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System and method for minimizing slag carryover during the tapping of a BOF converter in the production of steel

机译:使钢生产中的转炉转炉出钢过程中的炉渣残留最小化的系统和方法

摘要

A system and method for detecting molten slag in a tap stream between a steel making basic oxygen furnace (BOF) and corresponding ladle. BOFs are used in the manufacture of steel. An infrared (IR) imaging or detecting device is used to image/view the BOF-to-ladle tap stream, the stream transmitting energy indicative of whether molten steel and/or slag is in the stream at a given time. The imaging device uses mainly long IR wavelengths (e.g. wavelengths of from about 8 to 14 mu m) when imaging the molten tap stream, because these wavelengths are less susceptible to being blocked or absorbed by airborne gases and particles frequently found in BOF environments. In certain embodiments, all IR wavelengths other than those greater than about 8 mu m are filtered out and are not used to detect slag in the tap stream. IMAGE
机译:一种用于检测炼钢碱性氧气炉(BOF)和相应钢包之间的出钢流中熔渣的系统和方法。转炉用于钢铁生产。使用红外(IR)成像或检测设备对BOF到钢包的自来水流进行成像/查看,该流传输能量以指示在给定时间流中是否存在钢水和/或炉渣。当对熔融的自来水流进行成像时,成像设备主要使用长的IR波长(例如,约8至14μm的波长),因为这些波长不易被BOF环境中经常发现的空气传播的气体和颗粒阻挡或吸收。在某些实施例中,除大于约8μm的那些IR波长之外的所有IR波长都被滤除并且不用于检测出料流中的炉渣。 <图像>

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