2011 GTW Combined Cycle Specs

Model Year

Net Plant 

Output (kW)

Heat Rate 

(Btu/kWh)

Net Plant 

Efficiency

Heat Rate 

(kJ/kWh)

Alstom (50 Hz)

KA11N2-2 1993 344800 6647 51.3 7013

KA13E2-1 1993 256000 6404 53.3 6757

KA13E2-2 1993 515000 6368 53.6 6718

KA13E2-3 1993 774000 6351 53.7 6700

KA26-1 1996 431000 5810 58.7 6130

KA26-2 1996 862000 5810 58.7 6130

KA26-2ICS 2006 872000 5779 59.1 6096

Alstom (60 Hz)

KA11N2-2 2001 345000 6582 51.8 6944

KA24-2 1998 580000 5935 57.5 6261

Ansaldo Energia (50 Hz)

1AE643-CC1M 1996 112000 6348 53.8 6698

2AE643-CC1M 1996 224000 6340 53.8 6689

1AE942-CC1M 1981 255000 6434 53 6789

2AE942-CC1M 1981 511500 6420 53.2 6773

1AE943-CC1M 1995 430000 5818 58.7 6138

2AE943-CC1M 1995 860600 5813 58.7 6133

Bharat Heavy Electricals (50 Hz)

CC105P 1988 38500 8180 41.7 8630

CC205P 1988 77800 8110 42.1 8550

CC305P 1988 117200 8070 42.3 8510

CC106B 1997 64300 6960 49 7340

CC206B 1997 130700 6850 49.8 7320

CC106FA 2003 117000 6300 54.2 6645

CC206FA 2003 234800 6280 54.4 6625

CC109E 2003 190700 6640 51.4 7000

CC209E 2003 384000 6600 51.7 6960

CC309E 2003 577000 6560 52 6920

CC1.942 1998 232500 6630 51.5 6990

CC2.942 1998 467500 6600 51.7 6960

CC3.942 1998 701000 6600 51.7 6960

CC109FA 2003 383600 6164 55.4 6502

CC209FA 2003 772000 6125 55.7 6461

GE Energy Aeroderivative (50 Hz)

LM2000PS 2000 24123 7682 44.4 8105

LM2000PJ 2000 24410 7231 47.2 7629

LM25000PE 1981 31147 6909 49.4 7289

LM25000PE 1981 31553 7338 46.5 7742

LM2500PJ 1995 30559 6894 49.5 7274

LM2500+PK 1995 38533 7322 46.6 7725

LM2500+PR 1995 40905 6726 50 7096

LM2500+G4RC 2005 47045 7093 48.1 7484

LM2500+G4RC 2005 48702 6793 50.2 7167
LM2500+G4RD 2005 44001 6613 51.6 6977

LM2500+G4RD 2005 45457 6402 53.3 6754

LM6000PC 1997 55110 6740 50.6 7111

LM6000PC Sprint 1998 64599 6672 51.1 7039

LM6000PF 1997 55453 6338 53.8 6687

LM6000PF liquid 2005 53351 6391 53.4 6743

LM6000PF Sprint 2006 60638 6424 53.1 6778

LM6000PF Sprint 2006 61634 6383 53.5 6734

LM6000PG 2009 68799 6690 51 7058

LMS100PA 2006 119109 6826 50 7202

LMS100PV TBD 115420 6577 51.9 6939

GE Energy Aeroderivative (60 Hz)

LM2000PS 2000 23957 7589 45 8007

LM2000PJ 2000 23911 7168 47.6 7563

LM25000PE 1981 32020 6776 50.4 7149

LM25000PE 1981 32269 7242 47.1 7641

LM2500PJ 1995 31188 6807 50.1 7182

LM2500+PK 1995 40073 7180 47.5 7575

LM2500+PR 1995 40579 6647 51.3 7013

LM2500+G4RC 2005 47406 7039 48.5 7418

LM2500+G4RC 2005 48935 6819 50 7194

LM2500+G4RD 2005 44331 6564 53.6 6925

LM2500+G4RD 2005 45673 6371 53.6 6722

LM6000PC 1997 55704 6705 50.9 7074

LM6000PC Sprint 1998 64167 6660 51.2 7027

LM6000PF 1997 55804 6308 54.1 6655

LM6000PF liquid 2005 53094 6376 53.5 6727

LM6000PF Sprint 2006 60357 6408 53.2 6761

LM6000PF Sprint 2006 61412 6383 53.5 6734

LMS100PA 2006 119306 6815 50.1 7190

LMS100PV TBD 115573 6569 51.9 6931

GE Energy Heavy Duty (50 Hz)

106B 1987 64300 6820 49 7194

206B 1979 130700 6850 49.8 7225

106C 2002 67200 6281 54.3 6627

206C 2002 136100 6203 55 6544

106FA 1991 118400 6119 55 6540

206FA 1991 139400 6132 55.6 6470

109E 1979 193200 6570 52 6930

209E 1979 391400 6480 52.7 6835

109FA 1994 390800 5889 56.7 6327

209FA 1994 786900 5980 57.1 6308

109FB 2002 437184 5829 58.6 6148

209FB 2002 871968 5845 58.4 6166

GE Energy Heavy Duty (60 Hz)

106B 1987 64300 6820 50 7195

206B 1979 130700 6754 50.5 7125
106C 2002 67200 6281 54.3 6627

206C 2002 136100 6203 55 6544

106FA 1991 118750 6399 55 6540

206FA 1991 238900 6132 55.6 6470

107E 1977 130200 6800 50.2 7173

207E 1979 263600 6700 50.9 7067

107FA 1994 274000 5948 57.4 6274

207FA 1994 529900 5897 57.9 6221

Hitachi (50/60 Hz)

1025 1988 43760 6812 50.1 7186

2025 1988 87800 6785 50.3 7157

106FA 1993 106300 6530 52.3 6890

206FA 1993 215300 6450 52.9 6800

Hitachi (50 Hz)

109E 1986 178700 6950 49.1 7335

209E 1986 359500 6910 49.4 7290

109FA 1995 367400 6170 55.3 6510

Hitachi (60 Hz)

107EA 1989 128200 6820 50 7200

207EA 1989 258100 6780 50.3 7160

107FA 1995 253700 6170 55.3 6510

207FA 1995 509200 6150 55.5 6490

IHI Power Systems (50/60 Hz)

LM2500PE 1986 30350 6763 50.5 7136

LM2500PK 1998 35410 6777 50.4 7150

LM2500RB 2006 40760 6827 50 7203

IHI Power Systems (50 Hz)

LM6000PC 1997 54700 6467 52.8 6823

LM6000PC 1997 109910 6438 53 6792

LM6000PD 1997 53970 6469 52.8 6825

LM6000PD 1997 108450 6439 53 6793

LM6000PG 2009 64950 6314 54 6662

LM6000PG 2009 130250 6297 54.2 6644

MAN Diesel & Turbo (50/60 Hz)

THM 1304-11 1999 32920 7497 45.5 7910

MAPNA Group (50 Hz)

SCC5 2x2 1981 465900 6836 49.9 7210

Mitsubishi Heavy Industries (50 Hz)

MPCP1(M701) 1981 212500 6635 51.4 7000

MPCP2(M701) 1981 426600 6610 51.6 6974

MPCP3(M701) 1981 645000 6585 51.8 6947

MPCP1(M701F) 1992 464500 5735 59.5 6051

MPCP2(M701F) 1992 932100 5716 59.7 6031

MPCP1(M701G) 1997 498000 5755 59.3 6071

MPCP2(M701G) 1997 999400 5735 59.5 6051

MPCP1(M701J) 2014 670000 5573 61.2 5880

Mitsubishi Heavy Industries (60 Hz)
MPCP1(M501) 1981 167400 6635 51.4 7000

MPCP2(M501) 1981 336200 6610 51.6 6974

MPCP3(M501) 1981 506200 6585 51.8 6947

MPCP1(M501F) 1994 285100 5976 57.1 6305

MPCP2(M501F) 1994 572200 5955 57.3 6283

MPCP1(M501G) 1995 398900 5843 58.4 6165

MPCP2(M501G) 1995 800500 5823 58.6 6144

MPCP1(M501GAC) 2011 404000 5763 59.2 6080

MPCP2(M501GAC) 2011 810700 5744 59.4 6060

MPCP1(M501J) 2011 460000 5592 61 5900

Mitsui Engineering & Shipbuilding (50/60 Hz)

MACS70 1997 9530 7863 43.4 8295

MACS90 1997 12220 8183 41.7 8633

MACS100 1997 13850 8011 42.6 8452

NK Engines (50/60 Hz)

NK-37 1993 66840 7246 47.1 7643

Pratt & Whitney Power Systems (50/60 Hz)

FT8 PowerPac 1990 32910 6865 49.7 7243

FT8 TwinPac 1990 66745 6770 50.4 7143

SwiftPac 30 1990 36570 6750 50.6 7122

SwiftPac 60 1990 74185 6655 51.3 7022

Rolls-Royce (50/60 Hz)

RB211-G62 DLE 1993 37725 6801 50.2 7175

2 x RB211-G62 1993 75480 6801 50.2 7175

RB211-GT62 DLE 1999 39760 6639 51.4 7005

2 x RB211-GT62 1999 79540 6639 51.4 7005

RB211-GT61 DLE 2000 42640 6464 52.8 6820

2 x RB211-GT61 2000 85300 6464 52.8 6820

RB211-H63 WLE 2010 54019 6715 50.8 7085

RB211-H63 WLE 2010 68398 7040 48.5 7428

2 x RB211-H63 WLE 2010 108666 6676 51.1 7044

Rolls-Royce (50 Hz)

Trent 60 DLE 1996 64232 6480 52.7 6837

Trent 60 DLE ISI 1996 73109 6436 53 6790

Trent 60 DLE 1996 89482 6798 50.2 7172

Trent 60 DLE ISI 1996 101693 6867 49.7 7245

2 x Trent 60 DLE 1996 129216 6442 53 6797

Trent 60 WLE 2001 75183 6738 50.6 7109

Trent 60 WLE ISI 2001 76969 6824 50 7200

Trent 60 WLE 2001 102723 7003 48.7 7389

Trent 60 WLE ISI 2001 107615 7091 48.1 7481

2 x Trent 60 WLE 2001 149466 6748 50.6 7120

2 x Trent 60 WLE ISI 2001 153006 6845 49.8 7222

Rolls-Royce (60 Hz)

Trent 60 DLE 1996 64601 6497 52.5 6855

Trent 60 DLE ISI 72921 6431 53.1 6785

Trent 60 DLE 1996 90326 6816 50.1 7191
Trent 60 DLE ISI 100955 6865 49.7 7243

2 x Trent 60 DLE 1996 129899 6462 52.8 6818

Trent 60 WLE 2001 75257 6688 51 7056

Trent 60 WLE ISI 2001 77233 6754 50.5 7126

Trent 60 WLE 2001 101899 6957 49 7340

Trent 60 WLE ISI 2001 107499 7044 48.4 7432

2 x Trent 60 WLE 2001 149238 6757 50.5 7129

2 x Trent 60 WLE ISI 2001 153432 6901 49.4 7281

Siemens Energy (50/60 Hz)

SCC-600 1x1 1981 36100 6815 50.1 7185

SCC-600 2x1 1981 73150 6726 50.7 7100

SCC-700 1x1 1998 43900 6672 51.9 7041

SCC-700 2x1 1998 83630 6587 51.8 6950

SCC-800 1x1 1998 66500 6353 53.7 6703

SCC-800 2x1 1998 135100 6273 54.4 6618

Siemens Energy (50 Hz)

SCC5-2000E 1x1 1981 251000 6535 52.2 6895

SCC5-2000E 2x1 1981 505000 6502 52.5 6860

SCC5-4000F 1S* 1995 423000 5842 58.4 6164

SCC5-4000F 2x1 1995 848000 5836 58.5 6158

SCC5-8000H 1S* 2009 570000 5687 60 6000

SCC5-8000H 2x1 2010 1140000 5687 60 6000

Siemens Energy (60 Hz)

SCC6-2000F 1x1 1989 171000 6642 51.3 7007

SCC6-2000F 2x1 1989 342000 6608 51.6 6971

SCC6-5000F 1x1 1989 314000 5990 57 6320

SCC6-5000F 2x1 1989 623000 5960 57.2 6290

SCC6-8000H 1S* 2010 410000 5687 60 6000

SCC6-8000H 2x1 2010 820000 5687 60 6000

Zorya-Moashproekt (50 Hz)

UGT 15CC1 1998 21200 7690 44.4 8110

UGT 15CC2 1998 42800 7620 44.8 8035

UGT 25CC1 1993 33000 7390 46.2 7790

UGT 25CC2 1993 67200 7260 47 7660
Condenser Pressure 

(inch Hg)

Gas Turbine 

Power (kW)

Steam Turbine 

Power (kW)

No. & Type Gas 

Turbine

1.3 2 x GT11N2

1.3 1 x GT13E2

1.3 2 x GT13E2

1.3 3 x GT13E2

1.3 1 x GT26

1.3 2 x GT26

1.3 2 x GT26

1.3 2 x GT11N2

1.3 2 x GT24

1.5 73600 40200 1 x AE64.3A

1.5 147100 80600 2 x AE64.3A

1 166000 93000 1 x AE94.2

1 332000 186000 2 x AE94.2

1 288100 148700 1 x AE94.3A

1 576600 297600 2 x AE94.3A

25900 18200 1 x MS5001

51800 27200 2 x MS5001

77700 41400 3 x MS5001

41600 23800 1 x MS6001B

83200 49400 2 x MS6001B

75200 43500 1 x MS6001FA

150400 87800 2 x MS6001FA

124000 70000 1 x MS9001E

248000 142100 2 x MS9001E

372000 214000 3 x MS9001E

152000 85500 1 x V94.2

304000 173000 2 x V94.2

456000 159000 3 x V94.2

251700 137000 1 x MS9001FA

503400 179000 2 x MS9001FA

1 18275 6417 1 x LM2000PS

1 17769 7222 1 x LM2000PJ

1 22374 9481 1 x LM2500PE

1 23091 9227 1 x LM2500PE

1 21846 9415 1 x LM2500PJ

1 29316 10104 1 x LM2500+ PK

1 29962 11790 1 x LM2500+ PR

1 36024 12028 1 x LM2500+ G4 RC

1 36024 13740 1 x LM2500+ G4 RC
1 32881 12008 1 x LM2500+ G4 RD

1 32881 13515 1 x LM2500+ G4 RD

1 43339 12903 1 x LM6000PC

1 50836 15051 1 x LM6000PC

1 42732 13768 1 x LM6000PF

1 40999 13668 1 x LM6000PF

1 47505 14341 1 x LM6000PF

1 48040 14819 1 x LM6000PF

1 53665 16534 1 x LM6000PG

1 102995 19342 1 x LMS100PA

1 99044 19388 1 x LMS100PB

1 18412 6102 1 x LM2000PS

1 17657 6816 1 x LM2000PJ

1 23292 9444 1 x LM2500PE

1 24049 8986 1 x LM2500PE

1 22719 9173 1 x LM2500PJ

1 30982 9966 1 x LM2500+ PK

1 30464 10945 1 x LM2500+ PR

1 36333 12081 1 x LM2500+ G4 RC

1 36333 13666 1 x LM2500+ G4 RC

1 33165 13449 1 x LM2500+ G4 RD

1 33165 13449 1 x LM2500+ G4 RD

1 43843 13000 1 x LM6000PC

1 50526 14909 1 x LM6000PC

1 43068 13798 1 x LM6000PF

1 40712 13505 1 x LM6000PF

1 47383 14181 1 x LM6000PF

1 48092 14539 1 x LM6000PF

1 103045 19484 1 x LMS100PA

1 99012 19563 1 x LMS100PB

1.2 41600 23800 1 x 6B

1.2 83200 49400 2 x 6B

1.2 44800 23100 1 x 6C

1.2 89600 48100 2 x 6C

1.2 77100 43900 1 x 6FA

1.2 152600 90300 2 x 6FA

1.2 124300 71800 1 x 9E

1.2 248600 148500 2 x 9E

1.2 254100 141800 1 x 9FA

1.2 508200 289200 2 x 9FA

1.2 284000 162100 1 x 9FB

1.2 568000 319700 2 x 9FB

1.2 41600 23800 1 x 6B

1.2 83200 49400 2 x 6B
1.2 44800 23100 1 x 6C

1.2 89600 48100 2 x 6C

1.2 77100 43900 1 x 6FA

1.2 152600 90300 2 x 6FA

1.2 83500 48700 1 x 7EA

1.2 167000 100700 2 x 7EA

1.2 183200 95900 1 x 7FA

1.2 366400 197200 2 x 7FA

29730 14030 1 x H-25

59460 28340 2 x H-25

68900 37400 1 x MS6001FA

137800 77500 2 x MS6001FA

119000 59700 1 x MS9001E

238000 121500 2 x MS9001E

234700 132700 1 x MS9001FA

83500 44700 1 x MS7001EA

167000 91100 2 x MS7001EA

164000 89700 1 x MS7001FA

328000 181200 2 x MS7001FA

22150 8200 1 x LM2500PE

26020 9390 1 x LM2500PK

31740 9020 1 x LM2500RB

42040 12660 1 x LM6000PC

84080 25830 2 x LM6000PC

41350 12620 1 x LM6000PD

82700 25750 2 x LM6000PD

49570 15380 1 x LM6000PG

99140 31110 2 x LM6000PG

1 21520 11400 2 x THM 1304-11

315480 159800 2 x SGT5-2000E

1.5 142100 70400 1 x M701DA

1.5 284200 142400 2 x M701DA

1.5 426300 218700 3 x M701DA

1.5 307200 157300 1 x M701F4

1.5 614400 317700 2 x M701F4

1.5 325700 172300 1 x M701G2

1.5 651400 348000 2 x M701G2

1.5 460000 210000 1 x M701J
1.5 112100 55300 1 x M501DA

1.5 224200 112000 2 x M501DA

1.5 336300 169900 3 x M501DA

1.5 182700 102400 1 x M501F3

1.5 365400 206800 2 x M501F3

1.5 264400 134500 1 x M501G1

1.5 528800 271700 2 x M501G1

1.5 269000 135000 1 x M501GAC

1.5 538000 272700 2 x M501GAC

1.5 320000 140000 1 x M501J

7260 2270 1 x MSC70

9090 3130 1 x MSC90

10310 3540 1 x MSC100

47200 19640 2 x NK-37

24737 8755 1 x FT8

49828 18020 2 x FT8

27200 1006 1 x FT8-3

54840 20597 2 x FT8-3

1.9 56716 12045 1 x RB211

1.9 53432 24118 2 x RB211

1.9 28626 12205 1 x RB211

1.9 57252 24439 2 x RB211

1.9 31171 12593 1 x RB211

1.9 62342 25215 2 x RB211

1.8 40935 14189 1 x RB211

1.8 40935 29125 1 x RB211

1.8 81870 29019 2 x RB211

1.9 50068 15261 1 x Trent

1.9 58000 16289 1 x Trent

1.9 50068 41348 1 x Trent

1.9 58000 46004 1 x Trent

1.9 100136 31277 2 x Trent

1.9 59486 17016 1 x Trent

1.9 62214 16128 1 x Trent

1.9 59486 45616 1 x Trent

1.9 62214 47948 1 x Trent

2.4 118972 33440 2 x Trent

2.4 124428 31563 2 x Trent

1.9 50492 15211 1 x Trent

1.9 58000 16097 1 x Trent

1.9 50492 41791 1 x Trent
1.9 58000 45245 1 x Trent

1.9 100984 31115 2 x Trent

1.9 59474 17104 1 x Trent

1.9 62452 16156 1 x Trent

2.4 59474 44776 1 x Trent

2.4 62452 47583 1 x Trent

118948 33229 2 x Trent

124904 31490 2 x Trent

24770 11300 1 x SGT-600

49540 23610 2 x SGT-600

31210 12690 1 x SGT-700

58120 25510 2 x SGT-700

46000 21400 1 x SGT-800

92100 44400 2 x SGT-800

163800 91100 1 x SGT5-2000E

327600 177400 2 x SGT5-2000E

288000 135000 1 x SGT5-4000F

576000 272000 2 x SGT5-4000F

375000 195000 1 x SGT5-8000H

375000 390000 2 x SGT5-8000H

1 x SGT6-2000F

2 x SGT6-2000F

196400 117600 1 x SGT6-5000F

392800 230200 2 x SGT6-5000F

274000 135000 1 x SGT6-8000H

274000 270000 2 x SGT6-8000H

16000 5200 1 x UGT15000

32000 10800 2 x UGT15000

25000 8000 1 x UGT25000

50000 172000 2 x UGT25000
Comments

dual pressure non-reheat HRSG

dual pressure non-reheat HRSG

dual pressure non-reheat HRSG

dual pressure non-reheat HRSG

triple pressure reheat HRSG

triple pressure reheat HRSG

triple pressure reheat HRSG

dual pressure non-reheat HRSG

triple pressure reheat HRSG

ISO conditions with sea water condenser

dual pressure

dual pressure

dual pressure

dual pressure

dual pressure

triple pressure, non-reheat

triple pressure, reheat

dual pressure

dual pressure

dual pressure

dual pressure

dual pressure

dual pressure

triple pressure, reheat

triple pressure, reheat

water injected

DLE

dry

water injected

DLE

water injected

DLE

water injected

water injected
DLE

DLE

water injected

water injected

DLE

DLE

DLE, 15 ppm NOx

DLE, 25 ppm NOx

water injected

water injected

DLE

water injected

DLE

dry

water injected

DLE

water injected

DLE

water injected

water injected

DLE

DLE

water injected

water injected

DLE

DLE

DLE, 15 ppm NOx

DLE, 25 ppm NOx

water injected

DLE

non-reheat

non-reheat

non-reheat

non-reheat

reheat

reheat

non-reheat

non-reheat

reheat

reheat

reheat

reheat

non-reheat

non-reheat
non-reheat

non-reheat

reheat

reheat

non-reheat

non-reheat

reheat

reheat

all ratings on natural gas

dual pressure HSRG

ratings on natural gas fuel at electric generator terminals with inlet and exhaust losses

all heat rates LHV natural gas
ratings on natural gas fuel at electric generator terminals with inlet and exhaust losses

all heat rates LHV natural gas

all with dual pressure HRSGs and 1.0 psia condenser

2p steam

2p steam

2p steam

2p steam, water injected

duct fired to 730C, 1p, water injected 

2p steam, water injected

2p steam

2p steam, water injected

duct fired to 750C, 1p

duct fired to 750C, 1p, water injected 

2p steam

2p steam, water injected

2p steam, water injected

duct fired to 730C, 1p, water injected 

duct fired to 730C, 1p, water injected 

2p steam

2p steam, water injected

2p steam

2p steam, water injected

duct fired to 750C, 1p
duct fired to 750C, 1p, water injected 

2p steam

2p steam, water injected

2p steam, water injected

duct fired to 730C, 1p, water injected 

duct fired to 730C, 1p, water injected 

2p steam, water injected

2p steam, water injected

dual pressure, no reheat

dual pressure, no reheat

dual pressure, no reheat

dual pressure, no reheat

dual pressure, no reheat

dual pressure, no reheat

dual pressure, no reheat

dual pressure, no reheat

triple pressure, reheat

triple pressure, reheat

triple pressure, reheat

triple pressure, reheat

dual pressure, no reheat

dual pressure, no reheat

triple pressure, reheat

triple pressure, reheat

triple pressure, reheat

triple pressure, reheat
Manufacturer Model Year Net Plant 

Output (kW)

LHV ISO Heat 

Rate (Btu/kWh)

Mitsui Engineering & Shipbuilding (50/60 Hz) MACS70 1997 9,530 7,863

Mitsui Engineering & Shipbuilding (50/60 Hz) MACS90 1997 12,220 8,183

Mitsui Engineering & Shipbuilding (50/60 Hz) MACS100 1997 13,850 8,011

MAN Diesel & Turbo (50/60 Hz) THM 1304-11 1999 32,920 7,497

GE Energy Aeroderivative (60 Hz) LM2000PJ 2000 23,911 7,168

GE Energy Aeroderivative (60 Hz) LM2000PS 2000 23,957 7,589

GE Energy Aeroderivative (60 Hz) LM2500PJ 1995 31,188 6,807

IHI Power Systems (50/60 Hz) LM2500PE 1986 30,350 6,763

Pratt & Whitney Power Systems (50/60 Hz) FT8 PowerPac 1990 32,910 6,865

Pratt & Whitney Power Systems (50/60 Hz) FT8 TwinPac 1990 66,745 6,770

GE Energy Aeroderivative (60 Hz) LM2500PE 1981 32,020 6,776

GE Energy Aeroderivative (60 Hz) LM2500PE 1981 32,269 7,242

NK Engines (50/60 Hz) NK-37 1993 66,840 7,246

Siemens Energy (50/60 Hz) SCC-600 1x1 1981 36,100 6,815

Siemens Energy (50/60 Hz) SCC-600 2x1 1981 73,150 6,726

Rolls-Royce (50/60 Hz) RB211-G62 DLE 1993 37,725 6,801

Rolls-Royce (50/60 Hz) 2 x RB211-G62 1993 75,480 6,801

IHI Power Systems (50/60 Hz) LM2500PK 1998 35,410 6,777

GE Energy Aeroderivative (60 Hz) LM2500+PR 1995 40,579 6,647

Rolls-Royce (50/60 Hz) RB211-GT62 DLE 1999 39,760 6,639

Rolls-Royce (50/60 Hz) 2 x RB211-GT62 1999 79,540 6,639

Siemens Energy (50/60 Hz) SCC-700 2x1 1998 83,630 6,587

Siemens Energy (50/60 Hz) SCC-700 1x1 1998 43,900 6,672

Rolls-Royce (50/60 Hz) RB211-GT61 DLE 2000 42,640 6,464

Rolls-Royce (50/60 Hz) 2 x RB211-GT61 2000 85,300 6,464

IHI Power Systems (50/60 Hz) LM2500RB 2006 40,760 6,827

Pratt & Whitney Power Systems (50/60 Hz) SwiftPac 30 1990 36,570 6,750

Pratt & Whitney Power Systems (50/60 Hz) SwiftPac 60 1990 74,185 6,655

GE Energy Aeroderivative (60 Hz) LM2500+PK 1995 40,073 7,180

GE Energy Aeroderivative (60 Hz) LM2500+G4RD 2005 44,331 6,564

GE Energy Aeroderivative (60 Hz) LM2500+G4RD 2005 45,673 6,371

Hitachi (50/60 Hz) 1025 1988 43,760 6,812

Hitachi (50/60 Hz) 2025 1988 87,800 6,785

GE Energy Aeroderivative (60 Hz) LM2500+G4RC 2005 47,406 7,039

GE Energy Aeroderivative (60 Hz) LM2500+G4RC 2005 48,935 6,819

GE Energy Aeroderivative (60 Hz) LM6000PF liquid 2005 53,094 6,376

GE Energy Aeroderivative (60 Hz) LM6000PF 1997 55,804 6,308

GE Energy Aeroderivative (60 Hz) LM6000PF Sprint 2006 60,357 6,408

GE Energy Aeroderivative (60 Hz) LM6000PF Sprint 2006 61,412 6,383

Rolls-Royce (50/60 Hz) RB211-H63 WLE 2010 54,019 6,715

Rolls-Royce (50/60 Hz) RB211-H63 WLE 2010 68,398 7,040

Rolls-Royce (50/60 Hz) 2 x RB211-H63 WLE 2010 108,666 6,676

GE Energy Aeroderivative (60 Hz) LM6000PC 1997 55,704 6,705

GE Energy Aeroderivative (60 Hz) LM6000PC Sprint 1998 64,167 6,660

Rolls-Royce (60 Hz) Trent 60 DLE 1996 64,601 6,497

Rolls-Royce (60 Hz) Trent 60 DLE 1996 90,326 6,816

Rolls-Royce (60 Hz) 2 x Trent 60 WLE 1996 129,899 6,462

GE Energy Heavy Duty (60 Hz) 106C 2002 67,200 6,281

GE Energy Heavy Duty (60 Hz) 206C 2002 136,100 6,203

Siemens Energy (50/60 Hz) SCC-800 1x1 1998 66,500 6,353

Siemens Energy (50/60 Hz) SCC-800 2x1 1998 135,100 6,273

GE Energy Heavy Duty (60 Hz) 106B 1987 64,300 6,820

GE Energy Heavy Duty (60 Hz) 206B 1979 130,700 6,754

Rolls-Royce (60 Hz) Trent 60 DLE ISI 100,955 6,865

Rolls-Royce (60 Hz) Trent 60 DLE ISI 72,921 6,431

Rolls-Royce (60 Hz) 2 x Trent 60 DLE 2001 149,238 6,757

Rolls-Royce (60 Hz) Trent 60 WLE 2001 75,257 6,688

Rolls-Royce (60 Hz) Trent 60 WLE 2001 101,899 6,957

Rolls-Royce (60 Hz) 2 x Trent 60 WLE ISI 2001 153,432 6,901

Rolls-Royce (60 Hz) Trent 60 WLE ISI 2001 77,233 6,754
Rolls-Royce (60 Hz) Trent 60 WLE ISI 2001 107,499 7,044

GE Energy Heavy Duty (60 Hz) 206FA 1991 238,900 6,132

GE Energy Heavy Duty (60 Hz) 106FA 1991 118,750 6,399

GE Energy Aeroderivative (60 Hz) LMS100PV TBD 115,573 6,569

GE Energy Aeroderivative (60 Hz) LMS100PA 2006 119,306 6,815

GE Energy Heavy Duty (60 Hz) 107E 1977 130,200 6,800

GE Energy Heavy Duty (60 Hz) 207E 1979 263,600 6,700

Mitsubishi Heavy Industries (60 Hz) MPCP1(M501) 1981 167,400 6,635

Mitsubishi Heavy Industries (60 Hz) MPCP2(M501) 1981 336,200 6,610

Mitsubishi Heavy Industries (60 Hz) MPCP3(M501) 1981 506,200 6,585

Alstom (60 Hz) KA11N2-2 2001 345,000 6,582

GE Energy Heavy Duty (60 Hz) 107FA 1994 274,000 5,948

GE Energy Heavy Duty (60 Hz) 207FA 1994 529,900 5,897

Mitsubishi Heavy Industries (60 Hz) MPCP1(M501F) 1994 285,100 5,976

Mitsubishi Heavy Industries (60 Hz) MPCP2(M501F) 1994 572,200 5,955

Alstom (60 Hz) KA24-2 1998 580,000 5,935

Siemens Energy (60 Hz) SCC6-5000F 1x1 1989 314,000 5,990

Siemens Energy (60 Hz) SCC6-5000F 2x1 1989 623,000 5,960

Mitsubishi Heavy Industries (60 Hz) MPCP1(M501G) 1995 398,900 5,843

Mitsubishi Heavy Industries (60 Hz) MPCP2(M501G) 1995 800,500 5,823

Mitsubishi Heavy Industries (60 Hz) MPCP1(M501GAC) 2011 404,000 5,763

Mitsubishi Heavy Industries (60 Hz) MPCP2(M501GAC) 2011 810,700 5,744

Siemens Energy (60 Hz) SCC6-8000H 2x1 2010 820,000 5,687

Siemens Energy (60 Hz) SCC6-8000H 1S* 2010 410,000 5,687

Siemens Energy (60 Hz) SCC6-2000F 2x1 1989 342,000 6,608

Hitachi (50/60 Hz) 106FA 1993 106,300 6,530

Hitachi (50/60 Hz) 206FA 1993 215,300 6,450

Hitachi (60 Hz) 107EA 1989 128,200 6,820

Hitachi (60 Hz) 207EA 1989 258,100 6,780

Siemens Energy (60 Hz) SCC6-2000F 1x1 1989 171,000 6,642

GE Energy Heavy Duty (60 Hz) S107H 400,000 5,690

Hitachi (60 Hz) 107FA 1995 253,700 6,170

Hitachi (60 Hz) 207FA 1995 509,200 6,150

GE Energy Heavy Duty (60 Hz) S107FB 292,500 5,811

GE Energy Heavy Duty (60 Hz) S207FB 562,500 5,801

Mitsubishi Heavy Industries (60 Hz) MPCP1(M501J) 2011 460,000 5,592
Adjusted HHV 

Heat Rate 

(Btu/kWh)

Net ISO Plant 

Efficiency (LHV)

Net ISO Plant 

Efficiency (HHV)

Emissions Rate (lb 

CO2/MWh)

ISO Heat 

Rate 

(kJ/kWh)

Condenser Pressure 

(inch Hg)

Combustion 

Turbine Power 

(kW)

9,813 43.4 39.1 1,148 8,295 7,260

10,207 41.7 37.6 1,194 8,633 9,090

9,995 42.6 38.4 1,169 8,452 10,310

9,362 45.5 41.0 1,095 7,910 1.0 21,520

8,957 47.6 42.9 1,048 7,563 1.0 17,657

9,475 45.0 40.5 1,109 8,007 1.0 18,412

8,512 50.1 45.1 996 7,182 1.0 22,719

8,458 50.5 45.5 990 7,136 22,150

8,583 49.7 44.8 1,004 7,243 24,737

8,466 50.4 45.4 991 7,143 49,828

8,474 50.4 45.4 991 7,149 1.0 23,292

9,048 47.1 42.4 1,059 7,641 1.0 24,049

9,053 47.1 42.4 1,059 7,643 47,200

8,522 50.1 45.1 997 7,185 24,770

8,412 50.7 45.7 984 7,100 49,540

8,505 50.2 45.2 995 7,175 1.9 26,716

8,505 50.2 45.2 995 7,175 1.9 53,432

8,475 50.4 45.4 992 7,150 26,020

8,315 51.3 46.2 973 7,013 1.0 30,464

8,305 51.4 46.3 972 7,005 1.9 28,626

8,305 51.4 46.3 972 7,005 1.9 57,252

8,241 51.8 46.7 964 6,950 58,120

8,346 51.9 46.8 976 7,041 31,210

8,089 52.8 47.6 946 6,820 1.9 31,171

8,089 52.8 47.6 946 6,820 1.9 62,342

8,537 50.0 45.0 999 7,203 31,740

8,442 50.6 45.6 988 7,122 27,200

8,325 51.3 46.2 974 7,022 54,840

8,971 47.5 42.8 1,050 7,575 1.0 30,982

8,213 53.6 48.3 961 6,925 1.0 33,165

7,975 53.6 48.3 933 6,722 1.0 33,165

8,518 50.1 45.1 997 7,186 29,730

8,485 50.3 45.3 993 7,157 59,460

8,798 48.5 43.7 1,029 7,418 1.0 36,333

8,527 50.0 45.0 998 7,194 1.0 36,333

7,981 53.5 48.2 934 6,727 1.0 40,712

7,897 54.1 48.7 924 6,655 1.0 43,068

8,020 53.2 47.9 938 6,761 1.0 47,383

7,989 53.5 48.2 935 6,734 1.0 48,092

8,399 50.8 45.8 983 7,085 1.8 40,935

8,799 48.5 43.7 1,029 7,428 1.8 40,935

8,350 51.1 46.0 977 7,044 1.8 81,870

8,386 50.9 45.9 981 7,074 1.0 43,843

8,331 51.2 46.1 975 7,027 1.0 50,526

8,130 52.5 47.3 951 6,855 1.9 50,492

8,523 50.1 45.1 997 7,191 1.9 50,492

8,087 52.8 47.6 946 6,818 1.9 100,984

7,864 54.3 48.9 920 6,627 1.2 44,800

7,768 55.0 49.5 909 6,544 1.2 89,600

7,953 53.7 48.4 930 6,703 46,000

7,854 54.4 49.0 919 6,618 92,100

8,528 50.0 45.0 998 7,195 1.2 41,600

8,447 50.5 45.5 988 7,125 1.2 83,200

8,583 49.7 44.8 1,004 7,243 1.9 58,000

8,049 53.1 47.8 942 6,785 1.9 58,000

8,450 50.5 45.5 989 7,129 118,948

8,365 51.0 45.9 979 7,056 1.9 59,474

8,697 49.0 44.1 1,018 7,340 2.4 59,474

8,628 49.4 44.5 1,009 7,281 124,904

8,447 50.5 45.5 988 7,126 1.9 62,452
8,804 48.4 43.6 1,030 7,432 2.4 62,452

7,680 55.6 50.1 899 6,470 1.2 152,600

8,009 55.0 49.5 937 6,540 1.2 77,100

8,219 51.9 46.8 962 6,931 1.0 99,012

8,522 50.1 45.1 997 7,190 1.0 103,045

8,503 50.2 45.2 995 7,173 1.2 83,500

8,380 50.9 45.9 980 7,067 1.2 167,000

8,300 51.4 46.3 971 7,000 1.5 112,100

8,269 51.6 46.5 967 6,974 1.5 224,200

8,238 51.8 46.7 964 6,947 1.5 336,300

8,235 51.8 46.7 963 6,944 1.3 113,600

7,454 57.4 51.7 872 6,274 1.2 183,200

7,391 57.9 52.2 865 6,221 1.2 366,400

7,488 57.1 51.4 876 6,305 1.5 182,700

7,462 57.3 51.6 873 6,283 1.5 365,400

7,438 57.5 51.8 870 6,261 1.3 193,800

7,505 57.0 51.4 878 6,320 196,400

7,468 57.2 51.5 874 6,290 392,800

7,324 58.4 52.6 857 6,165 1.5 264,400

7,300 58.6 52.8 854 6,144 1.5 528,800

7,226 59.2 53.3 845 6,080 1.5 269,000

7,202 59.4 53.5 843 6,060 1.5 538,000

7,132 60.0 54.1 834 6,000 274,000

7,132 60.0 54.1 834 6,000 274,000

8,267 51.6 46.5 967 6,971 113,000

8,171 52.3 47.1 956 6,890 68,900

8,072 52.9 47.7 944 6,800 137,800

8,528 50.0 45.0 998 7,200 83,500

8,479 50.3 45.3 992 7,160 167,000

8,309 51.3 46.2 972 7,007 113,000

7,136 59.4 53.5 835 266,667

7,727 55.3 49.8 904 6,510 164,000

7,702 55.5 50.0 901 6,490 328,000

7,285 58.1 52.3 852 184,400

7,272 59.1 53.2 851 368,800

7,015 61.0 55.0 821 5,900 1.5 320,000

 372 0.41 820.7

 480 0.53 1,059.2

628 456 0.50 1,004.3 90.0% lb/MWh
Individual Combustion 

Turbine ISO Base Load 

(MMBtu/h)

Individual Combustion 

Turbine Power (kW)

Steam Turbine 

Power (kW)

No. & Type Gas 

Turbine

84 7,260 2,270 1 x MSC70

112 9,090 3,130 1 x MSC90

131 10,310 3,540 1 x MSC100

137 10,760 11,400 2 x THM 1304-11

190 17,657 6,816 1 x LM2000PJ

202 18,412 6,102 1 x LM2000PS

236 22,719 9,173 1 x LM2500PJ

252 22,150 8,200 1 x LM2500PE

253 24,737 8,755 1 x FT8

253 24,914 18,020 2 x FT8

259 23,292 9,444 1 x LM2500PE

259 24,049 8,986 1 x LM2500PE

260 23,600 19,640 2 x NK-37

275 24,770 11,300 1 x SGT-600

275 24,770 23,610 2 x SGT-600

288 26,716 12,045 1 x RB211

288 26,716 24,118 2 x RB211

289 26,020 9,390 1 x LM2500PK

299 30,464 10,945 1 x LM2500+ PR

301 28,626 12,205 1 x RB211

301 28,626 24,439 2 x RB211

306 29,060 25,510 2 x SGT-700

306 31,210 12,690 1 x SGT-700

309 31,171 12,593 1 x RB211

309 31,171 25,215 2 x RB211

309 31,740 9,020 1 x LM2500RB

317 27,200 1,006 1 x FT8-3

317 27,420 20,597 2 x FT8-3

319 30,982 9,966 1 x LM2500+ PK

323 33,165 13,449 1 x LM2500+ G4 RD

323 33,165 13,449 1 x LM2500+ G4 RD

348 29,730 14,030 1 x H-25

348 29,730 28,340 2 x H-25

370 36,333 12,081 1 x LM2500+ G4 RC

370 36,333 13,666 1 x LM2500+ G4 RC

391 40,712 13,505 1 x LM6000PF

391 43,068 13,798 1 x LM6000PF

391 47,383 14,181 1 x LM6000PF

391 48,092 14,539 1 x LM6000PF

409 40,935 14,189 1 x RB211

409 40,935 29,125 1 x RB211

409 40,935 29,019 2 x RB211

462 43,843 13,000 1 x LM6000PC

462 50,526 14,909 1 x LM6000PC

463 50,492 15,211 1 x Trent

467 50,492 41,791 1 x Trent

467 50,492 31,115 2 x Trent

469 44,800 23,100 1 x 6C

469 44,800 48,100 2 x 6C

475 46,000 21,400 1 x SGT-800

475 46,050 44,400 2 x SGT-800

481 41,600 23,800 1 x 6B

481 41,600 49,400 2 x 6B

515 58,000 45,245 1 x Trent

516 58,000 16,097 1 x Trent

562 59,474 33,229 2 x Trent

566 59,474 17,104 1 x Trent

566 59,474 44,776 1 x Trent

583 62,452 31,490 2 x Trent

588 62,452 16,156 1 x Trent
588 62,452 47,583 1 x Trent

824 76,300 90,300 2 x 6FA

824 77,100 43,900 1 x 6FA

849 99,012 19,563 1 x LMS100PB

898 103,045 19,484 1 x LMS100PA

984 83,500 48,700 1 x 7EA

984 83,500 100,700 2 x 7EA

1,237 112,100 55,300 1 x M501DA

1,237 112,100 112,000 2 x M501DA

1,237 112,100 169,900 3 x M501DA

1,289 56,800 117,800 2 x GT11N2

1,825 183,200 95,900 1 x 7FA

1,825 183,200 197,200 2 x 7FA

1,899 182,700 102,400 1 x M501F3

1,899 182,700 206,800 2 x M501F3

1,927 96,900 192,400 2 x GT24

2,068 196,400 117,600 1 x SGT6-5000F

2,068 196,400 230,200 2 x SGT6-5000F

2,592 264,400 134,500 1 x M501G1

2,592 264,400 271,700 2 x M501G1

2,597 269,000 135,000 1 x M501GAC

2,597 269,000 272,700 2 x M501GAC

2,604 137,000 270,000 2 x SGT6-8000H

3,551 274,000 135,000 1 x SGT6-8000H

56,500 116,000 2 x SGT6-2000F

68,900 37,400 1 x MS6001FA

68,900 77,500 2 x MS6001FA

83,500 44,700 1 x MS7001EA

83,500 91,100 2 x MS7001EA

113,000 58,000 1 x SGT6-2000F

133,333 1 x PG7001 H

164,000 89,700 1 x MS7001FA

164,000 181,200 2 x MS7001FA

184,400 108,100 1 x PG7251 FB

184,400 193,700 2 x PG7251 FB

320,000 140,000 1 x M501J
Comments Augmented Steam 

Turbine Output (MW)

% Increase in 

Output

2,270 0%

3,130 0%

3,540 0%

dual pressure HSRG 11,400 0%

DLE 6,816 0%

water injected 6,102 0%

DLE 9,173 0%

all ratings on natural gas 8,200 0%

all with dual pressure HRSGs and 1.0 psia condenser 8,755 0%

18,020 0%

dry 9,444 0%

water injected 8,986 0%

19,640 0%

dual pressure, no reheat 11,300 0%

dual pressure, no reheat 23,610 0%

2p steam 12,045 0%

24,118 0%

9,390 0%

DLE 10,945 0%

2p steam 12,205 0%

24,439 0%

dual pressure, no reheat 25,510 0%

dual pressure, no reheat 12,690 0%

2p steam 12,593 0%

25,215 0%

9,020 0%

1,006 0%

20,597 0%

water injected 9,966 0%

DLE 13,449 0%

DLE 13,449 0%

14,030 0%

28,340 0%

water injected 12,081 0%

water injected 13,666 0%

DLE 13,505 0%

DLE 13,798 0%

DLE, 15 ppm NOx 14,181 0%

DLE, 25 ppm NOx 14,539 0%

2p steam, water injected 14,189 0%

duct fired to 730C, 1p, water injected 29,125 0%

2p steam, water injected 29,019 0%

water injected 13,000 0%

water injected 14,909 0%

2p steam 15,211 0%

duct fired to 750C, 1p 41,791 0%

2p steam 31,115 0%

non-reheat 23,100 0%

non-reheat 48,100 0%

dual pressure, no reheat 21,400 0%

dual pressure, no reheat 44,400 0%

non-reheat 23,800 0%

non-reheat 49,400 0%

duct fired to 750C, 1p, water injected 45,245 0%

2p steam, water injected 16,097 0%

2p steam 33,229 0%

2p steam, water injected 17,104 0%

duct fired to 730C, 1p, water injected 44,776 0%

2p steam, water injected 31,490 0%

2p steam, water injected 16,156 0%
duct fired to 730C, 1p, water injected 47,583 0%

reheat 90,300 0%

reheat 43,900 0%

DLE 19,563 0%

water injected 19,484 0%

non-reheat 48,700 0%

non-reheat 100,700 0%

ratings on natural gas fuel at electric generator terminals with inlet and exhaust losses 55,300 0%

112,000 0%

169,900 0%

dual pressure non-reheat HRSG 117,800 0%

reheat 95,900 0%

reheat 197,200 0%

all heat rates LHV natural gas 102,400 0%

206,800 0%

triple pressure reheat HRSG 192,400 0%

triple pressure, reheat 117,600 0%

triple pressure, reheat 230,200 0%

134,500 0%

271,700 0%

135,000 0%

272,700 0%

triple pressure, reheat 270,000 0%

triple pressure, reheat 135,000 0%

dual pressure, no reheat 116,000 0%

37,400 0%

77,500 0%

44,700 0%

91,100 0%

dual pressure, no reheat 58,000 0%

triple pressure, reheat 0 0%

89,700 0%

181,200 0%

triple pressure, reheat 108,100 0%

triple pressure, reheat 193,700 0%

140,000 0%
Adjusted HHV 

Heat Rate 

(Btu/kWh)

Emissions 

Rate (lb 

CO2/MWh)

% 

Increase

Above 

Standard Notes

9,813 1,148 0% 1 Turbine Engine < 250 MMBtu/h

10,207 1,194 0% 1 Turbine Engine < 250 MMBtu/h

9,995 1,169 0% 1 Turbine Engine < 250 MMBtu/h

9,362 1,095 0% 1 Turbine Engine < 250 MMBtu/h

8,957 1,048 0% 1 Turbine Engine < 250 MMBtu/h

9,475 1,109 0% 1 Turbine Engine < 250 MMBtu/h

8,512 996 0% Turbine Engine < 250 MMBtu/h

8,458 990 0%

8,583 1,004 0% 1 Dual turbine engine design more efficient

8,466 991 0%

8,474 991 0%

9,048 1,059 0% 1 Alternate Dry Low NOx version more efficient

9,053 1,059 0% 1 Uncommon design

8,522 997 0%

8,412 984 0%

8,505 995 0%

8,505 995 0%

8,475 992 0%

8,315 973 0%

8,305 972 0%

8,305 972 0%

8,241 964 0%

8,346 976 0%

8,089 946 0%

8,089 946 0%

8,537 999 0%

8,442 988 0%

8,325 974 0%

8,971 1,050 0% 1 Alternate Dry Low NOx version more efficient

8,213 961 0%

7,975 933 0%

8,518 997 0%

8,485 993 0%

8,798 1,029 0% 1 Alternate Dry Low NOx version more efficient

8,527 998 0%

7,981 934 0%

7,897 924 0%

8,020 938 0%

7,989 935 0%

8,399 983 0%

8,799 1,029 0% 1 Alternate Dry Low NOx & 2 pressure steam HRSG versions more efficient

8,350 977 0%

8,386 981 0%

8,331 975 0%

8,130 951 0%

8,523 997 0%

8,087 946 0%

7,864 920 0%

7,768 909 0%

7,953 930 0%

7,854 919 0%

8,528 998 0%

8,447 988 0%

8,583 1,004 0% 1 Alternate 2 pressure steam HRSG versions more efficient

8,049 942 0%

8,450 989 0%

8,365 979 0%

8,697 1,018 0% 1 Alternate 2 pressure steam HRSG versions more efficient

8,628 1,009 0% 1 Alternate Dry Low NOx version more efficient

8,447 988 0%
8,804 1,030 0% 1 Alternate 2 pressure steam HRSG versions more efficient

7,680 899 0%

8,009 937 0%

8,219 962 0%

8,522 997 0%

8,503 995 0%

8,380 980 0%

8,300 971 0%

8,269 967 0%

8,238 964 0%

8,235 963 0%

7,454 872 0%

7,391 865 0%

7,488 876 0%

7,462 873 0%

7,438 870 0%

7,505 878 0%

7,468 874 0%

7,324 857 0%

7,300 854 0%

7,226 845 0%

7,202 843 0%

7,132 834 0%

7,132 834 0%

8,267 967 0%

8,171 956 0%

8,072 944 0%

8,528 998 0%

8,479 992 0%

8,309 972 0%

7,136 835 0%

7,727 904 0%

7,702 901 0%

7,285 852 0%

7,272 851 0%

7,015 821 0%
SCR Increase in Heat Rate (Btu/kWh)= 125

Degradation Factor = 5.0%

Ambient Temperature Adjustment = 1.0%

Part Load Adjustment = 5.0% 11.0%

Supplemental Firing = 0%

Incremental Supplemental Efficiency = 32% 10,663

Fuel CO2 Factor (lb CO2/MMBtu) = 117

Proposed Standard (lb CO2/MWh) = 1,000

Number above standard = 10 11%