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Zusatztext "Recommended - The sustainable management of water in cities and towns is of utmost importance! particularly as large amounts of potable water can be lost due to leaks in the pipe distribution system. Urban Water Sustainability provides a much-needed framework for discussion of the role of technology in urban water sustainability. A very relevant book on the limits of technology to solve our urban water problems." - E. Gomezdelcampo! Bowling Green State University - in CHOICE (Nov 2018)"This book presents a broad overview of the water technologies and systems currently in use in the provision of sustainable water infrastructure for cities. [It] is an admirable endeavour in presenting current technical systems through the lenses of social and ecological theories. It highlights! in the context of urban water services provision! the importance of the continued efforts in city-building with sustainable infrastructure! and the implications and consequences of the choices and alternatives in their social! ecological and technological contexts." -Tommy Kevin Lee in International Journal of Water Resources Development (Aug 2018) Informationen zum Autor Sarah Bell is Professor of Environmental Engineering and EPSRC Living with Environmental Change Research Fellow in the Bartlett School of Environment, Energy and Resources at UCL, UK. She is also Director of the Engineering Exchange, which serves to improve community engagement with engineering and built environment research. She is a Chartered Engineer and Fellow of the Chartered Institution of Water and Environmental Management. Klappentext This book investigates the implications of different developments in water technology and infrastructure for urban sustainability and the relationship between cities and nature. Zusammenfassung This book investigates the implications of different developments in water technology and infrastructure for urban sustainability and the relationship between cities and nature. Inhaltsverzeichnis 1. Introduction 2. Water and sustainable cities 3. Constructing infrastructure 4. Framing cities and nature 5. Demand 6. Sanitation 7. Drainage 8. Reuse 9. Desalination 10. Conclusion ...
