Streamlines: Applications to Reservoir Simulation, Characterization and Management - SRS - In House Training

This in-house training programme can be customised to meet your specific requirements. It typically covers:

• Streamlines: FundamentalsStreamlines: Overview, Strengths and Limitations
• Basic Governing Equations
• Line Source and Sink Solutions
• Streamfunctions and Streamtubes
• Tracing streamlines in 3-D
• The streamline time of flight and its significance
• Use of Streamlines with Finite-Difference Models
• Computer ExercisesStreamline Simulation: State of the ArtFlow simulation through geologic models
• Streamline vs. Finite Difference
• Analytical/numerical solutions along streamlines
• Modeling gravity and cross-streamline mechanisms
• Compressibility Effects
• Mapping and Material Balance Errors
• Practical Considerations and Limitations
• Computer exercisesStreamlines: ApplicationsFlow Visualization
• Primary Recovery and Drainage Volume Calculations
• Swept Volume Calculations and Optimizing Infill Wells
• Pattern Balancing/Rate Allocations
• Improved Waterflood Management
• Waterflood Field Tracer Interpretation
• Hybrid Methods: Sector Models and Streamtubes
• Miscible Flood Modeling and Predictions
• Model Ranking and Uncertainty Assessment
• Dynamic Reservoir Characterization
• Upscaling/Upgridding
• Computer exercisesStreamline-based History MatchingWhy Streamlines
• History Matching: Workflows
• Assisted History Matching of Finite-Difference Models
• Streamline-Based Sensitivity Computations
• Production Data Integration: Overview of Methods
• Field Case Studies
• Computer exercisesAdvanced Topics, Discussion and Wrap-upFractured Reservoir Modeling and Applications
• Corner Point Geometry and Faults
• Compositional Modeling
• Time Step and Stability Considerations
• Front Tracking Methods
• Streamline vs. Finite Difference: Advantages and Limitations

See detailed overview