Reservoir Quality Analysis: Sandstone & Carbonate Rocks Event, 21.Apr.2025

Course Description

This intensive 5-day course provides a comprehensive understanding of reservoir quality analysis for sandstone and carbonate rock types. Participants will learn advanced techniques in petrophysical analysis, reservoir characterization, and quality assessment. The course combines theoretical knowledge with practical applications, using real-world examples from significant siliciclastic and carbonate reservoirs.

Learning Objectives

• Understand the fundamental principles of reservoir quality in sandstone and carbonate formations
• Master advanced techniques in petrophysical analysis and interpretation
• Develop skills in integrated reservoir characterization and geological modeling
• Learn to assess and predict reservoir quality using various analytical tools
• Gain practical experience in core sample analysis and data interpretation

Course Modules

Day 1: Introduction to Reservoir Quality Analysis

• Fundamentals of reservoir rocks and their properties
• Overview of sandstone and carbonate rock types
• Introduction to porosity and permeability concepts
• Basics of reservoir quality assessment techniques

Day 2: Sandstone Reservoir Quality

• Sandstone composition, texture, and classification
• Diagenetic processes affecting sandstone reservoirs
• Pore types and pore network analysis in sandstones
• Case studies of sandstone reservoir quality

Day 3: Carbonate Reservoir Quality

• Carbonate rock types and classification systems
• Diagenesis and its impact on carbonate reservoir quality
• Porosity types and permeability in carbonate rocks
• Carbonate reservoir quality case studies

Day 4: Advanced Petrophysical Analysis

• Core analysis techniques and interpretation
• Well log analysis for reservoir quality assessment
• Integration of core and log data
• Pore-throat size distribution and capillary pressure analysis

Day 5: Integrated Reservoir Characterization

• Geological modeling of reservoir quality
• Upscaling petrophysical properties
• Reservoir quality prediction techniques
• Integration of reservoir quality data in field development planning

Practical Wins for Participants

• Ability to conduct comprehensive reservoir quality assessments
• Enhanced skills in interpreting complex petrophysical data
• Improved decision-making in reservoir characterization and modeling
• Practical experience in applying advanced analytical techniques to real-world scenarios