The increasing significance of renewable energy methods arises from insufficient global
water resources to sustain the growing human population. Solar-powered desalination …

Background A three-dimensional simulation has been conducted to study the impact of the
hydrophobicity of surfaces on heat transfer, hydrodynamics, and entropy generation of a non …

Providing potable water for buildings through a reliable technique using sustainable and
renewable energies is crucial for saving fossil fuels. Desalination systems could afford fresh …

Water scarcity necessitates a cost-effective and productive solution. This study focused to
enhance the productivity of single slope solar still by incorporating the better weight of palm …

In the current study, a comparison between the different Mn3O4/ZnO, CuO/ZnO and
Fe2O3/ZnO nanocomposites with respect to their structural, morphological, optical and …

Background The rate of evaporation in direct solar steam generation can be increased by
employing several techniques. One of the passive techniques that can be used for the …

The present study explores enhancing the productivity of solar still through the utilization of
different enhancement configurations, such as Iron Hemispherical Pieces (IHPs) and Steel …

Water has been considered one of the most important human needs since the beginning of
human existence. This experimental study investigates the impact of utilizing hybrid …

This study aims to enhance the performance of conventional single-slope basin-type solar
stills by integrating phase change materials (PCMs) and nanoparticles. Calcium chloride …

The main aim of this study is to evaluate the performance of a single slope solar still and to
assess the effect of nanofluid on its performance. A single basin single slope solar still was …