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AWWA ACE56158

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AWWA ACE56158 Water Conservation, Reuse and Recycling Master Plan at Stanford University

Conference Proceeding by American Water Works Association, 06/16/2002

Laporte, Margaret; Maddaus, Lisa; Maddaus, William O.

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After two years of a complicated permitting process, Stanford University received a General Use Permit in December 2000. The General Use Permit (GUP) is required by Santa Clara County for development of campus lands in unincorporated Santa Clara County. The GUP includes various strict conditions for Stanford University if the University plans to add buildings on campus. One of the conditions was to within twelve months of General Use Permit approval, prepare and submit to the County Planning Office for review and approval a Water Conservation, Reuse and Recycling Master Plan (Master Plan), which identifies measures for reducing potable water use on campus. In July 2001, Stanford hired Maddaus Water Management (Maddaus) to help analyze campus water use and prepare the Master Plan. Maddaus worked closely with Stanford staff to collect, review, analyze existing metering and water use data and information. Site visits were used to review specific end uses of water for representative campus consumer categories. Information gained from site visits revealed that generally Stanford's use of water is efficient and water conservation programs have already "picked the low hanging fruit". Maddaus analyzed five years of monthly water consumption data by category to establish baseline consumption for forecasting. Maddaus then developed various water conservation measures to address end-uses.Using a Decision Support System (DSS) model to estimate water savings and compute benefit-cost ratios, Maddaus selected the most applicable conservation measures for Stanford University. This paper reviews the methods used to develop the Water Conservation, Reuse and Recycling Master Plan, with its 14 recommended conservation measures. The Master Plan sets up a process for implementation of aggressive water conservation in a university environment. Includes tables, figures.

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Edition: Vol. - No. Published: 06/16/2002 Number of Pages: 20File Size: 1 file , 2.1 MB