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Recyclability Evaluation Method Considering Material Combination and Degradation

机译:再循环能力评价方法考虑材料组合和退化

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摘要

A new method of recyclability evaluation is proposed. The recyclability of a product is given by summing up recyclability of all units to which the product is manually disassembled. The recyclability of a unit is calculated if all names and amounts of materials of which the unit is composed are known. The recyclability of a disassembled unit consisting of multiple materials is judged on the grounds of removability of impurities, miscibility and marketability of polymer blends. Recyclability of a long-lifetime product can be estimated from recyclability of units, which are modeled as probabilistically distributed degradation of materials. The proposed method is applied to recyclability evaluation for a refrigerator with several scenarios of disassembly levels. The practical disassembly scenarios limit the maximum recyclability rate of the product. Therefore, recyclability rates calculated based on the proposed method are considerably lower than those of the recyclable materials of which the product consisted.
机译:再循环能力评价的新方法建议。通过总结再循环能力的所有单位该产品是手动拆卸。如果所有的再循环能力的计算单位单位的名称和数量的材料由已知。拆卸单元组成的多材料是判断的理由可移动性的杂质,混溶聚合物共混的市场性。长寿命产品可以估计被建模为再循环能力的单位概率分布的退化材料。再循环能力评估一个冰箱拆卸水平的几个场景。实际拆卸场景限制最大再循环能力的产品。再循环能力率计算的基础上该方法大大低于产品的可回收材料由。

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