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• W2529782160 abstract "This publication provides a literature review on experimental studies of dissolution kinetics of mainly carbonates and feldspar group minerals, i.e. most common minerals at potential CO2-injection and/or storage sites. Geochemical interaction processes between injected CO2 and coexisting phases, namely reservoir and cap rock minerals and formation fluids close to the CO2-injection site can be simulated by flow-through or mixed flow reactors, while processes far from the injection site and long-term processes after termination actual CO2-injection can be mimicked by batch reactors. At sufficient small stirring rates or fluid flow rates as well as low solute concentrations flow-through reactors are also able to simulate processes far from the injection site. The experimental parameter temperature not only intensifies the dissolution process, the dominant dissolution mechanisms are also influenced by temperature. The dissolution mechanisms change from incongruent and surface controlled mechanisms at lower temperatures to congruent and transport controlled mechanisms at higher temperatures. The CO2 partial pressure has only a second order influence on dissolution behavior compared to the influence of pH-value and ionic strength of the CO2-bearing brine. Minerals exposed to CO2-bearing brines at elevated temperatures and pressures are subject of alteration, leading to severe changes of reactive surfaces and potential precipitation of secondary minerals. Computational simulations of mineral reactions at potential CO2 storage sites have therefore to include not only the time-resolved changes of dissolution behavior and hence kinetics of mineral dissolution, but also the influence of secondary minerals on the interaction of the minerals with CO2-enriched brines." @default.
• W2529782160 created "2016-10-14" @default.
• W2529782160 creator A5006248203 @default.
• W2529782160 date "2016-12-01" @default.
• W2529782160 modified "2023-09-30" @default.
• W2529782160 title "Dissolution kinetics of selected natural minerals relevant to potential CO2-injection sites − Part 1: A review" @default.
• W2529782160 cites W1411984320 @default.
• W2529782160 cites W1525915405 @default.
• W2529782160 cites W1527101551 @default.
• W2529782160 cites W1643676121 @default.
• W2529782160 cites W1963978415 @default.
• W2529782160 cites W1969873995 @default.
• W2529782160 cites W1970214725 @default.
• W2529782160 cites W1974488778 @default.
• W2529782160 cites W1975717988 @default.
• W2529782160 cites W1979329811 @default.
• W2529782160 cites W1982081538 @default.
• W2529782160 cites W1982495377 @default.
• W2529782160 cites W1983975519 @default.
• W2529782160 cites W1984867092 @default.
• W2529782160 cites W1985762111 @default.
• W2529782160 cites W1986601587 @default.
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• W2529782160 cites W1994805935 @default.
• W2529782160 cites W1996186171 @default.
• W2529782160 cites W1999741805 @default.
• W2529782160 cites W2000696716 @default.
• W2529782160 cites W2009735721 @default.
• W2529782160 cites W2012518227 @default.
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• W2529782160 cites W2019937345 @default.
• W2529782160 cites W2024497719 @default.
• W2529782160 cites W2026709093 @default.
• W2529782160 cites W2029410053 @default.
• W2529782160 cites W2033747660 @default.
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• W2529782160 cites W2043617356 @default.
• W2529782160 cites W2043629723 @default.
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• W2529782160 doi "https://doi.org/10.1016/j.chemer.2016.09.007" @default.
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