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s _ _ <br /> Tab?e 1. Laboratory Analytical Results - Soil in mg/kg (ppm) <br /> ETHYL- `rOTAL7:0ZIX'E <br /> H A5 <br /> SAMPLE I.D. BENZENE TOLUENE San.N=NE XXL S <br /> (1) <br /> A531-12.21 ND ND ND ND ITO <br /> ASBI-20.91 ND 0.30 0.31 1.1 92 <br /> $39-15.5' ND ND ND ND WD <br /> SB9,•30.5' "3 ND ND ND ND <br /> MrA4-10.5* ND ND ND ND ND <br /> W4-35..5• ND YD ND ND ND <br /> HW5-!6� ND ND ND ND ND <br /> MWS-35.51 ND ND ND ND ND <br /> VP1-151 F3D 83 45 270 3300 <br /> VPI-311 0.076 11.15 0.007 0.37 2.4 <br /> VP2-16, ND 0.008 0.006 0.039 ND <br /> VP2-30.51 WD ND ND ND ND <br /> r VP3-15.51 0.010 ND ND 0.006 ND <br /> O.009 ND 0.010VP3-30.5 ND <br /> DETECTION LIMIT 0.005 0.005 0.005 0.005 1.0 <br /> NOTES: <br /> EPA Methoi 5030/3020/602 <br /> (1) - EPA Method 5030 and modified EPA Method 8015 <br /> ND - Compounds Not Detected below Method Detection Limits <br /> All water samples were laboratory analyzed for BTEX using EPA method <br /> r 602 and TPR as gasoline using modified EPA method 8015. Laboratory <br /> " analyses determined that wells MW1, MW2, and W43 contained benzene <br /> (" above method detection limits. only well MW5 contained TPH as <br /> �- gasoline below method detection limits. Table 2 summarizes <br /> laboratory results and laboratory reports and chain-of-custody / <br /> reports are presented in Appendix IV. The extent of groundwater <br /> contamination at the site is being addressed as part of a separate <br /> remediation plan. <br /> .141 f <br /> sr <br /> Msber Point Proptrt;- 473 7 - - - <br /> . '-' RAA059LYLP - - - - - - <br />