The popular RCMII methodology has been around since the late ’90s, but it was what professionals call a consequence-based approach. This work represents a revision to that bestselling work, by John Moubray, with more modern thinking, an emphasis on a risk-based methodology, and alignment with International ISO standards (55000 and 31000). The result is a more holistic, integrated, and rigorous way for developing asset care and risk-mitigating strategies for physical assets.
Since the release of the ISO 31000 and ISO 55000 Standards for Risk Management and Asset Management respectively, Aladon developed RCM3, a risk-based RCM methodology that places managing the risk and reliability of physical assets mainstream with other business management systems in an organization. RCM3 fully complies and exceeds the requirements of the SAEJA 1011 Standard and fully aligns with the frameworks of the ISO Standards.
The new risk-based focus of RCM3 features the following principles:
• The proactive management of physical and economic risks.
• Updated approach for testing and managing of protective systems.
• Based on the requirements of the fourth industrial revolution (Industry 4.0) and its challenges.
• Covers new expectations and new maintenance techniques for fourth-generation maintenance.
• Places reliability & risk management mainstream with organizational objectives and management systems.
• Aligned and integrated with International ISO Standards for Physical Asset Management and Risk Management (ISO 55000 & ISO 31000).
• Now part of an integrated asset strategy for full life-cycle management of physical assets.
สารบัญ
Ch. 1: RCM3 Background; Ch. 2: Introduction to RCM; Ch. 3: Operating Context; Ch. 4: Functions; Ch. 5: Failed States; Ch. 6: Failure Modes and Effects Analysis; Ch. 7: Failure Consequences and Risk; Ch. 8: Risk Management Strategies—Technical Feasibility; Ch. 9: Managing Tolerable Risks—Why Care?; Ch. 10: The RCM3 Decision Process; Ch. 11: Implementing RCM Recommendations; Ch. 12: Actuarial Analysis and Failure Data; Ch. 13: Applying the RCM3 Process; Ch. 14: What RCM Achieves; Ch. 15: A Brief History of RCM3; Appendices.
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Marius Basson is the President of Aladon and The Aladon Network, a global community of industry professionals delivering reliability-based training and consulting services. He is an experienced engineering professional with more than 25 years’ experience in leading and implementing business improvement and reliability initiatives. He specialized in the application of risk and reliability improvement programs for many years and adopted a methodical way of thinking. He is a thought leader and has a strong track record of successful engagements with asset-intensive industries including mining, transportation, electric utilities, water and wastewater utilities, chemical, oil and gas, nuclear manufacturing, waste processing and other asset intensive process industries. He has extensive experience as a dynamic manager in large risk and reliability improvement projects working on all the continents across the globe.Mr. Basson offers a hands-on management style and detailed knowledge of underlying technologies with proven ability for meeting large scale project deadlines and budgets. He is a good communicator and presenter and a qualified and experienced mechanical engineer. Mr. Basson has excellent networking capabilities and is well respected and recognized in the global community.
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