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Impurity Removal from Titanium Oxycarbide

机译:去除氧化钛中的杂质

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A process to remove impurities from titanium oxycarbide-the feedstock used to make titanium via the MER electrochemical process-from impure oxycarbide produced from low-grade feedstocks such as ilmenite is described. Titanium oxycarbide produced by carbothermal reduction from a natural ilmenite concentrate will contain many metallic impurities, such as iron, manganese, and silicon. If these impurities are not removed, then these metallic impurities will contaminate the titanium product. The MER process can be modified into a two-step process to first remove the contaminating metallic impurities before titanium production begins. A simplified system has been used to test this iron removal method, and the titanium oxycarbide produced by this first electrochemical step has been characterized to determine its impurity content.
机译:描述了一种从碳氧化钛中除去杂质的方法,该碳氧化钛是用于通过MER电化学方法制备钛的原料,该方法是从由低级原料如钛铁矿生产的不纯的碳氧化物中除去。通过天然钛铁矿碳热还原法生产的碳氧化钛将包含许多金属杂质,例如铁,锰和硅。如果不去除这些杂质,那么这些金属杂质将污染钛产品。可以将MER工艺修改为两步工艺,以在开始生产钛之前先去除污染的金属杂质。已使用简化的系统测试该除铁方法,并且已表征了通过该第一电化学步骤生产的碳氧化钛以确定其杂质含量。

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