Litcius/Paper detail

Direct pore-scale simulation of the effect of capillary number and gas compressibility on cyclic underground hydrogen storage & production in heterogeneous aquifers

Matin Bagheri, Hassan Mahani, Shahab Ayatollahi, Davood Zivar

2023Advances in Water Resources46 citationsDOI

Topics & Concepts

Capillary actionHydrogenCompressibilityCompressed hydrogenImbibitionAquiferHydrogen storageMaterials scienceMechanicsViscous fingeringFlow (mathematics)Capillary pressurePetroleum engineeringLiquid hydrogenThermodynamicsEnvironmental sciencePorous mediumChemistryGeotechnical engineeringGroundwaterGeologyComposite materialPhysicsPorosityOrganic chemistryBotanyGerminationBiologyEnhanced Oil Recovery TechniquesMethane Hydrates and Related PhenomenaCO2 Sequestration and Geologic Interactions
Direct pore-scale simulation of the effect of capillary number and gas compressibility on cyclic underground hydrogen storage & production in heterogeneous aquifers | Litcius