A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Minneapolis Water Works' Ultrafiltration Plant Gets Off to a Big Start
This article discusses the planning, design, and startup of a large‐scale membrane plant, integrated with existing infrastructure. The Minneapolis Water Works (MWW) plant produces drinking water for Minneapolis, Minnesota, residents and draws water directly from the Mississippi River, which has posed challenges in the past because of rapid water quality changes. An exhaustive study and pilot project identified suitable treatment technologies that met MWW's goals and ensured that anticipated changes to water regulations could be met. Ultrafiltration (UF) was selected as the best technology for the plant. Careful planning, good communication, and continuous pilot‐testing and assessment of design feasibility were key to the successful integration of membrane technology into the plant, now the largest UF plant in North America.
Minneapolis Water Works' Ultrafiltration Plant Gets Off to a Big Start
This article discusses the planning, design, and startup of a large‐scale membrane plant, integrated with existing infrastructure. The Minneapolis Water Works (MWW) plant produces drinking water for Minneapolis, Minnesota, residents and draws water directly from the Mississippi River, which has posed challenges in the past because of rapid water quality changes. An exhaustive study and pilot project identified suitable treatment technologies that met MWW's goals and ensured that anticipated changes to water regulations could be met. Ultrafiltration (UF) was selected as the best technology for the plant. Careful planning, good communication, and continuous pilot‐testing and assessment of design feasibility were key to the successful integration of membrane technology into the plant, now the largest UF plant in North America.
Minneapolis Water Works' Ultrafiltration Plant Gets Off to a Big Start
Pressdee, Jonathan (author) / Rezania, Shahin (author) / Hill, Chad (author)
Journal ‐ American Water Works Association ; 97 ; 56-63
2005-12-01
8 pages
Article (Journal)
Electronic Resource
English
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