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MMK Blast Furnace Operation with a High Proportion of Pellets in a Charge. Part 2(*)

机译:MMK高炉操作,其中装料比例高。第2部分(*)

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摘要

Results are given for calculation of blast furnace operation with a high proportion of Sokolovo-Sarbaiskii Metallurgical Production Association unfluxed pellets with a different content of local agglomerate. It is shown that with an increase in the proportion of unfluxed pellets (up to 60%) in a loading charge in order to achieve the required blast furnace slag basicity charging limestone into the furnace is necessary. In order to reduce the weight of loaded "raw" limestone, it is necessary to produce agglomerate with high basicity. As the proportion of pellets increases in a loaded charge, there is a reduction in blast furnace slag magnesia content. In order to increase slag magnesium oxide concentration, it is expedient during agglomerate preparation to use a combined basic flux consisting of 70% normal and 30% dolomitized limestone.
机译:给出的结果用于计算高比例的Sokolovo-Sarbaiskii冶金生产协会的高炉操作,且未烧结的球团矿具有不同的局部团块含量。结果表明,为了达到所需的高炉矿渣碱度,为了增加所需的高炉矿渣碱度,必须在装料中增加未熔丸料的比例(最多60%),这是必需的。为了减轻负载的“原始”石灰石的重量,必须生产具有高碱度的附聚物。随着装料中颗粒的比例增加,高炉矿渣氧化镁含量降低。为了增加矿渣氧化镁的浓度,在附聚物制备过程中使用由70%的普通石灰石和30%的白云石化石灰石组成的混合碱性熔剂是合宜的。

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