AI for CCUS and Energy Transition: Data Driven and Physics Informed Methods for Low Carbon Energy and Subsurface Monitoring Systems
Thursday, 22 October
Room 371 AD
Technical Session
This session focuses on AI and data driven methods for CCUS and energy transition across subsurface and integrated energy systems. It includes applications in CO2 EOR, carbon storage, and low carbon energy systems, using physics informed surrogate modeling, transformer based methods, and mixture of experts frameworks for optimization and decision making under uncertainty, along with machine learning approaches for emissions prediction and carbon intensity optimization. These approaches aim to improve prediction, reduce uncertainty, and enable more efficient and sustainable energy operations.
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1400-1425 233905Physics-informed Deep Spatiotemporal Surrogate Optimization Of Carbon Dioxide Enhanced Oil Recovery (co2-eor) Using Bounded Flow-regime Metrics.
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1425-1450 234002Building An Evaluation Harness For Oil And Gas Ai Agents
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1450-1515 234200Stratigraphy-aware Patch-transformer For Well Logs Reconstruction Applied To Geomechanics And Reservoir Analytics Workflows
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1545-1610 233819A Mixture-of-experts-assisted Optimization Protocol For Co2-eor And Storage Decision-making
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1610-1635 234174Automatic History Matching Of Strain Data Using A Machine-learning And Mcmc Workflow: Comparative Study Of Two Wells In Delaware Basin
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1635-1700 233914Physics-informed Transformer Networks For Predictive Carbon Intensity Optimization Of Integrated Refinery-hydrogen-renewable Energy Systems
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Alternate 234072Latent-space Modeling Of Partitioning Tracer Transport In Porous Media Using Deep Convolutional Autoencoders
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Alternate 234073Time-series Transformer Models For Predicting Transient Greenhouse Gas Emissions
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Alternate 234096Surrogate-assisted Techno-economic Optimization To Reduce Saltwater Disposal Via Produced-water Valorization: A Permian Basin Case Study


