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r ! <br /> f <br /> i <br /> EI- eco <br /> A Cumin¢C'Mr' v <br /> _sa n, 1 e pescri ti en <br /> See the attached Sample Description Information• <br /> The sample was receivLl under chain-of-custody. - <br /> e wes , <br /> The following analytical tests were requested. <br /> Vola <br /> naitt� nPscr p .� <br /> Lab Ll_ Volatile Organics <br /> 058083-0001 Semivolatile Organics <br /> T T x, Qual i t� o f spikes and/or <br /> �r0 5 ecific QC.- No Project specific 4C (i.e., <br /> A. '" Oct` was requested. <br /> duplicates} enerated <br /> o erations <br /> B. Met owhich assesses the mdegree to .ghichalaboratory P <br /> sampletical results for your <br /> and procedures cause false-positive analytical <br /> sample. .-... <br /> No target parameters <br /> weerrePortingdlimit in lylevels onotednon theassMethod <br /> with your sample at the <br /> Blank Report. <br /> ont of Sam es <br /> - he LC5 p o ram <br /> C. Labcrator <br /> well-c1 tate Con rol Sam s A DCS isis spikedhwithtcertainerized mtarget I, <br /> Du which <br /> (blank water, sand or celite} 10% of the Sample load in <br /> parameters and analyzed at a pro) cont(imatelrol limits. The DCS ` <br /> order to establish method-specific <br /> results associated with your sample are an the attached Duplicate <br /> Control Sample Report. 3 <br /> ro riots to the method being <br /> Sin le Control Sam leateAcamponndssapps �f a control matrix that <br /> ' <br /> is spiked with surrogate e.g. metals or <br /> used. In cases where no singleate,controlvsampleeidentical to t he <br /> conventional analyses) pp to the DCS. The <br /> DCS serves as the are <br /> contislcalculatedAidenticallyep <br /> sample lot. Accuracy le are on the attached Single <br /> Sresults <br /> SamplesQeporta with your szmp <br /> Control <br /> �w. <br />