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Trends in the Engineering of Blast Furnaces in Modern Fuel and Raw Materials Conditions

机译:现代燃料和原料条件下高炉工程趋势

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摘要

It is expedient to modify blast furnace profiles so as to better suit new raw materials and fuel additives. Research shows that the shaft height may be increased and the cross section may be enlarged. It is clear from practical experience and the available data regarding the physical and chemical properties of batch components that the inclination of the shaft and the shoulders may be decreased when the batch consists entirely of pellets and pulverized coal injection is employed. With decrease in inclination of the shoulders to 76° at one blast furnace of Yenakiieve Iron and Steel Works, normal thermal conditions may be ensured in the section between the shoulders and the bottom of the shaft over a five-year run after startup.
机译:有利的是修改高炉型材,以便更好地适合新的原材料和燃料添加剂。 研究表明,轴高度可以增加并且可以放大横截面。 从实际经验和有关批量组分的物理和化学性质的可用数据可以清楚地看出,当批料完全由粒料组成时,可以减少轴和肩部的倾斜度,并且采用粉煤喷射。 随着钢铁和钢铁工程的一个高炉的肩部倾斜到76°的减少,在轴之间的肩部和轴的底部在启动后的五年运行中可以确保正常的热条件。

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