Fracture Diagnostics
Pre- and Post-Drilling
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Method One:
Pre-drilling fracture design and parameter optimization
Predicts fracture half-length prior to drilling using pressure-dependent geomechanical properties, delivering unmatched accuracy in fracture geometry prediction.
- Fracture design and parameter optimization
- Pressure-dependent geomechanical modeling
- High-accuracy fracture half-length prediction
Method Two:
Post-drilling history matching using fracturing treatment data
Estimates fracture half-length on a per-stage basis using fracture job reports. This is a first-of-its-kind capability; no other existing method provides post-job fracture half-length estimation at the stage level.
- History matching using fracture treatment reports
- Stage-level fracture half-length estimation
- First-of-its-kind capability; no existing alternatives
Method Three:
Post-drilling fracture half-length estimation from flowback data
Derives fracture half-length by volume balancing flow back volumes using elastic compliances and completion parameters.
- Independent validation of fracture effectiveness
Method Four:
Post-drilling fracture half-length estimation from early production data
Derives fracture half-length directly from early-time production behavior, providing an independent validation of fracture effectiveness.
- Fracture half-length estimation from early production response