Laserfiche WebLink
I <br /> Equipment Location Drawing and Plot Plan See Figures 1 & 2 <br /> • Equipment Description See Appendix E <br /> Description of Operation <br /> Moore Petroleum Inc , (Moore) owns and operates Franks's Exxon located at 14800 W <br /> Frontage Road, Manteca, California Previous unauthorized releases of petroleum <br /> hydrocarbons from the underground fuel storage tank complex and associated conveyance <br /> piping of the Franks's Exxon retail service station resulted in soil and groundwater <br /> impacted with total petroleum hydrocarbons as gasoline (TPHG) Moore initiated site <br /> investigation in August 1988 to characterize the impact to soil and groundwater A total <br /> s <br /> of twenty two soil bonngs were drilled of which nine were converted to groundwater <br /> monitoring wells (MW-1 through MW-9) Analytical results of soil samples collected <br /> during exploratory soil borings are attached (see Appendix B) <br /> The Public Health Service (PHS), San Joaquin County, requested Moore to submit a <br /> remedial action workplan, which presents the technical approach that will be used to <br /> . remediate soil and groundwater Moore's previous consultant Furgo West Inc , submitted <br /> a remediation work plan in March 1993 Moore retained EMCON Associates (EMCON) <br /> to prepare an addendum to the remediation workplan EMCON submitted an addendum <br /> to the workplan in April 1994 <br /> EMCON developed a remediation strategy to address both TPHG-impacted soil and <br /> groundwater by implementing an integrated system manufactured by Remediation Service, <br /> Int'l (RSI), as the Spray Aeration Vacuum Extraction (S A V E ) system, which combines <br /> both soil vapor and groundwater extraction systems <br /> The S A V E system incorporates an internal combustion engine (ICE) as the abatement <br /> device, and is also equipped with a spray aerator, a water recirculation pump, an air <br /> compressor, a vacuum pump, two catalytic convertors, and a heat exchanger The ICE, <br /> which uses propane as the supplemental fuel, also functions as the main power source of <br /> the S A V E system by driving the air compressor and pumps via a power takeoff <br />