Design basis RBI? Why not optimize all your asset families prior to RFSU?
Sometimes moving millions of data fields from ten different databases to another seems like trying to get a thousand birds to leave the branches of one tree and land on just the right branches of another.
Heat exchanger failures contribute to over $146M in losses for a large refining enterprise.
Significant findings, even after ten years.
Anything worth doing is worth doing right.
What do you do when you are on the job for six weeks and you have a toxic leak twice the release of the recent DuPont event? Not to mention the fact that it is only 1992 and OSHA 1910.119 is just getting started...
Delivering knowledge based asset files from the true sources of data - confidently, accurately, electronically, and in half the time.
The importance of understanding risk and the significant value attainable through the implementation of risk based inspection (RBI)
Using RISK as a basis for maintenance planning
An upgrader is brought safely back into production a year ahead of expectations, avoiding an opportunity cost exceeding $300 million.
The business case developed for an RBI program - realized benefits and how the on-going value of the program is measured
An interdependent assessment of your people, process, and technologies for a confident path forward
Innovative technology that allows quick, efficient extraction of data into a knowledge-centric world
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
AOC delivers the policies, procedures, work processes, knowledge and actions such as preventive maintenance, predictive maintenance, and condition monitoring tasks.
AOC has delivered thousands of sustainable RBI programs earning the trust of owner operators.
One of the most important steps in an RBI project is the corrosion study or damage mechanism review.
When evaluation of inspection results suggest that an asset is near its end of useful life, Fitness for Service evaluations can determine if the asset us suitable for continued operation.
Achieving zero corrosion-related loss of primary containment in the refining industry.
Asset Integrity Management for all asset families - Rotating, Electrical, Instrumentation, and Fixed Assets
Is our Risk Based Inspection (RBI) program aligned with the API 580 Recommended Practice?
Need to study API Recommended Practice 580 on your own?
What impact does Risk Based Inspection (RBI) have on my organization?
What is Risk Based Inspection?
What information do we need to collect to support a Mechanical Integrity and/or RBI program?
How do we identify and quantify the damage mechanisms that affect our equipment?
How do I estimate risk using the information that I have?
How do I plan and perform inspections and tests?
How do I ensure that my MI/RBI program is up to date and communicate to stakeholders?
How do I transfer knowledge to my team and verify their skills?
What does a Risk Analyst do and how do I become one?
What are your goals for RBI? How will you measure your success? How will you sustain that success?
Asset Integrity Management – how you perform at the plant level affects those goals set at the board room
Are your inspectors empowered to sustain your RBI program after the service provider completes their fixed price contract?
What do I need to do to be a Risk Analyst?
Developing the value proposition and business case for an RBI program
Achieve an RBI program complete with KPIs, Best Practices, and Skills Validation
How important are they?
How does your AI program meet your RONA goals?