Optimization of Multi-objective Closed-loop Supply Chain Network Based on Low Carbon Concept

Abstract

Abstract:

Aiming at the multi-echelon supply chain network design under the background of low carbon, a multiechelon closed-loop supply chain network with suppliers, manufacturers, consumers, distribution centers, recycling centers and disposal centers is under study. By considering the factors about network infrastructure capacity constraints such objectives as carbon emission, customer service and others, network operating costs, carbon emission costs and customer demand response time costs, a multiobjective programming model is established to solve the problem of network resource optimization configuration, such as the facility construction within the network, location and traffic facilities distribution. Lingo 11.0 software is used to solve the model, analysing facility capacity constraints, carbon tax, time delay affecting the cost of facility construction methods and network costs by a numerical example, which provides decision support for the enterprise and can play a guiding role in the production practice.
〖WT5HZ〗Key words：〖WTBZ〗

Key words: closed-loop supply chain, carbon tax, time delay costs, multi-objective, network design

WANG Chunyang， YANG Bin， ZHU Xiaolin. Optimization of Multi-objective Closed-loop Supply Chain Network Based on Low Carbon Concept[J]. Industrial Engineering Journal , 2016, 19(3): 37-44.

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