Petrel Tutorial Direct

Frequently check your model using the 3D window and histogram tools to ensure data represents reality.

Generate a to tie your well logs (depth domain) to your seismic data (time domain) using a checkshot survey. Select the Horizon Interpretation tool.

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: Import directional deviation surveys (MD, Inclination, Azimuth) to visualize horizontal or inclined trajectories in 3D.

Petrel acts as a "digital geophysical workshop," integrating diverse datasets into one environment. Hands-On-Start to Petrel 01 Sep 8, 2560 BE — petrel tutorial

Define your and Rock Physics data (Relative Permeability curves and Capillary Pressure tables).

Convert your interpreted seismic fault segments into structural model faults using the process step.

If you are handing off to an engineer:

The Ultimate Petrel Tutorial: A Step-by-Step Guide to Seismic Interpretation and 3D Geological Modeling Frequently check your model using the 3D window

Well correlation allows you to refine your structural understanding by tracking specific geological markers across the field.

Watch this short video to learn how to create a new project and define the Coordinate Reference System (CRS) in Petrel:

Open a to view time-series plots. Plot historical data against your simulated results (e.g., Field Oil Production Rate vs. Time ) to evaluate your model's history match.

Right-click the created well folder, select Import Selection , and choose Well path/deviation ( . ) . Match MD (Measured Depth), Inclination, and Azimuth . This public link is valid for 7 days

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.

Use the tool to manually pick fault planes on inline or crossline sections where seismic reflectors show distinct discontinuities or terminations.

When you open a Petrel project, the interface is divided into four main quadrants: