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project added 30,00 sf of impervious area and was required <br />to meet the Central Coast Regional Water Quality Control <br />Board's Performance Requirements for City of Gilroy. The <br />requirements included LID design, stormwater retention <br />and peak management to mitigate the impact of increased <br />impervious area. Rupeet directed the development of <br />hydrology and hydraulics to evaluate the impacts of the <br />improvements. <br />Watershed Asset Management Plan Development <br />Services Stormwater Engineering and Consulting <br />Services, City of San Diego, San Diego, CA <br />The City's Stormwater Division adopted the asset <br />management approach to manage its storm drainage assets <br />which resulted in the development of the 2013 Watershed <br />Asset Management Plan. Rupeet has led the task of <br />advancing the program to WAMP 2.0 to incorporate updated <br />asset inventory, revised levels of service, and a business <br />risk exposure approach to determine the City's needs and <br />funding requirements. The asset management approach is <br />a compelling tool for communicating funding needs of the <br />Division, tying those funding needs directly to regulatory <br />requirements and desires expressed by citizens for the <br />services the Division was providing. The application of asset <br />management to storm water and watershed management, <br />based on this case study, is a way to successfully optimize <br />use of resources, integrate municipal flood control and storm <br />water quality management, transparently justify funding <br />requirements and management decisions, and build and <br />transform an organization into one that can sustainably <br />manage storm water quality and drainage on behalf of a <br />municipality's residents, businesses and other customers. <br />Recycled Water/Stormwater Harvesting Feasibility Study <br />Port of Long Beach (2020), Long Beach, CA <br />Rupeet is conducting a special study focused on <br />opportunities for the use of the Port's recycled water and <br />opportunities for stormwater harvesting and reuse. This <br />planning level special study includes the following elements <br />for stormwater harvesting and reuse to evaluate: <br />• And identify the infrastructure requirements and costs to <br />capture and reuse all stormwater originating from the <br />Harbor District. <br />• Construction and operational impacts on port terminals <br />• Possible end uses for recycled stormwater <br />• Potential cost savings associated with deferred regulatory <br />compliance costs <br />• Monetary value of harvested Stormwater and determine if <br />it could be sold to end users in the Harbor District or water <br />purveyors <br />Feasibility and costs of diversions from Port storm water <br />infrastructure to the sanitary sewer <br />Opportunities to divert Port of Long Beach stormwater to <br />the planned City of Long Beach Municipal Urban <br />Stormwater Treatment (MUST) facility for treatment and <br />potential reuse. <br />Atriple bottom line benefit cost analysis to prioritize <br />different opportunities. <br />Stormwater Management Plan Third Party Reviews for <br />MRP C.3 and NPDES Compliance*, Bay Area <br />Rupeet accomplished in SWMP Inspection and Review <br />and NPDES permit compliance. She has assisted several <br />Bay Area developers and engineering firms to comply with <br />the Regional Municipal Permit Section C.3 by providing <br />third party reviews of their Stormwater Management <br />Plans. In her role, she has provided technical peer review <br />of green infrastructure measures such as bioretention <br />areas, flow through planters, green roofs, silva cells, tree <br />well plants, infiltration devices, pervious pavement and <br />hydromodification control devices, as well as provided sizing <br />and design related guidance. <br />Water Quality Treatment Design for Delta Diablo <br />Sanitation District*, Delta Diablo Sanitation District, CA <br />Rupeet performed detailed hydrologic and hydraulic <br />analyses and water quality design for the Delta Diablo <br />Pump Stations for the Delta Diablo Sanitation District, The <br />proposed development at the pump station sites include <br />pump station upgrades and site grading and paving. She <br />designed the stormwater treatment measures (bioretention <br />area, pervious pavements) for the proposed improvements <br />to confirm compliance with C.3 requirements and developed <br />the conceptual design and technical report. <br />Hydrology & Hydraulic Analysis, Stormwater <br />Management Design and Stormwater Management Plan <br />Report - 74 Monte Vista Avenue, Atherton*, CA <br />Rupeet performed detailed hydrologic and hydraulic <br />analyses for a single family residence upgrades and addition <br />in Atherton. The development includes a single-family <br />residence that needed parking and covered area upgrades <br />exceeding 2500 sf of impervious area, but less than 10,000 <br />sf of impervious area increase. Therefore, this project was <br />designed as a Small Regulated Project and stormwater <br />treatment measures were designed for water quality <br />enhancement. She performed the hydrologic, hydraulic, <br />and stormwater treatment design calculations, designed <br />green infrastructure BMPs, developed design drawings, <br />and stormwater control plan report to meet the City's <br />requirements for C.3 compliance. <br />* Denotes projects completed with other firms <br />Stantec • Proposal for en -Call Slormwater Project Design Services <br />