American International Journal of Research and Innovation

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Electronic Waste Recycling and Sustainable Materials Recovery

Author(s) Dušan Oráč
Country United States
Abstract The rapid growth of electronic consumption has resulted in a significant increase in electronic waste (e-waste), creating environmental, economic, and resource management challenges. Electronic devices contain valuable materials including metals, plastics, glass, and rare earth elements; however, inefficient disposal practices lead to resource losses and environmental contamination. Sustainable electronic waste recycling has emerged as an important strategy for recovering valuable materials, reducing environmental impacts, and supporting circular economy principles.
This study examines electronic waste recycling and sustainable materials recovery through a conceptual analysis of recycling technologies, resource recovery approaches, circular material flows, and environmental management strategies. The research explores major recycling methods including mechanical processing, hydrometallurgical recovery, pyrometallurgical treatment, advanced separation technologies, and responsible e-waste management systems.
The study adopts an analytical framework based on existing research, circular economy principles, and sustainable resource management approaches. The findings indicate that efficient e-waste recycling systems can significantly improve material recovery, reduce dependence on virgin resources, and minimize environmental pollution. However, challenges related to informal recycling practices, technological limitations, high processing costs, and inadequate collection infrastructure continue to restrict effective implementation.
The study concludes that sustainable e-waste recycling requires integrated approaches combining advanced technologies, effective policies, consumer awareness, and circular economy strategies. Strengthening recycling infrastructure and promoting responsible electronic lifecycle management can contribute to sustainable materials recovery and resource conservation.
Keywords Electronic Waste Recycling, Sustainable Materials Recovery, Circular Economy, Resource Efficiency, E-Waste Management, Material Recycling, Sustainable Development
Field Engineering
Published In Volume 4, Issue 4, July-August 2022
Published On 2022-07-20
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