Conventional and Special Core Analysis

Introduction

The course on Conventional and Special Core Analysis provides participants with a comprehensive and advanced understanding of core analysis techniques used in the field of geology. It focuses on the most modern advancements and technologies in core analysis, equipping participants with the knowledge and skills to interpret and analyze core data effectively. The course combines theoretical concepts with practical applications to ensure a thorough grasp of core analysis methods.

Objectives

• Understand the importance of core analysis in reservoir evaluation and development.
• Familiarize participants with the most modern techniques and technologies used in conventional and special core analysis.
• Develop advanced skills in interpreting and analyzing core data to derive crucial reservoir parameters.
• Explore the integration of core analysis results with other reservoir characterization data.
• Gain insights into the challenges and limitations of core analysis techniques.
• Enhance decision-making abilities in reservoir management and development based on core analysis results.

Course Outline

Day 1

 Introduction to Core Analysis

• Overview of core analysis and its significance in geology
• Types of cores and core samples
• Core analysis workflow and laboratory techniques

Day 2

 Core Sampling and Preparation

• Core sampling methods and considerations
• Core preservation techniques and best practices
• Core handling, labeling, and storage procedures

Day 3

 Porosity Analysis

• Introduction to porosity and its importance in reservoir evaluation
• Porosity determination techniques: conventional and advanced methods
• Interpretation and analysis of porosity data

Day 4

 Permeability Analysis

• Permeability measurement techniques: laboratory and field methods
• Factors affecting permeability measurements
• Interpretation and analysis of permeability data

Day 5

 Saturation Analysis

• Saturation determination methods: capillary pressure and resistivity measurements
• Interpretation of saturation data
• Wettability evaluation and its impact on saturation analysis

Day 6

 Special Core Analysis Techniques

• Introduction to special core analysis (SCAL) techniques
• Relative permeability measurements and analysis
• Core flooding experiments and interpretation

Day 7

 Core-Log Integration

• Integration of core analysis data with well logs
• Petrophysical analysis and reservoir characterization
• Determination of rock and fluid properties using core and log data

Day 8

 Core Data Interpretation

• Quantitative interpretation of core analysis data
• Reservoir quality assessment and identification of flow units
• Estimation of reservoir parameters (porosity, permeability, saturation, etc.)

Day 9

 Case Studies and Practical Applications

• Analysis of real-world core data from different reservoir types
• Case studies showcasing the application of core analysis in reservoir characterization
• Practical exercises and workshops for data interpretation and decision-making

Day 10

 Advanced Topics and Future Directions

• Emerging technologies in core analysis
• Challenges and limitations of core analysis techniques
• Future directions and trends in core analysis research