Intake air with a high temperature on hot days into the compressor of gas turbine (GT) power
plants would not only increase the NOx emissions of the turbine but also significantly reduce …

In hot climates, the entry of high-temperature air into the compressor of intercooled gas
turbine power plants (IcGTCC) can lead to reduced electricity production during peak …

Gas turbine performance is very sensitive to the ambient air conditions, particularly in hot
and arid climates. Various turbine inlet air cooling (TIAC) techniques including mechanical …

This paper reports on a techno-economical parametric analysis of an inlet air cooling system
applied to an aero-derivative Gas Turbine (GT) for a combined cycle power plant (CC). The …

Performance of a gas turbine is mainly depends on the inlet air temperature. The power
output of a gas turbine depends on the flow of mass through it. Inlet air cooling increases the …

The performance of a gas turbine is dependent on the ambient air temperature. The gas
turbine's power output is reduced and heat rate is increased as a result of higher air …

This paper studies the different greening techniques of inlet air cooling and compares their
effects on performance, especially power, efficiency, fuel consumption, and condensable …

Gas turbine units are widely used in KSA and other countries particularly during the peak
demands and in inland regions. They produce about 50% of the total capacity of power …

In freshwater‐scarce coastal regions, increasing water demand has always been met via
coupling thermal desalination systems with combined heat and power plants for many …

In this paper, energy and exergy analysis of typical gas turbines is performed using average
hourly temperature and relative humidity for selected Gulf cities located in Saudi Arabia …