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Stormwater harvesting and reuse to: Identify infrastructure requirements and costs to capture and reuse all stormwater originating from the Harbor District Evaluate construction and operational impacts on port terminals Assess and quantify the possible end uses for recycled stormwater Evaluate potential cost savings associated with deferred regulatory compliance costs Consider the monetary value of harvested stormwater and determine if it could be sold to end users in the Harbor District or water purveyors Assess the feasibility and costs of diversions from Port stormwater infrastructure to sanitary sewer Evaluate opportunities to divert Port of Long Beach stormwater to the planned City of Long Beach Municipal Urban Stormwater Treatment facility for treatment and potential reuse Conduct a triple bottom line benefit cost analysis to prioritize the different opportunities Long Beach Municipal Urban Stormwater Treatment, City of Long Beach, CA As project manager, Ed is leading a team that is designing a facility that will treat urban runoff first -flush wet weather flow before it enters the LA River. The LB -MUST facility will meet the City's National Pollutant Discharge Elimination System (NPDES) permit water quality standards as well as total maximum daily loads (TMDLs). In addition to water quality improvement, the Project incorporates educational features to inform the public of the Project benefits. The project intercepts, diverts, and treats dry weather urban runoff (fresh and brackish water) and first flush of stormwater runoff from 15 pump stations. The LB -MUST facility includes the following state-of-the-art equipment: 1) Purifics' Ceramic Ultrafiltration (CUF), which is a robust silicon carbide Ceramic Membrane Process; and 2) Photo - Cat, which is a photo -catalytic oxidation and reduction process. Additionally, a brackish wetland (LID feature) will be constructed for water quality polishing and as a community park. Treated fresh water will help create and sustain the proposed wetlands riparian habitat as well as provide an alternative water source for other nearby packs and the Civic Center. East San Gabriel Valley Watershed Management Group CIMP and WMP Implementation, San Gabriel Valley, CA Ed is managing the implementation of the East San Gabriel Valley Watershed Management Group (Group) CIMP, which evaluates impacts from MS4 discharges and provides decision support for actions to improve water quality and enable the Group to comply with the MS4 Permit. Ed conducted a study to identify regional opportunities for stormwater capture and infiltration to achieve NPDES Permit requirements and to augment groundwater supplies. A multi -step process was applied to identify stormwater capture opportunities within the East San Gabriel Valley (ESGV) Watershed. Key factors considered in the multi -step process included land use, jurisdictional areas, topography, hydrologic soil group, nearby wells, existing recycled water conveyances, storm drain systems, etc. The study identified preferred sites for each City, within each of the HUC-12 watersheds, as well as within each of the water district's jurisdiction. Ed also developed a concept for a regional stormwater capture facility, which will be located at the Palm Lakes Golf Course. The facility was sized to capture the 85th percentile, 24-hour storm event from the 158-acre watershed. The stormwater capture facility consisted of a pre-treatment system, drywells, surface infiltration basin, and belowground infiltration basin. City of San Diego, Stormwater Engineering and Consulting Services*, San Diego, CA Ed led the team to deliver the following scope of work: 1) Task Management and Administration, 2) Best Management Practices Development and Engineering, 3) Stormwater Infrastructure Asset Management Services, 4) Environmental Assessment and Permitting Services, 5) Stormwater Monitoring and Investigations, 6) Strategic Planning, and 7) Program Assessment Services. El Dorado County Water Agency Stormwater Resource Plan Development Ed served as a technical advisor for the development of the Stormwater Resources Plan (SWRP) for West Slope portion of El Dorado County. The SWRP was developed for the El Dorado County Water Agency (Agency) in collaboration with the County of El Dorado (County) and the City of Placerville (City). Due to the foothill setting, the West Slope SWRP has a broader scope to cover the intended watershed planning including three main components: surface water storage, (headwater) watershed management, and stormwater management. * Denotes projects completed with other firms 25F-247 79 Starnes •Proposal for On Call Stormwater Project Design Services