Session: Simulation of Complex Subsurface Processes II (2010 Annual Meeting)

Description:

Computer simulation of multiphase reactive transport in porous media covers a number of applications; oil and gas production from conventional and unconventional formations, carbon dioxide flooding and sequestration, underground thermal treatment and geothermal production to name a few. Models require integration of the principles of multicomponent thermodynamics, multiphase flow, reactions, mass and heat transfer. The problems which are solved in complex, heterogeneous geologic domains are numerically complicated. In this session we seek papers on innovative approaches for solving reactive transport problems in porous media.

Sponsor:

Topical D: Chemical Engineering in Oil and Gas Production and Other Complex Subsurface Processes

Co-Sponsor(s):

Transport and Energy Processes (07), Transport Processes (01d)

Chair:

Milind D. Deo
University of Utah
Chemical Engineering
50 S. Central Campus Dr., MEB, Rm. 3290
Salt Lake City, UT 84112
Phone Number: 801-581-7629
Fax Number: 801-585-9291
Email: milind.deo@utah.edu

Papers:

302a

Accurate Representation of EoS Related Non-Linearities for Compositional Flow Simulation
Rustem Zaydullin, Stanford University; Denis Voskov, Stanford University; Hamdi Tchelepi, Stanford University

302b

Rate Dependent Oil Recovery in Fractured Basement Reservoirs
Justin Wriedt, University of Utah; Milind D. Deo, University of Utah; Thomas Doe, Golder and Associates

302c

Methodology for the Selection of Small Scale LNG Technologies for Remote Gas Production
Luis A. Castillo, Norwegian University of Science and Technology (NTNU); Carlos A. Dorao, Norwegian University of Science and Technology (NTNU)

302d

Modeling and Simulation in Tight Gas Sands with Different Fracture Orientation and Studying Impacts of Geo-Mechanical Properties in Tight Gas Sands
Swapnil V. Thakur, University of Utah; John McLennan, University of Utah; Milind D. Deo, University of Utah; Justin Wriedt, University of Utah; Nan Zhao, University of Utah

302e

An Eulerian-Lagrangian Model to Predict Filter Cake Formation and Expression in Oil Drilling
Jeremiah N. Mpagazehe, Carnegie Mellon University; C. Fred Higgs, Carnegie Mellon University

See more of this Group/Topical: Topical D: Chemical Engineering in Oil and Gas Production and Other Complex Subsurface Processes

<< Previous Session | Next Session >>