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Decomposition analysis of Dutch beverage packaging waste - An analysis of material efficient innovations

机译:荷兰饮料包装废料的分解分析-高效材料创新分析

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Decreasing the amount of waste that can be allocated to packaging has been prominent on the political agenda in the Netherlands for two decades. in this period, both policy and innovations have influenced the way products are packed and how the resulting waste is managed. The aim of this study is to gain more insight in how individual material management options have led to a change in the amount of final waste in the Netherlands in the period 1986-1999. For this purpose, we use a so-called decomposition analysis, which is widely used in energy studies, and apply this to the case of beverage packaging waste. The analysis shows a decomposition of the final waste in four different packaging materials (carton, glass, metal and plastic) and creates insight in the effects of (1) the change in product consumption, (2) the material substitution, (3) the change in packaging size, (4) the lighter packaging concepts, (5) the product re-use and (6) the material recycling. The main conclusion is that in the period 1986-1999, the largest reductions in final waste production were realized with product re-use and material recycling. (C) 2004 Elsevier B.V. All rights reserved.
机译:二十年来,减少可分配给包装的废物数量一直是荷兰政治议程中的重点。在此期间,政策和创新都影响了产品的包装方式以及如何管理由此产生的废物。这项研究的目的是在1986年至1999年期间,了解各种材料管理方案如何导致荷兰最终废物数量发生变化的更多见解。为此,我们使用了在能量研究中广泛使用的所谓分解分析,并将其应用于饮料包装废料的情况。分析显示最终废物在四种不同包装材料(纸箱,玻璃,金属和塑料)中的分解,并深入了解了以下影响:(1)产品消费变化,(2)材料替代,(3)改变包装尺寸,(4)更轻的包装概念,(5)产品重复使用,以及(6)材料回收。主要结论是,在1986年至1999年期间,通过产品再利用和材料回收实现了最终废物产生的最大减少。 (C)2004 Elsevier B.V.保留所有权利。

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