This book bridges the gap between conventional processes and renewable energy procedures by offering a comprehensive introduction to seawater desalination technologies. With a special focus on water quality, plant design and environmental impacts of desalination, it provides innovative solutions for better accessibility to desalinated water.
This book bridges the gap between conventional processes and renewable energy procedures by offering a comprehensive introduction to seawater desalination technologies.
With a special focus on water quality, plant design, and the health and environmental impacts of desalination, it provides innovative solutions to optimize facilities for better accessibility to desalinated water. The first part provides a technical overview of seawater quality and desalination procedures, including thermal desalination, membrane desalination, and alternative processes like desalination batteries and capacitive deionization. The second part introduces novel freshwater production technologies using renewable energy, such as solar, wind, and geothermal desalination. With fresh insights from experts in the field, the book's value lies in providing valuable, accessible, and up-to-date knowledge about desalination to readers.
This text will be of significant interest to professionals in water resource management, and academic researchers in desalination technology and environmental engineering.
Chapter 1 Water Quality
Chapter 2 A Critical overview of Desalination Technologies and Sustainable Energy
Chapter 3 Geothermal energy integrated Desalination
Chapter 4 Solar Energy Integrated Desalination
Chapter 5 Wind Energy Integrated Desalination
Chapter 6 Photovoltaic RO and Electrodialysis
Chapter 7 Desalination Batteries and Capacitive Deionization
Chapter 8 Desalination Plant Design and Energy Plant Optimization
Chapter 9 Overview of the health and environment impacts of desalination
Chapter 10 Marine Environment Impacts of Desalination Plants
Manan Shah holds a B.E. in Chemical Engineering from L.D. College of Engineering, Gujarat, India, and an M. Tech. in Petroleum Engineering from the Department of Petroleum Engineering at Pandit Deendayal Energy University (PDEU), Gujarat, India. He completed his Ph.D. in Geothermal Energy at PDEU. He is currently an assistant professor in the Department of Chemical Engineering at the School of Energy Technology (SOET), PDEU. Dr. Shah has research expertise in the field of Machine Learning (ML) and Deep Learning (DL) applications in the domains of energy, medicine, chemical, and environment. Dr. Shah possesses both experimental and computation expertise and has carried out multiple projects in the mentioned fields. In the ML domain, he has worked with various time series and non-time series datasets to predict air quality, water quality, diabetes detection, and cancer detection projects. Dr. Shah has developed various ML and DL algorithms which can be applicable to various applications. He has published extensively in prestigious international journals, contributing valuable insights to multiple sectors.
Mitul H. Prajapati, an assistant professor in the Department of Chemical Engineering at S.S. Agrawal College, Gujarat, India, and is also a gold medalist in M.E. Chemical Engineering with a specialization in Computer-Aided Process Design from L.D. College of Engineering, Ahmedabad under Gujarat Technological University (GTU). With over five years of academic and research experience, his expertise spans renewable energy, environmental sustainability, and process equipment design. His research focuses on groundwater quality, desalination systems, geothermal energy, sustainable agriculture, and soil health monitoring. He has published numerous high-impact papers in renowned journals. He holds three patents on geothermal and solar-integrated desalination and hydrogen systems, showcasing practical solutions for Indias energy and water challenges.
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