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Journal ArticleDOI

Wastewater Reuse—A Supplemental Supply

John D. Parkhurst
- 01 Jun 1970 - 
- Vol. 96, Iss: 3, pp 653-663
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TLDR
In this article, demineralization of wastewater may be practical on a large scale, since processes now under development appear competitive with alternative sources of supply, such as the Owen River Aqueduct.
Abstract
Historically, Los Angeles County has learned to quench its thirst from many sources. Completion of the California Water Project in 1971-72 and the second barrel of the Owen River Aqueduct in 1972 will ensure adequate supplies until about 1990. These high quality imported waters will also enhance the quality of treated wastewater for subsequent reuse. Undoubtedly, much of this better quality water will be used directly for irrigation or percolation to the underground. New processes resulting from a rapidly developing technology can be readily integrated into the water renovation plants not being operated or under construction by the Sanitation Districts as new reuse applications arise. Ultimately, demineralization of wastewater may be practical on a large scale, since processes now under development appear competitive with alternative sources of supply. While a significant quantity of wastewater is suitable for treatment and reuse, it should be considered in its proper role—as a supplemental supply.

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Citations
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Public acceptance of renovated waste water: Myth and reality

TL;DR: There is little evidence to support the widespread belief among many water management officials that public opposition constitutes an important obstacle concerning the adoption of renovated waste water for municipal supply as mentioned in this paper, however.
Journal ArticleDOI

Water reuse: A flexible and efficient management alternative for municipal water supply

TL;DR: In this paper, a comparison between the fixed schedule of planned expansion of water supply sources and an alternative expansion program based on a short-term decision from monitoring reservoir levels, water use, and streamflows and employing water reuse capacity and new source development is simulated for the Colorado Springs, Colorado, municipal water system.

Bacterial Absorption on Soils--Thermodynamics

TL;DR: In this article, the basic kinetics of uptake of Staphylococcus aureus were determined on activated carbon, a highly adsorbing material chemically speaking, and the results indicated reasonable fit for the model but some adjustment would be required for a close simu lation.