Fundamentals and Applications of Waste Treatment and Valorization

Fundamentals and Applications of Waste Treatment and Valorization serves as a comprehensive guide to processing a wide array of waste materials, including biomass, wastewater, and plastics, and their potential transformation into renewable value-added and sustainable products. The book combines theoretical knowledge with practical applications to equip readers with innovative solutions and a roadmap for implementing sustainable waste management strategies. Each chapter delves into the principles of various waste treatment technologies-such as anaerobic digestion, pyrolysis, and hydrothermal conversion-reinforced by real-world case studies.Covering a wide range of applications from plastics recycling and liquid fuel production to biogas generation and hydrogen production, this book is an essential resource for researchers, academics, and professionals in chemical and environmental engineering. Additionally, it evaluates the environmental impacts of these technologies, providing insights into sustainability and policy implications. - Details various waste sources and material such as biomass, wastewater, and plastics, including targeting technologies and troubleshooting for each waste type - Outlines new value-added products from waste treatment techniques, including suggestions for how to use these products - Includes case studies across industries of real waste management practices and examples, including advice to avoid common pitfalls and economic considerations - Evaluates various applications and techniques, including environmental impacts and policy implications to equip the reader with innovative solutions and a roadmap for implementing sustainable waste management strategies

1. Plastics Recycling and Valorisation2. Hydrothermal Conversion of Waste for Materials Production and Application3. Transportation Liquid Fuel Production and Upgrading4. Pyrolysis of Waste for Fuels and Biochar Production5. Absorbents Production from Industrial Wastes and Its Application in Nutrients Recycling and Hazards Removal6. Feed and Fertilizer Production Based on Photosynthetic Systems7. Electricity and Fuels Production Using Microbial Electrochemical Systems8. Hydrogen Production from Waste9. Biogas Production Using Anaerobic Digestion10. Footprints of Waste Treatment and Valorisation