There is an assortment in the ways of procuring palatable water freed from all impurities
through use of such techniques whether being conventional or non–conventional …

In the present work, a study on stepped basin solar still (SBSS) coated with energetic SiO
2/TiO 2 nanolayers is analyzed experimentally for its advanced and challenging properties …

The explosion of the population is alarming as the demand increases exponentially for
resources. The freshwater resources are being exploited, and innovative and economical …

Integration of evacuated tubes with solar thermal desalination can significantly enhance
thermal efficiency and water production. To provide optimization strategies for such …

As a promising technology, interfacial solar steam technology has been widely recognized
as an effective way to solve the shortage of energy and water, especially in remote areas …

The annual share of water in Egypt has decreased to approximately 500 m3 per capita,
while the annual water scarcity level is 1000 m3 per capita, which indicates that Egyptians …

Employing phase change material (PCM) as a productivity-enriching medium in solar stills is
the best source of storing the heat for a longer period in recent years. Few researchers …

Water‐energy nexus is a crucial and challenging concern that addressing it is noteworthy for
the future of human beings. In addition, freshwater production is a highly energy‐intensive …

Purpose To modify a conventional evacuated tube, an improved asymmetric U-type
evacuated tube (AUET) is proposed. This study aims to investigate the thermal and …

The present paper deals with experiments performed on conventional single slope solar still
with various quantities of saline water (20, 30 and 40 kgs). It also deals with experiments …