Mohammad Ali Abdelkareem – författare

Bioelectrochemical Systems: From Fundamentals to Practical Applications serves as an essential resource for students, researchers, engineers, and policymakers interested in the fundamentals and latest advancements of bioelectrochemical systems. It provides practical insights into energy harvesting, water treatment, and environmental applications, while addressing challenges related to material development, system scaling, and sustainability. With real-world case studies and a focus on innovative, cost-effective solutions, this guide helps readers understand how BES can contribute to sustainable energy production and environmental protection, supporting global efforts toward achieving the Sustainable Development Goals.Covers comprehensively fundamental and advanced topics in bio electrochemical systems (BES)Discusses in-depth recent progress in microbial fuel cells, electrolysis cells, and other BES configurationsFocuses on cost-effective materials and electrode development for scalable applicationsIncludes real-world case studies and strategies for scaling up BES systemsAnalyses environmental impacts and contribution of BES to Sustainable Development Goals (SDGs)

Examines the strategic and economic viability of wastewater treatment processes Wastewater to Resource Recovery comprehensively explores the economic viability of the processes used for wastewater treatment, discussing strategies, limitations in conventional treatment, recent methods for resource recovery, and relevant analysis of treatment for wastewater management. The book interweaves case studies across chapters showing the centralized and decentralized treatment processes as standalone processes as well as combinatorial multistep processes. This book includes information on: The scale-up potential of various wastewater treatment technologiesBackground and comparative assessments of conventional technologies with known economic viability and cutting-edge technologies with unknown economic viabilityDifferences between linear and circular economy with a focus on resource recovery from domestic and industrial sectorsImportance of the circular economy for resource and energy recovery from wastewater, and related governmental regulatory implicationsThis reference is essential for researchers within a broad domain of various treatment processes of wastewater and resource recovery. Postgraduate and doctoral students in related fields and executives and researchers from municipal corporations planning the construction of wastewater treatment plants will also find it valuable.

Examines the strategic and economic viability of wastewater treatment processes Wastewater to Resource Recovery comprehensively explores the economic viability of the processes used for wastewater treatment, discussing strategies, limitations in conventional treatment, recent methods for resource recovery, and relevant analysis of treatment for wastewater management. The book interweaves case studies across chapters showing the centralized and decentralized treatment processes as standalone processes as well as combinatorial multistep processes. This book includes information on: The scale-up potential of various wastewater treatment technologiesBackground and comparative assessments of conventional technologies with known economic viability and cutting-edge technologies with unknown economic viabilityDifferences between linear and circular economy with a focus on resource recovery from domestic and industrial sectorsImportance of the circular economy for resource and energy recovery from wastewater, and related governmental regulatory implications This reference is essential for researchers within a broad domain of various treatment processes of wastewater and resource recovery. Postgraduate and doctoral students in related fields and executives and researchers from municipal corporations planning the construction of wastewater treatment plants will also find it valuable.