Semantic integrated condition monitoring and maintenance of complex system

Condition monitoring and maintenance system of capital-intensive plant such as energy, chemical and manufacturing is information-intensive. It needs to integrate process parameters (such as speed, flow rate, etc) from process control systems and component condition monitoring parameters (such as vib...

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Bibliographic Details
Published in2009 IEEE 16th International Conference on Industrial Engineering and Engineering Management pp. 670 - 674
Main Authors Guiyang Jin, Zhanqin Xiang, Fuzhai Lv
Format Conference Proceeding
LanguageEnglish
Published IEEE 01.10.2009
Subjects
Chemicals
Condition monitoring
Cost function
Fault detection
Fault diagnosis
History
maintenance
Manufacturing
ontology
Petroleum
Process control
semantic web
Vibration control
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Summary:Condition monitoring and maintenance system of capital-intensive plant such as energy, chemical and manufacturing is information-intensive. It needs to integrate process parameters (such as speed, flow rate, etc) from process control systems and component condition monitoring parameters (such as vibration, oil particle size, etc) to improve fault detection, fault isolation and fault identification process. It also needs data (such as asset maintenance history information, spare parts, and costs information) from MES or ERP systems to optimize the maintenance activity decision. In this paper, we introduce ontology and rule to code the condition monitoring and maintenance domain knowledge, and then different applications can use tools (rule engine, reasoner) to manipulate the domain knowledge. In this way, it is easy to accomplish the condition monitoring and maintenance activities, reuse and share the domain knowledge.
ISBN:1424436710
9781424436712
DOI:10.1109/ICIEEM.2009.5344503