Integrating new technologies into existing thermal energy systems enables
multigenerational production of energy sources with high efficiency. The advantages of …

This paper presents a thermodynamic and economic comparative analysis of a conventional
gas-steam power plant with a modified gas-steam power plant. The modification involves …

Understanding the different effects of CO 2 dilution on the laminar premixed flame is an
effective strategy for combustion control. Thus, a chemical kinetic modeling study of laminar …

This work presents an energy and financial analysis of an energy trigeneration system, in
which electricity, steam and chilled water are produced simultaneously using natural gas as …

Tar pollution is the most serious problem hampering the application of biomass gasification.
Microwave exhibits unique effects for treating biomass tar and thus have attracted …

A comprehensive theoretical investigation validated by the measurement is necessary to
assess the impact of a microgrid on the electric distribution system. Some key parameters …

Transitioning to sustainable energy production is imperative to mitigate the environmental
impacts associated with the reliance on non-renewable resources. However, thermal power …

Exergy-economic modelling of the integration of two black start diesel engines (BSDEs) into
the combined cycle gas turbine (CCGT) provides an analysis of the potential of utilizing the …

A combined cycle power plant with inlet air heating (CCPP-IAH) system is proposed to solve
the problems of ice and humidity blockages in winter climate. The performance of the CCPP …

Distributed energy systems (DESs) are considered to be the future of energy systems
because of their inherent high efficiency, cost-effectiveness, energy-saving capability, and …