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V <br />I Sample <br />Description <br />led <br />Containers <br />Lab,_ <br />Client 1D <br />Mat riz <br />SoiB- <br />Date Sam <br />27- an -S3 <br />33343-GO1 <br />4-1 <br />Soil <br />27 -Jan -S3 <br />CORE TUBE <br />CORE TUBE <br />002 <br />-003 <br />4-2 <br />5-1 <br />oil <br />27 -Jan -63 <br />27 -Jan -S3 <br />CORE TUBE <br />-004 <br />5-2 <br />Soil' <br />The samples <br />were received <br />under chain-of."custody. <br />9 <br />II Analysis Request <br />The following analytical tests were requested. <br />Lab ID Anal sis Description <br />33343-001 thru 4 Lea , Tota retro eum Hy rocarbons <br />Aromatic Volatile Organics , <br />III Quality Control , spikes and/or <br />A. Pro qct S ecific C. No project specific QC ;i.e., p <br />uplicates was requested. <br />B. Method Blank Results. A method blank is a laboratory -generated <br />,y. samp e h is assesses the degree to which laboratory operations <br />and procedures cause false -positive analytical results for your <br />samples. <br />No target parameters were detected in the method blanks associated <br />- with your samples at the reporting limit levels noted on the data <br />sheets in the Analytical Results section. - <br />C. Laboratory <br />Fank waterons al oamceeite)Awhich is spiked with n LCS Is a acertain dtarget <br />x <br />parameters and analyzed at approximately 10% of the sample load in <br />rresultsoaestalish ssociated with yourecific samplesontrol limits. The LCS <br />follow <br />Test: 6010 Soil LCS <br />LCS ID: ICP260188ASS <br />Concentration Units: mg/k9 Precision <br />Concentration Accurac <br />Matrix <br />Leasure ecover <br />Parameter Bac around Spike L 1 LC 2 LCS_ L 2 Av. L m is L m t <br />Lear <br />t�D 50.0 4�.�— ; 45.1 93 92 -12 __S- ,�- <br />51 <br />F <br />Test: PH -GC Soil LCS <br />LCS ID: PHS190188AB <br />_oncentration Units: ug/k9 Precision <br />Concentration Accuracy — R— Pp L <br />Measure X Recover <br />W Parameter Spike LCS1 LCS2 LCS1 C 2 Av. L m is L S L 37t <br />Baso ne 100000 96800 977:00 9 81 5i-1 0 S <br />