GeoVerse Lab
← Resource & Energy Engineering Division

Reservoir Modeling & Recovery Center

Models fluid flow in porous media through multiphase-flow simulation, integrating well-test/pressure-transient analysis, material balance, and uncertainty quantification to predict and optimize reservoir performance and recovery.

Reservoir Modeling & Recovery CenterWell & Production Engineering CenterRock Mechanics & Geomechanics CenterGeothermal Energy Engineering CenterCarbon Engineering CenterHydrogen Energy & Storage CenterMining Engineering CenterNuclear Energy Engineering Center
Research Fields 17
Multiphase Flow, Relative Permeability & Immiscible Displacement
💧 Multiphase Flow, Relative Permeability & Immiscible Displacement
Multiphase-flow theory in reservoir engineering describes how two or more immiscible fluid…
Compositional & Equation-of-State Reservoir Simulation
🧪 Compositional & Equation-of-State Reservoir Simulation
Compositional reservoir simulation models hydrocarbon fluid behavior by tracking the mole …
Naturally Fractured Reservoir Modeling
🪨 Naturally Fractured Reservoir Modeling
Naturally fractured reservoir modeling represents rock that contains two distinct, interco…
Numerical Linear Solvers for Reservoir Simulation
🧮 Numerical Linear Solvers for Reservoir Simulation
This field develops and benchmarks the iterative and direct linear-algebra algorithms that…
Iterative Linearization of Nonlinear Reservoir Flow Equations
🔁 Iterative Linearization of Nonlinear Reservoir Flow Equations
Reservoir flow equations are nonlinear because rock and fluid properties, relative permeab…
Numerical Stability & Convergence Analysis of Reservoir Simulators
📈 Numerical Stability & Convergence Analysis of Reservoir Simulators
This field establishes how large a timestep a finite-difference or finite-volume reservoir…
Well-Posedness & Analytical Solution Theory for Reservoir Flow PDEs
📐 Well-Posedness & Analytical Solution Theory for Reservoir Flow PDEs
This field derives and verifies closed-form or series solutions to the partial differentia…
Permeability-Porosity Relationships & Pore Structure Theory
🕳️ Permeability-Porosity Relationships & Pore Structure Theory
This field develops theoretical and empirical relationships that predict a rock's permeabi…
Digital Rock Physics & Pore-Scale CT Imaging
🔬 Digital Rock Physics & Pore-Scale CT Imaging
Digital rock physics reconstructs a rock's three-dimensional pore structure from X-ray mic…
Wettability & Interfacial Phenomena in Reservoir Rocks
💠 Wettability & Interfacial Phenomena in Reservoir Rocks
Wettability characterization quantifies which fluid, oil or water, preferentially coats a …
Reservoir Heterogeneity Characterization
📊 Reservoir Heterogeneity Characterization
Reservoir heterogeneity characterization quantifies how unevenly permeability is distribut…
Reservoir Upscaling & Homogenization of Heterogeneous Media
🗺️ Reservoir Upscaling & Homogenization of Heterogeneous Media
Reservoir upscaling replaces a fine geocellular model's permeability and porosity fields, …
Material Balance Equations for Oil & Gas Reservoirs
⚖️ Material Balance Equations for Oil & Gas Reservoirs
The material balance equation applies conservation of mass to a hydrocarbon reservoir trea…
Aquifer Influx & Transient Boundary Flow Analysis
🌊 Aquifer Influx & Transient Boundary Flow Analysis
Aquifer-influx models quantify how much water flows from a connected water-bearing formati…
Pressure Transient Analysis via Operational Calculus
📟 Pressure Transient Analysis via Operational Calculus
Pressure transient analysis interprets the pressure response recorded at a well during a c…
History Matching & Gradient-Based Inverse Problems
🎯 History Matching & Gradient-Based Inverse Problems
History matching is the inverse problem of adjusting uncertain reservoir-simulation-model …
Streamline Simulation & Hele-Shaw Flow Analogy
🌀 Streamline Simulation & Hele-Shaw Flow Analogy
Streamline simulation reformulates the three-dimensional multiphase reservoir flow problem…