Ground Characterization And Feasibility Evaluation Of Tunneling Methods For Mather Interceptor

Society for Mining, Metallurgy & Exploration
Mohammad R. Jafari
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Society for Mining, Metallurgy & Exploration
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13
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Abstract

The Camp Dresser & McKee (CDM) has been retained by the Sacramento Regional County Sanitation District (SRCSD) to design the Mather Interceptor, a portion of the South Interceptor and Mather Interceptor program. The Mather Interceptor consists of 14,667 feet of 54 to 72 inch gravity interceptor. Approximately 90 percent of the alignment will be constructed via tunneling. Cobbles and boulders in a sand/gravel matrix dominate the ground conditions combined with seasonal perched groundwater table at some of the deeper reaches of the alignment, impacting design consideration. This paper will present the results of a comprehensive geotechnical investigation conducted for this project and in-depth technical evaluation of various trenchless techniques feasible for tunneling in the cobble and boulder laden formations of this project. This paper will also present the risks and issues of the design alternatives and selection criteria.
Citation

APA: Mohammad R. Jafari  Ground Characterization And Feasibility Evaluation Of Tunneling Methods For Mather Interceptor

MLA: Mohammad R. Jafari Ground Characterization And Feasibility Evaluation Of Tunneling Methods For Mather Interceptor. Society for Mining, Metallurgy & Exploration,

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