Our Comprehensive MMV Course

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Our CCUS MMV course offers participants a comprehensive understanding of Monitoring, Measurement, and Verification (MMV) in the context of Carbon Capture, Utilization, and Storage (CCUS) projects. Throughout the course, participants will delve into key subjects critical to successful CCUS implementation.

Participants will explore injection analysis, a vital component of CCUS projects. They will examine factors such as injection rates, pressures, thermal effects, salinity impacts, and reservoir considerations. This knowledge will enable participants to optimize injection strategies for efficient and effective carbon storage.

Another crucial topic covered in the course is well design and injectivity concerns. Participants will gain insights into the principles and considerations specific to designing wells for CCUS projects. They will explore topics such as wellbore integrity, construction techniques, and optimal completion practices. Additionally, injectivity concerns will be addressed, including factors influencing injectivity and methods for identification and mitigation.

The course also focuses on sweep efficiency and plume migration, essential aspects of CCUS projects. Participants will learn about the evaluation of sweep efficiency and the application of 4D seismic techniques for monitoring and analyzing plume migration patterns and behavior. Through case studies, participants will gain practical insights into assessing the effectiveness of CCUS operations.

Furthermore, the course explores surveillance of sweep efficiency and plume migration, using advanced techniques for monitoring and surveillance. Participants will learn how to assess sweep efficiency, monitor plume migration, and utilize surveillance data to optimize reservoir management strategies.

Other topics covered include above zone monitoring interval and groundwater detection, addressing the importance of monitoring above zone pressure and fluid migration, as well as techniques for detecting and mitigating potential impacts on groundwater quality and quantity.

Finally, participants will explore general mitigation of subsurface risk and the role of simulations in CCUS MMV. They will gain insights into risk assessment and mitigation strategies specific to subsurface operations. The application of simulation software for reservoir modeling and forecasting will also be covered, enabling participants to evaluate performance and optimize the design of CCUS projects.

By the end of this course, participants will possess advanced knowledge and practical skills in various MMV techniques for CCUS projects. They will be equipped to implement best practices, mitigate risks, and optimize monitoring and verification processes, contributing to the successful implementation of CCUS projects and the transition to a more sustainable future.