Risk-based inspection and asset integrity
OptimalIntegrity Studio™ puts inspection where the risk actually is. Automatic damage-mechanism screening, risk-based inspection to API 580 and 581, and fitness-for-service to API 579 – protecting against the loss of containment that carries the safety and environmental consequence.
Illustrative view. Real screenshots on a seeded demo unit in the build.
Built on the Optimal® ARaaS® platform
The value
Ranges confirmed across Optimal client engagements. Where each result lands depends on your baseline and how hard the losses are worked.
Confirmed Optimal client ranges, shown for context. Illustrative, not a performance guarantee.
What it does
Rank every item by risk, screen the damage mechanisms, and inspect the few that carry it, on evidence.
Probability of failure from the damage factor, consequence from the fluid and inventory, to API 581.
Automatic screening of the credible mechanisms from materials and process conditions, to API 571.
Import thickness, compute corrosion rate and remaining life, and drive the next inspection.
Turn ranked risk into an inspection plan with interval, coverage and effectiveness.
Keep degradation inside the limits the design assumed, to API 584.
Assess damaged equipment for continued service, to API 579, at levels 1 and 2.
How it works
OptimalIntegrity Studio™ protects the pressure envelope, the loss-of-containment side of the same asset base.
Define the objectives of the APM strategy.
Transform strategy into systems that collect data and manage change.
Use analytics to monitor performance in real time.
Analyse the data to optimise performance continuously.
Illustrative value
Move the two levers within the confirmed Optimal ranges to see an illustrative annual value from avoided shutdowns and lower maintenance cost. The safety and environmental gain is the real prize. This is a conversation starter, not a quote.
Illustrative annual value
Illustrative only, based on confirmed Optimal client ranges applied to figures you enter. Not a guarantee of results.
GARPI™ is the Optimal asset performance benchmark, an ISO 55001 and GFMAM-aligned view of asset management maturity across eight dimensions. See where you stand and where this app moves the needle first.
FAQ
It runs a risk-based inspection programme end to end: damage-mechanism screening, PoF and CoF to API 581, a risk-ranked inspection plan and fitness-for-service to API 579.
API 580 and 581 for RBI, API 571 for damage mechanisms, API 579 for fitness-for-service, and the API 510, 570 and 653 inspection codes.
It means inspection aimed by risk: more on the items that carry it, less on those that do not. The high-risk items often get more attention, not less.
No. RBI runs on inspection and thickness data. Where OptimalTREND™ online monitoring covers a mechanism, it feeds in and sharpens the damage factor.
It is the integrity engine of the Optimal® ARaaS® platform, sharing the register and consequence data with OptimalAvailability Studio™ and publishing risk to the ARaaS® Dashboard.
Start a 14-day OptimalIntegrity Studio™ trial and rank your estate on a live risk matrix.
14-day trial · access issued by hand · no card required