Elsevier Current Developments in Biotechnology and Bioengineering: Sustainable Treatment Technologies for Per- and Poly-fluoroalkyl Substances

Product Description Sustainable Treatment Technologies for Pre- and Poly-flourakyl Substances provides comprehensive details about per- and poly-fluroalkyls substances (PFASs), which are highly toxic and bio-accumulative substances that do not biodegrade easily or cannot be neutralized under normal environmental conditions. It discusses their occurrence in water, wastewater, and aquatic environment, their bioaccumulation in plants, environmental impacts and various remedial technologies for their treatment and management. All the chapters provide state-of-art information about PFASs, describing their identification methods, characterization and present critical analysis of the treatment methods such as physical, chemical, biological, hybrid and advanced systems. This book is a ready reference for the environmental engineers, municipal engineers, environmental practitioners, policy makers, and planners; it is also a practical guide for industrial engineers, government bodies and ecologists as well as for researchers. Review Critically explore prospects of PFASs occurrence in the environment, impacts on human and initiatives for improving new detection methods and economical and sustainable treatment technologies From the Back Cover <i>Sustainable Treatment Technologies for Pre- and Poly-flouralkyl substances</i> provides comprehensive details about per- and poly-fluroalkyls substances (PFASs), which are highly toxic and bio-accumulative substances that do not biodegrade easily or cannot be neutralized under normal environmental conditions. It discusses their occurrence in water, wastewater, and aquatic environment, their bioaccumulation in plants, environmental impacts and various remedial technologies for their treatment and management. All the chapters provide state-of-art information about PFASs, describing their identification methods, characterization and present critical analysis of the treatment methods such as physical, chemical, biological, hybrid and advanced systems. This book is a ready reference for the environmental engineers, municipal engineers, environmental practitioners, policy makers, and planners; it is also a practical guide for industrial engineers, government bodies and ecologists as well as for researchers. About the Author Dr. Sridhar Pilli presently holding the Assistant Professor in the Water and Environmental Division of the Department of Civil Engineering, National Institute of Technology, Warangal, India. His research interests include Water/wastewater treatment, life cycle analysis, Solid waste management, Biodiesel, Bio-plastic, Bio-flocculants production, bio-energy production from wastewater, wastewater sludge, and organic waste. Dr. Pilli has authored several technical publications in peer reviewed Journals with high impact factor. He has more than 10 publications with citations more than 1000 that includes International journals, technical notes and conference proceedings. He has 6 books published in Elsevier’s and ASCE. He has delivered several expert talks at different technical forums organized nationally and internationally. He developed a decision support system model (based on life cost analysis) to facilitate the decision makers, policy makers, municipalities, and engineers in adjudicating a pre-treatment/treatment technology for a wastewater treatment plant. He is serving on Editorial board for various journals. He also served as Advisory Committee member for various international conferences. Puspendu Bhunia is presently holding the Associate Professor position at the School of Infrastructure, Indian Institute of Technology Bhubaneswar, India. His research interests includes sustainable natural treatment technologies of wastewater, nutrient removal, and green technologies for waste remediation. Dr. Bhunia has authored several technical publications in SCI journals, He has more than 50 publications with h-index=20 that includes Internation