This workshop addresses the core challenges in scaling up Carbon Capture and Storage (CCS) by integrating the latest advancements in science and technology. We will examine how surface and borehole geophysical methods, rock physics, and artificial intelligence (AI) can enhance site characterization, CO₂ transport, and monitoring for secure, efficient storage. Key topics include applying diverse geophysical techniques to optimize CO₂ pipeline transport and ensure safety in injection and storage. AI-driven approaches will also be explored, focusing on real-time monitoring, leakage detection, and predictive risk assessment.
In addition, the workshop will address risk management and strategies for aligning these technologies with economic, environmental, and regulatory frameworks. Unique challenges in CCS storage for depleted oil and gas fields versus saline aquifers will be discussed to highlight the varied technical and environmental considerations.
We propose a debate on "How Green is the Green Energy Transition?" to critically examine the environmental impacts, potential drawbacks, and future of energy transitions.
This interdisciplinary workshop bridges gaps between scientific research, technology, and practical CCS deployment, fostering a collaborative approach to overcoming barriers and ensuring effective CCS adoption in climate mitigation.