Gas & Steam Turbine Directory
Turbine Directory Contents
Gas Turbine Technical
Specifications
20
Steam Turbine Technical
Specifications
28
Products
Actuators
Air cleaners, dryers and filters
Air conditioning and refrigeration
Air heaters and preheaters
Air pollution monitors and CEMS
Alignment and balancing equipment
Bearings
Borescopes, videoscopes, fiberscopes
Burners and ignition systems
Castings
Coatings/lining materials
Cogeneration systems
Combined cycles
Combustion
air flow measurement
control and optimization systems
pressure monitoring
systems and burners
Compressors
air
gas
Computer-aided design and
engineering
Condenser tubes
Condensers
Controllers
airflow
energy management
meters and instruments
temperature monitoring
Control panels and consoles
Control systems
Corrosion prevention products
Couplings
Dampers
Desuperheaters
Detection systems, flame
Diagnostic systems
Drives
dampers
electronic
fluid
mechanical
variable speed
other
Ducts
Fans
Filters and filtration systems
Gas turbine inlet cooling
Gas turbines
Gas turbine parts, components and
accessories
Gasification systems
Gears
Generators
Heat exchangers
Heat recovery systems/HRSGs
Heaters
Indicators
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1404PEI_19 19
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30
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30
30
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30
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30
31
31
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31
31
31
31
31
31
31
31
31
31
31
31
31
32
32
32
32
32
32
32
32
flow
32
level
32
pressure
32
temperature
32
Inspection equipment
32
Instruments, measuring
32
Insulation
32
Leak detection
32
Lube-oil systems
32
Lubricants
32
Microturbines
32
Monitoring equipment
32
combustion control
32
continuous emission monitoring equipment 32
emissions
32
temperature
32
general
32
Nitrogen oxide control systems
32
Noise measurement and control
33
Oil
33
cleaning systems
33
conditioning equipment
33
oil/water separators
33
Piping
33
Pressure monitoring, measuring
33
Pumps
33
Reheaters
33
Remote monitoring
33
Safety equipment
33
Seals
33
Sensors
33
Spray nozzles
33
Steam generators
33
Steam turbines
33
Steam turbine parts, components and
accessories
34
Superheaters
34
Test equipment
34
Torque conversion
34
Turbomachinery controls
34
Valve actuators
34
Valves
34
Vibration
34
analysis
34
control
34
monitoring
34
Wear resistant coatings and parts
34
Services
Aftermarket parts and services
Air compressors, overhaul
and repair
Air pollution control services
Alignment/balancing
Bearings
Calibration
Cogeneration
Combustion diagnostics and testing
Condensers
cleaning
repair
retubing
Control system design and
maintenance
Corrosion control and monitoring
Fans
maintenance
34
34
34
34
34
34
34
34
34
34
34
34
34
34
34
34
34
rebuilding
repair
Filter services and maintenance
Gas turbine inlet cooling
design/engineering
maintenance/repair
Gas turbines
blade repair
installation
maintenance
overhauling
rebuilding
servicing
Gear repair
Generators
design
maintenance
rebuilding
repair
rewinding
Heat exchangers
coil upgrading
retubing
tube cleaning
tube plugging
Heat recovery/HRSGs
Inspection services
Instrumentation and control systems
calibration
maintenance
Life extension services
Lube oil
Maintenance services
Mechanical failure analysis
Metal fabricating and machining
Monitoring
Outage services
Pumps and compressors
overhauling
rebuilding
repair
Repair services, general
Steam generators, maintenance
and repair
Steam generators, nuclear
Steam turbines
aligning
blade repair
installation
maintenance
overhauling
rebuilding
Valves
reconditioning
repairing
testing
Vibration control
balancing
monitoring
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34
34
35
35
35
35
35
35
35
35
35
35
35
35
35
35
35
35
35
35
35
35
35
35
35
35
35
35
35
35
35
35
35
35
35
35
35
35
35
35
35
35
35
35
35
35
35
35
35
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4/8/14 10:24 AM
Gas Turbine Technical Specifcations
Manufacturer
Model
Gross
output
(MW)
Net output
(CC) MW
GT24
230.7
GT26
Net output
(SC) MW
Heat rate
(kJ/kWh)
Gross
effciency (%)
Net effciency
(CC) (%)
Frequency
(Hz)
Shaft speed (rpm)
664
9000
40.0
58.4
60
3600
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
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
Alstom
Ansaldo Energia
Dresser -Rand
Manufacturer
GE Energy
(Heavy Duty,
Simple Cycle)
20
1404PEI_20 20
KG2-3G
14,100
25.5
50/60
25,500
KG2-3E
1.9
21,000
17.5
50/60
18,800
VECTRA
30G
23.9
9553
37.7
50/60
6200
VECTRA
40G
31.1
8963
40.2
50/60
6200
VECTRA
40G4
34.3
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
DR63GPC
44.3
8449
42.6
50/60
3600
DR63GPG
53.2
8346
43.1
50/60
3930
Model
Year
Net output (MW)
Heat rate (Btu/kWh)
Net heat rate (kJ/kWh)
Net effciency (%)
Pressure ratio
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
Power Engineering International April 2014
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4/8/14 10:24 AM
Gas Turbine Technical Specifcations
Pressure
ratio
Exhaust mass
fow (kg/s)
Exhaust
temperature
(C)
NOx emissions
(ppmv)
Weight (tonnes)
Dimensions
LxWxH
(metres)
Comments
35.4:1
505
597
<25
230
10.7 x 4 x 4.6
CC 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 5.5
CC 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 (1on-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 (2on-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
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
16
6.7 x 2.1 x 2.7
47
7 x 4.1 x 5.6
0.5
18.2
68.7
545
SAC and DLE
available
21.9
84.4
531
SAC and DLE
available
47
7 x 4.1 x 5.6
23.6
90.1
541
SAC and DLE
available
47
7 x 4.1 x 5.6
18.2
69.5
533
SAC and DLE
available
45
7 x 4.1 x 5.6
22.5
87.3
515
SAC and DLE
available
45
7 x 4.1 x 5.6
23.0
91.6
527
SAC and DLE
available
45
7 x 4.1 x 5.6
27.6
125.7
454
SAC and DLE
available
50
7 x 4.1 x 5.6
31.1
141.4
471
SAC and DLE
available
50
7 x 4.1 x 5.6
Low BTU Fuels
Exhaust fow
(kg/s)
Frequency (Hz)
Turbine speed
(rpm)
Exhaust
temperature
(C)
Approx. weight
(tonnes)
Dimensions
L x W x H (metres)
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
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1404PEI_21 21
Start up time
(mins)
Comments
Power Engineering International April 2014
21
4/8/14 10:24 AM
Gas Turbine Technical Specifcations
Manufacturer
GE Energy
(Heavy Duty,
Combined Cycle)
Manufacturer
Kawasaki Heavy
Industries
Manufacturer
MAN Diesel & Turbo
Model
Gross plant output
(MW)
Year
Net plant output
(MW)
1x1 6B.03
1987
66
64.8
50.4
7141
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
Model
Gross output
(MW)
Heat rate
(kJ/kWh)
Gross
effciency (%)
Frequency
(Hz)
Shaft speed (rpm)
GPB300D
GPB180D
30.1
8977
40.1
50
Gas Generator Rotor 9330 / Power Turbine Rotor 5600
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
Model
Gross output
(MW)
Net output
(CC) MW
Net output
(SC) MW
Heat rate
(kJ/kWh)
Gross
effciency (%)
Net effciency
(CC) (%)
Frequency
(Hz)
Shaft speed
(rpm)
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
Model
Gross output
(MW)
H-15
17.03
10,409
MHPS
(Simple Cycle)
H-25(32)
32.3
10,341
H-25(35)
37.69
10,292
35.0
1404PEI_22 22
Net heat rate (kJ/kWh)
2x1 6B.03
Manufacturer
22
Net plant effciency
(%)
Power Engineering International April 2014
Heat rate
(kJ/kWh)
Gross effciency
(%)
Frequency (Hz)
Shaft speed (rpm)
34.6
50/60
9710
34.8
50/60
7280
50/60
7280
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4/8/14 10:24 AM
Gas Turbine Technical Specifcations
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 ratio
Turbine inlet
temperature
(C)
Exhaust mass
fow (kg/s)
Exhaust
temperature
(C)
NOx
emissions
(ppmv)
Start up time
(mins)
Weight
(tonnes)
Dimensions
LxWxH
(metres)
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
521
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
Comments
Pressure ratio
Turbine inlet
temperature
(C)
Exhaust mass
fow (kg/s)
Exhaust temperature (C)
NOx emissions
(ppmv)
Weight (tonnes)
Dimensions
LxWxH
(metres)
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
Pressure ratio
Exhaust mass fow (kg/s)
Exhaust temperature (C)
Weight (tonnes)
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
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1404PEI_23 23
Dimensions L x W x H (metres)
Power Engineering International April 2014
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4/8/14 10:24 AM
Gas Turbine Technical Specifcations
Manufacturer
MHPS
(Simple Cycle)
Manufacturer
MHPS
(Combined Cycle)
24
1404PEI_24 24
Gross output
(MW)
Heat rate
(kJ/kWh)
Gross effciency
(%)
Frequency (Hz)
Shaft speed (rpm)
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
Model
Model
Gross output (MW)
Heat rate (kJ/kWh)
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
Power Engineering International April 2014
www.PowerEngineeringInt.com
4/8/14 10:24 AM
Gas Turbine Technical Specifcations
Pressure ratio
Exhaust mass fow (kg/s)
Exhaust temperature (C)
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
7.1 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
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
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1404PEI_25 25
Power Engineering International April 2014
25
4/8/14 10:24 AM
Gas Turbine Technical Specifcations
Model
Gross output
(MW)
FT8 MOBILEPAC
25.4
Manufacturer
PW Power Systems
Manufacturer
Rolls-Royce
Siemens AG
Energy Sector
26
1404PEI_26 26
Net output
(CC) MW
Net output
(SC) MW
Heat rate
(kJ/kWh)
Gross
effciency (%)
34.9
25.2
LHV Gross HR 10,370 kJ/kWh
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
Model
Gross output
(MW)
Net output
(CC) MW
Net output
(SC) MW
Heat rate
(kJ/kWh)
Gross
effciency
(%)
Net effciency
(CC) (%)
Frequency
(Hz)
Shaft speed
(rpm)
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
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
Power Engineering International April 2014
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4/8/14 10:24 AM
Gas Turbine Technical Specifcations
Net effciency (CC) (%)
Shaft speed
(rpm)
Pressure ratio
Exhaust mass fow
(kg/s)
Exhaust
temperature (C)
NOx emissions
(ppmv)
50/60
19.9
88
469
25
Net Effciency LHV = 49.1
50/60
21.3
91
490
25
Net Effciency LHV = 49.6
50/60
21.3
182
490
25
Net Effciency LHV = 49.6
50/60
36.2
176
431
25
Net Effciency LHV = 50
50/60
36.2
351
431
25
Pressure ratio
Turbine inlet
temperature
(C)
Exhaust mass
fow (kg/s)
Exhaust
temperature
(C)
NOx emissions
(ppmv)
Start
up time
(mins)
Weight
(tonnes)
Dimensions
L x W x H (metres)
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 1112F (600C)
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 1112F (600C)
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 1300F (704C)
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 1300F (704C)
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 1112F (600C)
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 1112F (600C)
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 1300F (704C)
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 1300F (704C)
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
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1404PEI_27 27
Frequency (Hz)
Power Engineering International April 2014
27
4/8/14 10:24 AM
Steam Turbine Technical Specifcations
OEM
Alstom
Model
Power rating
Shaft speed
(MW)
(rpm)
Dimensions LxWxH (metres)
Inlet temp.
(oC)
Inlet
pressure
(bar)
Gas fow rate
(m3/h)
GRT
CCPP/Biomass/Industrial applications/
Waste-to-Energy (WtE)/CSP/Conventional
power plants/Geothermal
565
420011,000
3.6 x 14 (30 MW turbine
+ generator, typical)
4.7 x 20 (60 MW turbine +
generator, typical)
540
125
n/a
MT
CCPP/Biomass/Industrial applications/
WtE/CSP/Conventional power plants/
Geothermal
50100+
30003600
Depending on confguration
565
140
n/a
COMAX
Cogneration applications
100400
30003600
Depending on confguration
565
140
n/a
STF15C
Combined-cycle power plants
100250
30003600
Depending on confguration
565/565
165/15
n/a
STF30C
Combined-cycle power plants
150400
30003600
Depending on confguration
585/585
185/45
n/a
STF25
Steam power plants
100350
30003600
Depending on confguration
540/540
540/540
n/a
STF40
Steam power plants
250700
30003600
Depending on confguration
600/620
300/65
n/a
STF60
Steam power plants
500900
30003600
Depending on confguration
600/620
300/65
n/a
STF100
Steam power plants
7001200
30003600
Depending on confguration
600/620
300/65
n/a
STN series
Nuclear applications (full-speed)
100800
30003600
Depending on confguration
250290
4275
Adaptable to
any reactor
ARABELLE
1000
Nuclear applications (full-speed)
8001300
15001800
Depending on confguration
250290
4275
Adaptable to
any reactor
Nuclear applications (full-speed)
13001900
15001800
Depending on confguration
250290
4275
ARABELLE
1700
Ansaldo
Energia
Type/Application
MT10
Combined cycle
40250
50/60 Hz applicable
1-cylinder
Non re-heat
MT20
Combined cycle
150350
50/60 Hz applicable
2-cylinder
Non re-heat
MT15
Combined cycle, Fossil, Solar
90300
50/60 Hz applicable
2-cylinder
Re-heat
RT30
Combined cycle, Fossil
150400
50/60 Hz applicable
3 to 4 cylinder
Re-heat
RT70
Fossil
4001000
50/60 Hz applicable
4 to 5 cylinder
Re-heat
Adaptable to
any reactor
A200
Combined cycle
70220
3000
Up to 538
Up to 103
Up to 750
D200
Combined cycle
180330
3000
Up to 538
Up to 103
Up to 1090
A450
Combined cycle
150290
3000
Up to 600
Up to 131
Up to 750
D400
Combined cycle
230440
3000
Up to 600
Up to 131
Up to 940
A650
Combined cycle
150300
3000
Up to 600
Up to 166
Up to 750
D600
Combined cycle
230550
3000
Up to 600
Up to 166
Up to 1090
D650
Combined cycle
230550
3000
Up to 600
Up to 166
Up to 1090
A200
Combined cycle
50200
3600
Up to 538
Up to 103
Up to 750
D200
Combined cycle
120300
3600
Up to 538
Up to 103
Up to 1090
GE Energy
A450
Combined cycle
100250
3600
Up to 600
Up to 131
Up to 750
D400
Combined cycle
180400
3600
Up to 600
Up to 131
Up to 940
A650
Combined cycle
100260
3600
Up to 600
Up to 166
Up to 750
D600
Combined cycle
180500
3600
Up to 600
Up to 166
Up to 1090
D650
Combined cycle
180500
3600
Up to 600
Up to 166
Up to 1090
Standard
Low-pressure
turbines
Air turbines
MARC 1
MAN Diesel
& Turbo
28
1404PEI_28 28
Power generation
2160
50/60 Hz
Power generation
590
50/60 Hz
CAES (compressed air energy storage)
2590
50/60 Hz
540
140
24
50 Hz
450
65
Combined heat and power (CHP)generation
for Renewable energy and WtE
540
Saturated
steam
140
120
MARC 2
CHP generation for reneable energy and WtE
510
50 Hz
520
90
MARC 4
CHP generation for reneable energy and WtE
820
50 Hz
520
120
MARC 6
CHP generation for reneable energy and WtE
1640
50 Hz
530
120
Power Engineering International April 2014
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4/8/14 10:24 AM
Steam Turbine Technical Specifcations
OEM
Model
ITT-30/40-2,9
ITT-65/75-130/13
Condensing turbine with steam reheat for
industrial purposes and district heating/TPP
Backpresure turbine / TPP
ITT-90/100-
Condensing turbine with steam reheat for
130/13-1M
industrial purposes and district heating/TPP
KT-115-8,8
Siemens AG
Energy Sector
Condensing turbine with steam reheat for
industrial purposes and district heating/TPP
P-50/60-130
P-85-8,8/0,2
Power
Machines
OJSC
Type/Application
Backpresure turbine /TPP
Condensing turbine with steam extraction for
Inlet
Shaft speed
(MW)
(rpm)
30/40
3000
9.8 x 5.3 x 4.3
410
2.9
220
65/75
3000
14.3 x 5.3 x 4.2
555
12.8
400
50/60
3000
8.9 x 3.6 x 4.6
555
12.8
490
91
3000
14.8 x 6.5 x 4
555
12.8
470
85
3000
9.5 x 3.6 x 2.43
535
8.8
450
Dimensions LxWxH (metres)
temp.
(oC)
Inlet pressure
Gas
Power rating
(bar)
fow rate
(m3/h)
115
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
district heating / TPP
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
2.5 x 1.5 x 2
Up to 400
Up to 40
SST-040
Up to 0.3
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
SST-100
Up to 8.5
SST-110
Up to 7
SST-111
Up to 12
SST-150
Up to 20
SST-200
Up to 10
SST-300
Up to 50
SST-400
Up to 7500
8 x 3.7 x 3.4
Up to 131
Up to 480
6 x 2.8 x 3.2
Up to 65
Up to 131
9x4x4
Up to 530
Up to 131
12 x 4 x 5
Up to 505
Up to 103
4 x 2 x 2.5
Up to 520
Up to 110
Up to 12000
12 x 4 x 5
Up to 520
Up to 120
Up to 65
30008000
18 x 8.5 x 5.5
Up to 540
Up to 140
SST-500
Up to 100
Up to 15000
19 x 6 x 5
Up to 400
Up to 30
SST-600
Up to 150
300018,000
19 x 6 x 5
Up to 565
Up to 165
SST-700
Up to 175
300013,200
22 x 15 x 6
Up to 585
Up to 165
SST-800
Up to 250
30003600
20 x 8.5 x 6
Up to 565
Up to 170
SST-900
Up to 250
30003600
20 x 11 x 10
Up to 585
Up to 165
SST-6000
3001200
Up to 600
Up to 300
SST-5000
120750
Up to 600
Up to 190
SST-3000
90250
Up to 565
Up to 177
Up to 540
Up to 140
Up to 540
Up to 140
Up to 540
Up to 140
Up to 580
Up to 165
SKODA MTD20
SKODA MTD25
Single-casing/Fossil, CCPP, Renewables
Single-casing/Fossil, CCPP, Renewables
Up to 35
Up to 45
Up to 13300
8000, 50/60 Hz
applicable
6500, 50/60 Hz
applicable
Up to
15,000
Doosan Skoda
SKODA MTD30
Single-casing/Fossil, CCPP, Renewables
Up to 60
SKODA MTD40
Single-casing/Fossil, CCPP, Renewables
Up to 200
www.PowerEngineeringInt.com
1404PEI_29 29
5500, 50/60 Hz
applicable
3000/3600, 50/60 Hz
applicable
Power Engineering International April 2014
29
4/8/14 10:24 AM
