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Erin Cabanero, PE Education:
<br />BS, Civil Engineering,
<br />Pump/Lift Station Upgrades University ofCalifornia, Irvine,
<br />Ms. Cabanero has provided design engineering in various water and
<br />2009
<br />wastewater projects including domestic and reclaimed water pipelines,
<br />Registrations/Certifications:
<br />water main replacements, gravity sewer mains, pump stations, lift
<br />Professional Civil Engineer,
<br />stations, reinforced concrete reservoirs, steel tank reservoirs, wells, flow
<br />California, No. C 89704, 2018
<br />control facilities, and pressure reducing valve vaults. Responsibilities
<br />Professional Affiliations:
<br />have included preparation of construction plans, specifications, and
<br />American society of civil
<br />design calculations; assisted supervisors in preparing project reports
<br />Engineers
<br />and memorandums and project schedules.
<br />office Location:
<br />EXPERIENCE
<br />Irvine, CA
<br />Fleming Zone 8 Tank and Zone 8 to 9 Booster Pump Station Years of Experience:
<br />Demolition and Replacement, Irvine Ranch Water District, Irvine, 13
<br />CA. 2019 - Present. Design Engineer. Engineering design services for Years with Tetra Tech:
<br />demolition and replacement of an existing above ground 0.15 MG Zone 13
<br />8 steel tank and Zone 8 to 9 pump station consisting of two 600 gpm
<br />vertical turbine pumps each equipped with a 60 horsepower motor. The Fleming pump station site also
<br />contains an existing administrative building with a conference room and restroom, two storage
<br />buildings, and an AT&T cellular antenna facility. Services also include storage building replacement;
<br />reservoir management system building with sodium hypochlorite and aqueous ammonia storage and
<br />feed systems and an "in -tank" chemical injection and mixing system; a 2,000 gallon diesel fuel storage
<br />tank and dispensing system; and site electrical service, controls, and telemetry improvements.
<br />Well No. 32 Rehabilitation, City of Santa Ana, CA. 2017 - Present. Design Engineer. Provided
<br />engineering planning and design to assist with the rehabilitation of Well 32. The project includes the
<br />construction of new CMI I block well building and sodium hypochlorite building, sodium hypochlorite
<br />disinfection facility, approximately 3,300 linear feet of 16-inch pipe from Well 32 to John Garthe
<br />Reservoir, bore and jack under channel crossing, and site improvements.
<br />Mid -Basin Injection: Centennial Park Design Services, Orange County Water District, Santa Ana,
<br />CA. 2020. Design Engineer for four injection wells to be located within Centennial Park in the City of
<br />Santa Ana for Orange County Water District. In addition to the engineering services for the four
<br />injection wells, the project includes the design of the supply pipeline, backflush pipeline, bridge
<br />crossing, two shared facility sites, a monitoring well site, site improvements, and paving of park access
<br />roads and parking lots.
<br />Elizabeth Reservoir, Booster Pump Station and New Well No. 29, City of South Gate, CA. 2019.
<br />Design Engineer for the design and construction support for the drilling and equipping of a new
<br />2,500 gpm well, sodium hypochlorite facilities, and generator at the well site and a 1.8 steel reservoir,
<br />booster pump station consisting of three 125 hp pumps/motors at the reservoir site, and about
<br />5,000 feet of water main replacements within the City of South Gate. The project combined the well
<br />drilling and well equipping phases of the work together.
<br />Burris Pump Station, Orange County Water District, Anaheim, CA. 2018. Design Engineer for the
<br />design of the new Burris Pump Station which consists of four 1,750 horsepower vertical turbine pumps
<br />delivering a maximum flow rate of 200 cfs to the Santiago Basins from Burris Basin. Work consisted of
<br />reviewing the existing Burris Pump Station Evaluation Report, assisting OCWD with selecting a
<br />replacement option, performing final design of the selected option and providing bid and construction
<br />phase services. The project also included unique designs: 190,000 cubic yards of earthwork to be
<br />completed prior to pump station construction, the construction of a 55-foot diameter by 55-foot high
<br />circular wet well which was computer and physically modeled during design for flow characteristics, and
<br />the construction of a 180,000 gallon surge suppression system.
<br />TETRA TECH
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