GE’s LM6000 DLE aeroderivative gas turbine technology, consisting of the LM6000 PF and PH, are the highest efficiency and lowest NOx emissive DLE gas turbines in the 35-60 MW range at 42% efficiency, with guaranteed NOx emissions at 15ppm. LM6000 DLE aeroderivative gas turbine technology enables lower fuel consumption per unit power output than competitive technologies, yielding fuel cost savings, and less NOx and CO2 emissions for turbine operators.
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Environmental Benefits
GE's LM6000 DLE aeroderivative gas turbine technology, operating at 15 ppm NOx, can produce less NOx emissions by nearly 370 metric tons over the course of a 3000-hour peaking season versus a typical 60 Hz simple cycle gas turbine in the 35-60 MW range operating at 25 ppm NOx and 35% efficiency. This is equivalent to the annual NOx emissions of 44,000 cars on US roads.
Operating Benefits
GE's LM6000 DLE aeroderivative gas turbine technology operating at 15 ppm NOx can avoid the annual water consumption of 9.9 million gallons over the course of a 3000-hour peaking season versus a typical 60 Hz simple cycle gas turbine in the 35-60 MW range operating at 25 ppm that uses water as a diluent. For instance, for an operator in the US this can yield approximately $100,000 in annual operational savings for water consumption and treatment per year.
