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Equalizing wet weather flows

Article Abstract:

Flow equalization basins (FEBs) are increasingly being used by municipalities to control sanitary sewer and combined sewer overflows. Overflows are caused by the inadequate capacity of wastewater collection systems or wastewater treatment plants. FEBs increase the capacity of sewer systems to retain excessive flows until the collection system can handle them adequately. For instance, the city of Tulsa, OK, constructed several FEBs to control overflows at 24 locations. The FEBs cost only $11 million to build and were the cheapest of the plans for containing overflows.

Author: Hobbs, David B., Tor, Eva V., Shelton, Robert D.
Publisher: American Society of Civil Engineers
Publication Name: Civil Engineering
Subject: Science and technology
ISSN: 0885-7024
Year: 1999
Prevention, Urban runoff

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A Texas-sized SSO solution

Article Abstract:

The Greater Houston Wastewater Program has been developed to solve the problem of sanitary-sewer overflow in Houston, Texas, The plan envisages an increase in the present pump capacity. The excess water will be redirected to an upstream storm-water clarifier, stored till the flow decreases, and then will be brought back for treatment. The development of a plan for each service area involves a cost-effective analysis, an alternative analysis, and a preliminary model.

Author: Schindewolf, Jimmie, Barnes, Wendell L., Kahr, Christine A., Ivor-Smith, Douglas
Publisher: American Society of Civil Engineers
Publication Name: Civil Engineering
Subject: Science and technology
ISSN: 0885-7024
Year: 1995
Waste management, Houston, Texas, Sewage clarifiers

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Rerouting Boston's utilities

Article Abstract:

Innovative design and construction methods were used to relocate existing utilities during the construction of the Central Artery/Tunnel in Boston, MA. The relocation involves the installment of sewer, water, drain, gas, electric steam and signal lines inside the tunnel's soldier pile-tremie concrete slurry walls. Direct-jack installation was used to relocate a 72-in and 66-in reinforced-concrete sewers.

Author: Krawiec, Kevin R., Ross, Russel J., Strand, Ronald C.
Publisher: American Society of Civil Engineers
Publication Name: Civil Engineering
Subject: Science and technology
ISSN: 0885-7024
Year: 1997
Public works, Boston, Massachusetts, Underground utility lines

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Subjects list: Sewer systems, Design and construction, Combined sewers, Combined sewer overflows
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