Data for: Mineral trapping of CO2: hydrothermal experimental system and thermodynamic simulation on interaction between CO2-H2O-dawsonite bearing sandstone with the pH of 4 ~ 9, temperature of 80 ~ 140 °C, and increasing pCO2

Name: Data for: Mineral trapping of CO2: hydrothermal experimental system and thermodynamic simulation on interaction between CO2-H2O-dawsonite bearing sandstone with the pH of 4 ~ 9, temperature of 80 ~ 140 °C, and increasing pCO2
Creator: Fulai Li
Published: 2019-09-06T10:30:05.717Z
Keywords: Geochemistry, Petrochemistry

Li, Fulai

doi:10.17632/b2h5pg53gf.1

Data for: Mineral trapping of CO2: hydrothermal experimental system and thermodynamic simulation on interaction between CO2-H2O-dawsonite bearing sandstone with the pH of 4 ~ 9, temperature of 80 ~ 140 °C, and increasing pCO2

Published: 6 September 2019| Version 1 | DOI: 10.17632/b2h5pg53gf.1

Contributor:

Fulai Li

Description

This file provide X-ray diffraction analysis data of the dawsonite-bearing sandstones after reactions, and concentration ratios of soluble species in solutions after reactions.

Data for: Mineral trapping of CO2: hydrothermal experimental system and thermodynamic simulation on interaction between CO2-H2O-dawsonite bearing sandstone with the pH of 4 ~ 9, temperature of 80 ~ 140 °C, and increasing pCO2

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