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Tetronics International Recovery of Metals from Electronics Waste using DC Plasma Arc Technology - (PPT)

机译：使用直流等离子体弧技术 - （PPT）从电子废物中恢复金属的国际恢复

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Primary Extraction vs Secondary Sources: Production of metals from secondary sources removes the very energy intensive ore extraction and processing steps of primary production, Recycling/recovery leads to enormous cuts in energy use, CO_2 emission, water use and waste production, Recycling/recovery is cheaper per kg of precious metal produced.

机译：初级萃取VS二级来源：来自二次来源的金属的生产去除初级生产的非常能量密集的矿石提取和加工步骤，回收/回收导致能源使用的巨大切口，CO_2排放，水使用和废物生产，回收/恢复每千克贵金属的更便宜。

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《International Electronics Recycling Congress》|2015年||共16页
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Tim Johnson;
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中图分类 X76-53;
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专利

1. Factors influencing base metal recovery from waste reverberatory furnace slags in a 50 kVA laboratory DC plasma arc furnace [J] . W. Banda, N.T. Beukes, J.J. Eksteen Journal Of The South African Institute Of Mining & Metallurgy . 2004,第3期

机译：50 kVA实验室直流等离子电弧炉中从废渣反射炉渣中回收贱金属的因素
2. Bioleaching: An innovative biotechnology for recovery of metals from electronic wastes [J] . Focus on Catalysts Group Focus on Catalysts . 2018,第Juna期

机译：生物浸入：一种用于从电子废物中恢复金属的创新生物技术
3. Bioleaching: an innovative biotechnology for recovery of metals from electronic wastes [J] . Anguiano Miriam, Lopez Carlos E., Luevanos Miriam P., Chimica oggi: international journal of chemistry and biotechnology . 2018,第2期

机译：生物浸入：一种创新的生物技术，用于从电子废物中恢复金属
4. Tetronics International Recovery of Metals from Electronics Waste using DC Plasma Arc Technology - (PPT) [C] . Tim Johnson International Electronics Recycling Congress . 2015

机译：使用直流等离子体弧技术 - （PPT）从电子废物中恢复金属的国际恢复
5. Metal recovery from slags using DC arc furnace technology. [D] . Deneys, Adrian Christian. 1998

机译：使用直流电弧炉技术从炉渣中回收金属。
6. Detoxifying PCDD/Fs and heavy metals in fly ash from medical waste incinerators with a DC double arc plasma torch [O] . Xinchao Pan, Jianhua Yan, Zhengmiao Xie -1

机译：使用直流双电弧等离子炬对医疗废物焚化炉中的飞灰中的PCDD / Fs和重金属进行解毒
7. Pyrometallurgical recovery of cobalt from waste reverbaratory furnace slag by DC plasma-ARC furnace technology [O] . Banda Wezi 2001

机译：利用直流等离子弧炉技术从废旧混合炉渣中冶金回收钴
8. Plasma Arc Technology for Toxic Waste Treatment and Metal Production: Industrial Applications and Perspectives. [R] . Bonizzoni, G. 1992

机译：用于有毒废物处理和金属生产的等离子弧技术：工业应用和前景。

Tetronics International Recovery of Metals from Electronics Waste using DC Plasma Arc Technology - (PPT)

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