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Preliminary Community and Regional Water Supply Data in Support of Desalting Plant Projects
Purpose and Scope: "The purpose of this study is to provide basic water supply data needed for future evaluation and selection of promising saline water conversion opportunities. This report presents information regarding the present and future supply situation of individual communities. Also presented is information on regional water plans with respect to provisions for municipal water supply."
Date:
April 1970
Creator:
Patterson, W. L. & Lobb, H. J.
System:
The UNT Digital Library
The Economics of Desalting Brackish Waters for Regional, Municipal and Industrial Water Supply in West Texas
"This report presents the results of a study of the preliminary feasibility and economics of desalting brackish waters for municipal and industrial watter supply in candidate regions of West Texas" (p. ii).
Date:
September 1967
Creator:
Ralph M. Parsons Company
System:
The UNT Digital Library
The Potential Contribution of Desalting to Future Water Supply in Texas
From Forward: "This report presents the results of a study of the potential contribution of desalting to future water supply in the State of Texas."
Date:
November 1966
Creator:
Southwest Research Institute
System:
The UNT Digital Library
The Feasibility of Siting an 8 MGD Vapor Compression Distillation Desalting Plant at Brownsville, Texas
Report regarding the feasibility of placing a desalting plant at Brownsville, Texas, at one of three possible locations.
Date:
December 1970
Creator:
Newkirk, R. W. & Marwede, M. E.
System:
The UNT Digital Library
Sea Water Corrosion Test Program
From Introduction: "The first demonstration plant sponsored by the Office of Saline Water was located in Freeport, Texas, and came 'on stream" in 1961. The incoming sea water was deaerated since both Speller (6) and Uhlig (7) recognized that dissolved oxygen was usually the controlling factor in the corrosion of iron stream condensate at temperatures even as high 400 degrees F. The water was acidified prior to daeration with H2SO4 to decompose the carbonates which subsequently would cause scale when the water was heated. After the carbonates were removed, the pH was raised to the neutral point, again to provide a less corrosive environment."
Date:
March 1969
Creator:
Behrens, H. C.; Martin, F. D.; Osborn, O.; Rice, L.; Russell, W. B.; Schreiber, C. F. et al.
System:
The UNT Digital Library