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 …

The purpose of this article is to determine the multicriteria-optimal design of an industrial
waste heat recovery system for district heating in Grenoble (France). Energy, exergy and …

A novel hybrid system (a regenerative gas turbine cycle with a heat exchanger integrated
with Kalina and ejector refrigeration cycles) is developed for the simultaneous production of …

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 …

For providing cooling, heating and electricity loads of buildings with high thermal efficiency
and low energy consumption, an innovative cascaded organic Rankine cycle (CORC), an …

Biomass fuel energy can be utilized in cogeneration cycles through the gasification process.
This reduces pollution and increases the efficiency of conventional cycles, and makes use of …

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

Considering the persistent human need for electricity and fresh water, cogeneration systems
based on the production of these two products have attracted the attention of researchers …

This paper, which is the first part of a study on multi-stage recuperative Brayton cycle
configurations, evaluates the thermodynamic and economic feasibility of hybridizing different …