OptimalIntegrity Studio™Asset integrity

Use cases → Integrity engineer

For the integrity engineer.

You must show the inspection plan is defensible and the equipment is fit to run. OptimalIntegrity Studio™ gives you the risk, the plan and the fitness-for-service, to standard.

The problem

A calendar inspection plan that misses the real risk.

Inspecting everything on the same interval spends effort on low-risk items and can still miss the mechanism that matters, with no defensible basis for either.

Screen the mechanisms

Automatic screening pairs each material and service with the damage mechanisms that can actually occur.

Rank the risk

Probability times consequence to API 581, ranked on the 5×5 against the risk target.

Plan and assess

A run-length inspection plan, and fitness-for-service on anything damage is found on.

The outcome

What good reliability engineering returns.

Ranges confirmed across Optimal client engagements. Illustrative, not a guarantee.

+3–40%
HSE improvement
+3–7%
Asset availability
−8–20%
Maintenance cost
−5–10%
Spares inventory

"Once the risk was ranked, two vessels moved up the plan and a dozen low-risk lines earned a longer interval – with a basis we could defend."

Illustrative of the integrity-engineer workflow. Replace with a named client quote in the build.

Put a defensible risk basis under your inspection plan.

Start a 14-day trial and rank your real equipment on real data.

14-day trial · access issued by hand · no card required