Petrel Tutorial ((top)) Jun 2026

By mastering Petrel, you can improve your skills and expertise in the oil and gas industry, and contribute to more efficient and effective exploration and production workflows.

Input your upscaled facies logs, define the global proportions of each rock type, and specify variogram ranges to control the spatial continuity and direction of the facies bodies. Petrophysical Modeling (Porosity and Permeability) Open the process.

Tutorials typically provide a pre-built workflow, explaining when to use deterministic vs. stochastic methods. petrel tutorial

Define your desired grid cell size (e.g., 50m x 50m) based on your computational limitations and geological complexity.

Set your domain to (Two-Way Time for seismic) or Depth (True Vertical Depth). By mastering Petrel, you can improve your skills

Before importing data, you must establish the project's foundation.

Your journey begins with the software's core interface. Before learning any single workflow, you must become comfortable navigating Petrel’s four main functional windows: (data source), Models (work achievements), Windows (interactive interface), and Processes (tool entry), as most basic operations are performed in the Input and Processes panes. Set your domain to (Two-Way Time for seismic)

If you are new to Petrel—Schlumberger's industry-leading for 3D visualization, 3D mapping, and 3D reservoir modeling—you've come to the right place. This tutorial provides a structured learning roadmap, from project creation and data import to advanced disciplines like fracture modeling and uncertainty analysis.

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.

This creates the 3D cage that holds your properties (porosity, permeability).