Reservoir Simulation and Characterization
Tuesday, 17 October
Room 217 B
Technical Session
Reservoir simulation is a powerful technique for performance prediction and plays an essential role in characterizing fluid flow in the reservoir. This session covers recent advances in reservoir simulation, AI-based modeling, and fluid flow characterization. It also discusses applications of these techniques in complex reservoirs related to model calibration, novel algorithmic developments, phase behavior and CO2 flooding.
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1400-1425 214777A Novel Hierarchical Global-Local Model Calibration Method for Deep Water Reservoirs Under Depletion and Aquifer Influence
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1425-1450 214948A Novel Method to Measure the Phase Behavior of Black Oils: Saturation Pressure and Liquid-Vapor Fractions
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1450-1515 215122Thermodynamic Modeling Of Aqueous Nanobubble Dispersion
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1545-1610 214849A Fast And Reliable Network Solver Using Numerical Proxy For Reservoir Simulation
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1610-1635 214911Modelling Of Partially Miscible, Multiphase Hydrocarbon Mixtures Using A Fugacity-based Lattice Boltzmann Method
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1635-1700 214828Application of Streamline-based WAG Injection Rate Management to Improve Oil Recovery of GLSAU Co2 Flood
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Alternate 215077A Method Of Reservoir Connectivity Analysis For Single And Dual-porosity/Dual-permeability Models
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Alternate 214922Estimating The Permeability Field Using the Bayesian Inference and Principal Component Analysis