The revenue and cost sharing contract of pricing and servicing policies in a dual-channel closed-loop supply chain

Xie, Jiaping; Zhang, Weisi; Liang, Ling; Xia, Yu; Yin, Jun; Yang, Guang

doi:10.1016/j.jclepro.2018.04.223

Cited by 132 publications

(76 citation statements)

References 45 publications

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“…Research on mixed recycling modes: Jena and Sarmah [22] studied the competition and cooperation modes of different recyclers, established corresponding mathematical models for different remanufacturing configurations, and reached equilibrium decisions under each configuration. Under the dual-channel CLSC [23], revenue sharing, the cost sharing mechanism can increase retailers' efforts in repair and recycling. Abbey et al [24] studied the complex situation of manufacturers recycling and remanufacturing to the mixed recycling of manufacturers and third parties and analyzed the optimal pricing under different conditions.…”

Section: Methodsmentioning

confidence: 99%

O2O Recycling Closed-Loop Supply Chain Modeling Based on Classification Process considering Environmental Index

Miao

Liu

2020

Discrete Dynamics in Nature and Society

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“O2O” (online to offline) classification recycling is a new recycling mode. It is premised on the double lines of online service platform and offline recycling service system, thus forming a pattern of online disposal and offline trading. This mode is capable of integrating upstream and downstream resources on the network platform, creating a recycling and processing mode for the entire industry chain of waste sorting, and developing a circular development mode featuring “resources-products-waste-renewable resources” to realize the recycling of resources. In this paper, the abovementioned recycling mode is constructed using the dynamic method. Taking the recycling of electronic waste (e-waste) as an example, on the basis of the original recycling, an online recycling mode is added and the e-waste is reprocessed by means of classification. Besides, the final process of manufacturing is put into the market for new products. By comparing the efficiency of different classification processing channels and the efficiency of O2O recycling, it was found out that the higher the product quality, the higher the recycling efficiency, and the efficiency of online recycling was concluded due to offline recycling. The system effect is evaluated according to the environmental index. In addition, this paper demonstrates the applicability of the mode by introducing Gree Corp. The results of this research are believed as contributory to improving the efficiency of recycling and remanufacturing at corporate level. It also provides a valuable reference for the improvement of e-waste management work for governments both in China and other countries.

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Section: Methodsmentioning

confidence: 99%

O2O Recycling Closed-Loop Supply Chain Modeling Based on Classification Process considering Environmental Index

Miao

Liu

2020

Discrete Dynamics in Nature and Society

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“…On the premise that there were two sales channels in the CLSC, Zheng et al [36] used two-part pricing contracts to achieve the coordination of the CLSC under different channel power. Xie et al [37] discussed the impact of revenue-sharing and cost-sharing contracts on CLSC recovery and pricing. On the premise that there are both defective product recycling and waste product recycling in a CLSC, Zhang et al [38] used a revenue sharing contract to achieve the coordination of the CLSC.…”

Section: Product Recovery Management Pricing Decision and Coordinatmentioning

confidence: 99%

Closed-Loop Supply Chain Models Considering Government Subsidy and Corporate Social Responsibility Investment

2020

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In addition to pursuing profits, more and more international enterprises are beginning to pay attention to environmental sustainability and corporate social responsibility (CSR). How to effectively encourage enterprises to undertake more CSR and maintain the sustainable development of society has become an urgent task for managers and researchers. Under this background, this paper considers the recycling of used products for environmental sustainability and takes into account profit donation as a CSR investment. Aiming at the decision-making of single-cycle closed-loop supply chain (CLSC) with a dominant retailer when considering government subsidies and CSR investment, and based on the Stackelberg Game analysis technology, we formulate three distinct donation (CSR investment) models; the centralized system’s donation model, the manufacturer’s donation model, and the retailer’s donation model, and by doing system comparisons and numerical examples to analyze the impact of government subsidy and CSR investment on new product pricing and waste product recovery from the perspectives of government, environment and CLSC system. The results show that government subsidy is not only conducive to expanding market demand and increasing waste recycling rates, but also to improving CSR investment levels. Under the two decentralized decision-making models, regardless of whether the dominant retailer makes CSR investment, she can always get more channel profits than the manufacturer. From the view of environmental, economic, and social perspectives, the manufacturer makes CSR investment a better choice, and at this time the government has the best effect of implementing subsidy. Finally, based on the principle of cost sharing, a CSR cost sharing contract which can realize the coordination of CLSC is designed to solve the channel conflict and optimize the decision-making. Counterintuitively, the dominant retailer can gain more profits when it bears more cost in the CSR cost sharing contract.

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“…In terms of competition between recycling channels and sales channels, some scholars have studied that two retailers compete simultaneously in the process of new product sales and old product recycling. Xie [21] found that the more intense the competition between the two retailers in the process of recycling, the profits of manufacturers and retailers in both positive and reverse channels will be lost. Zhu et al [22] considered the cost and remanufacturing ratio between offline recycling and online recycling channels, a Stackelberg game pricing model between manufacturers, distributors and online recyclers is constructed.…”

Section: Multiple Recycling Channelsmentioning

confidence: 99%

A Literature Review of Old Products Recycling and Trade-In

Li¹

2019

AJIBM

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As people's awareness of environmental protection increases. Therefore many researchers have paid attention to how to recycle and reuse the old products in the hands of consumers. Trade-in as one of the effective methods of recycling old products has also become the focus of researchers. In order to better understand the research progress of researchers on the old product recycling and trade-in, this paper has sorted out the relevant literature. After sorting out, it was found that researchers mostly study the recycling of old products from the choice of recycling methods, the impact of recycling of old products on pricing and multi-recycling channels. The main research method of this paper is to find out the shortcomings of the existing research through literature combing. The purpose of this research is to provide relevant inspiration and suggestions for future research, but also helping to find out the blank points of the research for further exploration; and helping to inspire recyclers to choose the optimal recycling strategy to better recycle old products, so as to achieve the utilization of resources.

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The revenue and cost sharing contract of pricing and servicing policies in a dual-channel closed-loop supply chain

Cited by 132 publications

References 45 publications

O2O Recycling Closed-Loop Supply Chain Modeling Based on Classification Process considering Environmental Index

O2O Recycling Closed-Loop Supply Chain Modeling Based on Classification Process considering Environmental Index

Closed-Loop Supply Chain Models Considering Government Subsidy and Corporate Social Responsibility Investment

A Literature Review of Old Products Recycling and Trade-In

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