The Water Recycling Revolution


Book Description

A 2023 Choice Reviews Outstanding Academic Title Move past the “yuck factor” by learning the benefits and science behind recycling wastewater to beat climate change. In recent years, humans have begun to turn the age-old taboo against mixing sewage and drinking water on its head by using advanced treated wastewater to supplement a city’s drinking water supply. This increasingly widespread practice, known as potable reuse, qualifies as nothing less than a drinking water revolution. Water reuse offers a renewable, locally managed, and drought resistant water supply. The Water Recycling Revolution tracks the story of this development, examines the pros and cons, and explores its future potential. In this book, William M. Alley and Rosemarie Alley answer our most pressing questions: How do you get people to overcome the visceral reaction known as the “Yuck Factor” and not only drink, but appreciate, recycled water? What about all those pharmaceuticals and personal care products that people casually flush down the drain? Will diverting discharges from a wastewater treatment plant damage downstream users or ecosystems that previously depended on that water? And what are the implications for climate change? These questions are answered by delving into the history of major water recycling projects from California to Virginia, each with a unique story of what led them to develop potable reuse, as well as the challenges they had to overcome. Additional concerns addressed include pathogens, contaminants of emerging concern, achieving acceptable risk, onsite and decentralized reuse systems, and directpotable reuse. Recycling wastewater can make for a bright future in the fight against climate change, and this book is a valuable resource to convince readers.







Introduction to Sustainability


Book Description

Introduction to Sustainability, Second Edition, reviews all the major themes in the cutting-edge field of sustainability. The book is suitable for introductory interdisciplinary courses on sustainability, as well as those in the fields of geography, geology, sociology, planning, political science, and anthropology. Allowing students to see the world in new ways while also encouraging them to become part of the change needed to ensure the long-term sustainability of the planet, this book is an invaluable introduction to this multifaceted and ever-changing subject. Now fully revised and updated, this second edition includes new material on the most recent developments in the field of sustainability; environmental sustainability issues like water, food, and energy; social sustainability themes like environmental justice and transportation; and economic sustainability topics like green businesses and economic development. The book concludes with a chapter on sustainability issues in college and universities. Brinkmann intersperses many fascinating case studies and text boxes that encourage students to deeply explore the material. This is a book that not only organizes the complex field of sustainability, but also encourages students to take action to make the world a better place.




Decision Process and Trade-off Analysis Model for Supply Rotation and Planning


Book Description

Because Tampa Bay Water added new and diverse water sources to its supply mix recently, source rotation and production scheduling became more complex. To address this challenge, Tampa Bay Water developed and implemented a decision making process to aid annual water source rotation and planning decision making that is discussed in this report. A multi-attribute utility analytical (MUA) tool, named the Source Management and Rotation Technology Tool (SMARTT), was developed to evaluate water source planning alternatives. This provides a framework to assess water source combinations and assist policy makers in making effective decisions that meet water quality, environmental, social, operational and financial objectives. Includes some color pages and CD with literature review data.













House Reports


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ENR.


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