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Carbon-Based Energy Systems > CO2 Storage
Linking Chemical and Physical Effects of CO2 Injection to Geophysical Parameters

Start Date: January 2010

Investigators

Gary Mavko, Department of Geophysics; Sally Benson, Department of Energy Resources Engineering, Stanford University; Andreas Luttge, Rolf A. Arvidson, Department of Earth Science, Rice University

Annual Reports

Publications

Presentations

  • Dralus, D. E., T. Vanorio, and G. Mavko, 2012, Anomalous strain behavior in CO2-saturated zeolithic tuffs, AGU Fall Meeting 2012.
  • Kobayashi, Y., and G. Mavko, 2014, Characteristic length of a rock heterogeneously saturated with two immiscible fluids, SEG Annual Meeting Extended Abstract, 2014
  • Vialle, S., T. Vanorio, and G. Mavko, 2010, Monitoring the changes of rock properties in a micritic limestone upon injection of a CO2-rich fluid, SEG Annual Meeting Extended Abstract, 2010.
  • Vialle, S., J. Dvorkin, and G. Mavko, 2012, Flow paths and chemical reactivity of CO2 in carbonates using mercury-intrusion capillary pressure data and dimensionless numbers, AGU Fall Meeting 2012.
  • Vialle, S., T. Vanorio, and G. Mavko, 2010, Linking the acoustic properties of carbonate rocks to induced chemical changes in the pore system upon injection of CO2-rich water, AGU Fall Meeting 2010.
  • Vialle, S. and G. Mavko, 2012, Geophysical signatures of carbonate rocks flooded with CO2-rich water: effect of the presence of oil in the pore space, EGU General Assembly 2012, held 22-27 April, 2012 in Vienna, Austria., p.6248
  • Vialle, S., J. Dvorkin, and G. Mavko, 2013, Relating rock microstructure to flow paths and chemical reactions: application to CO2 injection in carbonates, Proceedings, Second International Workshop on Rock Physics, Southampton, 4-9 August 2013.

 

Updated August 2019
 

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