Petrel Tutorial !!install!! Guide

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

) to convert reservoir volumes to standard surface conditions.

Distribute porosity and permeability within facies using Sequential Gaussian Simulation (SGS) .

is the industry-standard software platform developed by Schlumberger (SLB) used for subsurface interpretation, seismic processing, 3D geological modeling, and reservoir simulation. This comprehensive tutorial serves as a structured guide for geoscientists and petroleum engineers to navigate the software, import critical data, construct robust static models, and prepare files for dynamic simulation. 1. Introduction to the Petrel Interface and Workflow petrel tutorial

Petrel will generate vertical, inclined, or curved pillars along your fault planes to align the grid cells with your structural trends. Horizon Making and Layering

Petrel projects can become large; save to avoid data loss.

Select wells and open a new Well Correlation Window . ) to convert reservoir volumes to standard surface

Where:

This step involves creating the "skeleton" of the reservoir.

Seismic interpretation is a critical component of Petrel. The software provides various tools for seismic data analysis, including: This comprehensive tutorial serves as a structured guide

The final step involves quantifying the uncertainty in your models. The tool allows you to perform sensitivity analysis, uncertainty assessment, and optimization on your reservoir models.

Good data management is the first practical step in any Petrel project. You will import various types of data, from well information to seismic horizons. The Input pane stores all raw data and is the source for all subsequent work.