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Formation Damage and Acid Stimulation

Formation Damage and Acid Stimulation

About The Course

About the Course:

This comprehensive 5-day course is designed to provide participants with an in-depth understanding of formation damage and acid stimulation techniques. The course covers various aspects of formation damage, including quantification, impact on well productivity, and the selection of appropriate completion and stimulation strategies. Participants will also learn about the essentials of geomechanics for reservoir stimulation, stimulation treatment design and optimization, and post-treatment evaluation and production forecasting.

Course Content:

  1. Introduction to formation damage and its types
  2. Quantification of formation damage and its impact on well productivity
  3. Completion and stimulation strategies for increasing well productivity
  4. Candidate well selection for stimulation
  5. Geomechanics essentials for reservoir stimulation
  6. Stimulation treatment design and optimization
  7. Quantitative diagnostic techniques (mini-frac analysis and treating pressure analysis)
  8. Fluid and proppant selection and quality control
  9. Real-time monitoring during treatment execution
  10. Post-treatment evaluation and production forecasting
  11. Common pitfalls in well stimulation and how to avoid them

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?

Different types of formation damage and their quantification

Impact of formation damage on well productivity

Selection of appropriate completion and stimulation strategies

Candidate well selection for stimulation

Essentials of geomechanics for reservoir stimulation

Stimulation treatment design and optimization

Quantitative diagnostic techniques (mini-frac analysis and treating pressure analysis)

Selection and quality control of fluids and proppants

Latest developments in real-time monitoring during treatment execution

Post-treatment evaluation and production forecasting

Common pitfalls in well stimulation and how to avoid them