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Fisco Warehouse; Site Background Information <br /> Page 3 of 5 <br /> B3 and B5 at concentrations as high as 14,000 ppm(reported as milligrams per kilogram).Benzene <br /> was detected in only one sample(B 1-40),which contained a concentration of 0.042 ppm. Toluene, <br /> ethylbenzene and xylenes were detected in samples from B 1, B3 and B5'at concentrations as high <br /> as 1,600 ppm (xylenes in B5-25). TPH-d was detected in samples from B-1, B-3 and B-5 at <br /> concentrations as high as 12,000 ppm(B3-10, B3-15).None of the samples analyzed from borings <br /> B-2 or B-4 contained detectable concentrations of TPH-g, TPH-d, BTEX or MTBE. <br /> From 22 to 24 February 2000, four soil borings (MW-1 through MW-3 and B-6)were advanced at <br /> the site. TPH-g was detected in 9 of the 16 soil samples analyzed at concentrations as high as 6,700 <br /> parts per million(ppm,reported as milligrams per kilogram);TPH-d was detected in 7 of the 16 soil <br /> samples analyzed at concentrations as high as 5,800 ppm. Benzene was detected in 4 of the 16 <br /> samples at concentrations as high as 0.027 ppm. Toluene, ethylbenzene and xylenes were detected <br /> in 11 of 16 samples at concentrations as high as 370 ppm. MTBE was not detected in any samples <br /> analyzed. Petroleum hydrocarbons were not detected in 5 of the 16 soil samples analyzed. <br /> In February 2001,four pilot soil borings were advanced at the site.Pilot borings MW4 through MW7 <br /> were completed as ground water monitoring wells using two-inch diameter PVC casing with 0.020- <br /> inch slotted screen installed from approximately 60 feet to 40 feet bsg and with blank casing <br /> extended to the surface.A total of 16 soil samples were analyzed for TPH-g,TPH-d,BTEX,MTBE, <br /> EDB, 1,2-DCA and the suite of five fuel additives. None of the analytes were detected at or above <br /> laboratory reporting limits in the soil sample analysis. <br /> On 10 and 11 January 2002, three soil boring (CPT-1, CPT-2 and CPT-3) were advanced on-site <br /> utilizing CPT technology to model the geological and hydro-geological framework and to assess <br /> potential dissolved petroleum-migration pathways beneath the site. Soil borings CPT-1,CPT-2 and <br /> CPT-3 were advanced vertically to total depths of 96 feet below surface grade (bsg), 134 feet bsg <br /> and 125 feet bsg, respectively, utilizing a 25-ton truck-mounted CPT drill rig equipped with 1.50- <br /> inch diameter hollow-stem rods. <br /> A total of five grab ground water samples were collected from CPT-1,CPT-2 and CPT-3 and <br /> submitted for laboratory analysis for TPH-g,TPH-d,BTEX,MTBE,EDB, 1,2-DCA and the <br /> suite of five fuel additives. Ground water samples were collected from: CPT-1 at between <br /> 92 feet and 96 feet bsg(CPT1-92-96); CPT-2 at between 76 feet and 80 feet bsg(CPT2-76- <br /> 80)and between 92 feet to 96 feet bsg(CPT2-92-96); and CPT-3 at between 74 feet and 78 <br /> feet bsg (CPT3-74-78) and between 92 feet and 96 feet bsg (CPT3-92-96). <br /> Ground water samples CPT2-76-80 and CPT3-74-78 were collected from HU1.TPH-d was <br /> detected in sample CPT3-74-78 at a concentration of 64 micrograms per liter (µg/1). Total <br /> xylenes were detected in sample CPT2-76-80 at a concentration of 0.97µg/l.No other target <br /> analytes were detected in samples CPT2-76-80 and CPT3-74-78. <br /> Advanced GeoEnvironmentaf,Inc <br />