25F - AGMT FOR STORMWATER - Laserfiche WebLink

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O This important water quality project is part of the City's overall efforts through the Proposition O Bond Program to improve water quality and reduce pollutant loads that are currently being conveyed to the rivers, lakes, and oceans within the greater Los Angeles area. In addition, the project was designed to achieve a Platinum EnvisionTm rating. Santa Monica Clean Beaches Initiative, City of Santa Monica, Santa Monica, CA. Engineering Design Lead and Engineer of Record. Mr. Fussel was responsible for the design of the site improvements, diversion structure, pretreatment, underground storage reservoirs, and piping systems. The project objective was to improve Santa Monica Beach water quality by increasing the diversion capacity at the Santa Monica Pier and Pico-Kenter storm drain outfalls. The 85th percentile storm event volume would be treated and diverted from the Pier watershed to the Santa Monica Urban Runoff Recycling Facility (SMURRF) or the sanitary sewer. The project provided storm drain diversion and runoff storage systems at two separate storm drain outfalls, routed to two subsurface storage areas. 1.6 million gallons will be stored at the historical Deauville Beach Club site and an additional 80,000 gallons will be stored at the Pico-Kentor storm drain outfall. Bolivar Park Stormwater and Runoff Capture Project, City of Lakewood, Lakewood, CA. Engineering Design Lead and Engineer of Record. Mr. Fussel was responsible for feasibility, conceptual and detailed design services to prepare final plans, specifications and estimates. Tetra Tech was contracted to evaluate the potential site location and develop this stormwater runoff and capture project. The project consists of an air -inflated rubber dam diversion system to re -direct all urban runoff and stormwater runoff from the Del Amo channel through a pre-treatment system to remove trash, debris, and sediment. A pump station and drainage pipeline conveys the water into a large, buried multi- chambered storage/infiltration facility. The stormwater collected in the underground reservoir is treated and used to irrigate the park's landscaped areas. The system monitors the weather conditions and the facility through a secured cloud -based system. The underground storage system is 2.8 million gallons (8.7 ac-ft). Carriage Crest Stormwater and Runoff Capture Project, Sanitation Districts of Los Angeles County, Carson, CA. Engineering Design Lead and Engineer of Record. Mr. Fussel was responsible for preparing the plans, specifications and estimates, from concept to detailed design. Carriage Crest Park was identified in the Enhanced Watershed Management Program (EWMP) as a high -priority site for a regional stormwater capture project due to its proximity to two large storm drains with a total drainage area exceeding 1,100 acres. Mayfair Park Stormwater and Runoff Capture Project, City of Lakewood, Lakewood, CA. Engineering Design Lead and Engineer of Record. Mr. Fussel was responsible for feasibility, conceptual and detailed design services to prepare final plans, specifications and estimates. Tetra Tech was contracted to evaluate the potential site location and develop this stormwater runoff and capture project. The project consists of an air -inflated rubber dam diversion system to re -direct all urban runoff and stormwater runoff from the Clark Channel through a pre-treatment system to remove trash, debris, and sediment. A drainage pipeline will convey the water into a large, buried multi -chambered storage and filtration facility. The stormwater collected in the underground reservoir will be treated and used to irrigate the park's landscaped areas. The system will monitor the weather conditions and the facility through a secured cloud based system. The underground storage system is 4.5 million gallons (13.8 ac-ft). The goal of the project is to not only help the City comply with the metals Total Maximum Daily Loads (TMDLs), as presented in the Los Cerritos Channel Watershed Management Program, but also provide additional benefits, such as revitalized park infrastructure and augmentation of local water supplies. City of Santa Ana 2 4