Research on Electrocoagulation-Based Treatment of Tannery wastewater

During last decade, more interest has been given to Electrocoagulation in treating industrial wastewater. Electrocoagulation is one of the most important electrochemical treatments employed in industrial wastewater treatment. Different types of pollutants present in the water and waste water can be removed in the electrocoagulation by the different mechanism such as, oxidation, reduction, adsorption, destabilization, coagulation, precipitation and flotation to reduce suspended and colloidal materials, BOD, COD and heavy metals in wastewater.Regression analysis model has been developed to analyze the behavior of different variables on removal efficiency of different parameters. "Minitab 19" Regression analysis software is used in the study. Pareto chart analysis and Regression analysis were carried out to study the parameters such as BOD, COD and chromium and their behavior with the variables such as pH, voltage, distance and electrolysis time. Regression equations were developed in comprehensive with the above said parameters. To validate the above obtained regression equations set of experiments were conducted by altering the fixed values of the variables.

Autorentext
Dr. Kiran Kumar H S serves as an Associate Professor in the Department of Civil Engineering at GM University, Davanagere. Additionally, he is a Research guide at VTU Belgaum, specializing in the field of water and wastewater pollution prevention and treatment engineering. Dr. Kiran Kumar H S is also a life member of the ISTE.