Petrel Tutorial |top| [DELUXE × RELEASE]

A typical Petrel workflow follows a logical sequence often referred to as the "Seismic-to-Simulation" workflow.

Insert your interpreted seismic horizons into the newly created 3D grid framework.

Select the tool from the Seismic Interpretation tab.

Setting the correct project CRS is vital to ensure all data aligns properly.

Use the workflow manager to automate repetitive tasks. petrel tutorial

: Define faults using "key pillars" to represent their dip, azimuth, and shape in 3D space.

Choose your tracking method: (click-by-click), Guided tracking (semi-automated between clicks), or Autotracking (automated 3D seed propagation).

Key those segments to a specific fault name in your Input tree to group them into a single fault plane. Horizon Interpretation Select the tool.

Petrel is resource-heavy. Before diving in, ensure your workstation meets the technical requirements . At a minimum, you will need: 64-bit Windows. A typical Petrel workflow follows a logical sequence

Transforming interpretations into a watertight geometrical grid requires executing structural modeling steps in a chronological order. 1. Fault Modeling

Houses all raw imported data (wells, seismic, surfaces).

Before any analysis, establishing a correct project structure is vital. Creating a New Project Open Petrel. Navigate to .

With the 3D property model, you can estimate the : Setting the correct project CRS is vital to

Once data is loaded, you begin interpreting the geology to build a framework.

Where structural grids, properties, and simulation cases reside.

Model spatial continuity by fitting (Major axis, Minor axis, Vertical quality) to determine how far your data properties correlate away from the wellbores. Facies and Property Modeling

: Group your input files into organized sub-folders inside the Input Pane to avoid confusion when processing multiple scenarios.