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fC•rih in Taeies T ;hrGCCn » C4 the °Bas:c StanCards for Ground L'later" a the ambient quai~:`/, SVhiChE?`Jef t5 <br />less restrctive. Upcn es:ablishmert et points of compliance and numeric praecron levels. a compliance <br />plan vrdl also be required. Enclosed with this fetter ~s a copy of the OMG's standard greur.C seater <br />compliance crotccei. <br />In additlcn to the grcund v+ater protea~cn program discussed above for ;he newly prcpesed CKD C~sposal <br />area, the DMG vrill regwre •.hat a ground water qua!ifr evaluat,cn program be implemeniee ter the existing <br />CKD menotdl. Tha epe:atcr must proviCe a plan for the characterizatron of ground water qua'ity <br />dcwngradient from the existing mcnctill. This plan will be subject to D+visicn review and approval prior to <br />~mplementa[ion. In the evert that ground water centamirat:on ~s detected, the limits of the contamination <br />will have to be mvest:gated, and numeric protecticn levels and pants of compliance establisheC. Also, the <br />presence of oround water contamination below the exiling monotill would necessarly trigger a review of <br />the design and operation of the newly proposed CKD disposal area. Conversely, if no contamination is <br />found below the existing monotill, such a finding would serve to ratify the conclusion in the "HyCrcgeolegic <br />and Geochemical Assessment" report that it is extremely unlikely water migrating from the disposal facility <br />would reach a drinking water supply, <br />'u1r10ryn5'.^^-r5Cft0'~lrM N9:Pr rvAB95 a1L1.•i•.i:~ , <br />