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Proposed Approach <br />& Methodology <br />SRS very familiar with local storm water management <br />requirements; the study and analysis of storm water and <br />storm water management improvements and systems. <br />development projects requiring the design of large area -% <br />storm drains, exfiltration trenches, drainage wells, canals <br />have experience and are very familiar with local regulat <br />PERA (DERM), SFWMD, and COE including the prepE <br />Permits (ERP) and PERA (DERM) Drainage permits. WE <br />StormCAD, Cascade, and AutoCAD Civil 3D. <br />systems and regulatory agencies' <br />drainage needs; and the design of <br />We have designed many large <br />ide drainage systems consisting of <br />culverts, wetlands and lakes. We <br />pry requirements including those of <br />-ation of Environmental Resources <br />can model drainage systems using <br />In addition, Mr. Serralta worked for the Los Angeles County Flood Control District for over nine <br />years, designing large storm water management projects. Mr. Serralta has also designed three <br />large area -wide drainage systems that included interconnected drainage systems and pump <br />stations for DERM including Arch Creek, Biscayne Gardens, NE 26'h Avenue. Recently, we <br />designed a storm system for the City of Florida City consisting of a 10 -acre retention basin, inlet <br />structure with energy dissipation features, a water level control devise with wireless remote <br />pump controls and solar /battery capabilities, and seepage trenches for storm water relief. In <br />addition to 1,200 LF of 30" diameter storm sewer pipe connected to drainage pump station in <br />the Friedland Manor Area. <br />Please see enclosed Relevant Experience for additional information on projects <br />completed by SRS. <br />0W-!::31NEER1NG,1NC. PO <br />