Here’s where Petrel’s power shines. You’ll learn to populate grid cells with rock properties:
: Biased petrophysical properties by your facies distribution. For example, restrict high porosity values strictly to your interpreted sand channel facies, while forcing low porosities onto shale cells. 7. Volumetric Calculations and Simulation Export
Input historical production rates or injection constraints using the manager. Running the Simulator (ECLIPSE / INTERSECT) Define your simulation case in the Case Management pane. petrel tutorial
Distributes continuous data (e.g., Porosity, Permeability) conditioned to the underlying facies maps. 6. Volumetric Calculation
To get started with the basics of setting up your first project: Here’s where Petrel’s power shines
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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 Distributes continuous data (e
This "Petrel tutorial" is designed for beginners with a background in geoscience or petroleum engineering but no prior experience with the Petrel platform. A general knowledge of basic computing, geology, and geophysics is recommended before diving in . This guide will focus on the fundamental workflows that form the building blocks of any Petrel project.
Select the source logs you want to upscale (e.g., Gamma Ray, Porosity, Water Saturation). Choose an averaging method: Best for porosity and water saturation.
Navigate through inlines and crosslines, clicking along fault discontinuities to create fault segments.