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A methodology to visualise the status of assets and support effective implementation of a Corrosion Management System. Based on information collated from Corrosion Risk Assessments, Pipeline Risk Assessments, Risk Based Inspection etc. A flexible tool that allows for instant overview of the assets’ integrity status, without need for extraction of information from engineering departments.
It is now well established that any historical approach to corrosion management was primarily reactive in nature, i.e. based on a controlled document system with set review periods. In our response, we have been developing a methodology that can be used to visualise the status of assets at a high level and support the effective implementation of a given Corrosion Management System, as based on information collated from relevant Corrosion Risk Assessments, Pipeline Risk Assessments, Risk Based Inspection etc. We focus on developing a flexible tool that allows for an instant overview of the assets’ integrity status, without a need for extraction of information from engineering departments. Technical personnel and management can thus access the same range of information, which can be readily audited by a third party, such as the UK Health and Safety Executive.
Key words: downloadable, Corrosion Management System, Ageing asset, Visualisation tools
The corrosion management (CM) process could mitigate asset corrosion issues, post-commissioning. Prerequisites are necessary. • Human resources competency •Teamwork and managerial support. This paper looks into how the aforementioned parameters could influence CM implementation and how the whole process could be further improved.
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The aim of this work is to analyze the role of corrosion management in prevention of corrosion accidents related primarily to safety of personnel and the environment. This is achieved by anti-corrosion measures, corrosion monitoring, regular inspection, study of each accident, implementation of meetings, publications, education, and knowledge transfer.
Risk management and a systematic approach of risk based inspection (RBI) based on API 580. The process, benefits, possible pitfalls and opportunity for improvements are clearly detailed based on practical application of RBI and corrosion management of oil and gas facilities.