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r <br /> Mr. Tom Horton AM6 Project 939-02.22 <br /> January 25, 1990 4P 0 <br /> Page 4 <br /> The attached maintenance building will have four bays (25 foot wide by 60 foot <br /> long), three with doors at each end; it will be fully equipped for complete <br /> maintenance of landfill equipment. <br /> The yard surrounding the office/maintenance building will have a perimeter fence <br /> and the following additional features: <br /> • A covered equipment wash station <br /> • A covered fuel island <br /> • Direct access for off-road landfill vehicles <br /> • Parking for employees and visitors <br /> • Storage area for parked equipment and materials <br /> The entire office/maintenance facility will occupy between two and three acres <br /> and the area will be graded relatively level. <br /> RECYCLING FACILITIES <br /> Due to the impact of recent legislation and the need for cities and counties to <br /> integrate solid waste management practices, the original Phase I scope of work <br /> was broadened to include recycling facility planning for the NCSL. It is the intent <br /> of the following section to illuminate the relevant issues and to discuss generally <br /> conceived alternatives. <br /> Facility Planning <br /> To form a basis for planning recycling facilities, incentives for recycling, current <br /> recycling strategy, and all applicable new legislation must be well understood. <br /> Incentives for Recycling <br /> A multitude of incentives exist for recycling. Historically, the motivation for <br /> recycling has been largely an economic one. Residual materials such as <br /> aluminum, copper, brass, and to a lesser extent glass and newsprint, have been <br /> utilized in the manufacture of new products because their uses were less <br /> expensive than procurement and processing of virgin materials. <br /> Recycling has also been known to have broader benefits including conservation <br /> of natural resources and energy. Recent laws have been created which cite <br /> recycling as an essential technique to be utilized by communities in reducing the <br /> quantity of solid waste sent to landfills. <br />