It’s the same answer to the question of why you choose that exact location for the CO2 sequesteration , so well-sealed geological formations is crucial, employ continuous monitoring, and ensure strict regulatory oversight for containment and emergency response.

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if the risk, there are no way to prevent. But we can predict by geomechanics

To reduce or eliminate the risk of CO2 leakage from geological storage sites, it is crucial to adopt a multi-faceted approach. Begin with meticulous site selection and characterization, focusing on geological formations with high porosity and permeability, as well as a robust caprock to act as a seal. Implement advanced monitoring techniques such as time-lapse seismic surveys, pressure sensors, and microseismic monitoring to continuously track CO2 plume movement and detect any potential leakage pathways. Controlled injection rates and adaptive management strategies can further mitigate the risk by preventing overpressure and induced seismicity. Additionally, developing comprehensive remediation plans for potential leakage scenarios ensures prompt and effective responses.

Leveraging advanced technologies, particularly AI and machine learning, can significantly enhance CO2 leakage prevention. Predictive modeling and anomaly detection systems can analyze vast amounts of data in real-time, identifying early warning signs of leakage and optimizing injection strategies. AI-driven data integration from various monitoring sources provides a holistic view of site stability, ensuring proactive management. Adhering to regulatory standards and maintaining public transparency further bolsters the integrity and safety of geological CO2 storage, making it a reliable solution for carbon sequestration.