Gas & Steam Turbine Directory
Gas Turbine Technical Data
MANUFACTURER
Alstom
Power
Anslado Energia
Dresser-Rand
MODEL
Kawasaki Gas
Turbine Europe
GmbH
MAN Diesel &
Turbo SE
Mitsubishi Heavy
Industries3
34
1204PEI_34 34
NET OUTPUT (CC)
MW
NET OUTPUT (SC)
MW
HEAT RATE
(KJ/KWH)
GROSS EFFICIENCY
%
NET EFFICIENCY
(CC) %
FREQUENCY (HZ)
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
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
KG2-3E
1.895
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
16.7
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
GE Energy
HitachiPower
Systems
GROSS OUTPUT
(MW)
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
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
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
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
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April 2012 - PEi
4/16/12 12:15 PM
Gas & Steam Turbine Directory
SHAFT SPEED
(RPM)
PRESSURE RATIO
TURBINE 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
37 x 7 x 10
18 800
4.7
6200
17.9
67.9
549
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
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
PEi - April 2012
1204PEI_35 35
www.peimagazine.com
35
4/16/12 12:15 PM
Gas & Steam Turbine Directory
MANUFACTURER
MODEL
GROSS OUTPUT
(MW)
NET OUTPUT (CC)
MW
NET OUTPUT (SC)
MW
HEAT RATE
(KJ/KWH)
GROSS EFFICIENCY
%
NET EFFICIENCY
(CC) %
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 Turbines
Orenda Aerospace
Corporation
Pratt & Whitney
Power Systems
Rolls-Royce Ltd
36
1204PEI_36 36
OP16-3A
1.91
13 382
26.9
50/60
OP16-3B (DLE)
1.91
13 382
26.9
50/60
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
FT8-3 SwiftPac304a
36.57
26.57
Net plant efficiency
50.6
50/60
FT8-3 SwiftPac604b
74.185
54
Net plant efficiency
51.3
50/60
RB211-G62 DLE
37.7
26.7
7175
Net plant efficiency
50.2
50/60
RB211-GT62 DLE
39.7
28.6
7005
Net plant efficiency
51.4
50/60
RB211-GT61 DLE
42.6
31.1
6820
Net plant efficiency
52.8
50/60
RB211-H63 WLE
54
40.9
7085
Net plant efficiency
50.8
50/60
RB211-H63 WLE
68.3
40.9
7428
Net plant efficiency
40.9
50/60
Trent 60 DLE
64.2
50
6837
Net plant efficiency
52.7%
50
Trent 60 DLE ISI
73.1
58
6790
Net plant efficiency
53
50
Trent 60 DLE
89.4
50
7172
Net plant efficiency
50.2
50
Trent 60 DLE ISI
101.6
58
7245
Net plant efficiency
49.7
50
Trent 60 DLE
64.6
50.4
6855
Net plant efficiency
52.5
60
Trent 60 DLE ISI
72.9
58
6785
Net plant efficiency
53.1
60
Trent 60 DLE
90.3
50.4
7191
Net plant efficiency
50.1
60
Trent 60 DLE ISI
100.9
58
7243
Net plant efficiency
49.7
60
Trent 60 WLE
75.1
59.4
7109
Net plant efficiency
50.6
50
Trent 60 WLE ISI
76.9
62.2
7200
Net plant efficiency
50
50
Trent 60 WLE
102.7
59.4
7389
Net plant efficiency
48.7
50
Trent 60 WLE ISI
107.6
62.2
7481
Net plant efficiency
48.1
50
Trent 60 WLE
75.2
59.4
7056
Net plant efficiency
51%
60
Trent 60 WLE ISI
77.2
62.4
7126
Net plant efficiency
50.5
60
Trent 60 WLE
101.8
59.4
7340
Net plant efficiency
49
60
www.peimagazine.com
April 2012 - PEi
4/16/12 12:15 PM
Gas & Steam Turbine Directory
SHAFT SPEED
(RPM)
PRESSURE RATIO
TURBINE INLET
TEMPERATURE (ºC)
EXHAUST MASS
FLOW (KG/S)
EXHAUST
TEMPERATURE (ºC)
NOx EMISSIONS
(PPMV)
START-UP TIME
(MINUTES)
WEIGHT (TONNES)
DIMENSIONS
LxWxH (METRES)
3000
3000
21
755
587
15
30
480
18 x 6 x 6
23
893
638
25
30
560
18 x 7 x 7
3000
14.7
362
517
50
40
56.2
7 x 4 x 4.7
26000
26000
6.7
8.7
555
15
1.6
2.4 x 1.2 x 1.5
6.7
8.7
555
15
1.7
2.4 x 1.2 x 1.5
3000/1800
/1500
12
951
14.9
435
1210
3000
13.85
1015
31
420
3000/3600
19.57
1075
71.3
433
3000/3600
21.8
1227
87.6
475
PEi - April 2012
1204PEI_37 37
www.peimagazine.com
37
4/16/12 12:15 PM
Gas & Steam Turbine Directory
MANUFACTURER
MODEL
Rolls-Royce Ltd
Trent 60 WLE ISI
SGT6-8000H
Siemens
Solar Gas Turbines
GROSS OUTPUT
(MW)
NET OUTPUT (CC)
MW
NET OUTPUT (SC)
MW
HEAT RATE
(KJ/KWH)
GROSS EFFICIENCY
%
107.4
62.4
7432
Net plant efficiency
48.4
NET EFFICIENCY
(CC) %
FREQUENCY (HZ)
60
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
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 fuels
2
Including generator
3a
All ratings are defined 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 configuration.
4a
1 x FT8-3
4b
2 x FT8-3
38
1204PEI_38 38
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April 2012 - PEi
4/16/12 12:15 PM
Gas & Steam Turbine Directory
SHAFT SPEED
(RPM)
PRESSURE RATIO
TURBINE INLET
TEMPERATURE (ºC)
EXHAUST MASS
FLOW (KG/S)
EXHAUST
TEMPERATURE (ºC)
START-UP TIME
(MINUTES)
WEIGHT (TONNES)
DIMENSIONS
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
140.62
18.1 x 3.7 x 4.2
9.1
4.4 x 1.7 x 3.5
1800
1800
PEi - April 2012
1204PEI_39 39
NOx EMISSIONS
(PPMV)
24.1
68.2
465
www.peimagazine.com
39
4/16/12 12:15 PM
Gas & Steam Turbine Directory
Steam Turbine Technical Data
OEM
Alstom Power
TYPE/APPLICATION
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
STF40
Steam power
250–700
50/60Hz
applicable
STF60
Steam power
500–900
50/60Hz
applicable
STF100
Steam power
700–1200
50/60Hz
applicable
ARABELLE
Nuclear power
up to 1800
50/60Hz
applicable
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
MT10
Combined-cycle
80–160
50/60 Hz
applicable
MT15
Combined-cycle
90–150
50/60 Hz
applicable
MT20
Combined-cycle
150–250
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
Engineered
Multi-stage
500 kW –100 MW
750–18 000
9 models available
Single-stage
1 kW – 3 MW
500–15 000
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
50/60
applicable
N Series
Nuclear power
up to 1500
50/60
applicable
Ansaldo Energia
Dresser-Rand
GE Energy
40
1204PEI_40 40
POWER RATING
(MW)
MODEL
www.peimagazine.com
SHAFT SPEED( RPM)
DIMENSIONS
LXWXH
(METRES)
INLET TEMP
(oC)
INLET PRESSURE
(BAR)
Varies
up to 565
(1050 oF)
Up to 138
(2000 psig)
Varies
up to 540
(1000 oF)
up to125
(1800 psig)
GAS FLOW
RATE (M3/H)
April 2012 - PEi
4/16/12 12:15 PM
Gas & Steam Turbine Directory
OEM
MAN Diesel &
Turbo SE
Siemens
TGM Kanis Turbinen
GmbH
42
1204PEI_42 42
MODEL
TYPE/APPLICATION
POWER RATING
(MW)
Standard
Power Generation
2–160
Low-pressure turbines
Power Generation
Air turbines
DIMENSIONS
LXWXH
(METRES)
INLET TEMP (oC)
INLET PRESSURE
(BAR)
50/60 Hz
applicable
540
140
5–90
50/60 Hz
applicable
saturated steam
1-20
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
5–10
50 Hz applicable
520
90
MARC 4
combined heat and power generation
for RE and WtE
8–20
50 Hz applicable
520
120
MARC 6
combined heat and power generation
for RE and WtE
16–40
50 Hz applicable
530
120
up to 400
up to 40
SHAFT SPEED( RPM)
SST-010
up to 0.11
1.2 x 0.8 x 0.9
SST-040
up to 0.3
2.5 x 1.5 x 2
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
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-500
up to 100
up to 15 000
19 x 6 x 5
up to 400
up to 30
SST-100
up to 8.5
up to 7500
8 x 3.7 x 3.4
up to 480
up to 65
SST-150
up to 20
up to 13 300
12 x 4 x 5
up to 505
up to 103
4 x 2 x 2.5
up to 15 000
up to 131
SST-200
up to 10
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
540
140
540
140
540
140
540
140
Backpressure
reaction turbines
BT20
10
13 600
Condensation
reaction turbines
BT63
100
4300
CT20-30
10
13 600
CT63-100
100
4000
www.peimagazine.com
depending on
power output
depending on
power output
GAS FLOW
RATE (M3/H)
April 2012 - PEi
4/16/12 12:15 PM