Reservoir Simulation with Petrel RE & Eclipse from Udemy

Welcome to this engaging software course on dynamic reservoir simulation using Schlumberger's Petrel RE (Reservoir Engineering) and Eclipse software. Throughout this course, you will gain practical skills and insights into reservoir engineering, equipping you to handle real-life data with confidence.

We will kick off by delving into the fundamentals, introducing you to Petrel’s interface and how to set up for your project correctly.

Thereafter, you will be introduced to the project data and you will learn how to generate dynamic model inputs, ensuring a solid foundation for subsequent stages. You will Initialize your model and see the values of the calculated fluids in place.

Moving forward, you will explore production forecasting, starting with the completion of existing wells and devising prediction development strategies. You will learn to visualize the results of your simulations including a 3D visualization of fluid saturations as they evolve with time.

As the course wraps up, you will master how to export your results as images for PowerPoint or text for Excel.

Key Prerequisites:

To maximize your learning experience, familiarity with reservoir engineering concepts is essential. Prior knowledge of rock and fluid properties, gridding, well completions, and reservoir simulation will facilitate your progress and comprehension throughout the course.

What's inside

Syllabus

Course Introduction

Introduction

Introduction to the hands-on project, the project documents, the workflow, setup the basic interface.

Project Introduction

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what should give you pause

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Uses Petrel RE and Eclipse, which are industry-standard software tools for reservoir simulation and modeling, thereby enhancing practical skills

Covers production forecasting, including well completion and prediction development strategies, which are essential for reservoir management

Requires familiarity with reservoir engineering concepts, such as rock and fluid properties, gridding, and well completions, which may exclude some learners

Teaches how to export simulation results as images for PowerPoint or text for Excel, which are useful for presentations and data analysis

Focuses on dynamic reservoir simulation, which is a core skill for reservoir engineers involved in field development and optimization

Reviews summary

Reservoir simulation with petrel and eclipse

Based on the provided course description and syllabus, no student reviews were available for analysis. Therefore, it is not possible to provide a summary reflecting learner experiences or opinions. This course focuses on dynamic reservoir simulation using Schlumberger's Petrel RE & Eclipse software. The syllabus indicates a hands-on project approach, guiding learners through setting up projects, generating model inputs, initialization, production forecasting, and results visualization and export. The course description explicitly states that familiarity with reservoir engineering concepts is essential, including rock/fluid properties, gridding, well completions, and simulation basics, suggesting it is aimed at learners with prior background in the field.

Analysis based only on course description.

"No student reviews were provided for this course."

"Unable to analyze learner feedback or experiences."

"Assessment of course quality and effectiveness is based solely on the publisher's description and syllabus."

Uses a practical project workflow.

"Welcome to this engaging software course on dynamic reservoir simulation using Schlumberger's Petrel RE & Eclipse software."

"Throughout this course, you will gain practical skills and insights into reservoir engineering..."

"We will kick off by delving into the fundamentals, introducing you to Petrel’s interface and how to set up for your project correctly."

Covers industry-standard software.

"This course teaches dynamic reservoir simulation using Schlumberger's Petrel RE (Reservoir Engineering) and Eclipse software."

"Learn to generate dynamic model inputs, initialize your model, and visualize results using Petrel RE and Eclipse."

"Master how to export your results as images for PowerPoint or text for Excel using the software."

Assumes prior RE knowledge.

"Familiarity with reservoir engineering concepts is essential to maximize your learning experience."

"Prior knowledge of rock and fluid properties, gridding, well completions, and reservoir simulation will facilitate your progress."

"This course is designed for those who already have a foundation in the principles of reservoir engineering."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Reservoir Simulation with Petrel RE & Eclipse with these activities:

Review Reservoir Engineering Fundamentals

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Reinforce your understanding of core reservoir engineering principles to better grasp the simulation concepts covered in the course.

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Review key concepts like porosity, permeability, and fluid saturation.
Practice solving basic reservoir engineering problems.

Read 'Reservoir Simulation: Problems and Solutions'

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Solidify your understanding of reservoir simulation by working through practical problems and solutions.

View Reservoir Simulation - Problems and Solutions:... on Amazon

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Select relevant problems from the book that align with the course syllabus.
Attempt to solve the problems independently before reviewing the solutions.
Analyze the solutions to identify areas where you need further clarification.

Practice Petrel RE Workflow

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Improve your proficiency with Petrel RE by repeatedly practicing the core workflow steps.

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Import project data into Petrel RE.
Create and refine the 3D grid.
Populate grid properties like porosity and permeability.
Prepare the initialization data file for Eclipse.

Four other activities

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Follow Advanced Petrel RE Tutorials

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Expand your Petrel RE skills by exploring advanced tutorials beyond the course material.

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Search for tutorials on specific Petrel RE features or workflows.
Follow the tutorials step-by-step, paying attention to the underlying concepts.
Apply the learned techniques to your own simulation projects.

Create a Reservoir Simulation Report

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Synthesize your knowledge by creating a comprehensive report documenting a reservoir simulation project.

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Define the objectives of the simulation study.
Describe the reservoir model and its properties.
Present the simulation results and analysis.
Draw conclusions and recommendations based on the simulation results.

Study 'Practical Reservoir Simulation'

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Gain practical insights into reservoir simulation through real-world case studies and applications.

View Petroleum Production Systems on Amazon

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Review the case studies presented in the book.
Identify the key challenges and solutions in each case.
Consider how the lessons learned from the case studies can be applied to your own projects.

Contribute to an Open-Source Reservoir Simulation Project

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Deepen your understanding of reservoir simulation by contributing to an open-source project.

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Identify an open-source reservoir simulation project on platforms like GitHub.
Explore the project's codebase and documentation.
Contribute by fixing bugs, adding new features, or improving documentation.

Career center

Learners who complete Reservoir Simulation with Petrel RE & Eclipse will develop knowledge and skills that may be useful to these careers:

Reservoir Engineer

A reservoir engineer's main task is to optimize oil and gas production from subsurface reservoirs. This course will equip you with practical skills in dynamic reservoir simulation using Petrel RE and Eclipse, essential tools in the reservoir engineer's workflow. By learning to generate dynamic model inputs and visualize simulation results, you can gain a solid foundation for making informed decisions about well placement and production strategies. Furthermore, the course emphasizes production forecasting and development strategy, directly relevant to the responsibilities of a reservoir engineer. The project based setup of this course is particularly helpful.

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Reservoir Analyst

A reservoir analyst examines reservoir data to optimize production and predict future performance. This course on reservoir simulation using Petrel RE and Eclipse equips you with the ability to perform detailed analysis of reservoir behavior. Generating dynamic model inputs, forecasting production, and analyzing simulation results are directly applicable to the responsibilities of a reservoir analyst. The ability to visualize results and export data for further analysis can help in effectively communicating findings and making data-driven recommendations, key for any reservoir analyst.

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Petroleum Engineer

The job of a petroleum engineer involves designing and implementing methods for extracting oil and gas. This course's focus on Petrel RE and Eclipse software provides you with the tools to analyze reservoir behavior and optimize production, a core aspect of a petroleum engineer's role. Learning to set up projects, initialize models, and forecast production helps develop competencies in reservoir simulation. The course content, including visualizing fluid saturations and exporting results, enhances your ability to communicate findings and make data-driven recommendations as a petroleum engineer. The hands on project will be particularly helpful.

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Simulation Engineer

A simulation engineer develops and applies simulation models to analyze and predict the behavior of complex systems. Since this course is centered around dynamic reservoir simulation using Petrel RE and Eclipse, it provides directly relevant skills for this role. The skills to generate model inputs, run simulations, and analyze results is core to the work of the simulation engineer. The capabilities to visualize simulation data, including 3D fluid saturation, and export results for presentation, can help communicate complex outcomes, a valuable skill for a simulation engineer.

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Reservoir Management Specialist

A reservoir management specialist develops and implements strategies to optimize the long-term performance of oil and gas reservoirs. This course may be useful, as it provides you with essential knowledge of dynamic reservoir simulation. Skills in production forecasting, development strategy, and results analysis can inform your reservoir management decisions. The ability to visualize simulation results and export data for further analysis may help you communicate your strategies effectively to stakeholders, a key aspect of the role.

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Production Engineer

A production engineer focuses on optimizing the production of oil and gas from existing wells. This course may be useful, as it provides skills in production forecasting and development strategy using Petrel RE and Eclipse. Completing existing wells in the simulation, devising prediction development strategies, and analyzing simulation results may help a production engineer make informed decisions to improve production rates. The ability to visualize simulation data and export results for presentation may help communicate findings and recommendations.

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Subsurface Modeler

A subsurface modeler creates digital representations of subsurface geological features and properties. This course on reservoir simulation using Petrel RE and Eclipse may be useful, as it provides you with practical skills in setting up subsurface models for dynamic simulation. Generating model inputs, visualizing simulation results, and exporting data helps you create and analyze subsurface models effectively. Although this course emphasizes the dynamic simulation aspects, the foundation of setting up the model is very relevant.

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Geological Modeler

A geological modeler creates three dimensional representations of subsurface geological formations. This course may be useful, as the fundamental skills of setting up a project in Petrel, creating grids, and populating them with reservoir properties such as porosity and permeability, is directly applicable. The course's focus on visualizing simulation results, including 3D fluid saturations, may help one communicate model outputs. While this course focuses on the dynamic aspects of reservoir simulation, understanding the initial geological model is essential, making this course beneficial to a geological modeler seeking to expand skills.

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Geoscientist

A geoscientist studies the Earth's composition, structure, and processes. This course may be useful, focusing on reservoir simulation, can enhance a geoscientist's understanding of subsurface fluid flow and reservoir behavior. The skills acquired in setting up projects in Petrel, creating grids, and populating them with reservoir properties provides a practical understanding of reservoir modeling. While the course does not cover all aspects of geoscience, it offers valuable insights into reservoir dynamics and simulation, complementing a geoscientist's broader knowledge.

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Data Scientist

A data scientist analyzes large datasets to extract meaningful insights and develop predictive models. This course can be useful, focusing on reservoir simulation, offers experience with complex data analysis and modeling. Learning to generate model inputs, run simulations, and analyze results provides you with experience in data-driven decision-making. Skills acquired in the course, such as visualizing simulation results and exporting data, can be applied to other data science projects. While not directly focused on general data science techniques, the course offers valuable domain-specific experience.

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Energy Analyst

An energy analyst studies energy markets, trends, and technologies to provide insights and recommendations to businesses or governments. This course may be useful, focusing on reservoir simulation, helping to understand the behavior of oil and gas reservoirs, a critical component of the energy industry. The skills in production forecasting and development strategy can aid in assessing the potential of oil and gas assets. This is an indirect association, but any knowledge about energy production is helpful to an energy analyst.

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Completions Engineer

A completions engineer designs and implements the completion of oil and gas wells to optimize production. This course may be useful by providing insight into the reservoir simulation process. The ability to forecast production and analyze simulation results aids in making informed decisions about well completion strategies. The course's focus on visualizing fluid saturations and exporting results is somewhat beneficial, but familiarity with completions technology is critical to this role.

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Drilling Engineer

A drilling engineer is responsible for designing and overseeing the drilling of oil and gas wells. This course may be useful for a drilling engineer as it provides a broader understanding of reservoir behavior and production forecasting. While the course does not directly cover drilling operations, the knowledge gained about reservoir simulation can inform well placement and production planning. This understanding may lead to better collaboration between drilling and reservoir engineering teams, and to better outcomes overall.

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Project Manager

A project manager plans, executes, and closes projects, often in the oil and gas sector. This course may be useful, particularly if the projects involve reservoir simulation or field development. The course may help a project manager better understand the technical aspects of a reservoir simulation project, facilitating communication with the technical team and to more accurately estimate timelines and resources. This course would be only a small part of what a project manager needs to know.

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Technical Sales Engineer

A technical sales engineer sells complex technical products or services to businesses, often in the oil and gas industry. Understanding the technical aspects of reservoir simulation can greatly enhance your ability to sell related software or services. The exposure to Petrel RE and Eclipse gained in this course may help one discuss the benefits and features of these tools with potential clients. Being able to visualize simulation results and export data, aids in demonstrating the value of the product.

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