Titlebook: Electronic Waste and Printed Circuit Board Recycling Technologies; Muammer Kaya Book 2019 The Minerals, Metals & Materials Society 2019 E-

妨礙議事

Traditional and Advanced WPCB Recycling,n and mechanical separation (i.e., gravity separation) methods are covered. Novel pyrometallurgical methods for WPCB recycling include direct smelting, incineration, physico-mechanical separation, vacuum pyrolysis, and gasification. Limitations and emerging technologies in pyrometallurgy are also pr

Expostulate

Size Reduction and Classification of WPCBs,ution methods used in WPCB recycling. Industrial-size shredders, which are hammer mill pulverizers, are covered in detail. Emerging fractionation and electrodynamic fragmentation with high-voltage pulse technologies are introduced for WPCB recycling. Industrial plant application flowsheets are demon

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Sorting and Separation of WPCBs,hod selection are introduced here. Wet and dry gravity separation equipment (such as rising current separators, cyclone, triboelectric cyclone, Kelsey centrifugal jigs, heavy media separators, jigs, shaking tables, Falcon separators, and Mozley separators) are widely used in the crude metal and nonm

共同時代

Industrial-Scale E-Waste/WPCB Recycling Lines,ts physical recycling methods to recover Cu, fiber, and resin powder. Today, integration of electronic component disassembly, solder removal, fine pulverization, dry gravity, and electrostatic separation to obtain Cu-rich mixed powder and glass fiber+resin powder are very important in most of the cu

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Neuralgia

Perspectives of WPCB Recycling,ary urban mining (e-waste recycling) shows significant advantages of urban mining. Recycling is a key contributor to sustainable circular economy. Recycling, urban mining, and enhanced landfill mining close the material loop. Market for recycling technologies and eco-design guidelines for manufactur

epicardium

https://doi.org/10.1007/978-3-8349-8448-7nciples, steps, and tools are defined. Objectives of waste printed circuit board (WPCB) and e-waste recycling opportunities are presented. General driving forces, concerns, and challenges for e-waste processing are expressed. E-waste recycling protects environment, saves energy, and conserves resources.

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