The use of different energy storage materials can have a high effect on the water productivity
of solar desalination. This study evaluates the impact of magnetic powders on modified solar …

In the present study, a vertically oriented rectangular-shaped enclosure with triangular
shaped double fins filled with PCM was considered as a Latent Thermal Energy Storage …

Water and energy scarcity is one of the most important and biggest challenges facing many
countries around the world. In rural communities, the traditional energy sources utilized for …

Water is the second most essential fluid on Earth, after air, for the survival of all humans. The
Earth's surface is covered in water to about a two-thirds extent (71 percent), yet more than …

The energy and exergy analysis of a single slope solar stills using ceramic type rectangular
and circular magnets in the basin was carried out in this study and compared to …

The magnetic field (MF) effect has demonstrated the capability to disrupt the bonding
between water molecules and salt ions in saline water, thereby enhancing the water …

This paper presents a comparative experimental analysis aimed at improving the production
of drinking water from conical solar distillers using magnet fins as a low-cost and efficient …

Solar stills are a potential solution to address water scarcity but have low production levels.
This study explores using magnets in a pyramidal distiller to increase yield. The effects of …

In this research, the productivity, economic, and enviro-economic analysis of single slope
solar stills using block magnets (BMSS) and disc magnets (DMSS) were performed under …

In many chemical processes, porous medium is usually used as a catalyst and mixing of
reactants that may generate heat in thermal chemical processes. In this study, a cavity with …