The Course Content
Day One: Introduction to Seismic Attributes and Reservoir Characterization
Course overview and objectives
Importance of seismic attributes in reservoir characterization
Fundamentals of seismic data acquisition and processing
Role of seismic attributes in understanding subsurface properties
Types of seismic attributes and their applications
Day Two: Basic Seismic Attribute Analysis Techniques
Review of Day 1 and Q&A
Preprocessing of seismic data: noise reduction, deconvolution, etc.
Introduction to seismic attribute extraction methods
Spectral decomposition: theory and application
Coherence and curvature attributes: interpretation and analysis
Practical exercise: using software for attribute calculation
Day Three: Advanced Seismic Attribute Techniques
Review of Day 2 and Q&A
Instantaneous attributes: amplitude, phase, and frequency
AVO (Amplitude Versus Offset) analysis for lithology and fluid prediction
Multi-attribute analysis: principles and workflows
Seismic inversion for reservoir properties estimation
Case study: integrating multiple attributes for characterization
Day Four: Reservoir Property Estimation using Seismic Attributes
Review of Day 3 and Q&A
Rock physics fundamentals for attribute interpretation
Elastic impedance and other rock property proxies
Porosity estimation using seismic attributes
Fluid saturation prediction with attributes
Case study: tying attribute-based results to well data
Day Five: Integrating Seismic Attributes into Reservoir Models
Review of Day 4 and Q&A
Introduction to reservoir modeling and simulation
Workflow for integrating seismic attributes into models
Uncertainty and risk assessment in attribute-based characterization
Interdisciplinary collaboration between geophysicists, geologists, and reservoir engineers
Future trends in seismic attribute analysis and reservoir characterization