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Electrochemical Treatment of Pharmaceutical Industry Effluent is a groundbreaking reference that addresses one of the most critical challenges facing the pharmaceutical sector—sustainable and effective effluent management. Written by leading experts in environmental science and industrial safety, this book presents a comprehensive exploration of advanced electrochemical technologies designed to treat high-strength pharmaceutical wastewater.
Covering the fundamentals of electrochemical advanced oxidation processes (ECAOP), electrocoagulation, and treatment methodologies for various effluent streams, the book bridges theoretical insight with practical implementation. It includes detailed experimental results, case studies from real-world field trials, and comparative analyses of electrode materials such as BDD, Ti/Pt, and Ti/Rb.
Ideal for environmental engineers, EHS professionals, researchers, and regulatory policymakers, this volume provides a deep dive into the mechanics, merits, and operational considerations of electrochemical treatments in achieving Zero Liquid Discharge (ZLD) and addressing pressing global concerns such as antimicrobial resistance (AMR) and pharmaceutical residues in the environment.