Las Vegas Area-Wide Reuse Study

Galuska, Craig; Anzai, Bert; Baadsgaard, Marinus; Grinnell, Gary K.; McLaughlin, Robert; Mendenhall, David; Pellissier, Don E.; Porter, Dennis B.

doi:10.2175/193864701790864250

proc water environ fed

2001

DOI: 10.2175/193864701790864250

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Las Vegas Area-Wide Reuse Study

Craig Galuska¹,

Bert Anzai²,

Marinus Baadsgaard³

et al.

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“…Achieving this increased utilization will require resolution of some significant issues, including identification of costs avoided when recycling is implemented, quantification of the benefit of a more reliable water supply, and a cost-sharing approach for equitable allocation of the costs and benefits of recycled water development. Four wastewater agencies and three water purveyors in the Las Vegas Nevada region joined together to produce a regional water-recycling plan for the 1230 km 2 (475 square mile) area, with phased implementation over a 20-year period (Galuska et al, 2001a andGaluska et al, 2001b).…”

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confidence: 99%

Water Reclamation and Reuse

Geselbracht¹

2000

Water Environment Research

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GENERALThis section reviews literature on technologies, regulations and projects for the use of treated wastewater to supplant water demands that would otherwise consume "higher"quality waters.Extent of Reuse. Pinjing et al. (2001) presented an overview of the current status and potential for water reuse in China. Agricultural reuse of municipal wastewater has existed since 1950, but most of the sewage used for agricultural irrigation did not meet water quality requirements. Industrial and urban reuse totaled 48,000 m 3 /yr in 1994 and the potential demand for reclaimed water in China was estimated to be 28,000 million m 3 /yr. Water reuse in Japan, on the other hand, has been highly developed. (Ogoshi et al., 2001) The annual reuse volume in Japan totaled 206 million m 3 /yr in 1998, and was greatly oriented toward urban reuse applications such as toilet flushing and industrial reuse. Of the more than 150 water reuse schemes identified in the United Kingdom, 21 grey water, 12 combined grey and rainwater, and 6 sewage effluent recycling schemes were identified (Diaper et al., 2001).

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confidence: 99%

Water Reclamation and Reuse

Geselbracht¹

2000

Water Environment Research

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Las Vegas Area-Wide Reuse Study

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Water Reclamation and Reuse

Water Reclamation and Reuse

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