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A platform for research: civil engineering, architecture and urbanism
Houston's Conversion From Groundwater to Surface Water
Houston's Northeast Water Purification Plant expansion project is required to comply with subsidence district rules for conversion from groundwater to surface water supply.
Innovative solutions for the expanded plant include two coagulation recipes to treat water from Lake Houston; treatment with chlorine dioxide, ozone, and biological filtration; and enhanced residuals treatment.
A progressive design–build approach—used for the largest project of this kind presently underway in North America—maximized stakeholder involvement.
Houston's Conversion From Groundwater to Surface Water
Houston's Northeast Water Purification Plant expansion project is required to comply with subsidence district rules for conversion from groundwater to surface water supply.
Innovative solutions for the expanded plant include two coagulation recipes to treat water from Lake Houston; treatment with chlorine dioxide, ozone, and biological filtration; and enhanced residuals treatment.
A progressive design–build approach—used for the largest project of this kind presently underway in North America—maximized stakeholder involvement.
Houston's Conversion From Groundwater to Surface Water
Rogers, Randy (author) / Kaleyatodi, Ravi (author) / Singh, Rajinder (author) / Crawford, Susan (author) / Lynk, Steve (author)
Journal ‐ American Water Works Association ; 112 ; 32-39
2020-11-01
8 pages
Article (Journal)
Electronic Resource
English
| Engineering Index Backfile | 1947
Development of Houston's Water Supply
| Wiley | 1941
Engineering Index Backfile | 1928
Online Contents | 2003