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<br />Amanda Taylor,PE I Education
<br />WallerQuality/Disinfection Engineering ndtal Science,
<br />Ms. Taylor is experienced in analysis and process design of various
<br />Johns Hopkins University,
<br />Baltimore, MD, 2011
<br />municipal and industrial water/wastewater projects. Amanda has
<br />BS, Biological Systems
<br />experience with traditional and advanced water and wastewater
<br />Engineering, Virginia
<br />projects, including Title 22, Microfiltration, Ultrafiltration, Reverse
<br />Polytechnic Institute and
<br />Osmosis, and UV Treatment.
<br />State University, Blacksburg,
<br />VA. zoos
<br />EXPERIENCE
<br />Registrations/Certifications;
<br />PFAS On -Call Contract, Orange County Water District, CA.
<br />Professional Chemical
<br />2021 - Ongoing. Process Engineer for IX/GAC treatment for PFOS and
<br />Engineer, California,
<br />PFOA design for 18 affected wells in the Main Orange County Basin.
<br />No. 6700, 2015
<br />Project included design, estimating of capital and operating costs,
<br />Virginia Board for Architects,
<br />coordinating with vessel suppliers, and construction management for
<br />Professional Engineers, Land
<br />the following projects:
<br />Surveyors, Certified Interior
<br />Designers, and Landscape
<br />• Serrano Water District — 4.3 MGD Treatment for 2 wells
<br />Architects, Virginia,
<br />• Yorba Linda Water District — 25.0 MGD Treatment for 10 wells
<br />No. 0402050760, 2013
<br />• Fullerton Kim 1A — 4.0 MGD Treatment for 1 well
<br />Office Location:
<br />• Fullerton Main Plant —12.0 MGD for 5 wells
<br />Irvine, CA
<br />Pure Water Oceanside, Conveyance and Injection Facilities, City of Years of Experience:
<br />Oceanside, CA. 2019 - Ongoing. Process Engineer. As part of the Pure 13
<br />Water Oceanside project Tetra Tech designed the pipelines that will be Years with Tetra Tech:
<br />constructed as part of the Advanced Water Purification Facility (AWPF) 5
<br />that convey the advanced treated water to the existing Lower Recycled
<br />Water Pump Station and to the Upper Recycled Water Pump Station
<br />that will be built along with the AWPF. In addition, Tetra Tech designed three new injection wells (Well
<br />1, Well 3 and Well 6) and conveyance pipelines to the wells, totaling a maximum capacity of 6.0 MGD.
<br />Carlsbad Desalination Intake Pump Station, Design of a 300 MGD Dilution Pump Station,
<br />Phase 1, Kiewit Infrastructure West, Carlsbad, CA. 2019 - Ongoing. Process Engineer. This
<br />design -build project provides for the design and construction of brine dilution pumps at the existing
<br />Carlsbad Desalination Plant (CDP) with minimal production shutdown. The project consists of hydraulic
<br />pump modeling and design of dilution pumps, discharge piping, brine piping, and flowmeter facilities,
<br />NRG forebay modifications including new screen backwash pumps and tunnel bulkheads, a new
<br />electrical building, and the associated civil and grading work. The project has extensive structural
<br />rehabilitation work and a new floating dock in the lagoon. The project provides instrumentation and
<br />controls for the operation of the new facility and will tie in new signals to the existing CDP control
<br />system. The project has many environmental factors and requires working closely with local permitting
<br />agencies, the City, the CDP operators, and the Encina Power Station.
<br />San Jacinto Valley Water Banking Project, Enhanced Recharge and Recovery Program Phase 1
<br />Well Equipping and Treatment Facilities Preliminary Design, Eastern Municipal Water District,
<br />San Jacinto, CA. 2019 - Ongoing. Process Engineer responsible for the process design of a new
<br />8.64 MGD centralized treatment plant based on the recommendations offered during the preliminary
<br />design report prepared for the District under a separate task order. The central groundwater treatment
<br />plant includes greensand plus pressure filters for iron and manganese removal and disinfection and the
<br />option to expand to four double -the -flow capacity to the iron and manganese removal equipment and
<br />triple the flow to the disinfection system. The process design includes greensand plus pressure filter
<br />systems, a backwash reclaim system, and bulk sodium hypochlorite storage and dosing facilities.
<br />TETRA TECH
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