Modern polygeneration systems have increased the flexibility of production in energy
systems. In this paper, a polygeneration system for producing power, freshwater, and …

Compared with the widely used chemical absorption, cryogenic distillation has a lower
thermal energy consumption and smaller footprint of the carbon capture unit. However, the …

The integration of renewable resources such as solar, biomass and geothermal energies
with other technologies and energy production cycles can lead to a more efficient power …

The utilization of geothermal energy is becoming increasingly important in the current
transition towards sustainable energy sources. Among the various methods of utilizing …

This study employs the water-gas-shift membrane reactor and multi-effect distillation with
thermal vapor compression technologies to facilitate low-energy carbon capture and large …

This work presents a newly developed integrated system that produces multiple useful
products, namely electricity, space cooling, freshwater, and ammonium bicarbonate. The two …

This work presents the exergoeconomic analysis and assessment of a recently developed
integrated system for the multigeneration of electrical power, space heating, freshwater, and …

The advancement of sustainable solutions through renewable and clean energy sources is
considered crucial to mitigate carbon emissions. This study reports a novel system …

Addressing carbon emissions from hard-to-abate heavy industries has become critical for
mitigating global climate change. This review systematically examines the current …

This paper introduces a new multigeneration gas turbine-supercritical carbon dioxide
combined power cycle integrated with a solar-powered carbon capturing system to produce …