Argus NDT  

P.O. Box 4026, Spruce Grove
Alberta,  AB  T7X 3B2

  • Booth: 1361

Argus NDT brings innovative engineering to nondestructive testing operations. Operating out of Canada and the US, we strive to improve NDT technology, data analysis software, and equipment designs for the oil and gas industry.  Argus NDT has developed Matrix UT, a comprehensive solution that integrates phased array and data analysis into a single system. Engineered to address the dynamic requirements of both offshore and onshore pipeline inspections, this system leverages field-proven technologies like FMC, TFM, and PCI to deliver superior resolution, enhanced defect characterization capabilities, and the precise sizing and localization of defects. Paired with the Matrix UT, comes our proprietary data analysis and re

 Press Releases

  • Introducing Matrix UT by Argus NDT, Inc.—a revolutionary solution for pipeline girth weld inspection. By seamlessly integrating phased array technology and advanced data analysis, Matrix UT delivers unmatched efficiency and accuracy for both offshore and onshore pipeline inspections.

    This system provides customizable focusing on the region of interest within a pipe girth weld, increasing scan speeds, ensuring superior resolution, precise sizing, accurate defect detection, and localization capabilities.

    By leveraging field-proven technologies like FMC, TFM, PWI, and PCI, Matrix UT sets new standards in pipeline inspection reliability and performance.

    With state-of-the-art data capture technologies and seamless integration with Argus NDT's Matrix DS software. Matrix DS offers real-time reporting and statistical analysis, streamlining project management.

    Experience the future of pipeline inspection with Matrix UT from Argus NDT, Inc.


  • Matrix UT
    The Matrix UT integrates phased array & data analysis for offshore/onshore pipeline inspections, using FMC, TFM, & PCI for high-resolution defect detection & sizing. Includes Matrix DS software for detailed, real-time data visualization & analysis....

  • Data Handling:

    • Full Matrix Capture (FMC)
    • Multi-Channel Data Collection
    • High Sampling Rates
    • Real-Time Adaptive Wall Thickness

    Conventional Imaging Techniques:

    • A-scan
    • B-scan
    • C-scan
    • D-scan

    Advanced Imaging Techniques:

    • Zonal Phased Array
    • S-scan
    • Total Focusing Method (TFM)
    • Phased Coherence Imaging (PCI)
    • Plane Wave Imaging (PWI)
    • Super Resolution TOFD

    Post-Processing Techniques:

    • Migration
    • Anti-Aliasing Imaging

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