Geological CO₂ sequestration is emerging as a critical solution for reducing industrial emissions and enabling large-scale decarbonization. On March 12, 2026, the Society of Petroleum Engineers France Section will host a distinguished lecture titled “CO₂ Sequestration: Practical Insights for Decarbonization Success,” bringing together researchers and industry professionals working at the forefront of carbon storage.

Following injection into deep saline aquifers, CO₂ becomes progressively trapped through mechanisms such as dissolution trapping, in which CO₂ dissolves into brine, triggering density-driven convection. This process enhances long-term storage security by transporting dissolved CO₂ deeper into the formation. Recent advances, including X-ray CT imaging of reservoir rocks, now allow researchers to directly observe and quantify these processes, improving predictive models and storage strategies.

This lecture offers a valuable opportunity to gain practical insight into subsurface CO₂ behaviour, learn from field and laboratory experience, and connect with the CCS community. It will be particularly relevant for researchers, engineers, and students interested in subsurface energy systems and climate solutions.

If you are interested in carbon storage, subsurface engineering, or decarbonization technologies, I strongly encourage you to attend and engage in the discussion.