Reservoir modeling is a critical step in understanding and predicting reservoir behavior. Petrel provides various tools for building and analyzing reservoir models, including:
If your volume seems too high (e.g., 10 billion barrels), your area or porosity is overestimated. If too low, your oil-water contact is too high. petrel tutorial
Fault interpretation follows a similar logic. Users map fault sticks on vertical sections, then generate fault surfaces using the Fault Modeling process. At this stage, the quality of the structural framework—how faults terminate and intersect—determines the robustness of the final grid. Tutorials often stress that less is more: starting with major faults before adding minor splices avoids computational instability. Reservoir modeling is a critical step in understanding
: Distribute petrophysical properties like porosity and permeability using algorithms such as Sequential Gaussian Simulation. Fault interpretation follows a similar logic
If you are a student, note that Schlumberger offers a . The workflow is identical to the commercial version.
To get started with Petrel, these video tutorials provide a comprehensive walkthrough from project setup to advanced modeling: Petrel Basics Complete Tutorial || How to use Petrel || 61K views · 4 years ago YouTube · SGS2020 Petrel Tutorial 1: Simple Static Modeling, Let's Start 48K views · 4 years ago YouTube · Eng-Man
Seismic interpretation is a critical component of Petrel. The software provides various tools for seismic data analysis, including: