The necessity for fresh water is critical in everyday life. The most serious issue in
underdeveloped countries is a lack of access to clean water, and drinking water from …

This paper provides a comprehensive examination of conical solar stills, with a specific
emphasis on their performance, design considerations, and different factors that can …

This study explores advancements in solar distillation, introducing a modified spherical solar
still with a rotating ball to overcome traditional limitations of low productivity. The study …

Various desalination methods have been introduced to address the growing demand for
freshwater. Among these methods, solar stills have emerged as one of the simplest …

This study aims to develop a robust mathematical model using the Response Surface
Methodology (RSM) to predict the thermal efficiency of a pyramidal solar still (PSD). The …

This study addresses the pressing need for eco-friendly potable water production, exploring
the promising avenue of solar distillation. To overcome limitations in traditional systems, the …

The freshwater shortage problem is increasing day after day. Solar stills are suitable devices
to overcome this problem for small families and remote areas. However, these devices suffer …

This study explored methods to enhance the performance of a coiled solar still (COSS). One
technique involved adding a vertical wick distiller (VWSS) with built-in reflectors positioned …

Over recent years, considerable attention has been devoted to innovating solar still designs
in order to address the limitations associated with low water yield. In this study, solar energy …

This study explored the influence of various modifications on the performance of a half-
cylindrical solar still (HCYSS). The effectiveness of each modification was assessed by …