Gas turbine PGT25+G5
for power generationmechanical driveaeroderivative

Gas turbine - PGT25+G5 - Baker Hughes - for power generation / mechanical drive / aeroderivative
Gas turbine - PGT25+G5 - Baker Hughes - for power generation / mechanical drive / aeroderivative
Gas turbine - PGT25+G5 - Baker Hughes - for power generation / mechanical drive / aeroderivative - image - 2
Gas turbine - PGT25+G5 - Baker Hughes - for power generation / mechanical drive / aeroderivative - image - 3
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Characteristics

Type
gas
Applications
for power generation, mechanical drive
Other characteristics
aeroderivative
Rated power kW

Min.: 32,900 kW
(44,731.54 hp)

Max.: 38,300 kW
(52,073.49 hp)

Description

Highest efficiency and power in class, with high-speed and low-speed power turbine options Benefits Optimization options: max power version at 38.3 MW and 41% efficiency, or other version for low emission and extended maintenance Maximized maintenance flexibility reaching up to 36,000-hour inspection interval and 72,000-hour overhaul Best-in-class NOx emissions as low as 15-25 ppm Features High-pressure compressor inherited from G4 with redesign for enhanced durability Combustor leverages latest DLE technologies and capabilities from the LM6000 Gas generator leverages GE Aviation technologies; high-speed power turbine includes aerodynamic and thermal modifications Applications Onshore and offshore LNG, pipeline, gas processing Power generation Overview G5 is the latest technology generation of our PGT25/LM2500 aeroderivative gas turbines family that includes over 2,500 engines with nearly 100 million combined operating hours in applications around the world. At ISO conditions with natural gas fuel, ambient temperature 15ºC, no inlet or exhaust losses, sea level, 60% relative humidity. Package dimensions exclude driven equipment. Best-in-class efficiency and lowest CO2 Thanks to our latest technology injections for increased firing temperature and optimized cooling flows, the G5 delivers the highest efficiency and power in the 20 to 40 MW power class. Flexibility for power, maintenance, and emissions The turbine can be tailored to customer needs—with 25,000/50,000 inspection intervals and 25 ppm NOx in high-power mode, or 36,000/72,000 and 15 ppm NOx when operating in Xtend 15 ppm mode.

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.