Develop measurable skills and capabilities
Sensitivity, subsurface uncertainty assessment, and history matching studies for calibrating reservoir simulation models are integral workflow tasks in many reservoir simulation studies. The course is designed to provide the petroleum engineers with software skill and modeling techniques required to perform the tasks of managing reservoir uncertainties and optimization.
It discusses how to use MEPO uncertainty and optimization tools to perform sensitivity analysis, uncertainty assessment, and optimization (history matching) and also covers the proxy modeling concepts, benefits, limitations and its applications using the avaliable workflow tools in MEPO.
The concepts behind the software technology and its practical appplications focusing on methodology, design and execution are also covered.
The training exercises are workflow-driven intended to demonstrate the practical application scenarios and help participants understand the benefits of method applied.
Customize your own learning journey and track your progress when you start using a defined learning path.
In just few simple steps, you can customize your own learning journey in the discipline of your interest, based on your immediate, intermediate and transitional goals. Once done, you can save it in NExTpert-the digital learning ecosystem-and track your progress.
Explore arrow_forwardDevelopment and exploration petroleum engineers, reservoir engineers, geoscientists, and any asset team members who want to get acquainted to Petrel reservoir engineering workflow.
Module 1: Introduction to Sub-surface Uncertainty Quantification
Module 2: Sensitivity study
Module 3: Uncertainty assessment
Module 4: Workflow customization
Module 5: Assisted History Matching
Module 6: Proxy Modeling
Ability to use Eclipse reservoir simulator
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