This work aims to provide a state-of-the-art review of the performance of combined cycle
power plant (CCPP) based on several proposed inlet air cooling systems. Investigators …

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 …

Many developing countries like Jordan, suffer from the lack of natural resources required to
supply their energy demand. As such, maximum utilization of the available energy and …

In the present work, new hybrid cooling system is demonstrated and compared with other
configurations of gas turbine inlet air-cooling systems. The cooling configurations include …

In this paper, six novel modified exergy relations are explored to determine the precise
estimation of exergy destruction and to identify which component has the most improvement …

Finding an appropriate solution to find stable and continuous green energy is one of the
significant problems of scientists in the field of renewable energy. In this study, a mixed type …

Gas turbine (GT) power plants suffer from sensitivity to ambient-air temperature, high fuel
consumption, and a high amount of waste heat dumped into the ambient. Various solutions …

To enhance power generation during high summer temperatures and address the power
supply and demand imbalance in gas-steam combined cycle, this study explored the …

Gas-steam combined cycle power plant (CCPP) performance suffers from sensitivity to
ambient condition, higher fuel consumption rate and greenhouse gas emission. Several …