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Using X-ray computed tomography and pore-scale numerical modeling to study the role of heterogeneous rock surface wettability on hydrogen-brine two-phase flow in underground hydrogen storage

Qingqi Zhao, Ruichang Guo, Nilesh Kumar Jha, Mohammad Sarmadivaleh, Maxim Lebedev, Ahmed Al‐Yaseri, James E. McClure, Cheng Chen

2024Fuel42 citationsDOI

Topics & Concepts

ImbibitionCapillary pressureHydrogenRelative permeabilityBrineWettingPorous mediumGeologyDrainagePermeability (electromagnetism)Materials scienceCapillary actionMineralogyPorosityChemistryComposite materialGeotechnical engineeringMembraneBiologyEcologyOrganic chemistryBiochemistryBotanyGerminationEnhanced Oil Recovery TechniquesGroundwater flow and contamination studiesLattice Boltzmann Simulation Studies
Using X-ray computed tomography and pore-scale numerical modeling to study the role of heterogeneous rock surface wettability on hydrogen-brine two-phase flow in underground hydrogen storage | Litcius