Gas Steam Tech

34 www.peimagazine.com April 2012 - PEi

Gas & Steam Turbine Directory

Gas Turbine Technical Data

MANUFACTURER MODELGROSS OUTPUT

(MW)NET OUTPUT (CC)

MWNET OUTPUT (SC)

MWHEAT RATE (KJ/KWH)

GROSS EFFICIENCY %

NET EFFICIENCY (CC) %

FREQUENCY (HZ)

Alstom Power

GT26 326 8933 40.3 50

GT24 230.7 9000 40 60

GT13E2 202.7 9474 38 50

GT11N2 113.6 10 811 33.3 50

GT11N2 53.9 7200 50 60

Anslado Energia

AE64.3A 75.2 111.7 - 10 028 35.90 53.75 50/60

AE94.21 170 258.4 - 10 366 34.73 53.13 50

AE94.2K 170 case by case - 9863 36.50 case by case 50

AE94.3A 294.2 430.0 - 9068 39.70 58.65 50

Dresser-Rand

KG2-3E 1.895 16.7

VECTRA 30G 22.767 9428 36.2 60

DR-61G 23.394 9280 36.8 60

VECTRA 40G 30.460 8780 38.9 60

DR-61GP 30.742 8821 38.7 60

VECTRA 40G4 33.209 8737 39.1 60

DR-61G4 33.175 8811 38.7 60

DR-63G PC 43.738 8166 41.8 60

DR-63G PG 50.447 8213 41.6 60

GE Energy

106B 43 64.3 6820 50 50/60

106C 44.8 67.2 6281 54.3 50/60

106FA 77.1 118.4 6119 55 50/60

109E 124.3 193.2 6570 51.9 50

109FA 254.1 390.8 5998 56.9 50

109FB 284 437.1 5829 58.6 50

107EA 83.5 130.2 6800 50.2 60

107FA 183.2 274 5948 57.4 60

HitachiPower Systems

H-15 (natural gas) 16.9 10 500 34.3 50/60

H-25 (distillate oil) 31 10 610 33.9 50/60

H-25 (natural gas) 32 10 350 34.8 50/60

Kawasaki Gas Turbine Europe

GmbH

GPB180D 18.4 10 690 34.2 50

GPB80D 7.4 11 010 33.1 50

GPB60D 5.4 12 460 29.3 50

GPB17D 1.7 13 870 26.9 50

GPB06 0.6 18 556 19.4 50

MAN Diesel & Turbo SE

FT8 25.5 9440 38.1

TM1304-10N2 10.5 10.08 11 840 30.4 50/60

TM1304-12N2 12.5 12 11 320 31.8 50/60

GT6 6.9 6.63 10 590 34 50/60

Mitsubishi Heavy Industries3

M501DA 113.95 167.4 113.95 10 320 34.9 51.4 60

M501F3 185.4 285.1 185.4 9740 37 57.1 60

M501G1 267.5 398.9 267.5 9211 39.1 58.4 60

M501GAC 272 404 272 9074 39.7 59.2 60

M501J 327 470 327 8783 41 61.5 60

M701DA 144.09 212.5 144.09 10 350 34.8 51.4 50

M701F4 324.3 477.9 324.3 9027 39.9 60 50

M701F5 359 525 359 9000 40 61 50

1204PEI_34 34 4/16/12 12:15 PM

PEi - April 2012 www.peimagazine.com 35


SHAFT SPEED (RPM)

PRESSURE RATIOTURBINE INLET

TEMPERATURE (ºC)EXHAUST MASS FLOW (KG/S)

EXHAUST TEMPERATURE (ºC)

NOx EMISSIONS (PPMV)

START-UP TIME (MINUTES)

WEIGHT (TONNES)DIMENSIONS

LxWxH (METRES)

3000 35:1 692 603 406 12 x 4.9 x 5.5

3600 35.4:1 505 597 230 10.7 x 4 x 4.6

3000 18.2:1 624 501 350 11 x 5.4 x 5.5

3610 16:1 400 525 190 9.4 x 5.5 x 10.1

3600 15.9:1 692 597 190 9.4 x 5.5 x 10.1

3000/3600 16.7 - 213 574 <25 case by case 100 12 x 4 x 5

3000 11.5 - 535 552 <25 case by case 280 15 x 14 x 9

3000 12.0 - 540 545 case by case case by case 280 15 x 14 x 9

3000 18.2 - 702 580 <15 case by case 360 14 x 7 x 9

18 800 4.7 549

6200 17.9 67.9 547

3600 18.2 69.5 533

6200 22.4 86.3 526

3600 22.5 87.2 515

6200 23.6 90 541

3600 23 91.5 526

3600 27.9 126.6 457

3743 29.7 139.7 486

5163 12.6 141 15 case by case 317.5 37 x 7 x 10

7100 19.6 122 15 case by case 351.5 25 x 8 x 12

5231 15.6 212 15 case by case 362 28 x 20 x 10

3000 12.6 643 15 case by case 861 35 x 23 x 12

3000 16.6 655 15 case by case 1088 34 x 7 x 14

3000 18 299 15 case by case 1088 34 x 7 x 14

3600 12.7 436 9 case by case 485 40 x 21 x 9

3600 16.1 418 9 case by case 744 54 x 22 x 9

9710 52.9 564

7280 96.6 561

7280 96.6 561

9420 19:1 59.81 542 15 10 ca.190 20 x 5.7 x 10

13 790 16:1 27.28 509 9.9 10 ca.70 14.5 x 3.5 x 6.8

14 000 13:1 21.75 542 36 10 ca.70 14.5 x 3.5 x 6.8

22 000 10:5 8 521 15 6 ca.25 8.4 x 2.75 x 6.3

31 000 8.5:1 5.05 474 36 6 ca.22 6.35 x 2.2 x 5.8

5500 85.1 458

9000 10 - 46.5 490 77 16 x 3 x 5

9000 11 - 49.1 515 77 16 x 4 x 6

12 000 15 - 28.1 451

3600 14 - 354 543 25 30 145 12 x 6 x 4

3600 16 - 468 613 15 30 195 14 x 5 x 5

3600 20 - 612 601 15 30 333 15 x 6 x 6

3600 20 - 612 614 15 30 270 15 x 6 x 6

3600 23 - 620 636 25 30 317 15 x 6 x 6

3000 14 - 453 542 25 30 200 13 x 5 x 5

3000 18 - 730 592 15 30 420 17 x 6 x 6

3000 21 - 730 611 15 30 480 17 x 6 x 6

1204PEI_35 35 4/16/12 12:15 PM




(MW)NET OUTPUT (CC)

MWNET OUTPUT (SC)


GROSS EFFICIENCY %


FREQUENCY (HZ)

Mitsubishi Heavy Industries3

M701G2 334 498 334 9110 39.5 59.3 50

M701J 470 680 470 8783 41 61.7 50

NPO Saturn JSC GTD-110 110 165; 325 110 118.8 (Gcal) 36.5 52 50

OPRA TurbinesOP16-3A 1.91 13 382 26.9 50/60

OP16-3B (DLE) 1.91 13 382 26.9 50/60

Orenda Aerospace Corporation

OGT 2500 2.85 11 975 28.5

OGT 6000 6.7 10 835 31.5

OGT 15000 17.5 10 835 35.5

OGT 25000 27.5 9480 36

Pratt & Whitney Power Systems

FT8-3 SwiftPac304a 36.57 26.57 Net plant ef� ciency 50.6

50/60

FT8-3 SwiftPac604b 74.185 54 Net plant ef� ciency 51.3

50/60

Rolls-Royce LtdRB211-G62 DLE 37.7 26.7 7175 Net plant ef� ciency

50.250/60

RB211-GT62 DLE 39.7 28.6 7005 Net plant ef� ciency 51.4

50/60

RB211-GT61 DLE 42.6 31.1 6820 Net plant ef� ciency 52.8

50/60

RB211-H63 WLE 54 40.9 7085 Net plant ef� ciency 50.8

50/60

RB211-H63 WLE 68.3 40.9 7428 Net plant ef� ciency 40.9

50/60

Trent 60 DLE 64.2 50 6837 Net plant ef� ciency 52.7%

50

Trent 60 DLE ISI 73.1 58 6790 Net plant ef� ciency 53

50

Trent 60 DLE 89.4 50 7172 Net plant ef� ciency 50.2

50

Trent 60 DLE ISI 101.6 58 7245 Net plant ef� ciency 49.7

50

Trent 60 DLE 64.6 50.4 6855 Net plant ef� ciency 52.5

60


60

Trent 60 DLE 90.3 50.4 7191 Net plant ef� ciency 50.1

60


60

Trent 60 WLE 75.1 59.4 7109 Net plant ef� ciency 50.6

50

Trent 60 WLE ISI 76.9 62.2 7200 Net plant ef� ciency 50

50

Trent 60 WLE 102.7 59.4 7389 Net plant ef� ciency 48.7

50

Trent 60 WLE ISI 107.6 62.2 7481 Net plant ef� ciency 48.1

50

Trent 60 WLE 75.2 59.4 7056 Net plant ef� ciency 51%

60

Trent 60 WLE ISI 77.2 62.4 7126 Net plant ef� ciency 50.5

60

Trent 60 WLE 101.8 59.4 7340 Net plant ef� ciency 49

60

1204PEI_36 36 4/16/12 12:15 PM



SHAFT SPEED (RPM)







LxWxH (METRES)

3000 21 755 587 15 30 480 18 x 6 x 6

3000 23 893 638 25 30 560 18 x 7 x 7

3000 14.7 1210 362 517 50 40 56.2 7 x 4 x 4.7

26000 6.7 8.7 555 15 1.6 2.4 x 1.2 x 1.5

26000 6.7 8.7 555 15 1.7 2.4 x 1.2 x 1.5

3000/1800 /1500

12 951 14.9 435

3000 13.85 1015 31 420

3000/3600 19.57 1075 71.3 433

3000/3600 21.8 1227 87.6 475

1204PEI_37 37 4/16/12 12:15 PM




(MW)NET OUTPUT (CC)

MWNET OUTPUT (SC)


GROSS EFFICIENCY %


FREQUENCY (HZ)

Rolls-Royce Ltd Trent 60 WLE ISI 107.4 62.4 7432Net plant ef� ciency

48.460

Siemens

SGT6-8000H 274

SGT5-4000F 292 9038

SGT5-2000E 167.9 10 366

SGT-800 47.03 9597

SGT-750 35.93 8811

SGT-700 35.93 9882

SGT-600 24.77 10 533

SGT-500 19.1 10 664

SGT-400 12.9 10 355

SGT-300 7.9 11 773

SGT-200 6.75 11 492

SGT-100 4.3 12 078

SGT-100 5.25 11 874

SGT-100 5.4 11 613

SGT6-2000E 113 10 606

SGT6-5000F 208 9446

SGT5-8000H 375

Solar Gas Turbines

Saturn 20 1.21 14 795 24.3

Centaur 40 3.515 12 910 27.9

Centaur 50 4.6 12 270 29.3

Mercury 50 4.6 9351 38.4

Taurus 60 5.67 11 425 31.5

Taurus 60 (mobile power unit)

5.67 11 425 31.5

Taurus 65 6.3 10 945 32.9

Taurus 70 7.52 10 650 32.8

Mars 90 9.45 11 300 31.8

Mars 100 11.43 10 885 33

Titan 130 15 10 230 34.1

Titan 130 (mobile power unit)

15 10 230 34.1

Titan 250 21.745 9260 24.1

Notes: 1 BTU fuels2 Including generator3a All ratings are de� ned at ISO standard reference conditions: 101.3 kPa, 15 oC and 60% RH.3b All ratings are based on the use of natural gas fuel at the generator terminals with standard inlet and exhaust losses.3c Start-up time is from ignition to full load without synchronization time. 3d Combined-cycle performances are based on 1-on-1 con� guration.4a 1 x FT8-34b 2 x FT8-3

1204PEI_38 38 4/16/12 12:15 PM



SHAFT SPEED (RPM)







LxWxH (METRES)

3600 20 600 600

3000 18.2 692 577

3000 11.7 531 536

6608 19.9 131.5 544

6100 23.8 113.3 462

6500 18.6 94 528

7700 14 80.4 543

3600 13 97.9 369

9500 16.8 39.4 555

14010 13.7 30.2 542

11053 12.3 29.2 466

16500 13 17.6 527

17384 14.2 20.8 534

17384 15.6 20.6 531

3600 11.8 365 545

3600 17.2 510 567

3000 19.2 820 625

1800 6.7 6.5 505 9.98 5.8 x 1.7 x 2

1800 9.7 19 445 26.015 9.7 x 2.4 x 2.6

1800 10.6 19.1 510 27.08 9.8 x 2.4 2.8

1800 9.9 17.7 377 58.831 11.1 x 2.9 x 3.7

1800 12.5 21.8 510 33.87 9.8 x 2.7 x 3.0

1800 12.5 21.8 510 33.045 9.8 x 2.5 x 2.9

1800 15 21.1 550 52.175 10.4 x 3.1 x 3.6

1800 16 26.9 485 67.57 14.5 x 2.5 x 3.6

1800 16.3 40.1 465 67.57 14.5 x 2.8 x 3.6

1800 17.7 42.2 485 73.668 14 x 3.3 x 3.3

1800 17.1 49.8 495

1800 140.62 18.1 x 3.7 x 4.2

1800 24.1 68.2 465 9.1 4.4 x 1.7 x 3.5

1204PEI_39 39 4/16/12 12:15 PM



Steam Turbine Technical Data

OEM MODEL TYPE/APPLICATIONPOWER RATING

(MW)SHAFT SPEED( RPM)

DIMENSIONS LXWXH

(METRES)

INLET TEMP (oC)

INLET PRESSURE (BAR)

GAS FLOW RATE (M3/H)

Alstom Power

GRT Biomass/industrial/waste-to-energy/SCP

5–60 50/60Hz applicable

GST Geothermal 20–60 50/60Hz applicable

TM2 Concentrated solar power 45–60 50/60Hz applicable

MT Biomass/industrial/waste-to-energy/Concentrated solar power

50–130 50/60Hz applicable

COMAX Cogeneration 100–400 50/60Hz applicable

STF15C Combined-cycle 100–250 50/60Hz applicable

STF30C Combined-cycle 150–400 50/60Hz applicable

STF25 Steam power 100–350 50/60Hz applicable




ARABELLE Nuclear power up to 1800 50/60Hz applicable

Ansaldo Energia

GT series Geothermal 20–150 50/60 Hz applicable

MCT series Cogeneration 100–250 50/60 Hz applicable

MT5 Combined-cycle 40–90 50/60 Hz applicable




MT25 Fossil 100–300 50/60 Hz applicable

RT20/30 Combined-cycle 150–350 50/60 Hz applicable

RT40 Fossil 300–500 50/60 Hz applicable

RT70 Fossil 500–900 50/60 Hz applicable

RT100 Fossil 900–1200 50 Hz applicable

Dresser-Rand

Engineered Multi-stage 500 kW –100 MW 750–18 000 Varies up to 565 (1050 oF)

Up to 138(2000 psig)

9 models available Single-stage 1 kW – 3 MW 500–15 000 Varies up to 540(1000 oF)

up to125(1800 psig)

GE Energy

A Series Fossil up to 250 50/60 Hz applicable

D Series Fossil 200–500 50/60 Hz applicable

G Series Fossil - three casing 400–750 50/60 Hz applicable

G Series Fossil - four casing 650–900 50/60applicable

N Series Nuclear power up to 1500 50/60applicable

1204PEI_40 40 4/16/12 12:15 PM



OEM MODEL TYPE/APPLICATIONPOWER RATING

(MW)SHAFT SPEED( RPM)

DIMENSIONS LXWXH

(METRES)INLET TEMP (oC)

INLET PRESSURE (BAR)

GAS FLOW RATE (M3/H)

MAN Diesel & Turbo SE

Standard Power Generation 2–160 50/60 Hzapplicable

540 140

Low-pressure turbines Power Generation 5–90 50/60 Hzapplicable

saturated steam 1-20

Air turbines CAES (compressed Air Energy Storage) 25–90 50/60 Hz applicable

540 140

MARC 1 Combined heat and power generation for reneable energy and WtE

2–4 50 Hz applicable 450 65

MARC 2 Combined heat and power generation for RE and WtE


MARC 4 combined heat and power generation for RE and WtE


MARC 6 combined heat and power generation for RE and WtE


Siemens

SST-010 up to 0.11 1.2 x 0.8 x 0.9 up to 15 000

SST-040 up to 0.3 2.5 x 1.5 x 2 up to 400 up to 40

SST-050 up to 0.750 1 x 1 x 1.3

SST-060 up to 6 1.5 x 2.5 x 2.5 up to 131

SST-110 up to 7 6 x 2.8 x 3.2 up to 131

SST-120 up to 10 9 x 2.8 x 3.2 up to 131

SST-900 up to 250 3000–3600 20 x 11 x 10 up to 585 up to 165

SST-600 up to 100 3000–15 000 19 x 6 x 5 up to 540 up to 140

SST-700 up to 175 3000–13 200 22 x 15 x 6 up to 585 up to 165

SST-800 up to 150 3000–3600 20 x 8.5 x 6 up to 540 up to 140

SST-300 up to 50 up to 12 000 12 x 4 x 5 up to 520 up to 120

SST-400 up to 65 3000–8000 18 x 8.5 x 5.5 up to 540 up to 140


SST-100 up to 8.5 up to 7500 8 x 3.7 x 3.4 up to 480 up to 65


SST-200 up to 10 4 x 2 x 2.5 up to 520 up to 110

SST-6000 300–1200 up to 600 up to 300

SST-5000 120–750 up to 600 up to 190

SST-3000 90–250 up to 565 up to 177

TGM Kanis Turbinen GmbH

Backpressure reaction turbines

BT20 10 13 600 depending on power output

540 140

Condensation reaction turbines

BT63 100 4300 540 140

CT20-30 10 13 600 depending on power output

540 140

CT63-100 100 4000 540 140

1204PEI_42 42 4/16/12 12:15 PM

Documents

Gas Steam Tech