克雷沃罗日斯克氧化矿选矿厂赤铁矿原料的直接回收技术研究

P. Loboda, Younes Razaz, S. Grishchenko
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引用次数: 0

摘要

目的。为了证实在Krivoy Rog氧化矿石采矿和加工厂使用直接还原技术itmk3®处理赤铁矿原料的效率。对日本神户制钢公司和奥地利Hares Engineering GmbX共同开发的itmk3®直接修复技术的结果进行分析,以期将Krivbass赤铁矿加工成粒状铁(所谓的“金块”)。参与生产的赤铁矿矿石(氧化石英岩)的克里夫巴斯具有高铁含量,但磁性低,将其加工成粒状铸铁是接地创意。采用日本神户制钢公司和奥地利Hares Engineering GmbH公司的itmk3®直接还原技术,首次将Krivbass赤铁矿加工成粒状铸铁。实用价值。赤铁矿(氧化石英岩)的利用效率得到了证实,可以显著降低采矿周期的成本,实现冶金产品的经济生产。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
ON THE PROCESSING OF HEMATITE RAW MATERIALS AT THE KRYVOROZHSK MINING AND PROCESSING PLANT OF OXIDIZED ORE ON TECHNOLOGY OF DIRECT RECOVERY ITmk3
Purpose. To substantiate the efficiency of processing hematite raw materials at the Krivoy Rog Mining and Processing Plant of Oxidized Ores using the direct reduction technology itmk3®. Metodology. Analysis of the results of the itmk3® direct restoration technology developed by Kobe Steel Ltd., Japan and Hares Engineering GmbX, Austria, with a view to using it to process Krivbass hematite ores into granulated iron (so-called “nuggets”). Findings. The involvement in the production of hematite ores (oxidized quartzite) of Krivbass with high iron content, but with low magnetic properties for their processing into granular cast iron is grounded. Originality. The use of itmk3® direct reduction technology from Kobe Steel Ltd., Japan and Hares Engineering GmbH, Austria for the processing of Krivbass hematite ores into granular cast iron is justified for the first time. Practical value. The efficiency of the use of hematite ores (oxidized quartzite) has been substantiated, which can significantly reduce the costs in the mining cycle for the economical production of metallurgical products.
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