The development of sustainable water resources is an issue of great interest globally. To
meet the demand for freshwater, Humidification-Dehumidification (HDH) technology has …

In a world facing energy and water crises, embracing both energetic and exergetic
approaches in designing and evaluating desalination systems ensures efficient utilization of …

The coefficient of performance (COP) and exergy efficiency of a single and double-effect
ammonia-water absorption refrigeration system powered by compound parabolic …

This study aims to replace the current conventional chilled-water system with solar-assisted
absorption cooling in a large pharmaceutical company in Amman, Jordan. Conventional …

This study aims to improve the productivity of traditional multi-slope solar stills, which are still
employed in isolated villages with no power and no clean drinking water. The conventional …

A new hybrid energy system of PV/T, flat plate collector, PEM electrolyzer, and humidification-
dehumidification desalination is introduced here. A comprehensive mathematical model for …

Solar distillation emerges as a viable remedy for addressing water scarcity in both remote
and urban locales. However, its operational efficiency remains a limiting factor …

Fresh water scarcity is turning into a serious and worrying challenge to the sustainable
growth of human being. This issue highlights the necessity of seawater desalination …

This study presents an innovative hybrid system aimed at concurrently producing freshwater
and power. This system combines a humidification-dehumidification desalination method …

As an important and effective way of mitigating water shortages, desalination has steadily
and rapidly increased its global capacity over the decades. This raises concern about its …