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Seismic interpretation maps the structural framework of your reservoir, identifying faults and key geological horizons. Seismic Data Visualization Create a new or 3D Window .

For discrete properties (Facies), use the averaging method.

Select a stochastic algorithm like for highly variable environments, or Object Modeling to populate distinct geometric bodies like channel sands.

Define your fluid contacts (e.g., Oil-Water Contact or Gas-Oil Contact). petrel tutorial

Building a structural model from scratch can be intimidating. Here is the high-level roadmap we use in our latest Petrel tutorial:

Located at the top, it contains tabs categorized by workflow (e.g., Home, Seismic Interpretation, Geology, Reservoir Engineering).

Seismic interpretation maps the structural framework of the subsurface by picking major faults and key geological horizons. Fault Interpretation Seismic interpretation maps the structural framework of your

A model is only as good as the data you feed it. Most tutorials focus on these three core imports:

(CRS) so your data sits correctly on the map. This is done via Project Setup > Project Settings Define Units

Co-render or constrain your petrophysical modeling to your facies model. For example, ensure high porosity is only distributed within your channel facies, and low porosity is restricted to floodplain shales. Select a stochastic algorithm like for highly variable

In the setup dialog, define the seismic setup as a 3D volume or 2D lines.

Located on the left, this contains the Input tab (raw data), Models tab (structural and property models), Results tab (outputs), and Templates tab (color bars and property definitions).

In a Fundamentals course, you will learn: