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根据冷却强度监测炉型是高炉工作者熟悉的技术,但在马钢实践中付诸应用还是近年的事.随着生产的发展与管理工作的加强,马钢一铁厂从1981年下半年开始采用冷却强度监测炉型,对维持正常的操作炉型,维护高炉炉况顺行和改善技术经济指标均起到了有益的作用.本文扼要介绍这一技术的应用情况. 一、根据冷却强度监测炉型炉身下部、炉腰和炉腹是化学反应及热交换剧烈进行的部位,炉墙的侵蚀和粘结是一对互相对立的矛盾,要维护合理炉型就需要使这一对矛盾达到相对的统一,即维持侵蚀和粘结的平衡.为此,首先必须搞好精料,使高炉操作制度与原料条件相适应,尽量减
According to the cooling intensity monitoring furnace is a familiar technology blast furnace workers, but in the application of Masteel practice or in recent years with the development of production and management to strengthen the Masteel Ironworks from the second half of 1981 The use of cooling intensity monitoring furnace type, to maintain the normal operation of the furnace to maintain blast furnace furnace conditions and improve the technical and economic indicators have played a beneficial role.This article briefly describes the application of this technology.A cooling furnace to monitor the furnace strength Lower body, waist and bosh is a chemical reaction and heat exchange fiercely carried out parts of the furnace wall erosion and bonding is a contradiction between contradictory contradictions, to maintain a reasonable furnace on the need to make the contradiction to achieve a relatively uniform , That is to maintain the balance of erosion and bonding.To this end, we must first do a good job in refining, blast furnace operating system and raw material conditions to adapt to minimize