Solar desalination is a sustainable approach to producing fresh water from saline water.
Researchers have tried modifications to solar desalination systems to enhance the distillate …

The use of nanopowders in the base fluids dramatically impacts the performance of cooling
and heating systems. Nanoparticles enhance thermal conductivity by altering the thermal …

Solar still, as one of the important devices for generating water using renewable energy, has
been widely used in arid as well as coastal areas where access to fresh water is limited. This …

Environmental pollution and water resource management are some of the biggest
challenges for the twenty-first century. The utilization of solar energy for water purification …

Solar stills are widely recognized for their cost-effective approach to purifying brackish water.
However, their ability to produce drinkable water has been limited. As an innovative solution …

Buckingham's Pi theorem plays an important role in engineering, applied mathematics, and
physics for dimensional analysis. From the given variables, it will be utilised to evaluate the …

A novel transient detailed mathematical model is constructed and presented for simulation of
the single slope solar still performance. The model considers all the still walls and regions …

Solar distillation is one of the cheapest and lowest energy consuming desalination
processes to produce potable drinking water. The main obstacle of desalination process is …

Solar water desalinators are based on water evaporation and are more important in areas
with high evaporation capacity and water scarcity. Today, desalination water performance is …

The present paper is aimed to analyze the effect of energy storage by adding phase change
material (PCM) on the bottom of a solar still, via a transient numerical study. A detailed …