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The air pollution generated at electronics waste dismantling sites may have a dangerous impact on the health of nearby residents.

The vastly increasing amounts of waste from electrical and electronic equipment (WEEE) has made it imperative to develop systems that can guarantee selective collection and correct treatment of such waste. The European Union (EU) Directive 2002/96/EC appl

The current generation pattern of e-waste consisted of dead electronic and electrical equipments poses one of the world's greatest pollution problem due to the lack of appropriate recovery technology. Crude recovery methods of resource materials (aluminum

One route to reducing electronic waste, increasing product reuse, is dependent on the quality and functionality of discarded electronic goods (core), about which little is known or understood.

Platinum group metals find extensive use in automobile catalysts, space materials and cancer therapy. Their natural resources are limited thus their recovery from the secondary sector has assumed a great significance. Liquid–liquid extraction provide

By 2020, Pike Research anticipates recycling and reuse will surpass annuyal bvolume and weight of electronic devices that become e-waste, mitigating the e-waste crisis.

Primary constituents of e-waste from end-of-life (EOL) computers consist of glass, metals and plastics. Thus the quality of recycling of e-waste is dependent upon individual indicators like cathode ray tube (CRT) recycling, plastics recycling and recovery

Start-up ventures anticipate increased electronics scrap availability in the U.S. will permit introducing domestic refining into the supply chain.

The present study was conducted to investigate the gold bioleaching factors from ore by cyanide producing bacterium Chromobacterium violaceum. The optimal condition for cyanide production by C. violaceum was pH 9 and 5 g/L of glycine in YP medium in 2-day

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