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System dynamics model for analyzing effects of eco-design policy on packaging waste management system

机译:用于分析生态设计政策对包装废物管理系统影响的系统动力学模型

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摘要

EU's long-term objective is to become a recycling and resource effective society, where waste is utilized as a resource and waste generation is prevented. A system dynamics model was developed to analyze the policy mechanisms that promote packaging material efficiency in products through increased recycling rates. The model includes economic incentives such as packaging and landfill taxes combined with market mechanisms, behavioral aspects and ecological considerations in terms of material efficiency (the packaging material per product unit, recycled fraction in products). The paper presents the results of application of various policy instruments for increasing packaging material efficiency and recovery rate and reducing landfilled fraction. The results show that a packaging tax is an effective policy instrument for increasing the material efficiency. It ensures the decrease of the total consumption of materials and subsequent waste generation. The tax helps to counteract a rebound effect, which, as identified by the analysis, can be caused by reduced material costs due to eco-design. The model is applied to the case of Latvia. Yet, the elements and structure of the model developed are similar to waste management systems in many countries. By changing numeric values of certain parameters, the model can be applied to analyze policy mechanisms in other countries.
机译:欧盟的长期目标是成为一个循环利用和资源有效的社会,在该社会中,废物被用作资源,并防止了废物的产生。开发了系统动力学模型来分析通过提高回收率来提高产品包装材料效率的政策机制。该模型包括经济激励措施,例如包装和垃圾填埋税,并结合了市场机制,行为方面以及从材料效率(每产品单位的包装材料,产品中的可回收成分)方面的生态考虑。本文介绍了应用各种政策手段提高包装材料效率和回收率并减少垃圾填埋率的结果。结果表明,包装税是提高材料效率的有效政策工具。它确保减少材料的总消耗量并减少后续废物的产生。税收有助于抵消反弹的影响,分析表明,这种反弹可能是由于生态设计而降低的材料成本所致。该模型适用于拉脱维亚的情况。但是,所建立模型的要素和结构与许多国家的废物管理系统相似。通过更改某些参数的数值,该模型可以应用于分析其他国家的政策机制。

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