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Reusing rinse wastewater at a semiconductor plant
Two pilot projects for recycling and reusing rinse wastewater pay off by substantially reducing water consumption and costs.
Two pilot rinse wastewater reuse projects were developed as part of a long‐term water conservation program for a Motorola semiconductor manufacturing site in Phoenix, Ariz. The conceptual designs for the projects grew out of a detailed wastewater reuse study that characterized wastewater streams at their generation points. Both treatment techniques were specifically researched, bench‐tested, and adapted to further water conservation efforts while ensuring 100 percent compliance with appropriate effluent regulations and industrial discharge permit conditions. Together, the pilot projects save the city of Phoenix approximately 45 mil gal (17 × 104 m3) of water annually.
Reusing rinse wastewater at a semiconductor plant
Two pilot projects for recycling and reusing rinse wastewater pay off by substantially reducing water consumption and costs.
Two pilot rinse wastewater reuse projects were developed as part of a long‐term water conservation program for a Motorola semiconductor manufacturing site in Phoenix, Ariz. The conceptual designs for the projects grew out of a detailed wastewater reuse study that characterized wastewater streams at their generation points. Both treatment techniques were specifically researched, bench‐tested, and adapted to further water conservation efforts while ensuring 100 percent compliance with appropriate effluent regulations and industrial discharge permit conditions. Together, the pilot projects save the city of Phoenix approximately 45 mil gal (17 × 104 m3) of water annually.
Reusing rinse wastewater at a semiconductor plant
Shah, Ajay R. (Autor:in) / Ploeser, Jane Heller (Autor:in)
Journal ‐ American Water Works Association ; 91 ; 58-65
01.08.1999
8 pages
Aufsatz (Zeitschrift)
Elektronische Ressource
Englisch
Regulations , Reuse , Ozone , Conservation , Computers , Ion Exchange , Compliance , Wastewater
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