Unlocking Subsurface Resources: From Geologic Hydrogen to Critical Minerals
Friday, 23 October
Room 361 AD
Technical Session
Explore the science and engineering behind geologic hydrogen generation and critical mineral recovery from subsurface resources. This session brings together multidisciplinary insights into hydrogen production mechanisms, mineral-enriched brine dynamics, and reservoir-scale modeling. Discover emerging workflows, from lab-based scaling to field applications, and examine how these resources could shape the future of energy transition and resource security.
Session Chairpersons
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0830-0855 234041A Data-integrated Workflow For Scaling Laboratory-measured Hydrogen Yield To Field Conditions In Ultramafic Systems
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0855-0920 234004Geochemical Controls And Reactive Pathways Governing Natural Hydrogen Generation Through Serpentinization: A Novel Multiscale Numerical Modeling Framework
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0920-0945 233837In-situ Hydrogen Production In Ultramafic Formation Through Acid-Assisted Water Injection
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1015-1040 233926Permeability Evolution and Critical Mineral Partitioning During Production of Marcellus Shale Produced Waters
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1040-1105 233877Production Design Considerations for Direct Lithium Extraction from High-Salinity Smackover Formation Brine
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1105-1130 233895Detection And Characterization of Lithium in Porous Media Using Multifrequency Dielectric Technique
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Alternate 233984A Data-Driven Petrophysical and Reservoir Engineering Framework for Natural Hydrogen Exploration: Lessons Learned from Ramsay, Mali and Kansas
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Alternate 233900Enhanced Serpentinization By Injection Of Ultramafic Nanofluids In Brine-saturated Porous Media
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Alternate 234005Leveraging Oil and Gas Expertise to Model and Scale Stimulated Geological Hydrogen Generation from Core to Field
