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. Quarterly Report - First Quarter 2004 <br /> Former MEL BOKIDES PETROLEUM -Linden <br /> 8203 East Highway 26, Stockton, California <br /> 1.0. INTRODUCTION <br /> Atthe request of Mr Nick Bokides of Mel Bokides Petroleum(MBP),Advanced GeoEnvironmental, <br /> Inc (AGE) has prepared this quarterly report for the property located at 8203 East Highway 26, <br /> Stockton, California (site) The scope of work included quarterly ground water monitoring and <br /> preparation of this report The report was prepared in accordance with guidelines issued by the <br /> Central Valley Regional Water Quality Control Board(CVRWQCB) for subsurface investigations <br /> of former underground storage tank(UST)systems The site location and site plan are Illustrated on <br /> Figures 1 and 2, respectively, the site background information is summarized in Appendix A <br /> 20 PROCEDURES <br /> All field work procedures and reporting requirements are in accordance with guidelines Issued by <br /> the Central Valley Region of the Regional Water Quality Control Board (CVRWQCB) for <br /> subsurface investigation of underground storage tank(UST)system sites and the San Joaquin County <br /> Environmental Health Department (EHD) for sampling of ground water monitoring wells <br /> 2 1 QUARTERLY GROUND WATER MONITORING PROCEDURES <br /> All field work procedures and reporting requirements are in accordance with guidelines issued by <br /> the Central Valley Region of the Regional Water Quality Control Board (CVRWQCB) for <br /> subsurface investigation of underground storage tank(UST)system sites and the San Joaquin County <br /> Environmental Health Department (EHD) for sampling of ground water monitoring wells <br /> 2 1 1 Monitoring Well Evacuation and Monitoring <br /> On 11 March 2004, the water level in each of three monitoring wells was measured relative to the <br /> top of the well casing using a Solinst water level meter After water levels were measured, a <br /> dedicated,disposable plastic bailer was used to purge each well Seven gallons(a minimum of three <br /> well volumes) of water were removed from the wells Temperature, pH and conductivity of the <br /> purged water were measured at one-gallon intervals using an Oakton water analyzer during purging, <br /> and the values had generally stabilized by the end of the purging process(Appendix B) Purged water <br /> was stored on-site in 55-gallon, DOT-approved drums <br /> i <br /> Advanced GeoEnvi ron mental,Inc <br />