Petrel seismic pore pressure modeling
Multiwell pore pressure prediction model
The Petrel™ seismic pore pressure modeling functionality generates high-resolution 3D pore pressure cubes or 2D pressure lines, including a rock physics model for pore pressure calibration at well locations. It helps for hazard identification, overpressure zones, and well planning (e.g., casing design).
- Interactive rock physics model building of the velocity and pressure relationship from well logs and drilling measurements
- Integrated time-to-depth component
- Handles marine, land, and transition zone environments
- Interactive calibration and optimization of key parameters
A burial model can be computed at different age and depth pairs. A history for the sediment temperature regime and an estimate of the depth of the mineralization change from mostly smectite to mostly illite can be specified.
For multiple wells, spatially varying parameters are determined. While applying the model to a 3D velocity cube, the variables that have been specified as local to a well will be interpolated. The system is fully interactive and all parameters can be edited individually or optimized during the calibration process.
- Multiwell capability to account for regional trends with mapping of spatially varying parameters
- Four model types: Eaton, extended Bowers, Dutta, Eaton/Dutta
- Output models include multiple rock physics properties, e.g., porosity, effective stress, pore pressure
NExT Petrel training courses
NExT offers a comprehensive training program to support users of the SLB software, plugins, and other software products.
In this section
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Petrel geomechanics modeling
Petrel geomechanics provides an integrated environment for 3D and 4D modeling and simulations that take geomechanics into account for both the reservoir and surrounding formations to reduce risk and improve decision making throughout the life of the field View
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Petrel seismic pore pressure modeling
Multiwell pore pressure prediction model View
