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28. Elevation Certificate — If all or a portion of the site is within a Special Flood Hazard <br />Area (as shown on the latest FEMA Flood Insurance Rate Maps in effect at building <br />permit issuance), upon completion of the structure, the elevation of the lowest floor <br />(including basement when applicable) shall be certified by a registered <br />professional engineer or land surveyor, verified by the City's Building Inspector to <br />be properly elevated, and provided to the Floodplain Administrator. Where required <br />by Chapter 41 of the City's Municipal Code, the applicant shall also submit <br />certification by a registered professional engineer or architect that the standards <br />for elevation and floodproofing have been satisfied. [COA][ENGINEERING] <br />Utilitv Infrastructure Improvements <br />29. Conformance with the City's Engineering Standards —All public improvements <br />shall be designed and constructed in accordance with the Citv's Enoineerino <br />Standard s.Sf DRI[ENGINEERING] <br />30. Encroachment Permits — Obtain an Encroachment Permit from the Engineering <br />and Transportation Division for work listed below. This permit shall be obtained <br />prior to the commencement of construction of the road, utilities, or any site <br />improvements. rSDRI[ENGINEERING] <br />a. Work in the City public right-of-way, easements or property in which the City <br />holds an interest. <br />b. Work requiring a grading permit. Grading permits require a Plot and <br />Finished Grading Plan prepared by a California -registered Civil Engineer. <br />c. Work requiring on-site shoring which affects the public right of way <br />31. Undergrounding Utilities - The applicant shall underground all overhead utility <br />services serving the project and any overhead services serving adjoining parcels <br />that may be in conflict with the proposed building, which shall be shown on the <br />building permit plans.Sf DRJ[ENGINEER]NG] <br />32. Sewer Capacity — Prior to encroachment permit issuance, submit to the City, and <br />obtain approval of, an evaluation and report prepared by a licensed engineer <br />demonstrating that the existing sewer mains have sufficient capacity for the <br />project. The study shall consider existing, project, other approved projects, and <br />applications currently under review in determining the needed capacity. If the <br />existing sewer main is less than 6" in size, or is in any other way not sufficient as <br />determined by the City Engineer, applicant shall, as part of the Project, construct <br />and install new sewer mains sufficient to meet such requirements, in accordance <br />with the City's Engineering standards and as directed by the City Engineer to the <br />City Engineer's satisfaction. SDR [ENGINEERING] <br />33. Peak Wet Weather Flow Capacity — Redwood City has exceeded its Peak Wet <br />Weather Flow (PWWF) capacity in the past. A methodology to reduce inflow and <br />infiltration (1/1) by pipe replacement was determined. The applicant shall reduce <br />(1/1) to offset increased sewer demand from the project by replacing aged sewer <br />mains or pay an equivalent in -lieu fee. The length of pipe replacement required or <br />the amount of fee will be based on the project's sewage generation projection <br />Page 9 of 17 <br />ATN/RESO.0092/PC RESO 929 MAIN ST. <br />REV: 10-04-17 PR <br />