孟加拉国电子废物管理情景:达卡和吉大港可持续解决方案的政策、建议和案例研究

Hridoy Roy, Md.Shahinoor Islam, Shafaul Haque, M.H. Riyad
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引用次数: 8

摘要

孟加拉国每年产生300万公吨(MMT)的电子垃圾,包括拆船场。倾倒电子垃圾的渗滤液中含有有毒的重金属和有机物,对动物、人类和环境有害。孟加拉国尚未建立适当的立法和系统的电子废物管理战略。本研究报告了电子废物政策的升级,例如,1965年的工厂法到孟加拉国政府(GoB) 2021年的危险废物(电子废物)管理。为了深入了解达卡和吉大港电子废物管理的现状,进行了实地调查,并提出了电子废物的总流量。电子产品(手机、冰箱、电视、电脑和空调)的使用趋势、这些产品的平均使用寿命以及对电子垃圾的认识通过面对面的问卷调查进行了探讨。手机被发现是孟加拉国电子垃圾的主要来源。该研究表明,系统的电子废物管理政策可以改善总体情况。必须引入基于生命周期分析(LCA)和物料流分析(MFA)的综合电子垃圾回收设施。讨论了回收过程,并为孟加拉国提出了建议。在此基础上,提出了以印刷电路板(pcb)为基础的手机和电脑金属回收商业模式,到2030年每年价值10亿美元。回收工厂的最先进技术和处置地点选择标准是孟加拉国更安全管理电子废物的重要因素。为了建立一个可持续和长期的电子废物管理系统,必须培养环境意识。
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Electronic waste management scenario in Bangladesh: policies, recommendations, and case study at Dhaka and Chittagong for a sustainable solution

Bangladesh produces 3 million metric ton (MMT) of e-waste, including ship-breaking yards, each year. The leachate from dumped e-waste contains toxic heavy metals and organics that are detrimental to animals, humans, and the environment. The proper legislation and systematic e-waste management strategies have not yet been established in Bangladesh. This study reported the upgradation of the e-waste policies, e.g., the Factory Act, 1965 to Hazardous Waste (e-waste) Management, 2021 of the government of Bangladesh (GoB). A field survey was conducted for an in-depth understanding of the current scenario of e-waste management in Dhaka and Chittagong and total e-waste streamflow has been presented. The usage trend of electronic products (cell phones, refrigerators, television, computers, and air conditioners), the average lifetime of these products, and knowledge of e-waste were explored by the face-to-face questionnaire-based interviews. Cell phones were found to be the significant contributors to e-waste in Bangladesh. The study suggests that systematic e-waste management policies can improve the total scenario. An integrated e-waste recycling facility based on life cycle analysis (LCA) and materials flow analysis (MFA) must be introduced. The recycling process has been discussed, and recommendation has been pointed out for Bangladesh. Based on the study, printed circuit boards (PCBs)-based metal recovery business model from mobiles and computers worth $1 billion/yr by 2030 has been proposed. State-of-the-art technologies in recycling plants and disposal site selection criteria are essential factors for the safer management of e-waste in Bangladesh. Environmental awareness has to be developed for a sustainable and long-term e-waste management system.

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