乌克兰成矿钛矿物中有价杂质的研究

IF 0.4 Q4 MINING & MINERAL PROCESSING
O. Remezova, Mykolay M. Komsky, Olexandr Komliev, S. Chukharev, S. Vasylenko
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引用次数: 0

摘要

钛矿是欧盟的重要原材料。乌克兰拥有大量钛矿储量,这些储量由几种遗传类型代表,并具有若干优势:可以为各种目的提取原料;大部分砂矿和剩余矿具有良好的开采地质条件;对象的复杂性。钛铁矿是最重要的钛矿物,在结晶基底和沉积岩的基性和超基性岩中最为典型。钛矿的价值因有价杂质(V、Sc、Ta、Nb)的存在而提高。钛矿的质量与其蚀变程度有关。钛铁矿的蚀变程度影响着其精矿的使用行业及其加工技术的发展。作者已经开发了评估该参数的方法,并展示了风化地壳和沉积岩中钛铁矿化学成分变化的动态。通过对钛矿化学分析数据的统计处理表明,与乌克兰地盾的其他地质体相比,Korosten杂岩中钛铁矿中的Sc含量最高,需要改进相关技术。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Study of Valuable Impurities of Ore-Forming Titanium Minerals in the Ukraine
Titanium ore is a critical raw material for the EU. Ukraine has significant titanium ore reserves, which are represented by several genetic types and have a number of advantages: the possibility of extracting raw materials for various purposes; favorable mining and geological conditions for most placer and residual deposits; complexity of objects. Ilmenite is the most important titanium mineral, most typical for basic and ultrabasic rocks of the crystalline basement and sedimentary rocks. The value of titanium ores is enhanced by the presence of valuable impurities(V, Sc, Ta, Nb). The quality of titanium ores is related to their degree of alteration. The degree of alteration of ilmenite influences on the industry where the concentrates are used and the development of their processing technologies. The authors have developed approaches to assessing this parameter and have shown the dynamics of changes in the chemical composition of ilmenite in the weathered crust and sedimentary rocks. Based on the statistical processing of data from the chemical analysis of titanium ores, it is shown that Sc has the highest concentrations in the ilmenite of the Korosten complex compared to other geological bodies of the Ukrainian Shield, which provokes the need to improve the relevant technologies.
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CiteScore
0.70
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发文量
44
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