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Iron Ore and Iron Containing Dust Injection into the Blast Furnace

机译:铁矿石和含铁粉尘注入高炉

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摘要

An actual topic concerning environmental aspects in the iron and steel industry is the recycling of steel plant residues such as flue dust, sludge and rolling mill scale and with it the avoiding of deposits. Subsequently a research program has been started at the Institute of Ferrous Metallurgy at Aachen University of Technology to investigate the possibility of a combined injection of coal and dust into the blast furnace in order to decrease the deposition of waste material. The direct use of dust leads to a substitution of pellets or briquettes and with it to a decrease of agglomeration costs and energy. By help of a laboratory rig the behavior of solids injected into the raceway is tested. First experiments are carried out with pure iron ore to determine the reduction behavior of iron oxides within a residence time of 10 to 20 ms in a simulated raceway. Based on these results different dusts such as blast-furnace flue dust and dust from the casting bay are tested. The effect of injection of iron ore or iron containing dust on the behavior in the raceway of the blast furnace will be described and discussed.
机译:钢铁行业中与环境有关的一个实际主题是钢铁厂残留物的回收,例如烟道粉尘,污泥和轧机氧化皮,以及避免沉积物的回收。随后,亚琛工业大学亚铁冶金研究所开始了一项研究计划,以研究将煤和尘土混合注入高炉中以减少废料沉积的可能性。灰尘的直接使用导致颗粒或团块的替代,并降低了结块成本和能耗。借助实验室设备,可以测试注入滚道中的固体的行为。首先用纯铁矿石进行实验,以确定在模拟滚道中的停留时间10到20 ms内氧化铁的还原行为。基于这些结果,测试了不同的粉尘,例如高炉烟道粉尘和来自铸造舱的粉尘。将描述和讨论铁矿石或含铁粉尘的注入对高炉滚道中行为的影响。

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