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Full Description
The book describes hazardous waste industries, sources of waste generation, characterization and treatment processes/ methods and technique and technology to deal with the treated waste as per the prescribed standard. Advanced treatment based on the microbial remediation, plant-based decontamination, rhizoremediation and nano-based remediation is also explained. Advances in treatment technology using biotechnological tools/bionanotechnology for removal of contaminants are described. This volume will help readers to develop biotechnological and nanotechnological approaches for the remediation of hazardous waste and the developed technology that can be transferred from laboratory to land and piloting to commercial scenarios.
Prof. M. H. Fulekar a Professor and Joint Director (R&D), Centre of Research for Development, Parul University.
Dr. Bhawana Pathak is working as an Associate Professor and Dean in School of Environment and Sustainable Development, Central University of Gujarat.
Contents
1. The Microbial Degredation of DDT and Potential Remediation Strategies. 2. Biological Degredation and Detoxification of Toxic Contaminants in Leachate: An Environmentally Friendly Perspective. 3. Microbial Strategies for the Decolorization and Degredation of Distillery Spent Wash Containing Melanoidins. 4. Bioremediation of Polycyclic Aromatic Hydrocarbons (PAHs): An Overview. 5. Relative Influence of "Physicochemical Variables" and "Indigenous Bacterial Diversity" on the Efficiency of Bioaugmentation-Mediated In Situ Bioremediation. 6. Role of Enzymes in Bioremediation of Organic Pollutants. 7. Bacterial Biodegredation of Phenolics and Derivatives of Phenolics. 8. Enhanced Bioavailability and Biodegredation of DDx in an Anoxic Organic Soil. 9. Use of Concob Residues (Zea mays) and Activated Carbons Obtained from This Material for the Decontamination of Aqueous Media with Ni2+. 10. Bioremediation--With Special Reference to Hydrocarbon Degredation. 11. Rhizosphere Bioremediation: Green Technology to Clean Up the Environment. 12. Macrophytes as Bioremediators of Toxic Inorganic Pollutants of Contaminated Water Bodies. 13. Restoration and Conservation Strategies of Historical Monuments. 14. Wastewater Treatment: Common Effluent Treatment Plant--Case Study. 15. Nanomaterials-Based Wastewater Treatment Technology: An Overview. 16. Nanomaterials Developement and Their environmental Applications. 17. Environmental Nanotechnology Approaches for the Remediation of Contaminants.
