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.. Y <br />,���. - �-. 3 .'�•�. pyx -- -� '�� '�".' +ll�+ <br /> i <br /> —, Table 2. King Island Resort Laboratory Analysis, Soil. Results in mg/kg (ppm),' <br /> 5AMPLE DEPTH BENZENE TOLUENE . ETHYL• TOTAL TPHG ' TPHt) <br /> t.t) [ftl. BENZENE XYLENES` <br /> MW1 2.5 NO NO ND NO <br /> NO <br /> NO <br /> MW2 2.5 ND 0.014 NO 0.027 NO ND <br /> MW3 1.0 NO NO NO NO <br /> NO NO <br /> MW4 1.0 NO ND NO ND <br /> NU NO <br /> MW5 1.0 Np <br /> NO NO ND <br /> NO NO <br /> NOTE: <br /> - BTEX s By EPA Method 807.0 <br /> TPHG = Total Petroleum Hydrocarbons as Gasoline by modified EPA Method 8015 <br /> TPHD Total Petroleum Hydrocarbons as Diesel by modified EPA Method 8015 <br /> ND Not detected. Compound(s) may be present at concentrations below the <br /> detection limit. <br /> Results in mglkg (ppm) <br /> 5.4 Laboratory Analyses - Water <br /> Samples were snalyzed for BTEX using EPA method 8020/602 and, TPHG and TPHD using <br /> w modified EPA methods 801518020. Laboratory analyses determined that monitoring wells <br /> MWI, MW2, and MW3 contained benzene, TPHG, and TPHD concentrations below method <br /> detection limits. Monitoring wells MW4 and MW5 contained benzene concentrations of 3,300 <br /> and 170D /l respectively pectively and TPHG concentrations of 6,900 and 26,000µg11, respectiv..ly. <br /> Only well MW4 contained detectable concentrations of TPHD, 2,600µg11. Laboratory reports <br /> with chain-of-custody documents are included in Appendix III. Table 3 summarizes laboratory <br /> analyses. <br /> T h� <br /> I Y <br /> King Island Resort•307 <br /> R001591.wp 6 <br />