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3D Reservoir Modeling in Petrel Complete Subsurface Workflow
Hot & New
New
Rating: 5.0 out of 5(1 rating)
128 students

3D Reservoir Modeling in Petrel Complete Subsurface Workflow

Master Petrel for geological & structural modeling, facies distribution, petrophysics, and volumetric calculations
Hot & New
New
Created byTajeddin Benissa
Last updated 6/2026
English

What you'll learn

  • Build a strong foundation in reservoir modelling concepts by confidently distinguishing between static and dynamic models
  • Navigate and operate Petrel like a professional, mastering its interface, workflows, and domains to efficiently execute geological and reservoir modelling tasks
  • Transform raw subsurface data into meaningful geological insights by importing, organizing, and quality-controlling wells, logs, faults, and seismic horizons.
  • Interpret subsurface geology in 2D and 3D environments, enhancing your ability to correlate well data and refine geological understanding with precision.
  • Construct robust structural and stratigraphic models that accurately represent reservoir architecture, including faults, horizons, and layering frameworks.
  • Develop high-quality 3D grid models using pillar gridding and zonation techniques, enabling realistic spatial representation of reservoir properties.
  • Apply advanced petrophysical modelling techniques to simulate porosity, permeability, and water saturation distributions within the reservoir.
  • Integrate facies and petrophysical properties into a unified model, improving reservoir characterization and supporting better engineering decisions.
  • Evaluate and validate reservoir models with confidence, using quality control, uncertainty analysis, and data consistency checks to ensure reliability.
  • Prepare complete reservoir models for volumetric analysis and field development, including workflow automation, model updating, and final integration for decisi

Course content

6 sections • 29 lectures • 10h 29m total length

  • Reservoir Modelling Fundamentals and Petrel Overview13:51

    1. Objectives of reservoir modelling

    2. Static vs dynamic modelling

    3. Importance of data quality and QC

    4. Petrel software overview and domains

    5. Petrel geology workflow stages

    6. Gulfex field dataset introduction

  • Project Creation, CRS Definition, and Interface Overview24:57

    1. Creating and saving project

    2. Coordinate Reference System (CRS) definition

    3. Petrel interface (domain tabs, panes, tool palette)

    4. Window types and management

  • Data Loading – Wells, Logs, Tops, Faults, and Horizons54:43

    1. Well heads import and attributes

    2. Deviation data (MD, inclination, azimuth)

    3. Well logs import and templates

    4. Global well log concept

    5. Well tops definition and import

    6. Fault data

    7. Seismic horizons import (time domain)

    8. Isochore maps and thickness concepts

    9. Data organization and sorting

  • Data Visualization and Well Section Interpretation37:01

    1. 2D and 3D visualization

    2. Display settings and scaling

    3. Window synchronization and cursor tracking

    4. Well section creation

    5. Log display using global templates

    6. Log styling and curve filling

    7. Correlation basics and interpretation

Requirements

  • Basic understanding of geology or geosciences fundamentals (e.g., stratigraphy, sedimentology, structural geology)
  • Familiarity with petroleum systems and reservoir concepts is beneficial but not mandatory
  • Introductory knowledge of well logs and seismic data is an advantage
  • Basic computer literacy (file handling, data organization, navigating software interfaces)
  • Ability to interpret graphs, logs, and subsurface data
  • Analytical thinking and attention to detail for data quality control and interpretation
  • Access to Petrel (recommended version aligned with training dataset)
  • Microsoft Excel or similar tools for handling supporting datasets
  • A computer/laptop with Minimum 8 GB RAM (16 GB recommended) & Sufficient storage for project datasets

Description

Step into the world of subsurface modelling and build industry-ready skills using one of the most powerful software platforms in the oil & gas industry Petrel.

Are you a junior geoscientist or engineer struggling to bridge the gap between academic theory and practical industry workflows? This course is designed specifically for junior geologists, geoscientists, petroleum engineers, and fresh graduates who want to learn the complete workflow of 3D reservoir modelling from scratch using real industry practices and datasets.

Why Master Petrel and Reservoir Modelling?

In the modern energy sector, static reservoir models are the foundation for multimillion-dollar field development decisions. Knowing how to navigate Petrel and build robust, QC-checked 3D models makes you an incredibly valuable asset to any exploration or production team.

Through a practical, step-by-step approach, you will transform raw geological and well data into a fully integrated 3D reservoir model.

What We Will Cover:

The course follows a rigorous subsurface modelling workflow used by professionals in exploration and field development projects. You will master:

  • Data & Structure: Well data loading, quality control, correlation, and fault framework construction.

  • Grid Frameworks: Horizon modelling, depth conversion, pillar gridding, and layering.

  • Property Modelling: Facies modelling and petrophysical property distribution (Porosity, Permeability, Water Saturation).

  • Advanced Workflows: Workflow automation in Petrel, property integration, and QC.

  • Evaluation: Volumetric calculations, case management, and model updating with new wells.

Note: The course also introduces critical industry concepts such as uncertainty handling, model validation, and data consistency checks.

What You Will Be Able to Do By the End of the Course:

By the time you complete this masterclass, you will confidently:

  1. Build and manage complex Petrel projects from scratch.

  2. Create structural and property models that reflect true geological realities.

  3. Understand & execute standard reservoir modelling workflows used by major E&P companies.

  4. Perform quality control and model validation to ensure simulation readiness.

  5. Prepare models for volumetric evaluation and further dynamic reservoir simulation studies.

    Who Is This For?

    • Junior Geologists & Geoscientists looking to break into the industry or upgrade their software skills.

    • Petroleum & Reservoir Engineers who want to understand the static side of modeling.

    • Fresh Graduates aiming to make their resumes standout with practical, software-based portfolio skills.

    No prior Petrel experience is required! Everything is explained step-by-step in a beginner-friendly, logical manner.

    Unlock your career potential in subsurface engineering and geoscience. Enroll today and start your journey into professional 3D reservoir modelling!

Who this course is for:

  • Geology students looking to transition from academic theory to hands-on subsurface modelling
  • Junior geologists aiming to build practical experience in reservoir modelling workflows
  • Geological engineers interested in integrating geological data into structured 3D models
  • Geophysicists seeking to link seismic interpretation with geological and reservoir models
  • Petroleum engineers who want to better understand reservoir architecture and property distribution
  • Reservoir engineers looking to strengthen their geological modelling and visualization skills
  • Oil & gas professionals involved in subsurface studies, field development, or asset evaluation
  • Recent graduates preparing for careers in the upstream oil and gas industry
  • Researchers and academics interested in applied reservoir modelling techniques
  • Anyone interested in learning 3D reservoir modelling using industry-standard tools like Petrel

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