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L .. " ,y re�,R kl,Ss _Y , yx:4_?_r.:yS��;,�7��.'�^,_1111W ea�s�:..af�w«�w. Y�4T" �3*.8.raisji�¢; <br /> +w+s.W.tie�' i'kv1M'. �^" jy4riMd��-' - f <br />' y <br /> r � <br /> Amber glass and polyethylene bottles will be filled to the <br /> bottle neck. Samples collected in 40-mi VOA vials will be <br /> filled to overflowing with a positive meniscus. The vials <br /> will be sealed with a teflon-lined screw cap such that no <br /> head space exists within the vial. <br /> 2.0 Sample Containers <br /> Soil and groundwater samples will be placed in containers <br /> la supplied by the analytical laboratory. Table 1 summarizes <br /> the required sample containers. <br /> ! ' Soil samples will be cul.tooted in 8-once widemouth clear <br /> � k glass jars. Screw on caps will be fitted with teflon <br /> liners. <br /> is 9°0 Quality Control Field Samples <br /> A CC program independent from the laboratory's program will <br /> be instituted. The program entails "blind" submittals <br /> { the laboratory of blank and duplicate samples. to <br /> Ho spiked <br /> samples will be supplied from the field for this <br /> investigation. The laboratory in-house SSC program will <br /> include analysis of spiked samples. . All QC samples will be <br /> assigned independent sample numbers and made <br /> ,.� indistinguishable from non CC samples. <br /> When sampling p g groundwater, travel blanks will be used to <br /> detect the introduction of contaminants during <br /> i transportation from the field to the laboratory. <br /> The travel <br /> blanks will be <br /> provided by the analytical laboratory. They <br /> will be taken to the field and accompany the collected <br /> groundwater samples to the laboratory for analysis. The <br /> blanks will consist of de-ionized water and analytically <br /> confirmed organic-free water. The blank is numbered, <br /> packaged, and sealed in the same manner as the other <br /> samples. <br /> Tan percent Of each sample <br /> for analysis will be duplicatespe . <br /> Soil ail dupli atesa will laboratory <br /> collected using the procedure described in the Soil Sampling <br /> Protocol. water sample duplicates will be created by <br /> filling two sample bottles from the well bailer. If more <br /> { - than one bailer volume is required, each bailer volume will <br /> I be split between containers. <br /> v! 4.0 Sample Preservation <br /> Sample containers will be pre-cooled and transported to the <br /> -' site in the cooler. All samples will be preserved as <br /> indicated on Table 1 and placed in a cooler immediately <br /> after collection. Chemical ice will be used in the cooler <br /> to cook, and maintain samples at a temperature of 411C. A <br /> _ , - -_-- - -- -high-low thermometer--will accompany-the-samples to -document - <br /> ;�j transport conditions. <br /> t t J <br />