Petrel Tutorial | FREE |

If you are handing off to an engineer:

Use the Structural Framework QC manager to automatically find and fix fault-fault intersection errors.

To calibrate your seismic time data with well depth data, you must perform a well-to-seismic tie. Create a Synthetic Seismogram petrel tutorial

Convert interpreted points and sticks into continuous 3D surfaces using the Make Surface process. 4. Well Correlation and Petrophysics

With data loaded, the next phase is interpreting seismic reflectors. In Petrel’s Seismic Interpretation window, users display inline and crossline sections, adjust color maps (e.g., seismic “wiggle” or variable density), and pick horizons. A typical tutorial exercise involves: If you are handing off to an engineer:

Preparing the model for dynamic analysis in ECLIPSE or INTERSECT. Input fluid properties (PVT) data.

Launch Petrel and create a new project ( File → New ). A often begins here, guiding you to define your coordinate reference system (CRS). Setting the correct CRS and units (e.g., meters or feet) for your project is a fundamental step before any data is loaded. A typical tutorial exercise involves: Preparing the model

Right-click the created well folder, select Import Selection , and choose Well path/deviation ( . ) . Match MD (Measured Depth), Inclination, and Azimuth .

Import historical production data (oil, gas, and water rates over time) via the folder.

Static models are often too dense (millions of cells) for rapid dynamic simulation runtimes. You must upscale the static grid to a coarser dynamic grid. Grid Upscaling Create a new, coarser 3D grid (e.g., horizontally with thicker vertical layers).