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Fault Detection Method for Steam Boiler Tube Using Mahalanobis Distance
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 Title & Authors
Fault Detection Method for Steam Boiler Tube Using Mahalanobis Distance
Yu, Jungwon; Jang, Jaeyel; Yoo, Jaeyeong; Kim, Sungshin;
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Since thermal power plant (TPP) equipment is operated under very high pressure and temperature, failures of the equipment give rise to severe losses of life and property. To prevent the losses, fault detection method is, therefore, absolutely necessary to identify abnormal operating conditions of the equipment in advance. In this paper, we present Mahalanobis distance (MD) based fault detection method for steam boiler tube in TPP. In the MD-based method, it is supposed that abnormal data samples are far away from normal samples. Using multivariate samples collected from normal target system, mean vector and covariance matrix are calculated and threshold value of MD is decided. In a test phase, after calculating the MDs between the mean vector and test samples, alarm signals occur if the MDs exceed the predefined threshold. To demonstrate the performance, a failure case due to boiler tube leakage in 200MW TPP is employed. The experimental results show that the presented method can perform early detection of boiler tube leakage successfully.
Steam boiler tube;Mahalanobis distance;Fault detection;
 Cited by
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