Experimental investigation of Varying parameters affecting on double slope single basin solar still

This Single basin double slope solar still is a very simple solar device used for converting available brackish or wastewater into potable water. This device can be fabricated easily with locally available materials. The maintenance is also cheap and no skilled labor is required. This device can be a suitable solution to solve drinking water problem. Because of its low productivity, it is not popularly used. Numbers of works are undertaken to improve the productivity of the Solar still. The aim of this research has been to study the effect of various parameters on performance of single basin double slope solar still.. This Paper represents the work on solar still by using different parameters like Water Depth inside the solar still; sprinkler and various dies. In addition, how black die can increase the effective output of the solar still, sprinkler used to increase the condensation rate and lower depth of water level can increase the productivity of solar still are proved. This Single basin double slope solar still is a very simple solar device used for converting available brackish or wastewater into potable water. This device can be fabricated easily with locally available materials. The maintenance is also cheap and no skilled labor is required. This device can be a suitable solution to solve drinking water problem. Because of its low productivity, it is not popularly used. Numbers of works are undertaken to improve the productivity of the Solar still. The aim of this research has been to study the effect of various parameters on performance of single basin double slope solar still.. This Paper represents the work on solar still by using different parameters like Water Depth inside the solar still; sprinkler and various dies. In addition, how black die can increase the effective output of the solar still, sprinkler used to increase the condensation rate and lower depth of water level can increase the productivity of solar still are proved.