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RESOLUTION <br /> <br />94-023 <br /> <br />37. <br /> <br />Stationary construction equipment shall be placed such that emitted noise is <br />directed away from residential land uses. Temporary noise barriers, <br />enclosures or shrouds shall be used, when appropriate, to reduce noise emitted <br />from stationary construction equipment. <br /> <br />38. <br /> <br />A wall profile shall be provided to the City for review and approval prior <br />site plan approval. <br /> <br />39. <br /> <br />Prior to the issuance of a grading permit, the applicant shall erect one of the <br />following: a) a temporary plywood fence or b) a permanent wall, along the <br />entire length of the south property line in order to reduce short-term noise and <br />dust impacts. Subject to final grading plans, the temporary fence or <br />permanent wall shall be a minimum of eight feet on the project side and a <br />maximum of ten feet on the adjacent property to the south. The temporary <br />f~nce (if constructed) shall stay in place until the grading and construction of <br />smith's is complete or the permanent wall construction has commenced. <br /> <br />Although complete mitigation of these short-term noise impacts from consU'uction is <br />not possible, these mitigation measures include all mitigation measures commonly <br />used by regulatory agencies for mitigation of construction-related impacts. The <br />relatively short project construction schedule set forth in the ErR and these mitigation <br />measures are designed to ensure that the duration of these impacts will be as short as <br />possible and that impacts will be minimized to the greatest extent feasible for that <br />duration. <br /> <br />PUBLIC SERVICES AND UTILITIES <br /> <br />The City finds that the project would contribute to cumulatively significant impacts on <br />some public services and utilities. <br /> <br />Cumulative Impacts on Sewer Systems <br /> <br />The proposed project would result in a net increase of approximately 41,405 gallons <br />of wastewater per day or 15.1 million gallons per year. Although based on current <br />land use zoning for the project site, the existing infrastructure serving .the project site <br />in Williams Street would have sufficient capacity to serve the proposed project (see <br />discussion of sewage impacts in Section VI, below). However, upon completion of <br />the project, the existing system would be near capacity, which is a cumulatively <br />significant impact. <br /> <br />SC$~626 -20- <br /> <br /> <br />