2012American Society of Civil Engineers eBooksOpen access

A Vision for Urban Water and Wastewater Management in 2050

Glen T. Daigger

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Abstract

Population growth, coupled with increased standards of living and growing resource limitations, is creating water shortages and necessitates changes from the "linear" urban water management approach historically used.Evolving approaches and enabling technologies allow integrated 21 st century urban water management systems to be assembled which require the removal of much less water from the natural environment, can achieve energy neutrality and provide significant nutrient recovery.These approaches incorporate increased efficiency, use of local water resources, and much greater recovery and recycling.Further advantages include easier expansion, reduced urban heat island effects, and dramatically increased urban aesthetics.Our existing "linear" systems can be transformed by aggressively incorporating these modern concepts into new developments and when redevelopment occurs.Education and professional practice must be transformed to break down historical barriers between drinking water, stormwater, and wastewater.Economic analysis requires careful consideration of marginal effects. 166Toward a Sustainable Water Future Downloaded from ascelibrary.orgby 204.217.

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Population growth, coupled with increased standards of living and growing resource limitations, is creating water shortages and necessitates changes from the "linear" urban water management approach historically used.Evolving approaches and enabling technologies allow integrated 21 st century urban water management systems to be assembled which require the removal of much less water from the natural environment, can achieve energy neutrality and provide significant nutrient recovery.These approaches incorporate increased efficiency, use of local water resources, and much greater recovery and recycling.Further advantages include easier expansion, reduced urban heat island effects, and dramatically increased urban aesthetics.Our existing "linear" systems can be transformed by aggressively incorporating these modern concepts into new developments and when redevelopment occurs.Education and professional practice must be transformed to break down historical barriers between drinking water, stormwater, and wastewater.Economic analysis requires careful consideration of marginal effects. 166Toward a Sustainable Water Future Downloaded from ascelibrary.orgby 204.217.

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Available abstract

Population growth, coupled with increased standards of living and growing resource limitations, is creating water shortages and necessitates changes from the "linear" urban water management approach historically used.Evolving approaches and enabling technologies allow integrated 21 st century urban water management systems to be assembled which require the removal of much less water from the natural environment, can achieve energy neutrality and provide significant nutrient recovery.These approaches incorporate increased efficiency, use of local water resources, and much greater recovery and recycling.Further advantages include easier expansion, reduced urban heat island effects, and dramatically increased urban aesthetics.Our existing "linear" systems can be transformed by aggressively incorporating these modern concepts into new developments and when redevelopment occurs.Education and professional practice must be transformed to break down historical barriers between drinking water, stormwater, and wastewater.Economic analysis requires careful consideration of marginal effects. 166Toward a Sustainable Water Future Downloaded from ascelibrary.orgby 204.217.

Key concepts: Wastewater, Water resource management, Environmental planning, Environmental science, Business, Environmental engineering, Environmental resource management, Geography

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