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Integrated approach for disassembly processes generation and recycling evaluation of an end-of-life product

机译:报废产品的拆卸过程生成和回收评估的集成方法

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摘要

An integrated approach for noble recycling is presented that puts forward the functional value of products and components. In a first step, the approach determines all feasible automatic disassembly sequences and in a second step all applicable recycling activities. This allows one to determine the most appropriate recycling process for an end-of-life product considering concurrent recycling techniques. The feasible automatic disassembly sequences are established by simulation in a virtual environment. The required generic disassembly product model, as well as the generic disassembly activity model, is presented by means of static and dynamic object-oriented diagrams. The recycling evaluation establishes an efficient solution responding to economic and ecological decision criteria. It is calculated applying a Goal-Programming approach transforming the multi-objective linear problem into a monocriteria linear program. The techno-economic decision model applied is Linear Activity Analysis. It allows one to integrate the generated disassembly processes based on single disassembly activities as well as other recycling techniques.
机译:提出了一种综合的贵金属回收方法,该方法提出了产品和组件的功能价值。第一步,该方法确定所有可行的自动拆卸顺序,第二步,确定所有适用的回收活动。这样一来,可以考虑同时使用的回收技术,为报废产品确定最合适的回收方法。通过在虚拟环境中进行仿真来建立可行的自动拆卸顺序。所需的通用拆卸产品模型以及通用拆卸活动模型是通过静态和动态的面向对象的图表示的。循环利用评估建立了一种有效的解决方案,以响应经济和生态决策标准。使用目标编程方法将多目标线性问题转换为单准则线性程序进行计算。应用的技术经济决策模型是线性活动分析。它允许人们根据单个拆卸活动以及其他回收技术集成生成的拆卸过程。

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