Turbine

Turbine Directory Contents

Gas & Steam Turbine Directory

19www.PowerEngineeringInt.com Power Engineering International April 2014

Gas Turbine Technical Specifications 20

Steam Turbine Technical Specifications 28

Products 30Actuators 30Air cleaners, dryers and filters 30Air conditioning and refrigeration 30Air heaters and preheaters 30Air pollution monitors and CEMS 30Alignment and balancing equipment 30Bearings 30Borescopes, videoscopes, fiberscopes 30Burners and ignition systems 30Castings 30Coatings/lining materials 30Cogeneration systems 30Combined cycles 30Combustion 30

air flow measurement 30control and optimization systems 30pressure monitoring 30systems and burners 30

Compressors 30air 30gas 30

Computer-aided design and engineering 30

Condenser tubes 30Condensers 30Controllers 30

airflow 30energy management 30meters and instruments 30temperature monitoring 30

Control panels and consoles 30Control systems 30Corrosion prevention products 31Couplings 31Dampers 31Desuperheaters 31Detection systems, flame 31Diagnostic systems 31Drives 31

dampers 31electronic 31fluid 31mechanical 31variable speed 31other 31

Ducts 31Fans 31Filters and filtration systems 31Gas turbine inlet cooling 31Gas turbines 31Gas turbine parts, components and

accessories 32Gasification systems 32Gears 32Generators 32Heat exchangers 32Heat recovery systems/HRSGs 32Heaters 32Indicators 32

flow 32level 32pressure 32temperature 32

Inspection equipment 32Instruments, measuring 32Insulation 32Leak detection 32Lube-oil systems 32Lubricants 32Microturbines 32Monitoring equipment 32

combustion control 32continuous emission monitoring equipment 32emissions 32temperature 32general 32

Nitrogen oxide control systems 32Noise measurement and control 33Oil 33

cleaning systems 33conditioning equipment 33oil/water separators 33

Piping 33Pressure monitoring, measuring 33Pumps 33Reheaters 33Remote monitoring 33Safety equipment 33Seals 33Sensors 33Spray nozzles 33Steam generators 33Steam turbines 33Steam turbine parts, components and

accessories 34Superheaters 34Test equipment 34Torque conversion 34Turbomachinery controls 34Valve actuators 34Valves 34Vibration 34

analysis 34control 34monitoring 34

Wear resistant coatings and parts 34

Services 34Aftermarket parts and services 34Air compressors, overhaul

and repair 34Air pollution control services 34Alignment/balancing 34Bearings 34Calibration 34Cogeneration 34Combustion diagnostics and testing 34Condensers 34

cleaning 34repair 34retubing 34

Control system design and maintenance 34

Corrosion control and monitoring 34Fans 34

maintenance 34

rebuilding 34repair 34

Filter services and maintenance 34

Gas turbine inlet cooling 34design/engineering 34maintenance/repair 34

Gas turbines 34blade repair 34installation 34maintenance 34overhauling 35rebuilding 35servicing 35

Gear repair 35

Generators 35design 35maintenance 35rebuilding 35repair 35rewinding 35

Heat exchangers 35coil upgrading 35retubing 35tube cleaning 35tube plugging 35

Heat recovery/HRSGs 35

Inspection services 35

Instrumentation and control systems 35calibration 35maintenance 35

Life extension services 35

Lube oil 35

Maintenance services 35

Mechanical failure analysis 35

Metal fabricating and machining 35

Monitoring 35

Outage services 35

Pumps and compressors 35overhauling 35rebuilding 35repair 35

Repair services, general 35

Steam generators, maintenance

and repair 35

Steam generators, nuclear 35

Steam turbines 35aligning 35blade repair 35installation 35maintenance 35overhauling 35rebuilding 35

Valves 35reconditioning 35repairing 35testing 35

Vibration control 35balancing 35monitoring 35

1404PEI_19 19 4/8/14 10:24 AM

20 www.PowerEngineeringInt.com

Gas Turbine Technical Specifcations

Power Engineering International April 2014

Manufacturer ModelGross output (MW)

Net output (CC) MW

Net output (SC) MW

Heat rate (kJ/kWh)

Gross effciency (%)

Net effciency (CC) (%)

Frequency (Hz)

Shaft speed (rpm)

Alstom

GT24 230.7 664 9000 40.0 58.4 60 3600

GT26 326 467 8933 40.3 59.5 50 3000

GT13E2 202.7 281 9474 38.0 53.5 50 3000

GT11N2 113.6 345 10,811 33.3 51.3 50 3610

GT11N2 115.4 349 10,619 33.9 51.8 60 3600

Ansaldo Energia

AE64.3A 75 111.7 73.5 10,028 35.90 53.75 50/60 3000/3600

AE94.2 185.3 277.4 181 9939 36.22 54.57 50 3000

AE94.2K 170 Case by case Case by case 9863 36.50 Case by case 50 3000

AE94.3A 310 456.4 304 9045 39.80 58.86 50 3000

Dresser -Rand

KG2-3G 2 14,100 25.5 50/60 25,500

KG2-3E 1.9 21,000 17.5 50/60 18,800

VECTRA

30G23.9 9553 37.7 50/60 6200

VECTRA

40G31.1 8963 40.2 50/60 6200

VECTRA

40G434.3 8916 40.4 50/60 6200

DR-61G 23.9 9588 37.5 50/60 3600

DR-61GP 31.4 9114 39.5 50/60 3600

DR-61G4 33.9 9104 39.5 50/60 3600

DR-

63GPC44.3 8449 42.6 50/60 3600

DR-

63GPG53.2 8346 43.1 50/60 3930

Manufacturer Model Year Net output (MW) Heat rate (Btu/kWh) Net heat rate (kJ/kWh) Net effciency (%) Pressure ratio

GE Energy (Heavy Duty,

Simple Cycle)

6B.03 1978 43.1 10,180 10,740 33.5 12.7

6F.03 2003 79.2 9470 9991 36.0 16.1

7E.03 1984 90 10,060 10,614 33.9 12.8

7F.04 2009 187 8850 9337 38.6 16.2

7F.05 2009 227 8680 9158 39.3 18.4

7HA.01 2012 275 8240 8694 41.4 21.5

7HA.02 2014 330 8240 8694 41.4 21.5

9E.03 1992 130 9860 10,403 34.6 12.9

9F.03 1996 265 9020 9517 37.8 16.7

9F.05 2003 299 8810 9295 38.7 18.3

9HA.01 2011 397 8220 8673 41.5 21.8

9HA.02 2014 470 8220 8673 41.5 21.8

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www.PowerEngineeringInt.com 21



Pressure ratio

Exhaust mass fow (kg/s)

Exhaust temperature

(ºC)

NOx emissions (ppmv)

Start up time (mins)

Weight (tonnes)Dimensions

L x W x H (metres)

Comments

35.4:1 505 597 <25 230 10.7 x 4 x 4.6CC performance refers to KA24-2 MS

(2-on-1 Multishaft confguration CCPP); Dual fuel burner option available

35.0:1 692 603 <25 406 12 x 4.9 x 5.5CC performance refers to KA26-1 SS

(1-on-1 Single shaft confguration CCPP); Dual fuel burner option available

18.2:1 624 501 <25 350 11 x 5.4 x 5.5 CC performance refers to KA13E2-1 MS (1-

on-1 Multishaft confguration CCPP); Dual fuel burner option available

15.9:1 400 526 <25 190 13.1 x 5.5 x 10.1 CC performance refers to KA11N2-2 MS

(2-on-1 Multishaft confguration CCPP); incl. gear box, Dual fuel burner option available

15.9:1 400 526 <25 190 9.4 x 5.5 x 10.1

CC performance refers to KA11N2-2 MS (2-

on-1 Multishaft confguration CCPP);

Dual fuel burner option available

16.7 213 574 <25 Case by case 100 12 x 4 x 5

12.0 556 541 <25 Case by case 280 15 x 14 x 9

12.0 540 545 Case by case Case by case 280 15 x 14 x 9 Low BTU Fuels

19.5 750 576 <25 Case by case 360 14 x 7 x 9

7.1 9.5 583 <24 ppm 16 6.7 x 2.1 x 2.7

4.5 15.0 560 60 ppm 0.5 16 6.7 x 2.1 x 2.7

18.2 68.7 545SAC and DLE

available47 7 x 4.1 x 5.6

21.9 84.4 531SAC and DLE


23.6 90.1 541SAC and DLE


18.2 69.5 533SAC and DLE


22.5 87.3 515SAC and DLE


23.0 91.6 527SAC and DLE


27.6 125.7 454SAC and DLE


31.1 141.4 471SAC and DLE


Exhaust fow (kg/s)

Frequency (Hz)Turbine speed

(rpm)

Exhaust temperature

(°C)

Approx. weight (tonnes)

Dimensions L x W x H (metres)

Comments

145 50/60 5163 539 222 24 x 4 x 4 Available in 50 Hz & 60 Hz

214 50/60 5231 592 254 23 x 4 x 5 Available in 50 Hz & 60 Hz

292 60 3600 546 300 20 x 4 x 4

450 60 3600 601 480 24 x 7 x 4

533 60 3600 606 530 24 x 7 x 4

576 60 3600 618 600 25 x 5 x 7

690 60 3600 618 660 27 x 5 x 6

416 50 3000 542 410 21 x 5 x 5

665 50 3000 595 641 28 x 5 x 5

667 50 3000 639 724 28 x 5 x 5

826 50 3000 619 950 30 x 6 x 6

978 50 3000 619 1,050 33 x 6 x 6

1404PEI_21 21 4/8/14 10:24 AM




Manufacturer Model YearGross plant output

(MW)Net plant output

(MW)Net plant effciency

(%)Net heat rate (kJ/kWh)

GE Energy (Heavy Duty,

Combined Cycle)

1x1 6B.03 1987 66 64.8 50.4 7141

2x1 6B.03 1979 133.1 130.9 50.9 7069

1x1 6F.03 1991 120.4 118.4 55 6540

2x1 6F.03 1991 243.1 239.4 55.6 6470

1x1 9E.03 1979 198.1 195 52.1 6911

2x1 9E.03 1979 398.4 392.5 52.7 6837

1x1 9F.03 1994 408 403 58.1 6194

2x1 9F.03 1994 822 811 58.5 6158

1x1 9F.05 2002 461 455 59.5 6055

2x1 9F.05 2002 926 914 59.7 6027

1x1 9HA.01 2011 600 592 61.4 5862

2x1 9HA.01 2011 1195 1181 61.2 5878

1x1 9HA.02 2014 710 701 61.4 5862

2x1 9HA.02 2014 1415 1398 61.2 5878

1x1 6B.03 1987 66 64.8 50.4 7141

2x1 6B.03 1979 133.1 130.9 50.9 7069

1x1 6F.03 1991 120.4 118.4 55 6540

2x1 6F.03 1991 243.1 239.4 55.6 6470

1x1 7E.03 1977 137.6 135.4 51.1 7048

2x1 7E.03 1979 276.8 272.6 51.4 7007

1x1 7F.04 2009 286 283 58.8 6120

2x1 7F.04 2009 574 567 59 6107

1x1 7F.05 2009 347 343 59.3 6068

2x1 7F.05 2009 697 688 59.5 6054

1x1 7HA.01 2012 410 405 61.1 5892

2x1 7HA.01 2012 823 813 61.2 5878

1x1 7HA.02 2014 492 486 61.1 5892

2x1 7HA.02 2014 987 976 61.2 5878

Manufacturer ModelGross output

(MW)Heat rate (kJ/kWh)

Gross effciency (%)

Frequency (Hz)

Shaft speed (rpm)

Kawasaki Heavy Industries

GPB300D 30.1 8977 40.1 50 Gas Generator Rotor 9330 / Power Turbine Rotor 5600

GPB180D 18.4 10,526 34.2 50 9420

GPB80D 7.8 10,714 33.6 50 13,800

GPB70D 6.7 12,000 30 50 13,800

GPB17D 1.7 13,382 26.9 50 21,965

GBP06 0.6 18,947 19.4 50 31,376



Gross effciency (%)

Frequency (Hz) Shaft speed (rpm)

MHPS (Simple Cycle)

H-15 17.03 10,409 34.6 50/60 9710

H-25(32) 32.3 10,341 34.8 50/60 7280

H-25(35) 37.69 10,292 35.0 50/60 7280


(MW)Net output (CC) MW

Net output (SC) MW

Heat rate (kJ/kWh)

Gross effciency (%)


Frequency (Hz)

Shaft speed (rpm)

MAN Diesel & Turbo

THM1304-10N 10.5 Case by case 10.08 11,840 30.4 Case by case 50/60 9000

THM1304-12N 12.5 Case by case 12.00 11,320 31.8 Case by case 50/60 9000

MGT6100 6.52 Case by case 6.52 11,250 32.0 Case by case 50/60 1500/1800

1404PEI_22 22 4/8/14 10:24 AM




Condenser pressure (inch Hg)

Frequency (Hz) Gas turbine power (MW) Steam turbine power (MW) No. & type of gas turbine

1.2 50 42.578 23.445 1 x 6B.03

1.2 50 85.156 47.977 2 x 6B.03

1.2 50 78.619 41.742 1 x 6F.03

1.2 50 157.237 85.883 2 x 6F.03

1.2 50 128.650 69.404 1 x 9E.03

1.2 50 257.301 141.073 2 x 9E.03

1.2 50 262.864 145.490 1 x 9F.03

1.2 50 525.728 295.792 2 x 9F.03

1.2 50 297.521 163.576 1 x 9F.05

1.2 50 595.038 330.697 2 x 9F.05

1.2 50 394.472 205.191 1 x 9HA.01

1.2 50 789.352 405.920 2 x 9HA.01

1.2 50 467.008 242.922 1 x 9HA.02

1.2 50 934.497 480.560 2 x 9HA.02

1.2 60 42.578 23.445 1 x 6B.03

1.2 60 85.156 47.977 2 x 6B.03

1.2 60 78.619 41.742 1 x 6F.03

1.2 60 157.237 85.883 2 x 6F.03

1.2 60 89.148 48.466 1 x 7E.03

1.2 60 178.296 98.490 2 x 7E.03

1.2 60 185.903 100.549 1 x 7F.04

1.2 60 371.805 202.666 2 x 7F.04

1.2 60 226.234 121.041 1 x 7F.05

1.2 60 452.468 244.346 2 x 7F.05

1.2 60 273.418 136.782 1 x 7HA.01

1.2 60 546.836 276.028 2 x 7HA.01

1.2 60 328.101 164.138 1 x 7HA.02

1.2 60 656.203 331.233 2 x 7HA.02

Pressure ratioTurbine inlet temperature

(ºC)


Exhaust temperature

(ºC)



Weight (tonnes)


Comments

24.5 1270 87.2 470 15 15 250 22 x 7.1 x 13.8 Two shaft gas turbine

18.3 1250 59.8 542 15 15 190 18 x 4.9 x 9.8 Single shaft gas turbine

15.9 1160 27.3 523 15 6.6 75 14.5 x 3.5 x 8.1 Single shaft gas turbine

15.9 1160 27.0 513 25 6.6 75 14.5 x 3.5 x 8.2 Single shaft gas turbine

10.5 1035 8 521 9 60 seconds. 35 8.4 x 2.75 x 6.3 Single shaft gas turbine

8.5 <1035 5.05 474 36 60 seconds. 15 6.3 x 2.2 x 5.8 Single shaft gas turbine

Pressure ratio Exhaust mass fow (kg/s) Exhaust temperature (ºC) Weight (tonnes) Dimensions L x W x H (metres)

14.8 53.3 556 200 20 x 6 x 11

14.8 96.6 562 300 18 x 10 x 14

17.3 112.1 556 409 24 x 10 x 14


(ºC)


Exhaust temperature (ºC)NOx emissions

(ppmv)Weight (tonnes)


Comments

10 46.5 490 <25 @ 70-100% load Case by case 77 16 x 3 x 5 incl. generator

11 49.1 515 <25 @ 70-100% load Case by case 77 16 x 4 x 6 incl. generator

28.0 465 <15 @ 50-100% load Case by case

1404PEI_23 23 4/8/14 10:24 AM




Manufacturer Model Gross output (MW) Heat rate (kJ/kWh)

MHPS (Combined Cycle)

1x1 H-25(32) 47.9 7080

1x1 H-25(32) 96.7 7013

1x1 H-25(35) 55.59 7071

2x1 H-25(35) 112.18 7007

1x1 H-25(42) 59.93 6889

2x1 H-25(42) 120.76 6825

1080 H-80 160.64 6660

2080 H-80 329.78 6494

1080 H-80 159.61 6691

2080 H-80 327.62 6519

MPCP1(M701) 214.49 7000

MPCP2(M701) 430.58 6974

MPCP3(M701) 650.97 6974

MPCP1(M701F4) 482.3 6000

MPCP2(M701F4) 967.6 5981

MPCP1(M701G) 506.3 6071

MPCP2(M701G) 1016 6051

MPCP1(M701F5) 530 5902

MPCP2(M701F5) 1063.3 5883

MPCP1(M701JAC) 675 < 5902

MPCP1(M701J) 687 5835

MPCP1(M501) 169.2 7000

MPCP2(M501) 339.9 6974

MPCP3(M501) 511.75 6974

MPCP1(M501F) 287.8 6305

MPCP2(M501F) 577.600 6283

MPCP1(M501G) 402.000 6165

MPCP2(M501G) 806.7 6144

MPCP1(M501GAC) 414.8 6051

MPCP2(M501GAC) 830.9 6041

MPCP1(M501JAC) 450 < 5902

MPCP1(M501J) 475 5854

MPCP2(M501J) 952.9 5835



Gross effciency (%)

Frequency (Hz) Shaft speed (rpm)

MHPS

(Simple Cycle)

H-25(42) 42.03 9667 37.2 50/60 7280

H-80 112.44 9421 38.2 50 3000

H-80 110.61 9585 37.6 60 3600

MF-61 5.925 12,566 28.7 50/60 13,800

MF-111 14.57 11,627 31 50/60 9660

MFT-8 26.78 9306 38.7 50/60 5000

MF-221 30 11,258 32 50/60 7200

M701DA 144.09 10,351 34.8 50 3000

M701F4 324.3 9028 39.9 50 3000

M701G2 334 9106 39.5 50 3000

M701F5 359 9000 40 50 3000

M701JAC 445 < 8784 > 41 50 3000

M701J 470 8784 41.0 50 3000

M501DA 113.95 10319 34.9 60 3600

M501F3 185.4 9739 37 60 3600

M501G1 267.5 9211 39.1 60 3600

M501GAC 276 9047 39.8 60 3600

M501JAC 310 < 8784 > 41 60 3600

M501J 327 8784 41 60 3600

1404PEI_24 24 4/8/14 10:24 AM




Frequency (Hz) Condensate Pressure (inch Hg) Gas turbine power (MW)

50/60 1.2 31.1

50/60 1.2 62.2

50/60 1.2 36.4

50/60 1.2 72.8

50/60 1.2 40.6

50/60 1.2 81.2

50 1.2 109.5

50 1.2 218.4

60 1.2 108

60 1.2 214.6

50 1.5 142.1

50 1.5 284.2

50 1.5 426.3

50 1.5 319.9

50 1.5 639.8

50 1.5 325.7

50 1.5 651.4

50 1.5 354

50 1.5 708

50 1.5 445

50 1.5 463

60 1.5 112.1

60 1.5 224.2

60 1.5 336.3

60 1.5 182.7

60 1.5 365.4

60 1.5 264.4

60 1.5 528.8

60 1.5 273.6

60 1.5 547.2

60 1.5 310

60 1.5 322

60 1.5 644

Pressure ratio Exhaust mass fow (kg/s) Exhaust temperature (ºC) Weight (tonnes)Dimensions

L x W x H (metres)

17.3 111 556 409 24 x 10 x 14

19.3 308 538 563 37 x 12 x 15

19.2 307 545 563 37 x 12 x 15

15 27 496 10 3.7 x 2.5 x 3.1

15 54 530 22 5.5 x 2.8 x 2.5

21 86 463 7 7.1 x 2.5 x 2.5

15 107 532 50 7.7 x 3.7 x 3.4

14 440 542 200 12.5 x 5.2 x 5.2

18 712 591 419 17.4 x 5.8 x 5.8

21 737 587 420 18.3 x 6.1 x 6.1

21 712 610 481 17.4 x 5.8 x 5.8

23 861 615

23 861 637 561 18.3 x 7.1 x 7.1

14 346 542 145 11.6 x 5.8 x 4.3

16 458 613 195 14.1 x 4.6 x 4.6

20 598 600 334 15.3 x 5.5 x 5.5

20 598 617 271 15.3 x 5.5 x 5.5

23 598 612 318 15.3 x 5.5 x 5.5

23 598 635 318 15.3 x 5.5 x 5.5

1404PEI_25 25 4/8/14 10:24 AM






Net output (SC) MW

Heat rate (kJ/kWh)

Gross effciency

(%)


Frequency (Hz)

Shaft speed (rpm)

Rolls-Royce

RB211-G62 DLE 37.7 26.7 12 7175 50.2 50/60 4800

RB211-GT62 DLE 39.7 28.6 12.2 7005 51.4 50/60 4800

RB211-GT61 DLE 42.6 31.1 12.59 6820 52.8 50/60 4850

Trent 60 DLE 65.3 50.7 15.82 6718 53.6 50 3000

Trent 60 DLE 78.3 50.7 29.3 6936 51.9 50 3000

Trent 60 DLE ISI 77.6 61.9 17.1 6736 53.4 50 3000

Trent 60 DLE ISI 94.1 61.9 34.2 6992 51.5 50 3000

Trent 60 WLE 81.2 64.4 18.2 6998 51.4 50 3000

Trent 60 WLE 107.2 64.4 45.3 7339 49 50 3000

Trent 60 WLE ISI 82.8 66 18.4 7022 51.2 50 3000

Trent 60 WLE ISI 109.5 66 46.2 7355 48.9 50 3000

Trent 60 DLE 66.4 51.6 16 6725 53.5 60 3600

Trent 60 DLE 79.6 51.6 29.7 6945 51.8 60 3600

Trent 60 DLE ISI 75.4 60.2 16.6 6727 53.5 60 3600

Trent 60 DLE ISI 90.8 60.2 32.6 6969 51.6 60 3600

Trent 60 WLE 77.9 61.7 17.6 6998 51.4 60 3600

Trent 60 WLE 102.4 61.7 43.1 7340 49 60 3600

Trent 60 WLE ISI 80.3 64 17.7 7093 50.7 60 3600

Trent 60 WLE ISI 105.7 64 44.2 7404 48.6 60 3600

Siemens AG Energy Sector

SGT-200 7.68 10,776 33.4 50/60

SGT-300 7.90 11,773 30.6 50/60

SGT-400 12.90 10,355 34.8 50/60

SGT-400 14.33 10,178 35.4 50/60

SGT-500 19.06 10,690 33.7 50/60

SGT-600 24.48 10,720 33.6 50/60

SGT-700 32.82 9675 37.2 50/60

SGT-750 37.03 9120 39.5 50/60

SGT-800 47.50 9557 37.7 50/60

SGT-800 50.50 9407 38.3 50/60

SGT5-2000E 172 10,190 35.3 50 3000

SGT5-4000F 307 9001 40 50 3000

SGT5-8000H 375 8999 40 50 3000

SGT6-2000E 114 10,496 34.3 60 3600

SGT6-5000F 232 9278 38.8 60 3600

SGT6-8000H 274 8999 40 60 3600



Net output (SC) MW

Heat rate (kJ/kWh)

Gross effciency (%)

PW Power Systems

FT8® MOBILEPAC® 25.4 25.2 LHV Gross HR 10,370 kJ/kWh 34.9

FT8® SWIFTPAC® 30 41.1 30.1 LHV Plant Net HR 7333 kJ/kWh

FT8® SWIFTPAC® 60 83.1 60.5 LHV Plant Net HR 7257 kJ/kWh

FT4000™ SWIFTPAC® 60 83.9 67.6 LHV Plant Net HR 7250 kJ/kWh

FT4000™ SWIFTPAC® 120 169.0 136.2 LHV Plant Net HR 7193 kJ/kWh

1404PEI_26 26 4/8/14 10:24 AM





(ºC)


Exhaust temperature

(ºC)



Weight (tonnes)


Comments

20.35 90.4 25 18.5 x 4 x 5 2P unfred

21.39 94.1 25 18.5 x 4 x 5 2P unfred

21.29 92.4 25 18.5 x 4 x 5 2P unfred

33.81 152.2 25 26.52 x 4.57 x 18.9 2P unfred

33.81 152.2 25 26.52 x 4.57 x 18.9 2P fred to 1112°F (600°C)

38.73 174.1 25 29.56 x 4.57 x 18.9 2P ISI unfred

38.73 174.1 25 29.56 x 4.57 x 18.9 2P ISI fred to 1112°F (600°C)

38.9 176.3 25 26.52 x 4.57 x 18.9 2P unfred

38.9 176.3 25 26.52 x 4.57 x 18.9 1P fred to 1300°F (704°C)

39.43 178.9 25 29.56 x 4.57 x 18.9 2P ISI unfred

39.43 178.9 25 29.56 x 4.57 x 18.9 1P ISI fred to 1300°F (704°C)

34.1 153.3 25 26.52 x 4.57 x 18.9 2P unfred

34.1 153.3 25 26.52 x 4.57 x 18.9 2P fred to 1112°F (600°C)

37.99 166.2 25 29.56 x 4.57 x 18.9 2P ISI unfred

37.99 166.2 25 29.56 x 4.57 x 18.9 2P ISI fred to 1112°F (600°C)

36.87 167 25 26.52 x 4.57 x 18.9 2P unfred

36.87 167 25 26.52 x 4.57 x 18.9 1P fred to 1300°F (704°C)

37.81 178.1 25 29.56 x 4.57 x 18.9 2P ISI unfred

37.81 178.1 25 29.56 x 4.57 x 18.9 1P ISI fred to 1300°F (704°C)

12.3 29.5 493 ≤ 25

13.7 30.2 542 ≤ 15

16.8 39.4 555 ≤ 15

18.9 44.3 539 ≤ 15

13.0 97.9 369 ≤ 42 150,139 21.3 x 4 x 3.7

14.0 81.3 543. ≤ 25 122,924 19.2 x 4.6 x 4

18.7 95.0 533 ≤ 15 143,789 19.2 x 4.6 x 4

23.8 114.2 458.5 ≤ 15

20.4 132.8 541 ≤ 15 171,900 17 x 4.5 x 4

21.1 134.2 553 ≤ 15 171,900 17 x 4.5 x 4

12.1 531.0 537 216,000 14 x 12.5 x 8.5

18.8 723.0 579 312,000 11 x 4.9 x 4.9

19.2 829.0 627 390,000 13.1 x 4.9 x 4.9

12.1 367.0 537 163,000 11.6 x 10.4 x 7

18.9 551.0 593 193,000 10.1 x 4 x 4

19.5 604.0 617 286,000 11 x 4.3 x 4.3

Net effciency (CC) (%) Frequency (Hz)Shaft speed

(rpm)Pressure ratio


Exhaust temperature (ºC)


50/60 19.9 88 469 25

Net Effciency LHV = 49.1 50/60 21.3 91 490 25



Net Effciency LHV = 50 50/60 36.2 351 431 25

1404PEI_27 27 4/8/14 10:24 AM

28 Power Engineering International April 2014 www.PowerEngineeringInt.com

Steam Turbine Technical Specifcations

OEM Model Type/ApplicationPower rating

(MW)

Shaft speed

(rpm)Dimensions LxWxH (metres)

Inlet temp.

(oC)

Inlet

pressure

(bar)

Gas fow rate

(m3/h)

Alstom

GRTCCPP/Biomass/Industrial applications/

Waste-to-Energy (WtE)/CSP/Conventional power plants/Geothermal

5–65 4200–11,000

3.6 x 14 (30 MW turbine + generator, typical)

4.7 x 20 (60 MW turbine + generator, typical)

540 125 n/a

MTCCPP/Biomass/Industrial applications/ WtE/CSP/Conventional power plants/

Geothermal50–100+ 3000–3600 Depending on confguration 565 140 n/a

COMAX Cogneration applications 100–400 3000–3600 Depending on confguration 565 140 n/a

STF15C Combined-cycle power plants 100–250 3000–3600 Depending on confguration 565/565 165/15 n/a

STF30C Combined-cycle power plants 150–400 3000–3600 Depending on confguration 585/585 185/45 n/a

STF25 Steam power plants 100–350 3000–3600 Depending on confguration 540/540 540/540 n/a




STN series Nuclear applications (full-speed) 100–800 3000–3600 Depending on confguration 250–290 42–75 Adaptable to any reactor

ARABELLE™ 1000

Nuclear applications (full-speed) 800–1300 1500–1800 Depending on confguration 250–290 42–75 Adaptable to any reactor

ARABELLE™

1700Nuclear applications (full-speed) 1300–1900 1500–1800 Depending on confguration 250–290 42–75

Adaptable to

any reactor

Ansaldo Energia

MT10 Combined cycle 40–250 50/60 Hz applicable 1-cylinder Non re-heat

MT20 Combined cycle 150–350 50/60 Hz applicable 2-cylinder Non re-heat

MT15 Combined cycle, Fossil, Solar 90–300 50/60 Hz applicable 2-cylinder Re-heat

RT30 Combined cycle, Fossil 150–400 50/60 Hz applicable 3 to 4 cylinder Re-heat

RT70 Fossil 400–1000 50/60 Hz applicable 4 to 5 cylinder Re-heat

GE Energy

A200 Combined cycle 70–220 3000 Up to 538 Up to 103 Up to 750

D200 Combined cycle 180–330 3000 Up to 538 Up to 103 Up to 1090













MAN Diesel & Turbo

Standard Power generation 2–160 50/60 Hz 540 140

Low-pressure

turbinesPower generation 5–90 50/60 Hz

Saturated

steam1–20

Air turbines CAES (compressed air energy storage) 25–90 50/60 Hz 540 140

MARC 1Combined heat and power (CHP)generation

for Renewable energy and WtE 2–4 50 Hz 450 65

MARC 2 CHP generation for reneable energy and WtE 5–10 50 Hz 520 90



1404PEI_28 28 4/8/14 10:24 AM

www.PowerEngineeringInt.com 29Power Engineering International April 2014

Steam Turbine Technical Specifcations

OEM Model Type/ApplicationPower rating

(MW)

Shaft speed

(rpm)Dimensions LxWxH (metres)

Inlet

temp.

(oC)

Inlet pressure

(bar)

Gas

fow rate

(m3/h)

Power Machines

OJSC

ITT-30/40-2,9Condensing turbine with steam reheat for

industrial purposes and district heating/TPP30/40 3000 9.8 x 5.3 x 4.3 410 2.9 220

ITT-65/75-130/13Condensing turbine with steam reheat for

industrial purposes and district heating/TPP65/75 3000 14.3 x 5.3 x 4.2 555 12.8 400

P-50/60-130 Backpresure turbine / TPP 50/60 3000 8.9 x 3.6 x 4.6 555 12.8 490

ITT-90/100-

130/13-1M

Condensing turbine with steam reheat for

industrial purposes and district heating/TPP91 3000 14.8 x 6.5 x 4 555 12.8 470

P-85-8,8/0,2 Backpresure turbine /TPP 85 3000 9.5 x 3.6 x 2.43 535 8.8 450

KT-115-8,8Condensing turbine with steam extraction for

district heating / TPP115 3000 14.4 x 5.6 x 2.9 500 8.8 446

K-210-130-8 Condensing turbine /TPP 210 3000 19 x 6.5 x 5.5 540 12.8 640

K-255-162-2 Condensing turbine /TPP 255 3000 22.7x 11.4 x 6.8 540 15.9 700

K-165-130 Condensing turbine /TPP 165 3000 14.6 x 7.6 x 5.8 540 12.8 480

K-225-12,8-3 Condensing turbine /TPP 225 3000 20 x 8.5 x 5.7 540 12.8 540

K-168-107 Condensing turbine /TPP 167 3000 17.1 x 8.5 x 5.7 525 10.5 442

K-110-6,5 Condensing turbine / CCP 110/114 3000 16.4 x 8.5 x 5.7 497 6.5 309.3

T-110-140 Condensing turbine/TPP 110/123 3000 17.2 x 5 x 5.2 535 13.7 326

T-120-12,8 Condensing turbine /TPP 120 3000 14.9 x 5.9 x 5.1 565 12.8 470

T-125/150-7,4 Condensing turbine / CCP 125 3000 16.6 x 8.5 x 5.7 500 7.4 525

T-130/160-12,8 Condensing turbine /TPP 130/160 3000 15.3 x 8.5 x 5.5 555 12.8 500

T-150-7,7 Extraction turbine / CCP 150/160 3000 17 x 8.5 x 5.7 510 7.7 309.3

T-185/210-16,0-P Extraction turbine / TPP 186/210 3000 23.6 x 9.6 x 6.1 558 16 576

K-300-170-1P Condensing turbine /NPP 300/310 3000 24.7 x 11.4 x 6.9 540 16.7 960

K-330-23,5 Condensing turbine /TPP 330 3000 21.2 x 8.9 x 6.1 540 23.5 1050

K-800-130/3000 Condensing turbine /TPP 885 3000 41.6 x 11.4 x 6.9 485 12.8 3180

K-660-247 Condensing turbine /TPP 660/686 3000 36.5 x 9.8 x 6 537 24.3 2023.8

K1000-60/300 Condensing turbine /NPP 1030 3000 51.8 x 11.4 x 6.9 274.3 5.88 5870

K-1000-60/3000-2 Condensing turbine /NPP 995 3000 41.8 x 11.4 x 6.9 274.3 5.88 5980

K-1000-60/3000-3 Condensing turbine /NPP 1014 3000 33.8 x 16.3 x 7.8 274.3 5.88 5980

K -1200-6,8/50 Condensing turbine /NPP 1200 3000 53 x 11.4 x 6.9 505 6.8 4793

Siemens AG Energy Sector

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

15,000

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-100 Up to 8.5 Up to 7500 8 x 3.7 x 3.4 Up to 480 Up to 65

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

SST-111 Up to 12 9 x 4 x 4 Up to 530 Up to 131

SST-150 Up to 20 Up to 13300 12 x 4 x 5 Up to 505 Up to 103

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


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


SST-600 Up to 150 3000–18,000 19 x 6 x 5 Up to 565 Up to 165

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

SST-800 Up to 250 3000–3600 20 x 8.5 x 6 Up to 565 Up to 170

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

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

Doosan Skoda

SKODA MTD20 Single-casing/Fossil, CCPP, Renewables Up to 358000, 50/60 Hz

applicableUp to 540 Up to 140





SKODA MTD40 Single-casing/Fossil, CCPP, Renewables Up to 2003000/3600, 50/60 Hz


1404PEI_29 29 4/8/14 10:24 AM

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