An ontological approach increasing the knowledge about equipment ageing including the effects of current transitions

Ageing management of critical equipment is essential for major accident hazard prevention. In European Union, the Seveso Directive explicitly refers to equipment ageing and specific procedures and tools have been developed in some countries to verify the adequacy of ageing management plans. Ageing management requires up-to-date knowledge of damage mechanisms, failure rates, and inspection techniques. Although the energy transition is moving towards innovative and low-impact processes, the issue of equipment ageing remains a concern for the future due to several factors as many existing petroleum industries will be kept operating for years and green fuels will partially use existing plants. The use of digital technologies, such as inspection robots and pervasive sensors, is increasing in order to optimize maintenance costs and extend the useful lifetime of critical equipment. This poses challenges for stakeholders in the establishment, control bodies, and competent authorities, which need to effectively manage knowledge in the face of digital and energy transitions. Ontologies represent a fundamental methodology for organizing and integrating information throughout the equipment life cycle. These are beneficial for activities with high cognitive content such as incident analysis, risk assessment, maintenance management, and inspection planning. This work aims to strengthen an ontology for ageing management by making it able to incorporate emerging digital inspection technologies and damage mechanisms related to green fuels; finally, through the developed web-application, the ontology is available to establishment operators and auditors for the evaluation of the adequacy of ageing management. • Ageing management remains a crucial issue even with the innovations introduced by the energy and digital transitions. • Ontology organizes and shares the knowledge about ageing management. • The support of tools makes the ontology available to those who has to manage the ageing.

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Publication Details

Journal
Journal of Loss Prevention in the Process Industries
Published
2024-10-03
DOI
https://doi.org/10.1016/j.jlp.2024.105453
Citations
5
Primary Topic
Technology Assessment and Management
Type
article
Field-Weighted Citation Impact
1.82
Controls
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article

An ontological approach increasing the knowledge about equipment ageing including the effects of current transitions

Patrizia Agnello, Silvia Ansaldi, Giuseppa Ancione, Maria Francesca Milazzo et al.
5 citations
Journal of Loss Prevention in the Process Industries
Technology Assessment and Management
1.82
article

An ontological approach increasing the knowledge about equipment ageing including the effects of current transitions

Patrizia Agnello, Silvia Ansaldi, Giuseppa Ancione, Maria Francesca Milazzo, Paolo Bragatto
article en
5 citations

Abstract

Ageing management of critical equipment is essential for major accident hazard prevention. In European Union, the Seveso Directive explicitly refers to equipment ageing and specific procedures and tools have been developed in some countries to verify the adequacy of ageing management plans. Ageing management requires up-to-date knowledge of damage mechanisms, failure rates, and inspection techniques. Although the energy transition is moving towards innovative and low-impact processes, the issue of equipment ageing remains a concern for the future due to several factors as many existing petroleum industries will be kept operating for years and green fuels will partially use existing plants. The use of digital technologies, such as inspection robots and pervasive sensors, is increasing in order to optimize maintenance costs and extend the useful lifetime of critical equipment. This poses challenges for stakeholders in the establishment, control bodies, and competent authorities, which need to effectively manage knowledge in the face of digital and energy transitions. Ontologies represent a fundamental methodology for organizing and integrating information throughout the equipment life cycle. These are beneficial for activities with high cognitive content such as incident analysis, risk assessment, maintenance management, and inspection planning. This work aims to strengthen an ontology for ageing management by making it able to incorporate emerging digital inspection technologies and damage mechanisms related to green fuels; finally, through the developed web-application, the ontology is available to establishment operators and auditors for the evaluation of the adequacy of ageing management. • Ageing management remains a crucial issue even with the innovations introduced by the energy and digital transitions. • Ontology organizes and shares the knowledge about ageing management. • The support of tools makes the ontology available to those who has to manage the ageing.

Journal of Loss Prevention in the Process IndustriesVol. 92
University of Messina (IT), Università Campus Bio-Medico (IT), Istituto Nazionale per l'Assicurazione Contro gli Infortuni sul Lavoro (IT)
Openalex Percentile: Top 15%
Technology Assessment and Management
1.82
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