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Last modified
4/27/2022 5:32:07 PM
Creation date
10/28/2020 1:59:49 PM
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Contracts
Company Name
CWE
Contract #
A-2020-205-02
Council Approval Date
10/20/2020
Expiration Date
10/19/2023
Insurance Exp Date
12/1/2022
Destruction Year
2028
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structures; culverts, pump stations, and other control structures; electrical and mechanical <br />plans; and SCADA plans. The project included coordination with the LACFCD. Special <br />consideration was given to protect the burrowing owl habitat and the legless lizard. Performed <br />legless lizard surveys prior to and during construction. Specifications per Greenbook and <br />special provisions and estimates were also prepared. <br />City of Santa Monica Los Amigos Park Stormwater Harvesting and Direct Use <br />Demonstration This project was the recipient of the 2017 CASQA Outstanding Stormwater <br />Sustainability Project, ASCE Outstanding Small Project, and the Storm Water Solutions <br />magazine Top Stormwater and Erosion Control Project Awards. Design Support for the design <br />of a demonstration project that tapped into an existing storm drain line running along a school <br />athletic field and the City of Santa Monica's Los Amigos Park, rerouted stormwater and dry - <br />weather flows from the storm drain through a vortex system into a cistern, treated the <br />stormwater and dry -weather runoff, and delivered highly -treated water to the park irrigation <br />system and indoor plumbing for toilet flushing. The projects purpose was to demonstrate the <br />feasibility of harvesting local water resources such as storm drain flows to decrease potable <br />water use, reduce polluted urban runoff discharge to the receiving water body, and protect the <br />future of California's water supplies. Tasks performed included: developing a project study <br />report, performing a geotechnical investigation and utility search, preparing design PS&Es, <br />obtaining regulatory approvals, public education and outreach, construction support, preparing a <br />Sampling and Analysis Plan, assisting the City in report preparation, and designing educational <br />signage. <br />City of Culver City Washington Boulevard P3 Urban Runoff Diversion Design Lead <br />assisting with the design of a diversion system to capture stormwater and urban runoff from a <br />drainage area of approximately 40 acres for the City of Culver City. The project is located on <br />Washington Boulevard near Walnut Avenue at the City boundary. The drainage area is <br />comprised of commercial and residential land uses completely within the City boundaries. The <br />system is expected to capture approximately 115,600 cubic feet of stormwater runoff. Tasks <br />include: review of the Geotechnical Investigation Report and Percolation Test Results, <br />developing project concepts for diversion and bio-filtration systems, conducting an <br />environmental study, performing hydrologic and hydraulic analyses and preparing a report, <br />coordinating with the LACDPW, performing a topographic survey, conducting a utility search for <br />the project site to identify existing or planned future utility conflicts along the proposed project <br />components, preparing PS&Es, providing community outreach support, and providing <br />construction support services. <br />City of Beverly Hills Burton Way Median Green Street Project Engineer for the design of <br />bioswales and green street improvements to capture and retain urban runoff on the Burton Way <br />median in the City of Beverly Hills. These improvements will assist the City in complying with <br />the Ballona Creek Watershed EWMP and Ballona Creek Metals TMDL. Designing major <br />aesthetic improvements with efficient landscape design, including drought -tolerant plants that <br />reduce outdoor irrigation use and help the City meet water conservation objectives. Runoff will <br />be used for median irrigation, reducing the need for potable water and there will be up to eight <br />acre-feet of storm water storage beneath the median. The multi -benefit design incorporates <br />walking trails, public art displays and an aesthetically pleasing landscape. It is anticipated that <br />the project will reduce potable water use by approximately 1.25 million gallons per year. <br />
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