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SA-2 Pressure Control Station Relocation
<br />and Transmission Main Improvements
<br />RFP No. 21-127
<br />Nate Schreiner, PE, QSD
<br />Water Quality Management
<br />Mr. Schreiner manages domestic projects on behalf of government
<br />clients, applying a successful 14-year history of project
<br />management, hydrologic and hydraulic modeling, civil engineering
<br />design, condition assessments of a variety of infrastructure, and
<br />cost estimating. Nate has performed hydrologic and hydraulic
<br />analyses of various types of drainages including culverts,
<br />channels, rivers, and alluvial fans. Previously he was involved in
<br />projects involving USACE Periodic Inspections of levees, FEMA
<br />levee certification, and master drainage plans. He has inspected
<br />approximately 300 miles of levee in various states and is well
<br />versed with USACE facilities. Nate has been involved in all phases
<br />of the project life -cycle including site investigations, preliminary
<br />design, public outreach, PS&E, QA/QC, and construction support.
<br />As a Qualified SWPPP Developer (QSD) Mr. Schreiner has ample
<br />Education:
<br />BS, Environmental
<br />Engineering, California
<br />Polytechnic State University,
<br />San Luis Obispo, 2006
<br />Registrations/Certifications:
<br />Professional Civil Engineer,
<br />California, No. 74974, 2009
<br />Qualified SWPPP Developer,
<br />Certificate No. C74974
<br />Total Years of Experience:
<br />experience with providing Stormwater Pollution Prevention Plans (SWPPP) for construction
<br />activities.
<br />EXPERIENCE
<br />Silver Lake Reservoir Stormwater Capture, City of Los Angeles Bureau of Engineering, Los
<br />A Project Manager for the pre -design phase of the project to construct stormwater
<br />infrastructure to capture stormwater from a 170-acre watershed and divert it to the Silver Lake and
<br />Ivanhoe reservoirs in Los Angeles, CA. To offset the potable water demand associated with maintaining
<br />historic water levels in the reservoirs, stormwater from the local watershed is proposed to be redirected
<br />into the Reservoirs. Various types, sizes, and locations of stormwater infrastructure and BMPs were
<br />evaluated and selected to assist the City in meeting their stormwater capture goals. Nate guided the
<br />project engineer in the hydrologic and hydraulic modeling, and reviewed all project submittals. Nate
<br />also coordinated with the City's Street and Stormwater Division project manager and staff at a
<br />pre -design review meeting.
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<br />r-nrcnn r Project Manager. Responsible for preparing the plans, specifications and estimates, from
<br />concept to detailed design. Carriage Crest Park was identified in the Enhanced Watershed
<br />Management Program as a high -priority site for a regional stormwater capture project due to its
<br />proximity to two large storm drains with a total drainage area exceeding 1,100 acres.
<br />,ayfair Park Stormwater and Runoff Capture, City of Lakewood, CA. Project Engineer.
<br />Responsible preparing the plans, specifications and estimates, from concept to detailed design. Tetra
<br />Tech was contracted to evaluate the potential site location and develop this stormwater runoff and
<br />capture project. The project consists of an air -inflated rubber dam diversion system to re -direct all urban
<br />runoff and stormwater runoff from the Clark Channel through a pre-treatment system to remove trash,
<br />debris, and sediment. A drainage pipeline will convey the water into a large, buried multi -chambered
<br />storage and filtration facility. The stormwater collected in the underground reservoir will be treated and
<br />used to irrigate the park's landscaped areas. The system will monitor the weather conditions and the
<br />facility through a secured cloud based system. The underground storage system is 4.5 million gallons
<br />(13.8 ac-ft). The goal of the project was to not only help the City comply with the metals Total Maximum
<br />Daily Loads, as presented in the Los Cerritos Channel Watershed Management Program, but also
<br />provide additional benefits, such as revitalized park infrastructure and augmentation of local water
<br />supplies.
<br />TETRA TECH
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