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k � � *410 2nd Aecuu .oath.Ill)7,Sac4,ccn,['A i)&ij3jS60 , <br /> t I <br /> ^,.+�,-,., Tcicph011c'.925-793-IG20 Pax:925-793-U,'?2 I <br /> S McCampbell Analytical Inc. hnl,:r,vn„.n,cca,,,;,t,cll.cu,n L-n,ail.,uaintu,,,ccan,pbcll.cnn, i <br /> ' QC SUMMARY REPORT FOR CAM17 <br /> Matrix: S WorkOrder: 0210071 <br /> Sample Spiked MS' MSD` iMS-MSD*I LCS LCSD ;LCS-LCSDlAcceptance Criteria(%) <br /> Compound mglKg mg/Kg %Rec. I %Rec. ` %RPD I %Rec. j %Rec. %RPD I Low I High <br /> EPA Method: 6010C Extraction: SW3050B II BatchlD: 4263 Spiked Sample ID: NIA <br /> Antimony N/A e 500 NIA k N/A N/A ' 98.4 I 71.7 31.3 1 70 130 <br /> I i I i <br /> Barium NIA 500 N/A ! N/A N/A j 99.4 99.8 i 0.358 70 130 <br /> Beryllium NIA I 500 NIA NIA NIA 117 113 3.28 70 130 <br /> Cadmium NIA 500 NIA j N/A N/A ! 77.5 79.7 1 2.71 ! 70 130 -' <br /> i I I <br /> Chromium NIA 500 NIA NIA NIA 105 106 0.844 70 130 <br /> Cobalt N/A 500 N/A I N/A NIA 102 105 3.19 70 t30 W <br /> Copper N/A 500 N/A NIA N/A 99-9 lot i 1.17 i 70 130 <br /> +� Lead NIA i 500 NIA NIA N/A I 97.1 92.8 i 4.47 i 70 130 <br /> I Molybdenum NIA 1 500 NIA NIA NIA i 103 100 2.41 i 70 130 <br /> I <br /> Nickel N/A � 500 NIA � NIA NIA 101 102 i 1.11 70 130 <br /> Silver N/A 50 NIA NIA NIA 92.6 98.7 i 6.46 70 130 <br /> Vanadium NIA 500 N/A NIA N/A 102 102 0.337 1 70 130 <br /> { Zinc NIA 500 NIA i NIA NIA 104 107 i 2.05 i 70 130 <br /> %SS: N/A i 100 NIA i NIA NIA 111 109 2.34 E 70 130 <br /> EPA Method: SW7010 Extraction: SW3050B BatchlD: 4265 Spiked Sample ID: NIA <br /> Arsenic NIA i 5 N/A N/A N/A 99.5 88.8 11.3 1 70 130 - <br /> Selenium N/A 5 N/A NIA NIA 121 i 122 0.494 70 130. <br /> Thallium NIA 5 NIA NIA i N/A 97.2 I 100 2.8G 70 130, <br /> EPA Method: SW747113 Extraction: SW7471B BatchlD: 4266 Spiked Sample 113: NIA <br /> Mercury I N/A I 0.25 1 N/A N/A I N/A 103 99.6 3.03 70 130 <br /> All target compounds in the Method Blank of this extraction batch were ND less than the method RL with the following exceptions: <br /> NONE. <br /> 1 <br /> MS=Matrix Spike;MSD=Matrix Spike Duplicate;LCS=Laboratory Control Sample;LCSD=Laboratory Control Sample Duplicate;RPD=Relative Percent <br /> Deviation. <br /> NIA=not enough sample to perform matrix spike and matrix spike duplicate. _ <br /> NR=analyte concentration in sample exceeds spike amount for soil'matrix or exceeds 2x spike amount for water matrix or sample diluted due to high matrix or <br /> analyte content, <br /> Recovery=100'(MS-Sample)/(Amount Spiked);RPD=100'(MS-MSD)/(MS+MSD)'2. <br /> MS and/or MSD spike recoveries may not be near 100%or the RPDs near 0%if:a)the sample is inhomogenous AND contains significant concentrations of. <br /> anaiyle relative 10 the amount spiked,or b)if that specific sample matrix interferes with spike recovery. <br /> , <br />