A recent energy analysis of fogging inlet cooling with over-spray showed that inlet air fogging increases the power input to the compressor, peaking when the inlet air is saturated [11]. Athari
et al. [12] applied exergoeconomic analysis to biomass gasification
in gas turbine power cycles, with and without fogging inlet cooling.
They revealed that inlet cooling is effective for mitigating the
decrease in gas turbine performance during hot and humid summer
periods when electrical power demands peak, and steam injection,
using steam raised from the turbine exhaust gases in a heat
recovery steam generator, is an effective technique for utilizing the
hot turbine exhaust gases. Their proposed cycle, which utilizes
bio-fuel as an energy source, have a lower total unit product cost
than a similar plant fired by natural gas.
A recent energy analysis of fogging inlet cooling with over-spray showed that inlet air fogging increases the power input to the compressor, peaking when the inlet air is saturated [11]. Athariet al. [12] applied exergoeconomic analysis to biomass gasificationin gas turbine power cycles, with and without fogging inlet cooling.They revealed that inlet cooling is effective for mitigating thedecrease in gas turbine performance during hot and humid summerperiods when electrical power demands peak, and steam injection,using steam raised from the turbine exhaust gases in a heatrecovery steam generator, is an effective technique for utilizing thehot turbine exhaust gases. Their proposed cycle, which utilizesbio-fuel as an energy source, have a lower total unit product costthan a similar plant fired by natural gas.
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