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Modelling production processes in a vehicle recycling plant

机译:在汽车回收厂中对生产过程进行建模

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摘要

The European Directive on end-of-life vehicles (ELVs) fundamentally changed the business philosophy of the European vehicle recycling system, which was exclusively profit-oriented. As the dominant participants of this system, vehicle recycling plants (VRPs) are especially affected by its implementation. For VRPs to successfully respond to the prescribed eco-eftlciency quotas, investment will be needed to procure modern sorting equipment as well as to achieve full transformation of their production process. However, before VRPs decide to make this very important investment decision, it is necessary to determine the adequacy of such a decision in detail. Consequently, the following questions become unavoidable: Can modern ly equipped VRPs conduct profitable business? Are eco-efficiency quotas actually attainable? How will the new changes in vehicle design influence VRPs? To provide answers to these essential questions, a production planning model of a modernly equipped VRP was first developed and then tested extensively using real data. Based on the answers provided by the proposed model testing analysis it was concluded that VRP transformation is not only necessary but completely justified and that the final success of the ELV Directive is realistic.
机译:有关报废车辆(ELV)的欧洲指令从根本上改变了欧洲车辆回收系统的经营理念,该体系仅以利润为导向。作为该系统的主要参与者,车辆回收工厂(VRP)特别受到其实施的影响。为了使VRP成功地响应规定的生态效率配额,需要投资来购买现代化的分拣设备以及实现其生产过程的全面转型。但是,在VRP做出非常重要的投资决策之前,有必要详细确定此类决策的适当性。因此,以下问题变得不可避免:现代装备精良的VRP能否开展有利可图的业务?实际可以达到生态效率配额吗?车辆设计的新变化将如何影响VRP?为了提供这些基本问题的答案,首先开发了装备现代的VRP的生产计划模型,然后使用实际数据进行了广泛的测试。根据建议的模型测试分析提供的答案,得出的结论是,VRP转换不仅是必要的,而且是完全合理的,并且ELV指令的最终成功是现实的。

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