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Full Description
The book is a concise presentation of different applications of the electrocoagulation treatment process involved in the removal of both organic and inorganic contaminants from drinking and industrial wastewater. The fundamental concept concerning the present status of water and wastewater treatment is elaborately explained.
Features:
Addresses the hybrid electrocoagulation approaches established for the treatment of toxic refractory contaminants
Discusses the current status and the limitations of the electrocoagulation process, as well as the advancement in the field of modeling and simulation of electrocoagulation reactors
Describes the economic and environmental feasibility of the process, along with future suggestions/recommendations on the electrocoagulation process
Discusses the existing loopholes and explains the areas in which improvement can be made to make the water treatment process more feasible
Explores the experimental studies conducted, along with their associated challenges and possible solutions, thereby providing comprehensive knowledge to the readers in the field of water and wastewater treatment, starting from the basics and gradually progressing toward the advanced level of the subject
As well as undergraduate and postgraduate students, this book is strongly recommended for people concerned with the research and development sectors of water reuse, environmental restoration, and industrial wastewater treatment.
Contents
1. An Overview of Water And Wastewater Treatment 2. Introduction to Electrochemistry 3. Electrocoagulation: Fundamentals and Mechanism 4. Mathematical Modeling and Simulation of Electrochemical Reactors 5. Application of the Electrocoagulation Process in Drinking Water Treatment 6. Application of the Electrocoagulation Process in Industrial Wastewater Treatment 7. Advancements in a Hybrid Electrocoagulation Process 8. Case Studies on Electrocoagulation Treatment of Water and Wastewater 9. Environmental and Economic Sustainability of the EC Process 10. Advancement and Future Research Scope
