Our Services

Zonal Automated Ultrasonic Testing (AUT) is a highly accurate non-destructive inspection method used for pipeline girth welds. The weld is divided into multiple inspection zones, each monitored by dedicated ultrasonic channels using advanced phased array technology. This approach enables reliable detection and characterisation of defects while reducing false indications and ensuring confidence in weld integrity.

Phased Array Ultrasonic Testing (PAUT) for weld inspection, corrosion mapping, and assessment of complex geometries, including components with limited access and challenging profiles

Time of Flight Diffraction (TOFD) for accurate flaw detection, characterisation, and through-wall sizing of planar defects • Full Matrix Capture (FMC) and Total

Full Matrix Capture (FMC) and Total Focusing Method (TFM) for advanced ultrasonic imaging, particularly suited to difficult materials, coarse-grained structures, and high-resolution defect evaluation

Automated Ultrasonic Testing (AUT) for pipeline girth weld inspection, including zonal discrimination, encoded imaging setups, and performance demonstration support

HDPE weld inspection in accordance with ISO/TS 22499, including butt fusion weld assessment and technique qualification

Ultrasonic testing and PAUT of stainless steel, duplex, and dissimilar metal welds, specialising in material anisotropy and structural noise

Field-based corrosion mapping and asset integrity surveys to support fitness-for-service assessments and life extension decisions

Bespoke qualifications and validations both code based and in service

Calibration block design and manufacturing support, from enquiry through to final block delivery

Level III technical governance, procedure development, review, and on-site technical assurance for advanced ultrasonic inspections

Technical interface with clients, regulators, and third-party reviewers, including support during audits, technical reviews, and acceptance meetings

Advanced UT data analysis, interpretation, and technical reporting, including defect characterisation and engineering-ready outputs

Evaluation, validation, and deployment of emerging ultrasonic technologies, including new probes, scanners, and imaging techniques

Inspection system integration, field readiness checks, and deployment support for manual, semi-automated, and automated systems