The process of turning saline water into drinking water may be accomplished fairly quickly using a solar still. It is influenced by a variety of factors, such as the temperature of the interior and exterior glass covers, the vapour in the air, the temperature of the basin, etc. The production of the distillation is directly inversely proportional to all such factors. As a result, a model is created using Computer Aided Design software. The simulated results and experimental results agreed well. The results of the simulation were used to determine the hourly and cumulative distillate output, and they showed good agreement with the experimental findings. Finally, simulation findings are a crucial tool for understanding the function of a solar still.
Key words: Computer Aided Design software, simulation, solar still, saline water.
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