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<br />. Prior to issuance of grading permits, the project developer <br />shall submit and have approved a surface drainage/utility <br />plan that depicts all applicable Site Design, Structural <br />Source Control and Treatment Control Best Management <br />Practices in accordance with the Orange County Drainage <br />Area Management Plan and the City of Santa Ana Local <br />Implementation Plan. <br /> <br />. Provide two copies of the Water Quality Management plan <br />that would include the following: <br /> <br />a. Site Assessment <br /> <br />b. Site design Best Management Practices (BMP) <br /> <br />c. Applicable Routine Source Control BMP <br /> <br />d. Selecting and sizing the Treatment Control BMP <br /> <br />e. Mechanisms by which funding for long-term operation <br />and maintenance of all structural BMP will be provided <br /> <br />f. Operation and Maintenance Plan to describe the long- <br />term operation and maintenance requirements of all <br />applicable structural BMP and to identify the entity <br />in charge of implementation <br /> <br />. Building plans for the proposed proj ect shall reflect that <br />all restaurant uses be fitted with a grease interceptor to <br />the size and capacity as designated by the Building Safety <br />Division of the City of Santa Ana to mitigate impacts on <br />the local sanitary sewer system and regional water quality. <br />Such grease interceptor shall be regularly maintained so as <br />to remain fully functional. <br /> <br />· The proposed proj ect would be subj ect to City of Santa Ana <br />Federal Clean Water Protection Enterprise Fees. <br /> <br />B. Substantially deplete groundwater supplies or interfere <br />substantially with groundwater recharge such that there <br />would be a net deficit in aquifer volume or a lowering of <br />the local groundwater table level. <br /> <br />No Impact <br /> <br />The proposed project would not interfere with ground water <br />recharge because the project area is not located in an area that <br />is known to recharge the ground water system. Additionally, <br />construction operations for the proposed project would not <br /> <br />18 <br /> <br />75~348 <br />