OptimalIntegrity Studio™ Wiki / Using the Studio
The app
Using OptimalIntegrity Studio™
One connected integrity model, worked through linked views, that ends in a risk-ranked inspection plan and a fitness-for-service decision the plant can act on.
The views
| Equipment and circuits | Hierarchical asset register with corrosion circuits and inspection-management groups. |
|---|---|
| Damage-mechanism screening | Automatic screening from material and process conditions, for engineering review. |
| RBI assessment | Qualitative, semi-quantitative and fully quantitative RBI to API 581. |
| Risk matrix and ISO lines | The 5×5 matrix and financial or ISO risk lines against a set risk target. |
| Thickness and corrosion | Thickness import, corrosion-rate and remaining-life prediction, sensitivity analysis. |
| Inspection planner | Run-length interval, coverage and technique, with effectiveness graded A to E. |
| Fitness-for-service | API 579 level 1 and 2 assessments, with a route to level 3 specialists. |
One connected integrity model
The differentiator is that these are views of one model, not seven files. The screened mechanisms set the damage factors, the damage factors and consequence set the risk, the risk sets the inspection plan, and the thickness readings that come back update all of it. A process change or a new reading moves the risk and the plan together, with the history kept, so the programme is consistent and audit-ready rather than a set of spreadsheets that disagree.
Connected to the platform
OptimalIntegrity Studio™ is the integrity engine of the Optimal® ARaaS® platform. It shares the equipment register and consequence data with OptimalAvailability Studio™, takes condition signals from OptimalTREND™ where online monitoring covers a mechanism, feeds inspection and repair materials to OptimalSPARES™, and publishes an integrity-risk indicator to the ARaaS® Dashboard. It also carries a pressure-relief-valve view aligned to API 521 and API 576.
A desk tool, by design
Like OptimalAvailability Studio™, this is an engineering workspace used in integrity studies and inspection planning at a desk, so it is browser-based with no separate mobile app. The outputs, the inspection work orders and the risk dashboard, are what reach the field through the other apps and the CMMS.
Roles and access
Integrity and corrosion engineers build and own the assessments; inspectors record findings and thickness; asset managers read the risk and the plan; and reviewers and auditors see the full change history behind every risk and every interval. Access is by role, and every change is attributed.