Dry Run

Preventing the Next Urban Water Crisis

In the Age of Scarcity now upon us, fresh water shortages are an increasingly serious global problem. With water restrictions emerging in many developed countries and water diversions for industrial, urban and environmental reasons stirring up oceans of controversy, there is a growing thirst for innovative approaches to reducing our water footprint.

Dry Run shows the best ways to manage scarce water resources and handle upcoming urban water crises. Featuring original interviews with more than 25 water researchers and industry experts, this book explains water issues and proposes solutions for homes, buildings, facilities and schools. Examining the vital linkages between water, energy use, urban development and climate change, Dry Run demonstrates best practices for achieving "net zero" water use in the built environment including:

water conservation strategies for buildings, factories, cities and homes

rainwater harvesting

graywater reuse and water reclamation systems

water efficiency retrofits

onsite sewage treatment

new water reuse and supply technologies.

Ideal for concerned citizens, building managers, homeowners, architects, engineers, developers and public officials faced with charting a course in a more arid future, Dry Run overflows with practical solutions.

Contributors

Jerry Yudelson

Jerry Yudelson, PE, MS, MBA, LEED AP, is the founder of Yudelson Associates, a green building and sustainable planning consultancy based in Tucson, Arizona. He holds BS and MS degrees in civil and water resources engineering from the California Institute of Technology and Harvard University, respectively, and an MBA (with highest honors) from the University of Oregon. He is a licensed professional engineer.

Chapter Contributors Pages Year Price
For this book, I’ve chosen to focus on my first love in the professional world, water, a subject to which I devoted a considerable part of my early professional career. With the arrival of …
7 $0.70
In this chapter you’ll learn a little of the fascinating history of water and civilization and how politics, economics and water have been part of the history of the US, especially of the …
11 $1.10
In this chapter, we look at where water comes from, how it is allocated among various uses and how much each individual uses. We’ll look briefly at water use in cities, homes and offices, …
13 $1.30
Urban water crises are not just a thing of the future, they are happening all around us as long-term reductions in rainfall and runoff tie in with short-term multiyear droughts. In this chapter, …
21 $2.10
What are the opportunities for urban water management in the coming decade, the second of this century? Where should cities be looking for means and methods to meet their water supply …
22 $2.20
Before turning to different ways to reduce urban water demand, in this chapter we’ll get better acquainted with patterns of water use in the commercial, industrial and institutional (CII) …
26 $2.60
Let’s take a look now at residential water use, something that most of us are quite familiar with. The sources of water use inside the home with almost 60 percent goes for shower, toilet …
17 $1.70
With all the concern the past decade about reducing water consumption in both residential and non-residential uses, you’ll probably not find it surprising that the water field has begun to …
17 $1.70
Unlike rainwater, which is highly variable both year to year and seasonally, graywater tends to be reliably present in most commercial environments, so why use potable water for flushing toilets, …
11 $1.10
One of my favorite green building technologies is rainwater harvesting: the capture, treatment and use of rainwater for uses inside the building, such as toilet flushing and cooling-tower makeup …
26 $2.60
However, wastewater is also another water source; after all if you live inland along a large river, your water supply started upriver as someone else’s wastewater. So, wastewater is just …
16 $1.60
In this chapter, you’ll learn about opportunities for conserving the use of potable water in landscape, ways to integrate stormwater management with landscaping and systems for reusing …
12 $1.20
In the green building movement, there is a “hyper-green” approach called restorative or regenerative building, which generates more water and energy than it uses and puts this excess …
9 $0.90
In this chapter, we’ll learn more about two sources of "new water" from technologies not typically in widespread use today throughout the US, desalination of seawater and expanded …
13 $1.30
In chapter 3, we looked at contemporary water crises in Australia, Atlanta and San Diego. We’ll learn what their successes can teach us about how to create effective water conservation …
21 $2.10
In this chapter, I propose a 10-step program of measures that water activists can unite behind, from the immediately possible to long-term fixes that will depend on the water issues in a specific …
20 $2.00
We know that water supply over the next few decades will be significantly affected not only by population growth, but by global warming. We know now that water and energy are inextricably …
42 $4.20
Glossary of Terms, Resources, List of Interviews
10 $1.00