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USE OF MOLECULAR RECOGNITION TECHNOLOGY TO ACHIEVE HIGH PURITY COBALT, NICKEL, AND COPPER

机译:使用分子识别技术实现高纯度钴,镍和铜

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Modern technology requires ultra-pure cobalt, nickel, and copper for use in products that are critical to the economy. Impurities in these metals can result in serious impairment of downstream metal products through structural weakness or failure, lowered performance levels, diminished longevity, and increased danger of fire or explosion. Thus, a large economic incentive exists to produce these metals in highly purified form either from primary sources, waste streams, or recycling. IBC's Molecular Recognition Technology (MRT) process offers proven procedures, presently used commercially, for removing impurities from refining streams containing these metals. The MRT process is described with examples of its use together with a description of the technical and environmental advantages it offers to the metal refinery.
机译:现代技术需要超纯钴,镍和铜,用于对经济至关重要的产品。这些金属中的杂质可能通过结构性弱点或失效,降低性能水平,降低寿命和爆炸危险,导致下游金属产品严重损害。因此,存在大的经济激励以以主要源,废物流或回收率产生高度纯化的形式生产这些金属。 IBC的分子识别技术(MRT)工艺提供了商业上使用的经过验证的程序,用于从含有这些金属的精炼流中除去杂质。 MRT工艺用其使用的例子描述了它提供给金属炼油厂的技术和环境优势的描述。

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