The escalating freshwater demand is stimulating the researchers to optimize performance of desalination technologies. current study presents exergoeconomic optimization a forward feed multi-effect (FF-MED) system under two configurations i.e., conventional MED and with energy recovery (MED-ER). A detailed numerical model concerning energy, exergy, component-based analysis employed estimate cons...

This is a review of the concepts purpose, direction, and objective in discipline thermodynamics, which pillar physics, natural sciences, life science, engineering science. Reviewed relentless evolution this toward accounting for evolutionary design with establishing concept purpose methodologies modeling, analysis, teaching, optimization. Evolution change after flow access, direction time, purp...

Biofuels have become a source of renewable energy to offset the use fossil fuels and meet demand for electricity, heat, cooling in industrial sector. This study aims (a) develop simulation trigeneration system based on gas turbine cycle an absorption chiller unit, using biomass syngas from spent coffee grounds (SCGs) replace conventional currently supplying requirements instant plant located Gu...

In this study, the comprehensive thermodynamic, exergoeconomic and environmental per-formance of two multigeneration systemsfuelled by biomass solar energy is surveyed. The system A utilizes municipal solid waste to produce power, heating, cooling, fresh water, hydrogen which considered be located in north Iran with a moderate climate. Whereas, B consumes bagasse supply liquefied natural gas, f...