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It is likely, however, that waste reduction efforts will expand somewhat with- <br />out legislation or major advances in technology. Weste reduction will occur if <br />1) the opportunities for conservation are recognized and 2) there are economic <br />incentives to do so. <br />To promote such efforts, the regional strategy emphasizes reduction methods <br />that are administratively simple to implement. Such programs include consumer <br />education and awareness, office paper reuse, yard -waste mulching and govern- <br />mental purchasing practices favoring reduction. Particular focus should be on <br />awareness and education programs that emphasize the benefits of waste <br />reduction. <br />Historically, almost all recovery has taken place by hand -separating the wastes <br />where they are generated (such ai `"sc�clels and offices), then transporting <br />and selling the recovered materials. Technologically, this process is rela- <br />tively simple and has a good potential for dealing with a substantial percent- <br />age of the region's waste. <br />The main obstacles to implementing source separation have been economic. Se,^.ar- <br />atinn programs simply have not been able to compete with land disposal with its <br />artificially low costs. moreover, source separation programs have always <br />depended on the voluntary participation of waste generators, and any cost sav- <br />ings have usually not been large enough to encourage most generators to partici- <br />pate. In addition, there has often been a lack of coordination among different <br />recycling efforts and sometimes unreliable service. <br />immediate priority should go to separating yard waste that can be composted and <br />' recyclable materials from mixed municipal waste. Indications are that source <br />separation programs could be available throughout most of the region within two <br />to three years. Within five years, enough households and businesses could be <br />participating in waste separation programs to achieve a very substantial reduc- <br />tion in wastes otherwise destined for landfills. <br />CENTRALIZED PROLESSAG <br />The options available through use of centralized processing facilities include <br />materials recovery, waste cwbusti On and co -composting (the COmpOstidg Of mixed <br />waste with a material that is high in nitrogen such is sewage sludge). Central- <br />ized processing is generaily referred to as a high-technology approach, because <br />compareJ with other mecl,ods, it uses mAre expensiv2 equipment aid facilities; <br />Its operating costs are typically higher; it reguiras long-term fihancirg and <br />commitments for waste supply, and is less flexible to convert to other technol- <br />ugmes. The major advantage of t',e approach, though, is the ability to reliatly <br />process large quantities of waste in a short period of time. <br />The technology of recovering materials at centralized processing fa_ilites is <br />well e•tablished. Shredding, magnetic separation of metals, air classification <br />(using a blast of air to separate materials accordin, to their weight) and Simi- <br />lar techniques have beer successfully used for a number of years. This tech- <br />nology can extract recyclable materials, process recyclables previously sepa- <br />rated at the source and reduce the total volume of waste. It can also be <br />adapted to produce refuse -derived fuel (R'�f) for combustion or supplemental <br />material for co -composting. <br />