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期刊名称: International Journal of Production Economics
Volume:152    Page:71-87
ISSN:0925-5273

A case analysis of a sustainable food supply chain distribution system—A multi-objective approach期刊论文

作者: Validi Sahar Bhattacharya Arijit Byrne P.J
DOI:10.1016/j.ijpe.2014.02.003

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页码: 71-87
被引频次: 89
出版者: Elsevier B.V,ELSEVIER SCIENCE BV,Elsevier Science Publishers
期刊名称: International Journal of Production Economics
ISSN: 0925-5273
语言: English
摘要: Sustainable supply chain management is a topical area which is continuing to grow and evolve. Within supply chains, downstream distribution from producers to customers plays a significant role in the environmental performance of production supply chains. With consumer consciousness growing in the area of sustainable food supply, food distribution needs to embrace and adapt to improve its environmental performance, while still remaining economically competitive. With a particular focus on the dairy industry, a robust solution approach is presented for the design of a capacitated distribution network for a two-layer supply chain involved in the distribution of milk in Ireland. In particular the green multi-objective optimisation model minimises CO emissions from transportation and total costs in the distribution chain. These distribution channels are analysed to ensure the non-dominated solutions are distributed along the Pareto fronts. A multi-attribute decision-making approach, TOPSIS, has been used to rank the realistic feasible transportation routes resulting from the trade-offs between total costs and CO emissions. The refined realistic solution space allows the decision-makers to geographically locate the sustainable transportation routes. In addition to geographical mapping the decision maker is also presented with a number of alternative analysed scenarios which forcibly open closed distribution routes to build resiliency into the solution approach. In terms of model performance, three separate GA based optimisers have been evaluated and reported upon. In the case presented NSGA-II was found to outperform its counterparts of MOGA-II and HYBRID.
相关主题: Scenario analysis, Multi-objective approach, Food supply chain distribution, Sustainable distribution routes, Dairy market case analysis, VEHICLE, MANAGEMENT, TABU SEARCH, LOCATION-ROUTING PROBLEM, ANT COLONY OPTIMIZATION, MODEL, GENETIC ALGORITHM, OPERATIONS RESEARCH & MANAGEMENT SCIENCE, SOLID-WASTE COLLECTION, ENGINEERING, MANUFACTURING, ENGINEERING, INDUSTRIAL, Decision-making, Sustainable agriculture, Analysis, Environmental auditing, Food supply, Distribution channels, Logistics,

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