Session: Advanced Modeling Methods in Carbon Dioxide Sequestration (2009 Annual Meeting)

Description:

The reactive transport process of sequestering carbon dioxide in geologic formations is complicated. This session will address advanced experimental and modeling issues related to storage of carbon dioxide in underground formations. Modeling heterogeneities and parameter uncertainties, model validation, up-scaling laboratory information, and flow and transport in faults and fractures would be some of the topics considered. New experimental data on all aspects of sequestration will also be appropriate for this session.

Sponsor:

Transport and Energy Processes

Co-Sponsor(s):

Environmental Division (09)

Chair:

Milind Deo
Professor
University of Utah
Chemical Engineering
50 S. Central Campus Drive, Room 3290 MEB
Salt Lake City, UT 84112
Phone Number: 801-581-7629
Email: mddeo@eng.utah.edu

Papers:

496a

Risk Assessment for CO2 Geologic Sequestration
Yan Zhang, Carnegie Mellon University; Panagiotis Vouzis, Carnegie Mellon University; Nick Sahinidis, Carnegie Mellon University

496b

CO2 Sequestration: Temperature and Gas Compositional Effects On the Kinetics of Mineralogical Reactions
Prashanth N. Mandalaparty, University of Utah; Milind Deo, University of Utah; Joseph Moore, University of Utah

496c

CO2 Pipeline Integrity Modelling Challenges
Haroun Mahgerefteh, University College London

496d

A Generalized Negative Flash Procedure for Phase Equilibrium Computations Related to Carbon Dioxide Sequestration
Alireza Iranshahr, Stanford University; Denis Voskov, Stanford University; Hamdi Tchelepi, Stanford University

496e

Numerical Estimates for CO2 Leakage through Geological Seals Considered for Saline Reservoir Sequestration of Carbon Dioxide
Craig Griffith, U.S. Department of Energy; Gregory V. Lowry, Carnegie Mellon University; David A. Dzombak, Carnegie Mellon University; Mitchell Small, Carnegie Mellon University; Yee Soong, U.S. Department of Energy

See more of this Group/Topical: Energy and Transport Processes

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