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fl.r;'Plans for the developmen~ of each phase of the fill area expansion it~¢lud~ng the site cross sections, ~eque~ce and direction, initial and final elevations, truck and equipment access routes, borrow and cover storage areas, surface water management controls, leachate and ~s control features, monitoring systems and other appropriate f~atures. £~timate of remaining volume or c~pactty with expansion. scription, and map of proposed end use plan showing the final eleva- tion and ultimate use. [ O~scriptton, plans and other appropriate information for special I I i I I ! I I I I I I I I I ;: III. )atures such as gas control system~, berm construction, stormwater Lnagement and pipeline relocation (horizontal/vertical alignments}. )scrtptton of proposed operating procedures and methods to control )ise, security, dust, litter, access, emergencies, hazardous waste other appropriate aspects of the project. Pians for the closure of the expansion including intermediate phases and existing landfill. Description of the activities involved in t~e long-term management of the site following closure including runoff control, gas control, vegetation, settlement anC monitoring. The c:losure plan will address final cover, vegetation, grading, drainage, ~onitortng, erosion control and the financial mechanism for assuring he proper opera, ion, closure and long-term management/monitoring of :he facility. iI)PA(~.T AHACYSIS ~ ~. ~1 n~ti, ekal~ iules require that the EIS discuss the environmental, employment, mic and sociological impacts of the project and of each major alter- e. Oirect and indirect, adverse and beneficial effects are to be ated. The major issues and needed studies are discussed below with sis placed on those which have emerged from the scoping process as ~ost significant. ~NVIROHM£NTAL IMPACTS ~roundwater roundwater quality protection is frequently a concern when landfill ites are developed. Leachate, the contaminated liquid that results ~rom water percolating through waste materials, is the source of oncern. If leachate travels beneath' or away from a landfill, it ~y egrade water supplies. · he £IS will evaluate the potential for groundwater degradation by escribing the hydrogeoioqic setting of the sit~ and nearby areas. ~iscussing leachate formaEion and tra~'.J~crt~tion, ~nd identifying potentially affected aquifers. For each aquifer, the areal extent )nd magnitude of the pollution potential will be estimated. The ~ensitivtty of potentially affected areas will also be evaluated.