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Current results and future perspectives for Japanese recycling of home electrical appliances

机译:日本家电回收的当前结果和未来展望

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The Japanese system of recycling home electrical appliances has several unique aspects, including (1)a limited number of target appliances, (2) a recycling fee System that requires consumers to pay a recycling fee at file time of disposal, and (3) a direct recycling obligation for manufacturers, who have a physical, rather than a financial, responsibility for their end-of-life products. We studied data from 2001 to 2007 and found that the amount of four Specified home electrical appliances and their materials that was recycled increased from about 319,249 tonnes in 2001 to about 447,262 tonnes-or 3.5 kg per inhabitant-in 2006. Recycling yield and development of recycling technologies have also improved. New recycling technologies have enabled a higher rare of material recycling of plastics (i.e., a closed-loop, recycling). Improved eco-design, such as design for easier disassembly. has been promoted, and the higher quality of discarded appliances has enhanced the reuse market. Hazardous Substances and fluorocarbons are being well managed. Problems with the recycling system include inelastic recycling fees, illegal dumping, illegal transfer by retailers, and the limited number of target appliances. Recycling fees could be reduced; this move might reduce the incidence of illegal dumping, as would engage stakeholders in collaborative efforts against illegal Clumping. Illegal transfers could be reduced by improved traceability for retailers. Products Such as liquid crystal displays, plasma display panels and clothes dryers have become increasingly common and Should be also be targeted for recycling. (C) 2008 Elsevier B.V. All rights reserved.
机译:日本的家用电器回收系统具有几个独特的方面,其中包括:(1)目标家电数量有限;(2)回收费系统,要求消费者在弃置文件时支付回收费;(3)对制造商的直接回收义务,这些制造商对其报废产品负有实际而非财务责任。我们研究了2001年至2007年的数据,发现四种指定的家用电器及其材料的回收量从2001年的约319,249吨增加到2006年的约447,262吨,即每人3.5千克。回收技术也得到了改善。新的回收技术使得对塑料的材料回收(即闭环回收)的稀有性更高。改进的生态设计,例如易于拆卸的设计。废旧电器的质量得到了提升,并提高了回用市场。有害物质和碳氟化合物得到了很好的管理。回收系统的问题包括回收费用缺乏弹性,非法倾倒,零售商的非法转移以及目标设备的数量有限。回收费可以减少;此举可能会减少非法倾销的发生,并促使利益相关者参与反对非法聚集的合作努力。可以通过提高零售商的可追溯性来减少非法转移。诸如液晶显示器,等离子显示面板和干衣机之类的产品已变得越来越普遍,并且也应将其作为回收目标。 (C)2008 Elsevier B.V.保留所有权利。

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