Understanding the technique
Assesses whether equipment containing identified degradation can remain in service within defined operating limits. Inspection measurements are evaluated alongside material properties, geometry and loading to support an engineering disposition.
Where it adds value
Corrosion, localized metal loss, crack-like flaws and other damage in pressure-retaining equipment.
The purpose is to provide evidence that supports a defined asset decision: prioritizing maintenance, investigating degradation, assessing serviceability or documenting equipment condition. The examination is planned around the asset's operating context and the information needed by the owner.
Inspection outputs
An assessment report describing the evaluated damage, assumptions, acceptance basis and recommended operating, repair or monitoring actions.
Planning considerations
The assessment level and applicable engineering criteria depend on damage type and data quality. Additional characterization may be required.
From scope to decision
Provide equipment identification, drawings, material details, operating conditions and previous inspection records where available.
Confirm the inspection objective, accessible locations, coverage, acceptance basis, site arrangements and reporting requirements.
Review recorded findings against the agreed scope, identify any coverage limitations and define the need for further inspection or engineering assessment.
Project questions
What information helps define a quotation?
Share the asset type, location, quantity, inspection objective and desired schedule. Drawings, previous reports and access information help the team prepare a realistic scope.
Can this technique be combined with other services?
Yes. Complementary examination or engineering assessment may be needed to characterize relevant findings. The combination depends on damage mechanisms, material, geometry and the decision required.