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Full Description
Green Technologies for Pollutants Remediation and Recovery from Water and Soil presents a comprehensive examination of sustainable and environmentally friendly methods for remediation and recovery from various types of pollutants in water bodies and soil. It discusses diverse remediation and recovery technologies, ranging from classic adsorption and membrane technologies to the most promising green technologies such as biocatalysts and microorganisms for obtaining value-added products for practical use. Through many case studies and best practices, this book explores current achievements and challenges and indicates future directions for global and cross-border collaboration.
Key Features
Provides a comprehensive overview of the achievements, challenges, and the current use of eco-friendly approaches for pollutant removal and recovery.
Covers the role of biology, biotechnology, and chemical technology in designing green technologies for environmental applications.
Presents innovative applications of microorganisms, enzymes, adsorption processes, and membrane technologies as a base for improvement in green technologies of environmental importance.
Explains the basic assumptions, requirements, and mechanisms of green technologies used for pollutant conversion.
Aims to better understand the importance of sustainable technologies in environmental protection.
This reference is a great resource for upper-level undergraduate and graduate students in environmental science and engineering, soil and water sciences, biotechnology, and chemical engineering, as well as researchers and professionals who work as environmental and technical engineers, ecologists, applied environmental scientists, and managers.
Contents
1. Progressing Forward: Sustainable Remediation and Recovery of Pollutants. 2. Green Strategies for Removal of Emerging Contaminants from Aqueous System: A Promising Approach for Sustainable Future. 3. Green Solutions the Removal of Pharmaceutics Removal from Wastewater. 4. Advancing Biotechnology Towards Pollutant Recirculation and Recovery in a Changing World. 5. The Potential of Biocatalysts for Pollutant Removal: Efficient Remediation and Toxicity Removal. 6. Microbiomes in Fight with Pollutant Remediation: From Single Strain to Omics-Approach to Bioremediation. 7. Biomass Production: A Sustainable Approach for Waste Recovery and its Conversion into New Products. 8. Sustainable Biomass Production from Microalgae Using Biorefinery Approach: New Prospects and Challenges. 9. Linking Microalgae-based Processes and Conversion of Water Pollutants for Valuable Compounds Obtaining. 10. Advances in the use of Membrane Technology for Efficient Removal of Pollutants from Water Bodies. 11. Application and Research Progress of Hydrochar in Nutrient Recovery from Livestock Manure Wastewater. 12. Computational Environmental Chemistry as a Strategy for Remediation. 13. Iron Oxides-based Technologies for Remediation of Arsenic/Chromium Contaminated Soils.
