E-waste is currently identified as the world's fastest-growing waste stream. The key driver behind this trend is the rapid technological advancement and socio-economic development. When hazardous chemicals are not properly handled, e-waste may harm ecosystems and human well-being. Direct effects include releases of acids, heavy metal toxicity, carcinogens and indirect effects such as heavy metal bio-enlargement, acids enlargement and toxicity problems. In this study, a specific type of system is utilised to collect and transport the different types of hazardous e-waste using sustainable transportation with the decision-making trial and evaluation laboratory (DEMATEL). The proposed method of DEMATEL is utilised to identify the relationship and the degree of impact among determined e-waste recycling barriers. The experimental results suggest input material, lack of funds and most affecting factors that are required to be addressed for the improvement of e-waste recycling infrastructure.

中文翻译：

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从社会角度看电子废物回收的可持续运输系统

电子垃圾目前被认为是世界上增长最快的垃圾。这一趋势背后的主要驱动力是技术的迅速发展和社会经济的发展。如果危险化学品的处理不当，电子垃圾可能会损害生态系统和人类福祉。直接影响包括酸的释放，重金属毒性，致癌物和间接影响，例如重金属生物放大，酸增大和毒性问题。在这项研究中，利用特定类型的系统通过决策试验和评估实验室（DEMATEL）使用可持续运输来收集和运输不同类型的危险电子废物。提出的DEMATEL方法可用于确定确定的电子废物回收障碍之间的关系和影响程度。