1996 Electronics Industry Environmental Roadmap - Civil and ...
1996 Electronics Industry Environmental Roadmap - Civil and ...
1996 Electronics Industry Environmental Roadmap - Civil and ...
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Disposition<br />
5.4.1 The Consumer/Commercial Collection <strong>and</strong> Processing Infrastructure<br />
The infrastructure of third-party recycling companies providing collection <strong>and</strong> processing for<br />
electronic products has not matured to the point where the volume of product that might<br />
potentially be h<strong>and</strong>led can be effectively managed. This is especially the case for consumer<br />
electronic products. The first difficulty occurs in guaranteeing an adequate volume of product<br />
entering the disposition pipeline to support the growth <strong>and</strong> increasing availability of PELM<br />
services. Economies of scale are achieved through high volumes of similar materials, yet<br />
collecting volumes of the same equipment is difficult, particularly when collected from<br />
consumers. Manufacturers with voluntary asset recovery sources have high volumes of the same<br />
item, leading to a separate infrastructure for their recovery. It is prudent to consider how to<br />
leverage the strengths of the consumer/municipal solid waste system <strong>and</strong> the commercial solid<br />
waste services in the future.<br />
From the st<strong>and</strong>point of consumer product, significant volumes of retired computer electronics<br />
products are stored in home closets or garages, in part due to a lack of an infrastructure to collect<br />
<strong>and</strong> transport them to a viable recovery facility. Many municipalities would prefer not to pick up<br />
large volumes of electronic equipment at curbside given their current inability to deal with them.<br />
Also, many consumers believe that used electronic equipment has residual economic value <strong>and</strong><br />
are therefore reluctant to dispose of it without recouping some of this perceived value. Finally,<br />
the consumer may simply be unaware of disposition options.<br />
The situation for commercial products is somewhat better. Several commercial electronic equipment<br />
manufacturers have created product recovery programs that allow purchasers to return used<br />
equipment when new equipment is being purchased. Some of these manufacturers have established<br />
internal programs to recycle <strong>and</strong> remanufacture these products, or recover value of the<br />
constituent parts <strong>and</strong> materials. There is also a significant number of commercial providers<br />
seeking to serve the electronics industry. However, even commercial owners of electronic<br />
equipment may be reluctant to give up their systems without recovering some of the perceived<br />
value. Furthermore, systems are often held in long-term storage as inventory that might<br />
potentially be needed or sold someday.<br />
Once product flows into the pipeline, the disposition system is still hampered by the lack of an<br />
efficient, affordable, convenient transportation system to take products to a recovery site for<br />
further processing. In the absence of a well-established recycling network, a commercial<br />
electronic equipment manufacturer wishing to collect <strong>and</strong> recycle its retired electronic products<br />
will likely be faced with high costs of transporting product across the U.S. Recycling fees may<br />
be added to the purchase price of new products, potentially driving consumers across borders <strong>and</strong><br />
state lines in search of products not subject to the added costs. In such cases, the marketing<br />
benefits of an environmentally conscious image may not outweigh a potential loss in sales.<br />
Due in part to the difficulty of transporting the retired products from consumers to refurbishers<br />
<strong>and</strong>/or recyclers, long-term storage of obsolete or unused electronic equipment is another<br />
frequently used alternative to returning retired items to the disposition pipeline. A study by Tufts<br />
University noted that 75% of end-of-life electronic products are in storage [24]. For the<br />
remainder, 14% are l<strong>and</strong>filled <strong>and</strong> incinerated, 7% are sold, <strong>and</strong> 3% are refurbished or recycled.<br />
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