Waste Engineering and Management
portes grátis
Waste Engineering and Management
A Sustainable Approach
Mubarak, Nabisab Mujawar; Shet, Vinayaka B.; Dehghani, Mohammad Hadi; Joshi, Keshava; Navalgund, Lokeshwari
Springer Nature Switzerland AG
04/2026
554
Dura
Inglês
9783032159144
Pré-lançamento - envio 15 a 20 dias após a sua edição
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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.
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Waste engineering;Waste valorization;Environmental engineering;Circular economy ;Biomedical waste;Industrial waste
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.
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