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Reservoir Characterization
Higher resolution data for more reliable processing and inversion results

Q-Marine provides the critical factors needed for enhanced reservoir characterization and commercially successful 4D surveys:
  • Seismic data with broader frequency bandwidth and higher resolution
  • Increased signal-to-noise ratio, which also aids interpreters in attribute analysis
  • Reliable amplitude information for true quantitative reservoir property prediction
  • Unique calibration, accurate positioning, and dynamic streamer steering for repeatability

Dramatic improvements from Q-Marine data

Conventional vs Q-Marine seismic data

Q-Marine data highlight a dramatic improvement in resolution over conventional data in an area of complex faulting. Q-Marine revealed a fault with a throw of less than 15 m and identified individual sand bodies within the main target zone. This improved information about the reservoir aided in generating a more complicated and accurate reservoir model. Newly identified reservoir characteristics led to the repositioning of the development well in zones with better reservoir thickness and distant from the fault.





Seismic interpretations
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Identification of oil/water (A), and oil/gas (B) contacts
3D model analysis
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Property analysis from a 3D model derived using Q-Marine data
Broadband data
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Broadband data improves the inversion process