印度回收电子垃圾的国际最佳做法和政策干预

IF 1.6 Q3 MANAGEMENT Facilities Pub Date : 2023-08-14 DOI:10.1108/f-03-2023-0027
M. Sheoran, Devashish Das Gupta
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引用次数: 0

摘要

目的印度每年产生约200万吨电子垃圾,并且以30%的高速增长。然而,由于基础设施处理效率低下,收集中心数量有限,加上生产者和回收商缺乏适当的激励结构,95%的电子垃圾被送往无组织部门进行处理。消费者没有意识到正确处理电子垃圾的必要性,也没有适当的动机,他们也不倾向于回收过程。因此,本文旨在确定世界各地采用的电子垃圾处理的最佳实践,以在印度和其他新兴经济体实施有效的电子垃圾管理政策干预。设计/方法/途径本文根据德国、意大利和日本的最佳电子废物管理实践,建议采取预防性和治疗性政策干预措施;电子垃圾的生命周期评估;以及对印度电子产品产业的SWOT分析。发现预防措施包括押金退款计划,其中消费者将负责在购买产品期间存入可退还的费用。金额应考虑到处理电子垃圾所涉及的成本,并确保消费者有一定的动力归还使用过的产品。为了确保正确跟踪产品,可以使用射频识别(RFID)标签,该标签将在产品销售时激活,并一直保持激活状态,直到产品到达指定的回收空间或回收商,消费者被退还押金。政府还可以向生产商和回收商提供补贴,以进一步激励整个过程。已经使用移动电话的示例来了解拟议的押金和相关的成本结构。还提出了从长远来看减少电子垃圾产生的治疗措施,以管理所讨论的问题。独创性/价值这项研究是一项倡议,旨在通过从最佳/先进经济体学习电子废物回收方面的知识,在印度等发展中经济体提出并实施最佳电子废物回收技术。
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International best practices for e-waste take back and policy interventions for India
Purpose India generates around two million tonnes of e-waste every year, and it is increasing at a very high rate of 30%. However, due to inefficient handling of infrastructure and limited number of collection centres along with the absence of proper incentive structure for producer and recyclers, 95% of e-waste reaches to unorganized sector for disposal. Consumers are not aware of the need of proper e-waste disposal and in absence of proper motivation and they are not inclined towards recycling process. Therefore, this paper aims to identify the best practices of e-waste take adopted all over the world to implement effective policy interventions for e-waste management in India and other emerging economies. Design/methodology/approach This paper has recommended preventive as well as curative policy interventions on the basis of best e-waste management practices of Germany, Italy and Japan; life cycle assessment of e-waste; and SWOT analysis of Indian electronic product industry. Findings Preventive measures include a deposit refund scheme wherein a consumer will be responsible for depositing a refundable fees during the purchase of the product. The amount should be arrived at keeping in mind cost involved in handling e-waste and ensure some motivation for the consumers to give back used product. To ensure proper tracking of the product, Radio frequency identification (RFID) tags can be used which will be activated at the time of sale of product and remain so until product reaches some designated recycling space or recycler and consumer is returned back his deposit fee. Subsidy to the producers and recyclers can also be provided by the government to further incentivize the whole process. An example of mobile phones has been used to understand the proposed deposit fees and associated cost structure. Curative measures to reduce the generation of e-waste in long run for managing the discussed issue have also been proposed. Originality/value This study is an initiative for proposing and implementing best e-waste take back techniques in a developing economy like India by acquiring learnings from best/advanced economies in terms of e-waste take back.
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来源期刊
Facilities
Facilities MANAGEMENT-
CiteScore
4.40
自引率
17.40%
发文量
46
期刊介绍: The journal offers thorough, independent and expert papers to inform relevant audiences of thinking and practice in the field, including topics such as: ■Intelligent buildings ■Post-occupancy evaluation (building evaluation) ■Relocation and change management ■Sick building syndrome ■Ergonomics and workplace design ■Environmental and workplace psychology ■Briefing, design and construction ■Energy consumption ■Quality initiatives ■Infrastructure management
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