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y. <br /> Milli <br /> Ni <br /> NAM <br /> d <br /> A <br /> disposal facility. would remove groundwater contamination. a the Potential <br /> section, an area <br /> As discussed in the Prev of <br /> should define with a I5 foot radius and de the Previous <br /> excavation the limits of soil Pth of I5 feet, <br /> Of contaminated material contamination, The <br /> north due to would be limited <br /> aeration if the Proximity of the to the <br /> Possible, would be Properly line. On-site <br /> sa because of the continued Wpreferred to disposal <br /> disposal of contaminated -long term liability associated with <br /> Confirmation material at an off si,tc facility, <br /> soil sampling should be conducted on <br /> § and floor of the excavation <br /> contaminated material ex to assure the walls <br /> removed. all of the <br /> Based on the <br /> "$ groundwater Presence of contaminated soil near <br /> surface an assessment of groundwater <br /> Is appropriate beneath formerthe Present <br /> installation and sampling <br /> Tank A. This will conditions <br /> :cells. This work should g of at least entail ng <br /> remediation activities are be undertaken three monitoring <br /> completed. after the soil <br /> 7.0 REFERENCES <br /> Tri Regional Guidelines, <br /> Water Quality Control Boards Revised May 18, 1989, <br /> Regional <br /> Semi-Annual. Groundwater Re <br /> portSpring <br /> Flood Control and Conservation, <br /> onservatons District 1989, San Joaquin <br /> I Kim <br /> Y <br />