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SAN . IOAQ <br /> U I N Environmental Health Department <br /> COUiJ *I Y <br /> Service Request Daily Time and Activity Summary from 3/24/2013 to <br /> 3/24/2050 for SR0079417 located at <br /> C-STORE W/76 FUEL ISLAND <br /> Activity Date Recorded by <br /> 09/20/2018 Installation plans review, deficiency letter preparation and email to 'Mel PE 2303 MANZO <br /> 126 min Higginbotham' <mhigginbotham@pmdginc.com> and cc to M. Naidu: SC 031 <br /> 1) Please provide installer/contractor information (on your application form) and <br /> submit all relevant installer/tester certifications <br /> 2) Provide fire permit number(on your permit application form) <br /> 3) Provide a copy of your ELD workplan <br /> 4) Provide cut sheets for all proposed parts on your pats list, for example tank <br /> cut sheets are still needed- tank installation instructions were provided in lieu of <br /> the tank cut sheets <br /> 5) Clarify which leak detector will be used and provide its cut sheet. FE Petro cut <br /> sheet was not provided and FE Petro was listed on the application, howerver, <br /> Veeder Root PLLD was listed your the parts list <br /> 6) Application lists 42" sumps, however parts list lists 42" and 48" sumps, please <br /> clarify <br /> 7) Please clarify if chase lines will be installed between fill and STP sumps and if <br /> these lines will be VPH monitored, please provide revised sheets to demonstrate <br /> this. For example G.0.1 shows chase pipe on 87 UST but G.1.0 doesn't show that <br /> pipe. Also the general pipe layout is different between these sheets and on G.1.0, <br /> vent pipe to 12K tank ends abruptly before the sump. <br /> 8) G.0.1 table lists some values as"#value!" please clarify <br /> 9) Ensure that all liquid sensors are installed at the lowest points, for example on <br /> G.4.0 the 208 sensor is not shown at the lowest point. On G.6.0 (vent sump <br /> detail), no Veeder Root 208 sump sensor bottom is visible due to the proposed <br /> sensor sleeve set up. <br /> 10) Please clarify how VPH piping communication will be tested, no apparent <br /> ports of valves or provisions to test communication on a routine basis were <br /> observed. Also on G.5.0, "end view" a hose is exiting the secondary containment <br /> penetration and terminates without leading anywhere, please correct and <br /> resubmit. No communication test port is visible on G.6.0 vent sump drawing, <br /> please clarify if communication test port will be installed on the vent piping <br /> termination inside the vent sump. Vacuum and brine monitoring provisions must <br /> be illustrated on UDC, vent and tank sump cross-sections <br /> 11) Bravo sumps are listed on the parts list, however, page 8 of 8 of the permit <br /> application lists OPW Flex Works, please clarify. <br /> 12) Please clarify if Veeder Root 350 or 350 Plus will be used, it appears to be <br /> used intermittently on the plans. <br /> 13) On page G.7.1 a single point annular sensor is being proposed (instead of the <br /> dual high and low sensor), please revise and resubmit. Also on the same G.7.1 <br /> only one FE Petro leak detector is being listed, clarify which leak detectors will be <br /> installed on 87/91 tanks, revise the parts list to reflect the correct system inventory <br /> 14) Please point out the spill containers and their water-tight VPH shields on the <br /> parts list and their reference number on drawings, please provide drawing <br /> reference where water tight construction is detailed or provide a revised drawing <br /> illustrating the water tight construction of all sumps. <br /> 15) Confirm that the UDC foot print will match the dispensers foot print and all <br /> piping and filters will drain directly into respective UDC without any retrofit <br /> modifications, please provide a reference to that effect on your plans <br /> 16) Please provide a detailed vacuum zone map illustrating ends of each vacuum <br /> zone, any vacuum jumper hoses, sensor location for each vacuum zone, and <br /> vacuum zone volumes. <br /> 17) Identify piping cross-over distances on your plans <br /> Page 2 of 8 <br />