Item 21 - Pressure Control Station Relocation and Transmission Main Improvements

Home Browse Search

SA-2 Pressure Control Station Relocation and Transmission Main Improvements RFPNo. 21 i27 Erin Cabanero, PE Pipeline Ms. Cabanero has provided design engineering in various water and wastewater projects including domestic and reclaimed water pipelines, water main replacements, gravity sewer mains, pump stations, lift stations, reinforced concrete reservoirs, steel tank reservoirs, wells, flow control facilities, and pressure reducing valve vaults. Erin has also assisted our engineering design team with preparation of construction plans, specifications, and design calculations. EXPERIENCE IAI-11 Ki^ 'V3 D„i,ghilitntinn rity of C^ fn Ana rp Design Engineer. Provided engineering planning and design to assist with the rehabilitation of Well 32. The project includes the construction of new CMU block well building and sodium hypochlorite building, sodium hypochlorite disinfection facility approximately 3 300 linear Education: B.S., Civil Engineering, University of California, Irvine, 2009 Reg istrations/Certifications: Professional Civil Engineer, California, No. 89704, 2018 Professional Affiliations: American Society of Civil Engineers Office Location: Irvine, CA Total Years of Experience: feet of 16-inch pipe from Well 32 to John Garthe Reservoir, bore and jack under channel crossing, and site improvements. Dive fr^m hA'#;^m 4^ �i �^ r1 T-'-- 1w1-._ ^ic4rin4 I -I-- ---- -a i+A Design Engineer. Design of 5,100 feet of pipeline to minimize the pressure increase within the R-6 Pressure Zone as a result of the Baker Pump Station. Peter-z rnnvnn rhnnnol Water rnnture and Pow— PiDekline. IrVinn Ranch Wnfor District. Irvine. CA. Design Engineer for over 17,000 linear feet of 10-inch to 16-inch steel and PVC pipeline. This was a joint project with the City of Irvine, City of Tustin, County of Orange, and Caltrans. Project included three storm drain diversion structures and intake design, hanging the pipeline from two bridges, bore and jack under the railroad and backpressure vault. Design Engineer. The La Mirada Recycled Water Expansion Project will provide recycled water to irrigate several large landscaped facilities such as La Mirada Golf Course, La Mirada Regional Park, Behringer Park as well as schools and several City facilities. Forty-nine potential recycled water users were identified with an estimated irrigation demand of 930 acre feet per year. West Chandler Well. South Croddv Well and Pioeline. Mesa Consolidated Water District, Costa Mesa, CA. Design Engineer for the drilling and equipping of Well Nos. 12 and 13, two new potable water wells (approximately 1,050 feet deep), to provide additional local water reliability to the customers of Mesa Water District. The project involves the demolition of existing buildings at Well Nos. 12 and 13 properties within the City of Santa Ana. Both wells are located outside of Mesa Water's service area and will require the construction of approximately 4,400 feet of pipeline to connect the proposed wells to Mesa Water's existing system. Each well site includes the construction of a vertical turbine pump estimated to produce approximately 3,000 gpm, new CMU block well building, new chemical storage facility, sodium hypochlorite and aqua ammonia disinfection facility, and site and landscaping improvements. Design Engineer. Provided engineering support for the replacement/rehabilitation of the existing 20/16-inch cast iron pipeline constructed in the mid-1920s within Newport/Balboa Boulevard from the intersection of Via Oporto and Central Avenue to the intersection of Balboa Boulevard and 19th Street. This pipeline is vital as it provides water and fire flow protection to the businesses and residents in the Newport Bay and Peninsula area. TETRA TECH