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Improving Blast Furnace Raceway Blockage Detection. Part 2: Signal Processing of Hot Blast Pressure Data

机译:改进高炉滚道堵塞检测。第2部分:热风压力数据的信号处理

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The present paper is part 2 of a three paper series discussing raceway blockages and various approaches for automated detection based on blast furnace (BF) plant data. Blockages of the raceway areas occur on a regular basis and in cases where the hot blast flow rate is reduced significantly, it is beneficial to shut down additional fuel systems like pulverized coal injection (PCI) on that specific tuyere. While part 1 gave an overview on the different appearances of raceway blockages and presented a common test-bench used for signal and image processing, part 2 focuses on the discussion of various signal processing algorithms and their applicability for raceway blockage detection. The algorithms are tested on data from a real BF with supplementary tuyere camera images to validate the results. Beyond this test dataset, a long-term test is performed by processing three month of BF data offline.
机译:本文是三篇论文系列的第2部分,该系列讨论了滚道阻塞和基于高炉(BF)工厂数据的各种自动检测方法。滚道区域经常发生堵塞,并且在热风流速显着降低的情况下,关闭该特定风口上的其他燃料系统(如煤粉喷射(PCI))是有利的。第1部分概述了走线通道阻塞的不同外观,并介绍了用于信号和图像处理的通用测试台,而第2部分则重点讨论了各种信号处理算法及其在走线通道阻塞检测中的适用性。该算法在来自真实BF的数据以及辅助风口照相机图像的基础上进行了测试,以验证结果。除此测试数据集之外,还可以通过离线处理三个月的高炉数据来进行长期测试。

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