Modeling CO2 Storage for Capacity and Risk Assessment
Society for Industrial and Applied Mathematics via YouTube
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Join a comprehensive webinar exploring advanced modeling strategies for CO2 storage simulation and risk assessment in field-scale operations. Learn about the critical role of simulation technology in CO2 storage projects, from laboratory analysis to field-scale implementations, with over 200 million tons already stored globally. Discover how practitioners tackle the challenges of managing CO2 migration, trapping, and leakage through various simulation techniques, while examining recent computational method advancements for field-scale applications. Delve into complex interactions between flow, geochemistry, geomechanics, and thermodynamics across different scales, and understand how these models contribute to real-world CO2 storage projects. Explore the integration of Bayesian inverse problem solving for handling uncertainties in model parameters and their impact on prediction and decision-making processes in environmental science applications.
Syllabus
Modeling CO2 Storage for Capacity and Risk Assessment with Sarah Eileen Gasda
Taught by
Society for Industrial and Applied Mathematics