SPE Annual Technical Conference and Exhibition · 1982 · 120 citations · 1 references
EngineeringPetroleum EngineeringPhysicsHeat TransferReservoir EngineeringReservoir SimulationFinite Difference Reservoir SimulationGas Hydrate ReservoirsGas TransferHydrationReservoir ManagementThermal Reservoir SimulationFinite Difference SimulationGas Hydrate DissociationHeat Transfer In Hydrate ReservoirsHydrate DissociationHydrate Dissociation ModelingNatural GasProduction From Hydrate ReservoirsReservoir Thermal Simulation
ABSTRACT A three dimensional finite-difference simulation of heat and mass transfer in a reservoir containing stratified layers of gas hydrates (50 ft.) and free natural gas (50 ft) was made. Results indicate that in this volumetric depletion gas reservoir, hydrated gas can contribute about 20 to 30% of the total gas production. This is due to hydrate dissociation as the pressure in the reservoir is reduced. These percentages represent an estimate for a gas reservoir which is produced at the rate of 2.5 MMCFD. The thermal capacity of the reservoir is more than sufficient to provide the energy necessary for hydrate dissociation into gas or water.
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