Geomechanics for CCUS

3 Day Course – $2, 900/delegate*
This 3-day course provides a comprehensive introduction to the geomechanical principles critical to Carbon Capture, Utilization, and Storage (CCUS) projects. Participants will gain insights into the role of geomechanics in ensuring the safe and effective storage of CO₂, from predicting pore pressure and assessing caprock integrity to understanding fault reactivation and monitoring strategies. With a balance of theoretical concepts, practical techniques, and real-world applications, this course equips participants to address key challenges in CCUS projects.

Designed for professionals involved in CCUS, this course emphasizes the geomechanical aspects of site selection, storage capacity evaluation, and risk mitigation. No prior geomechanical expertise is required, making it accessible to a broad audience.

After attending the course, delegates should have the:

  • Knowledge and tools needed to address geomechanical challenges in CCUS projects effectively, ensuring safe and sustainable CO₂ storage.

Course tutors:

*Course fee excludes all taxes and delegate travel and accommodation costs.

Detailed Course Overview
Day 1 - Foundations of CCUS and Pore Pressure Prediction
- Importance of CCUS in the energy transition.
- Role of geomechanics in CCUS projects.
- Basics of pore pressure prediction using wireline logs and drilling data.
Day 2 - Reservoir Geomechanics and Seal Integrity
- Building a Rock Mechanical Earth Model.
- Fluid injection effects on geomechanical properties and stress changes.
- Evaluating geological seals and caprock integrity:
-- Importance of caprock in CO₂ storage.
-- Tools and techniques for seal integrity assessment.
Day 3 - Faults, Monitoring, and Risk Management
- Fault zones and their role in CO₂ storage:
-- Fault seal concepts and predicting reactivation during CO₂ injection.
- Monitoring and mitigation strategies:
-- Tracking leakage, stress changes, seismicity, and surface deformation.
- Top seal risk and uncertainty:
-- Seal failure mechanisms and loss of sealing ability.
- Wrap-up:
-- Key geomechanical considerations for CCUS projects.
-- Open discussion and Q&A.
Subscribe to our Emails