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Decision-making support system based on LCA for aseptic packaging recycling

机译:基于LCA的无菌包装回收决策支持系统

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摘要

In Europe post-consumer beverage carton packages are treated in three ways: dumped in a landfill, incinerated for energy recovery, and recycled. In recent years new technologies for beverage carton recycling have been developed and tested. At the same time in Europe the collection of second-hand raw materials is becoming more efficient. In order to facilitate and justify the decision-making process, different possibilities of poly-aluminium handling were analysed. For this reason, the objective of this study was to compare carbon footprints in the whole life cycle of selected technologies and to provide decision-making with data for beverage carton recycling. The paper is based on some of the results of the project 'Sustainable Production through Innovations in small- and medium-sized enterprises (SPIN)'. The SPIN project is providing small- and medium-sized enterprises with a whole set of instruments that put entrepreneurs in a position to innovate their production processes and products leading to improved business and public benefits.
机译:在欧洲,消费后的饮料纸盒包装采用三种方式处理:倾倒在垃圾填埋场中,进行焚化以回收能量,然后再利用。近年来,已经开发和测试了用于饮料纸盒回收的新技术。同时,在欧洲,二手原材料的收集变得更加高效。为了促进和证明决策过程的合理性,分析了多铝处理的不同可能性。因此,本研究的目的是比较所选技术在整个生命周期中的碳足迹,并为饮料纸盒回收的数据提供决策依据。本文基于“中小企业创新促进可持续生产(SPIN)”项目的一些成果。 SPIN项目为中小企业提供了一整套工具,使企业家能够创新其生产工艺和产品,从而改善商业和公共利益。

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