This preliminary program is subject to change.

Advanced Simulations In Fluid Flow In Porous Media


Description:
This session is concerned with modeling fluid flow in porous media, geologic storage of CO2, plume migration, and reactive flow in porous media. Papers are invited in these and closely related areas.

Sponsor:
Carbon Sequestration - Geologic
Co-Sponsor(s):
ICE2012: Fossil Fuels & CCS (T4G)


Chair:
Grant Bromhal
Staff
National Energy Technology Laboratory
3510 Collins Ferry Rd.
Morgantown, WV 26597
Email: bromhal@netl.doe.gov

Co-Chair:
Dustin Crandall
U.S. Department of Energy
National Energy Technology Laboratory
Pittsburgh, PA 15236-0940
Email: Dustin.Crandall@ur.netl.doe.gov


Papers:
Pore Scale Models for Imbibition of CO2 Analogue Fluids in Etched Micro-Model Junctions Using Micro-Fluidic Experiments and Direct Flow Calculations
Emily Chapman, Imperial College London; Jianhui Yang, Imperial College London; John Crawshaw, Imperial College London; Edo Boek, Imperial College London
Selection of Domain Size for Lattice Boltzmann Simulation to Calculate Flow Properties of Porous Media
Md Rakibul Sarker, Texas Tech University; Shameem Siddiqui, Texas Tech University; Dustin McIntyre, National Energy Technology Laboratory; Grant Bromhal, National Energy Technology Laboratory; Mohamed Soliman, Texas Tech University
Insights From Image-Based Modeling of Fluid Flow in Bulk Proppant Packs and Propped Fractures Under Varying Confining Stress
Yijie Shen, Louisiana State Univeristy; Paula Sanematsu, Louisiana State Univeristy; Seth M. Bradley, Louisiana State Univeristy; Clinton S. Willson, Louisiana State Univeristy; Ali Takbiri Borujeni, Louisiana State Univeristy; Karsten E Thompson, Louisiana State Univeristy; Mayank Tyagi, Louisiana State Univeristy
Recent Trends of Streamline Simulation Technology Applications in Oil Industry
Abdullah Al-Najem, Texas Tech University; Shameem Siddiqui, Texas Tech University; Mohamed Soliman, Texas Tech University
Hydrogeochemical Modelling in Coastal Carbonate Aquifer: Porosity and Permeability Evolution
Rachida Bouhlila, National Engineering School of Tunis-Tunis EL Manar University; Ezzeddine Laabidi, National Engineering School of Tunis-Tunis EL Manar University