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Chris Jansen <br />FIRST STREET PEDESTRIAN IMPROVEMENTS PS&E <br />RFP NO.: 10-110 <br />evaluation determined that each of the three stormwater capture systems <br />were not in compliance with LACDPH water quality guidelines. Proposed <br />solutions to bring these systems into compliance included partitioning an <br />existing underground reservoir to allow for isolated chlorine contact time; <br />installing pum ps, a pretreatment device, various types of self-cleaning <br />filters, and water quality monitoring equipment; and installing additional <br />pipes, valves, and other hydrau tic structures. <br />Lakewood Stormwater Capture and Infiltration Project at Bolivar <br />Park, City of Lakewood, CA. Design Engineer responsible for assessing <br />the influent water quality and developing sampling protocols for the <br />stormwater harvesting system at Bolivar Park. The project consists <br />of an air -inflated rubber dam diversion system to re -direct all urban <br />runoff and stormwater runoff from the Del Arno channel through a <br />pre-treatment system to remove trash, debris, and sediment. A pump <br />station and drainage pipeline will convey the water into a large, buried <br />multi -chambered storage/infiltration facility. The stormwater collected in <br />the underground reservoir will be treated and used to irrigate the park's <br />landscaped areas. The system will monitor the weather conditions and <br />the facility through a secured cloud -based system. The underground <br />storage system is 2.8 million gallons (8.7 ac-ft). <br />Lakewood Stormwater Capture and Infiltration Project at Mayfair <br />Park, City of Lakewood, Lakewood, CA. Design Engineer responsible for <br />assessing the influent water quality and developing sampling protocols <br />for the stormwater harvesting system at Mayfair Park. The project consists <br />of an air -inflated rubber dam diversion system to re -direct all urban runoff <br />and stormwater runoff from the Clark Channel through a pre-treatment <br />system to remove trash, debris, and sediment. A drainage pipeline will <br />convey the water into a large, buried multi -chambered storage and <br />filtration facility. The stormwater collected in the underground reservoir <br />will be treated and used to irrigate the park's landscaped areas. <br />Carson Water Capture at Carriage Crest Park, Sanitation Districts of <br />Los Angeles County, City of Carson, CA. Mr. Jansen provided hydraulic <br />analysis and design support for a Project Engineering Study Report <br />(PESR) and PS&E for the 100% design an underground diversion structure, <br />pretreatment, storage and a pump station to discharges the captured <br />runoff into a sewer line during off peak hours to be treated and potentially <br />used as reclaimed water. <br />EDUCATIONS <br />MS, Environmental Fluid <br />Mechanics and Hydrology, <br />Stanford University, 2017 <br />BS, Civil Engineering, University of <br />California, Los Angeles, 2016 <br />REGISTRATIONS/ M <br />CERTIFICATIONS <br />Professional Civil Engineer, <br />California, No. 90616, 2019 <br />LEED Green Associate, Nationwide <br />Certification, No. 11012870, 2015 <br />RESUMES 25K.162 <br />