基于告警数据的流程故障根本原因分析

Ali Noroozifar, I. Izadi
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引用次数: 3

摘要

报警系统是工业综合体和加工工厂的重要组成部分。一旦工厂发生故障,一些变量超过了预定的限制,就会触发警报。然而,由于过程变量之间的巨大互连,一个故障可能会引起许多告警。这使得查找根本原因故障的任务变得困难。找出根本原因的一种方法是分析工艺数据的时间趋势。然而,这种方法耗费时间和资源,并且需要先进的基础设施。本文首先对根本原因分析方法进行了综述。在此基础上,提出了一种仅利用告警数据识别故障根本原因的方法。该方法作为一个著名的基准应用于田纳西伊士曼工艺。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Root Cause Analysis of Process Faults Using Alarm Data
Alarm system is a vital component of industrial complexes and process plants. Once a fault occurs in a plant, some variables exceed their predetermined limits, which will trigger an alarm. However, because of immense interconnection between process variables, a fault might cause many alarms. This makes the task of finding the root cause fault difficult. One approach to find the root cause is to analyze time-trend of process data. This approach, however, is time and resource consuming and requires advanced infrastructure. In this paper, first the root cause analysis methods are reviewed. Then a technique is proposed to identify the root cause of a fault using alarm data only. The method is applied on the Tennessee Eastman process as a well-known benchmark.
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