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Table 9 c; ` <br /> Summary of Analytical Results <br /> Extractable 6010 Metals and Chromium VI - <br /> Pellegri Farm <br /> Sample Location Sample Interval Sample lD Samp(a Depth Date Extmolable Metals Using EPA Test Method 6010/1000 and colonized Water DIWET Waste Extraction Met <br /> (a) Collected ( ) <br /> Be As as Be Ctl Cr Cr VV788 Cr VI tIB9 Co C I Pb Hg Mo <br /> Units pglLp9/L V .- VgIL pglL V9IL VgrL pgIL pga Van p92 V9xL pglL <br /> Lowest Drinking WOG 29 1D 002 14 q90 10 4 7 O.W B SD 1 <br /> 50 18 1]0 8 2 8 7.2 8 10 <br /> MCL 8 1 70 3 1000 1 4 7 5 1 50 1 - - - 1300 1 15 7 2 1 <br /> Pad-Trenches With Uncured Tile Materials - <br /> Trenchl W dile PF-T1-2 20-25 11212000 12.1 11.7 422 10.06 10.36 27.3 28 NA 10.67 4.8 J 10.78 10.2 5T <br /> Trench2 Mtltlle PF-T2-2 7.5-2.0 1121/2000 12.1 17.1 43d 10-08 <038 29.8 37NA 10.61 5.1 J 10.78 10.2 12,5 <br /> Trench l2 To PF-T12-2 20 1/52001 NA NA NA NA NA 49 45 42 NA NA - NA NA <br /> Stockpile-Broken Concrete Root Tile <br /> Stockpile PF-T9-1 Com osite 112]2000 12.1 <1.1 799 0.11 J 10.38 5.> 110 NA 0.089 J 8.8 J 10.]8 10.2 11.8 <br /> 4rrrench9 Dup(PF-Ta-1) PF-T9-2 Com osite 17272000 <2.1 <1.1 10.7 10.06 <U.38 39.2 34NA <0.61 22.5 53 <0,2 81 <br /> PF-T9-3 Com wife 712]2000 12.1 11.1 258 10.06 10.38 i.d J 110 NA 10.87 18.81 105.8 10.2 5.] <br /> Stockpile 51 PF-T10-1 Com osile 712]2000 <2:1 <i.t 163 <0.06 10.38 5.8 110 NA 10.87 9.B J 2.5 J <0.2 5.4 <br /> Trenchl0 PF-T70-2 Coo osite 172]2000 12.1 11.1 7.8 J 10.06 1038 47.4 110 NA 10.61 1>.1 4,1 J <0.2 4.5 <br /> Stockpile 61 PF-T11-1 Com osite 11 M2742000 2.3 J 71.3 80.8 <p 06 10.38 35.0 110 NA 8.3 32.1 13.2 10.2 3.0 <br /> Trench 7l [PF Cam s0e 112]2000 12.1 11.7 18.8 1D OB 10.38 >0.3 fifi NA <0B 22.D t.9 J 10.2 8.5 <br /> Soil From Monitor Well MW4 <br /> 5 <br /> Back MW-1-5 6 1222000 12.1 9.5 5] 10.08 x0.38 3.2 J <B,7 NA 2.4 J 65 6.2 10.2 73 <br /> Background Site Soil From Monitor Wells <br /> MW-2 10.5 MW-2-0.5 0.5 1222000 2.9 J 5.2 24 <o.08 10.38 3.d J <9.] NA 0.87 J 8.8 J 10.]8 x03 25 <br /> Mw3 0.5 MW-0-0.S 0.5 7222000 Q.1 26 2fi 0.11 J 10.38 3.5 J <e.] NA 0.91 J 29 d.0 J 10.2 2> <br /> MWd 0.5 IM-4-0.5 0.5 1222000 Q.1 8.7 21 <0.0fi 10.38 3.7 J <8.1NA <O.fii 5.1 J Q.7B 10.2 3.6 <br /> DUP(MW-4-0.5) MW-0-1 i 12220o0 I Q.1 1 151 i 25 10.08 10.38 4.4 J 10] NA 0.63 J d.e J 1078 <U.2 8.6 <br /> MWS 05 MW-5-0.5 0.5 1222000 2.9 J 36 W x0.08 10.38 'I <a] NA 8.5 2] B-7 10.2 26 <br /> PQL <br /> NOTES <br /> USEPA SW-846 Test Method 6010 for Extractable CAM Metals using Waste Extraction Tustin Method with Delonized Water <br /> USEPA Test Method 7471 for Extractable Mercury Using Waste Extraction Test Method and Deionized Water. <br /> USEPA Test Method 719613060A for Extractable Chromium VI using Waste Extraction Test Method and Deionized Water. <br /> USEPA Test Method 7199 for Extractable Chromium VI using Waste Extraction Test Method with Delonized Water. <br /> Lowest Drinking Water Water Quality Goal(WQG)-References provided in the Project Goals Tables(Appendix F.Table F-2A and 2B ofthls report). <br /> MCL-Maximum Contaminant Level(Appendix F,Table F2A and 2B). - • <br /> (a)Sample depth in feet from grade level. <br /> Corresponding to an absorbance of 0.2.Before Addition of coloring agent, the absorbance was 0.03 which corresponds to 0.005 mg/L. <br /> Data Qualifiers <br /> NA-Not analyzed for the specified parameter. <br /> <-Not detected at method detection limit(MDL). <br /> J-Estimated concentration between the Practical Quantitation Limit(PQL)and MDL. <br /> Sd:Antimony Hg:Mercury <br /> As:Arsenic Pb:Lead <br /> Be:Badum Mo:Molybdenum <br /> Be:Beryllium Ni:Nickel <br /> Cd:Cadmium Se:Selenium <br /> Cr:Chromium Ag:Silver <br /> CrVI:Chromium Ti:Thallium <br /> Co:Cobalt V:Vanadium <br /> Cu:Copper Zn:Zinc <br /> Page 1 of 2 2/14/2002 <br />