Abstract

With more and more end-of-life products in daily life, many companies are engaging in remanufacturing, including backward production capacity (BPC) enterprises. Meanwhile, take-back regulation always asks the manufacturer to take back end-of-life products to reduce pollution. However, the effect of take-back regulation on remanufacturers remains unclear. In this paper, we first analyzed the take-back regulation threshold with the elimination effect. We then discussed the impact on stakeholders, such as the manufacturer, the remanufacturer, consumers, and the government. A two-stage dynamic market model is proposed, which considers the market with/without BPC remanufacturer. Take-back regulation’s elimination effect is studied, and the results show that when the collection target reaches the elimination threshold, the manufacturer’s profit declines, the BPC remanufacturer is eliminated, consumer surplus decreases, and social welfare is improved. Besides, to cope with a high take-back regulation target, the manufacturer will reduce new product output, which leads to BPC remanufacturer’s benefits decline. A numerical study is given with a different collecting strategy of the BPC remanufacturer, the incentive interval, the inhibition interval, and the elimination interval of the take-back regulation for stakeholders which are described. At last, some managerial insights are given to help the regulator implement take-back regulation.

Highlights

  • We find that the manufacturer is happy to see the level of take-back regulation increasing enough to eliminate the Backward Production Capacity (BPC) remanufacturer

  • Social welfare keeps increasing with the collection target, but we find that social welfare suddenly rises when the collection target reaches its elimination threshold

  • We focus on the changes from each perspective, after backward production capacity remanufacturer was eliminated by regulation

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Summary

Introduction

An increasing number of enterprises worldwide are willing to take back end-of-life (EOL) products and remanufacture them. E main reason is that this part of the market could be profitable for anyone in this field. E colossal profit cake has lured many enterprises eager, including some advanced manufacturers (such as Cat Reman and Wealdstone) and Backward Production Capacity (BPC) companies. For EOL products, collectors typically have the following treatment methods: incineration, burial, recycling, dismantling, and so on. In the processing of EOL products, taking back and remanufacturing have become the choice of many manufacturers because of their superior economic impact and environmental protection effects. Mercedes-Benz opens the remanufacturing industry to take back used items and sell remanufactured core components (such as motors, water pumps, and jet pumps) to consumers

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