2040 West 10th Ave. Vancouver, B.C. V6J 2B3 Canada 
Telephone: +1 (604) 732 8821 Fax: +1 (604) 732 4801






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Solutions

Oil & Gas
 blockThe Weir-Jones Group has supplied over 350 passive microseismic (PMM) and acoustic emission monitoring solutions to the oil and gas, mining, and heavy construction industries in North America and overseas for more than 35 years. Cost-effective 24-bit resolution hardware and robust software, which draws upon this experience is  available as a Turn-Key solution. A wide variety of both temporary and permanent, Life Of Field, (LOF), solutions are available.

PMM systems are usually installed in areas where seismicity is induced as a  result of changes in the state of stress caused by excavations within the reservoir, or by changes in formation pressure  during fluid injection or extraction.

A number of major producers use these systems on a continuous basis. The data can help  delineate production zones, monitor  fracture growth associated with resource extraction or production enhancement techniques, and verify compliance with regulatory agencies.


Direct Benefits:

  • Reduction in well completion and stimulations costs
  • Enhanced Reservoir characterization and monitoring provided
  • Meeting regulatory compliance
  • Significantly enhancing the efficiency of the overall petroleum recovery process.

Applications:

Weir-Jones provides microseismic monitoring and data management services for:

  • HFM - Hydraulic Fracture Monitoring
  • PRM - Permanent Reservoir Monitoring most applicable when performing Thermal Enhanced Oil Recovery (EOR) such as Steam Assisted Gravity Drainage (SAGD) and Cyclic Steam Stimulation (CSS)
    • Heavy oil production related deformations in extreme environments
    • Detection of casing deformation
    • Natural Gas Storage
    • Water flood induced fracturing
    • Geothermal Reservoir Performance
    • Solution Mining
    • Subsurface Waste disposal of Carbon 

                                  

CSS &  SAGD

                           

  Passive Microseismic Monitoring                             Case Study