[HTML][HTML] Pore-scale phenomena in carbon geological storage (Saline aquifers—Mineralization—Depleted oil reservoirs)
The injection of CO2 into geological formations triggers inherently coupled thermo-hydro-
chemo-mechanical processes. The reservoir pressure and temperature determine the CO2 …
chemo-mechanical processes. The reservoir pressure and temperature determine the CO2 …
Unstable Density‐Driven Convection of CO2 in Homogeneous and Heterogeneous Porous Media With Implications for Deep Saline Aquifers
Density‐driven convection mixing has been identified to enhance CO2 trapping in deep
saline aquifers storage. In this study, the dynamics of fingering instability and associated …
saline aquifers storage. In this study, the dynamics of fingering instability and associated …
Permeability heterogeneity effects on density-driven CO2 natural convection and carbon sequestration efficiency
Underground storage of CO 2 in saline aquifers has emerged as a promising strategy for
mitigating global warming. The dissolution of CO 2 in saline aquifers induces the descent of …
mitigating global warming. The dissolution of CO 2 in saline aquifers induces the descent of …
An experimental study of density-driven convection of fluid pairs with viscosity contrast in porous media
CO 2 dissolution in saline water during aquifer sequestration causes natural convection
because of the density difference between CO 2-saturated brine and native brine. In this …
because of the density difference between CO 2-saturated brine and native brine. In this …
Quantitative study of density-driven convection mass transfer in porous media by MRI
CO 2 geologic storage in deep saline aquifers is a promising technology to reduce
greenhouse gas emissions and maintain the pace of economic development. The …
greenhouse gas emissions and maintain the pace of economic development. The …
Pore-scale study of miscible density-driven mixing flow in porous media
Two-dimensional density-driven convective mixing processes in synthetic porous media are
simulated at pore-scale using lattice Boltzmann method with a rescaled version of the …
simulated at pore-scale using lattice Boltzmann method with a rescaled version of the …
Morphology-based kinetic study of the formation of carbon dioxide hydrates with promoters
Carbon dioxide (CO2) hydrate is a novel technology for CO2 capture and storage. To
achieve more economical and efficient hydrate formation, we investigated the formation of …
achieve more economical and efficient hydrate formation, we investigated the formation of …
Effects of Pore Structures on Seepage and Dispersion Characteristics during CO2 Miscible Displacements in Unconsolidated Cores
W Yang, Y Chang, J Cheng, Z Wang, X Li, P Lv… - Energy & …, 2021 - ACS Publications
In the challenge of decarbonization, an economical option for carbon capture, utilization,
and storage is carbon dioxide enhanced oil recovery (CO2-EOR) and sequestration in …
and storage is carbon dioxide enhanced oil recovery (CO2-EOR) and sequestration in …
[HTML][HTML] New spectrophotometric method for quantitative characterization of density-driven convective instability
CO2 convective dissolution has been regarded as one of the fundamental mechanisms to
accelerate the mass transfer of CO2 into brine. We present a new spectrophotometric …
accelerate the mass transfer of CO2 into brine. We present a new spectrophotometric …
Enhanced Mass Transfer by Density-Driven Convection during CO2 Geological Storage
CO2 capture and storage (CCS) is an effective way to reduce greenhouse gas emissions.
Density-driven background flow in some deep saline aquifers is of interest in the …
Density-driven background flow in some deep saline aquifers is of interest in the …