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PROPOSAL FOR
<br />On -Call Engineering Design Services PFAS Treatment Systems
<br />Kyle Matsumoto Education
<br />3D CADD BS, Civil and Environmental
<br />Engineering, SUNY College of
<br />Kyle is an aspiring engineer with more than four years experience in Technology at Canton, New
<br />the water and wastewater industry; including water pipeline York, 2018
<br />distribution systems, water booster pump stations, hydraulic analysis, Years of Experience
<br />storm drainage systems, site improvement design, and membrane 4
<br />treatment design. Kyle's most recent experience includes working on
<br />advanced water purification systems, injection and monitoring wells,
<br />and reservoirs.
<br />EXPERIENCE
<br />PFAS On -Call Contract, Orange County Water District, CA. 2021. 3D CADD for IX/GAC treatment
<br />for PFOS and PFOA design for 18 affected wells in the main Orange County Basin. Projects included
<br />design, estimating of capital and operating costs, coordinating with vessel suppliers, and construction
<br />management for the following projects:
<br />■ Serrano Water District Well #5 and #9 (In Operation): This project consists of a 3,000 GPM
<br />IX System with a bag filter pre-treatment, 3,000 GPM Booster Pump Station and new chemical feed
<br />system for disinfection.
<br />■ Kimberley Well 1A (In Operation): Located on a very small site with a single well this facility is
<br />designed to produce 3,000 GPM using an IX System with a bag filter pre-treatment and new
<br />chemical feed system for disinfection.
<br />■ Fullerton Main Plant (Completed Design): The Fullerton Main Plant will treat six onsite wells with a
<br />total capacity of 10,100 GPM. PFOS, PFOA and VOCs will be removed using 6 to 12 ft diameter,
<br />40,000 lb. GAC vessels that will discharge into an existing forebay then pumped into the distribution
<br />system. The remaining wells will be treated with an IX system consisting of 8 vessels and bag filters
<br />for pre-treatment.
<br />■ Yorba Linda Water District Headquarters Plant (In Operation): This system will treat water from
<br />10 wells with a total capacity of 17,400 GPM, An 1X System consisting of 11 pairs of Lead/Lag
<br />Vessels (22 vessels total), bag filter pre-treatment, Booster Pump Station, and new Onsite
<br />Generation System for chlorine disinfection. In order to get the system on the existing site an
<br />extensive analysis of the site improvements was completed.
<br />PFAS Study for Wells ET-1, ET-2 and 78, Irvine Ranch Water District, Irvine, CA. 2021. Design
<br />Engineer for a study to determine the options to add PFAS treatment to an operating VOC air stripper
<br />project. Well ET-1 operates at 2.0 MGD through one tray air stripper that discharges into a small wet
<br />well with a single booster pump station. The existing plant is located on a small lot with limited space.
<br />Project included analysis of water quality, options for IX or GAC treatment and analysis of adding wells
<br />ET-2 and 78 to the project if they become affected by PFAS. Capital and O&M costs were also
<br />prepared.
<br />Albert Robles Center far Water Recycling and Environmental Learning (Formerly known as
<br />GRIP), Water Replenishment District of Southern California, Pico Rivera, CA. 2019. Design
<br />Engineer for a new 13,000 acre-feet per year of fully advanced treated recycled water. Treatment
<br />process includes influent facilities, MFIUF system, RO system, UV Advanced Oxidation system,
<br />post-treatment/stabilization/disinfection, product water wet well, and brine/waste disposal connection.
<br />Pure Water Oceanside, Conveyance and Injection Facilities, City of Oceanside, CA.
<br />2019 - Ongoing. Design Engineer, As part of the Pure Water Oceanside project Tetra Tech designed
<br />the pipelines that will be constructed as part of the Advanced Water Purification Facility (AWPF) that
<br />convey the advanced treated water to the existing Lower Recycled Water Pump Station and to the
<br />Upper Recycled Water Pump Station that will be built along with the AWPF. In addition, Tetra Tech
<br />designed three new injection wells (Well 1, Well 3, and Well 6) and conveyance pipelines to the wells,
<br />totaling a maximum capacity of 6.0 MGD.
<br />TETRA TECH
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