评估全球包装回收系统的结果

E. Jimison, E. Pennington, H. Matthews
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引用次数: 6

摘要

量子公司,一家计算机存储产品公司,为他们的散装硬盘驱动器产品设计了一种新的包装系统,这些产品被运往原始设备制造商(oem)。该系统涉及一种环境足迹较小的包装设计,更重要的是,从全球OEM工厂收集和再利用使用过的包装。新包装系统的一般分析是一个传统的投资问题,在重新设计,计划推出等方面的前期成本,并随着时间的推移减少使用包装的预期节省。虽然一旦收集用过的包装取代了购买新包装的门槛数量,预计会节省一些成本,但实施成本普遍高于预期,参与速度也较慢。在长期使用高峰时,该计划将减少30%的包装材料成本。由于新系统的主要驱动因素之一是减少对环境的破坏,因此使用卡内基梅隆大学的生命周期评估方法估计了切换到新包装系统的生命周期影响。相关的生命周期影响表明,能源和全球变暖排放将减少约40%。这是很重要的,因为运输网络的使用将随着回收而增加。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Assessing the results of a worldwide packaging takeback system
Quantum Corporation, a computer storage products company, designed a new packaging system for their bulk hard disk drive product shipped to original equipment manufacturers (OEMs). The system involves a packaging design with a smaller environmental footprint and, more significantly, collection and reuse of the used packaging from OEM sites worldwide. The general analysis of the new packaging system is that of a traditional investment problem, with up front costs in terms of redesign, program rollout, etc., and expected savings over time from reduced use of packaging. Although some cost savings are expected once collection of used packaging replaces a threshold amount of new packaging purchases, costs of implementation were generally higher than predicted, and participation has been slower. The program should reduce package material costs by 30% at long-run peak usage. Because one of the primary drivers for the new system was to reduce environmental damages, the life cycle impacts of switching to the new packaging system were estimated using Carnegie Mellon University's Life Cycle Assessment method. The associated life cycle impacts suggest that energy and global warming emissions will be reduced by about 40%. This is significant because use of transportation networks will be increased with takeback.
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