Petrel Tutorial 'link' -

Right-click the folder and select Import (on selection) . Change the file type to Well headers ( . ) .

Whether you are working with a or carbonate reservoir environment?

Select within the structural modeling workflow. Insert your interpreted seismic horizons or well tops.

Calibrate the time-depth relationship (TDR) by shifting and stretching the synthetic trace to match the actual seismic traces near the wellbore. Fault Interpretation Open a or Interpretation Window . petrel tutorial

To master Petrel, you must understand its data structure. Petrel is a —meaning all data sits within a common 3D grid.

Input your structural grid, porosity property, and water saturation ( Swcap S sub w ) property. Specify the formation volume factors ( Bocap B sub o Bgcap B sub g

Once your data is loaded, you can begin constructing the 3D framework of your reservoir. Right-click the folder and select Import (on selection)

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

Petrel Basics for Geophysical Interpretation | PDF | File Format - Scribd

Pillar Gridding defines the lateral boundaries and skeleton framework of the 3D grid. Whether you are working with a or carbonate

Use the function to view the structural geometry of the basin relative to a specific depositional timeline. 5. 3D Structural Modeling (Corner-Point Gridding)

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

[Fault Modeling] ---> [Pillar Gridding] ---> [Horizon Making] ---> [Detailing Zones & Layers] Fault Modeling Move to the process tab.

The central workspace where you open 2D, 3D, Map, or Well Section windows to visualize data. Project Initialization Steps Open Petrel and select File > New Project . Go to Project > Project Settings .

: Use the Petrel Import Guide to bring in well headers, trajectories, and logs.