 5691 8.69Verticalfiring 1 100 1254 12.54Tangentialfiring 1 172 1719 9.99Tangentialfiring 1 255 2542 9.97Tangentialfiring 1 51 729 14.41Wallfiring‐opposedfiring 1 655 5899 9.01Wallfiring‐frontfiring 1 213 2136 10.03Cyclonefiring 1 133 1315 9.90Wallfiring‐frontfiring 1 213 2138 10.04Wallfiring‐frontfiring 1 213 2159 10.13Wallfiring‐frontfiring 1 213 2130 10.00Tangentialfiring 1 391 5360 13.71Tangentialfiring 1 415 5373 12.95Tangentialfiring 1 371 5215 14.06Fluidizedbedfiring1 78 900 11.54Tangentialfiring 1 60 642 10.70Tangentialfiring 1 101 1447 14.33Wallfiring‐opposedfiring 1 680 6581 9.68Tangentialfiring 1 63 716 11.46Tangentialfiring 1 64 696 10.88Verticalfiring 1 100 1254 12.54Tangentialfiring 1 141 1318 9.34Wallfiring‐frontfiring 1 111 1237 11.14Cyclonefiring 1 250 3200 12.80Wallfiring‐opposedfiring 1 550 4995 9.08Tangentialfiring 1 53 607 11.45Tangentialfiring 1 53 574 10.83subbituminousbituminouscoal‐bituminouscoal‐bituminouscoal‐bituminouscoal‐bituminousbituminouscoal‐bituminouscoal‐bituminous,coal‐subbituminouscoal‐bituminouscoal‐bituminous,coal‐subbituminouscoal‐bituminous,coal‐subbituminouscoal‐bituminous,coal‐subbituminouscoal‐subbituminouscoal‐subbituminouscoal‐subbituminouscoal‐subbituminouscoal‐bituminouscoal‐bituminouscoal‐bituminouscoal‐bituminouscoal‐bituminouscoal‐bituminous,othernon‐fossilfuel(specify)Lignitecoal‐bituminouscoal‐bituminouscoal‐bituminous2.82E‐03 3.09E‐021.00E‐03 1.05E‐028.00E‐03 6.95E‐025.90E‐02 7.40E‐011.65E‐01 1.65E+008.55E‐02 8.52E‐018.33E‐03 7.50E‐029.05E‐02 9.08E‐018.33E‐03 8.25E‐021.09E‐01 1.09E+001.01E‐01 1.02E+001.09E‐01 1.09E+002.70E‐02 3.70E‐012.60E‐02 3.37E‐011.90E‐02 2.67E‐017.40E‐02 1.06E+002.17E‐02 2.10E‐012.32E‐02 2.52E‐015.90E‐02 7.40E‐013.45E‐03 3.85E‐021.43E‐02 1.55E‐013.76E‐02 3.94E‐019.00E‐03 1.23E‐011.13E‐02 1.23E‐012.33E‐03 2.40E‐025.64E‐03 5.94E‐021.01E‐01 1.08E+002.72E‐02 2.90E‐019.53E‐02 8.28E‐012.57E‐02 3.22E‐011.42E‐02 1.42E‐013.59E‐02 3.58E‐011.05E‐02 1.51E‐011.08E‐01 9.73E‐012.61E‐02 2.62E‐011.17E‐02 1.16E‐013.13E‐02 3.14E‐011.19E‐02 1.21E‐013.61E‐02 3.61E‐011.90E‐02 2.60E‐011.90E‐02 2.46E‐019.00E‐03 1.27E‐017.00E‐03 8.08E‐029.00E‐03 9.63E‐021.43E‐02 2.05E‐014.00E‐03 3.87E‐022.70E‐02 3.09E‐012.13E‐02 2.32E‐012.57E‐02 3.22E‐013.51E‐02 3.28E‐019.59E‐03 1.07E‐013.46E‐03 4.43E‐021.25E‐02 1.14E‐011.22E‐02 1.40E‐012.87E‐02 3.10E‐013.03E‐03 3.88E‐02PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐May‐76PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jan‐00PMcontrol FabricFilter,pulse 01‐Apr‐09PMcontrol Multiplecyclone 01‐Jul‐81PMcontrol FabricFilter,pulse 01‐Jul‐83PMcontrol Electrostaticprecipitator,coldside,unspecified 01‐Jan‐76PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Apr‐76NOxcontrol SelectiveCatalyticReduction 01‐Jun‐00PMcontrol Multiplecyclone 01‐Mar‐53PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jan‐89PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐May‐87PMcontrol Electrostaticprecipitator,hotside,w/ofluegasconditioning 01‐Jun‐74NOxcontrol SelectiveCatalyticReduction 01‐Jun‐01NOxcontrol SelectiveCatalyticReduction 01‐Dec‐02PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Jul‐81NOxcontrol SelectiveCatalyticReduction 01‐Feb‐03NOxcontrol SelectiveCatalyticReduction 01‐Apr‐03NOxcontrol SelectiveCatalyticReduction 01‐Jun‐03PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Dec‐77PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Oct‐78PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Jun‐84PMcontrol Electrostaticprecipitator,unspecified 01‐Jan‐76SO2control DryFGD‐SprayDryer 01‐Jan‐00PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jan‐78NOxcontrol SelectiveNoncatalyticReduction 01‐Jun‐04PMcontrol Electrostaticprecipitator,hotside,w/ofluegasconditioning 01‐Jan‐73PMcontrol Electrostaticprecipitator,hotside,w/ofluegasconditioning 01‐Jan‐73PMcontrol Multiplecyclone 01‐Jun‐52NOxcontrol SelectiveNoncatalyticReduction 01‐Oct‐06PMcontrol FabricFilter,pulse 01‐Feb‐09PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jun‐75NOxcontrol SelectiveCatalyticReduction 01‐Jan‐07PMcontrol Electrostaticprecipitator,hotside,w/ofluegasconditioning 01‐Jan‐73PMcontrol Electrostaticprecipitator,hotside,w/ofluegasconditioning 01‐Jan‐73PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jan‐00SO2control WetFGD‐VenturiType 01‐Jul‐76PMcontrol FabricFilter,reverseair 01‐Jul‐81SO2control WetFGD‐VenturiType 01‐Jul‐83PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Apr‐70PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Mar‐53 SO2controlSO2control DryFGD‐SprayDryer 01‐Jun‐01 PMcontrolPMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Aug‐69PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Apr‐80PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Feb‐80PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Mar‐80PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐May‐80PMcontrol FabricFilter,reverseair 01‐Jan‐00PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jan‐85PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jun‐52 SO2controlPMcontrol Electrostaticprecipitator,hotside,w/ofluegasconditioning 01‐Jan‐95SO2control WetFGD‐VenturiType 01‐Jul‐76SO2control WetFGD‐SprayType 01‐Jan‐07 OthercontrolWetFGD‐VenturiType 01‐Jun‐75Singlecyclone 01‐Jan‐97 PMcontrolWetFGD‐VenturiType 01‐Jun‐75Drysorbentinjection 01‐Jan‐07 PMcontrolFabricFilter,pulse 01‐Jan‐97Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐May‐75coal 2861 NilesPlant OH N2‐1 ConventionalBoilercoal 2876 KygerCreek OH Unit1 ConventionalBoilercoal 2848 OHHutchings OH H‐6 ConventionalBoilercoal 1379 Shawnee KY 6 ConventionalBoilercoal 1383 RobertAReid KY 1 ConventionalBoilercoal 1743 StClairPowerPlant MI SC2‐Config ConventionalBoilercoal 1743 StClairPowerPlant MI SC3‐Config ConventionalBoilercoal 1382 HMP&LStationTwoHenderson KY 2 ConventionalBoilercoal 1379 Shawnee KY 9 ConventionalBoilercoal 1363 CaneRun KY CR6 ConventionalBoilercoal 1379 Shawnee KY 7 ConventionalBoilercoal 1379 Shawnee KY 1 ConventionalBoilercoal 1743 StClairPowerPlant MI SC4‐Config ConventionalBoilercoal 1378 Paradise KY 4 ConventionalBoilercoal 1378 Paradise KY 3 ConventionalBoilercoal 1378 Paradise KY 2 ConventionalBoilercoal 1745 TrentonChannelPowerPlant MI TC18‐Config ConventionalBoilercoal 1364 MillCreek KY MC2 ConventionalBoilercoal 1379 Shawnee KY 8 ConventionalBoilercoal 1733 MonroePowerPlant MI MN2‐Config ConventionalBoilercoal 1745 TrentonChannelPowerPlant MI TC17‐Config ConventionalBoilercoal 1745 TrentonChannelPowerPlant MI TC16‐Config ConventionalBoilercoal 1743 StClairPowerPlant MI SC7‐Config ConventionalBoilercoal 1710 ConsumersEnergy‐J.H.Campbell MI JHC3‐Conf ConventionalBoilercoal 1720 J.C.Weadock MI JCW7‐Conf ConventionalBoilercoal 1733 MonroePowerPlant MI MN1‐Config ConventionalBoilercoal 1743 StClairPowerPlant MI SC1‐Config ConventionalBoilercoal 1740 RiverRougePowerPlant MI RR3‐Config ConventionalBoilercoal 1733 MonroePowerPlant MI MN4‐Config ConventionalBoilercoal 1891 LaskinEnergyCenter MN LEC2 ConventionalBoilercoal 1364 MillCreek KY MC1 ConventionalBoilercoal 1731 HarborBeachPowerPlant MI HB1‐Config ConventionalBoilercoal 2167 NewMadrid MO con1 ConventionalBoilercoal 1364 MillCreek KY MC3 ConventionalBoilerCyclonefiring 1 133 1315 9.90Wallfiring‐frontfiring 1 214 2111 9.87Tangentialfiring 1 61 646 10.68Wallfiring‐frontfiring 1 175 1691 9.66Wallfiring‐frontfiring 1 72 617 8.56Wallfiring‐frontfiring 1 163 1750 10.74Wallfiring‐frontfiring 1 174 1765 10.14Wallfiring‐rearfiring 1 173 1866 10.78Wallfiring‐frontfiring 1 175 1691 9.66Tangentialfiring 1 261 3017 11.56Wallfiring‐frontfiring 1 175 1691 9.66Wallfiring‐frontfiring 1 175 1691 9.66Wallfiring‐frontfiring 1 157 1692 10.78Cyclonefiring 1 1150 11457 9.96Cyclonefiring 1 1150 11457 9.96Cyclonefiring 1 704 6959 9.88Tangentialfiring 4 232 2412 10.40Tangentialfiring 1 330 3788 11.48Wallfiring‐frontfiring 1 175 1691 9.66Wallfiring‐opposedfiring 1 815 7140 8.76Tangentialfiring 4 232 2412 10.40Tangentialfiring 4 232 2412 10.40Tangentialfiring 1 465 4547 9.78Wallfiring‐frontfiring 1 869 8199 9.43Tangentialfiring 1 166 1560 9.40Wallfiring‐opposedfiring 1 810 7140 8.81Wallfiring‐frontfiring 1 161 1753 10.89Wallfiring‐frontfiring 1 293 2679 9.14Wallfiring‐opposedfiring 1 815 7140 8.76Tangentialfiring 1 55 660 12.00Tangentialfiring 1 330 3723 11.28Wallfiring‐frontfiring 1 110 1181 10.74Cyclonefiring 1 600 6000 10.00Wallfiring‐opposedfiring 1 422 4896 11.60coal‐bituminouscoal‐bituminous,coal‐subbituminouscoal‐bituminouscoal‐bituminous,coal‐subbituminouscoal‐bituminousbituminouscoal‐bituminous,coal‐subbituminouscoal‐bituminouscoal‐bituminous,coal‐subbituminouscoal‐bituminous,coal‐subbituminouscoal‐bituminous,coal‐subbituminouscoal‐bituminous,coal‐subbituminouscoal‐bituminous,coal‐subbituminouscoal‐bituminouscoal‐bituminous,coal‐subbituminouscoal‐subbituminouscoal‐bituminous,coal‐subbituminouscoal‐bituminouscoal‐subbituminouscoal‐bituminous8.00E‐03 7.92E‐021.39E‐01 1.37E+006.33E‐03 5.55E‐026.33E‐03 5.58E‐022.33E‐03 2.04E‐026.33E‐03 6.33E‐021.07E‐02 1.06E‐014.63E‐02 4.57E‐012.10E‐02 2.24E‐012.63E‐02 2.54E‐011.95E‐01 1.67E+006.67E‐04 7.16E‐032.75E‐03 2.79E‐021.61E‐02 1.73E‐012.63E‐02 2.54E‐012.40E‐02 2.77E‐012.63E‐02 2.54E‐017.00E‐03 6.76E‐025.33E‐03 5.75E‐022.57E‐02 2.56E‐016.67E‐03 6.64E‐024.43E‐02 4.38E‐013.30E‐02 3.43E‐014.50E‐02 5.17E‐012.63E‐02 2.54E‐013.45E‐02 3.02E‐013.30E‐02 3.43E‐013.30E‐02 3.43E‐013.30E‐02 3.23E‐013.60E‐03 3.40E‐023.91E‐02 3.68E‐015.50E‐02 4.85E‐017.67E‐03 8.35E‐023.00E‐03 2.74E‐022.67E‐03 2.34E‐025.00E‐02 6.00E‐014.40E‐02 4.96E‐011.89E‐02 2.03E‐013.30E‐02 3.83E‐01PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Jul‐81NOxcontrol SelectiveCatalyticReduction 01‐Oct‐02PMcontrol Electrostaticprecipitator,hotside,w/ofluegasconditioning 01‐Jan‐73PMcontrol Multiplecyclone 01‐Feb‐80PMcontrol Singlecyclone 01‐Jan‐66PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jan‐78PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jan‐78NOxcontrol SelectiveCatalyticReduction 01‐Apr‐04PMcontrol Multiplecyclone 01‐Apr‐81PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐May‐69PMcontrol Multiplecyclone 01‐Jul‐80PMcontrol Multiplecyclone 01‐Jun‐81PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jan‐78NOxcontrol SelectiveCatalyticReduction 01‐May‐03NOxcontrol SelectiveCatalyticReduction 01‐May‐03NOxcontrol SelectiveCatalyticReduction 01‐May‐00PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Jun‐48PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jun‐74PMcontrol Multiplecyclone 01‐Feb‐81PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Jan‐72PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Jun‐48PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Jun‐48PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Apr‐69NOxcontrol SelectiveCatalyticReduction 01‐Apr‐07PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Dec‐71NOxcontrol SelectiveCatalyticReduction 01‐Jun‐03PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jan‐78PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jun‐77NOxcontrol SelectiveCatalyticReduction 01‐Jun‐03PMcontrol PMscrubber‐wet 01‐Jan‐71PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jul‐72PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Apr‐68NOxcontrol SelectiveCatalyticReduction 01‐Feb‐02NOxcontrol SelectiveCatalyticReduction 01‐May‐04PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Jun‐80PMcontrol FabricFilter,reverseair 01‐Feb‐80PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jan‐66PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Apr‐74 SO2controlPMcontrol FabricFilter,reverseair 01‐Apr‐81SO2control WetFGD‐SprayType 01‐Apr‐79PMcontrol FabricFilter,reverseair 01‐Jul‐80PMcontrol FabricFilter,reverseair 01‐Jun‐81PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jun‐81PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jun‐81 SO2controlPMcontrol PMscrubber‐Venturi 01‐Dec‐83 SO2controlPMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Jun‐66SO2control WetFGD‐SprayType 01‐Dec‐81PMcontrol FabricFilter,reverseair 01‐Feb‐81PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Jun‐66PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Jun‐66PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jun‐80PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Jan‐71PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Jan‐74 SO2controlSO2control WetFGD‐SprayType 01‐Dec‐80PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Apr‐82PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jun‐78 SO2controlWetFGD‐TrayType 01‐Jun‐95WetFGD‐SprayType 01‐Oct‐06WetFGD‐VenturiType 01‐Dec‐83WetFGD‐Unspecified 01‐Jun‐09WetFGD‐SprayType 01‐Aug‐78coal 1382 HMP&LStationTwoHenderson KY 1 ConventionalBoilercoal 1381 KennethCColeman KY 4 ConventionalBoilercoal 2161 JamesRiverPowerStation MO Unit_3_JRPS ConventionalBoilercoal 1384 CooperStation. KY Unit01 ConventionalBoilercoal 2049 JackWatson MS Unit5 ConventionalBoilercoal 2169 ChamoisPowerPlant MO Unit2 ConventionalBoilercoal 1379 Shawnee KY 5 ConventionalBoilercoal 1379 Shawnee KY 4 ConventionalBoilercoal 1379 Shawnee KY 3 ConventionalBoilercoal 1379 Shawnee KY 2 ConventionalBoilercoal 2187 JECorettePlant MT Corette1 ConventionalBoilercoal 1356 Ghent KY GH4 ConventionalBoilercoal 1356 Ghent KY GH3 ConventionalBoilercoal 1355 E.W.Brown KY EWB3 ConventionalBoilercoal 1743 StClairPowerPlant MI SC6‐Config ConventionalBoilercoal 1745 TrentonChannelPowerPlant MI TC19‐Config ConventionalBoilercoal 1355 E.W.Brown KY EWB2 ConventionalBoilercoal 1745 TrentonChannelPowerPlant MI TC9A‐Config ConventionalBoilercoal 1385 DaleStation KY 02 ConventionalBoilercoal 1357 GreenRiver KY GR03 ConventionalBoilercoal 1891 LaskinEnergyCenter MN LEC1 ConventionalBoilercoal 1893 BoswellEnergyCenter MN BEC4 ConventionalBoilercoal 1385 DaleStation KY 01 ConventionalBoilercoal 1384 CooperStation. KY Unit02 ConventionalBoilercoal 1897 HibbardEnergyCenter MN HREC3 ConventionalBoilercoal 1897 HibbardEnergyCenter MN HREC4 ConventionalBoilercoal 2049 JackWatson MS Unit4 ConventionalBoilercoal 6071 TrimbleCo. KY TC01 ConventionalBoilercoal 4041 SouthOakCreek WI OCPP‐B6 ConventionalBoilercoal 4041 SouthOakCreek WI OCPP‐B5 ConventionalBoilercoal 4078 Weston WI W2 ConventionalBoilercoal 4072 Pulliam WI 5 ConventionalBoilercoal 4054 NelsonDewey WI Unit2 ConventionalBoilercoal 4072 Pulliam WI 6 ConventionalBoilerWallfiring‐rearfiring 1 166 1799 10.83Wallfiring‐frontfiring 3 469 4915 10.49Wallfiring‐frontfiring 1 44 496 11.27Wallfiring‐frontfiring 1 124 1381 11.14Wallfiring‐frontfiring 1 500 4753 9.51Cyclonefiring 1 50 563 11.26Wallfiring‐frontfiring 1 175 1691 9.66Wallfiring‐frontfiring 1 175 1691 9.66Wallfiring‐frontfiring 1 175 1691 9.66Wallfiring‐frontfiring 1 175 1691 9.66Tangentialfiring 1 163 1750 10.74Wallfiring‐opposedfiring 1 525 5967 11.37Wallfiring‐opposedfiring 1 525 5868 11.18Tangentialfiring 1 455 4817 10.59Tangentialfiring 1 331 3045 9.20Tangentialfiring 4 232 2412 10.40Tangentialfiring 1 177 1932 10.92Tangentialfiring 1 540 4045 7.49Wallfiring‐frontfiring 1 24 278 11.58Wallfiring‐frontfiring 1 72 1047 14.54Tangentialfiring 1 60 725 12.08Tangentialfiring 1 588 5947 10.12Wallfiring‐frontfiring 1 24 278 11.58Wallfiring‐frontfiring 1 240 2418 10.08Stoker‐spreader 1 35 518 14.80Stoker‐spreader 1 36 471 13.08Wallfiring‐frontfiring 1 250 2227 8.91Tangentialfiring 1 547 5602 10.24Wallfiring‐frontfiring 2 551 5004 9.08Wallfiring‐frontfiring 2 551 5004 9.08Wallfiring‐frontfiring 1 89 1000 11.25Wallfiring‐rearfiring 1 54 693 12.92Cyclonefiring 1 117 1161 9.91Wallfiring‐rearfiring 1 74 875 11.87bituminouscoal‐bituminouscoal‐subbituminouscoal‐bituminouscoal‐subbituminouscoal‐bituminous,coal‐subbituminouscoal‐bituminous,coal‐subbituminouscoal‐bituminous,coal‐subbituminouscoal‐bituminous,coal‐subbituminousbituminousbituminouscoal‐bituminouscoal‐bituminouscoal‐bituminouscoal‐bituminous,coal‐subbituminouscoal‐bituminousbituminouscoal‐subbituminouscoal‐subbituminouscoal‐subbituminous,petroleumcokecoal‐subbituminous4.00E‐03 4.29E‐021.48E‐02 1.35E‐011.73E‐02 1.57E‐014.83E‐03 5.44E‐023.13E‐02 4.05E‐011.19E‐02 1.18E‐013.13E‐02 3.72E‐011.15E‐02 1.24E‐016.93E‐03 7.27E‐021.53E‐01 1.73E+009.90E‐02 1.10E+005.20E‐02 4.94E‐019.17E‐02 1.03E+007.00E‐03 6.76E‐027.00E‐03 6.76E‐027.00E‐03 6.76E‐027.00E‐03 6.76E‐026.13E‐02 6.58E‐011.20E‐02 1.36E‐013.20E‐02 3.58E‐017.00E‐02 7.41E‐013.33E‐03 3.07E‐023.30E‐02 3.43E‐016.80E‐02 7.42E‐011.20E‐02 8.99E‐021.09E‐01 1.26E+006.00E‐02 8.73E‐015.00E‐02 6.04E‐016.00E‐02 6.07E‐011.09E‐01 1.26E+008.37E‐02 8.43E‐016.13E‐02 9.08E‐019.05E‐03 1.18E‐014.00E‐02 3.56E‐011.70E‐02 1.74E‐017.03E‐03 6.39E‐027.20E‐03 6.54E‐023.27E‐02 3.67E‐011.97E‐02 2.54E‐016.90E‐03 6.84E‐021.97E‐02 2.33E‐017.00E‐027.09E‐011.70E‐03 1.69E‐02 4.40E‐03NOxcontrol SelectiveCatalyticReduction 01‐Oct‐03PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Dec‐71NOxcontrol SelectiveNoncatalyticReduction 01‐Apr‐07PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jun‐73PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐May‐73PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jun‐76PMcontrol Multiplecyclone 01‐Nov‐79PMcontrol Multiplecyclone 01‐May‐80PMcontrol Multiplecyclone 01‐Nov‐80PMcontrol Multiplecyclone 01‐Mar‐81Othercontrol Activatedcarboninjection 01‐Dec‐09Othercontrol Other(specify):SorbentinjectionforSO3reduction 01‐Jun‐08Othercontrol Other(specify):SorbentinjectionforSO3reduction 01‐Jun‐08PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jul‐76PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jan‐82PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Jun‐48PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jul‐75PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Jun‐69PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Oct‐79PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Dec‐73PMcontrol PMscrubber‐wet 01‐Jan‐71NOxcontrol SelectiveNoncatalyticReductionPMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Nov‐79PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Apr‐73PMcontrol Multiplecyclone 01‐Jan‐49PMcontrol Multiplecyclone 01‐Jan‐51PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jul‐68NOxcontrol SelectiveCatalyticReduction 01‐Dec‐02PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Apr‐72PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Mar‐72PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Jan‐72PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Jan‐534.36E‐02 NOxcontrol SelectiveNoncatalyticReduction 01‐Jan‐09PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Nov‐51PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jun‐73 SO2controlPMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Aug‐70 PMcontrolPMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jun‐79PMcontrol FabricFilter,reverseair 01‐Nov‐79PMcontrol FabricFilter,reverseair 01‐May‐80PMcontrol FabricFilter,reverseair 01‐Nov‐80PMcontrol FabricFilter,reverseair 01‐Mar‐81PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Sep‐68PMcontrol Electrostaticprecipitator,hotside,w/ofluegasconditioning 01‐Jun‐84 NOxcontrolPMcontrol Electrostaticprecipitator,hotside,w/ofluegasconditioning 01‐May‐81 NOxcontrolPMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Jun‐66PMcontrol PMscrubber‐Venturi 01‐Jan‐80 SO2controlPMcontrol Electrostaticprecipitator,unspecified 01‐Jan‐87PMcontrol Electrostaticprecipitator,unspecified 01‐Jan‐87Othercontrol Other(specify):SorbentinjectionforSO3reduction 01‐Jul‐08 PMcontrolPMcontrol Electrostaticprecipitator,unspecified 01‐Jun‐74WetFGD‐TrayType 01‐Jun‐95Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jul‐70 SO2controlSelectiveCatalyticReduction 01‐May‐04 OthercontrolSelectiveCatalyticReduction 01‐May‐04 OthercontrolWetFGD‐Unspecified 01‐Jan‐80Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Sep‐90 OthercontrolWetFGD‐TrayType 01‐Feb‐06Other(specify):SorbentinjectionforSO3reduction 01‐Jun‐08 SO2control WetFGD‐SprayTypeOther(specify):SorbentinjectionforSO3reduction 01‐Jun‐08 SO2control WetFGD‐SprayTypeOther(specify):SorbentinjectionforSO3reduction 01‐Jul‐08 SO2control WetFGD‐SprayType01‐Jun‐0801‐May‐0701‐Dec‐90coal 3788 PotomacRiver VA 1 ConventionalBoilercoal 3406 Johnsonville TN 8 ConventionalBoilercoal 3406 Johnsonville TN 9 ConventionalBoilercoal 3407 Kingston TN 1 ConventionalBoilercoal 3407 Kingston TN 6 ConventionalBoilercoal 3407 Kingston TN 7 ConventionalBoilercoal 3407 Kingston TN 9 ConventionalBoilercoal 3788 PotomacRiver VA 2 ConventionalBoilercoal 3788 PotomacRiver VA 3 ConventionalBoilercoal 3992 BlountStreet WI 8B6T ConventionalBoilercoal 4072 Pulliam WI 7 ConventionalBoilercoal 3407 Kingston TN 8 ConventionalBoilercoal 6068 JeffreyEnergyCenter KS 2 ConventionalBoilercoal 6068 JeffreyEnergyCenter KS 3 ConventionalBoilercoal 6061 SouthMississippiElPwrAssn MS 2 ConventionalBoilercoal 6061 SouthMississippiElPwrAssn MS 1 ConventionalBoilercoal 6031 KillenStation OH 2‐Operation ConventionalBoilercoal 6002 JamesH.MillerJr. AL Unit1 ConventionalBoilercoal 4054 NelsonDewey WI Unit1 ConventionalBoilercoal 6034BelleRiver MI BR2‐Config ConventionalBoilercoal 4078 Weston WI W1 ConventionalBoilercoal 4259 EndicottStation MI 1 ConventionalBoilercoal 6034BelleRiver MI BR1‐Config ConventionalBoilercoal 6052 Wansley GA Unit2 ConventionalBoilercoal 6064 NearmanCreek KS N1 ConventionalBoilercoal 6068 JeffreyEnergyCenter KS 1 ConventionalBoilercoal 3406 Johnsonville TN 10 ConventionalBoilercoal 6021 Craig CO C3 ConventionalBoilercoal 3140 PPLBrunnerIsland PA U3 ConventionalBoilercoal 3136 Keystone PA KEY‐2‐2 ConventionalBoilercoal 3136 Keystone PA KEY‐1‐1 ConventionalBoilercoal 3406 Johnsonville TN 7 ConventionalBoilercoal 3098 ElramaPowerPlant PA ELR4‐1 ConventionalBoilercoal 3122 HomerCityStation PA HC3CONFIG ConventionalBoilerTangentialfiring 1 93 970 10.43Wallfiring‐frontfiring 1 173 1734 10.03Wallfiring‐frontfiring 1 173 1734 10.03Tangentialfiring 1 175 1641 9.38Tangentialfiring 1 200 2056 10.28Tangentialfiring 1 200 2056 10.28Tangentialfiring 1 200 2056 10.28Tangentialfiring 1 93 970 10.43Tangentialfiring 1 108 961 8.90Wallfiring‐frontfiring 1 53 575 10.77Wallfiring‐rearfiring 1 88 999 11.39Tangentialfiring 1 200 2056 10.28Tangentialfiring 1 786 8124 10.34Tangentialfiring 1 783 7815 9.98Turbo 1 204 2600 12.75Turbo 1 204 2600 12.75Wallfiring‐opposedfiring 1 658 5928 9.01Wallfiring‐frontfiring 1 725 7016 9.68Cyclonefiring 1 120 1222 10.18Wallfiring‐opposedfiring 1 677 6814 10.06Wallfiring‐frontfiring 1 64 858 13.49Wallfiring‐frontfiring 1 60 617 10.28Wallfiring‐opposedfiring 1 674 6814 10.11Tangentialfiring 1 920 8554 9.30Wallfiring‐frontfiring 1 257 2433 9.45Tangentialfiring 1 790 8396 10.63Wallfiring‐frontfiring 1 173 1734 10.03Wallfiring‐opposedfiring 1 478 4124 8.63Tangentialfiring 1 780 7239 9.28Tangentialfiring 1 936 8695 9.29Tangentialfiring 1 936 8695 9.29Wallfiring‐frontfiring 1 173 1734 10.03Wallfiring‐frontfiring 1 185 1921 10.38Wallfiring‐opposedfiring 1 680 6175 9.08coal‐bituminouscoal‐bituminous,coal‐subbituminouscoal‐bituminous,coal‐subbituminouscoal‐bituminous,coal‐subbituminouscoal‐bituminous,coal‐subbituminouscoal‐bituminous,coal‐subbituminouscoal‐bituminous,coal‐subbituminouscoal‐bituminouscoal‐bituminouscoal‐bituminous,othernon‐fossilfuel(specify)coal‐subbituminouscoal‐bituminous,coal‐subbituminouscoal‐subbituminouscoal‐subbituminouscoal‐bituminouscoal‐bituminouscoal‐bituminouscoal‐subbituminouscoal‐subbituminous,petroleumcokesubbituminouscoal‐subbituminouscoal‐bituminousbituminouscoal‐subbituminouscoal‐bituminous,coal‐subbituminouscoal‐subbituminouscoal‐bituminouscoal‐bituminouscoal‐bituminouscoal‐bituminous,coal‐subbituminouscoal‐bituminousbituminous9.00E‐03 9.39E‐021.20E‐02 1.25E‐011.00E‐02 8.90E‐023.74E‐02 4.03E‐012.33E‐02 2.66E‐011.85E‐02 1.88E‐011.47E‐02 1.98E‐014.33E‐03 4.46E‐023.40E‐03 2.93E‐022.67E‐03 2.48E‐028.33E‐03 7.74E‐025.90E‐02 6.13E‐014.47E‐03 4.06E‐025.30E‐03 5.53E‐021.53E‐02 1.54E‐011.53E‐02 1.54E‐017.33E‐03 6.88E‐021.47E‐02 1.51E‐011.47E‐02 1.51E‐011.47E‐02 1.51E‐015.00E‐03 5.22E‐021.00E‐03 8.90E‐031.44E‐01 1.55E+001.83E‐02 2.09E‐011.47E‐02 1.51E‐012.20E‐02 2.28E‐012.58E‐02 2.58E‐011.40E‐02 1.78E‐011.40E‐02 1.78E‐011.94E‐02 1.75E‐018.15E‐03 7.89E‐021.00E‐02 1.02E‐017.67E‐03 7.72E‐023.83E‐02 5.17E‐011.30E‐02 1.34E‐015.38E‐03 5.43E‐023.58E‐02 3.33E‐012.23E‐02 2.11E‐012.33E‐02 2.48E‐011.53E‐02 1.54E‐019.13E‐03 7.88E‐021.34E‐02 1.24E‐012.23E‐02 2.07E‐017.67E‐03 7.12E‐021.53E‐02 1.54E‐012.57E‐02 2.67E‐015.13E‐03 4.66E‐023.40E‐03 3.55E‐02 1.40E‐033.77E‐03 3.93E‐02 9.33E‐042.67E‐03 2.37E‐02 7.67E‐042.20E‐03 2.24E‐02 5.60E‐034.00E‐03 3.45E‐022.59E‐021.53E‐02 1.42E‐017.00E‐03 6.50E‐021.46E‐02 SO2control DryFGD‐SorbentInjection 01‐May‐06PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐May‐90PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Feb‐90NOxcontrol SelectiveCatalyticReduction 01‐May‐04NOxcontrol SelectiveCatalyticReduction 01‐May‐05NOxcontrol SelectiveCatalyticReduction 01‐Jul‐04NOxcontrol SelectiveCatalyticReduction 01‐May‐069.73E‐03 SO2control DryFGD‐SorbentInjection 01‐May‐066.82E‐03 SO2control DryFGD‐SorbentInjection 01‐May‐06PMcontrol Multiplecyclone 01‐Jun‐57PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Nov‐58NOxcontrol SelectiveCatalyticReduction 01‐Jul‐04PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐May‐80PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐May‐83PMcontrol Electrostaticprecipitator,hotside,w/ofluegasconditioning 01‐Apr‐78PMcontrol Electrostaticprecipitator,hotside,w/ofluegasconditioning 01‐Apr‐78PMcontrol Electrostaticprecipitator,hotside,w/ofluegasconditioning 01‐Jun‐82NOxcontrol SelectiveCatalyticReduction 01‐May‐055.70E‐02 NOxcontrol SelectiveNoncatalyticReduction 01‐Jan‐09PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jul‐85PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Jan‐71PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Sep‐79PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jun‐84NOxcontrol SelectiveCatalyticReduction 01‐May‐03PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Jan‐88PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jul‐78PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jul‐90SO2control DryFGD‐SprayDryer 01‐Oct‐842.40E‐01 PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jun‐07NOxcontrol SelectiveCatalyticReduction 01‐May‐03PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Apr‐74PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Nov‐89PMcontrol Multiplecyclone 01‐Nov‐60NOxcontrol SelectiveCatalyticReduction 01‐Jun‐01PMcontrol Electrostaticprecipitator,hotside,w/ofluegasconditioning 01‐Oct‐78 PMcontrolPMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Feb‐77PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jul‐76PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jun‐76PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Feb‐76PMcontrol Electrostaticprecipitator,hotside,w/ofluegasconditioning 01‐Oct‐78 PMcontrolPMcontrol Electrostaticprecipitator,hotside,w/ofluegasconditioning 01‐Oct‐78 PMcontrolPMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jan‐73PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Apr‐76SO2control WetFGD‐SprayType 01‐May‐80SO2control WetFGD‐SprayType 01‐May‐83SO2control WetFGD‐VenturiType 01‐Apr‐78SO2control WetFGD‐VenturiType 01‐Apr‐78NOxcontrol SelectiveCatalyticReduction 01‐Nov‐03 SO2controlPMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐May‐99PMcontrol Electrostaticprecipitator,unspecified 01‐Mar‐74SO2control WetFGD‐TrayType 01‐Sep‐79PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Apr‐78 SO2controlSO2control WetFGD‐SprayType 01‐May‐78PMcontrol FabricFilter,reverseair 01‐Oct‐84SO2control WetFGD‐TrayType 01‐Mar‐09PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Apr‐74PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Nov‐60 SO2controlPMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Dec‐77 SO2controlElectrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Oct‐49Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jun‐50Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jun‐54WetFGD‐JetBubblingReactor 01‐Jun‐07WetFGD‐SprayType 01‐May‐09WetFGD‐VenturiType 01‐Jun‐75WetFGD‐SprayType 01‐Sep‐01coal 3159 CrombyGeneratingStation PA Unit1 ConventionalBoilercoal 3136 Keystone PA KEY‐1‐2 ConventionalBoilercoal 3138 NewCastlePlant PA NC4‐2 ConventionalBoilercoal 3178 ArmstrongPowerStation PA Unit1 ConventionalBoilercoal 3788 PotomacRiver VA 5 ConventionalBoilercoal 3152 SunburyGenerationLP PA Boiler2A ConventionalBoilercoal 3407 Kingston TN 2 ConventionalBoilercoal 3407 Kingston TN 3 ConventionalBoilercoal 3407 Kingston TN 4 ConventionalBoilercoal 3407 Kingston TN 5 ConventionalBoilercoal 3406 Johnsonville TN 5 ConventionalBoilercoal 3788 PotomacRiver VA 4 ConventionalBoilercoal 3406 Johnsonville TN 4 ConventionalBoilercoal 3399 Cumberland TN 2 ConventionalBoilercoal 3403 Gallatin TN 1 ConventionalBoilercoal 3403 Gallatin TN 3 ConventionalBoilercoal 3406 Johnsonville TN 1 ConventionalBoilercoal 3393 AllenSteamPlant TN 1 ConventionalBoilercoal 3406 Johnsonville TN 2 ConventionalBoilercoal 3178 ArmstrongPowerStation PA Unit2 ConventionalBoilercoal 3181 MitchellPowerStation PA 033 ConventionalBoilercoal 3406 Johnsonville TN 6 ConventionalBoilercoal 3319 Jefferies SC J4 ConventionalBoilercoal 3393 AllenSteamPlant TN 2 ConventionalBoilercoal 3393 AllenSteamPlant TN 3 ConventionalBoilercoal 3396 BullRun TN 2 ConventionalBoilercoal 3399 Cumberland TN 1 ConventionalBoilercoal 3403 Gallatin TN 4 ConventionalBoilercoal 3405 JohnSevier TN 1 ConventionalBoilercoal 8223 Springerville AZ 1 ConventionalBoilercoal 10768 RioBravoJasmin CA Config1 Fluidizedbedfiringcoal 10343 FosterWheelerMtCarmelCogen PA SG‐101 Fluidizedbedfiringcoal 8223 Springerville AZ 2 ConventionalBoilercoal 8226 CheswickPowerPlant PA CH2 ConventionalBoilerWallfiring‐frontfiring 1 161 1537 9.55Tangentialfiring 1 936 8695 9.29Wallfiring‐frontfiring 1 114 1025 8.99Wallfiring‐unspecified 1 184 1250 6.79Tangentialfiring 1 108 961 8.90Archfiring 1 40 525 13.13Tangentialfiring 1 175 1641 9.38Tangentialfiring 1 175 1641 9.38Tangentialfiring 1 175 1641 9.38Tangentialfiring 1 200 2056 10.28Tangentialfiring 1 147 1566 10.65Tangentialfiring 1 108 961 8.90Tangentialfiring 1 125 1405 11.24Wallfiring‐opposedfiring 1 1300 14130 10.87Tangentialfiring 1 300 2750 9.17Tangentialfiring 1 328 3032 9.26Tangentialfiring 1 125 1405 11.24Cyclonefiring 1 330 3064 9.28Tangentialfiring 1 125 1405 11.24Wallfiring‐unspecified 1 183 1204 6.58Tangentialfiring 1 289 2563 8.87Tangentialfiring 1 147 1566 10.65Wallfiring‐frontfiring 1 162 1602 9.89Cyclonefiring 1 330 3064 9.28Cyclonefiring 1 330 3064 9.28Tangentialfiring 1 950 8871 9.34Wallfiring‐opposedfiring 1 1300 14130 10.87Tangentialfiring 1 328 3032 9.26Tangentialfiring 1 200 1967 9.84Tangentialfiring 1 427 3830 8.97Fluidizedbedfiring1 36 412 11.45Fluidizedbedfiring1 43 505 11.74Tangentialfiring 1 430 3830 8.91Tangentialfiring 1 612 6000 9.80coal‐bituminouscoal‐bituminouscoal‐subbituminous,coal‐bituminouscoal‐bituminouscoal‐bituminouscoal‐bituminous,coal‐subbituminouscoal‐bituminous,coal‐subbituminouscoal‐bituminous,coal‐subbituminouscoal‐bituminous,coal‐subbituminouscoal‐bituminous,coal‐subbituminouscoal‐bituminouscoal‐bituminous,coal‐subbituminousbituminouscoal‐subbituminous,coal‐bituminouscoal‐subbituminous,coal‐bituminouscoal‐bituminous,coal‐subbituminouscoal‐subbituminous,coal‐bituminouscoal‐bituminous,coal‐subbituminouscoal‐bituminouscoal‐bituminous,coal‐subbituminouscoal‐bituminouscoal‐subbituminous,coal‐bituminouscoal‐subbituminous,coal‐bituminouscoal‐bituminousbituminouscoal‐subbituminous,coal‐bituminouscoal‐bituminouscoal‐subbituminousbituminouscoalrefuse(culmorgob)bituminouscoal‐subbituminous,coal‐bituminous6.79E‐03 6.48E‐028.00E‐03 7.43E‐022.47E‐03 2.22E‐021.03E‐02 7.02E‐02 5.47E‐021.25E‐02 1.11E‐011.52E‐02 1.99E‐011.60E‐02 1.42E‐011.20E‐02 7.90E‐02 3.83E‐029.67E‐03 8.57E‐02 3.60E‐023.50E‐03 4.11E‐023.33E‐03 3.27E‐021.34E‐02 1.28E‐016.00E‐03 5.57E‐026.07E‐03 5.46E‐023.71E‐01 4.43E‐02 3.01E‐017.40E‐03 6.58E‐021.50E‐02 1.97E‐017.33E‐03 6.88E‐027.33E‐03 6.88E‐027.33E‐03 6.88E‐027.33E‐03 7.54E‐021.53E‐02 1.63E‐018.40E‐03 7.47E‐022.53E‐02 2.85E‐014.33E‐03 4.71E‐024.00E‐03 3.67E‐023.33E‐03 3.09E‐021.53E‐02 1.72E‐011.30E‐02 1.21E‐012.53E‐02 2.85E‐012.52E‐01 2.63E‐02 1.73E‐013.19E‐01 2.60E‐02 2.31E‐011.53E‐02 1.63E‐011.50E‐01 1.48E+002.23E‐02 2.07E‐011.50E‐02 1.39E‐011.30E‐02 1.21E‐017.00E‐03 7.61E‐023.33E‐03 3.09E‐024.17E‐02 4.10E‐013.00E‐03 2.69E‐026.67E‐03 7.83E‐022.70E‐03 2.40E‐022.67E‐03 2.61E‐028.33E‐03 7.74E‐023.30E‐03 2.94E‐02 2.20E‐032.80E‐03 2.49E‐02 1.30E‐039.00E‐04 1.03E‐021.33E‐02 1.31E‐01NOxcontrol SelectiveNoncatalyticReduction 01‐May‐99NOxcontrol SelectiveCatalyticReduction 01‐May‐03NOxcontrol SelectiveNoncatalyticReduction 01‐Apr‐05PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jun‐751.96E‐02 SO2control DryFGD‐SorbentInjection 01‐May‐06PMcontrol FabricFilter,reverseair 01‐Jun‐70NOxcontrol SelectiveCatalyticReduction 01‐May‐04NOxcontrol SelectiveCatalyticReduction 01‐May‐04NOxcontrol SelectiveCatalyticReduction 01‐May‐04NOxcontrol SelectiveCatalyticReduction 01‐May‐05PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Aug‐751.16E‐02 SO2control DryFGD‐SorbentInjection 01‐May‐06NOxcontrol SelectiveNoncatalyticReduction 01‐May‐07NOxcontrol SelectiveCatalyticReduction 01‐May‐04PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Feb‐79PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jan‐79NOxcontrol SelectiveNoncatalyticReduction 01‐Jul‐05NOxcontrol SelectiveCatalyticReduction 01‐May‐03NOxcontrol SelectiveNoncatalyticReduction 01‐Dec‐08PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jun‐75PMcontrol Electrostaticprecipitator,coldside,unspecified 01‐Jan‐71PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jul‐75PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Apr‐77NOxcontrol SelectiveCatalyticReduction 01‐May‐02NOxcontrol SelectiveCatalyticReduction 01‐May‐02NOxcontrol SelectiveCatalyticReduction 01‐May‐04NOxcontrol SelectiveCatalyticReduction 01‐May‐03PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Apr‐79NOxcontrol SelectiveNoncatalyticReduction 01‐May‐07SO2control DryFGD‐SprayDryer 01‐Jun‐85NOxcontrol SelectiveNoncatalyticReduction 01‐Mar‐90PMcontrol FabricFilter,reverseair 01‐Jan‐90SO2control DryFGD‐SprayDryer 01‐Jun‐90NOxcontrol SelectiveCatalyticReduction 01‐Apr‐03PMcontrol Multiplecyclone 01‐Jun‐53 PMcontrolPMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Apr‐74PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jan‐78PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jun‐75PMcontrol Electrostaticprecipitator,hotside,w/ofluegasconditioning 01‐Oct‐78 PMcontrolPMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Dec‐76PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Nov‐76PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Oct‐76PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Sep‐76PMcontrol Electrostaticprecipitator,hotside,w/ofluegasconditioning 01‐Oct‐78 PMcontrolPMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Sep‐76Othercontrol Other(specify):HydratedLimeforopacity 01‐Nov‐06 PMcontrolPMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jan‐76PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Nov‐72PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Mar‐76PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jun‐75SO2control WetFGD‐SprayType 01‐Jan‐83PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jul‐70PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Sep‐71PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jan‐72PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Dec‐77Othercontrol Other(specify):HydratedLimeforOpacity 01‐Nov‐06 PMcontrolPMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Apr‐73PMcontrol FabricFilter,reverseair 01‐Jun‐85PMcontrol FabricFilter,reverseair 01‐Mar‐90PMcontrol FabricFilter,reverseair 01‐Jun‐90PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Dec‐70Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jun‐53 PMcontrolElectrostaticprecipitator,coldside,w/ofluegasconditioning 01‐May‐57Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Feb‐56Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jun‐82 SO2controlElectrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jun‐82 SO2controlMultiplecyclone 01‐Jun‐53 PMcontrol FabricFilter,reverseairWetFGD‐SprayType 01‐Jan‐95WetFGD‐SprayType 01‐Jan‐9501‐Nov‐79 SO2control WetFGD‐VenturiType 01‐Mar‐81coal 6073 VictorJ.DanielJr MS Unit1 ConventionalBoilercoal 8224 NorthValmy NV 1 ConventionalBoilercoal 8224 NorthValmy NV 2 ConventionalBoilercoal 50611 WPSWestwoodGeneration,LLC PA 001 Fluidizedbedfiringcoal 54238 PortofStocktonDistrictEnergyFacility CA 1 Fluidizedbedfiringcoal 10769 RioBravoPoso CA Config1 Fluidizedbedfiringcoal 54634 St.NicholasCogenProject PA 1 Fluidizedbedfiringcoal 10002 ACECogenerationCompany CA Config1 Fluidizedbedfiringcoal 6823 DBWilson KY 1 ConventionalBoilercoal 6639 RDGreen KY 1 ConventionalBoilercoal 6085 R.M.Schahfer IN R.M.0018 ConventionalBoilercoal 6257 Scherer GA Unit3 ConventionalBoilercoal 8222 Coyote ND 001 ConventionalBoilercoal 6095 Sooner OK SO1Config ConventionalBoilercoal 6204 LaramieRiverStation WY 3 ConventionalBoilercoal 6095 Sooner OK SO2Config ConventionalBoilercoal 6213 Merom IN 1SG1conf1 ConventionalBoilercoal 6204 LaramieRiverStation WY 1 ConventionalBoilercoal 6170 PleasantPrairie WI PPPPB1 ConventionalBoilercoal 6124 McIntosh GA Unit1 ConventionalBoilercoal 6096 NebraskaCity NE NC1 ConventionalBoilercoal 6170 PleasantPrairie WI PPPPB2 ConventionalBoilercoal 6204 LaramieRiverStation WY 2 ConventionalBoilercoal 8219 RayDNixon CO Unit1 ConventionalBoilercoal 6073 VictorJ.DanielJr MS Unit2 ConventionalBoilercoal 7253 RichardGorsuch OH UNIT4 ConventionalBoilercoal 7253 RichardGorsuch OH UNIT2 ConventionalBoilercoal 6082 AESSomersetLLC NY 001 ConventionalBoilercoal 6768 SikestonPowerStation MO 1 ConventionalBoilercoal 7790 BonanzaPowerPlant UT 1‐1 ConventionalBoilercoal 6481 IntermountainPowerProject UT U2 ConventionalBoilercoal 6481 IntermountainPowerProject UT U1 ConventionalBoilercoal 6213 Merom IN 2SG1conf2 ConventionalBoilercoal 6085 R.M.Schahfer IN R.M.0017 ConventionalBoilerTangentialfiring 1 537 5206 9.70Wallfiring‐opposedfiring 1 244 2560 10.51Wallfiring‐frontfiring 1 270 2881 10.66Fluidizedbedfiring1 36 615 17.08Fluidizedbedfiring2 50 570 11.40Fluidizedbedfiring1 36 408 11.33Fluidizedbedfiring1 99 1300 13.10Fluidizedbedfiring1 117 1052 8.99Wallfiring‐opposedfiring 1 443 4477 10.11Wallfiring‐opposedfiring 1 250 2704 10.82Tangentialfiring 1 393 3967 10.09Tangentialfiring 1 880 9363 10.64Cyclonefiring 1 448 5214 11.64Tangentialfiring 1 401 5429 13.54Wallfiring‐opposedfiring 1 610 6600 10.82Tangentialfiring 1 383 5662 14.78Wallfiring‐opposedfiring 1 515 5088 9.88Wallfiring‐opposedfiring 1 605 6420 10.61Wallfiring‐opposedfiring 2 1298 12898 9.94Wallfiring‐frontfiring 1 165 1598 9.69Wallfiring‐frontfiring 1 646 6555 10.15Wallfiring‐opposedfiring 2 1298 12898 9.94Wallfiring‐opposedfiring 1 602 6420 10.66Wallfiring‐frontfiring 1 225 2095 9.31Tangentialfiring 1 536 5167 9.64Radiant 1 53 519 9.74Radiant 1 53 551 10.34Wallfiring‐opposedfiring 1 681 6280 9.22Wallfiring‐opposedfiring 1 233 2780 11.93Wallfiring‐opposedfiring 1 483 4899 10.14Wallfiring‐opposedfiring 1 950 8220 8.65Wallfiring‐opposedfiring 1 950 8180 8.61Wallfiring‐opposedfiring 1 515 5088 9.88Tangentialfiring 1 393 3967 10.09coal‐subbituminous,coal‐bituminouscoalrefuse(culmorgob)coal‐bituminousbituminouscoalrefuse(culmorgob)bituminousBituminouscoal‐bituminous,petroleumcokebituminoussubbituminouscoal‐lignitecoal‐subbituminouscoal‐subbituminouscoal‐subbituminouscoal‐bituminouscoal‐subbituminoussubbituminousoil‐distillatesubbituminouscoal‐subbituminoussubbituminouscoal‐subbituminous,coal‐bituminouscoal‐bituminouscoal‐bituminouscoal‐subbituminousBituminousbituminousbituminouscoal‐bituminous3.63E‐03 3.82E‐021.97E‐03 2.10E‐021.33E‐03 1.52E‐022.93E‐02 3.41E‐013.30E‐02 4.47E‐012.20E‐02 3.25E‐016.97E‐02 6.88E‐015.79E‐03 5.75E‐02 1.46E‐024.56E‐03 4.24E‐023.00E‐03 2.77E‐021.57E‐06 1.59E‐053.80E‐02 3.75E‐018.50E‐03 8.24E‐022.53E‐03 2.66E‐026.50E‐03 6.93E‐022.00E‐02 3.42E‐012.00E‐03 2.28E‐024.00E‐04 4.53E‐032.39E‐02 3.13E‐013.10E‐03 2.79E‐021.53E‐02 1.55E‐015.94E‐03 6.42E‐021.30E‐02 1.31E‐013.92E‐03 4.17E‐028.33E‐03 9.70E‐021.60E‐02 2.17E‐017.00E‐03 7.57E‐021.50E‐02 2.22E‐014.33E‐03 4.60E‐024.47E‐03 4.44E‐021.73E‐02 1.68E‐011.95E‐02 1.98E‐011.45E‐01 5.01E‐03 4.98E‐024.67E‐03 4.98E‐027.93E‐04 7.39E‐038.80E‐03 8.48E‐022.47E‐02 2.40E‐012.53E‐02 2.62E‐011.00E‐02 9.22E‐023.20E‐02 3.82E‐017.03E‐06 7.13E‐051.18E‐02 1.20E‐019.60E‐025.00E‐024.21E‐03 3.78E‐029.48E‐01 1.59E‐02 1.57E‐012.43E‐03 2.11E‐023.10E‐03 2.67E‐024.94E‐01 1.60E‐02 1.58E‐01PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Jan‐98PMcontrol FabricFilter,reverseair 01‐Dec‐81SO2control DryFGD‐SprayDryer 01‐May‐85PMcontrol FabricFilter,pulse 01‐Dec‐87NOxcontrol SelectiveNoncatalyticReduction 01‐Dec‐87NOxcontrol SelectiveNoncatalyticReduction 01‐Mar‐90PMcontrol FabricFilter,pulse 01‐Sep‐90NOxcontrol SelectiveNoncatalyticReduction 01‐Jan‐91NOxcontrol SelectiveCatalyticReduction 01‐Oct‐03PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Dec‐79PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jan‐86PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Jan‐87SO2control DryFGD‐SprayDryer 01‐May‐81PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Nov‐79SO2control DryFGD‐SprayDryer 01‐Nov‐82PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Dec‐80NOxcontrol SelectiveCatalyticReduction 01‐Jun‐04PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jul‐80NOxcontrol SelectiveCatalyticReduction 01‐Nov‐06PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Jan‐81PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐May‐79NOxcontrol SelectiveCatalyticReduction 01‐Apr‐03PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jul‐81PMcontrol FabricFilter,reverseair 01‐Apr‐80PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Jan‐98PMcontrol Electrostaticprecipitator,hotside,w/ofluegasconditioning 01‐Jun‐72PMcontrol Electrostaticprecipitator,hotside,w/ofluegasconditioning 01‐Jun‐72NOxcontrol SelectiveCatalyticReduction 01‐Jan‐99PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Sep‐81PMcontrol FabricFilter,reverseair 01‐Nov‐85PMcontrol FabricFilter,reverseair 01‐May‐87PMcontrol FabricFilter,reverseair 01‐Jun‐86NOxcontrol SelectiveCatalyticReduction 01‐Jun‐04PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Apr‐83PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Jan‐98PMcontrol FabricFilter,reverseair 01‐May‐85PMcontrol FabricFilter,shakeanddeflate 01‐Dec‐87PMcontrol FabricFilter,reverseair 01‐Mar‐90PMcontrol FabricFilter,reverseair 01‐Jan‐91PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Sep‐84 OthercontrolSO2control WetFGD‐SprayType 01‐Dec‐79SO2control WetFGD‐SprayType 01‐Feb‐86Othercontrol Activatedcarboninjection 01‐Feb‐09 PMcontrolPMcontrol FabricFilter,shakeanddeflate 01‐May‐81PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Nov‐82PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Nov‐83 SO2controlSO2control WetFGD‐TrayType 01‐Jul‐80PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Jun‐80 SO2controlPMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐May‐85 SO2controlSO2control WetFGD‐TrayType 01‐Jul‐81PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Jan‐98Othercontrol Drysorbentinjection PMcontrolSO2control WetFGD‐SprayType 01‐Nov‐85SO2control WetFGD‐SprayType 01‐May‐87SO2control WetFGD‐SprayType 01‐Jun‐86PMcontrol Electrostaticprecipitator,coldside,w/ofluegasconditioning 01‐Feb‐82 SO2controlSO2control WetFGD‐SprayType 01‐Apr‐83Drysorbentinjection 01‐Mar‐06 SO2controlFabricFilter,pulse 01‐Feb‐09WetFGD‐PackedType 01‐Sep‐83WetFGD‐SprayType 01‐Nov‐06WetFGD‐SprayType 01‐Mar‐07Electrostaticprecipitator,unspecified 01‐Jan‐84 SO2controlWetFGD‐PackedType 01‐Feb‐82WetFGD‐SprayType 01‐Sep‐84WetFGD‐SprayType 01‐Jan‐84coal 7253 RichardGorsuch OH UNIT1 ConventionalBoilercoal 6085 R.M.Schahfer IN R.M.0015 ConventionalBoilercoalgas 1010 WabashRiver IN PG7221FA IGCCcoalgas 7242 Polk FL IGCC1 IGCCRadiant 1 53 455 8.54Wallfiring‐opposedfiring 1 502 5100 10.16IGCC 1 292 1709 5.85IGCC 1 260 2431 9.35coal‐bituminousbituminous2.02E‐04 5.27E‐08other‐‐Blendof~80%Petcokeand~20%SubbituminousCoal(byweight,asreceived) 7.11E‐05 1.34E‐073.08E‐07 5.27E‐08 3.08E‐07 1.35E‐041.26E‐06 1.34E‐07 1.26E‐06 1.49E‐043.72E‐07 2.18E‐06 3.72E‐07 2.18E‐067.78E‐07 7.27E‐06 7.78E‐07 7.27E‐066.74E‐05 6.03E‐09 3.53E‐08 6.03E‐097.11E‐06 1.42E‐08 1.33E‐07 1.42E‐083.53E‐08 6.74E‐05 3.39E‐08 1.98E‐071.33E‐07 1.42E‐05 7.27E‐08 6.80E‐073.39E‐08 1.98E‐07 5.03E‐04 1.78E‐06 1.04E‐057.27E‐08 6.80E‐07 5.12E‐04 5.88E‐07 5.49E‐061.78E‐06 1.04E‐05 1.91E‐05 1.80E‐075.88E‐07 5.49E‐06 1.85E‐04 7.80E‐081.05E‐06 1.80E‐07 1.05E‐06 6.74E‐05 2.35E‐077.30E‐07 7.80E‐08 7.30E‐07 1.42E‐04 1.01E‐051.37E‐06 2.35E‐07 1.37E‐069.44E‐05 1.01E‐05 9.44E‐053.51E‐04 1.53E‐06 8.94E‐067.11E‐06 4.26E‐07 3.98E‐061.53E‐06 8.94E‐06 5.87E‐03 1.42E‐06 8.31E‐064.26E‐07 3.98E‐06 1.11E‐02 2.30E‐06 2.15E‐051.42E‐06 8.31E‐06 1.35E‐04 1.46E‐052.30E‐06 2.15E‐05 7.11E‐05 8.70E‐068.55E‐05 1.46E‐05 8.55E‐058.14E‐05 8.70E‐06 8.14E‐052.02E‐05 1.18E‐04 2.00E‐02 1.17E‐012.32E‐05 2.17E‐04 1.33E‐03 1.24E‐024.71E‐033.77E‐032.76E‐023.52E‐021.38E‐021.28E‐028.06E‐021.20E‐012.20E‐02 1.88E‐011.49E‐02 1.51E‐01PMcontrol Electrostaticprecipitator,hotside,w/ofluegasconditioning 01‐Jun‐72PMcontrol Electrostaticprecipitator,coldside,w/fluegasconditioning 01‐Jan‐79PMcontrol PMscrubber‐SyngasPMscrubbing 01‐Oct‐96

# AES Hawaii AES Hawaii

ORIS/Facility/Unit 

# 10673 10673

Test Averages 002 001

1 3.1217E

‐ 09 5.6256E

‐ 09

2

3

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 = 

# 1 1

Total Number of sources = 131 N

# Reid Gardner AES Warrior

Run

Cogeneration

Facility Wygen 1 Logan

Generating

Plant Neil Simpson

II Chambers

Cogeneration

LP

2324 10678 55479 10043 7504 10566

1 BLR1 WYG1Cfg Unit1 NS2Cfg Boil 1

9.8044E

‐ 09 1.4421E

‐ 08 1.6214E

‐ 08 1.7596E

‐ 08 1.9772E

‐ 08 1.9832E

‐ 08

1 11111 Emissions (lb/MMBtu)

# Chambers

Cogeneration

LP AES Shady

Point,LLC AES Shady

Point,LLC Martin Drake Cedar Bay Generating

Company L.P. Cedar Bay

Generating

Company L.P.

10566 10671 10671 492 10672 10672

Boil 2 Unit 1 Unit 2 Unit 7

‐ Coal CBA1 CBB1

2.0061E

‐ 08 2.4209E

‐ 08 2.4209E

‐ 08 3.0371E

‐ 08 3.1881E

‐ 08 3.3652E

‐ 08

1 111 11

# Havana Cholla R D Green Martin Drake Eastlake San Juan

891 113 6639 492 2837 2451

Boiler 9 004 2 Unit 5

‐ Coal Unit 3 Unit 2

3.7518E

‐ 08 4.0403E

‐ 08 4.1382E

‐ 08 4.3434E

‐ 08 4.5696E

‐ 08 4.6294E

‐ 08

1 1 11 1 1

# Cholla Rawhide Weston Silver Bay

Power G G Allen G G Allen

113 6761 4078 10849 2718 2718

003 Rawhide101 W4 GEN1 3

‐ 2009

‐ FGDIN 4

‐ 2009

‐ FGDIN

4.6798E

‐ 08 4.9819E

‐ 08 5.0290E

‐ 08 5.4390E

‐ 08 6.1903E

‐ 08 6.1903E

‐ 08

11 1 1 1 1

# Bridgeport

Station Asheville

Steam Electric

Plant Hayden San Juan Cedar Bay

Generating

Company L.P. Oak Grove Southampton

Power Station

568 2706 525 2451 10672 6180 10774

BHSEMU3OS3

‐ Ash_Cfg_1d Unit 1 Unit 3 CBC1 OG1 Unit 1 & 2

6.5281E

‐ 08 6.9085E

‐ 08 7.0754E

‐ 08 7.1528E

‐ 08 7.7604E

‐ 08 7.8700E

‐ 08 8.8666E

‐ 08

1111 111

# Pulliam Spruance Genco,

LLC Sunnyside Cogen

Associates W H Zimmer Wygen 2 Clover

4072 54081 50951 6019 56319 7213

8 GEN2 Config 1 1 WYG2Cfg Unit 1

9.1873E

‐ 08 9.3751E

‐ 08 9.4160E

‐ 08 9.8722E

‐ 08 9.9986E

‐ 08 1.0641E

‐ 07

1 1 1 1 11

# San Juan San Juan Roxboro

Steam Electric

Plant Ebensburg

Power

Company Northampton

Generating

Company, L.P. TransAlta

Centralia

Generation Hayden

2451 2451 2712 10603 50888 3845 525

Unit 4 Unit 1 Rox_Cfg_1b EPC01 GEN1 BW21CONFIG Unit 2

1.0782E

‐ 07 1.0907E

‐ 07 1.1190E

‐ 07 1.1600E

‐ 07 1.1901E

‐ 07 1.1968E

‐ 07 1.2161E

‐ 07

1111111

# Weston Welsh Clover James River

Cogeneration Co Roanoke Valley II Roxboro

Steam Electric

Plant

4078 6139 7213 10377 54755 2712

W3 WE

‐ 1 Unit 2 UNIT2 Boiler 2 Rox_Cfg_2c

1.2397E

‐ 07 1.2883E

‐ 07 1.2914E

‐ 07 1.3169E

‐ 07 1.4130E

‐ 07 1.4182E

‐ 07

111 1 1 1

# East Bend

Station Salem Harbor Newton TransAlta

Centralia

Generation Cross Meredosia

6018 1626 6017 3845 130 864

2 Unit 1 002 BW22CONFIG C3 005

1.5002E

‐ 07 1.5016E

‐ 07 1.5085E

‐ 07 1.5145E

‐ 07 1.5579E

‐ 07 1.6038E

‐ 07

1 1111 1

# Asheville Steam

Electric Plant PSEG Mercer

Generating

Station Cope Elm Road

Generating

Station Marion

Generating

Station State Line

2706 2408 7210 56068 976 981

Ash_Cfg_2 MERU1E1PT1OS COP001 ERGS

‐ B1 123 Unit 3

1.6272E

‐ 07 1.6315E

‐ 07 1.6521E

‐ 07 1.6536E

‐ 07 1.7911E

‐ 07 1.8522E

‐ 07

1 1 1111

# Cross TS Power Plant Birchwood Power

Facility Hatfield's

Ferry Power

Station Gibson

130 56224 54304 3179 6113

C4 TSPower 1A 001 2

‐ 2007

‐ FGDIN

1.8960E

‐ 07 1.9396E

‐ 07 1.9686E

‐ 07 2.0169E

‐ 07 2.0858E

‐ 07

1 1 11 1

# Hopewell Gibson Red Hills

Generating

Facility Red Hills

Generating

Facility Springerville Hammond

10771 6113 55076 55076 8223 708

1 & 2 1

‐ 2007

‐ FGDIN 002 001 4 Unit 2

2.1352E

‐ 07 2.2318E

‐ 07 2.2331E

‐ 07 2.2331E

‐ 07 2.2831E

‐ 07 2.3360E

‐ 07

1 1 1 111

# Hammond Hammond Hammond PANTHER

CREEK

ENERGY

FACILITY PANTHER

CREEK

ENERGY

FACILITY PSEG Mercer

Generating

Station

708 708 708 50776 50776 2408

Unit 3 Unit 1 Unit 4 BG2 BG1 MERU2E2PT2

2.3360E

‐ 07 2.3360E

‐ 07 2.3360E

‐ 07 2.3589E

‐ 07 2.3589E

‐ 07 2.3767E

‐ 07

11 1111

# INDIANTOWN

COGENERATI

ON L.P. Sibley Sibley Sibley J K Spruce Joppa Steam

50976 2094 2094 2094 7097 887

001 3 1 2 1 1

2.4107E

‐ 07 2.4313E

‐ 07 2.4313E

‐ 07 2.4313E

‐ 07 2.4634E

‐ 07 2.4788E

‐ 07

11 1 1 1 1

# Erickson

Station Brandon

Shores Spruance

Genco, LLC Cross R.M. Schahfer Colbert H L Spurlock

Station

1832 602 54081 130 6085 47 6041

001 002 GEN4 C1 R.M.0014 3 Unit 03

2.5109E

‐ 07 2.5777E

‐ 07 2.6856E

‐ 07 2.6912E

‐ 07 2.9433E

‐ 07 3.0294E

‐ 07 3.0801E

‐ 07

11 11111

# Cambria

Cogen Seward Seward Spruance

Genco, LLC Duck Creek Mecklenburg

Power Station AES Puerto

Rico

Cogeneration

Facility

10641 3130 3130 54081 6016 52007 68029

001 SEW

‐ 1 SEW

‐ 2 GEN3 001 Unit 1 & 2 Unit_1

3.0880E

‐ 07 3.1058E

‐ 07 3.1058E

‐ 07 3.2026E

‐ 07 3.2433E

‐ 07 3.3153E

‐ 07 3.4520E

‐ 07

111111 1

# Clinch River Dallman Nebraska City H L Spurlock Station AES Puerto

Rico

Cogeneration

Facility Whelan

Energy Center

Unit 1 (WEC1)

3775 963 6096 6041 68029 60

CR

‐ 1 34 NC2 Unit 01 Unit_2 1

3.5266E

‐ 07 3.6033E

‐ 07 3.6233E

‐ 07 3.7049E

‐ 07 3.7122E

‐ 07 3.7270E

‐ 07

111 1 11

# Comanche Springerville H L Spurlock

Station Stanton Energy

Center James H.

Miller Jr. Cambria

Cogen Lawrence

Energy Center

470 8223 6041 564 6002 10641 1250

Unit 2 3 Unit 04 2 coal Unit 4 002 3

3.7311E

‐ 07 3.7547E

‐ 07 3.7910E

‐ 07 3.8423E

‐ 07 3.8501E

‐ 07 3.8659E

‐ 07 3.9486E

‐ 07

111 1111

# Hennepin

Power Station Hennepin

Power Station Coal Creek Cardinal Roanoke Valley I Albright Power

Station

892 892 6030 2828 54035 3942

001 002 Unit 1b CD

‐ U3 Boiler 1 Unit_2

3.9839E

‐ 07 3.9839E

‐ 07 4.0000E

‐ 07 4.0498E

‐ 07 4.0700E

‐ 07 4.1519E

‐ 07

1111 1 1

# Gallatin Dunkirk

Generating

Plant Craig Gerald

Gentleman South Oak

Creek A. B. Brown

Generating

Station Crist

3403 2554 6021 6077 4041 6137 641

2 1 C2 U1 OCPP

‐ B7 1Config Unit 5

4.4167E

‐ 07 4.5962E

‐ 07 4.7036E

‐ 07 4.7094E

‐ 07 4.7950E

‐ 07 4.9190E

‐ 07 4.9257E

‐ 07

1 1 11111

# Crist Crist Crist Hawthorn

641 641 641 2079

Unit 6 Unit 7 Unit 4 5A

4.9257E

‐ 07 4.9257E

‐ 07 4.9257E

‐ 07 4.9685E

‐ 07

11 11

# n =Total # test runs = 

# 131

130

This step is for QC only:



# means 3.12E

‐ 09 5.63E

‐ 09

2.10E

‐ 07

Mean =

Pooled Variance = 

# 2.0622E

‐ 14

m= number future runs = 1

Term1 1.0076

Term2 2.0779E

‐ 14

Squared root Term2 

# 1.4415E

‐ 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

 

#  N

# 9.80E

‐ 09 1.44E

‐ 08 1.62E

‐ 08 1.76E

‐ 08 1.98E

‐ 08 1.98E

‐ 08

# 2.01E

‐ 08 2.42E

‐ 08 2.42E

‐ 08 3.04E

‐ 08 3.19E

‐ 08 3.37E

‐ 08

# 3.75E

‐ 08 4.04E

‐ 08 4.14E

‐ 08 4.34E

‐ 08 4.57E

‐ 08 4.63E

‐ 08 UPL Pooled

Variance= 

# 2

, 

# 1 1

df p 

# Xt s

n m  

     

# 4.68E

‐ 08 4.98E

‐ 08 5.03E

‐ 08 5.44E

‐ 08 6.19E

‐ 08 6.19E

‐ 08

# 6.53E

‐ 08 6.91E

‐ 08 7.08E

‐ 08 7.15E

‐ 08 7.76E

‐ 08 7.87E

‐ 08 8.87E

‐ 08

# 9.19E

‐ 08 9.38E

‐ 08 9.42E

‐ 08 9.87E

‐ 08 1.00E

‐ 07 1.06E

‐ 07

# 1.08E

‐ 07 1.09E

‐ 07 1.12E

‐ 07 1.16E

‐ 07 1.19E

‐ 07 1.20E

‐ 07 1.22E

‐ 07

# 1.24E

‐ 07 1.29E

‐ 07 1.29E

‐ 07 1.32E

‐ 07 1.41E

‐ 07 1.42E

‐ 07

# 1.50E

‐ 07 1.50E

‐ 07 1.51E

‐ 07 1.51E

‐ 07 1.56E

‐ 07 1.60E

‐ 07

# 1.63E

‐ 07 1.63E

‐ 07 1.65E

‐ 07 1.65E

‐ 07 1.79E

‐ 07 1.85E

‐ 07

# 1.90E

‐ 07 1.94E

‐ 07 1.97E

‐ 07 2.02E

‐ 07 2.09E

‐ 07

# 2.14E

‐ 07 2.23E

‐ 07 2.23E

‐ 07 2.23E

‐ 07 2.28E

‐ 07 2.34E

‐ 07

# 2.34E

‐ 07 2.34E

‐ 07 2.34E

‐ 07 2.36E

‐ 07 2.36E

‐ 07 2.38E

‐ 07

# 2.41E

‐ 07 2.43E

‐ 07 2.43E

‐ 07 2.43E

‐ 07 2.46E

‐ 07 2.48E

‐ 07

# 2.51E

‐ 07 2.58E

‐ 07 2.69E

‐ 07 2.69E

‐ 07 2.94E

‐ 07 3.03E

‐ 07 3.08E

‐ 07

# 3.09E

‐ 07 3.11E

‐ 07 3.11E

‐ 07 3.20E

‐ 07 3.24E

‐ 07 3.32E

‐ 07 3.45E

‐ 07

# 3.53E

‐ 07 3.60E

‐ 07 3.62E

‐ 07 3.70E

‐ 07 3.71E

‐ 07 3.73E

‐ 07

# 3.73E

‐ 07 3.75E

‐ 07 3.79E

‐ 07 3.84E

‐ 07 3.85E

‐ 07 3.87E

‐ 07 3.95E

‐ 07

# 3.98E

‐ 07 3.98E

‐ 07 4.00E

‐ 07 4.05E

‐ 07 4.07E

‐ 07 4.15E

‐ 07

# 4.42E

‐ 07 4.60E

‐ 07 4.70E

‐ 07 4.71E

‐ 07 4.80E

‐ 07 4.92E

‐ 07 4.93E

‐ 07

# 4.93E

‐ 07 4.93E

‐ 07 4.93E

‐ 07 4.97E

‐ 07

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



# t

‐ statistic = quantile t

‐ distribution

with df degrees of

freedom at .99

confidence level

= 2.36

UPL POOLED VARIANCE = 5.4934E

‐ 07 d f 

# t 

# n m    

2

, 

# 1 1

df p 

# Xt s

n m  

      d f 

# t

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

# AES Hawaii

ORIS/Facility/Unit 

# 10673

Runs 

# 002

1 1.3110E

‐ 09 DLL

2 5.7319E

‐ 09 DLL

3 2.3222E

‐ 09 ADL

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

N

i 

# n 

#  N N

# Emissions (lb/MMBtu)

# UPL Pooled

Variance= 

# 2

, 

# 1 1

df p 

# Xt s

n m  

     

# 2

This step is for QC only:



# means 3.12E

‐ 09

3.12E

‐ 09

Mean =

Pooled Variance = 

# 5.3654E

‐ 18

m= number future runs = 3

Term1 0.6667

Term2 3.5770E

‐ 18

Squared root Term2 

# 1.8913E

‐ 09

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

 

#  

#  1 i

i 

# n

 

# 

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

# , df p



# n m    

# t

‐ statistic = quantile t

‐ distribution

with df degrees of

freedom at .99

confidence level

= 6.96

UPL POOLED VARIANCE = 1.6294E

‐ 08 d f 

# t



# 2

, 

# 1 1

df p 

# Xt s

n m  

      d f 

# t

# AES Hawaii AES Hawaii

ORIS/Facility/Unit 

# 002 001

Test Averages 10673 10673

1 1.4520E

‐ 08 2.8305E

‐ 08

2

3

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 = 

# 1 1

# Chambers

Cogeneration LP Chambers

Cogeneration

LP Reid Gardner Cedar Bay

Generating

Company L.P. Cedar Bay

Generating

Company L.P. AES Warrior

Run

Cogeneration

Facility Logan

Generating

Plant

Boil 1 Boil 2 1 CBA1 CBB1 BLR1 Unit1

10566 10566 2324 10672 10672 10678 10043

9.6515E

‐ 08 9.7629E

‐ 08 1.0732E

‐ 07 1.2104E

‐ 07 1.2776E

‐ 07 1.4614E

‐ 07 1.5405E

‐ 07

1111111 Emissions (lb/MW)

# Wygen 1 Neil Simpson

II Cedar Bay

Generating

Company L.P. AES Shady Point,LLC AES Shady

Point,LLC Martin Drake

WYG1Cfg NS2Cfg CBC1 Unit 1 Unit 2 Unit 7

‐ Coal

55479 7504 10672 10671 10671 492

1.8762E

‐ 07 2.4714E

‐ 07 2.9462E

‐ 07 3.0292E

‐ 07 3.0292E

‐ 07 3.1771E

‐ 07

111 111

# Eastlake Havana Cholla Cholla Silver Bay

Power Martin Drake

Unit 3 Boiler 9 004 003 GEN1 Unit 5

‐ Coal

2837 891 113 113 10849 492

3.8238E

‐ 07 3.9234E

‐ 07 4.0574E

‐ 07 4.4941E

‐ 07 4.4952E

‐ 07 4.5013E

‐ 07

1 11 1 11

# Weston Rawhide San Juan R D Green G G Allen G G Allen

W4 Rawhide101 Unit 2 23

‐ 2009

‐ FGDIN 4

‐ 2009

‐ FGDIN

4078 6761 2451 6639 2718 2718

4.5283E

‐ 07 4.5736E

‐ 07 4.6143E

‐ 07 4.7210E

‐ 07 4.8995E

‐ 07 4.9556E

‐ 07

1 1 1 1 11

# Southampton

Power Station Asheville

Steam Electric

Plant Bridgeport

Station Hayden San Juan Oak Grove W H Zimmer

Unit 1 & 2 Ash_Cfg_1d BHSEMU3OS3

‐

#2 Unit 1 Unit 3 OG1 1

10774 2706 568 525 2451 6180 6019

5.7959E

‐ 07 6.3878E

‐ 07 6.6415E

‐ 07 6.8758E

‐ 07 7.5710E

‐ 07 8.6406E

‐ 07 8.8738E

‐ 07

111 111 1

# Pulliam Roxboro Steam

Electric Plant San Juan Sunnyside

Cogen

Associates San Juan Northampton

Generating

Company, L.P.

8 Rox_Cfg_1b Unit 1 Config 1 Unit 4 GEN1

4072 2712 2451 50951 2451 50888

1.0060E

‐ 06 1.0914E

‐ 06 1.0928E

‐ 06 1.0985E

‐ 06 1.1197E

‐ 06 1.1272E

‐ 06

1 1 1 111

# Hayden Weston Welsh Clover Spruance

Genco, LLC Newton Hopewell

Unit 2 W3 WE

‐ 1 Unit 1 GEN2 002 1 & 2

525 4078 6139 7213 54081 6017 10771

1.1572E

‐ 06 1.1609E

‐ 06 1.1904E

‐ 06 1.2154E

‐ 06 1.2250E

‐ 06 1.3382E

‐ 06 1.3423E

‐ 06

1111111

# Wygen 2 James River

Cogeneration

Co Roxboro Steam

Electric Plant East Bend Station PSEG Mercer

Generating

Station Clover

WYG2Cfg UNIT2 Rox_Cfg_2c 2 MERU1E1PT1

OS1

‐ Coal Unit 2

56319 10377 2712 6018 2408 7213

1.3540E

‐ 06 1.3768E

‐ 06 1.3906E

‐ 06 1.4554E

‐ 06 1.4745E

‐ 06 1.4999E

‐ 06

11 1 1 1 1

# Cross Asheville

Steam Electric

Plant Cope TransAlta

Centralia

Generation Roanoke

Valley II Elm Road

Generating

Station

C3 Ash_Cfg_2 COP001 BW21CONFIG Boiler 2 ERGS

‐ B1

130 2706 7210 3845 54755 56068

1.5101E

‐ 06 1.5171E

‐ 06 1.5206E

‐ 06 1.5368E

‐ 06 1.5826E

‐ 06 1.5913E

‐ 06

1111 1 1

# Ebensburg

Power Company TS Power Plant Salem Harbor Marion

Generating

Station Hatfield's

Ferry Power

Station Gibson

EPC01 TSPower Unit 1 123 001 2

‐ 2007

‐ FGDIN

10603 56224 1626 976 3179 6113

1.6600E

‐ 06 1.6927E

‐ 06 1.8093E

‐ 06 1.8657E

‐ 06 1.9485E

‐ 06 2.0335E

‐ 06

1 1111 1

# Birchwood Power

Facility State Line Cross TransAlta

Centralia

Generation Red Hills Generating

Facility

1A Unit 3 C4 BW22CONFIG 002

54304 981 130 3845 55076

2.0395E

‐ 06 2.0409E

‐ 06 2.0623E

‐ 06 2.0682E

‐ 06 2.1279E

‐ 06

1 11 1 1

# Springerville Red Hills

Generating

Facility PSEG Mercer

Generating

Station Gibson Meredosia INDIANTOWN

COGENERATI

ON L.P.

4 001 MERU2E2PT2O

S1

‐ Coal 1

‐ 2007

‐ FGDIN 005 001

8223 55076 2408 6113 864 50976

2.1309E

‐ 06 2.1446E

‐ 06 2.1481E

‐ 06 2.1501E

‐ 06 2.1887E

‐ 06 2.2852E

‐ 06

1 1 1111

# Hammond Hammond Hammond Sibley Joppa Steam Hammond

Unit 2 Unit 3 Unit 1 3 1 Unit 4

708 708 708 2094 887 708

2.3117E

‐ 06 2.3185E

‐ 06 2.3538E

‐ 06 2.3757E

‐ 06 2.4342E

‐ 06 2.4522E

‐ 06

1 11111

# Brandon

Shores Erickson Station H L Spurlock Station Sibley J K Spruce Cross

002 001 Unit 03 1 1 C1

602 1832 6041 2094 7097 130

2.5030E

‐ 06 2.5383E

‐ 06 2.5667E

‐ 06 2.6948E

‐ 06 2.7017E

‐ 06 2.8685E

‐ 06

1 1 1 1 11

# R.M. Schahfer Sibley Dallman PANTHER

CREEK

ENERGY

FACILITY PANTHER

CREEK

ENERGY

FACILITY Colbert Clinch River

R.M.0014 2 34 BG2 BG1 3 CR

‐ 1

6085 2094 963 50776 50776 47 3775

2.9244E

‐ 06 2.9905E

‐ 06 3.0236E

‐ 06 3.0438E

‐ 06 3.0438E

‐ 06 3.2127E

‐ 06 3.2213E

‐ 06

1 111111

# Cardinal Seward Seward Albright

Power Station AES Puerto

Rico

Cogeneration

Facility Scrubgrass

Generating

Company L.P. Springerville

CD

‐ U3 SEW

‐ 1 SEW

‐ 2 Unit_2 Unit_1 Gen 1 3

2828 3130 3130 3942 68029 50974 8223

3.2866E

‐ 06 3.2916E

‐ 06 3.2916E

‐ 06 3.2959E

‐ 06 3.3321E

‐ 06 3.3748E

‐ 06 3.5044E

‐ 06

11111 1 1

# Spruance

Genco, LLC Stanton

Energy Center Cambria Cogen H L Spurlock

Station Comanche AES Puerto

Rico

Cogeneration

Facility

GEN4 2 coal 001 Unit 04 Unit 2 Unit_2

54081 564 10641 6041 470 68029

3.5090E

‐ 06 3.5188E

‐ 06 3.5291E

‐ 06 3.5383E

‐ 06 3.5594E

‐ 06 3.5832E

‐ 06

11 1 111

# Duck Creek Nebraska City James H. Miller

Jr. Whelan

Energy Center

Unit 1 (WEC1) Roanoke

Valley I Coal Creek H L Spurlock

Station

001 NC2 Unit 4 1 Boiler 1 Unit 1b Unit 01

6016 6096 6002 60 54035 6030 6041

3.6487E

‐ 06 3.6766E

‐ 06 3.7151E

‐ 06 3.7675E

‐ 06 3.8016E

‐ 06 3.8869E

‐ 06 3.9214E

‐ 06

11 11111

# Mecklenburg

Power Station Gallatin Hennepin

Power Station Spruance Genco, LLC Hennepin

Power Station South Oak

Creek

Unit 1 & 2 2 001 GEN3 002 OCPP

‐ B7

52007 3403 892 54081 892 4041

4.0002E

‐ 06 4.0486E

‐ 06 4.1220E

‐ 06 4.1845E

‐ 06 4.2563E

‐ 06 4.2870E

‐ 06

111 1 1 1

# Lawrence

Energy Center Craig Cambria

Cogen River Rouge

Power Plant A. B. Brown

Generating

Station Dunkirk

Generating

Plant W.H.

Weatherspoo

n Plant

3 C2 002 RR2

‐ Config 1Config 4 Wea_Cfg_1

1250 6021 10641 1740 6137 2554 2716

4.3911E

‐ 06 4.4034E

‐ 06 4.4181E

‐ 06 4.6082E

‐ 06 4.6740E

‐ 06 4.7194E

‐ 06 4.8774E

‐ 06

1 111111

# Crist Crist Gerald

Gentleman

Unit 5 Unit 6 U1

641 641 6077

4.9127E

‐ 06 4.9155E

‐ 06 4.9650E

‐ 06

1 11

# Total Number of sources = 131

n =Total # test runs = 

# 131

130

This step is for QC only:



# means 1.45E

‐ 08 2.83E

‐ 08

2.10E

‐ 06

Mean =

Pooled Variance = 

# 2.0262E

‐ 12

m= number future runs = 1

Term1 1.0076

Term2 2.0416E

‐ 12

Squared root Term2 

# 1.4289E

‐ 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  

   1 

# 1 i 

# n

i ik

k i 

# x x

n

 

#  

#  1 N

i

i 

# n

 

#  N N

# 9.65E

‐ 08 9.76E

‐ 08 1.07E

‐ 07 1.21E

‐ 07 1.28E

‐ 07 1.46E

‐ 07 1.54E

‐ 07

# 1.88E

‐ 07 2.47E

‐ 07 2.95E

‐ 07 3.03E

‐ 07 3.03E

‐ 07 3.18E

‐ 07

# 3.82E

‐ 07 3.92E

‐ 07 4.06E

‐ 07 4.49E

‐ 07 4.50E

‐ 07 4.50E

‐ 07 UPL Pooled

Variance= 

# 2

, 

# 1 1

df p 

# Xt s

n m  

     

# 4.53E

‐ 07 4.57E

‐ 07 4.61E

‐ 07 4.72E

‐ 07 4.90E

‐ 07 4.96E

‐ 07

# 5.80E

‐ 07 6.39E

‐ 07 6.64E

‐ 07 6.88E

‐ 07 7.57E

‐ 07 8.64E

‐ 07 8.87E

‐ 07

# 1.01E

‐ 06 1.09E

‐ 06 1.09E

‐ 06 1.10E

‐ 06 1.12E

‐ 06 1.13E

‐ 06

# 1.16E

‐ 06 1.16E

‐ 06 1.19E

‐ 06 1.22E

‐ 06 1.22E

‐ 06 1.34E

‐ 06 1.34E

‐ 06

# 1.35E

‐ 06 1.38E

‐ 06 1.39E

‐ 06 1.46E

‐ 06 1.47E

‐ 06 1.50E

‐ 06

# 1.51E

‐ 06 1.52E

‐ 06 1.52E

‐ 06 1.54E

‐ 06 1.58E

‐ 06 1.59E

‐ 06

# 1.66E

‐ 06 1.69E

‐ 06 1.81E

‐ 06 1.87E

‐ 06 1.95E

‐ 06 2.03E

‐ 06

# 2.04E

‐ 06 2.04E

‐ 06 2.06E

‐ 06 2.07E

‐ 06 2.13E

‐ 06

# 2.13E

‐ 06 2.14E

‐ 06 2.15E

‐ 06 2.15E

‐ 06 2.19E

‐ 06 2.29E

‐ 06

# 2.31E

‐ 06 2.32E

‐ 06 2.35E

‐ 06 2.38E

‐ 06 2.43E

‐ 06 2.45E

‐ 06

# 2.50E

‐ 06 2.54E

‐ 06 2.57E

‐ 06 2.69E

‐ 06 2.70E

‐ 06 2.87E

‐ 06

# 2.92E

‐ 06 2.99E

‐ 06 3.02E

‐ 06 3.04E

‐ 06 3.04E

‐ 06 3.21E

‐ 06 3.22E

‐ 06

# 3.29E

‐ 06 3.29E

‐ 06 3.29E

‐ 06 3.30E

‐ 06 3.33E

‐ 06 3.37E

‐ 06 3.50E

‐ 06

# 3.51E

‐ 06 3.52E

‐ 06 3.53E

‐ 06 3.54E

‐ 06 3.56E

‐ 06 3.58E

‐ 06

# 3.65E

‐ 06 3.68E

‐ 06 3.72E

‐ 06 3.77E

‐ 06 3.80E

‐ 06 3.89E

‐ 06 3.92E

‐ 06

# 4.00E

‐ 06 4.05E

‐ 06 4.12E

‐ 06 4.18E

‐ 06 4.26E

‐ 06 4.29E

‐ 06

# 4.39E

‐ 06 4.40E

‐ 06 4.42E

‐ 06 4.61E

‐ 06 4.67E

‐ 06 4.72E

‐ 06 4.88E

‐ 06

# 4.91E

‐ 06 4.92E

‐ 06 4.96E

‐ 06

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



# t

‐ statistic = quantile t

‐ distribution

with df degrees of

freedom at .99

confidence level

= 2.36

UPL POOLED VARIANCE = 5.4628E

‐ 06 d f 

# t 

# 2 

# 1 1

s

n m  

    

2

, 

# 1 1

df p 

# Xt s

n m  

      d f 

# t

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

# AES Hawaii

ORIS/Facility/Unit 

# 10673

Runs 

# 002

1 6.0978E

‐ 09 DLL

2 2.6660E

‐ 08 DLL

3 1.0801E

‐ 08 ADL

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

N

i 

# n 

#  N N

# Emissions (lb/MW)

# UPL Pooled

Variance= 

# 2

, 

# 1 1

df p 

# Xt s

n m  

     

# 2

This step is for QC only:



# means 1.45E

‐ 08

1.45E

‐ 08

Mean =

Pooled Variance = 

# 1.1608E

‐ 16

m= number future runs = 3

Term1 0.6667

Term2 7.7384E

‐ 17

Squared root Term2 

# 8.7968E

‐ 09

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

 

#  

#  1 i

i 

# n

 

# 

# t

‐ statistic = quantile t

‐ distribution

with df degrees of

freedom at .99

confidence level

= 6.96

UPL POOLED VARIANCE = 7.5786E

‐ 08 d f 

# t



# 2

, 

# 1 1

df p 

# Xt s

n m  

      d f 

# t

# Oak Grove San Juan

ORIS/Facility/Unit 

# 6180 2451

Test Averages OG1 Unit 3

1 9.4542E

‐ 09 2.3374E

‐ 08

2

3

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 = 

# 1 1

Total Number of sources = 131 N

# AES Hawaii Neil Simpson

II AES Hawaii Reid Gardner Chambers

Cogeneration

LP Northampton

Generating

Company, L.P.

10673 7504 10673 2324 10566 50888

001 NS2Cfg 002 1 Boil 2 GEN1

2.6229E

‐ 08 3.3442E

‐ 08 3.5151E

‐ 08 4.0506E

‐ 08 4.2269E

‐ 08 4.4245E

‐ 08

11111 1 Emissions (lb/MMBtu)

# San Juan San Juan Rawhide Hayden Hayden Dallman

2451 2451 6761 525 525 963

Unit 2 Unit 1 Rawhide101 Unit 2 Unit 1 34

4.6294E

‐ 08 4.7797E

‐ 08 7.2890E

‐ 08 7.7572E

‐ 08 8.1962E

‐ 08 8.2410E

‐ 08

1 111 11

# San Juan Sunnyside

Cogen

Associates AES Shady

Point,LLC AES Shady

Point,LLC Wygen 2 Wygen 1

2451 50951 10671 10671 56319 55479

Unit 4 Config 1 Unit 1 Unit 2 WYG2Cfg WYG1Cfg

8.2493E

‐ 08 1.0044E

‐ 07 1.0704E

‐ 07 1.0704E

‐ 07 1.1029E

‐ 07 1.1032E

‐ 07

1 1 11 1 1

# Cope AES Warrior

Run

Cogeneration

Facility Birchwood Power

Facility Chambers

Cogeneration

LP TransAlta

Centralia

Generation Hardin

Generator

Project

7210 10678 54304 10566 3845 55749

COP001 BLR1 1A Boil 1 BW21CONFIG PC1

1.1355E

‐ 07 1.1785E

‐ 07 1.1826E

‐ 07 1.1889E

‐ 07 1.2034E

‐ 07 1.2153E

‐ 07

11 1 1 1 1

# Cedar Bay

Generating

Company L.P. Cedar Bay

Generating

Company L.P. Logan

Generating

Plant Cholla INDIANTOWN

COGENERATIO

N L.P. Martin Drake Welsh

10672 10672 10043 113 50976 492 6139

CBA1 CBB1 Unit1 003 001 Unit 5

‐ Coal WE

‐ 1

1.2516E

‐ 07 1.2519E

‐ 07 1.3186E

‐ 07 1.3302E

‐ 07 1.3491E

‐ 07 1.6404E

‐ 07 1.7273E

‐ 07

1111 111

# Colbert Walter Scott Jr.

Energy Center R D Green Havana TS Power Plant Weston

47 1082 6639 891 56224 4078

3 4 2 Boiler 9 TSPower W4

1.7514E

‐ 07 1.7911E

‐ 07 1.8496E

‐ 07 1.8829E

‐ 07 2.0113E

‐ 07 2.0116E

‐ 07

1 1 1 1 11

# Cholla J T Deely J T Deely Springerville TransAlta

Centralia

Generation Eastlake J K Spruce

113 6181 6181 8223 3845 2837 7097

004 2 1 4 BW22CONFIG Unit 1 1

2.0122E

‐ 07 2.1148E

‐ 07 2.1148E

‐ 07 2.2831E

‐ 07 2.3001E

‐ 07 2.3321E

‐ 07 2.4634E

‐ 07

1111111

# Lawrence

Energy Center Brandon

Shores Southampton

Power Station Clover PSEG Mercer

Generating Station Elm Road

Generating

Station

1250 602 10774 7213 2408 56068

3 002 Unit 1 & 2 Unit 1 MERU1E1PT1OS1

‐ ERGS

‐ B1

2.5723E

‐ 07 2.5777E

‐ 07 2.8111E

‐ 07 2.8112E

‐ 07 2.8438E

‐ 07 2.8954E

‐ 07

111 1 1 1

# Bridgeport

Station Craig Twin Oaks

Power One Louisa Hawthorn Silver Bay

Power

568 6021 7030 6664 2079 10849

BHSEMU3OS3

‐ C2 U2 101 5A GEN1

2.8982E

‐ 07 2.9254E

‐ 07 2.9846E

‐ 07 3.0019E

‐ 07 3.0296E

‐ 07 3.0972E

‐ 07

1 1111 1

# Spruance Genco,

LLC Spruance

Genco, LLC Sandow Station PSEG Mercer

Generating

Station RS Nelson Sandow

Station

54081 54081 52071 2408 1393 52071

GEN1 GEN2 5A MERU2E2PT2 001 5B

3.3274E

‐ 07 3.4170E

‐ 07 3.4279E

‐ 07 3.4347E

‐ 07 3.4976E

‐ 07 3.5283E

‐ 07

1 1 1111

# Martin Drake Whelan Energy

Center Unit 1

(WEC1) Harding Street Mecklenburg

Power Station Comanche

492 60 990 52007 470

Unit 7

‐ Coal 1 70ss Unit 1 & 2 Unit 2

3.6811E

‐ 07 3.7029E

‐ 07 3.7129E

‐ 07 3.7154E

‐ 07 3.7162E

‐ 07

1 1 11 1

# Clover H L Spurlock

Station Stanton Energy

Center H L Spurlock

Station PANTHER

CREEK

ENERGY

FACILITY PANTHER

CREEK

ENERGY

FACILITY

7213 6041 564 6041 50776 50776

Unit 2 Unit 03 2 coal Unit 04 BG2 BG1

3.7686E

‐ 07 3.8322E

‐ 07 3.8423E

‐ 07 3.8855E

‐ 07 3.8925E

‐ 07 3.8925E

‐ 07

1 1 1 111

# Gallatin James H.

Miller Jr. Weston Cambria

Cogen Nebraska City Cambria

Cogen

3403 6002 4078 10641 6096 10641

2 Unit 4 W3 001 NC2 002

3.9687E

‐ 07 4.2222E

‐ 07 4.2433E

‐ 07 4.2726E

‐ 07 4.4942E

‐ 07 4.5169E

‐ 07

11 1111

# Dunkirk

Generating

Plant Gerald

Gentleman South Oak Creek H L Spurlock Station Hennepin Power

Station Hennepin

Power Station

2554 6077 4041 6041 892 892

1 U1 OCPP

‐ B7 Unit 01 001 002

4.5962E

‐ 07 4.7094E

‐ 07 4.7950E

‐ 07 4.8680E

‐ 07 5.0034E

‐ 07 5.0034E

‐ 07

11 1 1 1 1

# Dunkirk

Generating

Plant Cedar Bay

Generating

Company L.P. Gerald

Gentleman PPL Montour Sheldon

Station Colbert Valley

2554 10672 6077 3149 2277 47 4042

4 CBC1 U2 U2 U1 4 VAPP

‐ B4

5.0124E

‐ 07 5.0640E

‐ 07 5.2804E

‐ 07 5.6824E

‐ 07 5.8237E

‐ 07 5.8676E

‐ 07 5.9351E

‐ 07

11 11111

# Crist Crist Crist Crist Valley Sheldon

Station Spruance

Genco, LLC

641 641 641 641 4042 2277 54081

Unit 5 Unit 6 Unit 7 Unit 4 VAPP

‐ B3 U2 GEN4

5.9498E

‐ 07 5.9498E

‐ 07 5.9498E

‐ 07 5.9498E

‐ 07 5.9990E

‐ 07 6.1233E

‐ 07 6.1728E

‐ 07

111111 1

# Duck Creek PPL Montour Eastlake Morgantown Energy Facility AES Puerto

Rico

Cogeneration

Facility Nucla

6016 3149 2837 10743 68029 527

001 U1 Unit 3 Unit 1&2 Unit_1 001

6.3175E

‐ 07 6.4867E

‐ 07 6.5914E

‐ 07 6.6285E

‐ 07 6.9758E

‐ 07 7.1140E

‐ 07

111 1 11

# James River

Cogeneration

Co G G Allen G G Allen Red Hills

Generating

Facility Red Hills

Generating

Facility Springerville Roxboro

Steam Electric

Plant

10377 2718 2718 55076 55076 8223 2712

UNIT2 3

‐ 2009

‐ FGDIN 4

‐ 2009

‐ FGDIN 002 001 3 Rox_Cfg_2c

7.1198E

‐ 07 7.2805E

‐ 07 7.2805E

‐ 07 7.4274E

‐ 07 7.4274E

‐ 07 7.5094E

‐ 07 7.6176E

‐ 07

111 1111

# BL England La Cygne Cardinal Muscatine #1 Piney Creek Project PPL Brunner

Island

2378 1241 2828 1167 54144 3140

2 Coal w or 2 CD

‐ U3 8 BRBRI U2

7.8082E

‐ 07 7.8785E

‐ 07 8.1910E

‐ 07 8.2602E

‐ 07 8.2780E

‐ 07 8.3236E

‐ 07

1111 1 1

# PPL Brunner

Island Roanoke

Valley II Hopewell Taconite

Harbor Energy

Center Clinch River Roxboro

Steam Electric

Plant AES Puerto

Rico

Cogeneration

Facility

3140 54755 10771 10075 3775 2712 68029

U1 Boiler 2 1 & 2 THEC2 CR

‐ 1 Rox_Cfg_1b Unit_2

8.3236E

‐ 07 8.5438E

‐ 07 8.7152E

‐ 07 9.0631E

‐ 07 9.8085E

‐ 07 1.0180E

‐ 06 1.0314E

‐ 06

1 1 11111

# State Line Valley Salem Harbor Will County

981 4042 1626 884

Unit 3 VAPP

‐ B2 Unit 1 WC4CONFIG

1.0605E

‐ 06 1.0730E

‐ 06 1.0887E

‐ 06 1.0917E

‐ 06

11 11

# n =Total # test runs = 

# 131

130

This step is for QC only:



# means 9.45E

‐ 09 2.34E

‐ 08

4.10E

‐ 07

Mean =

Pooled Variance = 

# 8.0623E

‐ 14

m= number future runs = 1

Term1 1.0076

Term2 8.1239E

‐ 14

Squared root Term2 

# 2.8502E

‐ 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

 

#  N

# 2.62E

‐ 08 3.34E

‐ 08 3.52E

‐ 08 4.05E

‐ 08 4.23E

‐ 08 4.42E

‐ 08

# 4.63E

‐ 08 4.78E

‐ 08 7.29E

‐ 08 7.76E

‐ 08 8.20E

‐ 08 8.24E

‐ 08

# 8.25E

‐ 08 1.00E

‐ 07 1.07E

‐ 07 1.07E

‐ 07 1.10E

‐ 07 1.10E

‐ 07 UPL Pooled

Variance= 

# 2

, 

# 1 1

df p 

# Xt s

n m  

     

# 1.14E

‐ 07 1.18E

‐ 07 1.18E

‐ 07 1.19E

‐ 07 1.20E

‐ 07 1.22E

‐ 07

# 1.25E

‐ 07 1.25E

‐ 07 1.32E

‐ 07 1.33E

‐ 07 1.35E

‐ 07 1.64E

‐ 07 1.73E

‐ 07

# 1.75E

‐ 07 1.79E

‐ 07 1.85E

‐ 07 1.88E

‐ 07 2.01E

‐ 07 2.01E

‐ 07

# 2.01E

‐ 07 2.11E

‐ 07 2.11E

‐ 07 2.28E

‐ 07 2.30E

‐ 07 2.33E

‐ 07 2.46E

‐ 07

# 2.57E

‐ 07 2.58E

‐ 07 2.81E

‐ 07 2.81E

‐ 07 2.84E

‐ 07 2.90E

‐ 07

# 2.90E

‐ 07 2.93E

‐ 07 2.98E

‐ 07 3.00E

‐ 07 3.03E

‐ 07 3.10E

‐ 07

# 3.33E

‐ 07 3.42E

‐ 07 3.43E

‐ 07 3.43E

‐ 07 3.50E

‐ 07 3.53E

‐ 07

# 3.68E

‐ 07 3.70E

‐ 07 3.71E

‐ 07 3.72E

‐ 07 3.72E

‐ 07

# 3.77E

‐ 07 3.83E

‐ 07 3.84E

‐ 07 3.89E

‐ 07 3.89E

‐ 07 3.89E

‐ 07

# 3.97E

‐ 07 4.22E

‐ 07 4.24E

‐ 07 4.27E

‐ 07 4.49E

‐ 07 4.52E

‐ 07

# 4.60E

‐ 07 4.71E

‐ 07 4.80E

‐ 07 4.87E

‐ 07 5.00E

‐ 07 5.00E

‐ 07

# 5.01E

‐ 07 5.06E

‐ 07 5.28E

‐ 07 5.68E

‐ 07 5.82E

‐ 07 5.87E

‐ 07 5.94E

‐ 07

# 5.95E

‐ 07 5.95E

‐ 07 5.95E

‐ 07 5.95E

‐ 07 6.00E

‐ 07 6.12E

‐ 07 6.17E

‐ 07

# 6.32E

‐ 07 6.49E

‐ 07 6.59E

‐ 07 6.63E

‐ 07 6.98E

‐ 07 7.11E

‐ 07

# 7.12E

‐ 07 7.28E

‐ 07 7.28E

‐ 07 7.43E

‐ 07 7.43E

‐ 07 7.51E

‐ 07 7.62E

‐ 07

# 7.81E

‐ 07 7.88E

‐ 07 8.19E

‐ 07 8.26E

‐ 07 8.28E

‐ 07 8.32E

‐ 07

# 8.32E

‐ 07 8.54E

‐ 07 8.72E

‐ 07 9.06E

‐ 07 9.81E

‐ 07 1.02E

‐ 06 1.03E

‐ 06

# 1.06E

‐ 06 1.07E

‐ 06 1.09E

‐ 06 1.09E

‐ 06

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



# t

‐ statistic = quantile t

‐ distribution

with df degrees of

freedom at .99

confidence level

= 2.36

UPL POOLED VARIANCE = 1.0816E

‐ 06 d f 

# t



# 2

, 

# 1 1

df p 

# Xt s

n m  

      d f 

# t

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

# Oak Grove

ORIS/Facility/Unit 

# 6180

Runs 

# OG1

1 1.0012E

‐ 08

2 9.9921E

‐ 09

3 8.3592E

‐ 09

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

N

i 

# n 

#  N N

# Emissions (lb/MMBtu)

# UPL Pooled

Variance= 

# 2

, 

# 1 1

df p 

# Xt s

n m  

     

# 2

This step is for QC only:



# means 9.45E

‐ 09

9.45E

‐ 09

Mean =

Pooled Variance = 

# 8.9947E

‐ 19

m= number future runs = 3

Term1 0.6667

Term2 5.9965E

‐ 19

Squared root Term2 

# 7.7437E

‐ 10

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

 

#  

# 

1 i

i 

# n

 

# 

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

# , df p



# n m    

# t

‐ statistic = quantile t

‐ distribution

with df degrees of

freedom at .99

confidence level

= 6.96

UPL POOLED VARIANCE = 1.4847E

‐ 08 d f 

# t



# 2

, 

# 1 1

df p 

# Xt s

n m  

      d f 

# t

# Oak Grove AES Hawaii

ORIS/Facility/Unit 

# OG1 001

Test Averages 6180 10673

1 1.0380E

‐ 07 1.3197E

‐ 07

2

3

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 = 

# 1 1

Total Number of sources = 131 N

# AES Hawaii Chambers

Cogeneration LP San Juan Neil Simpson

II Northampton

Generating

Company, L.P. Reid Gardner

002 Boil 2 Unit 3 NS2Cfg GEN1 1

10673 10566 2451 7504 50888 2324

1.6349E

‐ 07 2.0571E

‐ 07 2.4741E

‐ 07 4.1803E

‐ 07 4.1905E

‐ 07 4.4338E

‐ 07

1 111 11 Emissions (lb/MW)

# San Juan Cedar Bay

Generating

Company L.P. Cedar Bay

Generating

Company L.P. San Juan Chambers

Cogeneration LP Rawhide

Unit 2 CBA1 CBB1 Unit 1 Boil 1 Rawhide101

2451 10672 10672 2451 10566 6761

4.6143E

‐ 07 4.7515E

‐ 07 4.7527E

‐ 07 4.7888E

‐ 07 5.7858E

‐ 07 6.6915E

‐ 07

1 111 11

# Dallman Hayden Hayden San Juan Cope Logan

Generating

Plant

34 Unit 2 Unit 1 Unit 4 COP001 Unit1

963 525 525 2451 7210 10043

6.9150E

‐ 07 7.3815E

‐ 07 7.9650E

‐ 07 8.5662E

‐ 07 1.0452E

‐ 06 1.1544E

‐ 06

1 1 11 1 1

# Sunnyside

Cogen

Associates AES Warrior

Run

Cogeneration

Facility Birchwood Power

Facility Wygen 1 Cholla INDIANTOWN

COGENERATIO

N L.P.

Config 1 BLR1 1A WYG1Cfg 003 001

50951 10678 54304 55479 113 50976

1.1718E

‐ 06 1.1942E

‐ 06 1.2252E

‐ 06 1.2765E

‐ 06 1.2774E

‐ 06 1.2788E

‐ 06

11 1 1 1 1

# Hardin

Generator

Project AES Shady

Point,LLC AES Shady

Point,LLC Wygen 2 TransAlta

Centralia

Generation Welsh Walter Scott

Jr. Energy

Center

PC1 Unit 1 Unit 2 WYG2Cfg BW21CONFIG WE

‐ 1 4

55749 10671 10671 56319 3845 6139 1082

1.3317E

‐ 06 1.3394E

‐ 06 1.3394E

‐ 06 1.4935E

‐ 06 1.5453E

‐ 06 1.5961E

‐ 06 1.6173E

‐ 06

1111 111

# Martin Drake TS Power Plant Weston Southampton

Power Station Colbert Cedar Bay

Generating

Company L.P.

Unit 5

‐ Coal TSPower W4 Unit 1 & 2 3 CBC1

492 56224 4078 10774 47 10672

1.7000E

‐ 06 1.7553E

‐ 06 1.8113E

‐ 06 1.8375E

‐ 06 1.8573E

‐ 06 1.9225E

‐ 06

1 1 1 1 11

# Eastlake Havana J T Deely J T Deely Cholla R D Green Springerville

Unit 1 Boiler 9 2 1 004 2 4

2837 891 6181 6181 113 6639 8223

1.9515E

‐ 06 1.9690E

‐ 06 1.9978E

‐ 06 1.9978E

‐ 06 2.0207E

‐ 06 2.1101E

‐ 06 2.1309E

‐ 06

1111111

# Brandon

Shores Silver Bay

Power PSEG Mercer

Generating

Station J K Spruce Craig Elm Road

Generating

Station

002 GEN1 MERU1E1PT1

OS1

‐ Coal 1 C2 ERGS

‐ B1

602 10849 2408 7097 6021 56068

2.5030E

‐ 06 2.5598E

‐ 06 2.5702E

‐ 06 2.7017E

‐ 06 2.7388E

‐ 06 2.7863E

‐ 06

111 1 1 1

# Lawrence

Energy Center Bridgeport

Station Twin Oaks

Power One PSEG Mercer

Generating

Station TransAlta

Centralia

Generation H L Spurlock

Station

3 BHSEMU3OS3

‐ #2 U2 MERU2E2PT2

OS1

‐ Coal BW22CONFIG Unit 03

1250 568 7030 2408 3845 6041

2.8606E

‐ 06 2.9485E

‐ 06 2.9794E

‐ 06 3.1042E

‐ 06 3.1410E

‐ 06 3.1935E

‐ 06

1 1111 1

# Clover Louisa Harding Street Hawthorn RS Nelson Stanton

Energy Center

Unit 1 101 70ss 5A 001 2 coal

7213 6664 990 2079 1393 564

3.2110E

‐ 06 3.2160E

‐ 06 3.3063E

‐ 06 3.3663E

‐ 06 3.4741E

‐ 06 3.5188E

‐ 06

1 1 1111

# Comanche Sandow Station H L Spurlock

Station Gallatin Sandow Station

Unit 2 5A Unit 04 2 5B

470 52071 6041 3403 52071

3.5452E

‐ 06 3.5936E

‐ 06 3.6264E

‐ 06 3.6380E

‐ 06 3.6989E

‐ 06

1 1 11 1

# Whelan Energy Center

Unit 1 (WEC1) Martin Drake Weston James H. Miller

Jr. South Oak

Creek Spruance

Genco, LLC

1 Unit 7

‐ Coal W3 Unit 4 OCPP

‐ B7 GEN1

60 492 4078 6002 4041 54081

3.7432E

‐ 06 3.8508E

‐ 06 3.9734E

‐ 06 4.0741E

‐ 06 4.2870E

‐ 06 4.3477E

‐ 06

1 1 1 111

# Clover Spruance

Genco, LLC Mecklenburg Power

Station Nebraska City Dunkirk

Generating

Plant Cambria

Cogen

Unit 2 GEN2 Unit 1 & 2 NC2 4 001

7213 54081 52007 6096 2554 10641

4.3773E

‐ 06 4.4648E

‐ 06 4.4829E

‐ 06 4.5602E

‐ 06 4.7194E

‐ 06 4.8830E

‐ 06

11 1111

# Gerald

Gentleman Dunkirk

Generating

Plant PANTHER CREEK

ENERGY FACILITY PANTHER CREEK

ENERGY FACILITY H L Spurlock

Station Cambria Cogen

U1 1 BG2 BG1 Unit 01 002

6077 2554 50776 50776 6041 10641

4.9650E

‐ 06 4.9866E

‐ 06 5.0226E

‐ 06 5.0226E

‐ 06 5.1524E

‐ 06 5.1622E

‐ 06

11 1 1 1 1

# Hennepin

Power Station PPL Montour Morgantown

Energy Facility Gerald

Gentleman Hennepin

Power Station Hopewell Eastlake

001 U2 Unit 1&2 U2 002 1 & 2 Unit 3

892 3149 10743 6077 892 10771 2837

5.1768E

‐ 06 5.1938E

‐ 06 5.1999E

‐ 06 5.3071E

‐ 06 5.3455E

‐ 06 5.4791E

‐ 06 5.5157E

‐ 06

11 11111

# G G Allen G G Allen PPL Montour Crist Crist Colbert Sheldon

Station

3

‐ 2009

‐ FGDIN 4

‐ 2009

‐ FGDIN U1 Unit 5 Unit 6 4 U1

2718 2718 3149 641 641 47 2277

5.7624E

‐ 06 5.8284E

‐ 06 5.8918E

‐ 06 5.9341E

‐ 06 5.9374E

‐ 06 6.2226E

‐ 06 6.2514E

‐ 06

111111 1

# Crist Crist Sheldon

Station Cardinal Nucla AES Puerto

Rico

Cogeneration

Facility

Unit 7 Unit 4 U2 CD

‐ U3 001 Unit_1

641 641 2277 2828 527 68029

6.2827E

‐ 06 6.3042E

‐ 06 6.5750E

‐ 06 6.6473E

‐ 06 6.6742E

‐ 06 6.7334E

‐ 06

111 1 11

# Springerville Red Hills

Generating

Facility Duck Creek Red Hills

Generating

Facility Scrubgrass

Generating

Company L.P. Valley Valley

3 002 001 001 Gen 1 VAPP

‐ B4 VAPP

‐ B3

8223 55076 6016 55076 50974 4042 4042

7.0088E

‐ 06 7.0777E

‐ 06 7.1072E

‐ 06 7.1333E

‐ 06 7.1521E

‐ 06 7.1551E

‐ 06 7.2321E

‐ 06

111 1111

# James River

Cogeneration

Co BL England Roxboro

Steam Electric

Plant PPL Brunner

Island Spruance Genco, LLC PPL Brunner

Island

UNIT2 2 Coal w or

w/o TDF Rox_Cfg_2c U2 GEN4 U1

10377 2378 2712 3140 54081 3140

7.4436E

‐ 06 7.4675E

‐ 06 7.4692E

‐ 06 8.0271E

‐ 06 8.0656E

‐ 06 8.4371E

‐ 06

1111 1 1

# La Cygne Clinch River Muscatine #1 Grant Town

Power Plant Roanoke

Valley II Roxboro

Steam Electric

Plant AES Puerto

Rico

Cogeneration

Facility

2 CR

‐ 1 8 GEN1 Boiler 2 Rox_Cfg_1b Unit_2

1241 3775 1167 10151 54755 2712 68029

8.8561E

‐ 06 8.9595E

‐ 06 9.0642E

‐ 06 9.3650E

‐ 06 9.5691E

‐ 06 9.9284E

‐ 06 9.9558E

‐ 06

1 1 11111

# Piney Creek

Project Taconite

Harbor Energy

Center Will County R.M. Schahfer

BRBRI THEC2 WC4CONFIG R.M.0014

54144 10075 884 6085

1.0348E

‐ 05 1.0448E

‐ 05 1.0584E

‐ 05 1.0946E

‐ 05

11 11

# n =Total # test runs = 

# 131

130

This step is for QC only:



# means 1.04E

‐ 07 1.32E

‐ 07

4.05E

‐ 06

Mean =

Pooled Variance = 

# 7.9348E

‐ 12

m= number future runs = 1

Term1 1.0076

Term2 7.9953E

‐ 12

Squared root Term2 

# 2.8276E

‐ 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

 

#  N

# 1.63E

‐ 07 2.06E

‐ 07 2.47E

‐ 07 4.18E

‐ 07 4.19E

‐ 07 4.43E

‐ 07

# 4.61E

‐ 07 4.75E

‐ 07 4.75E

‐ 07 4.79E

‐ 07 5.79E

‐ 07 6.69E

‐ 07

# 6.92E

‐ 07 7.38E

‐ 07 7.96E

‐ 07 8.57E

‐ 07 1.05E

‐ 06 1.15E

‐ 06 UPL Pooled

Variance= 

# 2

, 

# 1 1

df p 

# Xt s

n m  

     

# 1.17E

‐ 06 1.19E

‐ 06 1.23E

‐ 06 1.28E

‐ 06 1.28E

‐ 06 1.28E

‐ 06

# 1.33E

‐ 06 1.34E

‐ 06 1.34E

‐ 06 1.49E

‐ 06 1.55E

‐ 06 1.60E

‐ 06 1.62E

‐ 06

# 1.70E

‐ 06 1.76E

‐ 06 1.81E

‐ 06 1.84E

‐ 06 1.86E

‐ 06 1.92E

‐ 06

# 1.95E

‐ 06 1.97E

‐ 06 2.00E

‐ 06 2.00E

‐ 06 2.02E

‐ 06 2.11E

‐ 06 2.13E

‐ 06

# 2.50E

‐ 06 2.56E

‐ 06 2.57E

‐ 06 2.70E

‐ 06 2.74E

‐ 06 2.79E

‐ 06

# 2.86E

‐ 06 2.95E

‐ 06 2.98E

‐ 06 3.10E

‐ 06 3.14E

‐ 06 3.19E

‐ 06

# 3.21E

‐ 06 3.22E

‐ 06 3.31E

‐ 06 3.37E

‐ 06 3.47E

‐ 06 3.52E

‐ 06

# 3.55E

‐ 06 3.59E

‐ 06 3.63E

‐ 06 3.64E

‐ 06 3.70E

‐ 06

# 3.74E

‐ 06 3.85E

‐ 06 3.97E

‐ 06 4.07E

‐ 06 4.29E

‐ 06 4.35E

‐ 06

# 4.38E

‐ 06 4.46E

‐ 06 4.48E

‐ 06 4.56E

‐ 06 4.72E

‐ 06 4.88E

‐ 06

# 4.96E

‐ 06 4.99E

‐ 06 5.02E

‐ 06 5.02E

‐ 06 5.15E

‐ 06 5.16E

‐ 06

# 5.18E

‐ 06 5.19E

‐ 06 5.20E

‐ 06 5.31E

‐ 06 5.35E

‐ 06 5.48E

‐ 06 5.52E

‐ 06

# 5.76E

‐ 06 5.83E

‐ 06 5.89E

‐ 06 5.93E

‐ 06 5.94E

‐ 06 6.22E

‐ 06 6.25E

‐ 06

# 6.28E

‐ 06 6.30E

‐ 06 6.57E

‐ 06 6.65E

‐ 06 6.67E

‐ 06 6.73E

‐ 06

# 7.01E

‐ 06 7.08E

‐ 06 7.11E

‐ 06 7.13E

‐ 06 7.15E

‐ 06 7.16E

‐ 06 7.23E

‐ 06

# 7.44E

‐ 06 7.47E

‐ 06 7.47E

‐ 06 8.03E

‐ 06 8.07E

‐ 06 8.44E

‐ 06

# 8.86E

‐ 06 8.96E

‐ 06 9.06E

‐ 06 9.37E

‐ 06 9.57E

‐ 06 9.93E

‐ 06 9.96E

‐ 06

# 1.03E

‐ 05 1.04E

‐ 05 1.06E

‐ 05 1.09E

‐ 05

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



# t

‐ statistic = quantile t

‐ distribution

with df degrees of

freedom at .99

confidence level

= 2.36

UPL POOLED VARIANCE = 1.0711E

‐ 05 d f 

# t



# 2

, 

# 1 1

df p 

# Xt s

n m  

      d f 

# t

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

# Oak Grove

ORIS/Facility/Unit 

# OG1

Runs 

# 6180

1 1.0992E

‐ 07

2 1.0970E

‐ 07

3 9.1777E

‐ 08

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

N

i 

# n 

#  N N

# Emissions (lb/MW)

# UPL Pooled

Variance= 

# 2

, 

# 1 1

df p 

# Xt s

n m  

     

# 2

This step is for QC only:



# means 1.04E

‐ 07

1.04E

‐ 07

Mean =

Pooled Variance = 

# 1.0842E

‐ 16

m= number future runs = 3

Term1 0.6667

Term2 7.2283E

‐ 17

Squared root Term2 

# 8.5020E

‐ 09

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

 

#  

# 

1 i

i 

# n

 

# 

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

# , df p



# n m    

# t

‐ statistic = quantile t

‐ distribution

with df degrees of

freedom at .99

confidence level

= 6.96

UPL POOLED VARIANCE = 1.6301E

‐ 07 d f 

# t



# 2

, 

# 1 1

df p 

# Xt s

n m  

      d f 

# t

# Lawrence Energy

Center Walter Scott Jr. Energy

Center

ORIS/Facility/Unit 

# 1250 1082

Test Averages 3 4

1 1.6477E

‐ 09 2.6047E

‐ 09

2

3

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 = 

# 1 1

Total Number of sources = 131 N

# Oak Grove Chambers

Cogeneration

LP Northampton

Generating

Company, L.P. AES Hawaii Cholla Wygen 1

6180 10566 50888 10673 113 55479

OG1 Boil 2 GEN1 001 003 WYG1Cfg

3.3372E

‐ 09 3.6185E

‐ 09 4.0172E

‐ 09 4.1966E

‐ 09 4.2074E

‐ 09 4.3841E

‐ 09

1 1 1111 Emissions (lb/MMBtu)

# Louisa Neil Simpson II Logan

Generating

Plant AES Hawaii Chambers

Cogeneration LP Reid Gardner

6664 7504 10043 10673 10566 2324

101 NS2Cfg Unit1 002 Boil 1 1

4.5425E

‐ 09 5.2553E

‐ 09 5.6730E

‐ 09 6.1069E

‐ 09 6.1458E

‐ 09 6.1627E

‐ 09

1 111 11

# Springerville Cedar Bay

Generating

Company L.P. Cross Cholla Cross AES Shady

Point,LLC

8223 10672 130 113 130 10671

3 CBB1 C3 004 C4 Unit 1

6.4366E

‐ 09 8.4129E

‐ 09 9.4527E

‐ 09 9.5437E

‐ 09 1.0098E

‐ 08 1.0385E

‐ 08

1 1 11 1 1

# AES Shady

Point,LLC Martin Drake INDIANTOWN

COGENERATION

L.P. Rawhide Cope R D Green

10671 492 50976 6761 7210 6639

Unit 2 Unit 5

‐ Coal 001 Rawhide101 COP001 2

1.0385E

‐ 08 1.0727E

‐ 08 1.0980E

‐ 08 1.1131E

‐ 08 1.1705E

‐ 08 1.2012E

‐ 08

11 1 1 1 1

# Cedar Bay

Generating

Company L.P. H L Spurlock

Station Cross AES Warrior

Run

Cogeneration

Facility Hayden Duck Creek McMeekin

10672 6041 130 10678 525 6016 3287

CBA1 Unit 04 C1 BLR1 Unit 2 001 MCM002

1.3141E

‐ 08 1.4467E

‐ 08 1.4496E

‐ 08 1.4823E

‐ 08 1.4880E

‐ 08 1.5702E

‐ 08 1.5711E

‐ 08

1111 111

# James River

Cogeneration Co Eastlake Hayden Martin Drake Sioux G G Allen

10377 2837 525 492 2107 2718

UNIT2 Unit 1 Unit 1 Unit 7

‐ Coal 002 3

‐ 2009

‐ FGDIN

1.5896E

‐ 08 1.6389E

‐ 08 1.6847E

‐ 08 1.7617E

‐ 08 1.7848E

‐ 08 1.8530E

‐ 08

1 1 1 1 11

# G G Allen Morgantown

Energy Facility Asheville

Steam Electric

Plant Dallman Muscatine #1 Birchwood

Power Facility Eastlake

2718 10743 2706 963 1167 54304 2837

4

‐ 2009

‐ FGDIN Unit 1&2 Ash_Cfg_1d 34 8 1A Unit 3

1.8530E

‐ 08 1.8862E

‐ 08 1.9411E

‐ 08 1.9600E

‐ 08 2.0185E

‐ 08 2.0426E

‐ 08 2.2444E

‐ 08

1111111

# W H Zimmer Sunnyside

Cogen

Associates Asheville

Steam Electric

Plant Comanche Whelan Energy

Center Unit 1

(WEC1) Welsh

6019 50951 2706 470 60 6139

1 Config 1 Ash_Cfg_2 Unit 2 1 WE

‐ 1

2.3056E

‐ 08 2.4652E

‐ 08 2.9180E

‐ 08 3.0720E

‐ 08 3.0985E

‐ 08 3.1753E

‐ 08

111 1 1 1

# Roxboro

Steam Electric

Plant Clover Havana Clover Pulliam Elm Road

Generating

Station

2712 7213 891 7213 4072 56068

Rox_Cfg_1b Unit 2 Boiler 9 Unit 1 8 ERGS

‐ B1

3.2712E

‐ 08 3.2765E

‐ 08 3.2786E

‐ 08 3.5980E

‐ 08 3.8504E

‐ 08 4.1341E

‐ 08

1 1111 1

# Silver Bay Power Gibson Gibson East Bend

Station Newton Wygen 2

10849 6113 6113 6018 6017 56319

GEN1 1

‐ 2007

‐ FGDIN 2

‐ 2007

‐ FGDIN 2 002 WYG2Cfg

4.2391E

‐ 08 4.3054E

‐ 08 4.3302E

‐ 08 4.3795E

‐ 08 4.5551E

‐ 08 4.6386E

‐ 08

1 1 1111

# Hatfield's Ferry

Power Station TS Power Plant Weston Sibley Sibley

3179 56224 4078 2094 2094

001 TSPower W3 3 1

4.7780E

‐ 08 4.8490E

‐ 08 4.9471E

‐ 08 4.9791E

‐ 08 4.9791E

‐ 08

1 1 11 1

# Sibley Salem Harbor Weston Scrubgrass

Generating

Company L.P. Hennepin

Power Station Hennepin

Power Station

2094 1626 4078 50974 892 892

2 Unit 1 W4 Gen 1 001 002

4.9791E

‐ 08 4.9881E

‐ 08 5.0290E

‐ 08 5.0800E

‐ 08 5.1564E

‐ 08 5.1564E

‐ 08

1 1 1 111

# Southampton

Power Station Roxboro

Steam Electric

Plant Colbert Hammond Hammond Hammond

10774 2712 47 708 708 708

Unit 1 & 2 Rox_Cfg_2c 3 Unit 2 Unit 3 Unit 1

5.3669E

‐ 08 5.3718E

‐ 08 5.6255E

‐ 08 5.6870E

‐ 08 5.6870E

‐ 08 5.6870E

‐ 08

11 1111

# Hammond Springerville Hardin Generator

Project PANTHER CREEK

ENERGY FACILITY PANTHER CREEK

ENERGY

FACILITY TransAlta

Centralia

Generation

708 8223 55749 50776 50776 3845

Unit 4 4 PC1 BG2 BG1 BW21CONFIG

5.6870E

‐ 08 5.7079E

‐ 08 5.7318E

‐ 08 5.7907E

‐ 08 5.7907E

‐ 08 5.9842E

‐ 08

11 1 1 1 1

# McMeekin La Cygne J K Spruce Seward Seward Brandon

Shores Bridgeport

Station

3287 1241 7097 3130 3130 602 568

MCM001 2 1 SEW

‐ 1 SEW

‐ 2 002 BHSEMU3OS3

‐

6.0147E

‐ 08 6.1332E

‐ 08 6.1586E

‐ 08 6.2050E

‐ 08 6.2050E

‐ 08 6.4442E

‐ 08 6.6657E

‐ 08

11 11111

# R.M. Schahfer Erickson

Station TransAlta

Centralia

Generation Craig Harding Street Hawthorn Joppa Steam

6085 1832 3845 6021 990 2079 887

R.M.0014 001 BW22CONFIG C2 70ss 5A 1

6.8667E

‐ 08 6.8821E

‐ 08 7.0187E

‐ 08 7.3136E

‐ 08 7.3382E

‐ 08 7.4100E

‐ 08 7.5785E

‐ 08

111111 1

# H L Spurlock

Station Spruance

Genco, LLC Gallatin AES Puerto Rico Cogeneration

Facility Spruance

Genco, LLC Nebraska City

6041 54081 3403 68029 54081 6096

Unit 03 GEN4 2 Unit_1 GEN2 NC2

7.7578E

‐ 08 8.1323E

‐ 08 8.2731E

‐ 08 8.7194E

‐ 08 8.9649E

‐ 08 9.0582E

‐ 08

111 1 11

# Prairie Creek H L Spurlock

Station W.H.

Weatherspoo

n Plant Cambria Cogen Cedar Bay

Generating

Company L.P. Stanton

Energy Center James H.

Miller Jr.

1073 6041 2716 10641 10672 564 6002

Unit 1 Unit 01 Wea_Cfg_1 001 CBC1 2 coal Unit 4

9.2000E

‐ 08 9.2623E

‐ 08 9.5089E

‐ 08 9.5471E

‐ 08 9.5784E

‐ 08 9.6058E

‐ 08 9.6252E

‐ 08

111 1111

# Cambria

Cogen Mecklenburg

Power Station AES Puerto

Rico

Cogeneration

Facility Coal Creek BL England Colbert

10641 52007 68029 6030 2378 47

002 Unit 1 & 2 Unit_2 Unit 1b 2 Coal w or w/o TDF 4

9.6646E

‐ 08 9.7541E

‐ 08 9.7663E

‐ 08 1.0000E

‐ 07 1.0185E

‐ 07 1.0195E

‐ 07

1111 1 1

# Vermilion Vermilion Colstrip Dunkirk

Generating

Plant State Line Gerald

Gentleman South Oak

Creek

897 897 6076 2554 981 6077 4041

002 001 Unit3 1 Unit 3 U1 OCPP

‐ B7

1.1169E

‐ 07 1.1169E

‐ 07 1.1345E

‐ 07 1.1491E

‐ 07 1.1630E

‐ 07 1.1774E

‐ 07 1.1988E

‐ 07

1 1 11111

# Cardinal Ebensburg

Power

Company A. B. Brown

Generating

Station Crist

2828 10603 6137 641

CD

‐ U3 EPC01 1Config Unit 5

1.2046E

‐ 07 1.2192E

‐ 07 1.2297E

‐ 07 1.2314E

‐ 07

11 11

# n =Total # test runs = 

# 131

130

This step is for QC only:



# means 1.65E

‐ 09 2.60E

‐ 09

4.90E

‐ 08

Mean =

Pooled Variance = 

# 1.2749E

‐ 15

m= number future runs = 1

Term1 1.0076

Term2 1.2846E

‐ 15

Squared root Term2 

# 3.5842E

‐ 08 

#   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

 

#  N

# 3.34E

‐ 09 3.62E

‐ 09 4.02E

‐ 09 4.20E

‐ 09 4.21E

‐ 09 4.38E

‐ 09

# 4.54E

‐ 09 5.26E

‐ 09 5.67E

‐ 09 6.11E

‐ 09 6.15E

‐ 09 6.16E

‐ 09

# 6.44E

‐ 09 8.41E

‐ 09 9.45E

‐ 09 9.54E

‐ 09 1.01E

‐ 08 1.04E

‐ 08 UPL Pooled

Variance= 

# 2

, 

# 1 1

df p 

# Xt s

n m  

     

# 1.04E

‐ 08 1.07E

‐ 08 1.10E

‐ 08 1.11E

‐ 08 1.17E

‐ 08 1.20E

‐ 08

# 1.31E

‐ 08 1.45E

‐ 08 1.45E

‐ 08 1.48E

‐ 08 1.49E

‐ 08 1.57E

‐ 08 1.57E

‐ 08

# 1.59E

‐ 08 1.64E

‐ 08 1.68E

‐ 08 1.76E

‐ 08 1.78E

‐ 08 1.85E

‐ 08

# 1.85E

‐ 08 1.89E

‐ 08 1.94E

‐ 08 1.96E

‐ 08 2.02E

‐ 08 2.04E

‐ 08 2.24E

‐ 08

# 2.31E

‐ 08 2.47E

‐ 08 2.92E

‐ 08 3.07E

‐ 08 3.10E

‐ 08 3.18E

‐ 08

# 3.27E

‐ 08 3.28E

‐ 08 3.28E

‐ 08 3.60E

‐ 08 3.85E

‐ 08 4.13E

‐ 08

# 4.24E

‐ 08 4.31E

‐ 08 4.33E

‐ 08 4.38E

‐ 08 4.56E

‐ 08 4.64E

‐ 08

# 4.78E

‐ 08 4.85E

‐ 08 4.95E

‐ 08 4.98E

‐ 08 4.98E

‐ 08

# 4.98E

‐ 08 4.99E

‐ 08 5.03E

‐ 08 5.08E

‐ 08 5.16E

‐ 08 5.16E

‐ 08

# 5.37E

‐ 08 5.37E

‐ 08 5.63E

‐ 08 5.69E

‐ 08 5.69E

‐ 08 5.69E

‐ 08

# 5.69E

‐ 08 5.71E

‐ 08 5.73E

‐ 08 5.79E

‐ 08 5.79E

‐ 08 5.98E

‐ 08

# 6.01E

‐ 08 6.13E

‐ 08 6.16E

‐ 08 6.21E

‐ 08 6.21E

‐ 08 6.44E

‐ 08 6.67E

‐ 08

# 6.87E

‐ 08 6.88E

‐ 08 7.02E

‐ 08 7.31E

‐ 08 7.34E

‐ 08 7.41E

‐ 08 7.58E

‐ 08

# 7.76E

‐ 08 8.13E

‐ 08 8.27E

‐ 08 8.72E

‐ 08 8.96E

‐ 08 9.06E

‐ 08

# 9.20E

‐ 08 9.26E

‐ 08 9.51E

‐ 08 9.55E

‐ 08 9.58E

‐ 08 9.61E

‐ 08 9.63E

‐ 08

# 9.66E

‐ 08 9.75E

‐ 08 9.77E

‐ 08 1.00E

‐ 07 1.02E

‐ 07 1.02E

‐ 07

# 1.12E

‐ 07 1.12E

‐ 07 1.13E

‐ 07 1.15E

‐ 07 1.16E

‐ 07 1.18E

‐ 07 1.20E

‐ 07

# 1.20E

‐ 07 1.22E

‐ 07 1.23E

‐ 07 1.23E

‐ 07

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



# t

‐ statistic = quantile t

‐ distribution

with df degrees of

freedom at .99

confidence level

= 2.36

UPL POOLED VARIANCE = 1.3337E

‐ 07 d f 

# t



# 2

, 

# 1 1

df p 

# Xt s

n m  

      d f 

# t

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

# Lawrence Energy

Center

ORIS/Facility/Unit 

# 1250

Runs 

# 3

1 1.6801E

‐ 09 BDL

2 1.5767E

‐ 09 BDL

3 1.6862E

‐ 09 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 N N

# Emissions (lb/MMBtu)

# UPL Pooled 

# 2 

# 1 1

df 

# Xt s  

     

# 2

This step is for QC only:



# means 1.65E

‐ 09

1.65E

‐ 09

Mean =

Pooled Variance = 

# 3.7831E

‐ 21

m= number future runs = 3

Term1 0.6667

Term2 2.5221E

‐ 21

Squared root Term2 

# 5.0220E

‐ 11

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

 

#  

#  1 N

i

i 

# n

 

# 

# Variance= 

# 2

, df p 

# X t s

n m  

     

# t

‐ statistic = quantile t

‐ distribution

with df degrees of

freedom at .99

confidence level

= 6.96

UPL POOLED VARIANCE = 1.9974E

‐ 09

3X MDL 4.7302E

‐ 09 d f 

# t



# 2

, 

# 1 1

df p 

# Xt s

n m  

      d f 

# t

# Chambers

Cogeneration LP Lawrence Energy

Center

ORIS/Facility/Unit 

# Boil 2 3

Test Averages 10566 1250

1 1.7610E

‐ 08 1.8323E

‐ 08

2

3

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 = 

# 1 1

Total Number of sources = 131 N

# AES Hawaii Walter Scott

Jr. Energy

Center AES Hawaii Chambers

Cogeneration

LP Cedar Bay

Generating

Company L.P. Oak Grove

001 4 002 Boil 1 CBB1 OG1

10673 1082 10673 10566 10672 6180

2.1115E

‐ 08 2.3519E

‐ 08 2.8405E

‐ 08 2.9910E

‐ 08 3.1939E

‐ 08 3.6639E

‐ 08

111111 Emissions (lb/MW)

# Northampton

Generating

Company, L.P. Cholla Louisa Logan

Generating

Plant Cedar Bay Generating

Company L.P. Wygen 1

GEN1 003 101 Unit1 CBA1 WYG1Cfg

50888 113 6664 10043 10672 55479

3.8047E

‐ 08 4.0405E

‐ 08 4.8664E

‐ 08 4.9665E

‐ 08 4.9888E

‐ 08 5.0731E

‐ 08

1 111 11

# Springerville Neil Simpson II Reid Gardner Cross Cholla Rawhide

3 NS2Cfg 1 C3 004 Rawhide101

8223 7504 2324 130 113 6761

6.0075E

‐ 08 6.5691E

‐ 08 6.7457E

‐ 08 9.1623E

‐ 08 9.5841E

‐ 08 1.0219E

‐ 07

1 1 11 1 1

# INDIANTOWN

COGENERATI

ON L.P. Cope Cross Martin Drake AES Shady

Point,LLC AES Shady

Point,LLC

001 COP001 C4 Unit 5

‐ Coal Unit 1 Unit 2

50976 7210 130 492 10671 10671

1.0408E

‐ 07 1.0774E

‐ 07 1.0983E

‐ 07 1.1118E

‐ 07 1.2994E

‐ 07 1.2994E

‐ 07

11 1 1 1 1

# McMeekin H L Spurlock

Station R D Green Eastlake Hayden G G Allen Morgantown

Energy Facility

MCM002 Unit 04 2 Unit 1 Unit 2 3

‐ 2009

‐ FGDIN Unit 1&2

3287 6041 6639 2837 525 2718 10743

1.3108E

‐ 07 1.3502E

‐ 07 1.3704E

‐ 07 1.3714E

‐ 07 1.4160E

‐ 07 1.4666E

‐ 07 1.4797E

‐ 07

1111 111

# G G Allen AES Warrior Run

Cogeneration

Facility Cross Hayden Dallman James River

Cogeneration

Co

4

‐ 2009

‐ FGDIN BLR1 C1 Unit 1 34 UNIT2

2718 10678 130 525 963 10377

1.4834E

‐ 07 1.5021E

‐ 07 1.5451E

‐ 07 1.6371E

‐ 07 1.6446E

‐ 07 1.6619E

‐ 07

1 1 1 1 11

# Sioux Duck Creek Asheville

Steam Electric

Plant Martin Drake Eastlake W H Zimmer Birchwood

Power Facility

002 001 Ash_Cfg_1d Unit 7

‐ Coal Unit 3 1 1A

2107 6016 2706 492 2837 6019 54304

1.6758E

‐ 07 1.7664E

‐ 07 1.7948E

‐ 07 1.8429E

‐ 07 1.8782E

‐ 07 2.0725E

‐ 07 2.1162E

‐ 07

1111111

# Muscatine #1 Asheville

Steam Electric

Plant Sunnyside

Cogen

Associates Comanche Welsh Whelan Energy

Center Unit 1

(WEC1)

8 Ash_Cfg_2 Config 1 Unit 2 WE

‐ 1 1

1167 2706 50951 470 6139 60

2.2149E

‐ 07 2.7206E

‐ 07 2.8761E

‐ 07 2.9306E

‐ 07 2.9340E

‐ 07 3.1323E

‐ 07

111 1 1 1

# Roxboro

Steam Electric

Plant Scrubgrass

Generating

Company L.P. Havana Silver Bay

Power Southampton

Power Station Cedar Bay

Generating

Company L.P.

Rox_Cfg_1b Gen 1 Boiler 9 GEN1 Unit 1 & 2 CBC1

2712 50974 891 10849 10774 10672

3.1904E

‐ 07 3.2732E

‐ 07 3.4286E

‐ 07 3.5035E

‐ 07 3.5082E

‐ 07 3.6364E

‐ 07

1 1111 1

# Clover Elm Road

Generating

Station Newton Clover Gibson Pulliam

Unit 2 ERGS

‐ B1 002 Unit 1 1

‐ 2007

‐ FGDIN 8

7213 56068 6017 7213 6113 4072

3.8057E

‐ 07 3.9783E

‐ 07 4.0408E

‐ 07 4.1097E

‐ 07 4.1478E

‐ 07 4.2161E

‐ 07

1 1 1111

# Gibson TS Power Plant East Bend Station Weston Hatfield's Ferry

Power Station

2

‐ 2007

‐ FGDIN TSPower 2 W4 001

6113 56224 6018 4078 3179

4.2215E

‐ 07 4.2318E

‐ 07 4.2488E

‐ 07 4.5283E

‐ 07 4.6160E

‐ 07

1 1 11 1

# Weston Sibley McMeekin Roxboro Steam

Electric Plant Springerville Hennepin

Power Station

W3 3 MCM001 Rox_Cfg_2c 4 001

4078 2094 3287 2712 8223 892

4.6325E

‐ 07 4.8651E

‐ 07 5.0947E

‐ 07 5.2671E

‐ 07 5.3273E

‐ 07 5.3352E

‐ 07

1 1 1 111

# Hennepin

Power Station Sibley Hammond Hammond Hammond Colbert

002 1 Unit 2 Unit 3 Unit 1 3

892 2094 708 708 708 47

5.5090E

‐ 07 5.5186E

‐ 07 5.6278E

‐ 07 5.6444E

‐ 07 5.7303E

‐ 07 5.9658E

‐ 07

11 1111

# Hammond Salem Harbor Sibley Brandon Shores Hardin

Generator

Project Wygen 2

Unit 4 Unit 1 2 002 PC1 WYG2Cfg

708 1626 2094 602 55749 56319

5.9697E

‐ 07 6.0101E

‐ 07 6.1243E

‐ 07 6.2574E

‐ 07 6.2809E

‐ 07 6.2815E

‐ 07

11 1 1 1 1

# H L Spurlock

Station Harding Street Seward Seward J K Spruce Bridgeport

Station R.M. Schahfer

Unit 03 70ss SEW

‐ 1 SEW

‐ 2 1 #2 R.M.0014

6041 990 3130 3130 7097 568 6085

6.4648E

‐ 07 6.5347E

‐ 07 6.5763E

‐ 07 6.5763E

‐ 07 6.7543E

‐ 07 6.7815E

‐ 07 6.8227E

‐ 07

11 11111

# Craig La Cygne Erickson

Station Joppa Steam PANTHER

CREEK

ENERGY

FACILITY PANTHER

CREEK

ENERGY

FACILITY Gallatin

C2 2 001 1 BG2 BG1 2

6021 1241 1832 887 50776 50776 3403

6.8469E

‐ 07 6.8943E

‐ 07 6.9572E

‐ 07 7.4421E

‐ 07 7.4718E

‐ 07 7.4718E

‐ 07 7.5837E

‐ 07

111111 1

# TransAlta

Centralia

Generation Hawthorn AES Puerto

Rico

Cogeneration

Facility W.H. Weatherspoon Plant Hopewell Stanton

Energy Center

BW21CONFIG 5A Unit_1 Wea_Cfg_1 1 & 2 2 coal

3845 2079 68029 2716 10771 564

7.6841E

‐ 07 8.2333E

‐ 07 8.4164E

‐ 07 8.4683E

‐ 07 8.5845E

‐ 07 8.7971E

‐ 07

111 1 11

# Nebraska City James H.

Miller Jr. AES Puerto

Rico

Cogeneration

Facility TransAlta

Centralia

Generation Coal Creek BL England Cardinal

NC2 Unit 4 Unit_2 BW22CONFIG Unit 1b w/o TDF CD

‐ U3

6096 6002 68029 3845 6030 2378 2828

9.1914E

‐ 07 9.2878E

‐ 07 9.4269E

‐ 07 9.5848E

‐ 07 9.7173E

‐ 07 9.7403E

‐ 07 9.7756E

‐ 07

111 1111

# H L Spurlock

Station Spruance

Genco, LLC Colstrip South Oak

Creek Colbert Cambria Cogen

Unit 01 GEN4 Unit3 OCPP

‐ B7 4 001

6041 54081 6076 4041 47 10641

9.8035E

‐ 07 1.0626E

‐ 06 1.0673E

‐ 06 1.0718E

‐ 06 1.0811E

‐ 06 1.0911E

‐ 06

1111 1 1

# Vermilion Cambria Cogen Prairie Creek A. B. Brown

Generating

Station Spruance

Genco, LLC Mecklenburg

Power Station Dunkirk

Generating

Plant

002 002 Unit 1 1Config GEN2 Unit 1 & 2 4

897 10641 1073 6137 54081 52007 2554

1.0925E

‐ 06 1.1045E

‐ 06 1.1343E

‐ 06 1.1685E

‐ 06 1.1714E

‐ 06 1.1769E

‐ 06 1.1798E

‐ 06

1 1 11111

# Crist Crist Gerald

Gentleman Dunkirk

Generating

Plant

Unit 5 Unit 6 U1 1

641 641 6077 2554

1.2282E

‐ 06 1.2289E

‐ 06 1.2412E

‐ 06 1.2467E

‐ 06

11 11

# n =Total # test runs = 

# 131

130

This step is for QC only:



# means 1.76E

‐ 08 1.83E

‐ 08

4.90E

‐ 07

Mean =

Pooled Variance = 

# 1.3508E

‐ 13

m= number future runs = 1

Term1 1.0076

Term2 1.3611E

‐ 13

Squared root Term2 

# 3.6893E

‐ 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

 

#  N

# 2.11E

‐ 08 2.35E

‐ 08 2.84E

‐ 08 2.99E

‐ 08 3.19E

‐ 08 3.66E

‐ 08

# 3.80E

‐ 08 4.04E

‐ 08 4.87E

‐ 08 4.97E

‐ 08 4.99E

‐ 08 5.07E

‐ 08

# 6.01E

‐ 08 6.57E

‐ 08 6.75E

‐ 08 9.16E

‐ 08 9.58E

‐ 08 1.02E

‐ 07 UPL Pooled

Variance= 

# 2

, 

# 1 1

df p 

# Xt s

n m  

     

# 1.04E

‐ 07 1.08E

‐ 07 1.10E

‐ 07 1.11E

‐ 07 1.30E

‐ 07 1.30E

‐ 07

# 1.31E

‐ 07 1.35E

‐ 07 1.37E

‐ 07 1.37E

‐ 07 1.42E

‐ 07 1.47E

‐ 07 1.48E

‐ 07

# 1.48E

‐ 07 1.50E

‐ 07 1.55E

‐ 07 1.64E

‐ 07 1.64E

‐ 07 1.66E

‐ 07

# 1.68E

‐ 07 1.77E

‐ 07 1.79E

‐ 07 1.84E

‐ 07 1.88E

‐ 07 2.07E

‐ 07 2.12E

‐ 07

# 2.21E

‐ 07 2.72E

‐ 07 2.88E

‐ 07 2.93E

‐ 07 2.93E

‐ 07 3.13E

‐ 07

# 3.19E

‐ 07 3.27E

‐ 07 3.43E

‐ 07 3.50E

‐ 07 3.51E

‐ 07 3.64E

‐ 07

# 3.81E

‐ 07 3.98E

‐ 07 4.04E

‐ 07 4.11E

‐ 07 4.15E

‐ 07 4.22E

‐ 07

# 4.22E

‐ 07 4.23E

‐ 07 4.25E

‐ 07 4.53E

‐ 07 4.62E

‐ 07

# 4.63E

‐ 07 4.87E

‐ 07 5.09E

‐ 07 5.27E

‐ 07 5.33E

‐ 07 5.34E

‐ 07

# 5.51E

‐ 07 5.52E

‐ 07 5.63E

‐ 07 5.64E

‐ 07 5.73E

‐ 07 5.97E

‐ 07

# 5.97E

‐ 07 6.01E

‐ 07 6.12E

‐ 07 6.26E

‐ 07 6.28E

‐ 07 6.28E

‐ 07

# 6.46E

‐ 07 6.53E

‐ 07 6.58E

‐ 07 6.58E

‐ 07 6.75E

‐ 07 6.78E

‐ 07 6.82E

‐ 07

# 6.85E

‐ 07 6.89E

‐ 07 6.96E

‐ 07 7.44E

‐ 07 7.47E

‐ 07 7.47E

‐ 07 7.58E

‐ 07

# 7.68E

‐ 07 8.23E

‐ 07 8.42E

‐ 07 8.47E

‐ 07 8.58E

‐ 07 8.80E

‐ 07

# 9.19E

‐ 07 9.29E

‐ 07 9.43E

‐ 07 9.58E

‐ 07 9.72E

‐ 07 9.74E

‐ 07 9.78E

‐ 07

# 9.80E

‐ 07 1.06E

‐ 06 1.07E

‐ 06 1.07E

‐ 06 1.08E

‐ 06 1.09E

‐ 06

# 1.09E

‐ 06 1.10E

‐ 06 1.13E

‐ 06 1.17E

‐ 06 1.17E

‐ 06 1.18E

‐ 06 1.18E

‐ 06

# 1.23E

‐ 06 1.23E

‐ 06 1.24E

‐ 06 1.25E

‐ 06

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



# t

‐ statistic = quantile t

‐ distribution

with df degrees of

freedom at .99

confidence level

= 2.36

UPL POOLED VARIANCE = 1.3585E

‐ 06 d f 

# t



# 2

, 

# 1 1

df p 

# Xt s

n m  

      d f 

# t

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

# Chambers

Cogeneration LP

ORIS/Facility/Unit 

# Boil 2

Runs 

# 10566

1 1.75785E

‐ 08

2 1.68445E

‐ 08

3 1.84074E

‐ 08

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 N N

# 2

This step is for QC only:



# means 1.76E

‐ 08

1.76E

‐ 08

Mean =

Pooled Variance = 

# 6.1138E

‐ 19

m= number future runs = 3

Term1 0.6667

Term2 4.0759E

‐ 19

Squared root Term2 

# 6.3843E

‐ 10

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

 

#  

#  1 N

i

i 

# n

 

# 

# t

‐ statistic = quantile t

‐ distribution

with df degrees of

freedom at .99

confidence level

= 6.96

UPL POOLED VARIANCE = 2.2056E

‐ 08 d f 

# t



# 2

, 

# 1 1

df p 

# Xt s

n m  

      d f 

# t

# Emissions (lb/MW)

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

# UPL Pooled 

# 2 

# 1 1

df 

# Xt s  

     

# Variance= 

# 2

, df p 

# X t s

n m  

     

# 728 Yates GA Y6BR

50 Widows Creek AL 3

50 Widows Creek AL 4

50 Widows Creek AL 5

50 Widows Creek AL 6

56 Charles R. Lowman AL 2

56 Charles R. Lowman AL 1B

10 Greene County AL Unit 1

3 Barry AL Unit 2

3 Barry AL Unit 3

3 Barry AL Unit 4

7 Gadsden AL Unit 1

7 Gadsden AL Unit 2

8 Gorgas AL Unit 10

8 Gorgas AL Unit 6

8 Gorgas AL Unit 7

50 Widows Creek AL 1

8 Gorgas AL Unit 9

10 Greene County AL Unit 2

26 E. C. Gaston AL Unit 1

26 E. C. Gaston AL Unit 2

26 E. C. Gaston AL Unit 3

26 E. C. Gaston AL Unit 4

8 Gorgas AL Unit 8

645 Big Bend F L BB03_pre_SCR

645 Big Bend F L BB02_pre

‐ SCR

709 Harllee Branch GA Unit 1

709 Harllee Branch GA Unit 2

709 Harllee Branch GA Unit 3

709 Harllee Branch GA Unit 4

710 Jack McDonough GA MB1

710 Jack McDonough GA MB2

728 Yates GA Y4BR

728 Yates GA Y5BR

643 Lansing Smith F L Unit 1

56 Charles R. Lowman AL 3

56 Charles R. Lowman AL 3D

136 Seminole Generating Station F L Unit 1

564 Stanton Energy Cente r F L 1 coal

136 Seminole Generating Station F L Unit 2

2832 Miami Fort OH U7

2848 O H Hutchings OH H

‐ 1

3113 Portland PA POR

‐ 1

3113 Portland PA POR

‐ 2

2732 Riverbend NC 10

2848 O H Hutchings OH H

‐ 6

2848 O H Hutchings OH H

‐ 3

# 1364 Mill Creek KY MC3

1364 Mill Creek KY MC2

1364 Mill Creek KY MC1

1363 Cane Run KY CR6

1355 E.W. Brown KY EWB3

1355 E.W. Brown KY EWB2

1357 Green River KY GR03

1383 Robert A Reid KY 1

2049 Jack Watson MS Unit 4

2049 Jack Watson MS Unit 5

1364 Mill Creek KY MC4

1381 Kenneth C Coleman KY 4

3788 Potomac River VA 4

3788 Potomac River VA 1

6031 Killen Station OH 2

‐ Operation

3136 Keystone PA KEY

‐ 1

‐ 2

3159 Cromby Generating Station PA Unit 1

3788 Potomac River VA 5

3122 Homer City Station PA HC1CONFIG

3122 Homer City Station PA HC2CONFIG

3396 Bull Run TN 2

3405 John Sevier TN 1

3136 Keystone PA KEY

‐ 1

‐ 1

3136 Keystone PA KEY

‐ 2

‐ 2

3319 Jefferies SC J4

3140 PPL Brunner Island PA U3

54238 Port of Stockton District Energy Facilit y CA 1

6213 Merom IN 1SG1conf1

6061 South Mississippi El Pwr Assn MS 1

6061 South Mississippi El Pwr Assn MS 2

6213 Merom IN 2SG1conf2

7253 Richard Gorsuch OH UNIT1

7253 Richard Gorsuch OH UNIT2

7253 Richard Gorsuch OH UNIT4

47 Colbert AL 5

47 Colbert AL 1

47 Colbert AL 2

1891 Laskin Energy Center MN LEC2

1378 Paradise KY 3

1378 Paradise KY 2

1378 Paradise KY 4

1379 Shawnee KY 1

1379 Shawnee KY 9

1379 Shawnee KY 8

1379 Shawnee KY 7

1379 Shawnee KY 6

1891 Laskin Energy Center MN LEC1

# 1378 Paradise KY 1

1379 Shawnee KY 2

1379 Shawnee KY 5

1379 Shawnee KY 4

1379 Shawnee KY 3

3407 Kingston TN 8

3406 Johnsonville TN 7

3406 Johnsonville TN 1

3406 Johnsonville TN 2

3407 Kingston TN 9

3406 Johnsonville TN 8

3406 Johnsonville TN 9

3407 Kingston TN 1

3407 Kingston TN 6

3407 Kingston TN 7

3406 Johnsonville TN 10

3406 Johnsonville TN 4

3406 Johnsonville TN 5

3406 Johnsonville TN 6

3407 Kingston TN 2

3407 Kingston TN 3

3407 Kingston TN 4

3407 Kingston TN 5

2527 AES Greenidge NY Unit 4

6639 R D Green KY 1

2823 Milton R. Young Station ND 2

6030 Coal Creek ND Unit 1b

884 Will County IL WC1CONFIG

981 State Line IN Unit 4

1104 Burlington IA Unit 1

1046 Dubuque IA Unit 5

1252 Tecumseh Energy Cente r KS 10

1295 Quindaro KS Unit 1

1048 ML Kapp IA Unit 2

1058 Sixth Street IA Unit 2

1058 Sixth Street IA Unit 3

1047 Lansing IA Unit 4

1077 Sutherland IA Unit 2

1167 Muscatine #1 IA 9

1250 Lawrence Energy Cente r KS 4

1077 Sutherland IA Unit 1

59 Platte NE 1

87 Escalante NM 1

160 Apache Station AZ ST3

160 Apache Station AZ ST2

2161 James River Power Station MO Unit_3_JRPS

2167 New Madrid MO con1

# 2169 Chamois Power Plant MO Unit 2

2167 New Madrid MO con2

2824 Stanton ND u10

1710 Consumers Energy

‐ J.H. Campbell MI JHC3

‐ Conf

6065 Iatan MO 1

6068 Jeffrey Energy Center KS 1

6068 Jeffrey Energy Center KS 2

6002 James H. Miller Jr. AL Unit 1

2952 Muskogee OK MK6 Config

2952 Muskogee OK MK5 Config

2952 Muskogee OK MK4 Config

8223 Springerville AZ 1

6204 Laramie River Station WY 2

6204 Laramie River Station WY 3

6068 Jeffrey Energy Center KS 3

6204 Laramie River Station WY 1

6095 Sooner OK SO1 Config

6095 Sooner OK SO2 Config

6254 Ottumwa IA Unit 1

6768 Sikeston Power Station MO 1

3403 Gallatin TN 1

3403 Gallatin TN 3

3393 Allen Steam Plant TN 1

3393 Allen Steam Plant TN 2

3393 Allen Steam Plant TN 3

3403 Gallatin TN 4

6073 Victor J. Daniel Jr MS Unit 1

6073 Victor J. Daniel Jr MS Unit 2

4054 Nelson Dewey WI Unit 2

4054 Nelson Dewey WI Unit 1

5463 4 St. Nicholas Cogen Project PA 1

50611 WPS Westwood Generation, LL C PA 001

51 Dolet Hills LA 001

2823 Milton R. Young Station ND 1

55076 Red Hills Generating Facility MS 001

55076 Red Hills Generating Facility MS 002

2403 PSEG Hudson Generating Station NJ HUDU2E2PT2OS1

‐ Coal

2403 PSEG Hudson Generating Station NJ HUDU2E2PT2OS2

‐ Gas

6124 McIntosh GA Unit 1

892 Hennepin Power Station IL 001

892 Hennepin Power Station IL 002

1252 Tecumseh Energy Cente r KS 9

1073 Prairie Creek IA Unit 4

1167 Muscatine #1 IA 8

470 Comanche CO Unit 2

# USED FOR NEW DUE TO

DATA ISSUE Dunkirk

Generating Plant

ORIS/Facility/Unit 

# 2554

Runs 

# 1

1 2.64E

‐ 03

2 4.71E

‐ 03

3 1.12E

‐ 03

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

# Emissions (lb/MMBtu)

# n =Total # test runs = 

# 3

2

This step is for QC only:



# means 2.82E

‐ 03

2.82E

‐ 03

Mean =

Pooled Variance = 

# 3.2459E

‐ 06

m= number future runs = 3

Term1 0.6667

Term2 2.1639E

‐ 06

Squared root Term2 

# 0.001471031 

#   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

 

# 

# UPL Pooled

Variance= 

# 2

, 

# 1 1

df p 

# Xt s

n m  

     

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



# t

‐ statistic = quantile t

‐ distribution

with df degrees of

freedom at .99

confidence level

= 6.964556734

UPL POOLED VARIANCE = 0.0130662 

# 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 )BonanzaPowerPlantDunkirkGeneratingPlantMartinDrakeBridgeportStationRoxboroSteamElectricPlantSpringervilleORIS/Facility/Unit7790 2554 492 568 2712 8223TestAverages1‐1 1 Unit5‐CoalBHSEMU3OS3‐#2Rox_Cfg_2c 41 8.6037E‐062.8211E‐03 3.0755E‐03 3.2963E‐03 3.4217E‐03 3.7344E‐0323456789101112131415161718192021222324Emissions(lb/MMBtu)HavanaDunkirkGeneratingPlantJKSpruceReidGardnerSanJuanRoxboroSteamElectricPlantDallmanWalterScottJr.EnergyCenterWeston Clover891 2554 7097 2324 2451 2712 963 1082 4078 7213Boiler9 4 1 1 Unit3 Rox_Cfg_1b 34 4 W4 Unit23.8254E‐03 3.8498E‐03 3.8651E‐03 4.3292E‐03 4.3628E‐03 4.9481E‐03 5.0000E‐03 5.0613E‐03 5.2819E‐03 5.3145E‐03GeraldGentlemanAESHawaii Crist Crist Crist CristTransAltaCentraliaGenerationHLSpurlockStationHammond Hammond6077 10673 641 641 641 641 3845 6041 708 708U1 001 Unit4 Unit5 Unit7 Unit6BW21CONFIGUnit03 Unit4 Unit15.4900E‐03 5.7893E‐03 5.8071E‐03 5.8071E‐03 5.8071E‐03 5.8071E‐03 5.9300E‐03 6.0000E‐03 6.0665E‐03 6.0665E‐03Hammond HammondNorthValmySanJuan DuckCreekWhelanEnergyCenterUnit1(WEC1)JTDeely JTDeelySheldonStationSouthOakCreekCraig708 708 8224 2451 6016 60 6181 6181 2277 4041 6021Unit2 Unit3 1 Unit4 001 1 1 2 U2 OCPP‐B7 C26.0665E‐03 6.0665E‐03 6.1667E‐03 6.2635E‐03 6.4089E‐03 6.5607E‐03 6.6667E‐03 6.6667E‐03 6.7358E‐03 6.9450E‐03 6.9811E‐03ReidGardnerSunnysideCogenAssociatesBrandonShoresChollaMartinDrakeHerbertA.WagnerAESHawaiiMartinDrakeGGAllen GGAllenHLSpurlockStation2324 50951 602 113 492 1554 10673 492 2718 2718 60414 Config1 002 004Unit7‐Coal002 002Unit6‐Coal3‐2009‐FGDIN4‐2009‐FGDINUnit047.0000E‐03 7.2511E‐03 7.3544E‐03 7.3933E‐03 7.4885E‐03 7.4980E‐03 7.6998E‐03 7.7020E‐03 7.8232E‐03 7.8232E‐03 7.9433E‐03Seward Seward SanJuan PulliamNewCastlePlantHawthornPantherCreekEnergyFacilityPantherCreekEnergyFacilitySanJuan Cholla Valley3130 3130 2451 4072 3138 2079 50776 50776 2451 113 4042SEW‐2 SEW‐1 Unit1 8 NC4‐2 5A BG2 BG1 Unit2 003 VAPP‐B48.1333E‐03 8.1333E‐03 8.1633E‐03 8.1938E‐03 8.5397E‐03 8.6910E‐03 8.7817E‐03 8.7817E‐03 8.7986E‐03 8.8514E‐03 9.1246E‐03CraigSheldonStationTransAltaCentraliaGenerationJamesH.MillerJr.AshevilleSteamElectricPlantAESShadyPoint,LLCAESShadyPoint,LLCPineyCreekProjectSpruanceGenco,LLCBigStoneNeilSimpsonII6021 2277 3845 6002 2706 10671 10671 54144 54081 6098 7504C1 U1BW22CONFIGUnit4 Ash_Cfg_2 Unit1 Unit2 BRBRI GEN2 001 NS2Cfg9.1787E‐03 9.1890E‐03 9.3056E‐03 9.4048E‐03 9.4678E‐03 1.0199E‐02 1.0199E‐02 1.0218E‐02 1.0512E‐02 1.0601E‐02 1.0656E‐02EastlakePotomacRiverRayDNixon Weston LaCygneTaconiteHarborEnergyCenterCliftyCreek CliftyCreek CliftyCreekAshevilleSteamElectricPlantHLSpurlockStation2837 3788 8219 4078 1241 10075 983 983 983 2706 6041Unit1 3 Unit1 W3 2 THEC2 Unit3 Unit1 Unit2 Ash_Cfg_1d Unit011.0746E‐02 1.1000E‐02 1.1257E‐02 1.1679E‐02 1.1846E‐02 1.1873E‐02 1.1900E‐02 1.1900E‐02 1.1900E‐02 1.1976E‐02 1.2125E‐02FosterWheelerMtCarmelCogenCraigReidGardnerLouisa Cross GibsonSandowStationSouthOakCreekReidGardnerConsumersEnergy‐J.H.CampbellConsumersEnergy‐J.H.Campbell10343 6021 2324 6664 130 6113 52071 4041 2324 1710 1710SG‐101 C3 3 101 C12‐2007‐FGDIN5B OCPP‐B8 2 JHC1‐Conf JHC2‐Conf1.2167E‐02 1.2533E‐02 1.3047E‐02 1.3458E‐02 1.3590E‐02 1.3763E‐02 1.3849E‐02 1.3932E‐02 1.4090E‐02 1.4097E‐02 1.4097E‐02TSPowerPlantValley ValleyPleasantPrairieNorthValmyNewCastlePlantNewtonEddystoneGeneratingStationOakGrove Rawhide Gibson56224 4042 4042 6170 8224 3138 6017 3161 6180 6761 6113TSPower VAPP‐B3 VAPP‐B2 PPPPB2 2 NC3‐2 002 Unit2 OG1 Rawhide1011‐2007‐FGDIN1.4167E‐02 1.4196E‐02 1.4426E‐02 1.4584E‐02 1.4967E‐02 1.5000E‐02 1.5254E‐02 1.5836E‐02 1.5961E‐02 1.6452E‐02 1.6690E‐02Conemaugh EastlakePotomacRiverScholzAESWarriorRunCogenerationFacilityEricksonStationSioux NilesPlant Shawville Shawville Cross3118 2837 3788 642 10678 1832 2107 2861 3131 3131 130CON‐1 Unit3 2 Unit1 BLR1 001 002 N2‐1 SHAW3‐1 SHAW4‐1 C31.6800E‐02 1.6945E‐02 1.7000E‐02 1.7536E‐02 1.8006E‐02 1.8122E‐02 1.8634E‐02 1.8667E‐02 1.8977E‐02 1.8977E‐02 1.9967E‐02NilesPlantGeraldGentlemanWygen1 RDGreenEndicottStationColbertPPLMontourCaneRunNorthamptonGeneratingCompany,L.P.ValleyStantonEnergyCenter2861 6077 55479 6639 4259 47 3149 1363 50888 4042 564N1‐1 U2 WYG1Cfg 2 1 3 U1 CR5 GEN1 VAPP‐B1 2coal2.0000E‐02 2.0338E‐02 2.0427E‐02 2.0748E‐02 2.1667E‐02 2.2383E‐02 2.3565E‐02 2.4170E‐02 2.4428E‐02 2.4478E‐02 2.4650E‐02GrantTownPowerPlantSandowStationJoppaSteamPPLMontourAvonLake DaleStation10151 52071 887 3149 2836 1385GEN1 5A 1 U2 AL12‐2 032.4756E‐02 2.4959E‐02 2.5357E‐02 2.5464E‐02 2.5667E‐02 2.5670E‐022526272829303132333435ni=numbertestruns=1 1 1 1 11TotalNumberofsources=131n=Total#testruns=131130ThisstepisforQConly:means 8.60E‐06 2.82E‐03 3.08E‐03 3.30E‐03 3.42E‐03 3.73E‐03N1Niin11Niidf n   11ini ikkixxn1 1 1 11111 1 13.83E‐03 3.85E‐03 3.87E‐03 4.33E‐03 4.36E‐03 4.95E‐03 5.00E‐03 5.06E‐03 5.28E‐03 5.31E‐031 11 1 111 1 115.49E‐03 5.79E‐03 5.81E‐03 5.81E‐03 5.81E‐03 5.81E‐03 5.93E‐03 6.00E‐03 6.07E‐03 6.07E‐031111 11 111116.07E‐03 6.07E‐03 6.17E‐03 6.26E‐03 6.41E‐03 6.56E‐03 6.67E‐03 6.67E‐03 6.74E‐03 6.95E‐03 6.98E‐031 1 1 111111117.00E‐03 7.25E‐03 7.35E‐03 7.39E‐03 7.49E‐03 7.50E‐03 7.70E‐03 7.70E‐03 7.82E‐03 7.82E‐03 7.94E‐031111111 1 1118.13E‐03 8.13E‐03 8.16E‐03 8.19E‐03 8.54E‐03 8.69E‐03 8.78E‐03 8.78E‐03 8.80E‐03 8.85E‐03 9.12E‐03111111 1 11119.18E‐03 9.19E‐03 9.31E‐03 9.40E‐03 9.47E‐03 1.02E‐02 1.02E‐02 1.02E‐02 1.05E‐02 1.06E‐02 1.07E‐0211111 111 1111.07E‐02 1.10E‐02 1.13E‐02 1.17E‐02 1.18E‐02 1.19E‐02 1.19E‐02 1.19E‐02 1.19E‐02 1.20E‐02 1.21E‐021 111111111 11.22E‐02 1.25E‐02 1.30E‐02 1.35E‐02 1.36E‐02 1.38E‐02 1.38E‐02 1.39E‐02 1.41E‐02 1.41E‐02 1.41E‐021111111 11 1 11.42E‐02 1.42E‐02 1.44E‐02 1.46E‐02 1.50E‐02 1.50E‐02 1.53E‐02 1.58E‐02 1.60E‐02 1.65E‐02 1.67E‐021 11111111111.68E‐02 1.69E‐02 1.70E‐02 1.75E‐02 1.80E‐02 1.81E‐02 1.86E‐02 1.87E‐02 1.90E‐02 1.90E‐02 2.00E‐0211 1 111111112.00E‐02 2.03E‐02 2.04E‐02 2.07E‐02 2.17E‐02 2.24E‐02 2.36E‐02 2.42E‐02 2.44E‐02 2.45E‐02 2.47E‐021 11 1112.48E‐02 2.50E‐02 2.54E‐02 2.55E‐02 2.57E‐02 2.57E‐021.16E‐02Mean=PooledVariance=3.8863E‐05m=numberfutureruns=1Term11.0076Term23.9160E‐05SquaredrootTerm20.00625777NOTE:thepvalueforthet‐statisticiscalculatedas:2*alpha,where1‐alphaisdesiredconfidence,soif99%confidenceisdesiredthenalpha=0.01and1 11inNiji jX xn  22111niis xXn 1 1n m21 1sn m   21 1sn m   t‐statistic=quantilet‐distributionwithdfdegreesoffreedomat.99confidencelevel=2.36UPLPOOLEDVARIANCE=2.63509E‐02d ft2,1 1df pXt sn m    

# USED FOR NEW DUE TO

DATA ISSUE

Cholla

ORIS/Facility/Unit 

# 113

Runs 

# 003

1 7.0490E

‐ 08

2 9.7192E

‐ 08

3 2.4108E

‐ 07

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 N

# n =Total # test runs = 

# 3

2

This step is for QC only:



# means 1.36E

‐ 07

1.36E

‐ 07

Mean =

Pooled Variance = 

# 8.4197E

‐ 15

m= number future runs = 3

Term1 0.6667

Term2 5.6132E

‐ 15

Squared root Term2 

# 7.4921E

‐ 08

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

 

#  

#  1 N

i

i 

# n

 

# 

# t

‐ statistic = quantile t

‐ distribution

with df degrees of

freedom at .99

confidence level

= 6.96

UPL POOLED VARIANCE = 6.5805E

‐ 07 d f 

# t



# 2

, 

# 1 1

df p 

# Xt s

n m  

      d f 

# t

# Emissions (lb/MMBtu)

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

# 2 

# 1 1 X t  

   

# UPL Pooled

Variance= 

# 2

, 

# 1 1

df p 

# Xt s

n m  

     

# PSEG Mercer

Generating Station Dallman

ORIS/Facility/Unit 

# MERU1E1PT1OS1

‐ Coal 34

Test Averages 2408 963

1 7.0643E

‐ 06 6.5870E

‐ 07

2

3

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 = 

# 1 1

Total Number of sources = 131 N

# n =Total # test runs = 

# 131

130

This step is for QC only:



# means 7.06E

‐ 06 6.59E

‐ 07

1.19E

‐ 05

Mean =

Pooled Variance = 

# 4.3815E

‐ 11

m= number future runs = 1

Term1 1.0076

Term2 4.4149E

‐ 11

Squared root Term2 

# 6.6445E

‐ 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

 

#  N

# 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

= 2.36

UPL POOLED VARIANCE = 2.7511E

‐ 05 d f 

# t



# 2

, 

# 1 1

df p 

# Xt s

n m  

      d f 

# t

# Chambers

Cogeneration LP Cholla Martin Drake Weston Oak Grove Rawhide Springerville

Boil 2 003 Unit 5

‐ Coal W4 OG1 Rawhide101 4

10566 113 492 4078 6180 6761 8223

9.2187E

‐ 07 1.3085E

‐ 06 2.0523E

‐ 06 2.2634E

‐ 06 2.2839E

‐ 06 2.6653E

‐ 06 2.6748E

‐ 06

1111111 Emissions (lb/MW)

# 9.22E

‐ 07 1.31E

‐ 06 2.05E

‐ 06 2.26E

‐ 06 2.28E

‐ 06 2.67E

‐ 06 2.67E

‐ 06

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

# TransAlta Centralia

Generation J K Spruce Logan

Generating

Plant Reid Gardner Cedar Bay

Generating

Company L.P. Havana

BW21CONFIG 1 Unit1 1 CBA1 Boiler 9

3845 7097 10043 2324 10672 891

2.8004E

‐ 06 2.8470E

‐ 06 3.0052E

‐ 06 3.0270E

‐ 06 3.3670E

‐ 06 3.3712E

‐ 06

111 111

# 2.80E

‐ 06 2.85E

‐ 06 3.01E

‐ 06 3.03E

‐ 06 3.37E

‐ 06 3.37E

‐ 06

# Gerald

Gentleman Cedar Bay

Generating

Company L.P. James H.

Miller Jr. Northampton

Generating

Company, L.P. Sandow

Station R D Green Gerald

Gentleman

U1 CBB1 Unit 4 GEN1 5B 2 U2

6077 10672 6002 50888 52071 6639 6077

3.7237E

‐ 06 3.7304E

‐ 06 3.9232E

‐ 06 4.1583E

‐ 06 4.3158E

‐ 06 4.8272E

‐ 06 4.8579E

‐ 06

1 11 1 111

# 3.72E

‐ 06 3.73E

‐ 06 3.92E

‐ 06 4.16E

‐ 06 4.32E

‐ 06 4.83E

‐ 06 4.86E

‐ 06 UPL Pooled

Variance= 

# 2

, 

# 1 1

df p 

# Xt s

n m  

     

# Sheldon Station Sioux Springerville Wygen 1 South Oak

Creek Cholla TransAlta

Centralia

Generation

U1 002 3 WYG1Cfg OCPP

‐ B7 004 BW22CONFIG

2277 2107 8223 55479 4041 113 3845

4.8847E

‐ 06 4.8893E

‐ 06 5.0847E

‐ 06 5.0942E

‐ 06 5.0987E

‐ 06 5.1565E

‐ 06 5.3350E

‐ 06

1 1 1 1111

# 4.88E

‐ 06 4.89E

‐ 06 5.08E

‐ 06 5.09E

‐ 06 5.10E

‐ 06 5.16E

‐ 06 5.34E

‐ 06

# Crist Crist Crist Crist Salem Harbor Chambers

Cogeneration LP

Unit 5 Unit 6 Unit 7 Unit 4 Unit 1 Boil 1

641 641 641 641 1626 10566

5.4592E

‐ 06 5.4623E

‐ 06 5.7800E

‐ 06 5.7997E

‐ 06 5.9121E

‐ 06 5.9658E

‐ 06

1 111 1 1

# 5.46E

‐ 06 5.46E

‐ 06 5.78E

‐ 06 5.80E

‐ 06 5.91E

‐ 06 5.97E

‐ 06

# Sheldon Station Pulliam Bridgeport

Station Brandon

Shores RS Nelson Sandow

Station

U2 8 BHSEMU3OS3

‐

#2 002 001 5A

2277 4072 568 602 1393 52071

6.0915E

‐ 06 6.2566E

‐ 06 6.2760E

‐ 06 6.6896E

‐ 06 6.7335E

‐ 06 6.8363E

‐ 06

1 1 1111

# 6.09E

‐ 06 6.26E

‐ 06 6.28E

‐ 06 6.69E

‐ 06 6.73E

‐ 06 6.84E

‐ 06

# PSEG Mercer

Generating

Station Southampton

Power Station Cope Neil Simpson

II Martin Drake H L Spurlock

Station Taconite

Harbor Energy

Center

MERU2E2PT2

OS1

‐ Coal Unit 1 & 2 COP001 NS2Cfg Unit 7

‐ Coal Unit 03 THEC2

2408 10774 7210 7504 492 6041 10075

7.3939E

‐ 06 7.4717E

‐ 06 7.5673E

‐ 06 7.7137E

‐ 06 7.8700E

‐ 06 7.9118E

‐ 06 8.0523E

‐ 06

1111111

# 7.39E

‐ 06 7.47E

‐ 06 7.57E

‐ 06 7.71E

‐ 06 7.87E

‐ 06 7.91E

‐ 06 8.05E

‐ 06

# Cedar Bay

Generating

Company L.P. Gibson Nebraska City Gibson INDIANTOWN

COGENERATIO

N L.P. AES Shady

Point,LLC

CBC1 1

‐ 2007

‐ FGDIN NC2 2

‐ 2007

‐ FGDIN 001 Unit 1

10672 6113 6096 6113 50976 10671

8.1874E

‐ 06 8.5504E

‐ 06 8.6743E

‐ 06 8.7912E

‐ 06 9.0891E

‐ 06 9.2203E

‐ 06

1 1 111 1

# 8.19E

‐ 06 8.55E

‐ 06 8.67E

‐ 06 8.79E

‐ 06 9.09E

‐ 06 9.22E

‐ 06

# AES Shady

Point,LLC Silver Bay

Power Cane Run Morgantown

Energy Facility Duck Creek Hayden

Unit 2 GEN1 CR4 Unit 1&2 001 Unit 1

10671 10849 1363 10743 6016 525

9.2203E

‐ 06 9.6068E

‐ 06 9.7611E

‐ 06 9.9160E

‐ 06 9.9688E

‐ 06 1.0617E

‐ 05

111 1 1 1

# 9.22E

‐ 06 9.61E

‐ 06 9.76E

‐ 06 9.92E

‐ 06 9.97E

‐ 06 1.06E

‐ 05

# Walter Scott Jr.

Energy Center Muscatine #1 AES Warrior

Run

Cogeneration

Facility Hammond Hammond Roxboro Steam

Electric Plant

4 8 BLR1 Unit 2 Unit 3 Rox_Cfg_1b

1082 1167 10678 708 708 2712

1.1111E

‐ 05 1.1332E

‐ 05 1.1372E

‐ 05 1.1381E

‐ 05 1.1415E

‐ 05 1.1479E

‐ 05

1111 1 1

# 1.11E

‐ 05 1.13E

‐ 05 1.14E

‐ 05 1.14E

‐ 05 1.14E

‐ 05 1.15E

‐ 05

# Hammond Twin Oaks

Power One Newton Taconite Harbor Energy

Center Hammond

Unit 1 U2 002 THEC1 Unit 4

708 7030 6017 10075 708

1.1589E

‐ 05 1.1702E

‐ 05 1.1952E

‐ 05 1.2072E

‐ 05 1.2073E

‐ 05

11 1 1 1

# 1.16E

‐ 05 1.17E

‐ 05 1.20E

‐ 05 1.21E

‐ 05 1.21E

‐ 05

# San Juan J T Deely J T Deely Spruance

Genco, LLC Asheville

Steam Electric

Plant Spruance

Genco, LLC

Unit 3 2 1 GEN2 Ash_Cfg_2 GEN1

2451 6181 6181 54081 2706 54081

1.2099E

‐ 05 1.2906E

‐ 05 1.2906E

‐ 05 1.3035E

‐ 05 1.3054E

‐ 05 1.3375E

‐ 05

1 11111

# 1.21E

‐ 05 1.29E

‐ 05 1.29E

‐ 05 1.30E

‐ 05 1.31E

‐ 05 1.34E

‐ 05

# Dunkirk Generating Plant AES Hawaii Hawthorn Craig Lansing H L Spurlock

Station

4 002 5A C2 Unit 4 Unit 04

2554 10673 2079 6021 1047 6041

1.3602E

‐ 05 1.3717E

‐ 05 1.3738E

‐ 05 1.4005E

‐ 05 1.4015E

‐ 05 1.4079E

‐ 05

111111

# 1.36E

‐ 05 1.37E

‐ 05 1.37E

‐ 05 1.40E

‐ 05 1.40E

‐ 05 1.41E

‐ 05

# PPL Montour Comanche Dunkirk

Generating Plant San Juan Stanton

Energy Center James River

Cogeneration

Co

U2 Unit 2 1 Unit 2 2 coal UNIT2

3149 470 2554 2451 564 10377

1.4098E

‐ 05 1.4258E

‐ 05 1.4712E

‐ 05 1.4728E

‐ 05 1.5160E

‐ 05 1.5788E

‐ 05

1 1 1 111

# 1.41E

‐ 05 1.43E

‐ 05 1.47E

‐ 05 1.47E

‐ 05 1.52E

‐ 05 1.58E

‐ 05

# Spruance

Genco, LLC Consumers

Energy

‐ J.H.

Campbell Seward Seward Shawville Shawville Consumers

Energy

‐ J.H.

Campbell

GEN4 JHC2

‐ Conf SEW

‐ 1 SEW

‐ 2 SHAW4

‐ 1 SHAW3

‐ 1 JHC1

‐ Conf

54081 1710 3130 3130 3131 3131 1710

1.5984E

‐ 05 1.6382E

‐ 05 1.6642E

‐ 05 1.6642E

‐ 05 1.6707E

‐ 05 1.6707E

‐ 05 1.6883E

‐ 05

1111111

# 1.60E

‐ 05 1.64E

‐ 05 1.66E

‐ 05 1.66E

‐ 05 1.67E

‐ 05 1.67E

‐ 05 1.69E

‐ 05

# Whelan

Energy Center

Unit 1 (WEC1) Sunnyside

Cogen

Associates Hopewell Hayden Lawrence

Energy Center McMeekin AES Puerto

Rico

Cogeneration

Facility

1 Config 1 1 & 2 Unit 2 3 MCM002 Unit_1

60 50951 10771 525 1250 3287 68029

1.7011E

‐ 05 1.7128E

‐ 05 1.7135E

‐ 05 1.7153E

‐ 05 1.7158E

‐ 05 1.7275E

‐ 05 1.7342E

‐ 05

1111 1 11

# 1.70E

‐ 05 1.71E

‐ 05 1.71E

‐ 05 1.72E

‐ 05 1.72E

‐ 05 1.73E

‐ 05 1.73E

‐ 05

# Roxboro

Steam Electric

Plant Elmer Smith Station Elmer Smith

Station Grant Town

Power Plant AES Puerto

Rico

Cogeneration

Facility Sibley

Rox_Cfg_2c Unit001 Unit002 GEN1 Unit_2 3

2712 1374 1374 10151 68029 2094

1.7354E

‐ 05 1.7771E

‐ 05 1.7771E

‐ 05 1.9834E

‐ 05 1.9872E

‐ 05 2.0058E

‐ 05

1 1 1111

# 1.74E

‐ 05 1.78E

‐ 05 1.78E

‐ 05 1.98E

‐ 05 1.99E

‐ 05 2.01E

‐ 05

# Welsh Joppa Steam Cane Run PANTHER

CREEK

ENERGY

FACILITY PANTHER

CREEK

ENERGY

FACILITY Scrubgrass

Generating

Company L.P. Hardin

Generator

Project

WE

‐ 1 1 CR5 BG2 BG1 Gen 1 PC1

6139 887 1363 50776 50776 50974 55749

2.0070E

‐ 05 2.0112E

‐ 05 2.0173E

‐ 05 2.0200E

‐ 05 2.0200E

‐ 05 2.0499E

‐ 05 2.0620E

‐ 05

1 111111

# 2.01E

‐ 05 2.01E

‐ 05 2.02E

‐ 05 2.02E

‐ 05 2.02E

‐ 05 2.05E

‐ 05 2.06E

‐ 05

# Eagle Valley Harding Street McMeekin TS Power Plant Erickson Station Elm Road

Generating

Station

6 70ss MCM001 TSPower 001 ERGS

‐ B1

991 990 3287 56224 1832 56068

2.0670E

‐ 05 2.0910E

‐ 05 2.0974E

‐ 05 2.1185E

‐ 05 2.1547E

‐ 05 2.1720E

‐ 05

11 1 1 1 1

# 2.07E

‐ 05 2.09E

‐ 05 2.10E

‐ 05 2.12E

‐ 05 2.15E

‐ 05 2.17E

‐ 05

# Eastlake Sibley Hennepin

Power Station Birchwood

Power Facility Hennepin

Power Station Spruance

Genco, LLC Prairie Creek

Unit 1 1 001 1A 002 GEN3 Unit 1

2837 2094 892 54304 892 54081 1073

2.1835E

‐ 05 2.2752E

‐ 05 2.3233E

‐ 05 2.3518E

‐ 05 2.3990E

‐ 05 2.4330E

‐ 05 2.4659E

‐ 05

1111111

# 2.18E

‐ 05 2.28E

‐ 05 2.32E

‐ 05 2.35E

‐ 05 2.40E

‐ 05 2.43E

‐ 05 2.47E

‐ 05

# Sibley Harding Street

2 60s

2094 990

2.5249E

‐ 05 2.5544E

‐ 05

1 1

# 2.52E

‐ 05 2.55E

‐ 05

# PSEG Mercer

Generating Station

ORIS/Facility/Unit 

# MERU1E1PT1OS1

‐ Coal

Runs 

# 2408

1 6.0661E

‐ 06

2 9.0607E

‐ 06

3 6.0661E

‐ 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 = 

# 3

Total Number of sources = 1

N N

# n =Total # test runs = 

# 3

2

This step is for QC only:



# means 7.06E

‐ 06

7.06E

‐ 06

Mean =

Pooled Variance = 

# 2.9892E

‐ 12

m= number future runs = 3

Term1 0.6667

Term2 1.9928E

‐ 12

Squared root Term2 

# 1.4117E

‐ 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 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

 

#  

#  1 N

i

i 

# n

 

# 

# t

‐ statistic = quantile t

‐ distribution

with df degrees of

freedom at .99

confidence level

= 6.96

UPL POOLED VARIANCE = 1.6896E

‐ 05 d f 

# t



# 2

, 

# 1 1

df p 

# Xt s

n m  

      d f 

# t

# Emissions (lb/MW)

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

# 2 

# 1 1 X t  

   

# UPL Pooled

Variance= 

# 2

, 

# 1 1

df p 

# Xt s

n m  

     

# Cholla Northampton

Generating Company,

L.P.

ORIS/Facility/Unit 

# 113 50888

Test Averages 003 GEN1

1 1.4315E

‐ 08 2.7008E

‐ 08

2

3

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 = 

# 1 1

Total Number of sources = 131 N

# n =Total # test runs = 

# 131

130

This step is for QC only:



# means 1.43E

‐ 08 2.70E

‐ 08

2.82E

‐ 07

Mean =

Pooled Variance = 

# 3.3014E

‐ 14

m= number future runs = 1

Term1 1.0076

Term2 3.3266E

‐ 14

Squared root Term2 

# 1.8239E

‐ 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

 

#  N

# 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

= 2.36

UPL POOLED VARIANCE = 7.1184E

‐ 07 d f 

# t 

# n m    

2

, 

# 1 1

df p 

# Xt s

n m  

      d f 

# t

# Martin Drake Cholla PSEG Mercer

Generating

Station Havana Weston Martin Drake Hayden

492 113 2408 891 4078 492 525

Unit 5

‐ Coal 004 MERU1E1PT1

OS1

‐ Coal Boiler 9 W4 Unit 7

‐ Coal Unit 2

2.9239E

‐ 08 3.7332E

‐ 08 3.9954E

‐ 08 4.8202E

‐ 08 5.0290E

‐ 08 5.4409E

‐ 08 5.6334E

‐ 08

1111111 Emissions (lb/MMBtu)

# 2.92E

‐ 08 3.73E

‐ 08 4.00E

‐ 08 4.82E

‐ 08 5.03E

‐ 08 5.44E

‐ 08 5.63E

‐ 08

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

# Hayden Springerville PSEG Mercer

Generating

Station Duck Creek J K Spruce Salem Harbor

525 8223 2408 6016 7097 1626

Unit 1 3 MERU2E2PT2

OS1

‐ Coal 001 1 Unit 1

5.8212E

‐ 08 5.9429E

‐ 08 5.9678E

‐ 08 6.0244E

‐ 08 6.1586E

‐ 08 6.6659E

‐ 08

111 111

# 5.82E

‐ 08 5.94E

‐ 08 5.97E

‐ 08 6.02E

‐ 08 6.16E

‐ 08 6.67E

‐ 08

# Brandon

Shores AES Hawaii Cedar Bay

Generating

Company L.P. Elm Road

Generating

Station Cope Rawhide Sioux

602 10673 10672 56068 7210 6761 2107

002 001 CBA1 ERGS

‐ B1 COP001 Rawhide101 002

6.7093E

‐ 08 7.4125E

‐ 08 7.6599E

‐ 08 7.6895E

‐ 08 7.7089E

‐ 08 8.3843E

‐ 08 8.4769E

‐ 08

1 11 1 111

# 6.71E

‐ 08 7.41E

‐ 08 7.66E

‐ 08 7.69E

‐ 08 7.71E

‐ 08 8.38E

‐ 08 8.48E

‐ 08 UPL Pooled

Variance= 

# 2

, 

# 1 1

df p 

# Xt s

n m  

     

# AES Hawaii Sunnyside

Cogen

Associates Cedar Bay

Generating

Company L.P. Craig Dunkirk

Generating

Plant PPL Montour Gerald

Gentleman

10673 50951 10672 6021 2554 3149 6077

002 Config 1 CBB1 C2 1 U1 U1

8.9379E

‐ 08 9.1072E

‐ 08 9.4274E

‐ 08 1.1281E

‐ 07 1.1491E

‐ 07 1.1555E

‐ 07 1.1774E

‐ 07

1 1 1 1111

# 8.94E

‐ 08 9.11E

‐ 08 9.43E

‐ 08 1.13E

‐ 07 1.15E

‐ 07 1.16E

‐ 07 1.18E

‐ 07

# James River

Cogeneration

Co James H. Miller

Jr. Gibson Dunkirk

Generating

Plant South Oak Creek G G Allen

10377 6002 6113 2554 4041 2718

UNIT2 Unit 4 1

‐ 2007

‐ FGDIN 4 OCPP

‐ B7 3

‐ 2009

‐ FGDIN

1.2025E

‐ 07 1.2193E

‐ 07 1.2481E

‐ 07 1.2531E

‐ 07 1.2557E

‐ 07 1.2619E

‐ 07

1 111 1 1

# 1.20E

‐ 07 1.22E

‐ 07 1.25E

‐ 07 1.25E

‐ 07 1.26E

‐ 07 1.26E

‐ 07

# G G Allen Welsh Pulliam Sheldon

Station Clover Sheldon

Station

2718 6139 4072 2277 7213 2277

4

‐ 2009

‐ FGDIN WE

‐ 1 8 U1 Unit 2 U2

1.2619E

‐ 07 1.2778E

‐ 07 1.4481E

‐ 07 1.4559E

‐ 07 1.4918E

‐ 07 1.5308E

‐ 07

1 1 1111

# 1.26E

‐ 07 1.28E

‐ 07 1.45E

‐ 07 1.46E

‐ 07 1.49E

‐ 07 1.53E

‐ 07

# Gibson Bridgeport

Station AES Warrior

Run

Cogeneration

Facility McMeekin Ebensburg

Power

Company Birchwood

Power Facility PPL Montour

6113 568 10678 3287 10603 54304 3149

2

‐ 2007

‐ FGDIN BHSEMU3OS3

‐

#2 BLR1 MCM002 EPC01 1A U2

1.5392E

‐ 07 1.7041E

‐ 07 1.7288E

‐ 07 1.7379E

‐ 07 1.7400E

‐ 07 1.7643E

‐ 07 1.8274E

‐ 07

1111111

# 1.54E

‐ 07 1.70E

‐ 07 1.73E

‐ 07 1.74E

‐ 07 1.74E

‐ 07 1.76E

‐ 07 1.83E

‐ 07

# R D Green Clover Colbert East Bend

Station Hatfield's

Ferry Power

Station Morgantown

Energy Facility

6639 7213 47 6018 3179 10743

2 Unit 1 3 2 001 Unit 1&2

1.8447E

‐ 07 1.8919E

‐ 07 1.8922E

‐ 07 1.9344E

‐ 07 1.9685E

‐ 07 1.9929E

‐ 07

1 1 111 1

# 1.84E

‐ 07 1.89E

‐ 07 1.89E

‐ 07 1.93E

‐ 07 1.97E

‐ 07 1.99E

‐ 07

# Hammond Hammond Hammond Hammond PANTHER CREEK

ENERGY FACILITY PANTHER CREEK

ENERGY

FACILITY

708 708 708 708 50776 50776

Unit 2 Unit 3 Unit 1 Unit 4 BG2 BG1

2.0159E

‐ 07 2.0159E

‐ 07 2.0159E

‐ 07 2.0159E

‐ 07 2.2084E

‐ 07 2.2084E

‐ 07

111 1 1 1

# 2.02E

‐ 07 2.02E

‐ 07 2.02E

‐ 07 2.02E

‐ 07 2.21E

‐ 07 2.21E

‐ 07

# Roxboro Steam

Electric Plant Lawrence

Energy Center Crist Crist Crist Crist

2712 1250 641 641 641 641

Rox_Cfg_1b 3 Unit 5 Unit 6 Unit 7 Unit 4

2.3664E

‐ 07 2.4549E

‐ 07 2.5056E

‐ 07 2.5056E

‐ 07 2.5056E

‐ 07 2.5056E

‐ 07

1111 1 1

# 2.37E

‐ 07 2.45E

‐ 07 2.51E

‐ 07 2.51E

‐ 07 2.51E

‐ 07 2.51E

‐ 07

# Weston San Juan Hennepin Power

Station Hennepin Power Station Nebraska City

4078 2451 892 892 6096

W3 Unit 3 001 002 NC2

2.5699E

‐ 07 2.5719E

‐ 07 2.5853E

‐ 07 2.5853E

‐ 07 2.5929E

‐ 07

11 1 1 1

# 2.57E

‐ 07 2.57E

‐ 07 2.59E

‐ 07 2.59E

‐ 07 2.59E

‐ 07

# Southampton

Power Station Gerald

Gentleman H L Spurlock

Station Cardinal Taconite

Harbor Energy

Center H L Spurlock

Station

10774 6077 6041 2828 10075 6041

Unit 1 & 2 U2 Unit 01 CD

‐ U3 THEC2 Unit 03

2.7010E

‐ 07 2.7652E

‐ 07 2.7932E

‐ 07 2.8788E

‐ 07 2.8844E

‐ 07 2.9113E

‐ 07

1 11111

# 2.70E

‐ 07 2.77E

‐ 07 2.79E

‐ 07 2.88E

‐ 07 2.88E

‐ 07 2.91E

‐ 07

# Asheville Steam Electric

Plant Whelan

Energy Center

Unit 1 (WEC1) Spruance

Genco, LLC Comanche Colstrip Cross

2706 60 54081 470 6076 130

Ash_Cfg_2 1 GEN2 Unit 2 Unit3 C3

2.9469E

‐ 07 3.0043E

‐ 07 3.0058E

‐ 07 3.0135E

‐ 07 3.1864E

‐ 07 3.2102E

‐ 07

111111

# 2.95E

‐ 07 3.00E

‐ 07 3.01E

‐ 07 3.01E

‐ 07 3.19E

‐ 07 3.21E

‐ 07

# Roxboro Steam

Electric Plant Walter Scott Jr.

Energy Center Cross Springerville Silver Bay

Power Eastlake

2712 1082 130 8223 10849 2837

Rox_Cfg_2c 4 C4 4 GEN1 Unit 3

3.3304E

‐ 07 3.3751E

‐ 07 3.3960E

‐ 07 3.5275E

‐ 07 3.8517E

‐ 07 3.9706E

‐ 07

1 1 1 111

# 3.33E

‐ 07 3.38E

‐ 07 3.40E

‐ 07 3.53E

‐ 07 3.85E

‐ 07 3.97E

‐ 07

# Herbert A.

Wagner Erickson

Station Elmer Smith

Station Elmer Smith

Station Cane Run Cane Run PPL Brunner

Island

1554 1832 1374 1374 1363 1363 3140

002 001 Unit001 Unit002 CR4 CR5 U2

3.9925E

‐ 07 4.0384E

‐ 07 4.0539E

‐ 07 4.0539E

‐ 07 4.0844E

‐ 07 4.0944E

‐ 07 4.0959E

‐ 07

1111111

# 3.99E

‐ 07 4.04E

‐ 07 4.05E

‐ 07 4.05E

‐ 07 4.08E

‐ 07 4.09E

‐ 07 4.10E

‐ 07

# PPL Brunner

Island Piney Creek

Project Shawville Shawville Tanners Creek H L Spurlock

Station San Juan

3140 54144 3131 3131 988 6041 2451

U1 BRBRI SHAW4

‐ 1 SHAW3

‐ 1 TC

‐ 4 Unit 04 Unit 2

4.0959E

‐ 07 4.1053E

‐ 07 4.1447E

‐ 07 4.1447E

‐ 07 4.1581E

‐ 07 4.3708E

‐ 07 4.4069E

‐ 07

1111 1 11

# 4.10E

‐ 07 4.11E

‐ 07 4.14E

‐ 07 4.14E

‐ 07 4.16E

‐ 07 4.37E

‐ 07 4.41E

‐ 07

# Spruance

Genco, LLC Newton Muscatine #1 Cedar Bay

Generating

Company L.P. W H Zimmer Colver Power

Project

54081 6017 1167 10672 6019 10143

GEN1 002 8 CBC1 1 AAB01

4.4198E

‐ 07 4.4428E

‐ 07 4.5363E

‐ 07 4.7453E

‐ 07 4.7463E

‐ 07 4.7800E

‐ 07

1 1 1111

# 4.42E

‐ 07 4.44E

‐ 07 4.54E

‐ 07 4.75E

‐ 07 4.75E

‐ 07 4.78E

‐ 07

# Cross R.M. Schahfer Eddystone

Generating

Station Cambria

Cogen San Juan Red Hills

Generating

Facility Red Hills

Generating

Facility

130 6085 3161 10641 2451 55076 55076

C1 R.M.0014 Unit 2 002 Unit 4 002 001

4.9014E

‐ 07 5.0218E

‐ 07 5.0536E

‐ 07 5.1431E

‐ 07 5.2722E

‐ 07 5.3761E

‐ 07 5.3761E

‐ 07

1 111111

# 4.90E

‐ 07 5.02E

‐ 07 5.05E

‐ 07 5.14E

‐ 07 5.27E

‐ 07 5.38E

‐ 07 5.38E

‐ 07

# Elrama Power

Plant Elrama Power

Plant Elrama Power Plant Elrama Power

Plant La Cygne Hawthorn

3098 3098 3098 3098 1241 2079

ELR4

‐ 2 ELR3

‐ 2 ELR1

‐ 2 ELR2

‐ 2 2 5A

5.6360E

‐ 07 5.6360E

‐ 07 5.6360E

‐ 07 5.6360E

‐ 07 5.6997E

‐ 07 5.8796E

‐ 07

11 1 1 1 1

# 5.64E

‐ 07 5.64E

‐ 07 5.64E

‐ 07 5.64E

‐ 07 5.70E

‐ 07 5.88E

‐ 07

# Clinch River McMeekin Spruance

Genco, LLC Consumers

Energy

‐ J.H.

Campbell Consumers

Energy

‐ J.H.

Campbell Sibley Sibley

3775 3287 54081 1710 1710 2094 2094

CR

‐ 1 MCM001 GEN4 JHC2

‐ Conf JHC1

‐ Conf 3 1

6.0793E

‐ 07 6.2915E

‐ 07 6.3966E

‐ 07 6.3987E

‐ 07 6.3987E

‐ 07 6.4664E

‐ 07 6.4664E

‐ 07

1111111

# 6.08E

‐ 07 6.29E

‐ 07 6.40E

‐ 07 6.40E

‐ 07 6.40E

‐ 07 6.47E

‐ 07 6.47E

‐ 07

# Sibley A. B. Brown

Generating

Station

2094 6137

2 1Config

6.4664E

‐ 07 6.5498E

‐ 07

1 1

# 6.47E

‐ 07 6.55E

‐ 07

# Cholla

ORIS/Facility/Unit 

# 003

Runs 

# 113

1 2.6182E

‐ 09

2 1.7051E

‐ 08

3 2.3277E

‐ 08

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

N

i 

# n 

#  N N

# 2

This step is for QC only:



# means 1.43E

‐ 08

1.43E

‐ 08

Mean =

Pooled Variance = 

# 1.1231E

‐ 16

m= number future runs = 3

Term1 0.6667

Term2 7.4872E

‐ 17

Squared root Term2 

# 8.6529E

‐ 09

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

 

#  

#  1 i

i 

# n

 

# 

# t

‐ statistic = quantile t

‐ distribution

with df degrees of

freedom at .99

confidence level

= 6.96

UPL POOLED VARIANCE = 7.4579E

‐ 08 d f 

# t



# 2

, 

# 1 1

df p 

# Xt s

n m  

      d f 

# t

# Emissions (lb/MMBtu)

# 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    

# Cholla Northampton

Generating Company,

L.P.

ORIS/Facility/Unit 

# 003 GEN1

Test Averages 113 50888

1 1.3748E

‐ 07 2.5579E

‐ 07

2

3

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 = 

# 1 1

Total Number of sources = 131 N

# n =Total # test runs = 

# 131

130

This step is for QC only:



# means 1.37E

‐ 07 2.56E

‐ 07

2.77E

‐ 06

Mean =

Pooled Variance = 

# 3.3532E

‐ 12

m= number future runs = 1

Term1 1.0076

Term2 3.3788E

‐ 12

Squared root Term2 

# 1.83815E

‐ 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

 

#  N

# 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

= 2.36

UPL POOLED VARIANCE = 7.1035E

‐ 06 d f 

# t



# 2

, 

# 1 1

df p 

# Xt s

n m  

      d f 

# t

# Cedar Bay

Generating

Company L.P. Martin Drake Cedar Bay

Generating

Company L.P. PSEG Mercer

Generating

Station AES Hawaii Cholla AES Hawaii

CBA1 Unit 5

‐ Coal CBB1 MERU1E1PT1

OS1

‐ Coal 001 004 002

10672 492 10672 2408 10673 113 10673

2.9080E

‐ 07 3.0302E

‐ 07 3.5790E

‐ 07 3.6110E

‐ 07 3.7296E

‐ 07 3.7490E

‐ 07 4.1572E

‐ 07

1111111 Emissions (lb/MW)

# 2.91E

‐ 07 3.03E

‐ 07 3.58E

‐ 07 3.61E

‐ 07 3.73E

‐ 07 3.75E

‐ 07 4.16E

‐ 07

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

# Weston Havana Hayden PSEG Mercer

Generating Station Springerville Hayden

W4 Boiler 9 Unit 2 MERU2E2PT2OS1

‐ Coal 3 Unit 1

4078 891 525 2408 8223 525

4.5283E

‐ 07 5.0407E

‐ 07 5.3606E

‐ 07 5.3936E

‐ 07 5.5467E

‐ 07 5.6570E

‐ 07

111 111

# 4.53E

‐ 07 5.04E

‐ 07 5.36E

‐ 07 5.39E

‐ 07 5.55E

‐ 07 5.66E

‐ 07

# Martin Drake Brandon Shores J K Spruce Duck Creek Cope Elm Road

Generating

Station Rawhide

Unit 7

‐ Coal 002 1 001 COP001 ERGS

‐ B1 Rawhide101

492 602 7097 6016 7210 56068 6761

5.6918E

‐ 07 6.5148E

‐ 07 6.7543E

‐ 07 6.7774E

‐ 07 7.0955E

‐ 07 7.3999E

‐ 07 7.6971E

‐ 07

1 11 1 111

# 5.69E

‐ 07 6.51E

‐ 07 6.75E

‐ 07 6.78E

‐ 07 7.10E

‐ 07 7.40E

‐ 07 7.70E

‐ 07 UPL Pooled

Variance= 

# 2

, 

# 1 1

df p 

# Xt s

n m  

     

# Sioux Salem Harbor G G Allen G G Allen PPL Montour Craig Sunnyside

Cogen

Associates

002 Unit 1 3

‐ 2009

‐ FGDIN 4

‐ 2009

‐ FGDIN U1 C2 Config 1

2107 1626 2718 2718 3149 6021 50951

7.9592E

‐ 07 8.0316E

‐ 07 9.9875E

‐ 07 1.0102E

‐ 06 1.0495E

‐ 06 1.0561E

‐ 06 1.0625E

‐ 06

1 1 1 1111

# 7.96E

‐ 07 8.03E

‐ 07 9.99E

‐ 07 1.01E

‐ 06 1.05E

‐ 06 1.06E

‐ 06 1.06E

‐ 06

# South Oak

Creek James H. Miller

Jr. Dunkirk

Generating

Plant Welsh Gibson Gerald

Gentleman

OCPP

‐ B7 Unit 4 4 WE

‐ 1 1

‐ 2007

‐ FGDIN U1

4041 6002 2554 6139 6113 6077

1.1227E

‐ 06 1.1766E

‐ 06 1.1798E

‐ 06 1.1807E

‐ 06 1.2024E

‐ 06 1.2412E

‐ 06

1 111 1 1

# 1.12E

‐ 06 1.18E

‐ 06 1.18E

‐ 06 1.18E

‐ 06 1.20E

‐ 06 1.24E

‐ 06

# Dunkirk

Generating Plant James River

Cogeneration

Co McMeekin Gibson Sheldon

Station Morgantown

Energy Facility

1 UNIT2 MCM002 2

‐ 2007

‐ FGDIN U1 Unit 1&2

2554 10377 3287 6113 2277 10743

1.2467E

‐ 06 1.2572E

‐ 06 1.4499E

‐ 06 1.5005E

‐ 06 1.5629E

‐ 06 1.5634E

‐ 06

1 1 1111

# 1.25E

‐ 06 1.26E

‐ 06 1.45E

‐ 06 1.50E

‐ 06 1.56E

‐ 06 1.56E

‐ 06

# Pulliam Sheldon

Station PPL Montour Clover Bridgeport

Station AES Warrior

Run

Cogeneration

Facility Southampton

Power Station

8 U2 U2 Unit 2 BHSEMU3OS3

‐

#2 BLR1 Unit 1 & 2

4072 2277 3149 7213 568 10678 10774

1.5856E

‐ 06 1.6437E

‐ 06 1.6702E

‐ 06 1.7328E

‐ 06 1.7337E

‐ 06 1.7519E

‐ 06 1.7656E

‐ 06

1111111

# 1.59E

‐ 06 1.64E

‐ 06 1.67E

‐ 06 1.73E

‐ 06 1.73E

‐ 06 1.75E

‐ 06 1.77E

‐ 06

# Cedar Bay

Generating

Company L.P. Birchwood

Power Facility East Bend Station Hatfield's

Ferry Power

Station Hammond Hammond

CBC1 1A 2 001 Unit 2 Unit 3

10672 54304 6018 3179 708 708

1.8015E

‐ 06 1.8279E

‐ 06 1.8767E

‐ 06 1.9017E

‐ 06 1.9950E

‐ 06 2.0009E

‐ 06

1 1 111 1

# 1.80E

‐ 06 1.83E

‐ 06 1.88E

‐ 06 1.90E

‐ 06 1.99E

‐ 06 2.00E

‐ 06

# Colbert Hammond R D Green Hammond Clover Roxboro Steam

Electric Plant

3 Unit 1 2 Unit 4 Unit 1 Rox_Cfg_1b

47 708 6639 708 7213 2712

2.0067E

‐ 06 2.0313E

‐ 06 2.1045E

‐ 06 2.1162E

‐ 06 2.1610E

‐ 06 2.3080E

‐ 06

111 1 1 1

# 2.01E

‐ 06 2.03E

‐ 06 2.10E

‐ 06 2.12E

‐ 06 2.16E

‐ 06 2.31E

‐ 06

# Cardinal Weston H L Spurlock

Station Ebensburg

Power

Company Crist Crist

CD

‐ U3 W3 Unit 03 EPC01 Unit 5 Unit 6

2828 4078 6041 10603 641 641

2.3363E

‐ 06 2.4064E

‐ 06 2.4261E

‐ 06 2.4900E

‐ 06 2.4990E

‐ 06 2.5004E

‐ 06

1111 1 1

# 2.34E

‐ 06 2.41E

‐ 06 2.43E

‐ 06 2.49E

‐ 06 2.50E

‐ 06 2.50E

‐ 06

# Nebraska City Crist Crist Hennepin Power Station San Juan

NC2 Unit 7 Unit 4 001 Unit 3

6096 641 641 892 2451

2.6310E

‐ 06 2.6458E

‐ 06 2.6549E

‐ 06 2.6749E

‐ 06 2.7222E

‐ 06

11 1 1 1

# 2.63E

‐ 06 2.65E

‐ 06 2.65E

‐ 06 2.67E

‐ 06 2.72E

‐ 06

# Lawrence Energy

Center Asheville

Steam Electric

Plant Hennepin

Power Station Gerald

Gentleman PANTHER

CREEK

ENERGY

FACILITY PANTHER

CREEK

ENERGY

FACILITY

3 Ash_Cfg_2 002 U2 BG2 BG1

1250 2706 892 6077 50776 50776

2.7300E

‐ 06 2.7476E

‐ 06 2.7621E

‐ 06 2.7793E

‐ 06 2.8495E

‐ 06 2.8495E

‐ 06

1 11111

# 2.73E

‐ 06 2.75E

‐ 06 2.76E

‐ 06 2.78E

‐ 06 2.85E

‐ 06 2.85E

‐ 06

# Comanche H L Spurlock

Station Colstrip Whelan

Energy Center

Unit 1 (WEC1) Walter Scott

Jr. Energy

Center Cross

Unit 2 Unit 01 Unit3 1 4 C3

470 6041 6076 60 1082 130

2.8748E

‐ 06 2.9564E

‐ 06 2.9975E

‐ 06 3.0370E

‐ 06 3.0475E

‐ 06 3.1116E

‐ 06

111111

# 2.87E

‐ 06 2.96E

‐ 06 3.00E

‐ 06 3.04E

‐ 06 3.05E

‐ 06 3.11E

‐ 06

# Silver Bay Power Roxboro Steam

Electric Plant Springerville Eastlake Taconite

Harbor Energy

Center Elmer Smith

Station

GEN1 Rox_Cfg_2c 4 Unit 3 THEC2 Unit001

10849 2712 8223 2837 10075 1374

3.1834E

‐ 06 3.2655E

‐ 06 3.2924E

‐ 06 3.3226E

‐ 06 3.3250E

‐ 06 3.3626E

‐ 06

1 1 1 111

# 3.18E

‐ 06 3.27E

‐ 06 3.29E

‐ 06 3.32E

‐ 06 3.33E

‐ 06 3.36E

‐ 06

# Elmer Smith

Station Tanners Creek Cross Spruance

Genco, LLC Newton PPL Brunner

Island Shawville

Unit002 TC

‐ 4 C4 GEN2 002 U2 SHAW4

‐ 1

1374 988 130 54081 6017 3140 3131

3.3626E

‐ 06 3.5792E

‐ 06 3.6938E

‐ 06 3.9275E

‐ 06 3.9412E

‐ 06 3.9499E

‐ 06 3.9551E

‐ 06

1111111

# 3.36E

‐ 06 3.58E

‐ 06 3.69E

‐ 06 3.93E

‐ 06 3.94E

‐ 06 3.95E

‐ 06 3.96E

‐ 06

# Shawville H L Spurlock

Station Erickson

Station Herbert A.

Wagner PPL Brunner

Island Eddystone

Generating

Station Scrubgrass

Generating

Company L.P.

SHAW3

‐ 1 Unit 04 001 002 U1 Unit 2 Gen 1

3131 6041 1832 1554 3140 3161 50974

3.9551E

‐ 06 4.0794E

‐ 06 4.0825E

‐ 06 4.0971E

‐ 06 4.1517E

‐ 06 4.1860E

‐ 06 4.2453E

‐ 06

1111 1 11

# 3.96E

‐ 06 4.08E

‐ 06 4.08E

‐ 06 4.10E

‐ 06 4.15E

‐ 06 4.19E

‐ 06 4.25E

‐ 06

# W H Zimmer San Juan Grant Town

Power Plant Cane Run Muscatine #1 R.M. Schahfer

1 Unit 2 GEN1 CR5 8 R.M.0014

6019 2451 10151 1363 1167 6085

4.2663E

‐ 06 4.3926E

‐ 06 4.6597E

‐ 06 4.9360E

‐ 06 4.9778E

‐ 06 4.9896E

‐ 06

1 1 1111

# 4.27E

‐ 06 4.39E

‐ 06 4.66E

‐ 06 4.94E

‐ 06 4.98E

‐ 06 4.99E

‐ 06

# Red Hills

Generating

Facility Piney Creek

Project Red Hills

Generating

Facility Cross Colver Power

Project McMeekin San Juan

002 BRBRI 001 C1 AAB01 MCM001 Unit 4

55076 54144 55076 130 10143 3287 2451

5.1230E

‐ 06 5.1317E

‐ 06 5.1632E

‐ 06 5.2244E

‐ 06 5.2325E

‐ 06 5.3291E

‐ 06 5.4748E

‐ 06

1 111111

# 5.12E

‐ 06 5.13E

‐ 06 5.16E

‐ 06 5.22E

‐ 06 5.23E

‐ 06 5.33E

‐ 06 5.47E

‐ 06

# Clinch River Cane Run Spruance Genco, LLC Consumers

Energy

‐ J.H.

Campbell Elrama Power

Plant Elrama Power

Plant

CR

‐ 1 CR4 GEN1 JHC2

‐ Conf ELR4

‐ 2 ELR3

‐ 2

3775 1363 54081 1710 3098 3098

5.5530E

‐ 06 5.6160E

‐ 06 5.7750E

‐ 06 5.8033E

‐ 06 5.8523E

‐ 06 5.8750E

‐ 06

11 1 1 1 1

# 5.55E

‐ 06 5.62E

‐ 06 5.78E

‐ 06 5.80E

‐ 06 5.85E

‐ 06 5.87E

‐ 06

# Cambria Cogen Consumers

Energy

‐ J.H.

Campbell A. B. Brown

Generating

Station South Oak

Creek Sibley La Cygne Joppa Steam

002 JHC1

‐ Conf 1Config OCPP

‐ B8 3 2 1

10641 1710 6137 4041 2094 1241 887

5.8778E

‐ 06 5.9807E

‐ 06 6.2235E

‐ 06 6.2625E

‐ 06 6.3184E

‐ 06 6.4070E

‐ 06 6.5256E

‐ 06

1111111

# 5.88E

‐ 06 5.98E

‐ 06 6.22E

‐ 06 6.26E

‐ 06 6.32E

‐ 06 6.41E

‐ 06 6.53E

‐ 06

# Hawthorn Taconite

Harbor Energy

Center

5A THEC1

2079 10075

6.5328E

‐ 06 6.9089E

‐ 06

1 1

# 6.53E

‐ 06 6.91E

‐ 06

# Cholla

ORIS/Facility/Unit 

# 003

Runs 

# 113

1 2.5143E

‐ 08

2 1.6375E

‐ 07

3 2.2353E

‐ 07

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

N

i 

# n 

#  N N

# 2

This step is for QC only:



# means 1.37E

‐ 07

1.37E

‐ 07

Mean =

Pooled Variance = 

# 1.0357E

‐ 14

m= number future runs = 3

Term1 0.6667

Term2 6.9049E

‐ 15

Squared root Term2 

# 8.3096E

‐ 08

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

 

#  

#  1 i

i 

# n

 

# 

# t

‐ statistic = quantile t

‐ distribution

with df degrees of

freedom at .99

confidence level

= 6.96

UPL POOLED VARIANCE = 7.1620E

‐ 07 d f 

# t



# 2

, 

# 1 1

df p 

# Xt s

n m  

      d f 

# t

# Emissions (lb/MW)

# 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    

# Oak Grove Reid Gardner

ORIS/Facility/Unit 

# 6180 2324

Test Averages OG1 1

1 2.5577E

‐ 08 9.0551E

‐ 08

2

3

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 = 

# 1 1

Total Number of sources = 131

N N

# n =Total # test runs = 

# 131

130

This step is for QC only:



# means 2.56E

‐ 08 9.06E

‐ 08

5.36E

‐ 07

Mean =

Pooled Variance = 

# 9.8754E

‐ 14

m= number future runs = 1

Term1 1.0076

Term2 9.9508E

‐ 14

Squared root Term2 

# 3.1545E

‐ 07

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

 

#  

# 

1 N

i

i 

# n

 

# 

# t

‐ statistic = quantile t

‐ distribution

with df degrees of

freedom at .99

confidence level

= 2.36

UPL POOLED VARIANCE = 1.2792E

‐ 06 d f 

# t



# 2

, 

# 1 1

df p 

# Xt s

n m  

      d f 

# t

# Weston TransAlta

Centralia

Generation Rawhide Dallman Brandon

Shores Havana

4078 3845 6761 963 602 891

W4 BW21CONFIG Rawhide101 34 002 Boiler 9

9.9562E

‐ 08 1.2896E

‐ 07 1.3236E

‐ 07 1.3600E

‐ 07 1.4171E

‐ 07 1.5555E

‐ 07

1 11111 Emissions (lb/MMBtu)

# 9.96E

‐ 08 1.29E

‐ 07 1.32E

‐ 07 1.36E

‐ 07 1.42E

‐ 07 1.56E

‐ 07

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

# AES Shady

Point,LLC AES Shady

Point,LLC Cholla Logan

Generating

Plant AES Hawaii PSEG Mercer

Generating

Station

10671 10671 113 10043 10673 2408

Unit 1 Unit 2 004 Unit1 002 OS1

‐ Coal

1.7942E

‐ 07 1.7942E

‐ 07 1.8284E

‐ 07 1.8499E

‐ 07 1.8823E

‐ 07 1.8879E

‐ 07

1 111 11

# 1.79E

‐ 07 1.79E

‐ 07 1.83E

‐ 07 1.85E

‐ 07 1.88E

‐ 07 1.89E

‐ 07

# Chambers

Cogeneration

LP Walter Scott Jr.

Energy Center Asheville Steam

Electric Plant Cope Craig R D Green TransAlta

Centralia

Generation

10566 1082 2706 7210 6021 6639 3845

Boil 2 4 Ash_Cfg_2 COP001 C2 2 BW22CONFIG

1.9971E

‐ 07 2.0000E

‐ 07 2.1983E

‐ 07 2.3286E

‐ 07 2.3491E

‐ 07 2.3581E

‐ 07 2.4106E

‐ 07

1 1 11 1 11

2 

# 1 1

X    

# 2.00E

‐ 07 2.00E

‐ 07 2.20E

‐ 07 2.33E

‐ 07 2.35E

‐ 07 2.36E

‐ 07 2.41E

‐ 07 UPL Pooled

Variance= 

# 2

, 

# 1 1

df p 

# Xt s

n m  

     

# Northampton

Generating

Company, L.P. AES Hawaii Wygen 2 Gerald

Gentleman H L Spurlock

Station Duck Creek Crist

50888 10673 56319 6077 6041 6016 641

GEN1 001 WYG2Cfg U2 Unit 04 001 Unit 5

2.4467E

‐ 07 2.5955E

‐ 07 2.6068E

‐ 07 2.6402E

‐ 07 2.6700E

‐ 07 2.7008E

‐ 07 2.7154E

‐ 07

1 1 1 1 111

# 2.45E

‐ 07 2.60E

‐ 07 2.61E

‐ 07 2.64E

‐ 07 2.67E

‐ 07 2.70E

‐ 07 2.72E

‐ 07

# Crist Crist Crist Chambers

Cogeneration

LP Elm Road

Generating

Station Clover

641 641 641 10566 56068 7213

Unit 6 Unit 7 Unit 4 Boil 1 ERGS

‐ B1 Unit 2

2.7154E

‐ 07 2.7154E

‐ 07 2.7154E

‐ 07 2.7617E

‐ 07 2.7919E

‐ 07 2.8178E

‐ 07

11 111 1

# 2.72E

‐ 07 2.72E

‐ 07 2.72E

‐ 07 2.76E

‐ 07 2.79E

‐ 07 2.82E

‐ 07

# South Oak Creek Sheldon Station Wygen 1 PSEG Mercer

Generating

Station Welsh Dunkirk

Generating

Plant

4041 2277 55479 2408 6139 2554

OCPP

‐ B7 U1 WYG1Cfg S1

‐ Coal WE

‐ 1 1

2.8913E

‐ 07 2.9119E

‐ 07 2.9383E

‐ 07 3.0277E

‐ 07 3.1190E

‐ 07 3.1348E

‐ 07

1 1 1 111

# 2.89E

‐ 07 2.91E

‐ 07 2.94E

‐ 07 3.03E

‐ 07 3.12E

‐ 07 3.13E

‐ 07

# Sunnyside

Cogen

Associates J K Spruce Sheldon

Station A. B. Brown

Generating

Station San Juan Neil Simpson

II Cedar Bay

Generating

Company L.P.

50951 7097 2277 6137 2451 7504 10672

Config 1 1 U2 1Config Unit 3 NS2Cfg CBA1

3.1721E

‐ 07 3.1761E

‐ 07 3.2129E

‐ 07 3.2147E

‐ 07 3.2299E

‐ 07 3.2935E

‐ 07 3.2951E

‐ 07

1111111

# 3.17E

‐ 07 3.18E

‐ 07 3.21E

‐ 07 3.21E

‐ 07 3.23E

‐ 07 3.29E

‐ 07 3.30E

‐ 07

# Cedar Bay

Generating

Company L.P. Dunkirk

Generating

Plant AES Warrior Run

Cogeneration

Facility Stanton Energy

Center Bridgeport

Station Springerville

10672 2554 10678 564 568 8223

CBB1 4 BLR1 2 coal #2 4

3.3319E

‐ 07 3.3841E

‐ 07 3.4524E

‐ 07 3.4737E

‐ 07 3.4743E

‐ 07 3.5303E

‐ 07

11 1 1 1 1

# 3.33E

‐ 07 3.38E

‐ 07 3.45E

‐ 07 3.47E

‐ 07 3.47E

‐ 07 3.53E

‐ 07

# Clover James H.

Miller Jr. San Juan Springerville Gibson Pulliam

7213 6002 2451 8223 6113 4072

Unit 1 Unit 4 Unit 2 31

‐ 2007

‐ FGDIN 8

3.6458E

‐ 07 3.7468E

‐ 07 3.7876E

‐ 07 3.8553E

‐ 07 3.9105E

‐ 07 3.9747E

‐ 07

1111 1 1

# 3.65E

‐ 07 3.75E

‐ 07 3.79E

‐ 07 3.86E

‐ 07 3.91E

‐ 07 3.97E

‐ 07

# Cross Valley Roxboro

Steam Electric

Plant J T Deely J T Deely Gerald Gentleman

130 4042 2712 6181 6181 6077

C3 VAPP

‐ B4 Rox_Cfg_1b 2 1 U1

3.9976E

‐ 07 4.2887E

‐ 07 4.5783E

‐ 07 4.6153E

‐ 07 4.6153E

‐ 07 4.7643E

‐ 07

1 1111 1

# 4.00E

‐ 07 4.29E

‐ 07 4.58E

‐ 07 4.62E

‐ 07 4.62E

‐ 07 4.76E

‐ 07

# RS Nelson INDIANTOWN

COGENERATION

L.P. Salem Harbor Sandow Station TS Power Plant

1393 50976 1626 52071 56224

001 001 Unit 1 5A TSPower

4.7787E

‐ 07 4.9000E

‐ 07 4.9694E

‐ 07 5.0780E

‐ 07 5.0883E

‐ 07

1 11 1 1

# 4.78E

‐ 07 4.90E

‐ 07 4.97E

‐ 07 5.08E

‐ 07 5.09E

‐ 07

# Hatfield's Ferry

Power Station Roxboro Steam

Electric Plant Sioux Twin Oaks

Power One PPL Montour G G Allen G G Allen

3179 2712 2107 7030 3149 2718 2718

001 Rox_Cfg_2c 002 U2 U2 3

‐ 2009

‐ FGDIN 4

‐ 2009

‐ FGDIN

5.1104E

‐ 07 5.1169E

‐ 07 5.1346E

‐ 07 5.1492E

‐ 07 5.2017E

‐ 07 5.2983E

‐ 07 5.2983E

‐ 07

1 1 11111

# 5.11E

‐ 07 5.12E

‐ 07 5.13E

‐ 07 5.15E

‐ 07 5.20E

‐ 07 5.30E

‐ 07 5.30E

‐ 07

# Spruance Genco, LLC Sandow

Station PPL Brunner

Island PPL Brunner

Island Gibson Birchwood

Power Facility

54081 52071 3140 3140 6113 54304

GEN2 5B U2 U1 2

‐ 2007

‐ FGDIN 1A

5.3829E

‐ 07 5.5531E

‐ 07 5.5680E

‐ 07 5.5680E

‐ 07 5.6046E

‐ 07 5.7816E

‐ 07

111111

# 5.38E

‐ 07 5.55E

‐ 07 5.57E

‐ 07 5.57E

‐ 07 5.60E

‐ 07 5.78E

‐ 07

# San Juan Cambria Cogen Piney Creek

Project Eastlake Hammond Hammond

2451 10641 54144 2837 708 708

Unit 4 001 BRBRI Unit 3 Unit 2 Unit 3

5.8652E

‐ 07 6.0585E

‐ 07 6.2054E

‐ 07 6.3901E

‐ 07 6.4907E

‐ 07 6.4907E

‐ 07

1 1 1 111

# 5.87E

‐ 07 6.06E

‐ 07 6.21E

‐ 07 6.39E

‐ 07 6.49E

‐ 07 6.49E

‐ 07

# Hammond Hammond Weston Gallatin Newton PPL Montour Rico

Cogeneration

Facility

708 708 4078 3403 6017 3149 68029

Unit 1 Unit 4 W3 2 002 U1 Unit_1

6.4907E

‐ 07 6.4907E

‐ 07 6.5152E

‐ 07 6.5947E

‐ 07 6.6673E

‐ 07 6.7769E

‐ 07 6.7876E

‐ 07

1111111

# 6.49E

‐ 07 6.49E

‐ 07 6.52E

‐ 07 6.59E

‐ 07 6.67E

‐ 07 6.78E

‐ 07 6.79E

‐ 07

# Comanche Southampton

Power Station Cardinal Iatan Herbert A.

Wagner Cedar Bay

Generating

Company L.P. Whelan

Energy Center

Unit 1 (WEC1)

470 10774 2828 6065 1554 10672 60

Unit 2 Unit 1 & 2 CD

‐ U3 1 002 CBC1 1

6.8083E

‐ 07 6.9037E

‐ 07 7.0213E

‐ 07 7.2000E

‐ 07 7.3207E

‐ 07 7.6627E

‐ 07 7.7806E

‐ 07

1111 1 11

# 6.81E

‐ 07 6.90E

‐ 07 7.02E

‐ 07 7.20E

‐ 07 7.32E

‐ 07 7.66E

‐ 07 7.78E

‐ 07

# Cross Spruance Genco, LLC Silver Bay

Power Craig Cambria

Cogen Hayden

130 54081 10849 6021 10641 525

C4 GEN1 GEN1 C1 002 Unit 1

7.8335E

‐ 07 7.8881E

‐ 07 9.2110E

‐ 07 9.2528E

‐ 07 9.4512E

‐ 07 9.5925E

‐ 07

1 1 1111

# 7.83E

‐ 07 7.89E

‐ 07 9.21E

‐ 07 9.25E

‐ 07 9.45E

‐ 07 9.59E

‐ 07

# Muscatine #1 Nebraska City East Bend

Station Scrubgrass

Generating

Company L.P. Roanoke

Valley II Cholla McMeekin

1167 6096 6018 50974 54755 113 3287

8 NC2 2 Gen 1 Boiler 2 003 MCM002

9.6746E

‐ 07 9.7181E

‐ 07 9.8002E

‐ 07 1.0000E

‐ 06 1.0049E

‐ 06 1.0104E

‐ 06 1.0192E

‐ 06

1 111111

# 9.67E

‐ 07 9.72E

‐ 07 9.80E

‐ 07 1.00E

‐ 06 1.00E

‐ 06 1.01E

‐ 06 1.02E

‐ 06

# W H Zimmer Hardin

Generator

Project San Juan New Castle

Plant AES Puerto Rico

Cogeneration

Facility Hayden

6019 55749 2451 3138 68029 525

1 PC1 Unit 1 NC3

‐ 2 Unit_2 Unit 2

1.0471E

‐ 06 1.0484E

‐ 06 1.0505E

‐ 06 1.0528E

‐ 06 1.0570E

‐ 06 1.0650E

‐ 06

11 1 1 1 1

# 1.05E

‐ 06 1.05E

‐ 06 1.05E

‐ 06 1.05E

‐ 06 1.06E

‐ 06 1.07E

‐ 06

# Martin Drake Lansing Cross Valley Eastlake Elmer Smith

Station Elmer Smith

Station

492 1047 130 4042 2837 1374 1374

Unit 5

‐ Coal Unit 4 C1 VAPP

‐ B3 Unit 1 Unit001 Unit002

1.0690E

‐ 06 1.1100E

‐ 06 1.1159E

‐ 06 1.1750E

‐ 06 1.1756E

‐ 06 1.1955E

‐ 06 1.1955E

‐ 06

1111111

# 1.07E

‐ 06 1.11E

‐ 06 1.12E

‐ 06 1.17E

‐ 06 1.18E

‐ 06 1.20E

‐ 06 1.20E

‐ 06

# Spruance Genco,

LLC W.H.

Weatherspoo

n Plant

54081 2716

GEN4 Wea_Cfg_1

1.2123E

‐ 06 1.3095E

‐ 06

1 1

# 1.21E

‐ 06 1.31E

‐ 06

# Oak Grove

ORIS/Facility/Unit 

# 6180

Runs 

# OG1

1 1.66858E

‐ 08

2 3.58049E

‐ 08

3 2.42416E

‐ 08

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

N

i 

# n 

#  N N

# 2

This step is for QC only:



# means 2.56E

‐ 08

2.56E

‐ 08

Mean =

Pooled Variance = 

# 9.2723E

‐ 17

m= number future runs = 3

Term1 0.6667

Term2 6.1815E

‐ 17

Squared root Term2 

# 7.8623E

‐ 09

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

 

#  

#  1 i

i 

# n

 

# 

# t

‐ statistic = quantile t

‐ distribution

with df degrees of

freedom at .99

confidence level

= 6.96

UPL POOLED VARIANCE = 8.0335E

‐ 08 d f 

# t



# 2

, 

# 1 1

df p 

# Xt s

n m  

      d f 

# t

# Emissions (lb/MMBtu)

# 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    

# Oak Grove AES Hawaii

ORIS/Facility/Unit 

# OG1 002

Test Averages 6180 10673

1 2.8082E

‐ 07 8.7551E

‐ 07

2

3

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 = 

# 1 1

Total Number of sources = 131 N

# n =Total # test runs = 

# 131

130

This step is for QC only:



# means 2.81E

‐ 07 8.76E

‐ 07

5.19E

‐ 06

Mean =

Pooled Variance = 

# 9.6425E

‐ 12

m= number future runs = 1

Term1 1.0076

Term2 9.7161E

‐ 12

Squared root Term2 

# 3.1171E

‐ 06 

#   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

 

#  

# 

1 N

i

i 

# n

 

#  N

# 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

= 2.36

UPL POOLED VARIANCE = 1.2531E

‐ 05 d f 

# t



# 2

, 

# 1 1

df p 

# Xt s

n m  

      d f 

# t

# Weston Chambers

Cogeneration

LP Reid Gardner Dallman Rawhide Cedar Bay

Generating

Company L.P. Cedar Bay

Generating

Company L.P.

W4 Boil 2 1 34 Rawhide101 CBA1 CBB1

4078 10566 2324 963 6761 10672 10672

8.9650E

‐ 07 9.7193E

‐ 07 9.9116E

‐ 07 1.1412E

‐ 06 1.2151E

‐ 06 1.2509E

‐ 06 1.2649E

‐ 06

1111111 Emissions (lb/MW)

# 8.97E

‐ 07 9.72E

‐ 07 9.91E

‐ 07 1.14E

‐ 06 1.22E

‐ 06 1.25E

‐ 06 1.26E

‐ 06

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

# AES Hawaii Chambers

Cogeneration

LP Brandon

Shores Logan Generating Plant Havana TransAlta

Centralia

Generation

001 Boil 1 002 Unit1 Boiler 9 BW21CONFIG

10673 10566 602 10043 891 3845

1.3060E

‐ 06 1.3440E

‐ 06 1.3760E

‐ 06 1.6195E

‐ 06 1.6266E

‐ 06 1.6559E

‐ 06

111 111

# 1.31E

‐ 06 1.34E

‐ 06 1.38E

‐ 06 1.62E

‐ 06 1.63E

‐ 06 1.66E

‐ 06

# PSEG Mercer

Generating

Station Walter Scott Jr.

Energy Center Cholla Asheville

Steam Electric

Plant Cope Craig AES Shady

Point,LLC

MERU1E1PT1O

S1

‐ Coal 4 004 Ash_Cfg_2 COP001 C2 Unit 1

2408 1082 113 2706 7210 6021 10671

1.7063E

‐ 06 1.8059E

‐ 06 1.8362E

‐ 06 2.0496E

‐ 06 2.1433E

‐ 06 2.1992E

‐ 06 2.2451E

‐ 06

1 11 1 111

# 1.71E

‐ 06 1.81E

‐ 06 1.84E

‐ 06 2.05E

‐ 06 2.14E

‐ 06 2.20E

‐ 06 2.25E

‐ 06 UPL Pooled

Variance= 

# 2

, 

# 1 1

df p 

# Xt s

n m  

     

# AES Shady

Point,LLC Northampton

Generating

Company, L.P. H L Spurlock

Station South Oak

Creek Gerald

Gentleman Elm Road

Generating

Station R D Green

Unit 2 GEN1 Unit 04 OCPP

‐ B7 U2 ERGS

‐ B1 2

10671 50888 6041 4041 6077 56068 6639

2.2451E

‐ 06 2.3172E

‐ 06 2.4920E

‐ 06 2.5850E

‐ 06 2.6536E

‐ 06 2.6867E

‐ 06 2.6902E

‐ 06

1 1 1 1111

# 2.25E

‐ 06 2.32E

‐ 06 2.49E

‐ 06 2.58E

‐ 06 2.65E

‐ 06 2.69E

‐ 06 2.69E

‐ 06

# Crist Crist PSEG Mercer

Generating

Station Crist Crist Welsh

Unit 5 Unit 6 MERU2E2PT2

OS1

‐ Coal Unit 7 Unit 4 WE

‐ 1

641 641 2408 641 641 6139

2.7082E

‐ 06 2.7097E

‐ 06 2.7364E

‐ 06 2.8673E

‐ 06 2.8771E

‐ 06 2.8820E

‐ 06

1 111 1 1

# 2.71E

‐ 06 2.71E

‐ 06 2.74E

‐ 06 2.87E

‐ 06 2.88E

‐ 06 2.88E

‐ 06

# Cedar Bay

Generating

Company L.P. Duck Creek A. B. Brown

Generating

Station Sheldon

Station Stanton

Energy Center Dunkirk

Generating

Plant

CBC1 001 1Config U1 2 coal 4

10672 6016 6137 2277 564 2554

2.9091E

‐ 06 3.0384E

‐ 06 3.0545E

‐ 06 3.1257E

‐ 06 3.1813E

‐ 06 3.1863E

‐ 06

1 1 1111

# 2.91E

‐ 06 3.04E

‐ 06 3.05E

‐ 06 3.13E

‐ 06 3.18E

‐ 06 3.19E

‐ 06

# Clover TransAlta

Centralia

Generation Springerville Wygen 1 Dunkirk

Generating

Plant San Juan Sheldon

Station

Unit 2 BW22CONFIG 4 WYG1Cfg 1 Unit 3 U2

7213 3845 8223 55479 2554 2451 2277

3.2730E

‐ 06 3.2920E

‐ 06 3.2950E

‐ 06 3.4000E

‐ 06 3.4011E

‐ 06 3.4187E

‐ 06 3.4499E

‐ 06

1111111

# 3.27E

‐ 06 3.29E

‐ 06 3.29E

‐ 06 3.40E

‐ 06 3.40E

‐ 06 3.42E

‐ 06 3.45E

‐ 06

# J K Spruce AES Warrior Run

Cogeneration

Facility Wygen 2 Bridgeport

Station Springerville James H. Miller

Jr.

1 BLR1 WYG2Cfg BHSEMU3OS3

‐

#2 3 Unit 4

7097 10678 56319 568 8223 6002

3.4833E

‐ 06 3.4985E

‐ 06 3.5300E

‐ 06 3.5347E

‐ 06 3.5983E

‐ 06 3.6154E

‐ 06

1 1 111 1

# 3.48E

‐ 06 3.50E

‐ 06 3.53E

‐ 06 3.53E

‐ 06 3.60E

‐ 06 3.62E

‐ 06

# Sunnyside

Cogen

Associates Gibson San Juan Cross Neil Simpson II Clover

Config 1 1

‐ 2007

‐ FGDIN Unit 2 C3 NS2Cfg Unit 1

50951 6113 2451 130 7504 7213

3.7007E

‐ 06 3.7673E

‐ 06 3.7753E

‐ 06 3.8748E

‐ 06 4.1169E

‐ 06 4.1644E

‐ 06

111 1 1 1

# 3.70E

‐ 06 3.77E

‐ 06 3.78E

‐ 06 3.87E

‐ 06 4.12E

‐ 06 4.16E

‐ 06

# G G Allen G G Allen Pulliam J T Deely J T Deely TS Power Plant

3

‐ 2009

‐ FGDIN 4

‐ 2009

‐ FGDIN 8 2 1 TSPower

2718 2718 4072 6181 6181 56224

4.1935E

‐ 06 4.2415E

‐ 06 4.3522E

‐ 06 4.3599E

‐ 06 4.3599E

‐ 06 4.4407E

‐ 06

1111 1 1

# 4.19E

‐ 06 4.24E

‐ 06 4.35E

‐ 06 4.36E

‐ 06 4.36E

‐ 06 4.44E

‐ 06

# Roxboro Steam

Electric Plant Southampton

Power Station INDIANTOWN

COGENERATION

L.P. RS Nelson PPL Montour

Rox_Cfg_1b Unit 1 & 2 001 001 U2

2712 10774 50976 1393 3149

4.4654E

‐ 06 4.5128E

‐ 06 4.6448E

‐ 06 4.7466E

‐ 06 4.7545E

‐ 06

11 1 1 1

# 4.47E

‐ 06 4.51E

‐ 06 4.64E

‐ 06 4.75E

‐ 06 4.75E

‐ 06

# Sioux Hatfield's Ferry

Power Station Roxboro

Steam Electric

Plant Gerald

Gentleman Twin Oaks

Power One Valley

002 001 Rox_Cfg_2c U1 U2 VAPP

‐ B4

2107 3179 2712 6077 7030 4042

4.8211E

‐ 06 4.9372E

‐ 06 5.0172E

‐ 06 5.0228E

‐ 06 5.1402E

‐ 06 5.1703E

‐ 06

1 11111

# 4.82E

‐ 06 4.94E

‐ 06 5.02E

‐ 06 5.02E

‐ 06 5.14E

‐ 06 5.17E

‐ 06

# Sandow Station Eastlake PPL Brunner

Island Gibson PPL Brunner

Island Cardinal

5A Unit 3 U2 2

‐ 2007

‐ FGDIN U1 CD

‐ U3

52071 2837 3140 6113 3140 2828

5.3235E

‐ 06 5.3473E

‐ 06 5.3696E

‐ 06 5.4639E

‐ 06 5.6439E

‐ 06 5.6981E

‐ 06

111111

# 5.32E

‐ 06 5.35E

‐ 06 5.37E

‐ 06 5.46E

‐ 06 5.64E

‐ 06 5.70E

‐ 06

# Sandow Station Newton Salem Harbor Birchwood

Power Facility Gallatin San Juan

5B 002 Unit 1 1A 2 Unit 4

52071 6017 1626 54304 3403 2451

5.8215E

‐ 06 5.9146E

‐ 06 5.9876E

‐ 06 5.9899E

‐ 06 6.0451E

‐ 06 6.0905E

‐ 06

1 1 1 111

# 5.82E

‐ 06 5.91E

‐ 06 5.99E

‐ 06 5.99E

‐ 06 6.05E

‐ 06 6.09E

‐ 06

# Weston PPL Montour Hammond Hammond Scrubgrass

Generating

Company L.P. Comanche Hammond

W3 U1 Unit 2 Unit 3 Gen 1 Unit 2 Unit 1

4078 3149 708 708 50974 470 708

6.1008E

‐ 06 6.1554E

‐ 06 6.4232E

‐ 06 6.4421E

‐ 06 6.4433E

‐ 06 6.4949E

‐ 06 6.5401E

‐ 06

1111111

# 6.10E

‐ 06 6.16E

‐ 06 6.42E

‐ 06 6.44E

‐ 06 6.44E

‐ 06 6.49E

‐ 06 6.54E

‐ 06

# AES Puerto

Rico

Cogeneration

Facility Hammond Cambria

Cogen Spruance

Genco, LLC Herbert A.

Wagner Silver Bay

Power Iatan

Unit_1 Unit 4 001 GEN2 002 GEN1 1

68029 708 10641 54081 1554 10849 6065

6.5518E

‐ 06 6.8134E

‐ 06 6.9240E

‐ 06 7.0334E

‐ 06 7.5126E

‐ 06 7.6126E

‐ 06 7.7355E

‐ 06

1111 1 11

# 6.55E

‐ 06 6.81E

‐ 06 6.92E

‐ 06 7.03E

‐ 06 7.51E

‐ 06 7.61E

‐ 06 7.74E

‐ 06

# Piney Creek

Project Whelan Energy Center Unit 1

(WEC1) Craig McMeekin Cross Hayden

BRBRI 1 C1 MCM002 C4 Unit 1

54144 60 6021 3287 130 525

7.7568E

‐ 06 7.8653E

‐ 06 8.1733E

‐ 06 8.5032E

‐ 06 8.5204E

‐ 06 9.3218E

‐ 06

1 1 1111

# 7.76E

‐ 06 7.87E

‐ 06 8.17E

‐ 06 8.50E

‐ 06 8.52E

‐ 06 9.32E

‐ 06

# W H Zimmer East Bend

Station Cholla Eastlake Nebraska City Elmer Smith

Station Elmer Smith

Station

1 2 003 Unit 1 NC2 Unit001 Unit002

6019 6018 113 2837 6096 1374 1374

9.4123E

‐ 06 9.5077E

‐ 06 9.7028E

‐ 06 9.8376E

‐ 06 9.8609E

‐ 06 9.9164E

‐ 06 9.9164E

‐ 06

1 111111

# 9.41E

‐ 06 9.51E

‐ 06 9.70E

‐ 06 9.84E

‐ 06 9.86E

‐ 06 9.92E

‐ 06 9.92E

‐ 06

# Hayden AES Puerto

Rico

Cogeneration

Facility Spruance Genco, LLC San Juan Muscatine #1 Cambria Cogen

Unit 2 Unit_2 GEN1 Unit 1 8 002

525 68029 54081 2451 1167 10641

1.0134E

‐ 05 1.0203E

‐ 05 1.0307E

‐ 05 1.0524E

‐ 05 1.0616E

‐ 05 1.0801E

‐ 05

11 1 1 1 1

# 1.01E

‐ 05 1.02E

‐ 05 1.03E

‐ 05 1.05E

‐ 05 1.06E

‐ 05 1.08E

‐ 05

# New Castle

Plant Lansing Martin Drake McMeekin Roanoke

Valley II Hardin

Generator

Project W.H.

Weatherspoo

n Plant

NC3

‐ 2 Unit 4 Unit 5

‐ Coal MCM001 Boiler 2 PC1 Wea_Cfg_1

3138 1047 492 3287 54755 55749 2716

1.1011E

‐ 05 1.1033E

‐ 05 1.1078E

‐ 05 1.1165E

‐ 05 1.1255E

‐ 05 1.1488E

‐ 05 1.1662E

‐ 05

1111111

# 1.10E

‐ 05 1.10E

‐ 05 1.11E

‐ 05 1.12E

‐ 05 1.13E

‐ 05 1.15E

‐ 05 1.17E

‐ 05

# Cross Tanners Creek

C1 TC

‐ 4

130 988

1.1895E

‐ 05 1.2673E

‐ 05

1 1

# 1.19E

‐ 05 1.27E

‐ 05

# Oak Grove

ORIS/Facility/Unit 

# OG1

Runs 

# 6180

1 1.83197E

‐ 07

2 3.93109E

‐ 07

3 2.66153E

‐ 07

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

N

i 

# n 

#  N N

# 2

This step is for QC only:



# means 2.81E

‐ 07

2.81E

‐ 07

Mean =

Pooled Variance = 

# 1.1177E

‐ 14

m= number future runs = 3

Term1 0.6667

Term2 7.4514E

‐ 15

Squared root Term2 

# 8.6321E

‐ 08

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

 

#  

#  1 i

i 

# n

 

# 

# t

‐ statistic = quantile t

‐ distribution

with df degrees of

freedom at .99

confidence level

= 6.96

UPL POOLED VARIANCE = 8.8201E

‐ 07 d f 

# t



# 2

, 

# 1 1

df p 

# Xt s

n m  

      d f 

# t

# Emissions (lb/MW)

# 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    

# Oak Grove Weston

ORIS/Facility/Unit 

# 6180 4078

Test Averages OG1 W4

1 1.2151E

‐ 07 1.4799E

‐ 07

2

3

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 = 

# 1 1

Total Number of sources = 131

n =Total # test runs = 

# 131 N N

# 130

This step is for QC only:



# means 1.22E

‐ 07 1.48E

‐ 07

1.68E

‐ 06

Mean =

Pooled Variance = 

# 1.1286E

‐ 12

m= number future runs = 1

Term1 1.0076

Term2 1.1372E

‐ 12

Squared root Term2 

# 1.0664E

‐ 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

 

#  

#  1 N

i

i 

# n

 

# 

# t

‐ statistic = quantile t

‐ distribution

with df degrees of

freedom at .99

confidence level

= 2.36

UPL POOLED VARIANCE = 4.1963E

‐ 06 d f 

# t



# 2

, 

# 1 1

df p 

# Xt s

n m  

      d f 

# t

# Dallman Sandow

Station Martin Drake Sandow

Station Reid Gardner AES Shady

Point,LLC AES Shady

Point,LLC

963 52071 492 52071 2324 10671 10671

34 5B Unit 5

‐ Coal 5A 1 Unit 1 Unit 2

2.0400E

‐ 07 2.3401E

‐ 07 2.5234E

‐ 07 2.5590E

‐ 07 2.5855E

‐ 07 2.6239E

‐ 07 2.6239E

‐ 07

1111111 Emissions (lb/MMBtu)

# 2.04E

‐ 07 2.34E

‐ 07 2.52E

‐ 07 2.56E

‐ 07 2.59E

‐ 07 2.62E

‐ 07 2.62E

‐ 07

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

# Chambers

Cogeneration LP Wygen 1 Havana Cedar Bay Generating

Company L.P. Logan

Generating

Plant Rawhide

10566 55479 891 10672 10043 6761

Boil 2 WYG1Cfg Boiler 9 CBB1 Unit1 Rawhide101

3.1159E

‐ 07 3.8022E

‐ 07 3.8840E

‐ 07 4.1250E

‐ 07 4.6027E

‐ 07 4.6511E

‐ 07

111 111

# 3.12E

‐ 07 3.80E

‐ 07 3.88E

‐ 07 4.12E

‐ 07 4.60E

‐ 07 4.65E

‐ 07

# Hayden Cedar Bay

Generating

Company L.P. Hayden Northampton

Generating

Company, L.P. Chambers

Cogeneration

LP J K Spruce Martin Drake

525 10672 525 50888 10566 7097 492

Unit 2 CBA1 Unit 1 GEN1 Boil 1 1 Unit 7

‐ Coal

4.7748E

‐ 07 5.2706E

‐ 07 5.3478E

‐ 07 5.4643E

‐ 07 5.4650E

‐ 07 6.2277E

‐ 07 6.5187E

‐ 07

1 11 1 111

UPL Pooled 

# 2 

# 1 1

df 

# Xt s  

     

# 4.77E

‐ 07 5.27E

‐ 07 5.35E

‐ 07 5.46E

‐ 07 5.47E

‐ 07 6.23E

‐ 07 6.52E

‐ 07 Variance= 

# 2

, df p 

# X t s

n m  

     

# AES Hawaii AES Hawaii Salem Harbor Neil Simpson II Dunkirk

Generating

Plant Gerald

Gentleman RS Nelson

10673 10673 1626 7504 2554 6077 1393

002 001 Unit 1 NS2Cfg 1 U1 001

6.5271E

‐ 07 6.7791E

‐ 07 6.8794E

‐ 07 7.2869E

‐ 07 7.2900E

‐ 07 7.3258E

‐ 07 7.3393E

‐ 07

1 1 1 1111

# 6.53E

‐ 07 6.78E

‐ 07 6.88E

‐ 07 7.29E

‐ 07 7.29E

‐ 07 7.33E

‐ 07 7.34E

‐ 07

# PSEG Mercer

Generating

Station Roxboro

Steam Electric

Plant PSEG Mercer

Generating

Station Spruance

Genco, LLC Dunkirk

Generating Plant Spruance Genco,

LLC

2408 2712 2408 54081 2554 54081

OS1

‐ Coal Rox_Cfg_1b OS1

‐ Coal GEN1 4 GEN2

7.5119E

‐ 07 7.6205E

‐ 07 7.7107E

‐ 07 7.9050E

‐ 07 7.9304E

‐ 07 7.9956E

‐ 07

1 111 1 1

# 7.51E

‐ 07 7.62E

‐ 07 7.71E

‐ 07 7.90E

‐ 07 7.93E

‐ 07 8.00E

‐ 07

# AES Warrior Run

Cogeneration

Facility Gerald

Gentleman INDIANTOWN

COGENERATION

L.P. Sunnyside

Cogen

Associates Sheldon

Station Sheldon

Station

10678 6077 50976 50951 2277 2277

BLR1 U2 001 Config 1 U1 U2

8.0291E

‐ 07 8.2139E

‐ 07 8.3978E

‐ 07 8.4930E

‐ 07 8.6787E

‐ 07 8.7820E

‐ 07

1 1 1111

# 8.03E

‐ 07 8.21E

‐ 07 8.40E

‐ 07 8.49E

‐ 07 8.68E

‐ 07 8.78E

‐ 07

# Cholla Crist Crist Crist Crist Duck Creek Pulliam

113 641 641 641 641 6016 4072

004 Unit 5 Unit 6 Unit 7 Unit 4 001 8

8.9530E

‐ 07 9.1099E

‐ 07 9.1099E

‐ 07 9.1099E

‐ 07 9.1099E

‐ 07 9.2033E

‐ 07 1.0290E

‐ 06

1111111

# 8.95E

‐ 07 9.11E

‐ 07 9.11E

‐ 07 9.11E

‐ 07 9.11E

‐ 07 9.20E

‐ 07 1.03E

‐ 06

# J T Deely J T Deely PPL Montour PPL Montour Sioux South Oak Creek

6181 6181 3149 3149 2107 4041

2 1 U1 U2 002 OCPP

‐ B7

1.0349E

‐ 06 1.0349E

‐ 06 1.0430E

‐ 06 1.0524E

‐ 06 1.0892E

‐ 06 1.0903E

‐ 06

1 1 111 1

# 1.03E

‐ 06 1.03E

‐ 06 1.04E

‐ 06 1.05E

‐ 06 1.09E

‐ 06 1.09E

‐ 06

# Eagle Valley Cane Run Spruance

Genco, LLC Comanche Hawthorn Roxboro Steam

Electric Plant

991 1363 54081 470 2079 2712

6 CR4 GEN4 Unit 2 5A Rox_Cfg_2c

1.1776E

‐ 06 1.1846E

‐ 06 1.1877E

‐ 06 1.2619E

‐ 06 1.2681E

‐ 06 1.2989E

‐ 06

111 1 1 1

# 1.18E

‐ 06 1.18E

‐ 06 1.19E

‐ 06 1.26E

‐ 06 1.27E

‐ 06 1.30E

‐ 06

# Wygen 2 Springerville Spruance

Genco, LLC Cane Run Whelan Energy

Center Unit 1

(WEC1) H L Spurlock

Station

56319 8223 54081 1363 60 6041

WYG2Cfg 4 GEN3 CR5 1 Unit 04

1.3156E

‐ 06 1.3904E

‐ 06 1.4522E

‐ 06 1.4698E

‐ 06 1.4829E

‐ 06 1.5859E

‐ 06

1111 1 1

# 1.32E

‐ 06 1.39E

‐ 06 1.45E

‐ 06 1.47E

‐ 06 1.48E

‐ 06 1.59E

‐ 06

# Elm Road

Generating

Station Cedar Bay

Generating

Company L.P. Hennepin Power

Station Hennepin Power Station Southampton

Power Station

56068 10672 892 892 10774

ERGS

‐ B1 CBC1 001 002 Unit 1 & 2

1.5982E

‐ 06 1.6182E

‐ 06 1.7003E

‐ 06 1.7003E

‐ 06 1.7020E

‐ 06

11 1 1 1

# 1.60E

‐ 06 1.62E

‐ 06 1.70E

‐ 06 1.70E

‐ 06 1.70E

‐ 06

# Cross TransAlta

Centralia

Generation Seward Seward James H.

Miller Jr. McMeekin

130 3845 3130 3130 6002 3287

C3 BW22CONFIG SEW

‐ 1 SEW

‐ 2 Unit 4 MCM002

1.7490E

‐ 06 1.7514E

‐ 06 1.7524E

‐ 06 1.7524E

‐ 06 1.7839E

‐ 06 1.7903E

‐ 06

1 11111

# 1.75E

‐ 06 1.75E

‐ 06 1.75E

‐ 06 1.75E

‐ 06 1.78E

‐ 06 1.79E

‐ 06

# TransAlta Centralia

Generation San Juan San Juan Weston R D Green H L Spurlock

Station

3845 2451 2451 4078 6639 6041

BW21CONFIG Unit 3 Unit 4 W3 2 Unit 03

1.8617E

‐ 06 1.8789E

‐ 06 1.9775E

‐ 06 2.0930E

‐ 06 2.1028E

‐ 06 2.1149E

‐ 06

111111

# 1.86E

‐ 06 1.88E

‐ 06 1.98E

‐ 06 2.09E

‐ 06 2.10E

‐ 06 2.11E

‐ 06

# Hopewell Ebensburg Power

Company Cardinal Newton Elmer Smith

Station Elmer Smith

Station

10771 10603 2828 6017 1374 1374

1 & 2 EPC01 CD

‐ U3 002 Unit001 Unit002

2.1265E

‐ 06 2.1700E

‐ 06 2.1816E

‐ 06 2.1915E

‐ 06 2.2432E

‐ 06 2.2432E

‐ 06

1 1 1 111

# 2.13E

‐ 06 2.17E

‐ 06 2.18E

‐ 06 2.19E

‐ 06 2.24E

‐ 06 2.24E

‐ 06

# Sibley Sibley Sibley PANTHER

CREEK

ENERGY PANTHER

CREEK

ENERGY Silver Bay

Power Nebraska City

2094 2094 2094 50776 50776 10849 6096

3 1 2 BG2 BG1 GEN1 NC2

2.2683E

‐ 06 2.2683E

‐ 06 2.2683E

‐ 06 2.2897E

‐ 06 2.2897E

‐ 06 2.3117E

‐ 06 2.3432E

‐ 06

1111111

# 2.27E

‐ 06 2.27E

‐ 06 2.27E

‐ 06 2.29E

‐ 06 2.29E

‐ 06 2.31E

‐ 06 2.34E

‐ 06

# Tanners Creek Welsh Asheville

Steam Electric

Plant Harding Street G G Allen G G Allen Cholla

988 6139 2706 990 2718 2718 113

TC

‐ 4 WE

‐ 1 Ash_Cfg_2 60s 3

‐ 2009

‐ FGDIN 4

‐ 2009

‐ FGDIN 003

2.3583E

‐ 06 2.3696E

‐ 06 2.3765E

‐ 06 2.4559E

‐ 06 2.4843E

‐ 06 2.4843E

‐ 06 2.5910E

‐ 06

1111 1 11

# 2.36E

‐ 06 2.37E

‐ 06 2.38E

‐ 06 2.46E

‐ 06 2.48E

‐ 06 2.48E

‐ 06 2.59E

‐ 06

# La Cygne TS Power Plant H L Spurlock

Station Morgantown

Energy Facility AES Puerto

Rico

Cogeneration James River

Cogeneration

Co

1241 56224 6041 10743 68029 10377

2 TSPower Unit 01 Unit 1&2 Unit_1 UNIT2

2.6078E

‐ 06 2.6699E

‐ 06 2.6752E

‐ 06 2.7505E

‐ 06 2.8462E

‐ 06 2.8652E

‐ 06

1 1 1111

# 2.61E

‐ 06 2.67E

‐ 06 2.68E

‐ 06 2.75E

‐ 06 2.85E

‐ 06 2.87E

‐ 06

# Bridgeport

Station Herbert A.

Wagner San Juan Eastlake R.M. Schahfer East Bend

Station Springerville

568 1554 2451 2837 6085 6018 8223

#2 002 Unit 2 Unit 3 R.M.0014 2 3

2.8782E

‐ 06 2.8828E

‐ 06 2.9165E

‐ 06 2.9487E

‐ 06 2.9970E

‐ 06 3.0280E

‐ 06 3.0408E

‐ 06

1 111111

# 2.88E

‐ 06 2.88E

‐ 06 2.92E

‐ 06 2.95E

‐ 06 3.00E

‐ 06 3.03E

‐ 06 3.04E

‐ 06

# Taconite

Harbor Energy

Center PPL Brunner

Island PPL Brunner Island W H Zimmer Colver Power

Project Scholz

10075 3140 3140 6019 10143 642

THEC2 U2 U1 1 AAB01 Unit 1

3.3359E

‐ 06 3.3751E

‐ 06 3.3751E

‐ 06 3.3895E

‐ 06 3.3968E

‐ 06 3.4946E

‐ 06

11 1 1 1 1

# 3.34E

‐ 06 3.38E

‐ 06 3.38E

‐ 06 3.39E

‐ 06 3.40E

‐ 06 3.49E

‐ 06

# Hammond Hammond Hammond Hammond Erickson

Station Mecklenburg

Power Station AES Puerto

Rico

Cogeneration

708 708 708 708 1832 52007 68029

Unit 2 Unit 3 Unit 1 Unit 4 001 Unit 1 & 2 Unit_2

3.6408E

‐ 06 3.6408E

‐ 06 3.6408E

‐ 06 3.6408E

‐ 06 3.6458E

‐ 06 3.7005E

‐ 06 3.7779E

‐ 06

1111111

# 3.64E

‐ 06 3.64E

‐ 06 3.64E

‐ 06 3.64E

‐ 06 3.65E

‐ 06 3.70E

‐ 06 3.78E

‐ 06

# Birchwood

Power Facility Piney Creek

Project

54304 54144

1A BRBRI

4.0069E

‐ 06 4.3688E

‐ 06

1 1

# 4.01E

‐ 06 4.37E

‐ 06

# Oak Grove

ORIS/Facility/Unit 

# 6180

Runs 

# OG1

1 1.22641E

‐ 07

2 1.09913E

‐ 07

3 1.32075E

‐ 07

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

N

i 

# n 

#  N N

# 2

This step is for QC only:



# means 1.22E

‐ 07

1.22E

‐ 07

Mean =

Pooled Variance = 

# 1.2370E

‐ 16

m= number future runs = 3

Term1 0.6667

Term2 8.2465E

‐ 17

Squared root Term2 

# 9.0810E

‐ 09

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

 

#  

#  1 i

i 

# n

 

# 

# t

‐ statistic = quantile t

‐ distribution

with df degrees of

freedom at .99

confidence level

= 6.96

UPL POOLED VARIANCE = 1.8479E

‐ 07 d f 

# t



# 2

, 

# 1 1

df p 

# Xt s

n m  

      d f 

# t

# Emissions (lb/MMBtu)

# 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    

# Weston Oak Grove

ORIS/Facility/Unit 

# W4 OG1

Test Averages 4078 6180

1 1.3326E

‐ 06 1.3341E

‐ 06

2

3

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 = 

# 1 1

Total Number of sources = 131 N

# n =Total # test runs = 

# 131

130

This step is for QC only:



# means 1.33E

‐ 06 1.33E

‐ 06

1.68E

‐ 05

Mean =

Pooled Variance = 

# 1.2133E

‐ 10

m= number future runs = 1

Term1 1.0076

Term2 1.2226E

‐ 10

Squared root Term2 

# 1.1057E

‐ 05 

#   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

 

#  N

# 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

= 2.36

UPL POOLED VARIANCE = 4.2836E

‐ 05 d f 

# t



# 2

, 

# 1 1

df p 

# Xt s

n m  

      d f 

# t

# Chambers

Cogeneration LP Cedar Bay

Generating

Company L.P. Dallman Cedar Bay

Generating

Company L.P. Sandow

Station Martin Drake

Boil 2 CBB1 34 CBA1 5B Unit 5

‐ Coal

10566 10672 963 10672 52071 492

1.5164E

‐ 06 1.5660E

‐ 06 1.7118E

‐ 06 2.0009E

‐ 06 2.4532E

‐ 06 2.6152E

‐ 06

111111 Emissions (lb/MW)

# 1.52E

‐ 06 1.57E

‐ 06 1.71E

‐ 06 2.00E

‐ 06 2.45E

‐ 06 2.62E

‐ 06

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

# Chambers

Cogeneration LP Sandow Station Reid Gardner AES Hawaii AES Shady Point,LLC AES Shady

Point,LLC

Boil 1 5A 1 002 Unit 1 Unit 2

10566 52071 2324 10673 10671 10671

2.6596E

‐ 06 2.6827E

‐ 06 2.8301E

‐ 06 3.0359E

‐ 06 3.2833E

‐ 06 3.2833E

‐ 06

1 111 11

# 2.66E

‐ 06 2.68E

‐ 06 2.83E

‐ 06 3.04E

‐ 06 3.28E

‐ 06 3.28E

‐ 06

# AES Hawaii Logan

Generating

Plant Havana Rawhide Wygen 1 Hayden Northampton

Generating

Company, L.P.

001 Unit1 Boiler 9 Rawhide101 WYG1Cfg Unit 2 GEN1

10673 10043 891 6761 55479 525 50888

3.4109E

‐ 06 4.0295E

‐ 06 4.0617E

‐ 06 4.2698E

‐ 06 4.3997E

‐ 06 4.5436E

‐ 06 5.1753E

‐ 06

1 1 11 1 11

# 3.41E

‐ 06 4.03E

‐ 06 4.06E

‐ 06 4.27E

‐ 06 4.40E

‐ 06 4.54E

‐ 06 5.18E

‐ 06 UPL Pooled

Variance= 

# 2

, 

# 1 1

df p 

# Xt s

n m  

     

# Hayden Cedar Bay

Generating

Company L.P. PSEG Mercer

Generating

Station Martin Drake J K Spruce PSEG Mercer

Generating

Station RS Nelson

Unit 1 CBC1 MERU2E2PT2O Unit 7

‐ Coal 1 MERU1E1PT1 001

525 10672 2408 492 7097 2408 1393

5.1969E

‐ 06 6.1435E

‐ 06 6.7892E

‐ 06 6.8192E

‐ 06 6.8301E

‐ 06 6.9689E

‐ 06 7.2900E

‐ 06

1 1 1 1 111

# 5.20E

‐ 06 6.14E

‐ 06 6.79E

‐ 06 6.82E

‐ 06 6.83E

‐ 06 6.97E

‐ 06 7.29E

‐ 06

# Roxboro

Steam Electric

Plant Dunkirk

Generating

Plant Gerald

Gentleman Dunkirk

Generating

Plant INDIANTOWN

COGENERATI

ON L.P. AES Warrior Run

Cogeneration

Facility

Rox_Cfg_1b 4 U1 1 001 BLR1

2712 2554 6077 2554 50976 10678

7.4325E

‐ 06 7.4668E

‐ 06 7.7233E

‐ 06 7.9092E

‐ 06 7.9604E

‐ 06 8.1364E

‐ 06

11 111 1

# 7.43E

‐ 06 7.47E

‐ 06 7.72E

‐ 06 7.91E

‐ 06 7.96E

‐ 06 8.14E

‐ 06

# Gerald

Gentleman Salem Harbor Cholla Crist Crist Neil Simpson

II

U2 Unit 1 004 Unit 5 Unit 6 NS2Cfg

6077 1626 113 641 641 7504

8.2555E

‐ 06 8.2889E

‐ 06 8.9909E

‐ 06 9.0858E

‐ 06 9.0910E

‐ 06 9.1086E

‐ 06

1 1 1 111

# 8.26E

‐ 06 8.29E

‐ 06 8.99E

‐ 06 9.09E

‐ 06 9.09E

‐ 06 9.11E

‐ 06

# Sheldon

Station Sheldon

Station PPL Montour PPL Montour Crist Crist South Oak

Creek

U1 U2 U1 U2 Unit 7 Unit 4 OCPP

‐ B7

2277 2277 3149 3149 641 641 4041

9.3160E

‐ 06 9.4298E

‐ 06 9.4735E

‐ 06 9.6195E

‐ 06 9.6197E

‐ 06 9.6525E

‐ 06 9.7476E

‐ 06

1111111

# 9.32E

‐ 06 9.43E

‐ 06 9.47E

‐ 06 9.62E

‐ 06 9.62E

‐ 06 9.65E

‐ 06 9.75E

‐ 06

# J T Deely J T Deely Sunnyside Cogen

Associates Sioux Spruance

Genco, LLC Duck Creek

2 1 Config 1 002 GEN1 001

6181 6181 50951 2107 54081 6016

9.7764E

‐ 06 9.7764E

‐ 06 9.9085E

‐ 06 1.0227E

‐ 05 1.0329E

‐ 05 1.0354E

‐ 05

11 1 1 1 1

# 9.78E

‐ 06 9.78E

‐ 06 9.91E

‐ 06 1.02E

‐ 05 1.03E

‐ 05 1.04E

‐ 05

# Spruance Genco,

LLC Southampton

Power Station Pulliam Eagle Valley Comanche Roxboro Steam

Electric Plant

GEN2 Unit 1 & 2 8 6 Unit 2 Rox_Cfg_2c

54081 10774 4072 991 470 2712

1.0447E

‐ 05 1.1126E

‐ 05 1.1268E

‐ 05 1.1406E

‐ 05 1.2039E

‐ 05 1.2736E

‐ 05

1111 1 1

# 1.04E

‐ 05 1.11E

‐ 05 1.13E

‐ 05 1.14E

‐ 05 1.20E

‐ 05 1.27E

‐ 05

# Springerville Hopewell Hawthorn H L Spurlock

Station McMeekin Whelan Energy

Center Unit 1

(WEC1)

4 1 & 2 5A Unit 04 MCM002 1

8223 10771 2079 6041 3287 60

1.2977E

‐ 05 1.3369E

‐ 05 1.4090E

‐ 05 1.4802E

‐ 05 1.4937E

‐ 05 1.4990E

‐ 05

1 1111 1

# 1.30E

‐ 05 1.34E

‐ 05 1.41E

‐ 05 1.48E

‐ 05 1.49E

‐ 05 1.50E

‐ 05

# Elm Road

Generating

Station Spruance Genco,

LLC Cane Run Cross James H. Miller Jr.

ERGS

‐ B1 GEN4 CR4 C3 Unit 4

56068 54081 1363 130 6002

1.5380E

‐ 05 1.5519E

‐ 05 1.6289E

‐ 05 1.6953E

‐ 05 1.7213E

‐ 05

1 11 1 1

# 1.54E

‐ 05 1.55E

‐ 05 1.63E

‐ 05 1.70E

‐ 05 1.72E

‐ 05

# Hennepin Power

Station H L Spurlock

Station Cardinal Cane Run Wygen 2 Hennepin

Power Station Seward

001 Unit 03 CD

‐ U3 CR5 WYG2Cfg 002 SEW

‐ 1

892 6041 2828 1363 56319 892 3130

1.7592E

‐ 05 1.7624E

‐ 05 1.7705E

‐ 05 1.7719E

‐ 05 1.7815E

‐ 05 1.8165E

‐ 05 1.8572E

‐ 05

1 1 11111

# 1.76E

‐ 05 1.76E

‐ 05 1.77E

‐ 05 1.77E

‐ 05 1.78E

‐ 05 1.82E

‐ 05 1.86E

‐ 05

# Seward Elmer Smith

Station Elmer Smith

Station Spruance

Genco, LLC Silver Bay

Power Newton

SEW

‐ 2 Unit001 Unit002 GEN3 GEN1 002

3130 1374 1374 54081 10849 6017

1.8572E

‐ 05 1.8606E

‐ 05 1.8606E

‐ 05 1.8975E

‐ 05 1.9106E

‐ 05 1.9440E

‐ 05

111111

# 1.86E

‐ 05 1.86E

‐ 05 1.86E

‐ 05 1.90E

‐ 05 1.91E

‐ 05 1.94E

‐ 05

# Weston G G Allen San Juan G G Allen Tanners Creek San Juan

W3 3

‐ 2009

‐ FGDIN Unit 3 4

‐ 2009

‐ FGDIN TC

‐ 4 Unit 4

4078 2718 2451 2718 988 2451

1.9599E

‐ 05 1.9663E

‐ 05 1.9887E

‐ 05 1.9888E

‐ 05 2.0300E

‐ 05 2.0535E

‐ 05

1 1 1 111

# 1.96E

‐ 05 1.97E

‐ 05 1.99E

‐ 05 1.99E

‐ 05 2.03E

‐ 05 2.05E

‐ 05

# Morgantown

Energy Facility Welsh Asheville

Steam Electric

Plant Sibley Harding Street TS Power

Plant Nebraska City

Unit 1&2 WE

‐ 1 Ash_Cfg_2 3 60s TSPower NC2

10743 6139 2706 2094 990 56224 6096

2.1577E

‐ 05 2.1895E

‐ 05 2.2158E

‐ 05 2.2163E

‐ 05 2.2301E

‐ 05 2.3301E

‐ 05 2.3777E

‐ 05

1111111

# 2.16E

‐ 05 2.19E

‐ 05 2.22E

‐ 05 2.22E

‐ 05 2.23E

‐ 05 2.33E

‐ 05 2.38E

‐ 05

# TransAlta

Centralia

Generation TransAlta

Centralia

Generation R D Green Eastlake Cholla Sibley AES Puerto

Rico

Cogeneration

Facility

BW21CONFIG BW22CONFIG 2 Unit 3 003 1 Unit_1

3845 3845 6639 2837 113 2094 68029

2.3906E

‐ 05 2.3917E

‐ 05 2.3989E

‐ 05 2.4674E

‐ 05 2.4882E

‐ 05 2.5141E

‐ 05 2.7473E

‐ 05

1111 1 11

# 2.39E

‐ 05 2.39E

‐ 05 2.40E

‐ 05 2.47E

‐ 05 2.49E

‐ 05 2.51E

‐ 05 2.75E

‐ 05

# Sibley H L Spurlock Station Springerville San Juan Bridgeport

Station La Cygne

2 Unit 01 3 Unit 2 BHSEMU3OS3

‐ 2

2094 6041 8223 2451 568 1241

2.7900E

‐ 05 2.8316E

‐ 05 2.8381E

‐ 05 2.9070E

‐ 05 2.9282E

‐ 05 2.9314E

‐ 05

1 1 1111

# 2.79E

‐ 05 2.83E

‐ 05 2.84E

‐ 05 2.91E

‐ 05 2.93E

‐ 05 2.93E

‐ 05

# East Bend

Station PANTHER CREEK

ENERGY FACILITY PANTHER

CREEK

ENERGY

FACILITY Herbert A.

Wagner R.M. Schahfer James River

Cogeneration

Co W H Zimmer

2 BG2 BG1 002 R.M.0014 UNIT2 1

6018 50776 50776 1554 6085 10377 6019

2.9376E

‐ 05 2.9544E

‐ 05 2.9544E

‐ 05 2.9583E

‐ 05 2.9778E

‐ 05 2.9955E

‐ 05 3.0467E

‐ 05

1 111111

# 2.94E

‐ 05 2.95E

‐ 05 2.95E

‐ 05 2.96E

‐ 05 2.98E

‐ 05 3.00E

‐ 05 3.05E

‐ 05

# Ebensburg

Power

Company PPL Brunner

Island PPL Brunner Island Hammond Hammond AES Puerto

Rico

Cogeneration

Facility

EPC01 U2 U1 Unit 2 Unit 3 Unit_2

10603 3140 3140 708 708 68029

3.1053E

‐ 05 3.2548E

‐ 05 3.4211E

‐ 05 3.6029E

‐ 05 3.6136E

‐ 05 3.6466E

‐ 05

11 1 1 1 1

# 3.11E

‐ 05 3.25E

‐ 05 3.42E

‐ 05 3.60E

‐ 05 3.61E

‐ 05 3.65E

‐ 05

# Hammond Erickson

Station Colver Power

Project Hammond Taconite

Harbor Energy

Center Clinch River Scholz

Unit 1 001 AAB01 Unit 4 THEC2 CR

‐ 1 Unit 1

708 1832 10143 708 10075 3775 642

3.6685E

‐ 05 3.6856E

‐ 05 3.7183E

‐ 05 3.8219E

‐ 05 3.8455E

‐ 05 4.0497E

‐ 05 4.1443E

‐ 05

1111111

# 3.67E

‐ 05 3.69E

‐ 05 3.72E

‐ 05 3.82E

‐ 05 3.85E

‐ 05 4.05E

‐ 05 4.14E

‐ 05

# Birchwood

Power Facility Grant Town

Power Plant

1A GEN1

54304 10151

4.1513E

‐ 05 4.2002E

‐ 05

1 1

# 4.15E

‐ 05 4.20E

‐ 05

# Weston

ORIS/Facility/Unit 

# W4

Runs 

# 4078

1 1.2433E

‐ 06

2 1.6693E

‐ 06

3 1.0850E

‐ 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 = 

# 3

Total Number of sources = 1

n =Total # test runs = 

# 3

N

i 

# n 

#  N N

# 2

This step is for QC only:



# means 1.33E

‐ 06

1.33E

‐ 06

Mean =

Pooled Variance = 

# 9.1332E

‐ 14

m= number future runs = 3

Term1 0.6667

Term2 6.0888E

‐ 14

Squared root Term2 

# 2.4675E

‐ 07

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

 

#  

#  1 i

i 

# n

 

# 

# t

‐ statistic = quantile t

‐ distribution

with df degrees of

freedom at .99

confidence level

= 6.96

UPL POOLED VARIANCE = 3.0511E

‐ 06 d f 

# t



# 2

, 

# 1 1

df p 

# Xt s

n m  

      d f 

# t

# Emissions (lb/MW)

# UPL Pooled

Variance= 

# 2

, 

# 1 1

df p 

# Xt s

n m  

     

# , df p



# n m    

# Weston Martin Drake

ORIS/Facility/Unit 

# 4078 492

Test Averages W4 Unit 5

‐ Coal

1 1.1961E

‐ 07 1.5420E

‐ 07

2

3

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 = 

# 1 1

Total Number of sources = 131

N N

# n =Total # test runs = 

# 131

130

This step is for QC only:



# means 1.20E

‐ 07 1.54E

‐ 07

1.41E

‐ 06

Mean =

Pooled Variance = 

# 6.9954E

‐ 13

m= number future runs = 1

Term1 1.0076

Term2 7.0488E

‐ 13

Squared root Term2 

# 8.3957E

‐ 07

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

 

#  

# 

1 N

i

i 

# n

 

# 

# t

‐ statistic = quantile t

‐ distribution

with df degrees of

freedom at .99

confidence level

= 2.36

UPL POOLED VARIANCE = 3.3913E

‐ 06 d f 

# t



# 2

, 

# 1 1

df p 

# Xt s

n m  

      d f 

# t

# R D Green Dallman Rawhide Sioux Havana Martin Drake

6639 963 6761 2107 891 492

2 34 Rawhide101 002 Boiler 9 Unit 7

‐ Coal

2.1620E

‐ 07 2.2500E

‐ 07 2.8813E

‐ 07 2.9170E

‐ 07 3.1316E

‐ 07 3.2532E

‐ 07

111111 Emissions (lb/MMBtu)

# 2.16E

‐ 07 2.25E

‐ 07 2.88E

‐ 07 2.92E

‐ 07 3.13E

‐ 07 3.25E

‐ 07

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

# Northampton

Generating

Company, L.P. Sandow Station Cholla Reid Gardner Chambers

Cogeneration LP Comanche

50888 52071 113 2324 10566 470

GEN1 5B 004 1 Boil 2 Unit 2

3.3503E

‐ 07 3.4323E

‐ 07 3.7579E

‐ 07 3.9712E

‐ 07 4.0220E

‐ 07 4.3251E

‐ 07

1 111 11

# 3.35E

‐ 07 3.43E

‐ 07 3.76E

‐ 07 3.97E

‐ 07 4.02E

‐ 07 4.33E

‐ 07

# Logan

Generating

Plant Hayden Oak Grove TransAlta

Centralia

Generation Sunnyside

Cogen

Associates Pulliam AES Shady

Point,LLC

10043 525 6180 3845 50951 4072 10671

Unit1 Unit 1 OG1 BW21CONFIG Config 1 8 Unit 1

4.4356E

‐ 07 4.7320E

‐ 07 4.9303E

‐ 07 5.5299E

‐ 07 5.5608E

‐ 07 5.6871E

‐ 07 5.9026E

‐ 07

1 1 11 1 11

2 

# 1 1

X    

# 4.44E

‐ 07 4.73E

‐ 07 4.93E

‐ 07 5.53E

‐ 07 5.56E

‐ 07 5.69E

‐ 07 5.90E

‐ 07 UPL Pooled

Variance= 

# 2

, 

# 1 1

df p 

# Xt s

n m  

     

# AES Shady

Point,LLC Gerald Gentleman Cedar Bay

Generating

Company L.P. Sandow

Station Wygen 1 PSEG Mercer

Generating

Station Gerald

Gentleman

10671 6077 10672 52071 55479 2408 6077

Unit 2 U1 CBA1 5A WYG1Cfg MERU1E1PT1 U2

5.9026E

‐ 07 6.0176E

‐ 07 6.2027E

‐ 07 6.2589E

‐ 07 6.5760E

‐ 07 6.9012E

‐ 07 7.1291E

‐ 07

1 1 1 1 111

# 5.90E

‐ 07 6.02E

‐ 07 6.20E

‐ 07 6.26E

‐ 07 6.58E

‐ 07 6.90E

‐ 07 7.13E

‐ 07

# Morgantown

Energy Facility Sheldon

Station Crist Crist Crist Crist

10743 2277 641 641 641 641

Unit 1&2 U1 Unit 5 Unit 6 Unit 7 Unit 4

7.2074E

‐ 07 7.3148E

‐ 07 7.3951E

‐ 07 7.3951E

‐ 07 7.3951E

‐ 07 7.3951E

‐ 07

11 111 1

# 7.21E

‐ 07 7.31E

‐ 07 7.40E

‐ 07 7.40E

‐ 07 7.40E

‐ 07 7.40E

‐ 07

# Duck Creek Cedar Bay

Generating

Company L.P. Cope J K Spruce Springerville Neil Simpson

II

6016 10672 7210 7097 8223 7504

001 CBB1 COP001 1 4 NS2Cfg

7.6235E

‐ 07 7.6574E

‐ 07 7.7714E

‐ 07 7.8850E

‐ 07 8.0441E

‐ 07 8.0689E

‐ 07

1 1 1 111

# 7.62E

‐ 07 7.66E

‐ 07 7.77E

‐ 07 7.89E

‐ 07 8.04E

‐ 07 8.07E

‐ 07

# Hayden Cholla INDIANTOWN

COGENERATI

ON L.P. Whelan

Energy Center

Unit 1 (WEC1) Silver Bay

Power CREEK

ENERGY

FACILITY CREEK

ENERGY

FACILITY

525 113 50976 60 10849 50776 50776

Unit 2 003 001 1 GEN1 BG2 BG1

8.5700E

‐ 07 8.6545E

‐ 07 8.9065E

‐ 07 8.9290E

‐ 07 9.1289E

‐ 07 9.2288E

‐ 07 9.2288E

‐ 07

1111111

# 8.57E

‐ 07 8.65E

‐ 07 8.91E

‐ 07 8.93E

‐ 07 9.13E

‐ 07 9.23E

‐ 07 9.23E

‐ 07

# Gibson Spruance

Genco, LLC Roxboro Steam

Electric Plant Dunkirk Generating

Plant Gibson Sheldon

Station

6113 54081 2712 2554 6113 2277

1

‐ 2007

‐ FGDIN GEN1 Rox_Cfg_1b 1 2

‐ 2007

‐ FGDIN U2

9.2693E

‐ 07 9.4729E

‐ 07 9.6828E

‐ 07 9.8019E

‐ 07 9.9261E

‐ 07 1.0008E

‐ 06

11 1 1 1 1

# 9.27E

‐ 07 9.47E

‐ 07 9.68E

‐ 07 9.80E

‐ 07 9.93E

‐ 07 1.00E

‐ 06

# Hawthorn PSEG Mercer

Generating

Station TransAlta

Centralia

Generation Dunkirk

Generating

Plant Bridgeport

Station Salem Harbor

2079 2408 3845 2554 568 1626

5A MERU2E2PT2 BW22CONFIG 4 BHSEMU3OS3

‐ Unit 1

1.0196E

‐ 06 1.0357E

‐ 06 1.0512E

‐ 06 1.0533E

‐ 06 1.0761E

‐ 06 1.0927E

‐ 06

1111 1 1

# 1.02E

‐ 06 1.04E

‐ 06 1.05E

‐ 06 1.05E

‐ 06 1.08E

‐ 06 1.09E

‐ 06

# Hammond Hammond Hammond Hammond Shawville Shawville

708 708 708 708 3131 3131

Unit 2 Unit 3 Unit 1 Unit 4 SHAW4

‐ 1 SHAW3

‐ 1

1.1079E

‐ 06 1.1079E

‐ 06 1.1079E

‐ 06 1.1079E

‐ 06 1.1133E

‐ 06 1.1133E

‐ 06

1 1111 1

# 1.11E

‐ 06 1.11E

‐ 06 1.11E

‐ 06 1.11E

‐ 06 1.11E

‐ 06 1.11E

‐ 06

# AES Warrior Run

Cogeneration

Facility Ebensburg Power

Company Muscatine #1 James River

Cogeneration Co AES Hawaii

10678 10603 1167 10377 10673

BLR1 EPC01 8 UNIT2 002

1.1765E

‐ 06 1.2333E

‐ 06 1.2492E

‐ 06 1.2568E

‐ 06 1.2681E

‐ 06

1 11 1 1

# 1.18E

‐ 06 1.23E

‐ 06 1.25E

‐ 06 1.26E

‐ 06 1.27E

‐ 06

# Taconite Harbor

Energy Center Cane Run Nebraska City H L Spurlock

Station Roxboro

Steam Electric

Plant Seward Seward

10075 1363 6096 6041 2712 3130 3130

THEC2 CR4 NC2 Unit 04 Rox_Cfg_2c SEW

‐ 1 SEW

‐ 2

1.2831E

‐ 06 1.2951E

‐ 06 1.3167E

‐ 06 1.3224E

‐ 06 1.3500E

‐ 06 1.3941E

‐ 06 1.3941E

‐ 06

1 1 11111

# 1.28E

‐ 06 1.30E

‐ 06 1.32E

‐ 06 1.32E

‐ 06 1.35E

‐ 06 1.39E

‐ 06 1.39E

‐ 06

# Red Hills Generating

Facility Red Hills

Generating

Facility Newton Springerville James H.

Miller Jr. Cedar Bay

Generating

Company L.P.

55076 55076 6017 8223 6002 10672

002 001 002 3 Unit 4 CBC1

1.4264E

‐ 06 1.4264E

‐ 06 1.4699E

‐ 06 1.6108E

‐ 06 1.6704E

‐ 06 1.6887E

‐ 06

111111

# 1.43E

‐ 06 1.43E

‐ 06 1.47E

‐ 06 1.61E

‐ 06 1.67E

‐ 06 1.69E

‐ 06

# Taconite Harbor

Energy Center Spruance Genco, LLC Chambers

Cogeneration LP TS Power Plant Elm Road

Generating

Station Southampton

Power Station

10075 54081 10566 56224 56068 10774

THEC1 GEN4 Boil 1 TSPower ERGS

‐ B1 Unit 1 & 2

1.6917E

‐ 06 1.6997E

‐ 06 1.7544E

‐ 06 1.7820E

‐ 06 1.7893E

‐ 06 1.7960E

‐ 06

1 1 1 111

# 1.69E

‐ 06 1.70E

‐ 06 1.75E

‐ 06 1.78E

‐ 06 1.79E

‐ 06 1.80E

‐ 06

# Big Stone Walter Scott

Jr. Energy

Center Meredosia Joppa Steam Craig Brandon

Shores RS Nelson

6098 1082 864 887 6021 602 1393

001 4 005 1 C2 002 001

1.8011E

‐ 06 1.8148E

‐ 06 1.8316E

‐ 06 1.8335E

‐ 06 1.8336E

‐ 06 1.8839E

‐ 06 1.8918E

‐ 06

1111111

# 1.80E

‐ 06 1.81E

‐ 06 1.83E

‐ 06 1.83E

‐ 06 1.83E

‐ 06 1.88E

‐ 06 1.89E

‐ 06

# Hardin

Generator

Project Rico

Cogeneration

Facility Wygen 2 Hennepin

Power Station Hennepin

Power Station San Juan Scrubgrass

Generating

Company L.P.

55749 68029 56319 892 892 2451 50974

PC1 Unit_1 WYG2Cfg 001 002 Unit 4 Gen 1

2.0154E

‐ 06 2.0653E

‐ 06 2.1318E

‐ 06 2.1366E

‐ 06 2.1366E

‐ 06 2.1933E

‐ 06 2.2300E

‐ 06

1111 1 11

# 2.02E

‐ 06 2.07E

‐ 06 2.13E

‐ 06 2.14E

‐ 06 2.14E

‐ 06 2.19E

‐ 06 2.23E

‐ 06

# Welsh San Juan Sibley Sibley Sibley Cane Run

6139 2451 2094 2094 2094 1363

WE

‐ 1 Unit 3 3 1 2 CR5

2.3005E

‐ 06 2.3637E

‐ 06 2.3712E

‐ 06 2.3712E

‐ 06 2.3712E

‐ 06 2.4126E

‐ 06

1 1 1111

# 2.30E

‐ 06 2.36E

‐ 06 2.37E

‐ 06 2.37E

‐ 06 2.37E

‐ 06 2.41E

‐ 06

# Ottumwa Colver Power

Project Eddystone

Generating

Station Spruance

Genco, LLC San Juan Lawrence

Energy Center AES Hawaii

6254 10143 3161 54081 2451 1250 10673

Unit 1 AAB01 Unit 2 GEN3 Unit 2 3 001

2.4300E

‐ 06 2.4798E

‐ 06 2.4850E

‐ 06 2.5065E

‐ 06 2.5505E

‐ 06 2.5541E

‐ 06 2.6069E

‐ 06

1 111111

# 2.43E

‐ 06 2.48E

‐ 06 2.49E

‐ 06 2.51E

‐ 06 2.55E

‐ 06 2.55E

‐ 06 2.61E

‐ 06

# Piney Creek

Project Twin Oaks

Power One La Cygne Elmer Smith

Station Elmer Smith

Station Consumers

Energy

‐ J.H.

Campbell

54144 7030 1241 1374 1374 1710

BRBRI U2 2 Unit001 Unit002 JHC2

‐ Conf

2.6386E

‐ 06 2.6392E

‐ 06 2.7391E

‐ 06 2.7588E

‐ 06 2.7588E

‐ 06 2.7878E

‐ 06

11 1 1 1 1

# 2.64E

‐ 06 2.64E

‐ 06 2.74E

‐ 06 2.76E

‐ 06 2.76E

‐ 06 2.79E

‐ 06

# Consumers

Energy

‐ J.H.

Campbell South Oak

Creek San Juan Scholz Clinch River Eagle Valley Spruance

Genco, LLC

1710 4041 2451 642 3775 991 54081

JHC1

‐ Conf OCPP

‐ B7 Unit 1 Unit 1 CR

‐ 1 6 GEN2

2.7878E

‐ 06 2.7884E

‐ 06 2.9823E

‐ 06 3.0306E

‐ 06 3.0683E

‐ 06 3.1103E

‐ 06 3.1375E

‐ 06

1111111

# 2.79E

‐ 06 2.79E

‐ 06 2.98E

‐ 06 3.03E

‐ 06 3.07E

‐ 06 3.11E

‐ 06 3.14E

‐ 06

# Hoot Lake Hopewell

1943 10771

2 1 & 2

3.1705E

‐ 06 3.2775E

‐ 06

1 1

# 3.17E

‐ 06 3.28E

‐ 06

# Weston

ORIS/Facility/Unit 

# 4078

Runs 

# W4

1 7.5026E

‐ 08

2 1.2903E

‐ 07

3 1.5476E

‐ 07

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

N

i 

# n 

#  N N

# 2

This step is for QC only:



# means 1.20E

‐ 07

1.20E

‐ 07

Mean =

Pooled Variance = 

# 1.6561E

‐ 15

m= number future runs = 3

Term1 0.6667

Term2 1.1041E

‐ 15

Squared root Term2 

# 3.3228E

‐ 08

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

 

#  

#  1 i

i 

# n

 

# 

# t

‐ statistic = quantile t

‐ distribution

with df degrees of

freedom at .99

confidence level

= 6.96

UPL POOLED VARIANCE = 3.5102E

‐ 07 d f 

# t



# 2

, 

# 1 1

df p 

# Xt s

n m  

      d f 

# t

# Emissions (lb/MMBtu)

# 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    

# Weston Martin Drake

ORIS/Facility/Unit 

# W4 Unit 5

‐ Coal

Test Averages 4078 492

1 1.0770E

‐ 06 1.5980E

‐ 06

2

3

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 = 

# 1 1

Total Number of sources = 131 N

# n =Total # test runs = 

# 131

130

This step is for QC only:



# means 1.08E

‐ 06 1.60E

‐ 06

1.40E

‐ 05

Mean =

Pooled Variance = 

# 7.4461E

‐ 11

m= number future runs = 1

Term1 1.0076

Term2 7.5030E

‐ 11

Squared root Term2 

# 8.6620E

‐ 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

 

#  N

# 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

= 2.36

UPL POOLED VARIANCE = 3.4452E

‐ 05 d f 

# t



# 2

, 

# 1 1

df p 

# Xt s

n m  

      d f 

# t

# Dallman Chambers

Cogeneration

LP Cedar Bay

Generating

Company L.P. R D Green Rawhide Sioux Cedar Bay

Generating

Company L.P.

34 Boil 2 CBA1 2 Rawhide101 002 CBB1

963 10566 10672 6639 6761 2107 10672

1.8880E

‐ 06 1.9574E

‐ 06 2.3548E

‐ 06 2.4665E

‐ 06 2.6452E

‐ 06 2.7389E

‐ 06 2.9071E

‐ 06

1111111 Emissions (lb/MW)

# 1.89E

‐ 06 1.96E

‐ 06 2.35E

‐ 06 2.47E

‐ 06 2.65E

‐ 06 2.74E

‐ 06 2.91E

‐ 06

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

# Northampton

Generating

Company, L.P. Havana Martin Drake Sandow Station Cholla Logan

Generating

Plant

GEN1 Boiler 9 Unit 7

‐ Coal 5B 004 Unit1

50888 891 492 52071 113 10043

3.1731E

‐ 06 3.2748E

‐ 06 3.4032E

‐ 06 3.5982E

‐ 06 3.7738E

‐ 06 3.8832E

‐ 06

111 111

# 3.17E

‐ 06 3.27E

‐ 06 3.40E

‐ 06 3.60E

‐ 06 3.77E

‐ 06 3.88E

‐ 06

# Comanche Reid Gardner Hayden Oak Grove Morgantown

Energy Facility AES Hawaii Pulliam

Unit 2 1 Unit 1 OG1 Unit 1&2 002 8

470 2324 525 6180 10743 10673 4072

4.1260E

‐ 06 4.3469E

‐ 06 4.5985E

‐ 06 5.4130E

‐ 06 5.6541E

‐ 06 5.8982E

‐ 06 6.2274E

‐ 06

1 11 1 111

# 4.13E

‐ 06 4.35E

‐ 06 4.60E

‐ 06 5.41E

‐ 06 5.65E

‐ 06 5.90E

‐ 06 6.23E

‐ 06 UPL Pooled

Variance= 

# 2

, 

# 1 1

df p 

# Xt s

n m  

     

# PSEG Mercer

Generating

Station Gerald

Gentleman Cedar Bay

Generating

Company L.P. Sunnyside

Cogen

Associates Sandow

Station TransAlta

Centralia

Generation Cope

MERU1E1PT1OS1

‐

Coal U1 CBC1 Config 1 5A BW21CONFIG COP001

2408 6077 10672 50951 52071 3845 7210

6.2372E

‐ 06 6.3442E

‐ 06 6.4110E

‐ 06 6.4876E

‐ 06 6.5615E

‐ 06 7.1009E

‐ 06 7.1530E

‐ 06

1 1 1 1111

# 6.24E

‐ 06 6.34E

‐ 06 6.41E

‐ 06 6.49E

‐ 06 6.56E

‐ 06 7.10E

‐ 06 7.15E

‐ 06

# Gerald

Gentleman Crist Crist AES Shady

Point,LLC AES Shady

Point,LLC Springerville

U2 Unit 5 Unit 6 Unit 1 Unit 2 4

6077 641 641 10671 10671 8223

7.1652E

‐ 06 7.3755E

‐ 06 7.3797E

‐ 06 7.3859E

‐ 06 7.3859E

‐ 06 7.5079E

‐ 06

1 111 1 1

# 7.17E

‐ 06 7.38E

‐ 06 7.38E

‐ 06 7.39E

‐ 06 7.39E

‐ 06 7.51E

‐ 06

# Silver Bay Power Wygen 1 Crist Crist Sheldon

Station Hayden

GEN1 WYG1Cfg Unit 7 Unit 4 U1 Unit 2

10849 55479 641 641 2277 525

7.5448E

‐ 06 7.6094E

‐ 06 7.8089E

‐ 06 7.8356E

‐ 06 7.8520E

‐ 06 8.1550E

‐ 06

1 1 1111

# 7.54E

‐ 06 7.61E

‐ 06 7.81E

‐ 06 7.84E

‐ 06 7.85E

‐ 06 8.16E

‐ 06

# Cholla INDIANTOWN

COGENERATI

ON L.P. Chambers

Cogeneration

LP Duck Creek J K Spruce Gibson Whelan

Energy Center

Unit 1 (WEC1)

003 001 Boil 1 001 1 1

‐ 2007

‐ FGDIN 1

113 50976 10566 6016 7097 6113 60

8.3112E

‐ 06 8.4427E

‐ 06 8.5380E

‐ 06 8.5764E

‐ 06 8.6477E

‐ 06 8.9299E

‐ 06 9.0262E

‐ 06

1111111

# 8.31E

‐ 06 8.44E

‐ 06 8.54E

‐ 06 8.58E

‐ 06 8.65E

‐ 06 8.93E

‐ 06 9.03E

‐ 06

# PSEG Mercer

Generating

Station Roxboro Steam

Electric Plant Gibson Dunkirk

Generating

Plant Neil Simpson II Shawville

MERU2E2PT2

OS1

‐ Coal Rox_Cfg_1b 2

‐ 2007

‐ FGDIN 4 NS2Cfg SHAW4

‐ 1

2408 2712 6113 2554 7504 3131

9.3602E

‐ 06 9.4439E

‐ 06 9.6768E

‐ 06 9.9173E

‐ 06 1.0086E

‐ 05 1.0624E

‐ 05

1 1 111 1

# 9.36E

‐ 06 9.44E

‐ 06 9.68E

‐ 06 9.92E

‐ 06 1.01E

‐ 05 1.06E

‐ 05

# Shawville Dunkirk

Generating

Plant Sheldon

Station Bridgeport

Station Hammond Hammond

SHAW3

‐ 1 1 U2 BHSEMU3OS3

‐

#2 Unit 2 Unit 3

3131 2554 2277 568 708 708

1.0624E

‐ 05 1.0634E

‐ 05 1.0746E

‐ 05 1.0948E

‐ 05 1.0964E

‐ 05 1.0996E

‐ 05

111 1 1 1

# 1.06E

‐ 05 1.06E

‐ 05 1.07E

‐ 05 1.09E

‐ 05 1.10E

‐ 05 1.10E

‐ 05

# Hammond Hawthorn Hammond Southampton

Power Station PANTHER CREEK

ENERGY FACILITY PANTHER CREEK

ENERGY FACILITY

Unit 1 5A Unit 4 Unit 1 & 2 BG2 BG1

708 2079 708 10774 50776 50776

1.1164E

‐ 05 1.1329E

‐ 05 1.1630E

‐ 05 1.1740E

‐ 05 1.1908E

‐ 05 1.1908E

‐ 05

1111 1 1

# 1.12E

‐ 05 1.13E

‐ 05 1.16E

‐ 05 1.17E

‐ 05 1.19E

‐ 05 1.19E

‐ 05

# AES Warrior Run

Cogeneration

Facility H L Spurlock

Station Spruance Genco,

LLC Newton AES Hawaii

BLR1 Unit 04 GEN1 002 001

10678 6041 54081 6017 10673

1.1922E

‐ 05 1.2343E

‐ 05 1.2377E

‐ 05 1.3039E

‐ 05 1.3117E

‐ 05

11 1 1 1

# 1.19E

‐ 05 1.23E

‐ 05 1.24E

‐ 05 1.30E

‐ 05 1.31E

‐ 05

# James River

Cogeneration Co Salem Harbor Roxboro

Steam Electric

Plant Nebraska City Red Hills

Generating

Facility Red Hills

Generating

Facility

UNIT2 Unit 1 Rox_Cfg_2c NC2 002 001

10377 1626 2712 6096 55076 55076

1.3139E

‐ 05 1.3166E

‐ 05 1.3237E

‐ 05 1.3360E

‐ 05 1.3592E

‐ 05 1.3699E

‐ 05

1 11111

# 1.31E

‐ 05 1.32E

‐ 05 1.32E

‐ 05 1.34E

‐ 05 1.36E

‐ 05 1.37E

‐ 05

# Muscatine #1 TransAlta

Centralia

Generation Scrubgrass

Generating

Company L.P. Seward Seward Taconite

Harbor Energy

Center

8 BW22CONFIG Gen 1 SEW

‐ 1 SEW

‐ 2 THEC2

1167 3845 50974 3130 3130 10075

1.3708E

‐ 05 1.4356E

‐ 05 1.4369E

‐ 05 1.4775E

‐ 05 1.4775E

‐ 05 1.4792E

‐ 05

111111

# 1.37E

‐ 05 1.44E

‐ 05 1.44E

‐ 05 1.48E

‐ 05 1.48E

‐ 05 1.48E

‐ 05

# Springerville TS Power Plant James H. Miller

Jr. Walter Scott Jr.

Energy Center Craig Elm Road

Generating

Station

3 TSPower Unit 4 4 C2 ERGS

‐ B1

8223 56224 6002 1082 6021 56068

1.5034E

‐ 05 1.5552E

‐ 05 1.6119E

‐ 05 1.6387E

‐ 05 1.7166E

‐ 05 1.7219E

‐ 05

1 1 1 111

# 1.50E

‐ 05 1.56E

‐ 05 1.61E

‐ 05 1.64E

‐ 05 1.72E

‐ 05 1.72E

‐ 05

# Taconite

Harbor Energy

Center Ebensburg

Power

Company Cane Run Joppa Steam Brandon

Shores RS Nelson Big Stone

THEC1 EPC01 CR4 1 002 001 001

10075 10603 1363 887 602 1393 6098

1.7263E

‐ 05 1.7649E

‐ 05 1.7808E

‐ 05 1.8005E

‐ 05 1.8293E

‐ 05 1.8791E

‐ 05 1.9317E

‐ 05

1111111

# 1.73E

‐ 05 1.76E

‐ 05 1.78E

‐ 05 1.80E

‐ 05 1.83E

‐ 05 1.88E

‐ 05 1.93E

‐ 05

# AES Puerto

Rico

Cogeneration

Facility Eddystone

Generating

Station Hopewell Welsh Hardin

Generator

Project Hennepin

Power Station Spruance

Genco, LLC

Unit_1 Unit 2 1 & 2 WE

‐ 1 PC1 001 GEN4

68029 3161 10771 6139 55749 892 54081

1.9935E

‐ 05 2.0584E

‐ 05 2.0605E

‐ 05 2.1257E

‐ 05 2.2085E

‐ 05 2.2106E

‐ 05 2.2209E

‐ 05

1111 1 11

# 1.99E

‐ 05 2.06E

‐ 05 2.06E

‐ 05 2.13E

‐ 05 2.21E

‐ 05 2.21E

‐ 05 2.22E

‐ 05

# San Juan Hennepin Power Station Elmer Smith

Station Elmer Smith

Station Sibley South Oak

Creek

Unit 4 002 Unit001 Unit002 3 OCPP

‐ B7

2451 892 1374 1374 2094 4041

2.2776E

‐ 05 2.2827E

‐ 05 2.2884E

‐ 05 2.2884E

‐ 05 2.3170E

‐ 05 2.4930E

‐ 05

1 1 1111

# 2.28E

‐ 05 2.28E

‐ 05 2.29E

‐ 05 2.29E

‐ 05 2.32E

‐ 05 2.49E

‐ 05

# Meredosia San Juan Consumers

Energy

‐ J.H.

Campbell Ottumwa San Juan Consumers

Energy

‐ J.H.

Campbell Sibley

005 Unit 3 JHC2

‐ Conf Unit 1 Unit 2 JHC1

‐ Conf 1

864 2451 1710 6254 2451 1710 2094

2.4996E

‐ 05 2.5018E

‐ 05 2.5284E

‐ 05 2.5377E

‐ 05 2.5423E

‐ 05 2.6056E

‐ 05 2.6282E

‐ 05

1 111111

# 2.50E

‐ 05 2.50E

‐ 05 2.53E

‐ 05 2.54E

‐ 05 2.54E

‐ 05 2.61E

‐ 05 2.63E

‐ 05

# Twin Oaks

Power One Colver Power

Project Clinch River Lawrence

Energy Center Wygen 2 Cane Run

U2 AAB01 CR

‐ 1 3 WYG2Cfg CR5

7030 10143 3775 1250 56319 1363

2.6346E

‐ 05 2.7145E

‐ 05 2.8027E

‐ 05 2.8404E

‐ 05 2.8869E

‐ 05 2.9085E

‐ 05

11 1 1 1 1

# 2.63E

‐ 05 2.71E

‐ 05 2.80E

‐ 05 2.84E

‐ 05 2.89E

‐ 05 2.91E

‐ 05

# Sibley San Juan Eagle Valley Cardinal La Cygne Spruance

Genco, LLC Piney Creek

Project

2 Unit 1 6 CD

‐ U3 2 GEN3 BRBRI

2094 2451 991 2828 1241 54081 54144

2.9166E

‐ 05 2.9880E

‐ 05 3.0125E

‐ 05 3.0745E

‐ 05 3.0790E

‐ 05 3.2751E

‐ 05 3.2982E

‐ 05

1111111

# 2.92E

‐ 05 2.99E

‐ 05 3.01E

‐ 05 3.07E

‐ 05 3.08E

‐ 05 3.28E

‐ 05 3.30E

‐ 05

# G G Allen G G Allen

3

‐ 2009

‐ FGDIN 4

‐ 2009

‐ FGDIN

2718 2718

3.3158E

‐ 05 3.3538E

‐ 05

1 1

# 3.32E

‐ 05 3.35E

‐ 05

# Weston

ORIS/Facility/Unit 

# 4078

Runs 

# W4

1 6.7557E

‐ 07 DLL

2 1.1618E

‐ 06 ADL

3 1.3936E

‐ 06 DLL

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

N

i 

# n 

#  N N

# 2

This step is for QC only:



# means 1.08E

‐ 06

1.08E

‐ 06

Mean =

Pooled Variance = 

# 1.3428E

‐ 13

m= number future runs = 3

Term1 0.6667

Term2 8.9518E

‐ 14

Squared root Term2 

# 2.9920E

‐ 07

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

 

#  

#  1 i

i 

# n

 

# 

# t

‐ statistic = quantile t

‐ distribution

with df degrees of

freedom at .99

confidence level

= 6.96

UPL POOLED VARIANCE = 3.1608E

‐ 06 d f 

# t



# 2

, 

# 1 1

df p 

# Xt s

n m  

      d f 

# t

# Emissions (lb/MW)

# 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    

# Logan Generating Plant Chambers

Cogeneration LP

ORIS/Facility/Unit 

# 10043 10566

Test Averages Unit1 Boil 2

1 1.3678E

‐ 08 1.4474E

‐ 08

2

3

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 = 

# 1 1

Total Number of sources = 131 N

# n =Total # test runs = 

# 131

130

This step is for QC only:



# means 1.37E

‐ 08 1.45E

‐ 08

1.62E

‐ 06

Mean =

Pooled Variance = 

# 2.7358E

‐ 12

m= number future runs = 1

Term1 1.0076

Term2 2.7567E

‐ 12

Squared root Term2 

# 1.6603E

‐ 06 

#   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

 

#  

# 

1 N

i

i 

# n

 

#  N

# 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

= 2.36

UPL POOLED VARIANCE = 5.5311E

‐ 06 d f 

# t



# 2

, 

# 1 1

df p 

# Xt s

n m  

      d f 

# t

# Chambers

Cogeneration LP Northampton

Generating

Company, L.P. Rawhide Sunnyside

Cogen

Associates Hayden AES Hawaii

10566 50888 6761 50951 525 10673

Boil 1 GEN1 Rawhide101 Config 1 Unit 2 001

1.5322E

‐ 08 1.6069E

‐ 08 4.0724E

‐ 08 4.6747E

‐ 08 5.0933E

‐ 08 5.3087E

‐ 08

1 11111 Emissions (lb/MMBtu)

# 1.53E

‐ 08 1.61E

‐ 08 4.07E

‐ 08 4.67E

‐ 08 5.09E

‐ 08 5.31E

‐ 08

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

# Oak Grove AES Warrior Run

Cogeneration

Facility Wygen 1 AES Hawaii AES Shady Point,LLC AES Shady

Point,LLC

6180 10678 55479 10673 10671 10671

OG1 BLR1 WYG1Cfg 002 Unit 1 Unit 2

6.4514E

‐ 08 6.6084E

‐ 08 7.8691E

‐ 08 8.1968E

‐ 08 9.2067E

‐ 08 9.2067E

‐ 08

1 111 11

# 6.45E

‐ 08 6.61E

‐ 08 7.87E

‐ 08 8.20E

‐ 08 9.21E

‐ 08 9.21E

‐ 08

# Neil Simpson

II Cope San Juan James River

Cogeneration

Co Hayden Birchwood

Power Facility R D Green

7504 7210 2451 10377 525 54304 6639

NS2Cfg COP001 Unit 1 UNIT2 Unit 1 1A 2

9.3254E

‐ 08 1.1813E

‐ 07 1.3251E

‐ 07 1.3527E

‐ 07 1.3548E

‐ 07 1.4151E

‐ 07 1.4415E

‐ 07

1 1 11 1 11

# 9.33E

‐ 08 1.18E

‐ 07 1.33E

‐ 07 1.35E

‐ 07 1.35E

‐ 07 1.42E

‐ 07 1.44E

‐ 07 UPL Pooled

Variance= 

# 2

, 

# 1 1

df p 

# Xt s

n m  

     

# San Juan Reid Gardner San Juan Sandow

Station Comanche Whelan

Energy Center

Unit 1 (WEC1) Martin Drake

2451 2324 2451 52071 470 60 492

Unit 4 1 Unit 2 5B Unit 2 1 Unit 5

‐ Coal

1.7116E

‐ 07 1.7866E

‐ 07 1.9178E

‐ 07 2.1027E

‐ 07 2.1286E

‐ 07 2.1473E

‐ 07 2.1901E

‐ 07

1 1 1 1 111

# 1.71E

‐ 07 1.79E

‐ 07 1.92E

‐ 07 2.10E

‐ 07 2.13E

‐ 07 2.15E

‐ 07 2.19E

‐ 07

# Cedar Bay

Generating

Company L.P. Spruance

Genco, LLC TransAlta

Centralia

Generation Wygen 2 Spruance

Genco, LLC San Juan

10672 54081 3845 56319 54081 2451

CBA1 GEN2 BW22CONFIG WYG2Cfg GEN1 Unit 3

2.2878E

‐ 07 2.3410E

‐ 07 2.3887E

‐ 07 2.8605E

‐ 07 2.9709E

‐ 07 3.1668E

‐ 07

11 111 1

# 2.29E

‐ 07 2.34E

‐ 07 2.39E

‐ 07 2.86E

‐ 07 2.97E

‐ 07 3.17E

‐ 07

# TransAlta

Centralia

Generation Ebensburg Power

Company Spruance

Genco, LLC Cedar Bay

Generating

Company L.P. Twin Oaks

Power One Sandow

Station

3845 10603 54081 10672 7030 52071

BW21CONFIG EPC01 GEN4 CBC1 U2 5A

3.2553E

‐ 07 3.8933E

‐ 07 3.9882E

‐ 07 4.2583E

‐ 07 4.3390E

‐ 07 4.5081E

‐ 07

1 1 1 111

# 3.26E

‐ 07 3.89E

‐ 07 3.99E

‐ 07 4.26E

‐ 07 4.34E

‐ 07 4.51E

‐ 07

# Southampton

Power Station Morgantown

Energy Facility Hawthorn TS Power

Plant INDIANTOWN

COGENERATI

ON L.P. Weston Cedar Bay

Generating

Company L.P.

10774 10743 2079 56224 50976 4078 10672

Unit 1 & 2 Unit 1&2 5A TSPower 001 W4 CBB1

4.5685E

‐ 07 4.6565E

‐ 07 4.6595E

‐ 07 4.8490E

‐ 07 4.9155E

‐ 07 5.0290E

‐ 07 5.0381E

‐ 07

1111111

# 4.57E

‐ 07 4.66E

‐ 07 4.66E

‐ 07 4.85E

‐ 07 4.92E

‐ 07 5.03E

‐ 07 5.04E

‐ 07

# Silver Bay

Power Springerville Bridgeport

Station Cambria Cogen PANTHER

CREEK ENERGY

FACILITY PANTHER

CREEK ENERGY

FACILITY

10849 8223 568 10641 50776 50776

GEN1 4 BHSEMU3OS3

‐ #2 002 BG2 BG1

5.5364E

‐ 07 5.7079E

‐ 07 5.7739E

‐ 07 5.8441E

‐ 07 6.0040E

‐ 07 6.0040E

‐ 07

11 1 1 1 1

# 5.54E

‐ 07 5.71E

‐ 07 5.77E

‐ 07 5.84E

‐ 07 6.00E

‐ 07 6.00E

‐ 07

# Havana Hardin

Generator

Project Mecklenburg

Power Station AES Puerto

Rico

Cogeneration

Facility Marion

Generating

Station Springerville

891 55749 52007 68029 976 8223

Boiler 9 PC1 Unit 1 & 2 Unit_1 123 3

6.3014E

‐ 07 6.4017E

‐ 07 6.5826E

‐ 07 6.7247E

‐ 07 6.8388E

‐ 07 7.5094E

‐ 07

1111 1 1

# 6.30E

‐ 07 6.40E

‐ 07 6.58E

‐ 07 6.72E

‐ 07 6.84E

‐ 07 7.51E

‐ 07

# H L Spurlock

Station J K Spruce Spruance

Genco, LLC Craig AES Puerto

Rico

Cogeneration

Facility Cambria Cogen

6041 7097 54081 6021 68029 10641

Unit 03 1 GEN3 C2 Unit_2 001

7.7002E

‐ 07 8.8926E

‐ 07 8.9316E

‐ 07 9.2987E

‐ 07 9.4625E

‐ 07 9.5471E

‐ 07

1 1111 1

# 7.70E

‐ 07 8.89E

‐ 07 8.93E

‐ 07 9.30E

‐ 07 9.46E

‐ 07 9.55E

‐ 07

# Elm Road

Generating

Station Martin Drake BL England H L Spurlock

Station Gerald Gentleman

56068 492 2378 6041 6077

ERGS

‐ B1 Unit 7

‐ Coal 2 Coal w or Unit 04 U1

9.7731E

‐ 07 9.8555E

‐ 07 1.0185E

‐ 06 1.0837E

‐ 06 1.1774E

‐ 06

1 11 1 1

# 9.77E

‐ 07 9.86E

‐ 07 1.02E

‐ 06 1.08E

‐ 06 1.18E

‐ 06

# Dunkirk

Generating Plant Brandon Shores Roanoke Valley

II Gerald

Gentleman Dunkirk

Generating

Plant Louisa Piney Creek

Project

2554 602 54755 6077 2554 6664 54144

1 002 Boiler 2 U2 4 101 BRBRI

1.2168E

‐ 06 1.2973E

‐ 06 1.3104E

‐ 06 1.3201E

‐ 06 1.3207E

‐ 06 1.4461E

‐ 06 1.4471E

‐ 06

1 1 11111

# 1.22E

‐ 06 1.30E

‐ 06 1.31E

‐ 06 1.32E

‐ 06 1.32E

‐ 06 1.45E

‐ 06 1.45E

‐ 06

# Hennepin Power Station Hennepin

Power Station Dallman Harding Street Sheldon

Station Hopewell

892 892 963 990 2277 10771

001 002 34 70ss U1 1 & 2

1.4935E

‐ 06 1.4935E

‐ 06 1.5000E

‐ 06 1.5109E

‐ 06 1.5754E

‐ 06 1.6932E

‐ 06

111111

# 1.49E

‐ 06 1.49E

‐ 06 1.50E

‐ 06 1.51E

‐ 06 1.58E

‐ 06 1.69E

‐ 06

# Walter Scott Jr.

Energy Center Nucla Grant Town

Power Plant South Oak

Creek Erickson

Station Craig

1082 527 10151 4041 1832 6021

4 001 GEN1 OCPP

‐ B7 001 C1

1.7083E

‐ 06 1.7617E

‐ 06 1.8453E

‐ 06 1.9886E

‐ 06 2.0582E

‐ 06 2.0619E

‐ 06

1 1 1 111

# 1.71E

‐ 06 1.76E

‐ 06 1.85E

‐ 06 1.99E

‐ 06 2.06E

‐ 06 2.06E

‐ 06

# Nebraska City Prairie Creek Sheldon

Station Colver Power

Project Seward Seward Roanoke

Valley I

6096 1073 2277 10143 3130 3130 54035

NC2 Unit 1 U2 AAB01 SEW

‐ 1 SEW

‐ 2 Boiler 1

2.1058E

‐ 06 2.1700E

‐ 06 2.2357E

‐ 06 2.2440E

‐ 06 2.2792E

‐ 06 2.2792E

‐ 06 2.2909E

‐ 06

1111111

# 2.11E

‐ 06 2.17E

‐ 06 2.24E

‐ 06 2.24E

‐ 06 2.28E

‐ 06 2.28E

‐ 06 2.29E

‐ 06

# Valley La Cygne PSEG Mercer

Generating

Station Red Hills

Generating

Facility Red Hills

Generating

Facility Welsh PSEG Mercer

Generating

Station

4042 1241 2408 55076 55076 6139 2408

VAPP

‐ B4 2 MERU2E2PT2 002 001 WE

‐ 1 MERU1E1PT1

2.3510E

‐ 06 2.4568E

‐ 06 2.5667E

‐ 06 2.5979E

‐ 06 2.5979E

‐ 06 2.6310E

‐ 06 2.6810E

‐ 06

1111 1 11

# 2.35E

‐ 06 2.46E

‐ 06 2.57E

‐ 06 2.60E

‐ 06 2.60E

‐ 06 2.63E

‐ 06 2.68E

‐ 06

# Valley Weston Lake Road State Line Joliet 9 Will County

4042 4078 2098 981 874 884

VAPP

‐ B2 W3 6 Unit 3 JOL5 CONFIG WC4CONFIG

2.6824E

‐ 06 2.6980E

‐ 06 2.9021E

‐ 06 2.9696E

‐ 06 3.1572E

‐ 06 3.1649E

‐ 06

1 1 1111

# 2.68E

‐ 06 2.70E

‐ 06 2.90E

‐ 06 2.97E

‐ 06 3.16E

‐ 06 3.16E

‐ 06

# Roxboro

Steam Electric

Plant Gallatin Hoot Lake Clover J T Deely J T Deely Valley

2712 3403 1943 7213 6181 6181 4042

Rox_Cfg_2c 2 2 Unit 1 2 1 VAPP

‐ B3

3.2341E

‐ 06 3.3939E

‐ 06 3.4617E

‐ 06 3.6513E

‐ 06 3.8494E

‐ 06 3.8494E

‐ 06 3.8807E

‐ 06

1 111111

# 3.23E

‐ 06 3.39E

‐ 06 3.46E

‐ 06 3.65E

‐ 06 3.85E

‐ 06 3.85E

‐ 06 3.88E

‐ 06

# PSEG Hudson

Generating

Station PSEG Hudson

Generating

Station Prairie Creek Quindaro Muscatine #1 Taconite

Harbor Energy

Center

2403 2403 1073 1295 1167 10075

HUDU2E2PT2 HUDU2E2PT2 Unit 2 Unit 2 8 THEC1

4.1667E

‐ 06 4.1667E

‐ 06 4.2500E

‐ 06 4.3634E

‐ 06 4.5998E

‐ 06 4.6147E

‐ 06

11 1 1 1 1

# 4.17E

‐ 06 4.17E

‐ 06 4.25E

‐ 06 4.36E

‐ 06 4.60E

‐ 06 4.61E

‐ 06

# Waukegan Clinch River South Oak

Creek Cholla Burlington Sibley Sibley

883 3775 4041 113 1104 2094 2094

WK8CONFIG CR

‐ 1 OCPP

‐ B8 003 Unit 13 1

4.7773E

‐ 06 4.8698E

‐ 06 5.0721E

‐ 06 5.4579E

‐ 06 5.6800E

‐ 06 6.3081E

‐ 06 6.3081E

‐ 06

1111111

# 4.78E

‐ 06 4.87E

‐ 06 5.07E

‐ 06 5.46E

‐ 06 5.68E

‐ 06 6.31E

‐ 06 6.31E

‐ 06

# Sibley Taconite

Harbor Energy

Center

2094 10075

2 THEC2

6.3081E

‐ 06 6.3235E

‐ 06

1 1

# 6.31E

‐ 06 6.32E

‐ 06

# Logan Generating Plant

ORIS/Facility/Unit 

# 10043

Runs 

# Unit1

1 1.0416E

‐ 08

2 1.4060E

‐ 08

3 1.6557E

‐ 08

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 N N

# 2

This step is for QC only:



# means 1.37E

‐ 08

1.37E

‐ 08

Mean =

Pooled Variance = 

# 9.5381E

‐ 18

m= number future runs = 3

Term1 0.6667

Term2 6.3587E

‐ 18

Squared root Term2 

# 2.5217E

‐ 09

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

 

#  

#  1 N

i

i 

# n

 

# 

# t

‐ statistic = quantile t

‐ distribution

with df degrees of

freedom at .99

confidence level

= 6.96

UPL POOLED VARIANCE = 3.1240E

‐ 08

BDL x 3 3.1248E

‐ 08 d f 

# t



# 2

, 

# 1 1

df p 

# Xt s

n m  

      d f 

# t

# Emissions (lb/MMBtu)

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

# UPL Pooled 

# 2

, 

# 1 1

d f p 

# Xt s

n m  

     

# Variance= 

# 2

, df p 

# X t s

n m  

     

# PSEG Mercer

Generating Station Chambers

Cogeneration LP

ORIS/Facility/Unit 

# MERU1E1PT1OS1

‐ Coal Boil 2

Test Averages 2408 10566

1 2.4230E

‐ 05 7.0441E

‐ 08

2

3

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 = 

# 1 1

Total Number of sources = 131 N

# n =Total # test runs = 

# 131

130

This step is for QC only:



# means 2.42E

‐ 05 7.04E

‐ 08

1.66E

‐ 05

Mean =

Pooled Variance = 

# 3.0397E

‐ 10

m= number future runs = 1

Term1 1.0076

Term2 3.0629E

‐ 10

Squared root Term2 

# 1.7501E

‐ 05 

#   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

 

#  

# 

1 N

i

i 

# n

 

#  N

# 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

= 2.36

UPL POOLED VARIANCE = 5.7848E

‐ 05 d f 

# t



# 2

, 

# 1 1

df p 

# Xt s

n m  

      d f 

# t

# Chambers

Cogeneration LP Logan

Generating

Plant Northampton

Generating

Company, L.P. AES Hawaii Rawhide AES Hawaii

Boil 1 Unit1 GEN1 001 Rawhide101 002

10566 10043 50888 10673 6761 10673

7.4569E

‐ 08 1.1974E

‐ 07 1.5219E

‐ 07 2.6711E

‐ 07 3.7386E

‐ 07 3.8125E

‐ 07

11 1111 Emissions (lb/MW)

# 7.46E

‐ 08 1.20E

‐ 07 1.52E

‐ 07 2.67E

‐ 07 3.74E

‐ 07 3.81E

‐ 07

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

# Hayden Sunnyside Cogen

Associates AES Warrior

Run

Cogeneration

Facility Oak Grove Cedar Bay Generating

Company L.P. Wygen 1

Unit 2 Config 1 BLR1 OG1 CBA1 WYG1Cfg

525 50951 10678 6180 10672 55479

4.8467E

‐ 07 5.4538E

‐ 07 6.6967E

‐ 07 7.0831E

‐ 07 8.6856E

‐ 07 9.1057E

‐ 07

1 111 11

# 4.85E

‐ 07 5.45E

‐ 07 6.70E

‐ 07 7.08E

‐ 07 8.69E

‐ 07 9.11E

‐ 07

# Cope AES Shady

Point,LLC AES Shady

Point,LLC Neil Simpson

II Hayden San Juan James River

Cogeneration

Co

COP001 Unit 1 Unit 2 NS2Cfg Unit 1 Unit 1 UNIT2

7210 10671 10671 7504 525 2451 10377

1.0873E

‐ 06 1.1520E

‐ 06 1.1520E

‐ 06 1.1657E

‐ 06 1.3165E

‐ 06 1.3276E

‐ 06 1.4142E

‐ 06

1 1 11 1 11

# 1.09E

‐ 06 1.15E

‐ 06 1.15E

‐ 06 1.17E

‐ 06 1.32E

‐ 06 1.33E

‐ 06 1.41E

‐ 06 UPL Pooled

Variance= 

# 2

, 

# 1 1

df p 

# Xt s

n m  

     

# Birchwood

Power Facility Cedar Bay

Generating

Company L.P. R D Green San Juan San Juan Cedar Bay

Generating

Company L.P. Reid Gardner

1A CBC1 2 Unit 4 Unit 2 CBB1 1

54304 10672 6639 2451 2451 10672 2324

1.4661E

‐ 06 1.6166E

‐ 06 1.6445E

‐ 06 1.7774E

‐ 06 1.9115E

‐ 06 1.9127E

‐ 06 1.9556E

‐ 06

1 1 1 1 111

# 1.47E

‐ 06 1.62E

‐ 06 1.64E

‐ 06 1.78E

‐ 06 1.91E

‐ 06 1.91E

‐ 06 1.96E

‐ 06

# Comanche Whelan

Energy Center

Unit 1 (WEC1) Sandow

Station Martin Drake Southampton

Power Station Spruance Genco,

LLC

Unit 2 1 5B Unit 5

‐ Coal Unit 1 & 2 GEN2

470 60 52071 492 10774 54081

2.0306E

‐ 06 2.1707E

‐ 06 2.2044E

‐ 06 2.2697E

‐ 06 2.9863E

‐ 06 3.0587E

‐ 06

11 111 1

# 2.03E

‐ 06 2.17E

‐ 06 2.20E

‐ 06 2.27E

‐ 06 2.99E

‐ 06 3.06E

‐ 06

# TransAlta

Centralia

Generation San Juan Morgantown

Energy Facility Wygen 2 Spruance

Genco, LLC TransAlta

Centralia

Generation

BW22CONFIG Unit 3 Unit 1&2 WYG2Cfg GEN1 BW21CONFIG

3845 2451 10743 56319 54081 3845

3.2620E

‐ 06 3.3520E

‐ 06 3.6529E

‐ 06 3.8736E

‐ 06 3.8818E

‐ 06 4.1801E

‐ 06

1 1 1 111

# 3.26E

‐ 06 3.35E

‐ 06 3.65E

‐ 06 3.87E

‐ 06 3.88E

‐ 06 4.18E

‐ 06

# TS Power

Plant Twin Oaks

Power One Weston Silver Bay

Power INDIANTOWN

COGENERATI

ON L.P. Sandow

Station Hawthorn

TSPower U2 W4 GEN1 001 5A 5A

56224 7030 4078 10849 50976 52071 2079

4.2318E

‐ 06 4.3314E

‐ 06 4.5283E

‐ 06 4.5757E

‐ 06 4.6596E

‐ 06 4.7260E

‐ 06 5.1772E

‐ 06

1111111

# 4.23E

‐ 06 4.33E

‐ 06 4.53E

‐ 06 4.58E

‐ 06 4.66E

‐ 06 4.73E

‐ 06 5.18E

‐ 06

# Spruance

Genco, LLC Springerville Ebensburg

Power Company Bridgeport Station H L Spurlock

Station AES Puerto

Rico

Cogeneration

Facility

GEN4 4 EPC01 BHSEMU3OS3

‐ #2 Unit 03 Unit_1

54081 8223 10603 568 6041 68029

5.2111E

‐ 06 5.3273E

‐ 06 5.5715E

‐ 06 5.8742E

‐ 06 6.4169E

‐ 06 6.4910E

‐ 06

11 1 1 1 1

# 5.21E

‐ 06 5.33E

‐ 06 5.57E

‐ 06 5.87E

‐ 06 6.42E

‐ 06 6.49E

‐ 06

# Havana Cambria

Cogen Springerville Hardin

Generator

Project Marion

Generating

Station PANTHER CREEK

ENERGY FACILITY

Boiler 9 002 3 PC1 123 BG2

891 10641 8223 55749 976 50776

6.5896E

‐ 06 6.6789E

‐ 06 7.0088E

‐ 06 7.0150E

‐ 06 7.1238E

‐ 06 7.7470E

‐ 06

1111 1 1

# 6.59E

‐ 06 6.68E

‐ 06 7.01E

‐ 06 7.02E

‐ 06 7.12E

‐ 06 7.75E

‐ 06

# PANTHER CREEK

ENERGY

FACILITY Mecklenburg

Power Station Craig AES Puerto

Rico

Cogeneration

Facility Elm Road

Generating

Station BL England

BG1 Unit 1 & 2 C2 Unit_2 ERGS

‐ B1 2 Coal w or w/o

TDF

50776 52007 6021 68029 56068 2378

7.7470E

‐ 06 7.9425E

‐ 06 8.7053E

‐ 06 9.1337E

‐ 06 9.4050E

‐ 06 9.7403E

‐ 06

1 1111 1

# 7.75E

‐ 06 7.94E

‐ 06 8.71E

‐ 06 9.13E

‐ 06 9.41E

‐ 06 9.74E

‐ 06

# J K Spruce H L Spurlock

Station Martin Drake Hopewell Cambria Cogen

1 Unit 04 Unit 7

‐ Coal 1 & 2 001

7097 6041 492 10771 10641

9.7527E

‐ 06 1.0114E

‐ 05 1.0310E

‐ 05 1.0645E

‐ 05 1.0911E

‐ 05

1 11 1 1

# 9.75E

‐ 06 1.01E

‐ 05 1.03E

‐ 05 1.06E

‐ 05 1.09E

‐ 05

# Spruance Genco,

LLC Gerald

Gentleman Dunkirk

Generating

Plant Dallman Brandon

Shores Grant Town

Power Plant Dunkirk

Generating

Plant

GEN3 U1 4 34 002 GEN1 1

54081 6077 2554 963 602 10151 2554

1.1670E

‐ 05 1.2412E

‐ 05 1.2435E

‐ 05 1.2587E

‐ 05 1.2597E

‐ 05 1.3111E

‐ 05 1.3201E

‐ 05

1 1 11111

# 1.17E

‐ 05 1.24E

‐ 05 1.24E

‐ 05 1.26E

‐ 05 1.26E

‐ 05 1.31E

‐ 05 1.32E

‐ 05

# Gerald Gentleman Harding Street Roanoke

Valley II Walter Scott

Jr. Energy

Center Hennepin

Power Station Louisa

U2 70ss Boiler 2 4 001 101

6077 990 54755 1082 892 6664

1.3268E

‐ 05 1.3454E

‐ 05 1.4677E

‐ 05 1.5425E

‐ 05 1.5452E

‐ 05 1.5492E

‐ 05

111111

# 1.33E

‐ 05 1.35E

‐ 05 1.47E

‐ 05 1.54E

‐ 05 1.55E

‐ 05 1.55E

‐ 05

# Hennepin Power

Station Nucla Sheldon Station South Oak

Creek Piney Creek

Project Craig

002 001 U1 OCPP

‐ B7 BRBRI C1

892 527 2277 4041 54144 6021

1.5956E

‐ 05 1.6528E

‐ 05 1.6911E

‐ 05 1.7779E

‐ 05 1.8088E

‐ 05 1.8213E

‐ 05

1 1 1 111

# 1.60E

‐ 05 1.65E

‐ 05 1.69E

‐ 05 1.78E

‐ 05 1.81E

‐ 05 1.82E

‐ 05

# Erickson

Station Nebraska City Roanoke

Valley I PSEG Mercer

Generating

Station Sheldon

Station Seward Seward

001 NC2 Boiler 1 MERU2E2PT2

OS1

‐ Coal U2 SEW

‐ 1 SEW

‐ 2

1832 6096 54035 2408 2277 3130 3130

2.0807E

‐ 05 2.1368E

‐ 05 2.1399E

‐ 05 2.3197E

‐ 05 2.4006E

‐ 05 2.4155E

‐ 05 2.4155E

‐ 05

1111111

# 2.08E

‐ 05 2.14E

‐ 05 2.14E

‐ 05 2.32E

‐ 05 2.40E

‐ 05 2.42E

‐ 05 2.42E

‐ 05

# Welsh Colver Power

Project Red Hills

Generating

Facility Red Hills

Generating

Facility Weston Prairie Creek La Cygne

WE

‐ 1 AAB01 002 001 W3 Unit 1 2

6139 10143 55076 55076 4078 1073 1241

2.4311E

‐ 05 2.4564E

‐ 05 2.4755E

‐ 05 2.4950E

‐ 05 2.5264E

‐ 05 2.6754E

‐ 05 2.7617E

‐ 05

1111 1 11

# 2.43E

‐ 05 2.46E

‐ 05 2.48E

‐ 05 2.49E

‐ 05 2.53E

‐ 05 2.68E

‐ 05 2.76E

‐ 05

# Valley Lake Road Will County Gallatin Roxboro

Steam Electric

Plant Valley

VAPP

‐ B4 6 WC4CONFIG 2 Rox_Cfg_2c VAPP

‐ B2

4042 2098 884 3403 2712 4042

2.8343E

‐ 05 2.8728E

‐ 05 3.0683E

‐ 05 3.1110E

‐ 05 3.1711E

‐ 05 3.2338E

‐ 05

1 1 1111

# 2.83E

‐ 05 2.87E

‐ 05 3.07E

‐ 05 3.11E

‐ 05 3.17E

‐ 05 3.23E

‐ 05

# State Line Joliet 9 J T Deely J T Deely PSEG Hudson

Generating

Station PSEG Hudson

Generating

Station Clover

Unit 3 JOL5 CONFIG 2 1 HUDU2E2PT2

OS1

‐ Coal HUDU2E2PT2

OS2

‐ Gas Unit 1

981 874 6181 6181 2403 2403 7213

3.2721E

‐ 05 3.4597E

‐ 05 3.6364E

‐ 05 3.6364E

‐ 05 4.1686E

‐ 05 4.1686E

‐ 05 4.1706E

‐ 05

1 111111

# 3.27E

‐ 05 3.46E

‐ 05 3.64E

‐ 05 3.64E

‐ 05 4.17E

‐ 05 4.17E

‐ 05 4.17E

‐ 05

# Hoot Lake Clinch River South Oak Creek Valley Taconite

Harbor Energy

Center Waukegan

2 CR

‐ 1 OCPP

‐ B8 VAPP

‐ B3 THEC1 WK8CONFIG

1943 3775 4041 4042 10075 883

4.2612E

‐ 05 4.4483E

‐ 05 4.5347E

‐ 05 4.6784E

‐ 05 4.7092E

‐ 05 4.9406E

‐ 05

11 1 1 1 1

# 4.26E

‐ 05 4.45E

‐ 05 4.53E

‐ 05 4.68E

‐ 05 4.71E

‐ 05 4.94E

‐ 05

# Muscatine #1 Quindaro Prairie Creek Cholla Burlington Sibley James River

Power Station

8 Unit 2 Unit 2 003 Unit 1 3 Unit_4_JRPS

1167 1295 1073 113 1104 2094 2161

5.0475E

‐ 05 5.0773E

‐ 05 5.2399E

‐ 05 5.2414E

‐ 05 5.9688E

‐ 05 6.1637E

‐ 05 6.6139E

‐ 05

1111111

# 5.05E

‐ 05 5.08E

‐ 05 5.24E

‐ 05 5.24E

‐ 05 5.97E

‐ 05 6.16E

‐ 05 6.61E

‐ 05

# Sibley Taconite

Harbor Energy

Center

1 THEC2

2094 10075

6.9917E

‐ 05 7.2896E

‐ 05

1 1

# 6.99E

‐ 05 7.29E

‐ 05

# PSEG Mercer

Generating Station

ORIS/Facility/Unit 

# MERU1E1PT1OS1

‐ Coal

Runs 

# 2408

1 2.42645E

‐ 05

2 2.41619E

‐ 05

3 2.42645E

‐ 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

Total Number of sources = 1

N N

# n =Total # test runs = 

# 3

2

This step is for QC only:



# means 2.42E

‐ 05

2.42E

‐ 05

Mean =

Pooled Variance = 

# 3.5088E

‐ 15

m= number future runs = 3

Term1 0.6667

Term2 2.3392E

‐ 15

Squared root Term2 

# 4.8365E

‐ 08

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

 

#  

#  1 N

i

i 

# n

 

# 

# t

‐ statistic = quantile t

‐ distribution

with df degrees of

freedom at .99

confidence level

= 6.96

UPL POOLED VARIANCE = 2.4567E

‐ 05 d f 

# t



# 2

, 

# 1 1

df p 

# Xt s

n m  

      d f 

# t

# Emissions (lb/MW)

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

# 2 

# 1 1 X t  

   

# UPL Pooled

Variance= 

# 2

, 

# 1 1

df p 

# Xt s

n m  

     