β Scribed by J. Edward Burke; Mike Mickley; Jeffrey Truesdall; Robert L. Hamilton
No coin nor oath required. For personal study only.
The 10.0 mgd reverse osmosis nitrate remova! pl,mt in Brighton, Colorado, was successfully started up in Novembec [993. As a means of insuring that the plant design would not only meet current and future needs but would also avoid practical problems encountered, by other plants, the city utilized a network of existing membrane drinking water plants. These were plants that had experienced similar treatment problems and challenges. This network, due to the openness and willingness of the other utilities to share information, insights, and experiences, provided considerable help in the design process. Details of the cost saving benefits of the networking experiences are presented. The membrane drinking water plant survey developed for and included in the American Water Works Association Research Foundation's publication Membrane Concentrate Disposal should be helpful in establishing a network for utilities considering membrane treatment.
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In this paper, advantages and limits of the module data base as a tool for engineers respectively specialists in the field of membrane separation processes to select modules in advance of pilot scale and detail engineering are presented. At the beginning, the problem is characterized by two very con