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LM6000 Engine

GE Aerospace

The most fuel-efficient

simple-cycle gas turbine in its size class
It is a simple-cycle, two-shaft, high-performance gas turbine that is derived from GE Aerospace's CF6-80C2 high-bypass turbofan aircraft engine.

There are two models of the LM6000: The LM6000PC is a 46.1 MW machine, and the LM6000PG has an output of 52.7 MW.

Photo courtesy Dana Petroleum

    Taking advantage of the CF6-80C2 low-pressure system's normal operating speed of 3,600 rpm, the LM6000PC couples loads directly to the low-pressure turbine shaft. This feature allows the commonality of the CF6-80C2 and the LM6000 to be maintained. The LM6000PG operates at 3,850 rpm, but the big advantage is the additional power in the same size machine.

    Both models use low-cost, field-proven parts. The low-pressure compressor features independently controlled variable inlet guide vanes, and the high-pressure compressor features variable stator vanes to modulate airflow, ensuring fast and easy startup/shutdown — even under partial loads.

    GE Aerospace has developed a mechanical drive package for the LM6000, making it ideal for military combatant applications requiring more power.

    The marine module package design for the LM6000 gas turbine has been certified by Lloyd’s Register and RINA Services. The LM6000 can also be packaged as a generator set for electric drive applications.

    More than 1,200 of these units have shipped or are operating in industrial applications, driving electric generators for utility and industrial power generation and mechanical drive LNG compressor trains. Application examples for the LM6000 include military amphibious ships, floating production offloading vessels, and LNG carriers.
    GE Aerospace
    The LM6000 is the most fuel-efficient simple-cycle gas
    turbine in its size class, delivering 61,851 shp at over 40%
    thermal efficiency.


    61,851 shp (46,123 kW)
    70,656 shp (52,689 kW)
    .333 lb/shp-hr
    202.7 g/kW-hr
    .335 lb/shp-hr
    203.6 g/kW-hr
    Heat rate
    66,128 Btu/shp-hr
    8,224 Btu/kWs-hr
    8,675 kJ/kWs-hr
    6,168 Btu/shp-hr
    8,279 Btu/kWs-hr
    8,773 kJ/kWs-hr
    Exhaust gas flow
    286 lb/sec
    130 kg/sec
    306 lb/sec
    139 kg/sec
    Exhaust gas temperature
    853°F (456°C)
    921°F (494°C)
    Power turbine speed
    3600 rpm
    3850 rpm
    Average performance, 60 Hertz, 59°F, sea level, 60% relative humidity, no inlet/exhaust losses.