Map your columns accurately in the import dialog: Well Name, X coordinate, Y coordinate, Kelly Bushing (KB) elevation, and Total Depth (TD). Import Well Deviations (Trajectory)
Use tools in 3D to snap faults to seismic discontinuities. Use Fault Attributes to enhance discontinuities. 3. Well Correlation and Log Data
Once data is loaded, you begin interpreting the geology to build a framework.
This final phase transitions your model from a static geological representation to a dynamic, flowing reservoir asset. Define Fluid Properties (PVT) and Rock-Fluid Interactivity Go to the tab. Open the Simulation Case Manager . petrel tutorial
A tutorial like the "Petrel Geophysical Interpretation" course provides a detailed, hands-on learning experience for these fundamental geophysics workflows .
With your data loaded, you can now map the structural framework of your reservoir. Base Mapping and Visualization Open a new ( Home > Insert > 3D Window ).
Accurate subsurface characterization is the backbone of successful exploration, drilling, and production. stands as the industry-standard software for integrating seismic, well log, and production data into a single, cohesive static and dynamic model. Map your columns accurately in the import dialog:
Petrel is a comprehensive software platform by used for collaborative workflows in the exploration and production sector of the petroleum industry . This guide provides a foundational workflow for starting a project and building a 3D geological model. 1. Project Setup and Data Import
To translate seismic time reflections into geological horizons, you must generate a synthetic seismogram. Extract a statistical wavelet from your seismic volume. Multiply your bulk density log ( ) by your sonic travel-time log ( ) to compute the acoustic impedance.
Reservoir modeling is a critical step in understanding and predicting reservoir behavior. Petrel provides various tools for building and analyzing reservoir models, including: With your data QC'ed and loaded
Investigate to run Monte Carlo simulations on your property distributions.
With your data QC'ed and loaded, the next step is to extract geological information from it.