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10- •• »�.: ,,.,,; ^"�'.' w�it�4.. - ',.+.:' -� .,+w�'��"r'rh�.'.:r. ,*i,' `_ '�a. r �"� -."`""...•,�. "' <br />-' '`Y'•' .- '"""y„`°'�'-`�+'��'�5;.�•^-4; ...'':.,n t.`s�`m�_.�.w�„i' �,, ""+,�k'ti�,'� _ .;� +'..ice °i�''"b:r�rv.t". �'����v:,�'�"'w�r:„k• w: '^C- .,a:". -;4��- '.�d��5'i <br /> off <br /> i <br /> SCS ENGINEERS-- <br /> IV. METHOD OF REMEDIATION <br /> SCS Engineers proposes to remove all concrete over the contaminated soil, to <br /> excavate the contaminated soil until all visible contamination is removed and to place <br /> the excavated soil on 7 mil visqueen, cover and leave on site. <br /> Our Staff Geologist will collect seven (7) soil samples which will be examined, sealed <br /> w with aluminum foil, plastic end caps and tape, labeled and laced in cold storage'p rage for <br /> l <br /> transport to a state-certiFed laboratory. Samples will be analyzed by EPA Protocols <br /> �- 8015D (diesel), and 8020 (BTEX). <br /> SCS Engineers will then prepare a report of findings and recommendations: <br /> i <br /> a <br /> Preliminary data suggests bioremediation on-site would be most feasible. <br /> 1 <br /> f i <br /> t' <br /> r r <br /> 4 `, <br />