Research On Pricing Decision Of Remanufacturing Supply Chain For Sustainable Development

Since the reform and opening up, China's economy has been growing at a high speed, but in the past, relying on a large number of productive factors into the extensive economic development has also brought to our country a very serious resource and environmental problems, change the mode of production is imperative. Remanufacturing can complete the whole life cycle of the product with the lowest cost and the least energy resource consumption,and has remarkable economic, environmental and social benefits. However, remanufacturing supply chain is also faced with many tests, with multiple uncertainties, such as the uncertainty of the quantity of recycling, the uncertainty of the quality of recycled products. This paper studies the supply chain pricing decision for sustainable development in different recovery models based on a fuzzy environment. The main work is as follows:Firstly, this paper considered the impact of the recovery price on the recovery quantity, the environmental benefits and social benefits of the remanufacturing are described quantitatively from the sustainable point of view, and the value maximization is taken as the decision objective to solve the optimal supply chain members in three different recovery modes Pricing decisions.Secondly, the influence of the quality of waste products is considered while the quantity of products is uncertain. Further analysis of the influence on the quality of used products for remanufacturing pricing decision of supply chain with three different recovery modes, and analyzes the influence coefficient and influence the channel cross price remanufacturing rate parameters of the supply chain pricing and supply chain value.Thirdly, we take into account the impact of the recovery price on the recovery quantity and the quality of the waste product recycling, the pricing decision of the supply chain members under the three different recovery modes in the sustainable perspective, the Kuhn-Tucker condition is used to solve and the results are explained and explainedThis study from the uncertainty of remanufacturing, to recover the price on the recovery of the number and quality of products as the starting point, environmental benefits and social benefits of remanufacturing in modeling. From the point of view of sustainability, the pricing of the supply chain in the fuzzy environment is studied with the value of the supply chain as the decision objective. The conclusion of this paper provides some decision-making reference for the decision makers in the remanufacturing supply chain.