Pressure Equipment Integrity Platform
Corrosion, cracks, pitting, blistering: when inspection reveals damage, determine if the component is fit for continued service. This platform runs traceable assessments per API 579‑1/ASME FFS‑1 and returns clear accept/reject results.
When NDE reveals a flaw, you need to determine if the component is fit for continued service. The assessment workflow has three stages.
Select the damage mechanism and component geometry. Enter dimensions, material properties, operating conditions, and flaw measurements from your inspection report.
The platform executes the full calculation procedure (MAWP, reference stress, stress intensity factors, acceptance criteria) with every equation traceable to the standard.
Receive a clear accept or reject determination with the complete calculation trace, ready for peer review, client deliverables, or regulatory documentation.
Each assessment type implements the multi-level approach defined in the standard: Level 1 screening for quick go/no-go decisions, Level 2 for detailed analysis.
Every result links back to the exact equation number and section reference. All intermediate values are shown for independent verification.
Level 1 screening for rapid go/no-go decisions. Level 2 detailed analysis with additional inputs and refined acceptance criteria when needed.
Cylinders, spheres, nozzles, elbows, conical shells, elliptical and torispherical heads, fillet welds, plates, round bars, and more.
Toggle between metric and imperial unit systems. Inputs, outputs, and labels update accordingly throughout the assessment.
Export complete calculation traces as PDF for reports and documentation. Export structured JSON data for integration with AI tools, custom APIs, or external analysis workflows.
Enter flaw data and operating conditions, run the assessment, and receive a complete traceable result; calculations execute in seconds.
Fitness-for-service assessments are used across the energy, refining, chemical, and power industries by a range of engineering roles.
Evaluate flaw significance during or immediately after inspection. Run assessments on-site and include results in inspection reports.
Support run/repair/replace decisions with documented engineering assessments. Build an auditable history of integrity evaluations for each asset.
Include complete, traceable calculation outputs in client deliverables. Every equation reference and intermediate value is documented for third-party review.
Step through real FFS assessment procedures with full traceability. Run parametric studies to see how each input affects the outcome.
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