Towards a Taxonomy of E-Waste Urban Mining Technology Design and Adoption: A Systematic Literature Review

Sustainability Pub Date : 2024-07-26 DOI:10.3390/su16156389
Amila Kasun Sampath Udage Kankanamge, M. Erdiaw‐Kwasie, Matthew Abunyewah
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Abstract

The role of technology in e-waste management is receiving increasing attention as a dominant strategy to achieve long-term sustainability and well-being goals. However, a lack of comprehensive understanding of the contemporary factors influencing e-waste urban mining technology design and adoption remains. This is the first study to propose a taxonomy to clarify the contemporary factors influencing e-waste urban mining technology design and adoption. The taxonomy comprises four thematic clusters, notably the device cluster, the process cluster, the organizational cluster, and the macro cluster. This study further shares insights on how the taxonomy of e-waste urban mining technology design and adoption can be applied to assess each stage of the technology transition process. Drawing from this study synthesis, this study taxonomy model characterizes the embedded internal and external various states of technology design and adoption and derives informed decisions from a sustainable technology perspective. This study’s taxonomy framework supports the outlook measurement analysis of e-waste urban mining technology factors from both developing and developed countries’ perspectives, which can contribute to broadening the scope and level of the applicability of technologies.
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实现电子废物城市开采技术设计和采用的分类标准:系统性文献综述
作为实现长期可持续发展和福祉目标的主导战略,技术在电子废物管理中的作用正受到越来越多的关注。然而,人们对影响电子垃圾城市开采技术设计和采用的当代因素仍缺乏全面了解。本研究首次提出了一种分类法,以阐明影响电子废物城市开采技术设计和采用的当代因素。该分类法包括四个专题组,即设备组、流程组、组织组和宏观组。本研究还就如何应用电子废弃物城市开采技术设计与采用分类法评估技术过渡过程的各个阶段分享了见解。本研究的分类模型从本研究综述中汲取营养,描述了技术设计和采用的内部和外部各种嵌入状态,并从可持续技术的角度得出了明智的决策。本研究的分类框架支持从发展中国家和发达国家的角度对电子废弃物城市开采技术因素进行展望测量分析,有助于拓宽技术的适用范围和水平。
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