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Method of detecting distribution of blast furnace gas flow

机译:检测高炉煤气流量分布的方法

摘要

A method for detecting an air flow distribution in a blast furnace, taking into account a heat exchange between an air flow and a solid material bed and the effect of a distribution of a material layer structure in a radial direction of a blast furnace on the radial air permeability of blast furnace, which affects a mode of air flow distribution, wherein the distribution of the air flow and the radial material layer structure of the blast furnace can be calculated by combining a cross-shaped temperature-measuring gun and other main blast furnace operating parameters. According to the detection method, a blast furnace operator can timely and accurately infer, from a change in a current radial air flow temperature distribution, the direction of change of the distribution of the air flow and the radial material layer structure at a furnace throat portion, thus providing a direction for the adjustment of a material distribution system, ensuring the blast furnace to run stably and smoothly, extending a service life and reducing a fuel ratio without other expensive detecting instruments.
机译:一种考虑到空气流和固体物料床之间的热交换以及高炉径向上的材料层结构分布在径向上的影响的高炉中气流分布的检测方法高炉的空气渗透率,影响气流的分布方式,其中气流的分布和高炉的径向材料层结构可以通过将十字形测温枪与其他主高炉相结合来计算操作参数。根据该检测方法,高炉操作者能够根据当前的径向空气流温度分布的变化及时且准确地推断出空气的分布的变化方向和炉喉部的径向材料层结构。因此,无需其他昂贵的检测仪器即可为调整材料分配系统,确保高炉稳定平稳地运行,延长使用寿命和降低燃油比提供指导。

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