A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Public–private Partnerships Solve Groundwater Contamination Issues
This article discusses a project by the city of Hutchinson, Kansas, to treat its contaminated well water with reverse osmosis (RO). A pilot plant with full‐scale membranes was operated for several months while extensive data were collected. The plant blended the higher‐quality RO water with the city's existing noncontaminated well water before it entered the distribution mains. The result has been a higher‐quality, better‐tasting product that is superior for recruiting industrial users and environmentally friendly because it reduces potential chloride contamination of the nearby Arkansas River. With soft water, less sodium exchange water softener is required and thus chloride discharge is reduced.
Public–private Partnerships Solve Groundwater Contamination Issues
This article discusses a project by the city of Hutchinson, Kansas, to treat its contaminated well water with reverse osmosis (RO). A pilot plant with full‐scale membranes was operated for several months while extensive data were collected. The plant blended the higher‐quality RO water with the city's existing noncontaminated well water before it entered the distribution mains. The result has been a higher‐quality, better‐tasting product that is superior for recruiting industrial users and environmentally friendly because it reduces potential chloride contamination of the nearby Arkansas River. With soft water, less sodium exchange water softener is required and thus chloride discharge is reduced.
Public–private Partnerships Solve Groundwater Contamination Issues
Leung, Kevin S. (author)
Journal ‐ American Water Works Association ; 103 ; 26-28
2011-01-01
3 pages
Article (Journal)
Electronic Resource
English
FINANCIAL ISSUES IN PUBLIC PRIVATE PARTNERSHIPS
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