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15. Will the applicant provide cost share (encouraged but not required) and/or will this project <br />require any additional funding from sources other than this solicitation? If so, please describe <br />the funding source and indicate if the funding has been secured. If the funding has not been <br />secured, please describe the plan to secure the necessary funding. <br />Yes, as demonstrated above, the City will provide $1,500,000 cost match or 23% of the <br />Project construction cost. . <br />16. Is land acquisition or landowner permission required for this project? If so, please briefly <br />describe the status of the acquisition or agreement with the landowner. If the acquisition is not <br />complete or permission not secured at the time of application, please describe the plan to <br />complete it. <br />No land acquisition or landowner request is required as the project will be on the property <br />of City of Santa Ana. <br />17. Has planning and design for this project been completed? If not, please describe the status of <br />planning and design. <br />The planning and design of the project is complete. <br />18. Are the CEQA (and NEPA if applicable) and permitting processes for this project complete? If <br />not, please briefly describe the permits and CEQA (or NEPA) documents to be completed and <br />projected schedule for completion. <br />The Project will be evaluated for both CEQA and NEPA compliance and it is anticipated that <br />the environmental process for this project will be a mitigated negative declaration. <br />19. Please briefly describe the necessary construction/implementation for this project. <br />Similar to the City's other wells, the Flower St. Well is proposed to be drilled to a depth of <br />about 1,300 feet below ground surface and be installed with minimum of an 18-inch <br />diameter casing. The design capacity of the well will be about 2,500 gpm (4,032 AFY) well <br />pump flow range. It is estimated that the well pump will be driven by a 350 to 400 HP <br />electric motor and the design head of about 400 to 450 feet. Construction will include the <br />City's typical well to system mechanical piping layout, electrical equipment (e.g. include <br />switchgear, control panels, variable frequency drive, telemetry, lighting, programming, etc.) <br />and well discharge to waste piping for use during well testing and start up. <br />The water produced from the proposed well will be disinfected using sodium hypochlorite <br />(NaOCL) before it is discharged into the water distribution system. The City has <br />standardized the utilization of On -Site Generation (OSG) at all of their well sites to produce <br />a 0.8% solution of sodium hypochlorite for disinfection using salt, softened water and <br />electricity. Additionally, the system components include a water softener, bulk storage <br />tanks for salt and NaOCL solution, metering pumps, a brine saturator, an electrolytic cell, <br />and an electric rectifier. <br />The proposed well building will accommodate housing the well head and piping, electrical <br />cabinets and Southern California Edison (SCE) switchgear. It will have reinforced, solid - <br />grouted concrete masonry walls, a shallow concrete foundation, a concrete floor slab -on - <br />grade, and a gable roof structure. The masonry walls will provide a high level of security, <br />sound attenuation, durability and strength. The exterior surface of the masonry walls will <br />be colored, textured, scored, and/or fluted to create an appearance that will complement <br />the surrounding structures. <br />City Council 36 — 6 12/21/2021 <br />