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Reservoir Characterization and Modeling: Integrating Geology and Geophysics
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Course Description
1 Lessons
Course overview
Module 1: Introduction to Reservoir Characterization and Modeling
3 Lessons
Overview of reservoir characterization and modeling
Introduction to geology and geophysics integration
Importance of data acquisition and quality control
Module 2: Geological Concepts and Techniques
4 Lessons
Geological classification and nomenclature
Sequence stratigraphy and sedimentology
Well logging and core analysis
Formation evaluation
Module 3: Geophysical Concepts and Techniques
4 Lessons
Seismic acquisition and processing
Reflection and refraction seismology
Inversion and attribute analysis
Seismic interpretation techniques
Module 4: Integration of Geology and Geophysics
4 Lessons
Framework for geology-geophysics integration
Object-based modeling techniques
Data integration and fusion
Upscaling and downscaling methods
Module 5: Reservoir Modeling and Simulation
4 Lessons
Grid-based modeling techniques
Upscaling and downscaling techniques
Fluid flow simulation and reservoir performance prediction
Reservoir simulation software and tools
Module 6: Advanced Topics in Reservoir Characterization and Modeling
4 Lessons
Multi-scale and multi-physics modeling
Uncertainty quantification and risk assessment
History matching and model updating
Reservoir monitoring techniques
Module 7: Case Studies and Real-world Applications
3 Lessons
Case studies from different reservoir types and settings
Application of reservoir characterization and modeling techniques to real-world scenarios
Best practices and lessons learned
Module 8: Communication and Reporting
3 Lessons
Effective communication of reservoir characterization and modeling results
Technical report writing and presentation skills
Peer review and feedback
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