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Studies to overcome the manufacturing problems in blast furnace tap hole clay of Integrated Steel Plants: Experimental approach

机译:克服集成钢铁厂高炉水龙头粘土制造问题的研究:实验方法

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Integrated Steel Plants commonly uses Blast Furnace route for iron production which accounts for over 60 % of the world iron output. Blast Furnace runs for ten to twenty years without repairing hearth walls and Tap Hole (TH). Tap hole is an outlet for hot metal produced in a Blast Furnace and run from the shell of the furnace into the interior allowing access to the molten material. Tapping is the term used for drilling a hole through the tap hole which allows the molten iron and slag to flow out. In Iron making process, removal of liquid iron from furnace and sending it for steel making is known as cast house practice. For tapping liquid iron and operating the tap hole requires a special type of clay. Tap hole clay (THC) used to stop the flow of liquid iron and slag from the blast furnace. Present work deals with the study on manufacturing of THC at Visakhapatnam Steel Plant and problems related to manufacturing. Experiments were conducted to solve the identified problems and results are furnished in detail. The findings can improve the manufacturing process and improve the productivity of tap hole clay.
机译:综合钢铁厂通常采用高炉铁路生产途径,占世界铁输出的60%以上。高炉运行十到二十年,无需修复炉膛墙壁和水龙头(Th)。 Tap孔是用于高炉生产的热金属的出口,并从炉子的壳体中的壳体进入内部,允许进入熔融材料。攻丝是用于钻孔通过锚杆钻孔的术语,允许熔融铁和渣流出。在铁制造过程中,从炉子中取出液体铁并将其发送钢制作被称为铸造房屋实践。为了挖掘液体铁,操作水龙头需要一种特殊类型的粘土。用于从高炉中停止液体铁和渣的流动粘土(THC)。目前工作涉及在Visakhapatnam钢铁厂制造的研究和与制造有关的问题。进行实验以解决所证实的问题,并详细装修了结果。调查结果可以改善制造过程,提高Tap孔粘土的生产率。

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