Nuclear piping thickness measurement
Industrial context
In nuclear facilities, wall thickness measurement is crucial for structural integrity assessments, regulatory compliance, and long-term operation (LTO). Historically, these measurements rely on manual ultrasonic testing and handwritten transcriptions, making them prone to human error, inconsistent data, and limited traceability. As nuclear infrastructure ages, high-fidelity, repeatable, and auditable inspection becomes increasingly critical to safety and asset longevity.
- Lack of traceability and repeatability in conventional ultrasonic inspections
- Operator dependency and risk of transcription errors
- Complex geometries difficult to inspect with standard probes
- Need for predictive maintenance data and audit-ready records
- Safety risks due to ergonomics, chemical couplants, and high manpower demands
A compact, field-deployable inspection system integrating:
✅ A flexible phased-array probe for complex geometries
✅ Dual-axis encoded acquisition for spatial precision
✅ Real-time analysis and EDF-compliant digital recording
✅ An intuitive, guided workflow operable by non-specialists
Its modular architecture supports rapid deployment, real-time validation, and seamless integration with digital asset management systems. This solution ensures traceable, high-resolution, and repeatable wall thickness measurements.
✅ Inspection throughput increased; inspections densified per campaign
✅ Setup and acquisition time reduced; fewer specialist operators needed
✅ Inspection repeatability enables reliable LTO decisions
✅ Minimizes use of consumables and hazardous couplants
✅ High ROI via aftermarket accessories and consumables
✅ Interoperability with legacy systems preserves past investments
