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Full Description
The ever increasing global waste generation crisis demands innovative and sustainable solutions that go beyond traditional management practices. This book addresses the key challenges posed by waste across water, air, and land, presenting engineered strategies for sustainable management. Waste Engineering and Management - A
Sustainable Approach brings together leading international experts to explore advanced valorization technologies, circular economy models, and green engineering innovations that transform waste into wealth.
This comprehensive volume presents a multidisciplinary framework integrating environmental engineering, biotechnology, materials science, and policy perspectives to achieve sustainable waste utilization. By addressing the full spectrum of waste—from agricultural, municipal, and industrial to electronic, plastic, marine, and hazardous—the book provides actionable pathways toward achieving the United Nations Sustainable Development Goals (SDGs) and building a circular, resource-efficient future. With contributions from renowned scholars and researchers worldwide, the book highlights cutting-edge strategies, real-world case studies, and life-cycle-based approaches to maximize resource recovery and minimize environmental footprints. Whether you are a researcher, engineer, student, or policymaker, this book equips you with the knowledge and tools needed to understand and implement next-generation waste management for a cleaner, greener future.
This edited volume bridges the gap between waste management theory and sustainable engineering practice. It introduces readers to state-of-the-art valorisation technologies and policy mechanisms that can revolutionize waste handling and promote global sustainability. Waste Engineering and Management - A Sustainable Approach is an indispensable resource for advancing knowledge, innovation, and practice in environmental and waste management disciplines.
Contents
Chapter 1: Introduction to Waste Engineering and Sustainability Development Goals.- Chapter 2: Sustainable Healthcare and Biomedical Waste Management.- Chapter 3: Pathways In Construction To Deliver Sdgs 11, 12, And 13 Waste Management For The Built Environment: Unlocking The Circular Economy.- Chapter 4: Sustainable Agricultural and Food Waste Management.- Chapter 5: Sustainable Management and Valorization of Electronic Waste.- Chapter 6: Integrating Microalgae Into Circular Bioeconomy: From Wastewater Remediation To High-Value Bio-Products.- Chapter 7: Wastewater And Sludge Valorisation For Resource Recovery.- Chapter 8: From Organic Waste To Agricultural Wealth: Circular Economy Pathways For The Fertiliser Market.- Chapter 9: Sustainable Strategies for Industrial Wastewater Management.- Chapter 10: Smart Wastewater Management and Resource Recovery.- Chapter 11: Microbiology Approach For Valorization of Waste.- Chapter 12: Industrial Waste Valorisation and Zero-Waste Strategies.- Chapter 13: Agro-Industrial Waste Potential Towards A Circular Bioeconomy of Orange Peel.- Chapter 14: Circular Economy And Waste Valorization: Pathways To Sustainable Technology And Wealth Creation.- Chapter 15: Waste To Worth: Extraction of Chitosan From Marine Waste And Its Biomedical Applications.- Chapter 16: Waste To Resource: Degradation of Air Pollutants Using Solid Catalysts.- Chapter 17: Policy Frameworks, Regulations, and Governance In Waste Management.- Chapter 18: Economic, Social, and Environmental Impact of Waste Management.- Chapter 19: Advances In Digital Technologies For Real-Time Monitoring And Optimization of Solid Waste-To-Biofuel Conversion Processes.- Chapter 20: Circular Economy and Green Policy Integration.- Chapter 21: The Future of Waste Engineering and Technological Innovations.- Chapter 22: Biotechnology Innovations In Waste Engineering: A Sustainable Future.- Chapter 23: Circular Waste Management: Integrating Engineering Practices With Environmental Responsibility.- Chapter 24: Sustainable Wastewater Management In The Age Of Plastics: Strategies For Mitigation And Removal.
