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The risk analyst webinar is designed to help participants understand the risk/criticality methodology in the RBMI software. Per API 580, risk assessment personnel should receive detailed training on the RBI methodology that is being utilized. We will touch on the topics covered in our two day training seminar designed to meet that need for inspectors and engineers that are calculating criticality/risk in RBI to make inspection planning decisions.
AOC has delivered thousands of sustainable Risk Based Inspection (RBI) programs earning the trust of owner operators.
Key parameters and mitigating actions for variables that may dramatically affect the intended design life of your asset
A maintenance system designed in which elements work together as a quality system for maximum returns
How well do you know RBI? Take this short quiz to test your knowledge of the API 580 risk-based inspection (RBI) work process.
Is your plant's MI program compliant? Use our checklist to assess your current program against industry standards and receive expert recommendations for improvement.
What does a Risk Analyst do and how do I become one?
Is your Risk Based Inspection (RBI) program aligned with the API 580 Recommended Practice? Are you ready for certification?
A deep dive into quantitative Risk Based Inspection (RBI) as outlined in API 581.
How do I transfer knowledge to my team and verify their skills?
What impact does Risk Based Inspection (RBI) have on my organization?
An update to our original proposal for an API 581 Inspection Plan optimization.
This is a practical approach to incorporating the new PHMSA gas well rules into your integrity program with the rest of your surface and subsurface assets.
An example to compliment our earlier proposal for a risk analysis option that allows for individual damage mechanism risk calculation in API 581
A proposal for a risk analysis option that allows for individual damage mechanism risk calculation in API 581
What are the benefits of Skills Validation and how do you implement it?
Why companies overlook Mechanical Integrity: It's expensive, exposes risk, requires specialized knowledge, and is difficult to audit. Learn the 10 structural, cultural, and economic reasons MI is the weakest PSM element.
Discover why equipment failure is the root cause of most catastrophic incidents. Mechanical Integrity (MI) is the non-negotiable foundation that prevents loss of containment and protects your entire PSM system. Learn the 8 reasons MI is essential.
Refinery incidents, especially fires & explosions, appear to be increasing since 2018, though industry-reported safety metrics show a drop. We look at the data, the debate, and why the numbers conflict.
Learn why catastrophic refinery fires persist 30+ years after OSHA's Process Safety Management (PSM) standard. We detail the causes: from compliance-based vs. performance-based safety to aging infrastructure and weak safety culture. Find out what's missing.
PHMSA vs. OSHA: Understanding the Overlap Hydrocarbon facilities like pipelines, refineries, and terminals often fall under both PHMSA (DOT) and OSHA (DOL). Learn where each agency's jurisdiction begins and ends, and how to coordinate your integrity programs for compliance.
Webinar Inquiry
For more information about this course or to inquire about a customized version of this course hosted in-house at our Houston, Texas location or on-site at a location convenient to you, please complete the form below.