Our Engineering Capabilities
Four integrated disciplines — inspection, reliability, integrity, and digital engineering — applied across every pressure-retaining and rotating asset on your site, from first walk-down to long-term monitoring.
Inspection Engineering
- Pressure vessels
- Heat exchangers
- Above & below-ground storage tanks
- Boilers & fired heaters
- Piping & pipelines
- Rotating & process equipment
Reliability Engineering
- Equipment criticality assessment
- Root cause failure analysis (RCFA)
- Reliability-centered maintenance (RCM) studies
- Maintenance strategy optimization
- Spare parts & bad-actor analysis
Integrity Engineering
- Risk-based inspection (RBI) implementation
- Mechanical integrity programs
- Corrosion management & monitoring
- Fitness-for-service assessments
- Remaining life & corrosion-rate calculations
Digital Engineering
- AI-driven anomaly detection
- Digital inspection & reporting systems
- Predictive maintenance models
- Data analytics & live asset dashboards
- Asset integrity management software
How We Work
A structured, code-compliant process from first conversation to long-term reliability improvement — every step documented and traceable.
Initial Consultation
Scope the assets involved, governing codes, and the client’s operating constraints.
Site Assessment
Field walk-downs and data collection: inspection history, operating parameters, drawings.
Engineering Analysis
Integrity, reliability, and risk assessments performed against the applicable API/ASME codes.
Solution Development
Engineering recommendations, inspection intervals, and repair or replacement options.
Implementation Support
On-site support during execution, inspection, and turnaround activities.
Continuous Improvement
Ongoing monitoring against RBI intervals, with periodic reliability review.
