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Monitoring Kraft Recovery Boiler Fouling using Principal Component Analysis

机译:使用主成分分析监控牛皮纸回收锅炉的结垢

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High resolution operational data from three recovery boilers was analyzed using the Principal Component Analysis (PCA) feature of a multivariate statistical analysis program to identify major operating variables that caused fouling and plugging in three kraft recovery boilers. The results show that not only can PCA be used to visualize the variability related to long-term fouling trends in the boilers, it also can be used to visually distinguish changes in the boiler fouling condition caused by operational variability over a short period of time. This represents a major step forward in identifying operating variables that may be adjusted to minimize fouling, and in developing an on-line fouling monitoring technology based on PCA.
机译:使用多元统计分析程序的主成分分析(PCA)功能分析了来自三个回收锅炉的高分辨率运行数据,以识别导致三个牛皮纸回收锅炉结垢和堵塞的主要运行变量。结果表明,PCA不仅可以用于可视化与锅炉长期结垢趋势相关的变异性,还可以用于在视觉上区分由短时间内的操作变异性引起的锅炉结垢状况的变化。这代表着向前迈出的重要一步,该过程是确定可以调整以最小化结垢的操作变量,以及开发基于PCA的在线结垢监测技术。

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