Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Design of the Colorado Ocean Relief Sewer Project
The City of Santa Monica embarked on this project to expand the capacity of its sewer system. The project is located in downtown Santa Monica within 1/4 mile of City Hall, the City Mall, and the Santa Monica Pier. An existing 33-inch sewer is an integral part of the City's sewer system, as it collects and conveys 2/3 of the City's sewer flows. The existing sewer, with a peak capacity of 29.7 cfs (840 L/s), is in need of an upgrade due to damage from an earthquake and being undersized for anticipated future flows. This new Colorado Ocean Relief Sewer will accommodate existing and future wastewater flows, provide operational flexibility, and address the City's desire for a redundant system for future emergencies. The design involved a triple barrel inverted siphon that runs beneath a major highway. This paper will describe design constraints, considerations, and construction challenges associated with the new pipeline.
Design of the Colorado Ocean Relief Sewer Project
The City of Santa Monica embarked on this project to expand the capacity of its sewer system. The project is located in downtown Santa Monica within 1/4 mile of City Hall, the City Mall, and the Santa Monica Pier. An existing 33-inch sewer is an integral part of the City's sewer system, as it collects and conveys 2/3 of the City's sewer flows. The existing sewer, with a peak capacity of 29.7 cfs (840 L/s), is in need of an upgrade due to damage from an earthquake and being undersized for anticipated future flows. This new Colorado Ocean Relief Sewer will accommodate existing and future wastewater flows, provide operational flexibility, and address the City's desire for a redundant system for future emergencies. The design involved a triple barrel inverted siphon that runs beneath a major highway. This paper will describe design constraints, considerations, and construction challenges associated with the new pipeline.
Design of the Colorado Ocean Relief Sewer Project
Cuneo, Mark (Autor:in) / Stanton, Andrew M. (Autor:in) / Bekmanis, John (Autor:in) / Stodden, Shirley (Autor:in)
Pipeline Division Specialty Conference 2010 ; 2010 ; Keystone, Colorado, United States
Pipelines 2010 ; 323-332
26.08.2010
Aufsatz (Konferenz)
Elektronische Ressource
Englisch
Life cycles , Infrastructure , Design , Sewers , Rehabilitation , Replacement , Colorado , Pipelines
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