Laserfiche WebLink
hem No. 7 <br /> PC: 10-1-92 <br /> SU-91-12 <br /> Page 9 <br /> C. A sewage disposal area as indicated by the septic tank suitability study and/or <br /> percolation tests must be shown for each parcel on the final subdivision improvement <br /> plans. <br /> d. Construct individual sewage disposal systems under a permit and inspection by the <br /> Environmental Health Division at the time of development (Ordinance Code Section 5- <br /> 3003). Existing standards require a dual system to be installed. <br /> e. Connection to an approved public water supply system is required. A test well will be <br /> required to meet the following: <br /> (1) Water. quality tested to meet Title 22, CCR (Safe Drinking Water Act) <br /> requirements. <br /> (2) Water quantity tested to show an adequate source. <br /> (3) Results approved by the Environmental Health Division and County Public Works <br /> prior to final approval of the improvement plans. <br /> f. No building permits can be issued after Phase 1 is completed (6 lots) until the production <br /> well is in place, accepted by San Joaquin County Public Works, and permitted by the <br /> Environmental Health Division. <br /> 4. PACIFIC GAS AND ELECTRIC: <br /> a. A 10-foot-wide public utility easement shall be dedicated along the perimeter of all streets <br /> of the subdivision. <br /> b. Any existing pole line facilities affected by the subdivision shall be relocated or placed <br /> underground at the owners expense. <br /> 5. PARKS AND RECREATION: <br /> The applicant shall pay in-lieu fees for park development in accordance with Section 9-1230.2 of <br /> the Development Title. <br /> 6. MOSQUITO ABATEMENT DISTRICT: <br /> a All ground surfaces should be graded to prevent ponding. <br /> b. All storm drainage should flow into approved sites (proposed Mosher Slough, County <br /> Service Area No. 46). <br /> C. Street gutter drop inlets and storm drains should be free of either sediment or trash <br /> collection devices that can trap and hold water during low flow conditions. <br />