Next-Generation Geothermal Systems: Materials, Modeling, and Performance
Thursday, 22 October
Room 361 AD
Technical Session
This session focuses on advanced modeling and performance optimization of geothermal systems, with emphasis on Enhanced Geothermal Systems (EGS). Topics include coupled thermo-hydro-mechanical modeling, machine learning, and simulation-driven approaches to improve heat extraction and reservoir performance. Additional contributions highlight stimulation methods, well integrity, and emerging concepts such as CO2-assisted geothermal recovery and thermal energy storage, enabling scalable and economically viable deployment.
Session Chairpersons
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0830-0855 233917Nanoparticle-enhanced Pulsed Power Plasma Stimulation To Generate Fracture Networks In Granite Reservoirs For Enhanced Geothermal Systems
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0855-0920 233975Ruggedized Acoustic Well Logging Tool Design For Wellbore Casing And Cement Integrity Monitoring In High-temperature High-pressure Geothermal Environments
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0920-0945 233875Finite Element Analysis For Openhole Packer Implementation For Egs: Case Study On Utah Forge
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1015-1040 233858Reduced-order Modeling For Efficient Simulation Of Enhanced Geothermal Systems
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1040-1105 233898Probabilistic Coupled Thermo-hydro-mechanical Modeling Of Enhanced Geothermal Systems At Utah Forge Using A Dual-porosity Framework
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1105-1130 234147Enhanced Geothermal Energy Recovery: Co2-stimulated Potential And Economic Analysis
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Alternate 233970Nanoparticle-enhanced Epoxy Coatings For Geothermal Proppants: Thermo-mechanical Optimization Using Graphene And Silica Nanoparticles
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Alternate 233883Thermal‑Hydraulic Performance Of Microchannel Heat Exchangers For Sco₂ Brayton Cycles Using Low‑Temperature Geothermal And Waste Heat Sources
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Alternate 234193Temporal Convolutional Network Surrogate Model For Optimizing Injection Allocation In Geothermal Reservoirs: A Case Study At Brady Hot Springs
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Alternate 233882Discovering The Key Factors Governing Heat Extraction Efficiency Of A Medium Enthalpy EGS Reservoir


