A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
In-System Storage Controls for Reduction of Combined Sewer Overflow, Saginaw, Michigan. Technical Report
The implemented control program entailed modification of 12 combined sewer regulation chambers together with construction of one new inline control chamber to maximize transient system storage of wet weather combined sewerage for later bleedback to a well-operated AWT/WWTP having phosphorus removal and ample treatment capacity.
In-System Storage Controls for Reduction of Combined Sewer Overflow, Saginaw, Michigan. Technical Report
The implemented control program entailed modification of 12 combined sewer regulation chambers together with construction of one new inline control chamber to maximize transient system storage of wet weather combined sewerage for later bleedback to a well-operated AWT/WWTP having phosphorus removal and ample treatment capacity.
In-System Storage Controls for Reduction of Combined Sewer Overflow, Saginaw, Michigan. Technical Report
W. C. Pisano (author) / D. J. Connick (author) / G. L. Aronson (author)
1985
290 pages
Report
No indication
English
Water Pollution & Control , Civil Engineering , Environmental Management & Planning , Overflows , Combined sewers , Water pollution control , Urban areas , Water storage , Weather , Rainfall , Phosphorus , Removal , Regulators , Vortices , Valves , Michigan , Organic loading , Swirl concentrators , Best management practices , Saginaw(Michigan)
Hopper Loading and Overflow Characteristics for Saginaw River, Michigan
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Assessment of combined sewer overflow reduction techniques
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