Energy service
Structural Health Monitoring
Instrumentation and engineering interpretation that show how a structure behaves between inspections.
Periodic inspection describes a structure at a point in time. Monitoring describes how it responds to real loading in the periods in between. StructIQ designs monitoring around a specific integrity question — not around a sensor catalogue — and interprets the resulting data against engineering models and acceptance thresholds.
Assets we design monitoring for
- Fixed and ageing offshore platforms
- Pipelines, risers and crossings
- Marine terminals and jetties
- Storage tanks and bunded facilities
- Production and process facilities
- Onshore structures and pipe racks
- Critical industrial and support infrastructure
Parameters typically measured
- Strain
- Vibration and acceleration
- Displacement
- Tilt and inclination
- Load and reaction
- Temperature
- Structural movement
- Environmental conditions
How an engagement is structured
- Define the integrity question and failure modes of concern
- Identify critical members, locations and measurement objectives
- Specify instrumentation, sampling rates and data acquisition
- Install and commission with the operator's permit and access regime
- Establish baselines, alarm thresholds and reporting cadence
- Interpret trends and issue engineering recommendations
What monitoring does not replace
Monitoring supplements, and does not replace, statutory or class-required inspection. StructIQ positions monitoring as additional evidence for integrity decisions, not as a substitute for a required inspection regime.
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