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Kyle Bohn, PE
<br />PVV and RW Pipeline Replacement/Extension
<br />Mr. Bohn is a professional engineer with more than 16 years of
<br />experience and he has worked on over 50 miles of pipeline projects. His
<br />pipeline experience includes various different pipe materials including
<br />those that would be considered for this project such as fusible PCV,
<br />PVC, HDPE and epoxy lined ductile iron pipe. Mr. Bohn has been
<br />involved in traditional cut and cover pipeline design as well as multiple
<br />trenchless projects. His trenchless experience includes the planning,
<br />design and construction support of bore and jack, micro -tunneling and
<br />horizontal direction drilling. Kyle understands the design constraints,
<br />construction staging area needs and risks involved with each type of
<br />construction activity.
<br />EXPERIENCE
<br />Education:
<br />BS, Civil Engineering,
<br />University of California, Irvine,
<br />2006
<br />Registrations/Certifications:
<br />Professional Civil Engineer,
<br />California, No. 77984, 2011
<br />Office Location:
<br />Irvine, CA
<br />Years of Experience:
<br />16
<br />Years with Tetra Tech:
<br />16
<br />City Trunk Line North Unit 2, Los Angeles Department of Water & Power, CA. 2017 - Present.
<br />Project Engineer for the design of the City Trunk Line North Unit 2, which will consist of 12,200 linear
<br />feet of 54-inch diameter welded steel pipe. The design includes three bore and jack tunnels and
<br />3,500 linear feet of slip -lining, where new 54-inch steel pipe will be pushed through an existing 72-inch
<br />riveted steel pipeline. The project requires the preparation of plans, specifications, and construction
<br />cost estimates.
<br />West Chandler Well, South Croddy Well and Pipeline, Mesa Consolidated Water District, CA.
<br />2017 - Present. Project Engineer. In order to provide additional local water reliability, Mesa Water
<br />purchased two properties within the City of Santa Ana to be used as groundwater well sites. Proposed
<br />Well No. 12 is located at 4011 West Chandler Avenue and Proposed Well No. 13 is located at
<br />3120 South Croddy Way. Both wells are located outside of Mesa Water's service area and will require
<br />the construction of approximately 3,000 feet of pipeline to connect the proposed wells to Mesa Water's
<br />existing system. Tetra Tech has been retained by Mesa Water to develop plans and specifications for
<br />the construction of Well Nos. 12 and 13 and the pipeline connecting the wells to the existing distribution
<br />system. Once operational, Well Nos. 12 and 13 can potentially provide an additional 7 to 9 million
<br />gallons per day of safe and reliable drinking water.
<br />Alternate Raw Water Transmission Line, Trabuco Canyon Water District, CA. 2016. Project
<br />Engineer. project included removal and abandonment of the existing creek crossing and construction of
<br />approximately 4,500 linear feet of new 16-inch PVC raw water transmission main. The final pipeline
<br />alignment routed the pipe through public walking trails, private property, above ground over a 144-inch
<br />shallow storm drain crossing, through city streets, and across a bridge, and required coordination with
<br />Orange County Parks, private property owners, Orange County Flood Control District, City of Lake
<br />Forest, FEMA, and the California Department of Fish and Wild Life.
<br />Carlsbad Seawater Desalination Conveyance Pipeline, KSD Joint Venture, Carlsbad, CA. 2015.
<br />Design Engineer for the Carlsbad Conveyance Pipeline Design -Build Project. The project was designed
<br />for the Kiewit Shea Desalination Joint Venture team and consists of approximately 10 miles of 54-inch
<br />welded steel pipe. The pipeline was installed in existing city streets and right-of-way through the cities
<br />of Carlsbad, Vista and San Marcos. Large diameter tunnels were used to cross a major commuter rail
<br />line, an Interstate Highway, and protected wetlands at the entrance to a seawater lagoon. The 54-inch
<br />transmission main is sized for 54 MGD of desalinated seawater. Pressures range from 250 psi at the
<br />point of connection to 500 psi at the seawater desalination plant.
<br />TETRA TECH
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