Green Technologies for Industrial Waste Remediation

This book explores innovative green technologies for managing industrial waste, including advanced methods and applications of microorganisms to enhance treatment processes.

This proposed book chapter aims to provide readers with a comprehensive overview of green technologies for industrial waste remediation. The opening chapter introduces the concept of the book, discussing various innovative methods that can be employed to tackle industrial waste challenges. Following this introduction, the second chapter delves into the diverse applications of microorganisms in the treatment of industrial waste, showcasing their potential in enhancing waste management processes.

Subsequent chapters focus on specific technologies and methods related to the title, including micro and nanofiltration techniques for industrial wastewater treatment, strategies for the recovery and removal of heavy metals from effluents, and the utilization of algal photobioreactor technology. The text also covers advanced topics such as carbon capture, energy recovery, and bioremediation of radioactive wastes, along with membrane-based approaches for effective waste management.

Additionally, the book addresses the valorization of agro-industrial wastes for biorefinery products, the role of genetically engineered microorganisms in detoxifying metals, and the application of biochar in waste remediation. Other important themes include constructed wetlands, bioelectrochemical treatment of pollutants, and sustainable strategies for managing microplastics and petrochemicals. Each chapter offers a thorough examination of sustainable industrial waste management practices, backed by relevant literature and data, making Green Technologies for Industrial Waste Remediation a valuable resource for researchers and practitioners alike.