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tih <br /> A groundwater grab sample was collected via a clean bailer thi <br /> the hollow stem auger, placed in 40 ml VOAs, labeled, placed <br /> . cooled ice chest and transported to a state certified labord'.",ter-- <br /> (SPARGER TECHNOLOGY INC. ) under COC documentation for analyses. <br /> The groundwater sample was collected through the hollow stem auger <br /> at approximately 35 feet. <br /> ANALYTICAL RESULTS <br /> The soil and groundwater samples were analyzed for Total Petroleum <br /> Hydrocarbons as Gasoline (TPHG) and Benzene, Toluene, Ethylbenzene <br /> and Xylene (BTEX) using Modified EPA Methods 8015/8020. The <br /> results of the chemical analysis for TPHG and BTEX in parts per <br /> million (ppm) for the soil and groundwater samples collected from <br /> B-1 are shown in Table 1 below. Laboratory Data Sheets, with <br /> detection limits, and a copy of the Chain of Custody (COC) are <br /> contained in Appendix B. <br /> TABLE 1. <br /> PPM <br /> Sample ID TPHG B <br /> - T E - X <br /> B-1-11 8 . 6 0. 63 0. 75 0. 11 0. 48 <br /> B-1-16 14000 89 800 360 1200 <br /> B-1-21 7300 45 390 170 570 <br /> B-1-26 400 10 37 8 . 3 28 <br /> B-1-31 8 . 1 1. 32 2 . 27 0.23 0. 78 <br /> B-1-35 ND 0. 009 0. 011 ND 0. 009 <br /> B-1 Water 3 . 3 ND 0. 29 ND ND <br /> ND= Non Detected <br /> SUMMARYr CONCLUSIONS AND RECOMMENDATIONS <br /> The geological units observed in this boring are typical of flood <br /> plain alluvial deposits. <br /> The groundwater beneath the site has been impacted and gasoline <br /> contamination was detected. <br /> 5 <br /> I <br /> I <br />