Reducing Energy for Urban Water and Wastewater

Prospects for China

Kate Smith, Shuming Liu (Autoren)

Buch | Softcover

170 Seiten

2019
IWA Publishing (Verlag)
978-1-78040-993-1 (ISBN)

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Cities use large amounts of costly energy to supply water and treat wastewater, especially in China, one of the world’s largest providers of urban water and sanitation services. Reducing Energy for Urban Water and Wastewater shows how cities can reduce energy use, cut costs and curb greenhouse gas emissions. First, it guides the reader through water supply and wastewater treatment, explaining how energy is used at each step. Then the authors:

• Outline the most effective ideas for reducing energy use in cities, using China as a case study.
• Provide a decision-making framework to help cities focus their efforts.
• Investigate an often-overlooked high energy user in dense cities and suggest a way to cut energy.
• Assess the unintended downside of stricter wastewater standards and how to optimise the upside.
• Provide suggestions for increasing water and energy recovery in water-scarce cities.

The focus throughout is China, the biggest greenhouse gas emitter in the world.

About the Authors
Preface
Chapter 1 - Introduction
Chapter 2 - Energy for water supply
Chapter 3 - Factors that may influence electricity use for water supply
Chapter 4 - Comparison of electricity for water supply between water sources and countries
Chapter 5 - Energy for wastewater treatment
Chapter 6 - Evaluating the environmental benefit and energy footprint of stricter wastewater standards
Chapter 7 - Reducing net energy use for water supply
Chapter 8 - Reducing energy for water distribution through pressure management and building layout
Chapter 9 - Reducing net energy use for wastewater treatment
Chapter 10 - Reducing energy use for water in water-scarce cities
Chapter 11 - A road map for reducing energy use in urban water supply
References
Index

Erscheinungsdatum	17.06.2019
Verlagsort	London
Sprache	englisch
Maße	156 x 234 mm
Themenwelt	Technik ► Umwelttechnik / Biotechnologie
ISBN-10	1-78040-993-1 / 1780409931
ISBN-13	978-1-78040-993-1 / 9781780409931
Zustand	Neuware