Energy service
Corrosion & Fatigue Analysis
Degradation assessment, fatigue evaluation, crack monitoring and remaining-life estimation.
Corrosion and fatigue are the two degradation mechanisms most likely to determine the remaining life of an ageing energy asset. Both are measurable, both are trendable, and both respond well to structured engineering assessment.
Corrosion
- Corrosion assessment and mechanism identification
- Wall-loss and section-loss evaluation
- Coating and cathodic protection condition review
- Degradation trending against inspection history
- Corrosion monitoring strategy
Fatigue
- Fatigue life evaluation of welded connections and details
- Spectral and time-domain response assessment
- Crack detection follow-up and crack growth monitoring
- Assessment of changed loading and duty
- Remaining-life assessment and re-assessment intervals
Output
Assessments are issued as engineering recommendations with stated assumptions, input data quality and confidence — including where additional inspection or measurement is required before a conclusion can be relied upon.
Client value
A defined basis for the next integrity decision.
Deliverables are framed around action: where to inspect, what to monitor, what to repair, what limits to apply, and what evidence is still needed.
Traceable assumptions and input quality
Prioritised engineering actions
Clear limits, thresholds and review points
Engagement