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Real-Time Risk Monitoring System for Chemical Plants

机译:化工厂实时风险监控系统

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摘要

This study was performed to develop a Real-Time Risk Monitoring System which helps to do fault detection using the information from plant information systems in a chemical process. In this study, to do fault detection, principal component analysis (PCA) methods of multivariate statistical analysis were used. The fundamental notions are a set of variable combinations, that is, detection of principal components which indicate the tendency of variables and operating data. Besides classical statistic process control, PCA can reduce the dimension of variables with monitoring process. Therefore, they are known as suitable methods to treat enormous data composed of many dimensions. The developed Real-Time Risk Monitoring System can analyze and manage the plant information on-line, diagnose causes of abnormality and so prevent major accidents. It's useful for operators to treat numerous process faults efficiently.
机译:进行这项研究是为了开发一个实时风险监控系统,该系统可以使用化学过程中来自工厂信息系统的信息来帮助进行故障检测。在这项研究中,为了进行故障检测,使用了多元统计分析的主成分分析(PCA)方法。基本概念是一组变量组合,即检测表示变量和运行数据趋势的主成分。除了经典的统计过程控制之外,PCA还可以通过监视过程来减小变量的大小。因此,它们被视为处理包含多个维度的巨大数据的合适方法。开发的实时风险监控系统可以在线分析和管理工厂信息,诊断异常原因,从而防止重大事故的发生。对于操作员有效地处理大量过程故障很有用。

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