powering the global energy demand · (14,025 btu/kwe-hr) mars ... titan 130 15.0 mw 10 232...

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POWERING THE GLOBAL ENERGY DEMAND

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Page 1: POWERING THE GLOBAL ENERGY DEMAND · (14,025 Btu/kWe-hr) Mars ... Titan 130 15.0 MW 10 232 kJ/kWe-hr (9695 Btu/kWe-hr) Titan 250 21.7 MW 9260 kJ/kWe-hr (8775 Btu/kWe-hr) Mercury ™

P O W E R I N G T H E G L O B A L E N E R G Y D E M A N D

Page 2: POWERING THE GLOBAL ENERGY DEMAND · (14,025 Btu/kWe-hr) Mars ... Titan 130 15.0 MW 10 232 kJ/kWe-hr (9695 Btu/kWe-hr) Titan 250 21.7 MW 9260 kJ/kWe-hr (8775 Btu/kWe-hr) Mercury ™

Industrial Gas Turbine Product Line and Performance

Specific Site Performance Saturn Centaur Centaur Mercury Taurus Taurus Taurus Mars Mars Titan Titan 20 40 50 50 60 65 70 90 100 130 250 Exhaust Temperature, °C 511 446 513 377 516 555 490 468 491 500 465 Exhaust Temperature, (°F) (952) (835) (956) (710) (960) (1032) (914) (875) (915) (932) (865)

Exhaust Mass Flow, thousand kg/hr 23.4 67.9 68.2 63.7 77.7 74.1 96.3 143.4 149.3 177.9 245.7 Exhaust Mass Flow, (thousand lbs/hr) (51.5) (149.6) (150.3) (140.4) (171.3) (163.4) (212.3) (316.2) (329.1) (392.2) (541.6)

Turbine Fuel Input, GJ/hr 17.7 45.1 56.0 42.7 64.4 67.3 79.4 105.9 117.6 152.2 199.7 Turbine Fuel Input, (MMBtu/hr) (16.8) (42.7) (53.1) (40.5) (61.0) (63.8) (75.3) (100.4) (111.5) (144.3) (189.3)

Process Steam Production (Unfired)

Steam Output, tonnes/hr 4.0 8.9 11.5 6.3 13.5 14.6 15.6 21.2 23.5 29.3 35.8 Steam Output, (thousand lbs/hr) (8.9) (19.6) (25.3) (13.8) (29.8) (32.1) (34.4) (46.8) (51.8) (64.5) (78.7)

Process Steam Production with Supplemental Firing, 871°C (1600°F)

Steam Output, tonnes/hr 8.4 24.2 24.0 22.4 28.1 27.4 34.5 51.4 53.3 64.1 88.7 Steam Output, (thousand lbs/hr) (18.5) (53.3) (53.0) (49.4) (62.0) (60.5) (76.1) (113.3) (117.4) (141.4) (195.2)

Additional Fuel to Burner, GJ/hr 10.4 35.7 30.5 38.7 34.6 30.2 45.9 71.7 70.9 82.8 124.8 Additional Fuel to Burner, (MMBtu/hr) (9.9) (33.8) (28.9) (36.7) (32.8) (28.6) (43.5) (68.0) (67.2) (78.5) (118.3)

Process Steam Production with Supplemental Firing, 1538°C (2800°F)

Steam Output, tonnes/hr 18.1 51.3 51.0 47.4 59.2 58.2 71.9 108.6 112.5 135.3 188.9 Steam Output, (thousand lbs/hr) (40.0) (113.2) (112.4) (104.4) (130.5) (128.3) (158.6) (239.5) (248.1) (298.2) (415.9)

Additional Fuel to Burner, GJ/hr 33.2 100.4 95.9 100.0 109.2 105.4 138.5 209.2 214.2 254.1 371.9 Additional Fuel to Burner, (MMBtu/hr) (31.5) (95.2) (90.9) (94.8) (103.5) (99.9) (131.3) (198.3) (203.0) (240.8) (352.6)

H E AT R E C O V E R Y P E R F O R M A N C E D ATA

I N D U S T R I A L G A S T U R B I N E P R O D U C T L I N E

Taurus™

Taurus 60 5.7 MW 11 465 kJ/kWe-hr (10,860 Btu/kWe-hr) Taurus 65 6.3 MW 10 943 kJ/kWe-hr (10,373 Btu/kWe-hr) Taurus 70 7.5 MW 10 650 kJ/kWe-hr (10,100 Btu/kWe-hr)

Centaur®

Centaur 40 3.5 MW 12 910 kJ/kWe-hr (12,240 Btu/kWe-hr) Centaur 50 4.6 MW 12 270 kJ/kWe-hr (11,630 Btu/kWe-hr)

Saturn®

Saturn 20 1.2 MW 14 795 kJ/kWe-hr (14,025 Btu/kWe-hr)

Mars®

Mars 90 9.5 MW 11 300 kJ/kWe-hr (10,710 Btu/kWe-hr) Mars 100 10.7 MW 11 090 kJ/kWe-hr (10,520 Btu/kWe-hr)

Ti tan™

Titan 130 15.0 MW 10 232 kJ/kWe-hr (9695 Btu/kWe-hr) Titan 250 21.7 MW 9260 kJ/kWe-hr (8775 Btu/kWe-hr)

Mercur y™

Mercury 50 4.6 MW 9351 kJ/kWe-hr (8863 Btu/kWe-hr)

R E C U P E R AT E D G A S T U R B I N E

Mercury 50 Generator Set Cogeneration and Distributed Energy Austin, Texas

Page 3: POWERING THE GLOBAL ENERGY DEMAND · (14,025 Btu/kWe-hr) Mars ... Titan 130 15.0 MW 10 232 kJ/kWe-hr (9695 Btu/kWe-hr) Titan 250 21.7 MW 9260 kJ/kWe-hr (8775 Btu/kWe-hr) Mercury ™

C H I L L E D WAT E R P R O D U C T I O N

Double-Effect Absorption Chiller (Steam, Unfired)

1000 Refrigeration Tons (RT) 2000 RT 3000 RT

Saturn 20 Centaur 40 Centaur 50Mercury 50 Taurus 60Taurus 65

CONVERSION FACTORS FOR CHILL ING APPLICATIONS:Older Mechanical Chiller: 0.8 kW/hr = 1 Ton of Refrigeration, Newer Mechanical Chiller: 0.6 kW/hr = 1 Ton of RefrigerationSingle-Effect Absorption Chiller: 18.7 lb/hr of Steam = 1 Ton of Refrigeration, Double-Effect Absorption Chiller: 9.9 lb/hr of Steam = 1 Ton of RefrigerationAlternative chiller configurations are also available including single effect, hot water and indirect-fired absorption.

T Y P I C A L S T E A M O U T P U T R A N G E S

Note: Steam output ranges from an unfired basis to a max-fired rate of 2800 °F.

T Y P I C A L C O M B I N E D H E AT A N D P O W E R S Y S T E MASSUMPTIONS:Site ConditionsElevation 0 m (0 ft)Temperature 15°C (59°F)Fuel Natural GasLoad 100%Inlet Pressure Loss, H2O 75 mm (3 in.)Exhaust Pressure Loss, H2O 254 mm (10 in.) Mercury 50 175 mm (7 in.)HRSG/Steam Data:Steam Pressure 10.3 bar Gauge (150 psig)Steam Conditions Dry and SaturatedBoiler Inlet 110°C (230°F)Notes: 1. Alternative steam pressures and temperatures available upon request. 2. Minimum stack temperature with gas fuel = 135°C (275°F), liquid fuel = 163°C (325°F).

AIR INLETFILTER

GENERATOR

GAS TURBINE

DIVERTER VALVE SUPPLEMENTARY

BURNER

EXHAUST BYPASS SILENCER

HEAT RECOVERY STEAM GENERATOR (HRSG)

Saturn 20 Centaur 40 Centaur 50 Mercury 50 Taurus 60 Taurus 65 Taurus 70 Mars 100 Titan 130Mars 90 Titan 250

425

400

375

350

325

300

275

250

225

200

175

150

125

100

75

50

25

0

Thou

sand

lbs/h

r

Page 4: POWERING THE GLOBAL ENERGY DEMAND · (14,025 Btu/kWe-hr) Mars ... Titan 130 15.0 MW 10 232 kJ/kWe-hr (9695 Btu/kWe-hr) Titan 250 21.7 MW 9260 kJ/kWe-hr (8775 Btu/kWe-hr) Mercury ™

Cat and Caterpillar are trademarks of Caterpillar Inc.Solar, Saturn, Centaur, Mercury, Taurus, Mars and Titan are trademarks of Solar Turbines Incorporated.Specifications subject to change without notice. Printed in the U.S.A.© 2008 Solar Turbines Incorporated. All rights reserved.BPGPSG/408/5M

Solar Turbines offers a complete solution for your 1-50 MW power needs. We can help with your requirements for cogeneration, base-load electricity, dispersed power, combined cycle, peak shaving, district heating/cooling, distributed generation and standby power for a wide variety of facilities, including industrial/processing facilities, buildings and institutions, and distributed power plants.

For more information about how Solar can provide you with an effective solution to meet your energy needs, contact:Solar Turbines Incorporated P.O. Box 85376 Mail Zone SP3-Q San Diego, CA 92186-5376Telephone: +1-619-544-5352 Email: [email protected] Internet: www.solarturbines.com

W L

H

Titan 250

Titan 130

Mars 100

Mars 90 Taurus 70

Taurus 65

Taurus 60 Mercury 50 Centaur 50 Centaur 40

Saturn 20

18.1 (59' 6")

14.0 (46' 0")

14.5 (47' 8") 14.5 (47' 7") 10.4 (34' 2") 9.7 (32' 0")

9.8 (32' 0") 11.1 (36' 6") 9.7 (32' 0") 9.7 (32' 0") 6.0 (19' 8")

3.7 (12' 0")

3.3 (10' 11")

2.8 (9' 2") 2.8 (9' 2") 3.1 (10' 1") 2.5 (8' 2")

2.7 (8' 11") 2.9 (9' 8") 2.4 (8' 2") 2.4 (8' 2") 1.7 (5' 8")

4.2 (13' 6")

3.3 (10' 10")

3.6 (11' 10") 3.6 (11' 11") 3.6 (11' 10") 2.9 (9' 8")

3.0 (9' 11") 3.7 (12' 0") 2.6 (8' 6") 2.6 (8' 6") 2.1 (7' 0")

140 620 (310,000)

73 668 (162,409)

67 570 (160,000) 67 570 (148,966) 52 175 (115,000)

33 045 (72,700) 33 870 (74,650) 58 831 (129,700) 27 430 (60,470) 26 015 (57,350) 8980 (19,800)

Generator Set Model Length m (ft-in) Width m (ft-in) Height m (ft-in) Dry Weight kg (lb)

* Actual values vary with customer options specified, such as type of generator.

Solar has been a pioneer in the design, manufacture and packaging of gas turbine systems for more than 50 years and is a world leader in the mid-range industrial gas turbine business. Customers in 96 nations spanning the globe know they can rely on Solar Turbines to provide rugged, reliable turbomachinery systems, responsive service, technical assistance, and service parts availability with a worldwide, around-the-clock support network.

A P P R O X I M AT E PA C K A G E D I M E N S I O N S A N D W E I G H T S *