Petrel Tutorial May 2026
Schlumberger
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
Simulation > Generate Volumetrics.- Define your fluid contact (e.g., Oil-Water contact at -3050 ft TVDss).
- Petrel filters the grid to cells above the contact, in sand, with porosity > 0.08.
- Click
Report. The output will be in cubic meters or barrels.
Well data bring ground truth. In the Well Correlation window, users load well tops (formation boundaries) and display curves. Key operations include: petrel tutorial
Petrel Tutorial: A Comprehensive Guide to Mastering the Petrel Software
: Choose between Metric or Field units for measurements like depth, volume, and pressure. Navigating the UI : The interface is divided into the Explorer panes (data trees), the Window display area (where the tools live). 2. Data Import and Visualization Before building models, you need raw data. Import Wells & Logs Schlumberger Petrel is a comprehensive software platform by
- Don’t skip the exercise data – Schlumberger’s official tutorials come with a sample dataset (e.g., the “West Africa” or “F3 Block” demo). Follow along exactly before trying your own data.
- Use the Process Diagram – Petrel’s workflow diagram (top-left) shows your current step. If you’re lost, look there first.
- Pause and experiment – After each step, click around. Change a variogram parameter. Toggle fault truncation. Break things on purpose—it’s the best way to learn.
- Watch, then do – Video tutorials (on YouTube or Schlumberger’s SIS training hub) are great, but only if you replicate the actions in your own session.
Facies Modeling
: Use Petrel Facies Modeling tools to represent different depositional environments. 5. Simulation and Volumetrics The final step is assessing the reservoir's potential. Simulation > Generate Volumetrics