Author_Institution :
Sch. of Manage. & Econ., Beijing Inst. of Technol., Beijing, China
Abstract :
To find the best solution to the e-waste recycling issue in China, this research carefully considers and examines recycling models such as Extended Producer Responsibility (EPR), Online Recycling System and the existing Deposit-refund System. We then combine and tailor the concepts of the 3 above-mentioned systems based on China´s situation, and proposed a customized deposit-refund system by providing a clear definition on information, product and monetary flow under the prevailing EPR policy with the facilitation of online information technology. Surrounding the proposed deposit-refund System under EPR, this research focusing on the issues of recycling, environmental effects and incentives, and re-evaluation of the appropriate roles of the government, then provides a new perspective on supply chain analysis. Based on Savasakan´s supply chain model, we refer the deposit parameter as a new parameter, and then examine the global supply chain from the angle of total social welfare and environment impact. Lastly, in this research, we try to define and introduce the quantitative and standardization theory, which will greatly enrich and complement the existing recycling theory system for future study. In this research, due to third-party recycler of specialized public service operation, it can provide better service quality for e-waste Recycling. At the same time it can also reduce production enterprise in recycling facilities and the human resources of investment, reduce the management cost recovery.
Keywords :
environmental factors; human resource management; incentive schemes; recycling; standardisation; supply chain management; China; EPR policy; Savasakan supply chain model; closed-loop supply chain analysis; customized deposit-refund system; deposit-refund system; e-waste deposit system; e-waste recycling issue; environment impact; environmental effects; extended producer responsibility; global supply chain; human resources; incentives; management cost recovery; monetary flow; online information technology; production enterprise; public service operation; quantitative theory; recycling facilities; social welfare; standardization theory; third-party recycler; Biological system modeling; Economics; Electronic waste; Government; Mathematical model; Recycling; Supply chains; Closed-loop Supply Chain; Deposit System; E-waste; Extended Producer Responsibility;