A number of important candidate CO2 reservoirs exhibit sedimentary architecture reflecting
fluvial deposition. Recent studies have led to new conceptual and quantitative models for …

Capillary trap** plays an important role in CO 2 storage. Two capillary trap**
mechanisms have been extensively investigated, ie, snap-off trap** and capillary pinning …

Capillarity and both gas and water permeabilities change as a function of gas saturation.
Typical trends established in the discipline of unsaturated soil behavior are used when …

The physical mechanism of CO 2 trap** in porous media by capillary trap** (pore scale)
incorporates a number of related processes, ie residual trap**, trap** due to hysteresis …

Abstract Although Carbon Capture and Storage (CCS) has been demonstrated successfully
on many occasions, the potential leakage of deep sequestrated CO 2 into shallow …

A number of important CO 2 reservoir candidates exhibit sedimentary architecture reflecting
fluvial deposition, which typically includes small-scale (decimeter to meter) textural facies …

In the application of two-phase flow in porous media within the context of CO 2
sequestration, a non-wetting phase is used to displace a wetting phase residing in-situ to the …

A concern for geologic carbon sequestration is the potential for stored CO 2 to leak upward
into valuable shallow aquifers where it can cause potentially detrimental impacts to …

The decrease of remediation effect during air sparging (AS) remediation in heterogeneous
porous media has attracted increasing attention. In this study, an improved light transmission …

Unintended releases of CO 2 from carbon capture and storage operations presents the risk
of atmospheric emissions and groundwater or surface water quality impacts. Given the …