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Maximizing BOF production capacity and producing cost efficient by using sublance based process control

机译:通过使用基于副枪的过程控制来最大化转炉生产能力并提高成本效益

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摘要

All around the world steel producers constantly seek to improve their production. This can he an increase in production capacity, triggered by an ever increasing market demand for steel or by the necessity to lower production cost to maintain competitive position. A proved method for obtaining these objectives is the introduction of the latest BOF process control model, which can dynamically adjust the steel making process by the use of sublance measurement data, such as steel bath temperature, carbon content, phosphorous content and actual bath level. No other system can deliver tight end point control (Carbon content and Temperature) and all this crucial process data. That is why in the world largest steel producing country China., already more than 30 steel shops have chosen to install over 90 sublance systems producing in excess of 200 million tons per annum.
机译:世界各地的钢铁生产商都在不断寻求提高产量的方法。这可能是由于市场对钢铁的需求不断增长,或者由于必须降低生产成本以保持竞争优势而导致的产能增加。达到这些目标的一种行之有效的方法是引入最新的BOF工艺控制模型,该模型可以通过使用副喷枪测量数据(例如钢水温度,碳含量,磷含量和实际钢水水平)动态地调整炼钢工艺。没有其他系统可以提供严格的终点控制(碳含量和温度)以及所有这些关键过程数据。因此,在世界最大的钢铁生产国中国,已经有30多家钢铁厂选择安装90多个副喷枪系统,年产量超过2亿吨。

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