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Full Description
The general public's aversion to drinking treated wastewater is evident, rooted in the reluctance to accept a direct pipe-to-pipe connection, for example, from a toilet to a drinking water tap. Despite advancements in treating black water from sewage sources to meet drinking water standards, there persists a general hesitancy to fully accept this possibility or understand the science behind it. The Science of Water Reuse explains how technology can sufficiently purify reclaimed water to potable water quality—even surpassing the cleanliness of the water available from conventional taps. It addresses the significant gap in the existing literature on water reuse, focusing particularly on the varied applications of reused or reclaimed water within municipal and agricultural contexts, with a specific emphasis on issues and technologies related to both direct and indirect potable water reuse. It serves as a valuable resource for policymakers, municipal planners, environmental engineering professionals, as well as undergraduate and graduate students.
Bridges the gap between technical details and public comprehension, making the complex subject of water reuse accessible and relevant.
Provides a comprehensive understanding of water reuse, including case studies for practical application.
Contributes to changing public attitudes, making reclaimed water an acceptable source for potable use.
Contents
PART 1 THE BASICS. Chapter 1 Used Water Yuck Factor Overstated. Chapter 2 Setting the Stage. Chapter 3 Water Reuse: Social Benefits. Chapter 4 Water Reuse: Economic Resilience. Chapter 5 Water Reuse: Ecological Restoration. Chapter 6 Water Reuse: Reliable Water Supply. Chapter 7 Water Reuse: Infrastructure Reliance. Chapter 8 Water Reuse: Improved Water Quality. Chapter 9 Water Reuse: Critical Water Access. PART 2 TOILET TO TAP AND NONPOTABLE REUSE: WASTE NOT, WANT NOT: WATER REUSE. Chapter 10 Direct Potable Reuse. Chapter 11 Indirect Water Reuse. PART 3 THE REAL DEAL: PURPLE TO BLUE PVC PIPE. Chapter 12 When Purple Becomes Blue. Chapter 13 A Convulsive Event. Chapter 14 Groundwater Hydraulics: Q = kiA. Chapter 15 Vanishing Land. Chapter 16 Gauging and Observing Land Subsidence. Chapter 17 HRSD and the Potomac Aquifer. Chapter 18 Mixing Native Groundwater and Injectate. Chapter 19 Advanced Water Purification. Chapter 20 SWIFT: The Process.
