Multimodal multi-flow problem with transformation : Application to waste supply chain

Quentin Tonneau, Nathalie Bostel, P. Dejax, Romain Hospitalz, Valerie Mulhauptz, T. Yeung
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引用次数: 3

Abstract

This paper presents a new tactical optimization problem for non-hazardous waste and end-life product supply chain. Waste transport and recycling become crucial in our modern society, with a huge environmental and economic impact for industrials and communities. Operations on products during transport such as grinding or sorting allows companies to densify transports and reduce the overall supply cost. Integrating these new aspects, we introduce a new problem we term the multi-commodity, multi-flow problem with transformations and propose a linear mathematical model to solve it. With an application to a waste transport company and a performance benchmark on a linear solver, we show the pertinence of the model in a real case study and its scalability for more complex situations.
带转换的多模式多流问题:在废物供应链中的应用
本文提出了一种新的非危险废物和终寿命产品供应链的战术优化问题。废物运输和回收在我们的现代社会中变得至关重要,对工业和社区产生巨大的环境和经济影响。在运输过程中对产品进行研磨或分拣等操作,使公司能够密集运输并降低总体供应成本。综合这些新的方面,我们引入了一个新的问题,我们称之为多商品,多流问题与转换,并提出了一个线性数学模型来解决它。通过对废物运输公司的应用和线性求解器的性能基准,我们展示了该模型在实际案例研究中的相关性以及它在更复杂情况下的可扩展性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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