Pore and Fracture Pressure Risks, Technologies, and Operating Strategies
Tuesday, 2 May
312
Technical / Poster Session
Accurate characterization of pressure and stress in the subsurface is essential for safe and efficient well design and operations. The exchange of non-proprietary ideas and open discussions facilitate common understanding amongst PPFG practitioners as we attempt to safely execute operations without damage to human life and the environment. This session is aimed at technical professionals who create and/or use pore pressure and fracture gradient (PPFG) predictions. PPFG predictions are critical to managing the uncertainties and risks in various business stages, including drilling, well construction, intervention, and abandonment operations. Presentations will focus on cross-discipline integration and uncertainty management in difficult geologic and drilling environments. Topical areas will include incorporation of geomechanics and complex stress environments, impacts of clay diagenesis, geologic plumbing, and data science applications to drilling parameters for real-time guidance during operations.
Chairperson
Sponsoring Society:
- American Association of Petroleum Geologists (AAPG)
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1400-1418 32209Real Time Pore Pressure Calculation From Drilling Dynamics Data Via Machine Learning Techniques
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1420-1438 324061D Hydro-Geomechanical Modelling of Pore Pressure on an Active Convergent Margin: East Coast Basin, New Zealand
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1440-1458 32166Pressure-Stress Evaluation of Wells Drilled at the Angore Field, Western Fold Belt, PNG
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1500-1518 32393Predicting Reservoir Presence From Seismic Velocity Mapping and Pore Pressure Prediction
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1520-1538 325553D Mad Dog Pressure and Stress Prediction Coupling Seismic Velocities, Pressure, and Stress Measurements
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1540-1558 32388Estimation of Shear Wave Velocity Using Empirical, MLR, and GEP Techniques- Case Study: Kharg Island Offshore Oilfield
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1600-1618 32583Assessing Small-Strain Shear Modulus Based on In-Situ Seismic Measurements in Bay of Campeche Sand