Rapid population growth, along with drought, water-intensive energy development, climate change conditions, and a number of other factors are all stressors on world water supplies. In many countries throughout the world, water reuse has proved to be an effective and safe means to help satisfy growing water demands and offset scarcity. This book provides the latest information on water reuse applications with a focus on urban areas. It examines numerous new and alternative methods for sustainable water supplies.
Rapid population growth, along with drought, water-intensive energy development, climate change conditions, and a number of other factors are all stressors on world water supplies. In many countries throughout the world, water reuse has proved to be an effective and safe means to help satisfy growing water demands and offset scarcity. This book provides the latest information on water reuse applications with a focus on urban areas. It examines numerous new and alternative methods for sustainable water supplies.Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Saeid Eslamian is a full professor of hydrology and water resources engineering in the Department of Water Engineering at Isfahan University of Technology. He received his PhD in civil engineering from the University of New South Wales, Sydney, Australia. He has published more than 400 articles, mainly on sustainable water resources management, statistical and environmental hydrology in a changing climate. Professor Eslamian is founder and chief editor of the International Journal of Hydrology Science and Technology (IJHST) and the Journal of Flood Engineering (JFE). He has also authored approximately 100 book chapters and books that include the Handbook of Engineering Hydrology (2014) from CRC Press.
Inhaltsangabe
Preface, Part I Introduction to Water Reuse Part III Urban Water Reuse Options Part IV Water Reuse Regulations Part V Environmental and Ecological Impacts/Benefits Part VI Social and Cultural Aspects Part VII Economical Aspects of Water Reuse Part VIII Water Reuse Systems and Technologies Part IX Water Reuse Risk and Impact Analysis Part X Water Reuse Management and Monitoring Part XI Natural Wetlands and Wetland Plants Part XII Water Reuse and Artificial Wetlands Part XIII Rainwater Harvesting in Cities Part XIV Water Reuse Specific Applications Part XV Water Reuse in Climatically and Physically Different Regions Part XVI Water Reuse Case Studies Part XVII Impacts of Climate Change, Mitigation, and Adaptation on Water Reuse Part XVIII Sustainable Water Reuse and Outlooks
Preface, Part I Introduction to Water Reuse Part III Urban Water Reuse Options Part IV Water Reuse Regulations Part V Environmental and Ecological Impacts/Benefits Part VI Social and Cultural Aspects Part VII Economical Aspects of Water Reuse Part VIII Water Reuse Systems and Technologies Part IX Water Reuse Risk and Impact Analysis Part X Water Reuse Management and Monitoring Part XI Natural Wetlands and Wetland Plants Part XII Water Reuse and Artificial Wetlands Part XIII Rainwater Harvesting in Cities Part XIV Water Reuse Specific Applications Part XV Water Reuse in Climatically and Physically Different Regions Part XVI Water Reuse Case Studies Part XVII Impacts of Climate Change, Mitigation, and Adaptation on Water Reuse Part XVIII Sustainable Water Reuse and Outlooks
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