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Capillary Pressure and Saturation Height Model Concepts in Reservoir Petrophysics

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Capillary Pressure and Saturation Height Model Concepts in Reservoir Petrophysics

About The Course

About the Course:

This 3-day online course is designed to provide participants with a comprehensive understanding of capillary pressure data and its application in fluid distribution analysis and pore geometry understanding. The course covers various analytical techniques for interpreting fluid distributions in challenging bi-modal clastic and carbonate reservoirs, as well as the application of saturation height models to study fluid contacts and hydrocarbon-water interactions.

Course Content:

  1. Introduction to capillary pressure data and its applications
  2. Fluid distribution analysis and pore geometry understanding
  3. Analytical techniques for interpreting fluid distributions in challenging reservoirs
  4. Saturation height models and their application in studying fluid contacts and hydrocarbon-water interactions
  5. Core-log data integration for comprehensive reservoir analysis
  6. Workshops and case studies for interpreting capillary pressure data

About Us:

The Magpier specializes in providing high-quality training and development programs for professionals in various technical fields. With extensive experience, we cater to the specific needs of the industrial sector, offering specialized courses in areas such as geology, petroleum exploration, drilling, subsurface and reservoir engineering, electrical engineering, mechanical engineering, electronics engineering, and maintenance engineering.

What Will You Learn?

Utilization of capillary pressure data for fluid distribution analysis and pore geometry understanding

Interpretation of fluid distributions in challenging bi-modal clastic and carbonate reservoirs

Application of saturation height models to study fluid contacts and hydrocarbon-water interactions

Integration of core-log data for comprehensive reservoir analysis

Hands-on experience through workshops for interpreting capillary pressure data