Kinetics of CO2–fluid–rock reactions in a basalt aquifer, Soda Springs, Idaho
Abstract
The dissolution of silicate minerals by CO2-rich fluids and the subsequent precipitation of CO2 as carbonate minerals represent a means of permanently storing anthropogenic CO2 waste products in a solid and secure form. Modelling the progression of these reactions is hindered by our poor understanding of the rates of mineral dissolution–precipitation reactions and mineral surface properties in natural systems. This study evaluates the chemical...
Paper Details
Title
Kinetics of CO2–fluid–rock reactions in a basalt aquifer, Soda Springs, Idaho
Published Date
Oct 1, 2015
Journal
Volume
61
Pages
272 - 283
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Notes
History