Service | On-Site Leak Detection & Survey Capabilities

On-Site Leak Detection & Survey Capabilities

Our OPS team has many years of experience in the field of leak detection and pipeline survey work, having performed these services throughout QLD, NSW for the CSG & Mining industry, we utilize cutting-edge technology to ensure the safety and efficiency of Gas Production Facilities. Here’s a comprehensive look at our leak detection and survey capabilities:

Advanced Technology for Fugitive Emissions Detection

At OPS we leverage the latest in Semi-Conductor, Catalytic Reaction, Thermal Conductivity equipment, and Infra-Red Laser Technology. These technologies are adept at identifying Fugitive Emissions across various infrastructures such as Wellheads, Compression Stations, associated gathering lines and vents points.

Pipelines Surveys

Our pipeline survey capabilities are unmatched, backed by years of experience and state-of-the-art technology:

  1. Infrared Laser & Mapping System:
    • Utilization of the latest infrared laser technology paired with the Esri ArcGIS mapping system.
    • Accurate and comprehensive ROW reports inclusive of date/time, GPS coordinates, photos, and the entire survey report.
  2. Handheld/Vehicle Mounted Mini Laser:
    • Uses a tunable diode laser capable of detecting methane up to 30 metres.
    • Compact and intrinsically safe, making it ideal for challenging access areas.
    • Enhances productivity, especially for vehicle-based pipeline surveys.
    • Perfect for overhead pipework and other difficult-to-reach places.
  3. Advanced Methane Detection:
    • Employs Semi-Conductor, Catalytic Reaction, and Thermal Conductivity technology for methane detection.
    • Provides a swift response time.
    • Compact and intrinsically safe.
    • Capable of detecting Methane in various metrics such as PPM, %LEL, and %V/v.

All our equipment is intrinsically safe, ensuring the utmost safety during operations which are strictly adhere to the industry requirements and the Code of Practice V6, dated June 2022, both in equipment and operational procedures