Recycling of engineering thermoplastics in business equipment-challenges and opportunities

V. Berko-Boateng
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引用次数: 1

Abstract

Traditionally, engineering thermoplastics are used as covers, internal panels and enclosures for business equipment and computers. Today, most of these plastics parts are scrapped and sent to landfills at the end of life of the products. Recycling of engineering thermoplastics has become a major challenge for many business equipment and computer manufacturers. The challenge is to find closed loop recycling or similar applications for the many thermoplastics materials used in these products at the end of life. This paper examines the infrastructure required to recycle engineering plastics into quality flake material for reuse in copier applications. Also, the cost to recover parts and the opportunities to recycle the materials into similar or closed loop recycling applications is determined. In addition, the physico-mechanical properties of production parts molded from first and second generation recycled structural foam high impact polystyrene (HIPS)-SF were measured, analysed and are discussed. Finally, the paper summarizes some of the "trash-to-cash" projects being pursued at Xerox Corporation to maximize the savings from materials salvaged/recovered from their remanufacturing programs. In general, these activities support their overall environmental leadership program.<>
工程热塑性塑料在商业设备中的回收——挑战与机遇
传统上,工程热塑性塑料被用作商业设备和计算机的外壳、内部面板和外壳。今天,大多数塑料部件在产品寿命结束时被废弃并送到垃圾填埋场。工程热塑性塑料的回收已成为许多商业设备和计算机制造商面临的主要挑战。挑战在于为这些产品中使用的许多热塑性材料在使用寿命结束时找到闭环回收或类似的应用。本文考察了将工程塑料回收成高质量片状材料用于复印机应用的基础设施。此外,还确定了回收零件的成本和将材料回收到类似或闭环回收应用中的机会。此外,对第一代和第二代回收结构泡沫高冲击聚苯乙烯(HIPS)-SF成型的生产件的物理力学性能进行了测量、分析和讨论。最后,本文总结了施乐公司正在进行的一些“垃圾换现金”项目,以最大限度地节省从他们的再制造项目中回收的材料。总的来说,这些活动支持他们的整体环境领导计划。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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