• Technologies
    • SPECTRAL NOISE

      SPECTRAL NOISE Technology

      Spectral Noise Technology captures the acoustic footprint of fluid movement — behind casing, across barriers, wherever it matters. Built on high-fidelity sensors, precision electronics and proprietary interpretation software — for wells where clarity isn’t optional.

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    • SAND DETECTION

      SAND DETECTION Technology

      Sand Detection Technology records the presence and intensity of sand production across the well profile. It enables localization of sand-producing intervals and quantification of sand volume based on particle impact intensity.

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    • MULTIBARRIER CORROSION

      MULTIBARRIER CORROSION Technology

      MultiBarrier Corrosion Technology measures wall thickness across multiple pipe layers without interrupting well operations. It detects early corrosion and advanced metal loss, helping operators maintain barrier integrity and prevent failures.

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    • PRODUCTION LOGGING

      PRODUCTION LOGGING Technology

      Production Logging Technology combines multiple downhole sensors to deliver a detailed view of fluid movement inside the well.It enables evaluation of production and injection profiles by identifying flow contribution, fluid composition, and dynamic well conditions.

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SAND DETECTION
Technology

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“Capturing the Hidden Flow of Solids”

Sand Detection Technology operates on the principle of acoustic impact sensing. As sand particles travel through the wellbore and strike the surface of the tool’s high-frequency sensor, they generate mechanical impulses.

These impulses vary in amplitude based on particle size and velocity — larger grains produce stronger signals, while smaller ones leave lighter traces.

The tool records these acoustic events during the logging run, allowing post-analysis to identify sandproducing intervals and assess the intensity of particle flow.

By comparing signal density and amplitude at different depths, operators can evaluate erosion risk zones and define optimal production settings.

  • Zonal Sand Entry Identification

    Identification of intervals contributing to sand production for targeted intervention planning and sand control strategies.

  • Production Optimization

    Analysis of sand production data to determine the safest and most efficient production regimes, minimizing erosion risk while maintaining output.

  • Flowback Analysis

    Monitoring sand and proppant returns during post-fracturing flowback operations to assess formation behavior and completion efficiency.

  • Erosion Risk Assessment

    Evaluation of erosion risks to downhole and surface equipment based on measured sand intensity and particle load.

  • Custom Deployment Scenarios

    Sand Detection Technology can be configured for tailored use cases defined by the client — including continuous sand monitoring or other non-standard deployment concepts based on unique project needs

  • High-Frequency Acoustic Sensing

    Detects particle impacts with precision using a high-sensitivity sensor optimized for sand-related events.

  • Quantitative Particle Response

    Signal amplitude correlates with particle size and energy, enabling estimation of sand volume and severity

  • Dual-Channel Particle Discrimination

    Two independent detection channels enhance sensitivity and allow differentiation between particle impact patterns.

  • Wide Dynamic Range

    Capable of registering from 0 to 16,000 particle impacts per second, covering both low and intense sand flow conditions.

  • Modular Sensor Integration

    The sand detection module can be engineered into multi-sensor assemblies or integrated with existing client hardware, enabling tailored diagnostics within a single downhole run.