Acmenin

2014 Specs (30th Edition)
January-February Vol. 44 No. 1
Editor-In-Chief Robert Farmer
Managing Editor Bruno deBiasi
European Editor Junior Isles
Engineering Editor
Simple cycle power
Harry Jaeger
H-80 gas turbine is nominally rated
at 110.6MW and 37.6% effic ienc y for
Field Editor Michael Asquino
60-Hz and I 12.4MW and 38.2% for 50-Hz applications, page 12
News Editor Margaret Cornett
Marketing Director James Janson
Publisher Victor deBiasi
Subscriptions
Combined cycle power
Peggy Walker
Facsimile (203) 254-3431 [email protected]
On the Cover. GE's high efficiency air­ cooled 9HA gas turbine with a net combined cycle efficiency of more than 61 percent and
Executive Office
1 x l output levels of 592 or 701 megawatts
Gas Turbine World
654 Hiiiside Road Fairlield, CT 06824, USA Telephone (203) 259-1812
4
M701J combined cycle power plant is rated at 687MW net base load output and 5531 Btu/kWh heat rate for 50-Hz power generation, page 25
Simple cycle electric power Updated OEM design performance speci­
Website
fications for production model gas turbines
www.gasturbineworld.com
designed for 50/60-Hz electric power, co­ generation and CHP projects
Advertising Sales
US & Canada-James Janson
Telephone (203) 226-0003 Facsimile (203) 226-0061 [email protected]
Europe - Peter Gilmore
Telephone +44 (0)207 834 5559 [email protected] .com
Japan - Victor deBiasl
(203) 259-1812 Facsimile (203) 254-3431 Telephone
[email protected]
C 2014 Pequol Publishing, Inc. All rights reserved. Reproduction without written permission strictly prohibited. Postmaster, please send Form 3579
lo PO Box 447, Southport , CT 06690
16 Combined cycle poVJer plants Updated OEM design performance specifi­ cations for single and multi-shaft reference plants designed for 50/60-Hz power genera­ tion and combined heat and power projects
Mechanical drive GT6200 gas turbine is nominally rated at 9,253 shp continuous and 34.0% efficiency, with output cou­ pling speed of 12,000 rpm, page 31
28 Mechanical drive gas turbines Updated OEM design performance speci­ fications for direct and geared gas turbine drives for petrochemical process and oil & gas pipeline projects
34 Marine gas turbine engines Updated OEM design performance speci­
Marine propulsion
MT? turboshaft engine is rated at
fications for production model gas turbines
5,365 shp continuous with a specific
marinized for ship propulsion, hovercraft
fuel consumption of 0.400 lb/bp-hr
and shipboard genset projects
(32.2% efficiency), page 34
Gas Turbine World (USPS 944760, ISSN 0746-4134) Is published bimonthly in addition to the GTW Handbook annual by Pequot Publishing Inc. 654 Hiiiside Rd., Fairfield, CT 06824. Canada Post International Mall Product (Canadian Distribution) Sales Agreement No. 0747165. Printed in U.S.A. www.gasturblneworld.com
January - Feb ruary 2014 GTW
Specs
3
Simple Cycle OEM Design Ratings
c
6
Alstom
12
MAPNAGroup
6
Ansaldo Energia
12
Mitsubishi Hitachi PowerSystems
6
Aviadvigatel
12
Mitsui Engineering & Shipbuilding
6
Bharat Heavy Electricals
13
MotorSich
7
Capstone
13
MTU Friedrichshafen
7
CentraxGas Turbine
13
NK Engines
7
Dresser-Rand
13
OPRA
7
GE Energy Aeroderivative
13
Orenda Aerospace
9
GE Power & Water Heavy Duty
14
PW PowerSystems
9
GE Energy Oil and Gas
14
Rolls-Royce
10
Hitachi Zosen
14
Siemens Energy
10
IHI Power Systems
15
Solar Turbines
11
Iskra Energetika
15
Vericor
11
Kawasaki Heavy Industries
15
Zorya-Mashproekt
11
MAN Diesel & Turbo ·---
--
Factory-new gas turbine performance specified by OEM design ratings is not the same as in-service performance. To find out how and why, go to our website at www.gasturbineworld.com
4
January - February 2014 GTW Specs
'
en
2014 GTW Simple Cycle Specs
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Model
Intro Year
ISO B as e Load (kW)
Heat Rate (Btu/kWh)
Efficiency
Pressure Mass Flow Ratio (lb/s ec)
Turbine Speed (rpm)
Exhaus t Temp (F)
Approx Weight
Approx L xW xH
Comments
Alstom (50 Hz) GT11N2 GT13E2
1 993 2012
113 600 kW 1 0 247 Btu 202 700 kW 8 980 Btu
33.3% 38.0%
15.9 18.2
882.0 lb 1 376.0 l b
3610 rpm 3000 rpm
979 F 934 F
419 000 lb 772 000 l b
43 x 18 x33 ft 36 x 1 8 x 1 8 ft
dual fuel burn er av ailable dual f uel burn er av ailable
GT26
201 1
326 000 kW
8 467 Btu
40.3%
35.0
1 526.0 l b
3000 r pm
1 117 F
895 000 l b
39 x 1 6 x1 8 ft
dual fuel burn er av ailable
1 993 2011
1 1 5 400 kW 1 0 066 Btu 230 700 kW 8 531 Btu
33.9% 40.0%
15.9 35.4
882.0 lb 1 1 1 3.0 lb
3600 rpm 3600 rpm
979 F 1 1 07 F
419 0001b 507 000 lb
31 x 1 8 x33ft 35 x 13 x 15 ft
dual fuel burner av ailable dual fuel burner av ailable
Alstom (60 Hz) GT1 1 N2 GT24 Ansaldo Energia AE64.3A
1 996
75 000 kW
9 505 Btu
35.9%
16.7
470.0 lb
3000/3600
1 065 F
220 000 lb
36 x 1 3 x 16 ft
AE64.3A includes gear box
AE94.2 AE94.2K
1981 1981
185 300 kW 170 000 kW
9 421 Btu 9 348 Btu
36.2% 36.5%
12.0 12.0
1 226.0 lb 1 190.0 lb
3000 rpm 3000 rpm
1006 F 1 01 3 F
617 0001b 617 000 lb
46 x41 x28 ft 46 x41 x28 ft
LHV
AE94.3A AE-T100
1 995 ....
310 000 kW 8 573 Btu 100 kW 1 1 362 Btu
39.8% 30.0%
19.5 4.5
1 653.0 lb 2.0 lb
3000 rpm 70000 rpm
1 069 F 518 F
794 000 lb 6 834 lb
43 x20 x26f t 1 3 x3 x6 ft
2004 2007 2012 2008 2013
1 2 300 kW 1 0 469 Btu 1 6 300 kW 9 614 Btu 1 6 400 kW 9 807 Btu 23 000 kW 9 312 Btu 25 500 kW 9 170 Btu
32.6% 35.5% 34.8% 36.7% 37.2%
15.9 19.9 19.5 27.3 28.5
1 0 1 .2 lb 1 24.0 lb 123.7 lb 169.1 lb 1 72.6 lb
6500/3000 3000 rpm 5300/3000 5000/3000 5000/3000
925 F 898 F 923 F 883 F 935 F
296 960 lb 389 400 lb 399 040 lb 467 710 lb 369 495 b l
59 x 1 0 x 14 ft 64 x10 x9ft 68 x1 0 x9 ft 79 x 1 0 x9 ft 79 x 1 0 x9 ft
w/ gearboxand gen losses w/ gearboxand gen losses w/ gearboxand gen losses w/ gearb oxand gen losses w/ gearboxand gen losses
26 300 kW 1 1 990 Btu 43 000 kW 1 0 303 Btu 77 100 kW 9 6 1 1 Btu
28.5% 33.1% 35.5%
1 0.5 12.4 15.6
270.0 lb 312.0 lb 451.0 lb
5094 rpm 5 1 63 rpm 5231 rpm
905 F 1008 F 1 1 09 F
185 220 lb 200 655 lb 231 525 lb
38 x 1 1 x 1 2f t 49 x 1 1 x 1 2 ft 32 x 1 6 x15ft
with standard co mbusto r with standard combustor with DLN co mbusto r
Aviadvigatel GTU-12PG-2 GTE-16PA GTE-16PER GTU-25P GTU-25PA
Bharat Heavy Electricals PG5371 (PA) PG6581(B) PG61 1 1 (FA)
1 988 2000 2003
PG9171 (E) V94.2
1 994 1 997
128 700 kW 157 000 kW
9 952 Btu 9 920 Bt u
34.3% 34.4%
12.8 1 1.1
899.0 lb 1 1 32.0 lb
3000 rpm 3000 rpm
1012 F 1 004 F
617 400 lb 650 475 lb
66 x15 x1 6 ft 46 x41 x28f t
with standard combusto r all ratings o n n atural gas
PG935 1 ( FA) PG9371(FB)
1 996 2004
260 100 kW 297 000 kW
9 099 Bt u 8 782 Btu
37.5% 38.9%
16.7 18.3
1430.0 lb 1420.0 lb
3000 rpm 3000 rpm
1 1 08 F 1 1 84 F
694 400 lb 716 800 lb
74 x16 x18f t 74 x 1 6 x18f t
with DLN co mbusto r with DLN co mbusto r
'
Intro
Model
Year
ISO Base Load (kW)
Heat Rate (Btu/kWh)
Efficiency
Pressure Mass Flow Ratio (lb/sec)
,
Turbine Speed (rpm)
Exhaust Temp (F)
Approx Weight
Approx LxWxH
Comments
Capstone Turbine C30 C65 C200 C600 C800 C1000
1 998 1 999 2008 2010 2009 2010
30 kW 65 kW 200 kW 600 kW 800 kW 1 000 kW
'100 Btu 800 Btu 300 Btu 300 Btu 300 Btu 300 Btu
26.0% 29.0% 33.0% 33.0% 33.0% 33.0%
4.0 4.0 4.0 4.0 4.0 4.0
0.7 lb 1.1 lb 2.9 lb 8.8 lb 11.7 lb 14.7 lb
96000 96000 61 000 61 000 61 000 61 000
rpm rpm rpm rpm rpm rpm
530 F 588 F 535 F 535 F 535 F 535 F
891 lb 1 671 lb 6 120 lb 27 700 lb 32 300 lb 37 200 lb
3 x5 x6 ft 3 x6 x6 ft 6 x1 3 x8 ft 6 x30 x10 ft 6 x30 x1 0 ft 6 x30 x10ft
all pac k aged generato r sets
CX501-KB5 CX501-KB7
1 992 1 993
3 947 kW 11 747 Btu 5 335 kW 10 631 Btu
29.1% 32.0%
10.3 13.9
34.8 lb 46.6 lb
14571 rpm 14571 rpm
1031 F 923 F
85 980 lb 85 980 lb
30 x9 x 1 0 ft 30 x9 x 1 O ft
Rolls-Royce 501 -KB5 Rolls-Royce 501-KB7
CX300 CX400 CX400
201 1 201 1 2012
7 900 kW 1 1 158 Btu 9 817 Btu 12 900 kW 1 4 400 kW 9 647 Btu
31.0% 34.8% 35.4%
13.7 16.9 18.9
66.6 lb 87.0 lb 98.0 lb
14010 rpm 9500 rpm 9500 rpm
1008 F 1031 F 1004 F
126 0001b 165 000 lb 165 000 lb
40 x8 x12 ft 61 x9 x13 ft 61 x9 x13 ft
Siemens SGT-300 Siemens SGT-400 Siemens SGT-400
Trent 60 OLE Trent 60WLE ISi
2011 2011
53 049 kw 66 000 kw
8 055 Btu 8 226 Btu
42.4% 41.5%
33.0 36.0
342.0 lb 396.0 lb
3000 rpm 3000 rpm
81 1 F 780 F
420 0001b 420 0001b
67 x15 x17ft 67 x 1 5 x17ft
Rolls-Royce Trent 60 Rolls-Royce Trent 60
1 895 kW 21 543 Btu 2 000 kW 1 3 381 Btu
16.7% 25.5%
4.7 7.0
33.0 lb 20.9 lb
18800 rpm 25500 rpm
1020 F 1081 F
38 580 lb 35 300 lb
22 x7 x9ft 22 x7 x9ft
36.2% 38.9% 39.1%
17.9 22.4 23.6
1 49.7 lb 190.2 lb 1 98.4 lb
6200 rpm 6200 rpm 6200 rpm
1017 F 979 F 1006 F
88 200 lb 88 200 lb 88 200 lb
30 x14 x 1 5f t 30 x14 x 15 ft 30 x14 x 15 ft
LM2500 gas generato r LM2500+ gas generator LM2500+G4 gas generato r
1981 23 394 kW 9 280 Btu 36.8% 1 995 30 742 kW 8 821 Btu 38.7% 2005 33 175 k W. 8 811 Btu 38.7% 1 994 43 738 kW 8 166 Btu 41.8% 2008 50 447 kW 8 213 Btu 41.6% with standard annular combustor except KG2-3E
1 8.2 22.5 23.0 27.8 30.8
1 53.1 lb 192.2 lb 201.8 lb 279.1 lb 308.0 lb
3600 rpm 3600 rpm 3600 rpm 3600 rpm 3930 rpm
992 F 959 F 978 F 848 F 880 F
88 200 lb 88 200 lb 88 200 lb 83 800 lb 83 8001b
30 x14 x 15 f t 30 x14 x 1 5f t 30 x14 x15f t 27 x 14 x19f t 27 x14 x19f t
LM2500 gas turbine LM2500+ gas turbine LM2500+G4 gas turbine LM6000PC gas turbine LM6000PG gas turbine
13 11 10 10 10 10
3xCC200 4xCC200 5xCC200
Centrax Gas Turbine
Dresser-Rand (50/60 Hz) KG2-3E KG2-3G
1 989 2014
Vectra 30G Vectra 40G Vectra 40G4
2007 1 998 2007
22 767 kW 30 460 kW 33 209 kW
/
Dresser-Rand (60 Hz)
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DR-61G DR-61GP DR-61G4 DR-63G PC DR-63G PG Note: All 0-R models
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GE Energy Aeroderivative (50 Hz)
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9 428 Btu 8 780 Btu 8 737 Btu
LM1 800e
2011
18 100 kW
9 930 Btu
34.4%
15.6
131 .0 lb
3000 rpm
916 F
210 000 lb
57 x9 x 1 0 ft
LM2000PS LM2000PJ LM2500PE LM2500PJ
2000 2000 1981 1981
1 8 363 kW 17 855 kW 23 091 kW 21 846 kW
9 874 Btu 9 707 Btu 9 717 Btu 9 345 Btu
34.6% 35.1% 35.1% 36.5%
15.6 15.6 19.1 19.1
142.7 lb 136.1 lb 157.41b 151 .0 lb
3000 rpm 3000 rpm 3000 rpm 3000 rpm
866 925 963 995
F
210 0001b 2 1 0 000 lb 250 000 lb 250 000 lb
57 x9 x 1 0 ft 57 x9 x 1 0 ft 57 x9 x 1 0 ft 57 x9 x10 ft
F F
F
water injection OLE water injectio n OLE
' CD
Intro Year
ISO Base Load (kW)
Heat Rate (Btu/kWh)
Efficiency
26 190 kW 26 190 kW
9 246 Btu 9 705 Btu
37.0% 35.0%
21.2 21.3
1 995 1 981 2005 2005
29 316 kW 29 962 kW 36 024 kW 32 881 kW
9 287 Btu 8 854 Btu 9 184 Btu 8 774 Btu
36.7% 38.5% 37.2% 38.9%
LM6000PC LM6000PC Sprint
1 997 1 998
43 339 kW 50 836 kW
8 519 Btu 8 458 Btu
LM6000PD LM6000PD Sprint LM6000PF LM6000PF Sprint
1 997 2000 2006 2006
42 732 kW 47 505 kW 42 732 kW 48 040 kW
8 8 8 8
LM6000PG LM6000PH LMS100PA LMS100PB
2008 2009 2006 2010
53 500 kW 51 000 kW 103 200 kW 100 400 kW
<-
Model
.;;:
GE Energy Aeroderivative (50 Hz) (cont'd)
� rr 2 ' .;;:
TM2500+ TM2500+
g
LM2500PK LM2500PR LM2500+ RC LM2500+ RD
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Pressure Mass Flo w (lb/sec) Ratio
l
Turbine Speed (r p m)
Exhaust Temp (F)
1 84.5 lb 187.21b
3000 rpm 3000 rpm
925 F 879 F
1 9.1 19.4 23.0 23.0
1 96.6 lb 191.3 lb 213.0 lb 201.0 lb
3000 3000 3000 3000
rpm rpm rpm rpm
91 1 F 982 F 945 F 977 F
250 000 lb 250 000 lb 250 000 lb 250 000 lb
57 x9 x 1 0 ft 57 x 1 0 x23 ft 65 x 1 0 x23 ft 65 x 1 0 x23 ft
water i njection OLE water injection OLE
40.1% 40.3%
29.8 31.9
283.2 lb 296.9 lb
3000 rpm 3000 rpm
803 F 835 F
673 370 lb 673 370 lb
65 x 14 x1 5 ft 65 x 14 x15 ft
water injection water injection
173 Btu 162 Btu 173 Btu 151 Btu
41 .7% 41.8% 41 .7% 41 .7%
29.8 31.7 29.8 3 1 .9
274.8 lb 290.0 lb 274.8 lb 290.8 lb
3000 3000 3000 3000
rpm rpm rpm rpm
844 F 835 F 844 F 840 F
673 370 lb 673 370 lb 673 370 lb 673 370 lb
65 x 1 4 x 15 ft 65 x 1 4 x 1 5 ft 65 x 1 4 x 1 5 ft 65 x 1 4 x 1 5 ft
OLE OLE DLE, 15 ppm NOx OLE
8 582 Btu
39.8%
317.3 lb 482.8 lb 485.0 lb
rpm rpm rpm rpm
673 370 lb 673 370 1b
43.6% 44.1%
3000 3000 3000 3000
862 F
7 830 Btu 7 730 Btu
30.0 32.1 4 1 .0 40.0
65 x 1 4 x 1 5 ft 65 x 1 4 x 1 5 ft 1 30 x20 x54 ft 130 x20 x54 ft
water injection DLE water injection OLE
Approx Weight
App rox LxWxH
Comments
trailer-mounted trailer-mo unted
756 F 775 F
GE Energy Aeroderivative (60 Hz) LM1 800e
201 1
1 8 100 kW
9 930 Btu
34.4%
15.6
1 3 1 .0 lb
3600 rpm
916 F
210 000 lb
57 x9 x 1 0 ft
LM2000PS LM2000PJ
2000 2000
1 8 4 1 2 kW 17 657 kW
9 874 Btu 9 707 Btu
34.6% 35.1%
15.6 15.6
142.7 lb 136.1 lb
3600 rpm 3600 rpm
860 F 918 F
210 000 lb 210 000 lb
57 x9 x 1 0 ft 57 x9 x 1 0 ft
water injectio n OLE
LM2500PE LM2500PJ LM2500PK LM2500PR
1981 1981 1 995 1981
24 049 22 719 30 982 30 464
kW kW kW kW
g 717 Btu 9 345 Btu 9 287 Btu 8 854 Btu
35.1% 36.5% 36.7% 38.5%
19.1 19.1 19.1 19.4
157.4 lb 1 5 1 .0 lb 1 96.6 lb 1 91 .3 lb
3600 rpm 3600 rpm 3600 rpm 3600 rpm
955 F 987 F 906 F 960 F
250 000 lb 250 000 lb 250 000 lb 250 000 lb
57 x9 x 1 0 ft 57 x9 x 1 0 ft 57 x9 x1 0 ft 57 x9 x 1 0ft
water injection OLE water injection DLE
30 688 kW 30 988 kW
8 830 Btu 9 285 Btu
39.0% 37.0%
22.5 22.8
1 92.2 lb 1 96.6 lb
3600 rpm 3600 rpm
959 F 906 F
TM2500+ TM2500+
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trailer-mo unted trailer-mounted
LM2500+ RC LM2500+ RD
2005 2005
36 333 kW 33 165 kW
9 184 Btu 8 774 Btu
37.2% 38.9%
23.0 23.0
213.0 lb 201.0 lb
3600 rpm 3600 rpm
945 F 977 F
250 000 lb 250 000 lb
65 x 1 0 x 1 0 ft 65 x 10 x 10 ft
water injection DLE
LM6000PC LM6000PC Sprint LM6000PD LM6000PD Sprint
1 997 1 998 1 997 2000
48 843 kW 50 526 kW 43 068 kW 47 383 kW
8 519 Btu 8 458 Btu 8 173 Btu 8 162 Btu
40.1% 40.3% 4 1 .7% 4 1 .8%
29.8 31.9 29.8 31.7
283.2 lb 296.9 lb 274.8 lb 290.0 lb
3600 3600 3600 3600
810 838 851 838
532 080 lb 532 080 lb 532 080 lb 532 080 lb
56 x 1 4 56 x 1 4 56 x 1 4 56 x 14
water injection water injection OLE DLE
_
rpm rpm rpm rpm
F F F F
x 15 ft x 15ft x 15 ft x 15 ft
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'
Model
Intro Year
ISO Base Load {kW)
Heat Rate (Btu/kWh)
Efficiency
Pressure Mass Flow Ratio (lb/sec)
1'
Turbine Speed (rpm)
Exhaust Temp (F)
Approx Weight
Approx Lx W x H
Comments
GE EnergyAeroderivative (60 Hz} (cont'd) LM6000PF LM6000PF Sprint LM6000PG LM6000PH
2006 2006 2008 2009
43 068 kW 48 092 kW 53 500 kW 51 000 kW
LMS1 00PA LMS1 00PB
2006 2010
103 500 kW 99 400 kW
8 8 8 8
173 Btu 151 Btu 582 Btu 020 Btu
41 .7% 41 .9% 39.8% TBD
29.8 31.9 30.0 32.1
274.8 lb 290.8 lb 317.3 lb 300.0 lb
3600 rpm 3600 rpm 3600 rpm 3600 rpm
851 846 862 896
F F F F
532 080 lb 532 080 1b 673 370 lb TBD
56 x 1 4 x1 5 ft 56 x 1 4 x15ft 65 x 1 4 x 1 5ft TBD
OLE, 1 5 ppm NOx DLE water i njection OLE
7 8 1 5 Btu 7 695 Btu
43.6% 44.3%
41.0 40.0
480.0 lb 475.0 lb
3600 rpm 3600 rpm
760 F 789 F
TBD TBD
109 x78 x54 ft 109 x78 x54ft
water injection OLE
43 100 kW 10 180 Btu 79 200 kW 9 470 Btu
33.5% 36.0%
12.7 16.1
320.0 lb 472.0 lb
5163 rpm 5231 rpm
1 003 F 1 097 F
443 000 lb 508 000 lb
79 x1 3 x 14f t 74 x1 2 x1 5 ft
av ai lable in 50 & 60 Hz av ai lable in 50 & 60 Hz
GE Power & Water Heavy Duty (50/60 Hz} 6B.03 6F.03
1 978 2003
GE Power & Water Heav Duty (50 Hz} 9E.03 9F.03 9F.05
1 992 1996 2003
1 30 000 kW 265 000 kW 299 000 kW
9 860 Btu 9 020 Btu 8 8 1 0 Btu
34.6% 37.8% 38.7%
12.9 16.7 18.3
917.0 lb 1 466.0 lb 1 470.0 lb
3000 rpm 3000 rpm 3000 rpm
1007 F 1 1 03 F 1 1 83 F
820 000 lb 1 281 000 1b 1 447 000 lb
70 x1 7 x 17 ft 92 x17 x17ft 93 x 17 x 17 ft
9HA.01 9HA.02
201 1 2014
397 ooo kW 470 000 kW
8 220 Btu 8 220 Btu
41.5% 41 .5%
21.8 2 1 .8
1822.0 lb 2 1 57.0 lb
3000 rpm 3000 rpm
1 146 F 1 146 F
1 900 000 lb 2 1 00 000 lb
1 00 x 1 9 x1 9 ft 1 09 x20 x21 f t
90 000 kW 1 0 060 Btu 187 000 kW 8 850 Btu 8 680 Btu 227 000 kW
33.9% 38.6% 39.3%
12.8 1 6.2 18.4
644.0 lb 993.0 lb 1 174.0 lb
3600 rpm 3600 rpm 3600 rpm
1014 F 1 1 14 F 1 1 22 F
600 000 lb 960 000 lb 1 060 000 lb
66 x 1 2 x 1 2 ft 78 x24 x 1 4 ft 78 x24 x 14 ft
2012 275 000 kW 8 240 Btu 41 .4% 21.5 1 269.0 lb 7HA.01 7HA.02 2014 330 000 kW 8 240 Btu 41.4% 21.5 1 522.0 lb Note: All GE Heav y Duty models with i nlet loss, exhaust loss and s haft driv en auxiliaries losses
3600 rpm 3600 rpm
1 145 F 1 145 F
1 200 000 lb 1 320 000 lb
82 x 1 5 x23 ft 90 x1 7 x20 ft
900 F 916 F
74 960 l b 4 1 890 lb
30 x8 x20 ft 27 x1 1 x 1 2 ft
GE Power & Water Heavy Duty (60 Hz} 7E.03 7F.04 7F.05
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1 984 2009 2009
GE Energy Oil & Gas (50/60 Hz) GE10-1 PGT16
2000 1989
1 1 250 kW 1 0 867 Btu 1 3 720 kW 9 758 Btu
31 .4% 35.0%
15.5 20.2
1 04.7 lb 104.3 lb
1 1 000 rpm 7900 rpm
PGT20 PGT25 PGT25+ PGT25+G4
2002 1 981 1 996 2005
1 7 464 kW 22 41 7 kW 30 226 kW 33 057 kW
9 _704 Btu 9 401 Btu 8 6 1 0 Btu 8 530 Btu
35.2% 36.3% 39.6% 40.0%
1 5.7 17.9 21.5 23.2
1 37.9 lb 1 51 .9 lb 1 85.8 lb 1 97.7 lb
6500 rpm 6500 rpm 6 1 00 rpm 6100 rpm
887 976 932 950
F F F F
83 005 lb 83 005 lb 67 790 lb 68 010 lb
30 x 1 1 x 1 1 ft 30 x 1 1 x 1 1 ft 21 x 1 2 x 13ft 21 x 12 x 13 ft
LM6000PD LM6000PF LM6000PG
1 997 2006 2008
43 069 kW 43 069 kW 51 204 kW
8 173 Btu 8 173 Btu 8 142 Btu
41.7% 41 .7% 41 .9%
28.0 28.0 30.0
275.0 lb 275.0 lb 317.3 lb
3600 rpm 3600 rpm 3600 rpm
851 F 851 F 878 F
68 3451b 68 345 1b 65 645 lb
31 x14 x14ft 31 x 1 4 x14ft 32 x 15 x 15 ft
DLE 25 ppm Nox OLE 15 ppm Nox
LMS100
2005
98 196 kW
7 580 Btu
45.0%
40.0
456.0 lb
3600 rpm
782 F
201 000 1b
59 x 1 5 x1 5 ft
OLE
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Model
Intro Year
ISO Base Load (kW)
Heat Rate (Btu/kWh)
Efficiency
Pressure Mass Flow Ratio (lb/sec)
Turbine Speed (rpm)
Exhaust Temp (F)
Approx Weight
LxW x H
Approx
Comments
GE Energy Oil & Gas (Frame units)
�
MS5001 MS5002E MS600 1 B
1 987 2003 1 978
26 830 kW 1 2 025 Btu 31 100 kW 9 748 Btu 42 100 kW 1 0 644 Btu
28.4% 35.0% 32.1%
10.5 17.0 12.2
276.1 lb 225.0 lb 31 1 .0 lb
5094 rpm 5714 rpm 5 1 63 rpm
901 F 952 F 1 01 6 F
192 7501b 257 940 lb 21 1 645 lb
38x 1 1 x 1 2 ft 56x 1 1 x 1 3 ft 52x 1 1 x 12 ft
MS heavy frame series OLN-2
:;;'.
MS7001EA
1 984
85 400 kW 1 0 417 Btu
32.7%
12.7
652.5 lb
3600 rpm
995 F
266 760 lb
38x 1 1 x 1 2 ft
60 Hz
MS9001E 1976 1 26 100 kW 10 094 Btu 33.8% 12.7 921.0 lb Note: All GE Oil & Gas units with standard co mbusto r; weig hts and sizes without enclosure
3000 rpm
1004 F
479 505 lb
73x 1 5x 21 ft
50 Hz
1 270 lb 1 691 lb 1 270 lb
7x3x3 ft 9x4x3 ft 8x3x3 ft
R-R 501-KB5S, steam inj. R-R 501 -KB7S, steam inj. R-R 501-KH5, gas fuel
F F F F
4 409 lb 31 228 lb
8x3x3 ft 19x8x9ft
dry low NOx
871 F 876 F
16 240 lb 1 6 240 lb
1 6x7x7 ft 1 6x7x7 ft
N 0 G>
�
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�
Hitachi Zosen GT10 GT13 VHP6
2006 2006 2006
4 130 kW 1 1 582 Btu 5 600 kW 1 0 646 Btu 6 260 kW 8 847 Btu
29.5% 32.1% 38.6%
10.4 14.3 12.5
34.3 lb 47.0 lb 40.0 lb
1 4200 rpm 14600 rpm 14600 rpm
1 050 F 940 F 991 F
1013 958 884 878
IHI Power Systems (50/60 Hz) I M270 LM2500RB LM6000PH LM6000PH Sprint
1 996 2006 2010 2010
2 000 kW 1 3 880 Btu 31 970 kW 8 720 Btu 49 009 kW 8 323 Btu 8 316 Btu 51 342 kW
24.6% 39.2% 41 .0% 41 .0j'o
12.2 23.0 35.0 35.0
21.3 lb 193.9 lb 305.5 lb 308.5 lb
20300 rpm 6100 rpm 3930 rpm 3930 rpm
LM6000PG LM6000PG Sprint
2009 2009
54 621 kW 55 985 kW
8 365 Btu 8 490 Btu
40.8% 40.2%
35.0 35.0
315.9 lb 321 .8 lb
3930 rpm 3930 rpm
IHI Power Systems (50 Hz) LM2500PE LM2500PK LM2500PR LM2500RO LM2500RC
1 976 1 998 1981 2005 2005
21 900 kW 1 0 290 Btu 28 440 kW .} 150 Btu 9 281 Btu 29 642 kW 32 612 kW 8 916 Btu 35 788 kW 9 203 Btu
33.2% 37.3% 36.8% 38.3% 37.1%
20.0 23.0 23.0 23.0 23.0
154.3 lb 1 8 1 .2 lb 1 95.1 lb 203.7 lb 212.2 lb
3000 3000 3000 3000 3000
rpm rpm rpm rpm rpm
986 F 952 F 982 F 1009 F 981 F
7 815 lb 8 485 lb
1 5x6x6ft 1 6x6x6ft
LM6000PC LM6000PC Sprint
1 997 1 997
43 367 kW 48 7 1 8 kW
8 516 Btu 8 477 Btu
40.1% 40.3%
30.0 30.0
282.0 lb 293.4 lb
3000 rpm 3000 rpm
821 F 839 F
1 5 498 lb 1 5 498 lb
1 6x7x7 ft 16x7x7 ft
LM6000PO LM6000PO Sprint
1 997 1 997
42 547 kW 47 482 kW
8 273 Btu 8 256 Btu
4 1 .2% 4 1 .3%
31.0 31.0
274.8 lb 290.8 lb
3000 rpm 3000 rpm
851 F 846 F
1 9 1 58 lb 1 9 158 lb
16x7x7 ft 1 6x7x7ft
OLE OLE
LM6000PF LM6000PF Sprint
2006 2006
42 547 kW 47 482 kW
8 273 Btu 8 256 Btu
4 1 .2% 4 1 .3%
31.0 31.0
274.8 lb 290.8 lb
3000 rpm 3000 rpm
851 F 846 F
19 158 lb 1 9 158 lb
1 6x7x7 ft 1 6x7x7 ft
OLE OLE
22 800 kW 28 500 kW
9 960 Btu 8 660 Btu
34.3% 39.4%
20.0 23.0
154.3 lb 176.1 lb
3600 rpm 3600 rpm
968 F 937 F
7 8 1 5 lb 8 485 l b
1 5x6x6ft 16x6x6 ft
IHI Power Systems (60 Hz) LM2500PE LM2500PK
1976 1998
c 'I
Model
Intro Year
ISO Base Load (kW)
Heat Rate (Btu/kWh)
Efficiency
Pressure Mass Flow Ratio (lb/sec)
Turbine Speed (rpm)
Exhaust Temp (F)
Approx Weight
Approx Lx W x H
Comments
IHI Power Systems (60 Hz) (cont' d) LM2500PR LM2500RD
1981 2005
30 530 kW 32 941 kW
8 835 Btu 8 826 Bt u
38.6% 38.7%
23.0 23.0
191.3 b 1 200.9 lb
3600 rpm 3600 rpm
960 F 981 F
LM6000RC
2005
36 150 kW
9 1 1 1 Btu
37.4%
23.0
2 1 1 .81b
3600 rpm
966 F
LM6000PC LM6000PC Sprint
1 997 1 997
43 805 kW 49 210 kW
8 431 Btu 8 392 Btu
40.5% 40.7%
30.0 30.0
282.0 b l 293.4 lb
3600 rpm 3600 rpm
821 F 839 F
1 5 498 b 1 1 5 498 b l
1 6 x7 x7 ft 1 6 x7 x7 ft
LM6000PD LM6000PD Sprint
1 997 1 997
42 977 kW 47 961 kW
8 190 Btu 8 174 Btu
41 .7% 41.7%
31 .0 31.0
274.8 lb 290.8 b l
3600 rpm 3600 rpm
851 F 846 F
19 158 b l 1 9 1 58 b l
1 6 x7 x7ft 16 x7 x7 ft
DLE DLE
LM6000PF LM6000PF Sprint
2006 2006
42 977 kW 47 961 kW
8 190 Btu 8 174 Bt u
41 .7% 41.7%
31.0 31.0
274.8 b l 290.8 b l
3600 rpm 3600 rpm
851 F 846 F
1 9 158 b l 1 9 158 b l
1 6 x7 x7ft 1 6 x7 x7ft
DLE OLE
1 999 2001 2001 2001
4 100 kW 14 132 Btu 6 200 kW 1 2 782 Btu 1 2 000 kW 10 242 Btu 1 6 000 kW 9 787 Btu
24.2% 26.7% 33.3% 34.9%
7.1 8.7 1 5.8 19.9
65.0 lb 73.9 lb 1 03.8 b l 1 25.9 b l
5500/3000 5500/3000 6500/3000 5500/3000
792 F 892 F 878 F 900 F
352 734 b l 352 734 b l 573 192 b l 573 192 b l
Iskra Energetika GTES-4 GTES-6 GTES-12 GTES-16
82 x21 82 x 21 75 x41 82 x41
x25 ft x25 ft x34 ft x34ft
PMZ GTU -4P PMZ GTU-6P PMZ GTU-12P PMZ GTU -16P
Kawasaki Heavy Industries M 1 A-13A M1A-13D M1A-17D
1 989 1 995 2010
1 485 kW 14 095 Btu 1 485 kW 1 4 238 Btu 1 685 kW 1 2 841 Btu
24.2% 24.0% 26.6%
9.4 9.6 10.5
17.7 b l 17.5 b l 17.7 b l
1 500/1800 1500/1800 1 500/1800
969 F 987 F 970 F
7 209 b l 7 518 b l 7 826 b l
8 x5 x7 ft 8 x4 x7ft 10 x5 x7ft
M1T-13A M1T-13D
1 989 1 995
2 930 kW 1 4 298 Btu 2 930 kW 14 444 Btu
23.9% 23.6%
9.4 9.5
35.5 b l 35.1 lb
1 500/1800 1500/1800
970 F 988 F
1 3 668 b 1 1 3 801 b l
8 x7 x6 ft 8 x7 x7ft
M7A-01 M7A-02
1 993 1 997
5 530 kW 6 800 kW
1 1 510 Bt u 1 1 250 Btu
29.6% 30.3%
13.1 15.9
47.9 lb 59.5 lb
1 500/1800 1500/1800
1013 F 960 F
9 921 b l 1 1 023 b 1
1 2 x5 x6 ft 1 2 x5 x6 ft
all output at electric g enerator termi nals with g enerator eff iciency of 95% and 97% for M7A-01and -02
M7A-0 1 D M7A-02D M7A-03D
1 993 1 997 2006
5 470 kW 1 1 550 Btu 6 740 kW 1 1 270 Btu 7 800 kW 1 0 190 Btu
29.5% 30.3% 33.6%
13.1 15.9 15.6
47.8 b l 59.5 bl 59.9 bl
1 500/1800 1 500/1800 1 500/1800
1 007 F 955 F 973 F
1 0 340 b l 1 1 470 b l 1 2 700 b l
1 2 x5 x6 ft 1 2 x5 x6 ft 1 4 x5 x6 ft
98% for M7A-03D, L20A 98.5% for L30A, M1A-13D, -170, M1T-1 3D, M7A-01 D,
� �
L20A L30A
2001 2012
1 8 522 kW 30 120 kW
9 948 Btu 8 502 Btu
34.3% 40.1%
18.6 24.9
131 .8 b l 1 95.6 b l
1 500/1800 1 500/1800
1006 F 878 F
35 274 b l 68 343 b l
22x7 x9ft 24 x1 1 x1 2ft
�
MAN Diesel & Turbo 2012 1980 2004
6 520 kW 1 0 660 Btu 1 0 080 kW 1 1 690 Btu 1 2 000 kW 1 1 170 Btu
32.0% 29.2% 30.5%
15.0 10.0 11.0
6 1 .7 bl 1 02.5 b l 1 08.0 b l
12000 rpm 9000 rpm 9000 rpm
869 F 914 F 959 F
169 785 bl 169 785 bl
52 x9 x17ft 52 x1 2 x21ft
' :>
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�
2
'
G> fJl
-g !;l
:::!
MGT6100 THM1304-10N THM1 304-12N
weig hts and size including reduction gearb ox, fuel/lub e oil an d start
L20A & L30A with dry low NOxc omb usti on
mature ratings
'
... I)
Model
Intro Year
ISO Base Load {kW)
Heat Rate {Btu/kWh)
Efficiency
1981
162 180 kW
9 922 Btu
34.4%
1 1 .7
� c: ..
MAPNA Group
.,
SGT5-2000E(5)
2 .. -<
Mitsubishi Hitachi Power Systems (50/60 Hz)
-< I
' 0-
� �
�
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Pressure Mass Flow Ratio (lb/sec)
,
Turbine Speed {rpm)
Exhaust Temp (F)
Approx Weight
App rox LxWxH
1180.0 lb
3000 rpm
998 F
650 400 lb
46 x41 x28 ft
440 000 661 000 900 000 900 000
lb lb lb lb
� x� x�ft � x� x�ft � x� x�ft � x� x�ft
21 605 lb 48 501 lb 14 771 lb 110 229 lb
12 x8 x 1 0f t 1 8 x9 x8ft 23 x 8 x 8 ft 25 x 1 2 x1 1 f t
H-15 H-25(32) H-25(35) H-25(42)
1 990 2003 2008 2014
17 030 kW 32 300 kW 37 690 kW 42 030 kW
9 866 Btu 9 802 Btu 9 755 Btu 9 163 Btu
34.6% 34.8% 35.0% 37.2%
14.8 14.8 17.3 17.3
117.5 1b 212.9 lb 247.1 lb 244.7 lb
9710 rpm 7280 rpm 7280 rpm 7280 rpm
MF-61 MF-111 MFT-8 MF-221
1 989 1 985 1994 1 994
5 925 kW 11 910 Btu 14 570 kW 11 020 Btu 26 780 kW 8 820 Btu 30 000 kW 10 670 Btu
28.7% 31.0% 38.7% 32.0%
1 5.0 1 5.0 21.0 1 5.0
60.0 lb 1 2 1 .0 lb 190.0 lb 238.0 lb
1 3800 rpm 9660 rpm 5000 rpm 7200 rpm
925 F 986 F 867 F 991 F
1032 1043 1033 1033
F F F F
Mitsubishi Hitachi Power Systems (50 Hz) H-80
2010
112 440 kW
8 929 Btu
38.2%
19.3
679.4 lb
3000 rpm
1 002 F
1 241 000 lb 120 x40 x50f t
M701 DA M701F4 M701G2 M701F5
1 981 1 992 1997 1 992
144 090 kW 324 300 kW 334 000 kW 359 000 kW
9 81 0 8 556 8 630 8 530
Btu Btu Btu Btu
34.8% 39.9% 39.5% 40.0%
14.0 18.0 21.0 21.0
972.0 lb 1570.0 lb 1 625.0 lb 1 570.0 lb
3000 rpm 3000 rpm 3000 rpm 3000 rpm
1 008 F 1 097 F 1089 F 1 1 31 F
440 917 lb 922 633 lb 925 926 lb 1 058 220 lb
41 x1 7 x17 ft 57 x 1 9 x19ft 60 x20 x20 ft 57 x 1 9 x19 ft
M701JAC M701J
2015 2014
445 000 kW 470 000 kW
<8325 Btu 8 325 Btu
>41% 41 .0%
23.0 23.0
1 900.0 lb 1 900.0 lb
3000 rpm 3000 rpm
1139 F 1 1 80 F
1 234 590 lb 1 234 590 lb
60 x23 x23 ft 60 x23 x23 ft
1 241 000 lb
120 x40 x50 ft
Mitsubishi Hitachi Power Systems (60 Hz) H-80
2010
1 1 0 610 kW ...-9 084 Btu
37.6%
19.2
677.2 lb
3600 rpm
1014 F
M501DA M501F3 M501G1 M501GAC
1 980 1 989 1 997 201 1
1 1 3 950 1 85 400 267 500 276 000
34.9% 37.0% 39.1% 39.8%
14.0 16.0 20.0 20.0
763.0 lb 101 1 .0 lb 1 320.0 lb 1 320.0 lb
3600 rpm 3600 rpm 3600 rpm 3600 rpm
1009 1 1 36 1 11 3 1 143
F F F F
319 665 1b 429 894 1b 734 140 lb 595 250 lb
38 x 1 9 x14rt 46 x15 x15ft 50 x18 x 1 8f t 50 x18 x 18 ft
M501JAC 2015 3 1 0 000 kW <8325 Btu >41% 41 .0% 327 000 kW 8 325 Btu 201 1 M501 J Note: All MHPS ratings o n natural gas with inlet and exhaust losses
23.0 23.0
1 320.0 lb 1 320.0 lb
3600 rpm 3600 rpm
1 135 F 1 176 F
698 870 lb 698 870 lb
50 x18 x 1 8ft 50 x 1 8 x 1 8f t
10.0 10.0 1 2.5
1 1 .0 lb 32.0 lb 72.5 lb
26600 rpm 13070 rpm 1 1 380 rpm
918 F 916 F 936 F
2 205 lb 1 4 109 lb 41 446 lb
6 x5 x3ft 10 x5 x1 0 ft 1 6 x8 x1 2 ft
kW kW kW kW
9 780 Btu 9 230 Btu 8 730 Btu 8 574 Btu
Mitsui Engineering & Shipbuilding SB5 SB15 SB30E
1 987 1 986 1 995
1 080 kW 2 720 kW 7 330 kW
1 3 390 Btu 1 3 330 Btu 12 200 Btu
25.5% 25.6% 28.0%
Comments
V94.2 design
shaf t output rati ngf o r MFT-8
Intro Year
Model
ISO Base Lo ad (kW)
Heat Rate (Btu/kWh)
Efficiency
Pressure Mass Flo w Ratio (lb/sec)
Turbine Speed (rpm)
Exhaust Temp (F)
Approx Weight
Approx LxWxH
Co mments
Mitsui Engineering & Shipbuilding (cont'd) MSC40 MSC50 MSC60 MSC70
1 970 1 985 1 989 1 994
3 513 kW 1 2 229 Btu 4 600 kW 1 1 628 Btu 5 670 kW 10 832 Btu 7 964 kW 9 957 Btu
27.9% 29.3% 31 .5% 34.3%
9.7 10.3 1 1 .7 15.0
41.9 lb 42.1 lb 48.0 lb 59.3 lb
1500/1800 1 500/1800 1 500/1800 1 500/1800
829 F 949 F 951 F 946 F
59 524 lb 59 524 lb 59 524 lb 1 16 843 lb
29x8x 10 ft 29x8x 10 ft 29x8x 1 0 ft 41 x9x 1 1 ft
Centaur 40 Centaur 50 Taurus 60 Taurus 70
MSC90 MSC100 MSC130
1 987 1 989 2000
9 459 kW 10 708 Btu 1 1 347 kW 1 0 365 Btu 1 5 000 kW 9 694 Btu
31 .9% 32.9% 35.2%
16.2 17.1 17.1
88.5 lb 93.8 lb 1 02.6 lb
1 500/1800 1 500/1800 1 500/1800
868 F 902 F 925 F
149 9 1 2 lb 149 912 lb 198 633 lb
48x9x 1 1 ft 48x9x 1 1 ft 47x10x1 3 ft
Mars 90 Mars 100 Titan 130
1 999 1991 1997 2001
1 100 kW 1 3 655 Btu 2 500 kW 14 224 Btu 6 300 kW 1 1 012 Btu 8 000 kW 1 0 735 Btu
25.0% 24.0% 31 .0% 31.8%
7.5 9.0 1 5.3 17.5
16.1 lb 42.7 lb 70.4 lb 8 1 . 1 lb
1 5000 rpm 1 2300 rpm 8560 rpm 8560 rpm
790 F 968 F 808 F 846 F
639 lb 2 646 lb 3 241 lb 3 241 lb
7x2x2 ft 1 1 x3x4 ft 1 3x4x4ft 1 3x4x4ft
natural gas fuel dual fuel gas fuel gas fuel
37.5% 37.4% 39.4% 39.4%
1 8.2 1 8.0 22.8 23.1
1 53.0 lb 1 5 1 .0 lb 1 89.0 lb 201 .0 lb
3600/1 500 3600/1 500 3600/1500 3600/1500
991 986 961 981
F F
7 817 lb 8 637 lb 9 281 lb 10 401 lb
1 5x6x6 ft 1 5x6x6 ft 1 6x6x6 ft 16x6x6 ft
SAC OLE OLE OLE
3600/1500 3600/1500 3600/1 500 3600/1 500
851 F 838 F 851 F 846 F
19 565 lb 19 565 lb 19 565 lb 1 9 565 lb
16x7x7ft 1 6x7x7ft 1 6x7x7 ft 16x7x7 ft
OLE OLE OLE OLE
Motor Sich TV3-137 Al-20DME GTE-6.3/MS GTE-8/MS MTU
Friedrichshafen
LM2500 (PE) LM2500 (PJ) LM2500+ (PR) LM2500+G4 (RD)
1 973 1 973 1 996 2005
23 862 kW 23 291 kW 31 154 kW 33 6 1 3 kW
9 094 Btu 9 1 1 6 Btu 8 658 Btu 8 650 Btu
LM6000 PD 1991 275.0 lb 28.0 8 027 Btu 42.5% 43 854 kW LM6000 PD Sprint 1 997 29.7 290.0 lb 48 219 kW 8 020 Btu 42.5% LM6000 PF 275.0 lb 28.0 2004 43 854 kW 42.5% 8 027 Btu 29.8 291.0 lb 42.6% 48 939 kW 8 0 1 0 Btu LM6000 PF Sprint 2004 Note: All MTU ratings include 3.5% gearboxand generator losses, but not inlet and exhaust losses
F F
NK Engines NK-37 c.... ., :0 c
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� 2 �
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�
� :g
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- 9 376 Btu
36.4%
23.1
223.0 lb
3000/3600
797 F
21 790 lb
17x7x7 ft
2004 2004 2004
1 9 1 0 kW 12 684 Btu 1 9 1 0 kW· 12 684 Btu 1 9 1 0 kW 12 684 Btu
26.9% 26.9% 26.9%
6.7 6.7 6.7
1 9.2 lb 1 9.2 lb 19.2 lb
26000 rpm 26000 rpm 26000 rpm
1 032 F 1032 F 1 032 F
3 594 lb 3 594 lb 4 325 lb
8x4x5 ft 8x4x 5 ft 8x4x5 ft
1 994 1 993 2002
2 670 kW 6 200 kW 8 300 kW
12 780 Btu 11 299 Btu 10 597 Btu
26.7% 30.2% 32.2%
12.0 14.0 17.0
33.1 lb 68.3 lb 74.3 lb
1500/1800 3000/3600 3000/3600
860 F 797 F 891 F
5 512 lb 9 921 lb 1 1 023 lb
1 0x4x7 ft 1 5x6x6 ft 1 5x6x6ft
OGT16000 1991 1 5 500 kW 1 1 1 1 5 Btu OGT15000 1 996 9 977 Btu 1 6 500 kW OGT25000 1 996 25 600 kW 9 6 1 2 Btu Note: all Orenda models weights and size, engine only
30.7% 34.2% 35.5%
13.0 20.0 21.0
21 1 .6 lb 1 56.5 lb 1 94.0 lb
3000/3600 3000/3600 3000/3600
662 F 788 F 905 F
35 274 lb 28 219 lb 35 2741 b
1 9x9x10ft 20x7x8 ft 21 x8x9 ft
1 993
25 000 k W
OPRA Turbine OP1 6-3A OP16-3B OP16-3C
OLE for low Btu fuels
Orenda Aerospace OGT2500 OGT6000 OGT8000
CD
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�
i:=:::--����-�::---=--:;;;::;;;-:;::::::=:=:::=::::=::-�-:� �
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�
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Intro Year
ISO Base Load (kW)
Heat Rate (Btu/kWh)
Efficiency
2005 2005
25 400 kW 26 140 kW
9 790 Btu 9 453 Btu
34.9% 36.1%
19.3 19.3
194.0 lb 188.0 lb
3000 rpm 3600 rpm
877 F 870 F
FT8 SwiftPac 25 OLN 2003 FT8 SwiftPac 50 OLN 2003
25 455 kW 51 235 kW
8 960 Btu 8 905 Btu
38.1% 38.3%
19.5 19.5
187.0 lb 374.0 lb
3000/3600 3000/3600
856 F 856 F
FT8 SwiftPac 30 FT8 SwiftPac 60
1990 1 990
30 850 kW 62 006 kW
9 260 Btu 9 215 Btu
36.8% 37.0%
20.2 20.2
203.0 lb 405.0 lb
3000/3600 3000/3600
925 F 925 F
water injection water injection
FT4000 Swif tPac 60 2014 FT 4000 SwiftPac 120 2014
68 900 kW 138 000 kW
8 370 Btu 8 350 Btu
40.8% 40.9%
35.9 35.9
386.0 lb 772.0 lb
3000/3600 3000/3600
809 F 809 F
water injection water injection
3 897 kW 1 1 747 Btu 5 245 kW 1 0 848 Btu 6 447 kW 8 509 Btu
29.0% 31.5% 40.1 %
10.3 13.9 12.5
33.9 lb 46.6 lb 40.6 lb
1 4200 rpm 1 4600 rpm 1 4600 rpm
1 040 F 928 F 986 F
Model
Pressure Mass Flow Turbine Ratio (lb/sec) Speed (rpm)
Exhaust Temp (F)
Approx Weight
Approx LxWxH
Comments
PW Power Systems FT8 MobilePac FT8 MobilePac
water injection, transportable water injection, transportable
****
Rolls-Royce (50/60 Hz) 501-KB5S 501-KB7S 501-KH5
1 990 1 992 1 982
RB211-G62 OLE RB211-G62 OLE RB211 -G62 OLE
1993 1999 2000
27 216 kW 29 845 kW 32 130 kW
9 387 Btu 9 089 Btu 8 681 Btu
36.4% 37.5% 39.3_%
20.8 21.5 21.5
201.2 lb 210.2 lb 206.9 lb
4800 rpm 4800 rpm 4850 rpm
934 F 938 F 949 F
1 996 1 996 2004 201 1
53 119 kW 63 512 kW 66 000 kW 66 000 kW
8 045 Btu 7 888 Btu 8 240 Btu 8 217 Btu
42.4% 43.2% 41.4% 41.5%
33.3 37.9 39.1 39.0
342.1 lb 389.0 lb 392.5 lb 393.5 lb
3000 rpm 3000 rpm 3000 rpm 3000 rpm
812 782 797 792
8 023 Btu 7 867 Btu 8 268 Btu 8 303 Btu
42.5% 43.4% 41 .3% 41.1%
33.6 36.2 37.4 38.0
347.4 370.6 373.6 379.3
lb lb lb lb
3600 rpm 3600 rpm 3600 rpm 3600 rpm
5 050 kW 1 1 294 Btu 5 400 kW 1 1 008 Btu 6 750 kW 10 892 Btu 7 901 kW 11 158 Btu
30.2% 31 .0% 31 .5% 30.6%
14.3 15.6 12.2 13.7
43.0 lb 45.4 lb 64.5 lb 66.6 lb
1 7384 rpm 1 7384 rpm 11053 rpm 14010 rpm
34.8% 35.4%
16.8 18.9
86.8 lb 97.7 lb
9500 rpm 9500 rpm
85 980 85 980
****
30 x 9 x 1 0 ft 30 x 9 x 1 0 ft 30 x 9 x 10 ft
case steam injection 6 Ibis
61 x 13 x 16 ft 61 x 13 x 16 ft 61 x 1 3 x 16 ft
Rolls-Royce (50 Hz) Trent 60 OLE Trent 60 OLE ISi Trent 60WLE Trent 60WLE ISi
F
420 000 420 000 420 000 420 000
87 x 15 x 17 ft 97 x 15 x 17ft 87 x 15 x 17ft 97 x 15 x 17ft
ISi system water injectio n ISi system
808 F 789 F 804 F 798 F
420 000 420 000 420 000 420 000
87 x 15 x 17 ft 97 x 15 x 17 ft 87 x 15 x 17 ft 97 x 15 x 17 ft
ISi system water injection ISi system
F F
77 000 lb 77 000 lb 124 000 lb 129 800 lb
36 x 9 x 1 3 f t 36 x 9 x 13ft 41 x 8 x 1 1 ft 39 x 9 x 13 ft
1031 F 1004 F
184 800 lb 184 800 lb
46 x 10 x 1 4ft 46 x 10 x 1 4ft
/
Rolls-Royce (60 Hz) Trent 60 OLE Trent 60 DLE ISi Trent 60WLE Trent 60WLE ISi
F F F
1 996 1 997 2004 2011
54 019 kW
61 842 kW 62 920 kW 65 660 kW
Siemens Energy (50/60 Hz) SGT-100 SGT-100 SGT-200 SGT-300
1 997 2010 1981 1 995
SGT-400 SGT-400
1 997 2010
12 900 kW 14 326 kW
9 815 Btu 9 647 Btu
1015 988 871 1008
F F
,- '/,-
Model
Intro Year
ISO Base Load (kW)
Heat Rate (Btu/kWh)
Efficiency
Pressure Ratio
Mass Flow (lb/sec)
Turbine Speed {rpm)
Exhaust Temp {F)
Approx Weight
Approx LxWxH
Comments
Siemens Energy (50/60 Hz) (cont'd) SGT-500 SGT-600
1 968 1981
19 064 kW 10 132 Btu 24 480 kW 10 161 Btu
33.7% 33.6%
1 3.0 14.0
215.9 lb 179.2 lb
3600 rpm 7700 rpm
696 F 1 009 F
331 000 lb 271 000 lb
70 x 13 x 30 fl 63 x 15 x 13 ft
SGT-700 SGT-750 SGT-800 SGT-800
1 999 2012 1 998 2010
32 820 kW 37 031 kW 47 500 kW 50 500 kW
9 170 Btu 8 644 Btu 9 058 Btu 8 916 Btu
37.2% 39.5% 37.7% 38.3%
18. 7 23.8 20.4 2 1 .1
209.0 lb 251.8 lb 292.8 lb 295.81b
6500 rpm 6100 rpm 6608 rpm 6608 rpm
991 F 858 F 1006 F 1027 F
317 000 1b
63 x 15 x 1 3ft .....
379 000 lb 379 000 1b
56 x 1 5 x 13 ft 56 x 1 5 x 1 3 ft
172 000 kW 307 OOOJ
9 659 Btu 8 532 Btu 8 530 Btu
35.3% 40.0% 40.0%
12.1 18.8 19.2
1 171.0 lb 1595.0 lb 1915.0 lb
3000 rpm 3000 rpm 3000 rpm
998 F 1074 F 1161 F
476 0001b 688 000 lb 860 000 lb
46 x 41 x 28 ft 36 x 1 6 x 1 6 ft 43 x 16 x 16 ft
1 1 4 000 kW 232 000 kW 274 000 kW
9 949 Btu 8 794 Btu 8 530 Btu
34.3% 38.8% 40.0%
12.1 18.9 1 9.5
809.0 lb 1215.0 lb 1332.0 lb
3600 rpm 3600 rpm 3600 rpm
999 F 1100 F 1143 F
359 353 lb 425 000 lb 630 521 lb
38 x 34 x 23 ft 33 x 1 3 x 1 3 ft 36 x 14 x 1 4 ft
1 5000 rpm
69 760 lb 65 860 lb 100 700 lb
32 x 9 x 1 1 ft 32 x 8 x 11 ft 37 x 1 0 x 12 ft
Siemens Energy (50 Hz) SGT5-2000E SGT5-4000F SGT5-8000H
1981 1995 2008
Siemens Energy (60 Hz) SGT6-2000E SGT6-5000F SGT6-8000H
1 989 1989 2010
Solar Turbines Centaur 40 Centaur 50 Mercury 50
1992 1 993 1997
3 51 5 kW 12 240 Btu 4 600 kW 1 1 630 Btu 4 600 kW 8 863 Btu
27.9% 29.3% 38.5%
9.7 10.3 9.9
41.9 lb 42.1 lb 39.0 lb
1 6500 rpm
1 5000 rpm
835 F 956 F 710 F
Taurus 60 Taurus 65 Taurus 70
1993 2005 1 994
5 670 kW 10 830 Btu 6 300 kW 1 0 375 Btu 7 965 kW 9 955 Btu
31.5% 32.9% 34.3%
12.2 15.0 17.6
48.0 lb 46.5 lb 59.3 lb
1 3950 rpm 15000 rpm 1 1 000 rpm
960 F 1002 F 946 F
87 160 lb 87 160 lb 138 000 lb
32 x 9 x 11ft 32 x 9 x 11 ft 39 x 1 0 x 12 ft
Mars 100 Titan 130 Titan 250
1994 1 998 2008
1 1 430kW 1 0 365 Btu 9 695 Btu 15 000 kW 8 775 Btu 21 745 kW
32.9% 35.2% 40.0%
17.7 17.1 24.1
93.1 lb 109.8 lb 1 50.4 lb
9500 rpm 8500 rpm 7000 rpm
913 F 932 F 865 F
1900001b 191 465 lb 285 800 lb
47 x 9 x 1 3 ft 46 x 1 1 x 11 ft 60 x 11 x 12 fl
1974 1978 1999
504 kW 16 378 Btu 3 152 kW 12 560 Btu 3 522 kW 1 1 906 Btu
20.8% 27.2% 28.7%
10.5 8.8 10.1
7.9 lb 28.3 lb 30.4 lb
1 500/1800 1 5400 rpm 15400 rpm
909 F 1110 F 1076 F
20 000 lb 70 000 lb 70 000 lb
14 x 5 x 12 ft 27 x 8 x 23 fl 27 x 8 x 23 ft
UGT2500 UGT 5000 UGT 6000
1 992 2011 1 978
2 670kW 12 780 Btu 5 100 kW 1 1 010 Btu 6 200kW 1 1 300 Btu
26.7% 31 .0% 30.2%
12.8 1 4.0 13.8
36.4 lb 47.4 lb 68.0 lb
1 800/3000 1 800/3000 3000/1 500
860 F 896 F 802 F
77 100 1b 22 400 lb 121 600 lb
39 x 10 x 11 ft 26 x 8 x 8 ft 62 x 23 x 18 ft
UGT 1 6000 UGT 1 5000 UGT 25000
1980 1988 1993
1 1 1 50 Btu 9 980 Btu 9 590 Btu
30.6% 34.2% 35.6%
12.5 19.5 21.5
2 1 1 .6 lb 156.5 lb 1 92.9 lb
3000/3600 3000/3600 3000/3600
662 F 788 F 905 F
295 000 lb 300 700 lb 332 600 lb
80 x 24 x 19 ft 80 x 24 x 19ft 80 x 24 x 19 ft
/
recuperated gas turbine
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Zorya-Mashproekt
1 5 520 kW 1 6 500 kW 25 680kW
weight & size, engine only with gearbox
Combined Cycle OEM Design Ratings
'
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20
Alstom
20
Ansaldo Energia
20
Bharat Heavy Electricals
21
GE Energy Aeroderivative
22
GE Power & Water Heavy Duty
23
IHI PowerSystems
24
MAN Diesel & Turbo
24
MAPNAGroup
24
Mitsubishi Hitachi PowerSystems
25
Mitsui Engineering & Shipbuilding
25
NK Engines
26
PW PowerSystems
26
Rolls-Royce
27
·--
Siemens Energy
Factory-new gas turbine performance specified by OEM design ratings is not the same as in-service performance. To find out how and why, go to our website at www.gasturbineworld.com
16
January - February 2014 GTW Specs
' .
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I
2014 GTW Combined Cycle Specs
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Gas Turbine Power (kW)
Steam Turbine
No. & Type
Power (kW)
Gas Turbine
Net Plant
Net Heat Rate
Net Plant
Output {kW)
Ouput (kW)
(Btu/kWh)
Efficiency
1 993
345 000 kW
6652 Btu
51 .3%
7018 kJ
1.3 inch Hg
2 xGT 1 1 N2
2P non-reheat
KA13E2-2 KA13E2-3
2012 2012 2012
281 000 kW 565 000 kW 850 000 kW
6378 Btu 6343 Btu 6331 Btu
53.5% 53.8% 53.9%
6729 kJ 6691 kJ 6679 kJ
1 .3 inch Hg 1 .3 inch Hg 1 .3 in ch Hg
1 xGT1 3E2 2 xGT13E2 3 xGT13E2
2P non-reheat 2P non-reheat 2P non-reheat
KA26-1 KA26-2
2011 2011
467 000 kW 935 000 kW
5735 Btu 5735 Btu
59.5% 59.5%
6050 kJ 6050 kJ
1.3 inch Hg 1 .3 inch Hg
1 xGT26 2 xGT26
2001 1 996
349 000 kW 664 000 kW
6587 Btu 5843 Btu
51 .8% 58.4%
6950 kJ 6164 kJ
1 .3 inch Hg 1.3 inch Hg
2 xGT1 1N2 2 xGT24
113 800 kW 227 700 kW
1 1 1 700 kW 223 700 kW
6348 Btu 6340 Btu
53.8% 53.8%
6698 kJ 6689 kJ
73 600 kW 147 100 kW
40 200 kW 80 600 kW
1 xAE64.3A 2 xAE64.3A
282 450 kW 567 800 kW
277 400 kW 557 800 kW
6253 Btu 6219 Btu
54.6% 54.9%
6597 kJ 6561 kJ
180 850 kW 361 700 kW
101 600 kW 206 100 kW
1 xAE94.2 2 xAE94.2
1 995 463 900 kW 456 400 kW 1 AE943-CC1 M 2AE943-CC1 M 1 995 928 200 kW 913 200 kW Note: ISO conditions with sea water condenser
5797 Btu 5795 Btu
58.9% 58.9%
61 1 6 kJ 61 14 kJ
306 000 kW 6 1 0 400 kW
157 900 kW 317 800 kW
1 xAE94.3A 2 xAE94.3A
42 500 kW 85 000 kW
22 1 00 kW 44 455 kW
1 x MS6001B 2 xMS6001B
dual pressure dual pressure
....... .....
76 500 kW 153 000 kW
41 999 kW 90 1 1 7 kW
1 x MS6001 FA 2 x MS6001 FA
3P non reheat 3P reheat
.....
1 27 700 kW 255 400 kW 383 100 kW
68 200 kW 138 700 kW 211 000 kW
1 x MS9001E 2 xMS9001E 3 x MS9001E
2P non reheat 2P non reheat 2P non reheat
Alstom 50 Hz)
�
K A 1 1 N2-2
en 'O
Condenser Pressure
Gross Plant
Year
...
G'l
Rate
Intro Model
� KA13E2-1
Net Heat
(kJ/kWh)
Comments
3P reheat 3P reheat
Alstom (60 Hz) KA 1 1 N2-2 KA24-2
2P non-reheat 3P reheat
Ansaldo Energia (50/60 Hz) 1 AE643-CC1 M 2AE643-CC1 M
1 996 1 996
Ansaldo Energia (50 Hz)
-7
1 AE942-CC1 M 2AE942-CC1 M
1981 1981
/
Bharat Heavy Electricals (50 Hz) CC106B CC206B
1 997 1 997
64 600 kW 129 455 kW
62 662 kW 125 571 kW
7071 Btu 7057 Btu
48.3% 48.4%
7460 kJ 7446 kJ
CC1 06FA CC206FA
2003 2003
1 1 8 499 kW 243 1 17 kW
1 1 4 944 kW 235 823 kW
6441 Btu 6278 Btu
53.0% 54.4%
6795 kJ 6624 kJ
CC1 09E CC209E CC309E
2003 2003 2003
195 900 kW 394 100 kW 594 100 kW
192 900 kW 399 300 kW 585 500 kW
6640 Btu 6600 Btu 6560 Btu
51 .4% 51 .7% 52.0%
7000 kJ 6960 kJ 6920 kJ
..... •tt•••
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.....
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Model
Intro Year
Gross Plant Output (kW)
Net Plant Ouput (kW)
Net Heat Rate (Btu/kWh)
Net Plant Efficiency
Net Heat Rate (kJ/kWh)
I
Condenser Pressure
Gas Turbine Power (kW)
Steam Turbine Power (kW)
No. & Type Gas Turbine
Comments
Bharat Heavy Electricals (50 Hz) (cont'd) CC1 .942 CC2.942 CC3.942
1998 1 998 1 998
237 500 kW 477 000 kW 715 000 kW
232 500 kW 467 500 kW 701 000 kW
6630 Btu 6600 Btu 6600 Btu
51 .5% 51 .7% 51.7%
6990 kJ 6960 kJ 6960 k J
1 52 000 kW 304 000 kW 456 000 kW
85 500 kW 173 000 kW 259 000 kW
1 xV94.2 2 xV94.2 3 xV94.2
CC109FA CC209FA
2003 2003
400 200 kW 804 400 kW
394 900 kW 794 100 kW
5995 Btu 5965 Btu
56.9% 57.2%
6325 kJ 6290 kJ
258 700 kW 5 1 7 400 kW
1 4 1 500 kW 287 000 kW
1 x MS9001 FA 2 xMS9001 FA
3P reheat 3P reheat
CC109FB CC209FB
2012 2012
459 300 kW 923 100 kW
452 600 kW 910 100 kW
5765 Btu 5735 Btu
59.2% 59.5%
6080 kJ 6050 kJ
295 300 kW 590 600 kW
164 000 kW 332 500 kW
1 xMS9001 FB 2 x MS9001 FB
3P reheat 3P reheat
dual pressure dual pressure dual pressure
GE Energy Aeroderivative (50 Hz) LM2000PS LM2000PJ
2000 2000
24 692 kW 24 991 kW
24 123 kW 24 4 1 0 kW
7682 Btu 7231 Btu
44.4% 47.2%
8105 kJ 7629 k J
1.0 inch Hg 1 .0 inch Hg
1 8 275 kW 1 7 769 kW
6 4 1 7 kW 7 222 kW
1 xLM2000PS 1 xLM2000PJ
water injection OLE
LM2500PE LM2SOOPE LM2500PJ
1981 1 981 1 995
31 855 kW 32 31 8 kW 31 261 kW
31 1 47 kW 31 553 kW 30 559 kW
6909 Btu 7338 Btu 6894 Btu
49.4% 46.5% 49.5%
7289 kJ 7742 kJ 7274 kJ
1 .0 inch Hg 1 .0 i nch Hg 1 .0 inch Hg
22 374 kW 23 091 kW 21 846 kW
9 481 kW 9 227 kW 9 415 kW
1 x LM2500PE 1 xLM2500PE 1 x LM2500PJ
dry water injection OLE
LM2500+ PK LM2500+ PR
1 995 1 995
39 420 kW 41 752 kW
38 533 kW 40 905 kW
7322 Btu 6726 Btu
46.6% 50.7%
7725 kJ 7096 kJ
1 .0 inch Hg 1.0 inch Hg
29 316 kW 29 962 kW
1 0 104 kW 1 1 790 kW
1 xLM2500+ PK 1 xLM2500+ PR
water injection OLE
LM2500+ G4 RC LM2500+ G4 RC LM2500+ G4 RD LM2500+ G4 AD
2005 2005 2005 2005
48 052 49 764 44 889 46 396
kW kW kW kW
47 045 kW 48 702 kW 44 001 kW 45 457 kW
7093 Btu 6793 Btu 6613 Btu 6402 Btu
48.1 % 50.2% 51 .6% 53.3%
7484 kJ 7167 kJ 6977 kJ 6754 kJ
1 .0 1 .0 1 .0 1 .0
inch Hg inch Hg inch Hg inch Hg
36 024 kW 36 024 kW 32 881 kW 32 881 kW
1 2 028 kW 1 3 740 kW 12 008 kW 1 3 51 5 kW
x LM2500+ G4 RC xLM2500+ G4 RC xLM2500+ G4 RD xLM2500+ G4 RD
water injection water injection OLE OLE
LM6000PC LM6000PC Sprint
1 997 1 998
56 242 kW 65 887 kW
55 1 1 0 kW 64-599 kW
6740 Btu 6672 Btu
50.6% 51.1%
71 1 1 kJ 7039 kJ
1 .0 inch Hg 1 .0 inch Hg
43 339 kW 50 836 kW
1 2 903 kW 1 5 051 kW
1 xLM6000PC 1 xLM6000PC
water injection water injection
LM6000PF LM6000PF liquid LM6000PF Sprint LM6000PF Sprint
1997 2005 2006 2006
56 498 kW 54 667 kW 61 846 kW 62 859 kW
55 435 kW 53 351 kW .60 628 kW 61 624 kW
6338 Btu 6391 Btu 6424 Btu 6383 Btu
53.8% 53.4% 53.1% 53.5%
6687 kJ 6743 kJ 6778 kJ 6734 kJ
1 .0 inch Hg 1 .0 inch Hg 1 .0 inch Hg 1 .0 inch Hg
42 732 kW 40 999 kW 47 505 kW 48 040 kW
13 766 kW 13 668 kW 14 341 kW 1 4 81 9 kW
1 1 1 1
LM6000PG
2009
70 199 kW
68 799 kW
6690 Btu
51 .0%
7058 kJ
1 .0 inch Hg
53 665 kW
1 6 534 kW
1 xLM6000PG
water injection
G)
LMS1 00PA LMS100PB
2006 TBD
122 337 kW 1 1 8 432 kW
1 1 9 109 kW 1 1 5 420 kW
6826 Btu 6577 Btu
50.0% 51 .9%
7202 kJ 6939 kJ
1 .0 inch Hg 1 .0 inch Hg
102 995 kW 99 044 kW
1 9 342 kW 1 9 388 kW
1 xLMS100PA 1 x LMS1 OOPS
water injection OLE
en 'O
GE Energy Aeroderivative (GO Hz) 23 957 kW 23 91 1 kW
7589 Btu 7168 Btu
45.0% 47.6%
8007 kJ 7563 kJ
1 .0 inch Hg 1 .0 inch Hg
18 412 kW 17 657 kW
6 102 kW 6 816 kW
1 xLM2000PS 1 xLM2000PJ
water injection OLE
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x LM6000PF x LM6000PF x LM6000PF x LM6000PF
OLE OLE OLE, 15 ppm NOx OLE, 25 ppm NOx
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LM2000PS LM2000PJ
2000 2000
24 514 kW 24 473 kW
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Mod el
I
Intro
Gro s s Plant
Net Plant
N e t H eat Rate
N et Plant
Net Heat Rate
Cond enser
Gas Turbine
Steam Turbine
Year
O u t p ut (kW)
Ou p u t (kW)
(Btu/kWh)
Efficiency
(kJ/kWh)
Pres sure
Power (kW)
Power (kW)
No.
& Ty p e
Ga s Turbine
Comm ents
GE Energy Aeroderivative (60 Hz) (con t'd)
.!, ., � .,
LM2500PE LM2500PE LM2500PJ
1981 1981 1 995
32 736 kW 33 035 kW 31 892 kW
32 020 kW 32 269 kW 31 188 kW
6776 Btu 7242 Btu 6807 Btu
50.4% 47.1% 50.1%
7149 kJ 7641 kJ 7182 kJ
1 .0 inch Hg 1 .0 inch Hg 1 .0 inch Hg
23 292 kW 24 049 kW 22 719 kW
9 444 kW 8 986 kW 9 1 73 kW
1 xLM2500PE 1 xLM2500PE 1 xLM2500PJ
dry water injectio n OLE
�
LM2500+ PK LM2500+ PR
1 995 1 995
40 948 kW 41 409 kW
40 073 kW 40 579 kW
7180 Btu 6647 Btu
47.5% 51 .3%
7575 kJ 7013 kJ
1 .0 inch Hg 1 .0 inch Hg
30 982 kW 30 464 kW
9 966 kW 1 0 945 kW
1 xLM2500+ PK 1 xLM2500+ PR
water injection OLE
LM2500+ G4 RC LM2500+ G4 RC LM2500+ G4 RD LM2500+ G4 RD
2005 2005 2005 2005
48 414 kW 49 999 kW 46 614 kW 46 614 kW
47 406 kW 48 935 kW 44 331 kW 45 673 kW
7039 Btu 6819 Btu 6564 Btu 6371 Btu
48.5% 50.0% 53.6% 53.6%
7427 kJ 7 1 94 kJ 6925 kJ 6722 kJ
1 .0 inch Hg 1.0 inch Hg 1.0 inch Hg 1.0 inch Hg
36 333 kW 36 333 kW 33 1 65 kW 33 165 kW
12 081 kW 13 666 kW 13 449 kW 13 449 kW
1 x LM2500+ G4 RC 1 xLM2500+ G4 RC 1 xLM2500+ G4 RD 1 xLM2500+ G4 RD
water injectio n water injection OLE OLE
LM6000PC LM6000PC Sprint
1 997 1 998
56 843 kW 65 435 kW
55 704 kW 64 167 kW
6705 Btu 6660 Btu
50.9% 51 .2%
7074 kJ 7027 kJ
1 .0 inch Hg 1 .0 inch Hg
43 843 kW 50 526 kW
1 3 000 kW 1 4 909 kW
1 x LM6000PC
water injection water injection
LM6000PF LM6000PF liquid LM6000PF Sprint LM6000PF Sprint
1 997 2005 2006 2006
56 866 kW 54 217 kW 61 564 kW 62 631 kW
55 804 kW 53 094 kW 60 357 kW 61 41 2 kW
6308 Btu 6376 Btu 6408 Btu 6383 Btu
54. 1 % 53.5% 53.2% 53.5%
6655 kJ 6727 kJ 6761 kJ 6734 kJ
1 .0 1 .0 1.0 1 .0
inch Hg inch Hg inch Hg inch Hg
43 068 kW 40 712 kW 47 383 kW 48 092 kW
1 3 798 kW 1 3 505 kW 14 181 kW 1 4 539 kW
OLE 1 xLM6000PF OLE 1 xLM6000PF 1 x LM6000PF OLE, 15 ppm NOx 1 x LM6000PF OLE, 25 ppm NOx
LMS100PA LMS100PB
2006 TBD
122 529 kW 1 1 8 575 kW
1 1 9 306 kW 1 1 5 573 kW
6815 Btu 6569 Btu
50.1% 51 .9%
7190 kJ 6931 kJ
1 .0 inch Hg 1 .0 inch Hg
103 045 kW 99 012 kW
1 9 484 kW 1 9 563 kW
1 xLMS100PA 1 xLMS100PB
64 800 kW 130 900 kW
6770 Btu 6700 Btu
50.4% 50.9%
7141 kJ 7069 kJ
1 .2 inch Hg 1 .2 inch Hg
42 578 kW 85 156 kW
23 445 kW 47 977 kW
1 x 6B.03 2 x6B.03
non-reheat non-reheat
-< � � U>
�
GE Power & Water Hea
-:f
Ou t
1 xLM6000PC
water injectio n OLE
50 Hz)
6B.03 6B.03
1 987 1979
66 000 kW 133 100 kW
6F.03 6F.03
1991 1991
120 400 kW 243 100 kW
11 8'400 kW 239 400 kW
6200 Btu 6130 Btu
55.0% 55.6%
6540 kJ 6470 kJ
»1.2 inch Hg 1 .2 inch Hg
78 619 kW 157 237 kW
41 742 kW 85 883 kW
1 x6F.03 2 x6F.03
non-reheat non-reheat
9E.03 9E.03
1 979 1979
198 100 kW 398 400 kW
195 000 kW 392 500 kW
6550 Btu 6480 Btu
52.1% 52.7%
6911 kJ 6837 kJ
1 .2 inch Hg 1 .2 inch Hg
128 650 kW 257 301 kW
69 404 kW 141 073 kW
1 x9E.03 2 x9E.03
non-reheat non-reheat
9F.03
1 994 1 994
408 000 kW 822 000 kW
403 000 kW 8 1 1 000 kW
5870 Btu 5840 Btu
58.1% 58.5%
6194 kJ 6158 kJ
1 .2 inch Hg 1 .2 inch Hg
. 262 864 kW 525 728 kW
145 490 kW 295 792 kW
1 x9F.03 2 x9F.03
reheat reheat
9F.05 9F.05
2002 2002
461 000 kW 926 000 kW
455 000 kW 914 000 kW
5740 Btu 5710 Btu
59.5% 59.7%
6055 kJ 6027 kJ
1 .2 inch Hg 1 .2 inch Hg
297 521 kW 595 038 kW
163 576 kW 330 697 kW
1 x9F.05 2 x9F.05
reheat reheat
9HA.01 9HA.01
2011 600 000 kW 592 000 kW 2011 1 195 000 kW 1 181 000 kW
5560 Btu 5570 Btu
61 .4% 61 .2%
5862 kJ 5878 kJ
1 .2 inch Hg 1 .2 inch Hg
394 472 kW 789 352 kW
205 191 kW 405 920 kW
1 x9HA.01 2 x9HA.01
reheat reheat
9HA.02 9HA.02
2014 710 000 kW 701 000 kW 2014 1 41 5 000 kW 1 398 000 kW
5560 Btu 5570 Btu
61 .4% 61 .2%
5862 kJ 5878 kJ
1.2 inch Hg 1 .2 inch Hg
467 008 kW 934 497 kW
242 922 kW 480 560 kW
1 x9HA.02 2 x9HA.02
reheat reheat
-;> 9F.03
•
� -; Model
Intro Year
Gross Plant Output (kW)
Net Plant Ouput (kW)
Net Heat Rate (Btu/kWh)
Net Plant Efficiency
Net Heat Rate (kJ/kWh)
Condenser Pressure
Gas Turbine Power (kW)
Steam Turbine Power (kW)
No. & Type Gas Turbine
Comments
GE Power & Water Heavy Duty (60 Hz) 6B.03 6B.03
1 987 1 979
66 000 kW 133 100 kW
64 800 kW 130 900 kW
6770 Btu 6700 Btu
50.4% 50.9%
7141 k J 7069 kJ
1.2 inch Hg 1 .2 inch Hg
42 578 kW 85 156 kW
23 445 kW 47 977 kW
1 x 6B.03 2 x 6B.03
non-reheat non-reheat
6F.03 6F.03
1991 1991
120 400 kW 243 100 kW
1 1 8 400 kW 239 400 kW
6200 Btu 6130 Btu
55.0% 55.6%
6540 kJ 6470 k J
1 .2 inch Hg 1 .2 inch Hg
78 6 1 9 kW 157 237 kW
41 742 kW 85 883 kW
1 x 6F.03 2 x 6F.03
non-reheat non-reheat
7E.03 7E.03
1977 1 979
137 600 kW 276 800 kW
135 400 kW 272 600 kW
6680 Btu 6640 Btu
51 . 1 % 51 .4%
7048 k J 7007 kJ
1 .2 inch Hg 1.2 inch Hg
89 1 48 kW 178 296 kW
48 466 kW 98 490 kW
1 x 7E.03 2 x 7E.03
non-reheat non-reheat
7F.04 7F.04
2009 2009
286 000 kW 574 000 kW
283 000 kW 567 000 kW
5800 Btu 5790 Btu
58.8% 59.0%
6120 kJ 6107 k J
1 .2 inch Hg 1.2 inch Hg
185 903 kW 371 805 kW
100 549 kW 202 666 kW
1 x 7F.04 2 x 7F.04
reheat reheat
7F.05 7F.05
2009 2009
347 000 kW 697 000 kW
343 000 kW 688 000 kW
5750 Btu 5740 Btu
59.3% 59.5%
6068 k J 6054 kJ
1 .2 inch Hg 1 .2 inch Hg
226 234 kW 452 468 kW
121 041 kW 244 346 kW
1 x 7F.05 2 x 7F.05
reheat reheat
7HA.01 7HA.01
2012 2012
410 000 kW 823 000 kW
405 000 kW 813 000 kW
5580 Btu 5570 Btu
61.1% 61 .2%
5892 kJ 5878 k J
1 .2 inch Hg 1 .2 inch Hg
273 418 kW 546 836 kW
136 782 kW 276 028 kW
1 x 7HA.01 2 x 7HA.01
reheat reheat
7HA.02 7HA.02
2014 2014
492 000 kW 987 000 kW
486 000 kW 976 000 kW
5580 Btu 5570 Btu
61.1% 61 .2%
5892 kJ 5878 kJ
1.2 inch Hg 1 .2 inch Hg
328 101 kW 656 203 kW
164 138 kW 331 233 kW
1 x 7HA.02 2 x 7HA.02
reheat reheat
•.
IHI Power Systems (50/60 Hz) LM2500PE 32 500 kW 31 790 kW 1 986 LM2500PK 41 390 kW 1 998 40 540 kW LM2500RB 2006 43 120 kW 43 980 kW LM2500RC 48 760 kW 2005 47 780 kW LM2500RD 2005 43 900 kW 44 790 kW Note: All IHI ratings with inlet and exhaust Iossa;. '
<..
7093 Btu 6944 Btu 6497 Btu 6818 Btu 6533 Btu
48.1% 49.1% 52.5% 50.0% 52.2%
7484 kJ 7326 kJ 6855 kJ 7193 kJ 6893 kJ
22 230 kW 29 660 kW 31 430 kW 34 660 kW 31 350 kW
1 0 270 kW 1 1 730 kW 12 550 kW 14 100 kW 13 440 kW
1 x LM2500PE 1 x LM2500PK 1 x LM2500RB 1 x LM2500RB 1 x LM2500RB
IHI Power Systems (50 Hz)
� ' -< I
LM6000PC LM6000PC
1 997 1 997
56 320 kW 1 1 3 330 kW
55 250 kW 1.1 1 130 kW
6687 Btu 6649 Btu
51 .0% 51 .3%
7055 k J 7015 kJ
42 900 kW 85 800 kW
1 3 420 kW 27 530 kW
1 x LM6000PC 2 x LM6000PC
� � ' � � �
LM6000PC Sprint LM6000PC Sprint
1 997 1 997
63 290 kW 127 240 kW
62 120 kW 124 820 kW
6655 Btu 6623 Btu
51 .3% 51 .5%
7021 k J 6988 kJ
48 430 kW 96 860 kW
1 4 860 kW 30 380 kW
1 x LM6000PC 2 x LM6000PC
LM6000PD LM6000PD
1 997 1 997
56 220 kW 1 1 3 1 1 0 kW
55 180 kW 1 1 0 970 kW
6402 Btu 6366 Btu
53.3% 53.6%
6754 kJ 6717 kJ
42 260 kW 84 520 kW
13 960 kW 28 590 kW
1 x LM6000PD 2 x LM6000PD
� V>
LM6000PD Sprint LM6000PD Sprint
1997 1 997
60 930 kW 122 530 kW
59 820 kW 120 220 kW
6475 Btu 6443 Btu
52.7% 53.0%
6831 k J 6798 k J
46 460 kW 92 920 kW
14 470 kW 29 610 kW
1 x LM6000PD 2 x LM6000PD
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Model
Intro Year
Gross Plant Output (kW)
Net Plant Ouput (kW)
Net Heat Rate (Btu/kWh)
Net Plant Efficiency
Net Heat Rate (kJ/kWh)
Condenser Pressure
Gas Turbine Power (kW)
Steam Turbine Power (kW)
No. & Type Gas Turbine
42 260 k W 84 520 k W
1 3 960 k W 28 590 k W
1 x LM6000PF 2 x LM6000PF
46 460 k W 92 920 k W
1 4 470 k W 29 610 k W
1 x LM6000PF 2 x LM6000PF
53 980 k W 107 960 k W
1 7 330 k W 35 330 k W
1 x LM6000PG 2 x LM6000PG
55 850 k W 1 1 1 700 k W
1 7 820 k W 36 300 k W
1 x LM6000PG 2 x LM6000PG
48 240 k W 96 480 k W
1 6 610 k W 33 880 k W
1 x LM6000PH 2 x LM6000PH
50 660 k W 101 320 k W
1 6 640 k W 33 960 k W
1 x LM6000PH 2 x LM6000PH
24 000 k W
1 1 400 k W
2 x THM 1 304-12N
315 480 k W
1 59 800 k W
2 x SGT5-2000E
Comments
IHI Power Systems (50 Hz) (cont'd) LM6000PF LM6000PF
1 997 1 997
56 220 k W 113 110 kW
55 180 k W 1 1 0 970 k W
6402 Btu 6366 Btu
53.3% 53.6%
6754 kJ 6717 kJ
LM6000PF Sprint LM6000PF Sprint
1 997 1 997
60 930 k W 122 530 k W
59 830 k W 120 220 k W
6474 Btu 6443 Btu
52.7% 53.0%
6830 kJ 6798 kJ
LM6000PG LM6000PG
2009 2009
71 3 1 0 k W 143 290 k W
70 000 k W 140 600 k W
6524 Btu 6495 Btu
52.3% 52.5%
6883 kJ 6853 kJ
LM6000PG Sprint LM6000PG Sprint
2009 2009
73 670 k W 148 000 k W
72 320 k W 1 45 230 k W
6559 Btu 6532 Btu
52.0% 52.2%
6920 kJ 6892 kJ
LM6000PH LM6000PH
2011 201 1
64 850 k W 1 30 360 k W
63 660 k W 127 890 k W
6335 Btu 6307 Btu
53.9% 54.1%
6684 kJ 6654 kJ
LM6000PH Sprint 2011 67 300 k W 66 080 k W LM6000PH Sprint 2011 135 280 k W Note: All IHI ratings with inlet and exhaust losses
6389 Btu 6360 Btu
53.4% 53.7%
6741 kJ 6710 kJ
.... ........
*'** .......
,..... ,......
'
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**** ****
**** '***
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MAN Diesel & Turbo (50/60 Hz) THM 1 304-12N
2004
35 400 k W
35 400 k W
7160 Btu
47.7%
7550 kJ
475 280 k W
465 900 k W
6836 Btu
49.9%
7210 kJ
1 .0 inch Hg
MAPNA Group (50Hz) SCCS 2x2
1 981
Mitsubishi Hitachi Power Systems (50/60 Hz) 1025(32) 2025(32)
2003 2003
47 900 k W 96 700 k W
46JOO k W 94 300 k W
6711 Btu 6647 Btu
50.8% 51 .3%
7080 kJ 7013 kJ
1 .2 inch Hg 1 .2 inch Hg
31 100 k W 62 200 k W
1 5 600 k W 32 100 k W
1 x H-25(32) 2 x H-25(32)
1025(35) 2025(35)
2008 2008
55 590 k W 1 1 2 1 80 k W
54 300 k W 109 600 k W
6702 Btu 6641 Btu
50.9% 51 .3%
7071 kJ 7007 kJ
1 .2 inch Hg 1 .2 inch Hg
36 400 k W 72 800 k W
1 7 900 k W 36 800 k W
1 x H-25(35) 2 x H-25(35)
1 025(42) 2025(42)
2014 2014
59 930 k W 120 760 k W
58 400 k W 1 17 900 k W
6530 Btu 6469 Btu
52.2% 52.7%
6889 kJ 6825 kJ
1 .2 inch Hg 1 .2 inch Hg
40 600 k W 81 200 k W
1 7 800 k W 36 700 k W
1 x H-25(42) 2 x H-25(42)
Mitsubishi Hitachi Power Systems (50 Hz)
-7
1080 2080
2010 2010
160 640 k W 329 780 k W
157 700 k W 323 300 k W
6313 Btu 6155 Btu
54.0% 55.4%
6660 kJ 6494 kJ
1 .2 inch Hg 1 .2 inch Hg
109 500 k W 218 400 'r<,Yj__
48 200 k W 104 900 k W
1 x H-80 2 x H-80
MPCP1 (M701 ) MPCP2(M701 ) MPCP3(M701 )
1981 1981 1981
2 1 4 490 k W 430 580 k W 650 970 k W
212 500 k W 426 600 k W 645 000 k W
6635 Btu 6610 Btu 6585 Btu
51 .4% 51 .6% 51 .8%
7000 kJ 6974 kJ 6947 kJ
1 .5 inch Hg 1 .5 inch Hg 1 .5 inch Hg
142 100 k W 284 200 k W 426 300 k W
70 400 k W 142 400 k W 21 8 700 k W
1 x Mro1DA 2 x Mro1DA 3 x Mro 1 DA
2P HRSG
, Model
Intro Year
Gross Plant Output (kW)
Net Plant Ou put (kW)
Net Heat Rate (Btu/kWh)
Net Plant Efficiency
Net Heat Rate (kJ/kWh)
-, Condenser Pressure
Gas Turbine Power (kW)
Steam Turbine Power (kW)
No. & Type Gas Turbine
Mitsubishi Hitachi Power Systems (50 Hz) (cont'd) MPCP1 (M701 F4) MPCP2(M701 F4)
1 992 1 992
477 900 kW 958 800 kW
5687 Btu 5668 Btu
60.0% 60.2%
6000 kJ 5981 kJ
1 .5 inch Hg 1 .5 inch Hg
3 1 9 900 kW 639 800 kW
158 000 kW 3 1 9 000 kW
1 x M701F4 2 x M701F4
MPCP1 (M701 F5) MPCP2(M701 F5)
1 992 530 000 kW 525 000 kW 1 992 1 063 300 kW 1 053 300 kW
5594 Btu 5576 Btu
61 .0% 61 .2%
5902 kJ 5883 kJ
1 .5 inch.Jjg 1 .5 inch Hg
354 000 kW 708 000 kW
1 7 1 000 kW 345 300 kW
1 x M701F5 2 x M701F5
MPCP1 (M701 G) MPCP2(M701 G)
1 997 506 300 kW 1 997 1 01 6 000 kW
498 000 kW 999 400 kW
5755 Btu 5735 Btu
59.3% 59.5%
6071 kJ 6051 kJ
1 .5 inch Hg 1 .5 inch Hg
325 700 kW 651 400 kW
172 300 kW 348 000 kW
1 x M701G2 2 x M701G2
650 000 kW 680 000 kW
<5594 Btu 5531 Btu
>61% 61 .7%
<5902 kJ 5835 kJ
1 .5 inch Hg 1 .5 inch Hg
445 000 kW 463 000 kW
205 000 kW 21 7 000 kW
1 x M701JAC 1 x M701J
MPCP1 (M701JAC) 2015 MPCP1 (M701J) 2014
482 300 kW 967 600 kW
675 000 kW 687 000 kW
Mitsubishi Hitachi Power Systems (60 Hz)
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1 080 2080
2010 2010
1 59 610 kW 327 620 kW
157 000 kW 321 000 kW
6342 Btu 6179 Btu
53.8% 55.2%
6691 kJ 6519 kJ
1 .2 inch Hg 1 .2 inch Hg
1 08 000 kW 214 600 kW
49 000 kW 1 06 400 kW
1 x H-80 2 x H-80
MPCP1 (M501 ) MPCP2(M501) MPCP3(M501)
1981 1981 1981
169 250 kW 339 900 kW 5 1 1 750 kW
167 400 kW 336 200 kW 506 200 kW
6635 Btu 6610 Btu 6585 Btu
51 .4% 51 .6% 51 .8%
7000 kJ 6974 kJ 6947 kJ
1 .5 inch Hg 1 .5 inch Hg 1 .5 inch Hg
1 1 2 1 00 kW 224 200 kW 336 300 kW
55 300 kW 1 1 2 000 kW 169 900 kW
1 x M501DA 2 x M501DA 3 x M501DA
MPCP1 (M501 F) MPCP2(M501 F)
1 994 1 994
287 800 kW 577 600 kW
285 100 kW 572 200 kW
5976 Btu 5955 Btu
57.1% 57.3%
6305 kJ 6283 kJ
1 .5 inch Hg 1 .5 inch Hg
182 700 kW 365 400 kW
102 400 kW 206 800 kW
1 x M501F3 2 x M501F3
MPCP1 (M501 G) MPCP2(M501G)
1 995 1 995
402 000 kW 806 700 kW
398 900 kW 800 500 kW
5843 Btu 5823 Btu
58.4% 58.6%
6165 kJ 6144 kJ
1 .5 inch Hg 1 .5 inch Hg
264 400 kW 528 800 kW
134 500 kW 271 700 kW
1 x M501G1 2 x M501 G1
MPCP1 (M501 GAC) 201 1 MPCP2(M501 GAC) 201 1
414 800 kW 830 900 kW
412 400 kW 826 1 00 kW
5735 Btu 5726 Btu
59.5% 59.6%
6051 kJ 6041 kJ
1 .5 inch Hg 1 .5 inch Hg
273 600 kW 547 200 kW
138 800 kW 278 900 kW
1 x M501GAC 2 x M501GAC
MPCP1 (M501 JAC) 201 5
450 000 kW
450 000 kW
<5594 Btu
>61%
<5902 kJ
1 .5 inch Hg
31 0 000 kW
140 000 kW
1 x M501JAC
MPCP1(M501J) 2011 475 000 kW 470 000kW 5549 Btu 61 .5% MPCP2(M501J) 2011 952 900 kW �42 900 kW 5531 Btu 61 .7% Note: All MHPS ratings at electric generator terminals with inlet and exhaust losses
5854 kJ 5835 kJ
1 .5 inch Hg 1 .5 inch Hg
322 000 kW 644 000 kW
148 000 kW 298 900 kW
1 x M501J 2 x M501J
Mitsui Engineering & Shipbuilding (50/60 Hz) MACS70 MACS90 MACS100
1 997 1 997 1 997
1 0 474 kW 12 579 kW 1 4 927 kW
1 0 210 kW 1 2 220 kW 1 4 540 kW
7668 Btu 8183 Btu 7991 Btu
44.5% 41 .7% 42.7%
8090 kJ 8633 kJ 8431 kJ
7 700 kW 9 100 kW 1 0 960 kW
2 510 kW 3 120 kW 3 580 kW
1 x MSC70 1 x MSC90 1 x MSC100
66 840 kW
66 840 kW
7246 Btu
47.1 %
7643 kJ
47 200 kW
1 9 640 kW
2 x NK-37
NK Engines (50/60 Hz) NK-37
1 993
Comments
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Model
Intro Year
FT8 SwiftPac 30 FT8 SwiftPac 60
Net Heat Rate (Btu/kWh)
Net Plant Efficiency
Net Heat Rate (kJ/kWh)
Condenser Pressure
Gas Turbine Power (kW)
Steam Turbine Power (kW)
No. & Type Gas Turbine
Comments
1 990 1 990
42 100 kW 85 100 kW
41 050 kW 83 100 kW
6950 Blu 6878 Btu
49.1 % 49.6%
7333 kJ 7257 kJ
1 .4 inch Hg 1 .4 inch Hg
30 100 kW 60 500 kW
1 2 000 kW 24 600 kW
1 x FT8-3 2 x FT8-3
FT4000 SwiftPac 60 2014
85 500 kW 1 72 500 kW
83 900 kW 169 000 kW
6871 Btu 6817 Btu
49.7% 50.1%
7250 kJ 7193 kJ
1 .4 inch Hg 1 .4 inch Hg
68 100 kW 136 600 kW
17 400 kW 35 900 kW
1 x FT4000 2 x FT4000
38 761 kW 40 831 kW 43 764 kW
37 725 kW 39 760 kW 42 640 kW
6801 Btu 6639 Btu 6464 Btu
50.2% 51 .4% 52.8%
7175 kJ 7005 kJ 6820 kJ
1 .9 inch Hg 1 .9 inch Hg 1 . 9 inch Hg
26 716 kW 28 626 kW 31 171 kW
12 045 kW 1 2 205 kW 1 2 593 kW
1 x RB21 1 1 x RB211 1 x RB21 1
2P unfired 2P unfired 2P unfired
FT4000 SwiftPac 120 2014
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Rolls-Royce (50/60 Hz)
en
Net Plant Ouput (kW)
PW Power Systems (50/60 Hz)
:;;:
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Gross Plant Output (kW)
-;
RB211 -G62 OLE RB21 1 -GT62 OLE RB2 1 1 -GT61 OLE
1 993 1 999 2000
Rolls-Royce (50 Hz) Trent 60 OLE Trent 60 OLE
1 998 1 998
66 587 kW 133 659 kW
65 356 kW 1 31 173 kW
6367 Btu 6345 Btu
53.6% 53.8%
6718 kJ 6695 kJ
1 .5 inch Hg 1.5 inch Hg
50 767 kW 101 534 kW
1 5 820 kW 32 125 kW
1 x Trent 2 x Trent
2P unfired
Trent 60 OLE ISi Trent 60 OLE ISi
2010 2010
79 078 kW 158 429 kW
77 673 kW 1 55 585 kW
6384 Btu 6375 Btu
53.4% 53.5%
6736 kJ 6726 kJ
1 .5 inch Hg 1 .5 inch Hg
61 978 kW 123 956 kW
1 7 100 kW 34 473 kW
1 x Trent 2 x Trent
2P unfired
Trent 60 WLE Trent 60WLE
2001 2001
82 770 kW 165 893 kW
81 247 kW 162 803 kW
6633 Btu 6619 Btu
51 .4% 51 .6%
6998 kJ 6984 kJ
1 .5 inch Hg 1 .5 inch Hg
64 479 kW 128 958 kW
1 8 291 kW 36 935 kW
1 x Trent 2 x Trent
2P unfired
Trent 60 WLE Trent SOWLE
2001 2001
109 859 kW 220 307 kW
107 233 kW 2 1 4 952 kW
6956 Btu 6941 Btu
49.1% 49.2%
7339 kJ 7323 kJ
1 .5 inch Hg 1 .5 inch Hg
64 479 kW 128 958 kW
45 380 kW 91 349 kW
1 x Trent 1 P fired to 1300F 2 x Trent
Trent 60 WLE ISi Trent 60 WLE ISi
2011 201 1
84 433 kW 169 21 1 kW
82 885 kW 166 065 kW
6655 Btu 6643 Btu
51 .3% 51 .4%
7022 kJ 7009 kJ
1 .5 inch Hg 1 .5 inch Hg
66 000 kW 132 000 kW
1 8 433 kW 37 21 1 kW
1 x Trent 2 x Trent
Trent 60 WLE ISi Trent 60 WLE ISi
201 1 2011
1 1 2 259 kW 225 087 kW
1 09-567 kW 2 1 9 593 kW
6971 Btu 6957 Btu
49.0% 49.1 %
7355 kJ 7340 kJ
1 .5 inch Hg 1 .5 inch Hg
66 000 kW 132 000 kW
46 259 kW 93 087 kW
1 x Trent 1 P fired to 1 300F 2 x Trent
2P unfired
Rolls-Royce (60 Hz) Trent 60 OLE Trent 60 OLE
1 998 1998
67 684 kW 135 796 kW
. 66 438 kW 133 276 kW
6374 Btu 6354 Btu
53.5% 53.7%
6725 kJ 6704 kJ
1 .5 inch Hg 1 .5 inch Hg
51 674 kW 103 348 kW
1 6 010 kW 32 448 kW
1 x Trent 2 x Trent
2P unfired
Trent 60 OLE ISi Trent 60 OLE ISi
2010 2010
76 841 kW 153 901 kW
75 475 kW 151 131 kW
6376 Btu 6368 Btu
53.5% 53.6%
6727 kJ 6719 kJ
1 .5 inch Hg 1 .5 inch Hg
60 200 kW 120 400 kW
1 6 641 kW 33 501 kW
1 x Trent 2 x Trent
2P unfired
Trent 60 WLE Trent 60 WLE
2001 2001
79 425 kW 159 145 kW
77 952 kW 156 160 kW
6633 Btu 6621 Btu
51 .4% 51 .5%
6998 kJ 6986 kJ
1 .5 inch Hg 1 .5 inch Hg
61 754 kW 123 508 kW
17 671 kW 35 637 kW
1 x Trent 2 x Trent
2P unfired
Trent 60WLE Trent 60WLE
2001 2001
104 953 kW 2 1 0 332 kW
102 438 kW 205 212 kW
6957 Btu 6945 Btu
49.1% 49.1 %
7340 kJ 7328 kJ
1 .5 inch Hg 1 .5 inch Hg
61 754 kW 123 508 kW
43 1 99 kW 86 824 kW
1 x Trent 1 P fired to 1 300F 2 x Trent
Trent 60 WLE ISi Trent 60 WLE ISi
201 1 2011
81 834 kW 163 955 kW
80 303 kW 160 850 kW
6723 Btu 6712 Btu
50.8% 50.8%
7093 kJ 7082 kJ
1 .5 inch Hg 1 .5 inch Hg
64 036 kW 1 28 072 kW
1 7 798 kW 35 883 kW
1 x Trent 2 x Trent
2P unfired
�
Model
Intro Year
Gross Plant Output (kW)
Net Plant Ouput (kW)
Net Heat Rate (Btu/kWh)
108 309 kW 217 229 kW
105 704 kW 21 1 920 kW
7017 Btu 7001 Btu
48.6% 48.7%
7404 kJ 7387 kJ
Net Plant Efficiency
Net Heat Rate (kJ/kWh)
-; Condenser Pressure
Gas Turbine Power (kW)
Steam Turbine Power (kW)
1 .5 inch Hg 1 .5 inch Hg
64 036 kW 128 072 kW
44 273 kW 89 157 kW
No. & Type Gas Turbine
Comments
Rolls-Royce (60 Hz) (cont'd) Trent 60 WLE ISi Trent 60 WLE ISi
2011 201 1
1 x Trent 1 P fired to 1 300F 2 x Trent
Siemens Energy (50/60 Hz) SCC-600 1x1 SCC-600 2x1
1981 1981
36 480 kW 74 230 kW
35 900 kW 73 280 kW
6843 Btu 6702 Btu
49.9% 50.9%
7220 kJ 7071 kJ
1 .3 inch Hg 1 .3 inch Hg
23 880 kW 47 780 kW
1 2 600 kW 26 450 kW
1 x SGT-600 2 x SGT-600
2P no reheat 2P no reheat
SCC-700 1x1 SCC-700 2x1
1 999 1 999
45 71 0 kW 92 640 kW
45 1 60 kW 91 620 kW
6517 Btu 6424 Btu
52.3% 53.1%
6876 kJ 6778 kJ
1 .3 inch Hg 1 .3 inch Hg
31 300 kW 62 600 kW
1 4 41 0 kW 30 040 kW
1 x SGT-700 2 x SGT-700
2P no reheat 2P no reheat
SCC-750 1 X 1 SCC-750 2X1
2012 2012
48 780 kW 98 160 kW
48 200 kW 97 070 kW
6584 Btu 6538 Btu
51 .8% 52.2%
6946 kJ 6898 kJ
1 .3 inch Hg 1 .3 inch Hg
36 020 kW 72 040 kW
12 760 kW 26 120 kW
1 x SGT-750 2 x SGT-750
2P no reheat 2P no reheat
SCC-800 1x1 SCC-800 2x1
1 998 1 998
67 300 kW 136 800 kW
66 570 kW 135 370 kW
6344 Btu 6239 Btu
53.8% 54.7%
6693 kJ 6583 kJ
1 .3 inch Hg 1.3 inch Hg
46 300 kW 92 600 kW
21 000 kW 44 200 kW
1 x SGT-800 2 x SGT-800
2P no reheat 2P no reheat
SCC-800 1 x 1 SCC-800 2x1
2010 2010
72 200 kW 145 100 kW
71 400 kW 143 600 kW
6 1 89 Btu 6155 Btu
55.1% 55.4%
6530 kJ 6494 kJ
1 .3 inch Hg 1 .3 inch Hg
49 100 kW 98 300 kW
23 100 kW 46 800 kW
1 x SGT-800 2 x SGT-800
2P no reheat 2P no reheat
257 000 kW 520 000 kW
253 000 kW 512 000 kW
6499 Btu 6426 Btu
52.5% 53.1%
6857 kJ 6780 kJ
•***
....
168 000 kW 336 000 kW
89 000 kW 184 000 kW
1 x SGT5-2000E 2 x SGT5-2000E
2P no reheat 2P no reheat
445 000 kW 890 000 kW
5812 Btu 5812 Btu
58.7% 58.7%
6133 kJ 6 1 33 kJ
.....
....
****
601 000 kW
304 000 kW
1 x SGT5-4000F 2 x SGT5-4000F
3P reheat 3P reheat
**** SCC5-8000H 1 s• 2009 600 000 kW SCC5-8000H 2x1 2010 •••• 1 200 000 kW 'Note: Siemens model 1 S designates single shaft
<5687 Btu <5687 Btu
>60.0% >60.0%
<6000 kJ <6000 kJ
....
•***
800 000 kW
400 000 kW
1 x SGT5-8000H 2 x SGT5-8000H
3P reheat 3P reheat
1 1 4 000 kW 228 000 kW
60 000 kW 120 000 kW
1 x SGT6-2000E 2 x SGT6-2000E
2P no reheat 2P no reheat
....
232 000 kW 464 000 kW
1 1 8 000 kW 236 000 kW
1 x SGT6-5000F 2 x SGT6-5000F
3P reheat 3P reheat
....
....
W1'1'1UI'
548 000 kW
270 000 kW
1 x SGT6-8000H 2 x SGT6-8000H
3P reheat 3P reheat
Siemens Energy (50 Hz)
�
SCC5-2000E 1 x1 SCC5-2000E 2x1
1981 1981
SCC5-4000F 1 s• SCC5-4000F 2x1
1 995 1 995
.....
905 000 kW
SCC6-2000E 1 X 1
1989 1 989
174 000 kW 348 000 kW
1 7 1 000 kW 342 000 kW
6651 Btu 6561 Btu
51 .3% 52.0%
7018 kJ 6923 kJ
c ' -<
SCC6-5000F 1 X 1 SCC6-5000F 2X1
1 989 1 989
350 000 kW 700 000 kW
345 000 kW 690 000 kW
5923 Btu 5882 Btu
57.6% 58.0%
6250 kJ 6205 kJ
<5687 Btu <5687 Btu
>60.0% >60.0%
<6000 kJ <6000 kJ
'2 SCC6-2000E 2X1 I � er I)
:1
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� � �
!::3
··---·
****
Siemens Energy (60 Hz)
' :> c '
'­
......
.... SCC6-8000H 1 s· 2010 4 1 0 000 kW .... SCC6-8000H 2X1 2010 818 000 kW *Note: Siemens model 1 S designates single shaft
**•*
.... ......
....
Mechanical Drive OEM Design Ratings 30
Aviadvigatel
32
NK Engines
30
Dresser-Rand
32
Orenda Aerospace
30
GE Energy Aeroderivative
32
Rolls-Royce
31
GE Energy Oil and Gas
32
Siemens Energy
31
Kawasaki Heavy Industries
33
Solar Turbines
31
MAN Diesel & Turbo
33
Vericor
31
Mitsui Engineering & Shipbuilding
33
Zorya-Mashproekt
31
Motor Sich
c Marine Propulsion OEM Design Ratings
28
January -
34
GE Marine
34
MTU Friedrichshafen
34
Rolls-Royce
34
Vericor
36
Zorya-Mashproekt
February 2014 GTW Specs

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2014 GTW Mechanical Drive Specs
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Turbine Mass Flow (lb/sec) Speed (rpm)
Exhaust Temp (F)
Approx Weight
9000 rpm 6500 rpm
865 F 878 F
30 860 lb 24 250 lb
24 x 1 1 x 1 1 ft 24 x 1 1 x 1 1 ft
125.9 lb 1 75.5 lb
5300 rpm 5000 rpm
1 004 F 910 F
30 860 lb 44 090 lb
35 x 1 1 x 1 1 ft 45 x 8 x 20 ft
17.9 1 8.2
149.7 lb 153.1 lb
6200 rpm 3600 rpm
1017 F 992 F
88 200 lb 89 200 lb
30 x 1 4 x 1 5 ft 30 x 1 4 x 1 5 ft
LM2500 gas gen, SAC LM2500 gas turb, SAC
39.5% 40.1%
22.5 22.4
1 92.2 lb 1 90.2 lb
3600 rpm 6200 rpm
959 F 979 F
88 200 lb 88 200 lb
30 x 1 4 x 1 5 ft 30 x 1 4 x 1 5 ft
LM2500+ gas turb, SAC LM2500+ gas gen, SAC
6 434 Btu 6 316 Btu
39.6% 40.3%
23.0 23.6
201 .8 lb 1 98.4 lb
3600 rpm 6200 rpm
978 F 1 006 F
88 200 lb 88 200 lb
30 x 14 x 1 5 ft 30 x 1 4 x 15 ft
LM2500+G4 gas turb SAC LM2500+G4 gas gen, SAC
59 436 hp 66 822 hp
6 042 Btu 6 054 Btu
42.1% 42.0%
27.9 29.7
280.9 lb 295.3 lb
3600 rpm 3743 rpm
855 F 907 F
83 800 lb 83 800 lb
27 x 1 4 x 1 9 ft 27 x 14 x 1 9 ft
LM6000 PC, SAC LM6000 PG
Heat Rate (Btu/hp-hr)
Etticiency
Pressure Ratio
Intro Year
ISO Continuous
GTU-10P GTU-1 2P
1 999 1 994
1 3 759 hp 1 6 629 hp
7 931 Btu 7 355 Btu
32.5% 34.6%
14.3 15.8
96.8 lb 103.6 lb
GTU-16P GTU-25P
1 996 2003
22 087 hp 34 330 hp
6 878 Btu 6 492 Btu
37.0% 39.2%
19.6 27.9
Vectra 30G DR-61G
2007 1981
31 469 hp 32 0 1 1 hp
6 8 1 6 Btu 6 777 Btu
37.3% 37.6%
DR-61GP Vectra 40G
1 995 1998
42 066 hp 42 102 hp
6 441 Btu 6 347 Btu
DR-61G4 Vectra 40G4
2005 2007
45 396 hp 45 902 hp
DR-63G PC DR-63G PG
1 994 2008
Model
Approx LxWxH
Comments
Aviadvigatel
Dresser-Rand
GE Energy Aeroderivative LM2000e
201 1
24 200 hp
7 400 Btu
34.4%
15.6
1 3 1 .0 lb
3600 rpm
916 F
107 000 lb
34 x 9 x 1 0 ft
DLE
LM2000PS
2000
25 236 hp
7 205 Btu
35.3%
15.6
142.7 lb
3600 rpm
860 F
107 000 lb
34 x 9 x 1 0 ft
water NOx injection
LM2500P E LM2500PE
2004 2004
33 044 hp 32 013 hp
7 072 Btu 6 777 Btu
36.0% 37.5%
19.1 19.1
157.4 lb 153.1 lb
3600 rpm 3600 rpm
955 F 991 F
1 07 000 lb 107 000 lb
34 x 9 x 1 0 ft 34 x 9 x 1 0 ft
water NOx injection dry
LM2500RD LM2500RC
2007 2007
45 439 hp 49 754 hp
6 404 Btu 7 1 19 Btu
39.7% 35.7%
23.0 23.0
201.0 lb 216.1 lb
3600 rpm 3600 rpm
977 F 902 F
1 1 7 000 lb 1 1 7 000 lb
35 x 9 x 1 0 ft 35 x 9 x 1 0 ft
DLE water NOx injection
LM6000PF LM6000PD
2007 2005
58 8 1 0 hp 58 809 hp
5 985 Btu 5 985 Btu
42.5% 42.5%
29.8 29.8
274.8 lb 274.8 lb
3600 rpm 3600 rpm
851 F 851 F
240 000 lb 240 000 lb
29 x 1 4 x 25 ft 29 x 1 4 x 25 ft
DLE OLE
LM6000PC LM6000PC
1 992 1 992
59 530 hp 59 762 hp
6 240 Btu 5 963 Btu
40.8% 42.7%
29.8 29.8
285.0 lb 281.0 lb
3627 rpm 3627 rpm
803 F 841 F
240 000 lb 240 000 lb
29 x 1 4 x 25 ft 29 x 1 4 x 25 ft
water NOx injection dry
<1 Model
Intro Year
ISO Continuous
Heat Rate {Btu/hp-hr)
Etticiency
Pressure Ratio
Turbine Mass Flow (lb/sec) Speed {rpm)
Exhaust Temp (F)
Approx Weight
Approx LxWxH
Comments
GE Energy Oil & Gas LM2000e
2011
24 200 hp
7 400 Btu
34.4%
15.6
1 3 1 .0 lb
3600 rpm
916 F
107 000 lb
34 x 9 x 1 0 ft
DLE
GE1 0-2
2000
1 6 068 hp
7 649 Btu
33.3%
15.5
1 03.0 lb
7900 rpm
896 F
83 775 lb
34 x 8 x 20 ft
std. comb. sys, size w/o encl.
PGT25 PGT25+ PGT25+G4
1981 1 996 2005
31 200 hp 42 070 hp 46 000 hp
6 748 Btu 6 1 85 Btu 6 175 Btu
37.7% 41.1% 41.2%
17.9 21.5 23.2
1 5 1 .9 lb 185.8 lb 1 97.7 lb
6500 rpm 6100 rpm 6 1 00 rpm
976 F 932 F 950 F
83 005 lb 67 790 lb 68 010 lb
30 x 12 x 12 ft 21 x 1 2 x 1 3 ft 21 x 12 x 1 3 ft
std. comb. sys, size w/o encl. std. comb. sys, size w/o encl. std. comb. sys, size w/o encl.
LM6000PD LM6000PF LM6000PG
1 997 2006 2008
58 809 hp 58 809 hp 70 787 hp
5 91 7 Btu 5 917 Btu 5 890 Btu
43.0% 43.0% 43.2%
28.0 28.0 30.0
275.0 lb 275.0 lb 317.3 lb
3600 rpm 3600 rpm 3930 rpm
851 F 851 F 878 F
68 345 lb 68 345 lb 65 645 lb
31 x 14 x 1 4 ft DLE 15 ppm NOx, size w/o encl 31 x 1 4 x 14 ft DLE 25 ppm NOx, size w/o encl 31 x 1 4 x 1 4 ft std. comb. sys, size w/o encl
MS5002(C) 1 967 MS5002(C)* 2010 MS5002(D) 1997 MS5002(D)* 2010 MS5002(E) 2003 *Note: Power Crystal design
38 005 hp 39 520 hp 43 690 hp 45 553 hp 42 912 hp upgrade
8 812 Btu 8 714 Btu 8 648 Btu 8 413 Btu 7 068 Btu
28.8% 29.2% 29.4% 30.3% 36.0%
8.9 9.1 10.8 10.4 17.0
274.1 lb 270.0 lb 31 1 .7 1b 308.0 lb 225.0 lb
4670 rpm 4670 rpm 4670 rpm 4670 rpm 5714 rpm
963 F 1 004 F 948 F 993 F 952 F
242 5 1 0 lb
49 x 1 1 x 12 ft
242 5 1 0 lb
49 x 1 1 x 1 2 ft
257 940 lb
56 x 1 1 x 1 3 11
std. comb. sys, size w/o encl std. comb. sys, size w/o encl std. comb. sys, size w/o encl std. comb. sys, size w/o encl DLN-2 comb sys, size w/o encl
MS6001 (B) MS7001(EA) M9001(E)
58 380 hp 1 1 5 630 hp 174 520 hp
7 647 Btu 7 7 1 8 Btu 7 348 Btu
33.3% 33.0% 34.6%
1 2.2 12.7 12.7
309.0 lb 652.5 lb 921.0 lb
51 1 1 rpm 3600 rpm 3000 rpm
1011 F 995 F 1004 F
21 1 645 lb 266 760 lb 479 505 lb
52 x 1 1 x 1 2 ft 38 x 1 1 x 12 ft 73 x 1 5 x 21 1t
std. comb. sys, size w/o encl std. comb. sys, size w/o encl std. comb. sys, size w/o encl
41 546 hp
6 164 Btu
41 .3%
24.9
1 95.6 lb
5600 rpm
878 F
1 999 1 984 2003
.......
......
.... ....
Kawasaki Heavy Industries L30A
2012
MAN Diesel & Turbo
&;' c
'
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MGT6200
2012
9 253 hp
7 48CJ Btu
34.0%
15.0
62.0 lb
12000 rpm
844 F
THM1304-10N THM1304-12N
1980 2004
1 4 080 hp 1 6 760 hp
8 370 Btu 8 000 Btu
30.4% 31 .8%
1 0.0 1 1 .0
1 02.5 lb 1 08.0 lb
9000 rpm 9000 rpm
914 F 959 F
77 1 75 lb 77 175 lb
21 x 9 x 12 ft 21 x 9 x 1 2 ft
mature ratings
Mitsui Engineering & Shipbuilding
er
2 ' -<
N
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(/)
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SB60-2
1981
17 530 hp
8 215 Btu
31 .0%
12.1
1 22.0 lb
5680 rpm
853 F
120 591 lb
24 x 1 1 x 15 ft
TV3-137 D-336-1
1 999 1 993
1 475 hp 8 445 hp
9 664 Btu 8 105 Btu
26.3% 31 .4%
7.5 15.3
16.1 lb 70.4 lb
1 5000 rpm 8200 rpm
790 F 808 F
639 1b 3 241 lb
9 x 2 x 2 ft 1 3 x 4 x 4 ft
Al-336-2-8
1 996 1 998
10 724 hp 1 3 405 hp
7 901 Btu 7 283 Btu
32.2% 34.9%
1 7.5 21.3
81.1 lb 93.6 lb
8200 rpm 4800 rpm
846 F 819 F
3 241 lb 1 1 464 lb
1 3 x 4 x 4 ft 1 9 x 7 x 8 ft
Motor Sich
� Al-336-1 - 1 0
two shaft design
c.> N '
c.. :::> c:
Model
Intro Year
ISO Continuous
Heat Rate (Btu/hp-hr)
Effi·
ciency
Pressure Ratio
Mass Flow (lb/sec)
Turbine Speed (rpm)
Exhaust Temp (F)
Approx Weight
Approx LxWxH
'
NK Engines
� CT
NK-12ST NK-14ST
1 976 1 992
8 450 hp 1 0 730 hp
9 748 Btu 7 951 Btu
26.1% 32.0%
8.8 9.5
128.0 lb 82.0 lb
8200 rpm 8000 rpm
590 F 887 F
7 700 lb 8 200 lb
1 5 x 5 x 5 ft 1 5 x 5 x 5 ft
NK-40ST NK-16ST
1 995 1 982
1 3 410 hp 21 460 hp
7 483 Btu 8 773 Btu
34.0% 29.0%
20.2 9.7
98.1 lb 225.0 lb
5300 rpm 5300 rpm
750 F 898 F
1 3 000 lb 17 200 lb
1 7 x 7 x 7 ft 20 x 7 x 7 ft
NK-38ST NK-36ST
1 995 1993
21 460 hp 33 530 hp
6 695 Btu 6 990 Btu
38.0% 36.4%
25.9 23.1
120.0 lb 223.0 lb
5300 rpm 5000 rpm
829 F 797 F
1 3 000 lb 1 9 200 lb
1 7 x 7 x 7 ft 20 x 8 x 8 ft
1 993 2002 1 991 1 995
8 717 14 081 22 395 35 805
hp hp hp hp
8 078 Btu 7 068 Btu 7 270 Btu 6 971 Btu
31 .5% 36.0% 35.0% 36.5%
14.0 19.5 20.0 21.0
68.3 lb 79.0 lb 1 57.0 lb 194.0 lb
8200 rpm 4800/6500 5200 rpm 3700/5000
806 F 914 F 788 F 914 F
7 7 1 6 lb 1 1 023 lb 25 574 lb 35 274 lb
1 2 x 4 x 5 ft 1 3 x 6 x 6 ft 1 5 x 7 x 7 ft 21 x 8 x 9 ft
501-KC5 501-KC7 Avon 2648 Avon 2656
1 996 1 998 2006 2006
5 500 hp 7 200 hp 21 923 hp 22 807 hp
8 495 Btu 7 934 Btu 8 323 Btu 8 022 Btu
30.0% 32.2% 30.9% 31 .8%
9.4 13.5 9.6 9.6
34.2 lb 45.8 lb 179.0 lb 1 79.0 lb
1 3600 rpm 1 3600 rpm 5500 rpm 4950 rpm
1 060 F 957 F 797 F 788 F
G62 OLE G62 Non-OLE GT62 OLE GT62 Non-OLE GT61 OLE GT61 Non-OLE
1 993 1 993 1 999 1 999 2000 2000
37 465 hp 39 075 hp 41 084 hp 41 495 hp 44 230 hp 45 316 hp
6 819 Btu 6 743 Btu 6 602 Btu 6 599 Btu 6 306 Btu 6 2.§l.9 Btu
37.3% 37.8% 38.6% 38.6% 40.4% 40.4%
20.6 21.3 21.7 22.0 21.6 22.1
201.0 lb 206.0 lb 210.0 lb 212.0 lb 207.0 lb 210.0 lb
4800 rpm 4800 rpm 4800 rpm 4800 rpm 4850 rpm 4850 rpm
Trent 60 OLE Trent 60 WLE
2003 2003
72 679 hp 82 877 hp
5 837 Btu 6 071 Btu
43.6% 41 .9%
34.3 36.1
340.2 lb 361.3 lb
SGT-100 SGT-200
2010 1981
7 640 hp 10 300 hp
7 738 Btu 7 616 Btu
32.9% 33.4%
14.9 12.3
SGT-300 SGT-400 SGT-400
2011 1 997 2010
1 1 000 hp 1 8 000 hp 20 006 hp
7 350 Btu 7 028 Btu 6 908 Btu
34.6% 36.2% 36.8%
SGT-500 SGT-600
1968 1981
25 881 hp 33 847 hp
7 443 Btu 7 344 Btu
34.2% 34.6%
-< I
2 ' -<
N
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Comments
Orenda Aerospace GT6000 GT10000 GT1 5000 GT25000
weight and size engine only weight and size engine only weight and size engine only weight and size engine only
Rolls-Royce 21 x 8 x 1 0 ft 21 x 8 x 1 0 ft 23 x 12 x 1 1 ft 23 x 12 x 1 1 ft
501 -KC5 gas generator 501 -KC7 gas generator Avon 200 gas generator Avon 200 gas generator
916 F 916 F 918 F 918 F 928 F 928 F
30 x 30 x 30 x 30 x 30 x 30 x
RB21 1-G gas generator RB2 1 1 -G gas generator RB211 -GT gas generator RB211 -GT gas generator RB211 -GT gas generator RB21 1 -GT gas generator
3400 rpm 3400 rpm
802 F 807 F
39 x 1 5 x 1 6 ft 39 x 1 5 x 16 ft
43.4 lb 65.0 lb
1 3000 rpm 1 0950 rpm
1 009 F 919 F
59 400 lb 94 000 lb
20 x 9 x 1 6 ft 34 x 8 x 1 1 ft
13.3 16.8 18.9
63.9 lb 86.8 lb 97.0 lb
1 1 500 rpm 9975 rpm 9975 rpm
928 F 1031 F 1 004 F
83 600 lb 88 000 lb 88 500 lb
23 x 1 0 x 1 4 ft 24 x 1 0 x 1 4 ft 24 x 1 0 x 14 ft
1 3.0 14.0
215.9 lb 179.2 lb
3450 rpm 7700 rpm
696 F 1 009 F
176 000 lb 1 1 0 000 lb
46 x 1 6 x 1 3 ft 38 x 1 3 x 1 3 ft
13 x 1 6 fl 1 3 x 16 ft 1 3 x 1 6 ft 13 x 16 ft 1 3 x 16 ft 13 x 16 ft
water injected
Siemens Energy
two shaft design
Model
Intro Year
ISO Continuous
Heat Rate (Btu/hp-hr)
Efficlency
Pressure Ratio
Mass Flow (lb/sec)
Turbine Speed (rpm)
Exhaust Temp (F)
Approx Weight
Approx LxWxH
Comments
Siemens Energy (cont'd) SGT-700 SGT-750
1 999 2012
45 1 51 hp 51 2 1 3 hp
6 661 Btu 6 248 Btu
38.2% 40.7%
1 8.7 23.8
209.0 lb 251.8 lb
6500 rpm 3050-6405
991 F 858 F
139 000 lb
38 x 13 x 13 ft
Saturn 20
1 985
1 590 hp
1 0 370 Btu
24.5%
6.7
14.2 lb
22300 rpm
970 F
1 0 000 lb
1 3 x 6 x 8 ft
Centaur 40 Centaur 50
1 992 1 993
4 700 hp 6 130 hp
9 125 Btu 8 500 Btu
27.9% 29.9%
10.3 10.3
41.8 lb 41.5 lb
1 5500 rpm 1 6500 rpm
835 F 960 F
28 000 lb 33 000 lb
1 9 x 8 x 9 ft 1 8 x 8 x 9 ft
Taurus 60 Taurus 70
1 993 1 994
7 700 hp 1 1 150 hp
7 965 Btu 7 188 Btu
31 .9% 35.4%
1 1 .5 17.6
47.7 lb 59.1 lb
1 3950 rpm
....
950 F 933 F
35 000 lb 45 000 lb
1 8 x 8 x 9 ft 24 x 9 x 1 1 ft
Mars 90 Mars 100
1 992 1 994
1 3 220 hp 16 000 hp
7 655 Btu 7 370 Btu
33.2% 34.5%
16.3 17.7
88.5 lb 93.1 lb
9400 rpm 9500 rpm
870 F 905 F
60 000 lb 60 000 lb
30 x 9 x 1 0 ft 30 x 9 x 1 2 ft
Titan 130 Titan 250
1 998 2008
20 500 hp 30 000 hp
7 025 Btu 6 360 Btu
36.2% 40.0%
16.1 24.1
1 1 0.3 lb 1 50.4 lb
8500 rpm 7000 rpm
940 F 865 F
75 000 lb 1 16 000 lb
32 x 10 x 1 0 ft 34 x 12 x 1 4 ft
1 974 1978 1999
697 hp 4 364 hp 4 877 hp
1 1 8 1 8 Btu 9 063 Btu 8 5 1 1 Btu
21.5% 28.1% 29.6%
10.5 8.8 10.1
7.91b 28.3 lb 30.4 lb
1 500/1800 1 5400 rpm 15400 rpm
909 F 1110 F 1076 F
12 000 lb 45 000 lb 45 000 lb
1 0 x 5 x 1 2 ft 20 x 8 x 23 ft 20 x 8 x 23 ft
Solar Turbines
Vericor VPS1 VPS3 VPS4
Zorya-Mashproekt UGT 3000 UGT 6000
1981 1 978
4 440 hp 8 720 hp
8 210 Btu 8 080 Btu
31 .0% 31 .5%
13.5 14.0
34.2 lb 68.3 lb
9700 rpm 8200 rpm
824 F 806 F
30 800 lb 76 000 lb
1 7 x 1 0 x 1 0 ft 33 x 1 0 x 1 1 ft
UGT 8000
2004
1 1 140 hp
7 6.f)S Btu
33.2%
16.6
72.8 lb
8200 rpm
878 F
76 000 lb
33 x 1 0 x 1 1 ft
' :> c: '
UGT 15000 UGT 1 6000
1 988 1989
22 380 hp 22 380 hp
7 270 Btu 7 955 Btu
35.0% 32.0%
19.5 13.0
156.5 lb 216.1 lb
5200 rpm 5200 rpm
788 F 662 F
89 200 lb 90 300 lb
41 x 1 2 x 1 2 ft 41 x 1 2 x 1 2 ft
� CT
UGT 25000
1 993
35 800 hp
6 975 Btu
36.5%
20.5
1 94.0 lb
3700/5000
914 F
92 000 lb
41 x 1 2 x 1 2 ft
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2014 GTW Marine Propulsion Specs
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er
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Approx Weight
Approx LxWxH
14.4
36.0 lb
7000 rpm
1 049 F
1 990 lb
1 0 x 3 x 3 ft
0.373 lb 0.354 lb 0.352 lb
19.3 22.2 24.0
155.0 lb 189.0 lb 204.7 lb
3600 rpm 3600 rpm 3600 rpm
1 051 F 965 F 1 020 F
1 0 300 lb 1 1 545 lb 1 1 545 lb
21 x 7 x 7 ft 22 x 7 x 7 ft 22 x 7 x 7 ft
0.329 lb 0.330 lb
28.5 34.1
273.0 lb 306.9 lb
3600 rpm 3600 rpm
853 F 935 F
18 01 0 lb 1 6 300 lb
24 x 8 x 8 ft 24 x 8 x 8 ft
21 x 7 x 7 ft 22 x 7 x 7 ft 22 x 7 x 7 ft
Effi­ ciency
ISO Maximum
LM500
1 980
6 000 hp
0.443 lb
31 .4%
6 000 hp
0.443 lb
LM2500 LM2500+ LM2500+G4
1 969 1 998 2005
33 000 hp 40 500 hp 47 370 hp
0.372 lb 0.354 lb 0.352 lb
37.4% 39.3% 39.5%
33 600 hp 40 500 hp 47 370 hp
LM6000PC 1 997 57 330 hp 0.329 lb 42.2% 57 330 hp LM6000PG 2008 68 750 hp 0.332 lb 41 .6% 68 750 hp Note: All GE ratings are based on 18,400 Btu liquid fuel (LHV)
GE Marine
g
Exhaust Temp (F)
SFC (lb/hp-hr)
� .S> Gl
� �
Turbine Speed
ISO Continuous
Model
I)
Mass Flow (lb/sec)
Intro Year
-<
SFC Pressure (lb/hp-hr) Ratio
Comments
MTU Friedrichshafen 1 969 1 998 201 1
33 600 hp 40 500 hp 47 370 hp
0.372 lb 0.354 lb 0.352 lb
37.4% 39.3% 39.5%
33 600 hp 40 500 hp 47 370 hp
0.373 lb 0.354 lb 0.352 lb
1 9.3 22.2 24.0
1 55.0 lb 189.0 lb 204.7 lb
3600 rpm 3600 rpm 3600 rpm
1051 F 965 F 1 020 F
1 0 300 lb 1 1 545 lb 1 1 545 lb
AG 9140 MT?
1 986 2010
5 300 hp 5 365 hp
0.470 lb 0.40 lb
29.4% 32.2%
........
.... .....
1 1 .3
1 4340 rpm 1 5000 rpm
1 545 lb
****
34.4 lb ....
1028 F
****
RR 4500
2004
6 030 hp
0.429 lb
32.4%
.......,
.....
14.3
46.1 lb
1 4600 rpm
959 F
1 690 lb
Spey
1 987
26 150 hp
0.371 lb
37.3%
••ll'W
.....
21.9
147.0 lb
5500 rpm
856 F
3 880 lb
42.0% 161 .0 lb 16.2 39.7% 24.0 257.0 lb .... 40.2% 268.0 lb 25.7 fuel (LHV); MT30 includes 4' & 6' exhaust losses
3600 rpm 3300/3600 3418 rpm
672 F 885 F 908 F
1 6 360 1b 1 5 400 lb 15 400 lb
1 5400 rpm 1 5400 rpm 1 6000 rpm
1 080 F 1 1 12 F 1 1 16 F
1 325 lb 1 425 lb 1 565 lb
LM2500 LM2500+ LM2500+ G4 Rolls-Royce
/
WR-21 MT30 MT30
1 997 33 850 hp 0.329 lb 2001 48 275 hp 0.348 lb 2008 53 640 hp 0.344 lb Note: All R-R ratings are based on 1 8,400 Btu liquid
****
**'*
****
****
****
****
RB21 1
****
RB2 1 1 /Trent, ICR mech or elec drive, Trent mech drive apps only
****
......
Vericor TF40 ETF40B TF50B
1976 2001 1998
4 000 hp 5 035 hp 5 1 00 hp
0.499 lb 0.461 lb 0.460 lb
27.9% 30.2% 30.2%
4 600 hp 5 460 hp 5 600 hp
0.491 lb 0.457 lb 0.453 lb
8.5 10.1 9.9
27.8 lb 30.2 lb 30.0 lb
4 x 3 x 3 ft 4 x 3 x 3 ft 5 x 3 x 3 tt
twin unit available twin unit available twin unit available