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Iron-Ore Sintering Process Optimization / Optymalizacja Procesu Aglomeracji Rudy ?elaza

机译:铁矿石烧结工艺优化铁矿石团聚工艺优化

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The work deals with examination of the influence of the ratio between iron ore concentrate and iron ore on quality of produced iron ore sinter. One of the possibilities to increase iron content in sinter is the modification of raw materials ratio, when iron ore materials are added into sintering mixture. If the ratio is in favor of iron ore sinter, iron content in resulting sintering mixture will be lower. If the ratio is in favor of iron ore concentrate and recycled materials, which is more finegrained, a proportion of a fraction under 0.5 mm will increase, charge permeability property will be reduced, sintering band performance will decrease and an occurrence of solid particulate matter in product of sintering process will rise. The sintering mixture permeability can be optimized by increase of fuel content in charge or increase of sinter charge moisture. A change in ratio between concentrate and iron ore has been experimentally studied. An influence of sintering mixture grain size composition, a charge grains shape on quality and phase composition on quality of the produced iron sinter has been studied.
机译:这项工作旨在研究铁精矿和铁矿石之比对生产的铁矿烧结矿质量的影响。当在烧结混合物中添加铁矿石材料时,增加烧结矿中铁含量的一种可能性是改变原料比例。如果该比例有利于铁矿石烧结体,则所得烧结混合物中的铁含量将更低。如果该比例有利于更细的铁精矿和回收材料,则比例会增加0.5 mm以下的比例,电荷渗透性会降低,烧结带性能会降低,并且会出现固体颗粒物质。烧结过程的产物将上升。可以通过增加装料中的燃料含量或增加装料中的水分来优化烧结混合物的渗透性。实验研究了精矿和铁矿石之间的比例变化。研究了烧结混合物的晶粒尺寸组成,带电晶粒形状对质量的影响以及相组成对生产的铁烧结体质量的影响。

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