Enhancement of adjusted solar still integrated with renewable energy: An experimental approach to recycling industrial wastewater

Abstract

In desert locations, particularly in Africa, limited freshwater resources have led to the use of low-quality water in industry and agriculture. These have the potential to harm the environment as well as the water quality used by people and industry.The condensation of industrial wastewater discharged and stored in an evaporation pond is simulated in this research using a comprehensive consistent framework.In this study, the solar still is used in conjunction with the treatment of industrial effluent that is discharged into evaporation ponds. This method is intended for simple systems in remote locations where saline wastewater and renewable electricity resources are available.Desalination is thus unquestionably one of the most efficient strategies for meeting the needs of industry and agriculture. By utilizing the lower transpiration of salt wastewater greenhouses or solar stills.Desalination, which makes use of the occurrence of water vapor condensation in the air while also incorporating the solar still effect and the utilization of salt wastewater appears to be a good fit for wastewater recycling and reuse.The fundamental goal of this study is to look at the production of fresh water in the solar still utilizing renewable energy in the desalination of industrial wastewater. This system necessitates a careful examination of solar still and solar collectors’ design.