The paper mainly deals with the match of solar refrigeration, i.e., solar/natural gas-driven absorption chiller (SNGDAC), solar vapor compression–absorption integrated refrigeration system with parallel configuration (SVCAIRSPC), and solar absorption-subcooled compression hybrid cooling system (SASCHCS), and building cooling based on the exergoeconomics. Three types of building cooling are cons...

Reliable production of freshwater and energy is vital for tackling two the most critical issues world facing today: climate change sustainable development. In this light, a comprehensive review performed on foremost renewable energy-driven polygeneration systems using thermal membrane desalination. Thus, designed to outline latest developments integrated desalination based multi-stage flash (MS...

The present paper aims to study the effect of cooling air inlet methods on gas turbine compressors increasing their efficiency. After modeling cycles with absorption and compression systems in EES software, these cycles' performance is investigated for all equipment cycle from thermodynamic, exergy, exergoeconomic aspects. In system, conventional solution lithium bromide-water used as a two-com...

This paper proposes a new combined multi-cooling and power generation system (CMCP) driven by solar energy. Carbon dioxide is used as refrigerant. A parabolic trough collector (PTC) employed to collect radiation convert it into thermal The includes supercritical CO2 for production an ejector refrigeration with two ejectors provide cooling at different evaporating temperatures. CMCP simulated ho...

Abstract A competitive advantage for the molten carbonate fuel cell (MCFC)-driven energy processes is their versatility. On other hand, since MCFC consumes carbon dioxide, it can reduce amount of dioxide emissions compared to cells. Accordingly, current paper develops and evaluates thermodynamic, exergoeconomic environmental analysis a new hybrid process (HEP) based on reformer stack biomass ga...