Nearly all import and processing functions in the Input Pane are accessed via RMB.
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
Used for filling the grid with facies based on logs and trends. 4.2. Petrophysical Modeling Porosity ( petrel tutorial
Populating the 3D grid cells with rock characteristics requires geostatistical upscaling and interpolation techniques to replicate natural heterogeneity. Well Log Upscaling
The key advantage of Petrel is its , where changes made in one domain (e.g., structural interpretation) are immediately updated across others (e.g., volumetric calculations). 2. Getting Started: Project Setup Nearly all import and processing functions in the
Prepare the model for dynamic simulation (typically for the Eclipse or Intersect simulators) by defining fluid properties and well completion strategies.
Located at the bottom left, this lists workflow steps in chronological order, from data import to simulation. detailed seismic autotracking settings
Which do you want to focus on next (e.g., detailed seismic autotracking settings, advanced object modeling for facies, or setting up ECLIPSE fluid properties)?
Facies modeling zones your reservoir into distinct geological units like sand channels, shales, or carbonates.
This creates the 3D cage that holds your properties (porosity, permeability).
: Use manual or automated tools to pick horizons and map faults that define the reservoir structure.