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A review on recovery processes of metals from E-waste: A green perspective
Science of The Total Environment, 2023E-waste management has become a global concern because of the enormous rise in the rate of end-of-life electrical and electronic equipment's (EEEs). Disposal of waste EEE directly into the environment leads to adverse effects on the environment as well as on human health.
Deblina, Dutta +6 more
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Cost-benefit analysis of metal recovery from e-waste: Implications for international policy
Waste Management, 2021The e-waste problem needs be tackled under a global framework, based upon the understanding that e-waste is a global issue and thus a shared responsibility. To illustrate this point, a cost-benefit analysis of metal recovery from e-waste was conducted with Europe, North America and China as representative regions of e-waste producers.
Wan-Dong Yang, Qing Sun, Hong-Gang Ni
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Recovery of non-metallic useable materials from e-waste
ChemosphereTremendous amounts of electric and electronic wastes (e-waste) are generated daily, and their indiscriminate disposal may cause serious environmental pollution. The recovery of non-metallic materials from e-waste is a strategy to not only reduce the volume of e-waste but also avoid pollutant emissions produced by indiscriminate disposal of e-waste ...
Wooyoung Yang +3 more
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Recovery of precious metals from spent e-waste materials
2021•Electronic waste (e-waste) has become an important environmental and economic concern. •E-waste is any consumer electronic product–TVs, computers, phones, home entertainment systems, and household appliances–that becomes part of the waste stream when these items are discarded and replaced with newer, faster models.[1] • •Technologies for recycling
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Recycling Processes for the Recovery of Metal from E-waste of the LED Industry
2019Increasingly used today, the light-emitting diode (LED) technology today replaces other technologies and has gained a notable market share. This growth in use implies an increased demand for specific materials used in LED manufacturer, aiming at improved performance of devices.
Emanuele Caroline Araújo dos Santos +4 more
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Green Recovery of Precious Metals from E‐waste via Autocatalytic Leaching
Angewandte ChemieAbstract The escalating global demand for precious metals necessitates sustainable recycling from secondary resources like electronic waste. Conventional leaching techniques, however, remain constrained by their dependence on volatile solvents, external catalysts, and energy‐intensive operations.
Xiaoyue Zhou +8 more
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Catalytic Selective Recovery of Metals from E-Waste
ECS Meeting Abstracts, 2021Youri Gendel +3 more
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Metal Recovery from E-Waste by Recycling Techniques: A Review
2022 8th International Conference on Smart Structures and Systems (ICSSS), 2022Monika Gupta +3 more
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Recovery of Metals from E-Waste Mediated by Molten CRT Lead Glass
2016Different metal recovery from unsorted e-waste by smelting was investigated. Metallic Pb (lead) can be recovered from cathode ray tube (CRT) glass containing PbO by reduction melting. During the reduction melting, molten Pb has the property of mixing with other metals, and basic experiments simultaneously recovering different metals in different kinds ...
Hiroyuki Inano +3 more
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Importance of Microorganisms in Metal Recovery from E-waste
2023Parth Chaudhary +3 more
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