Coal seam water injection (CSWI) can introduce additional water to form retained water. The
migration of retained water will go through the stage from the end of CSWI to water migration …

Pore characteristics are crucial in the occurrence, aggregation, migration, and potential for
CO2 sequestration in shale gas reservoirs. We employed N2 adsorption/desorption, CO2 …

Shale wettability affects pore-scale oil/water distribution and reservoir-scale oil extraction
efficiency. For enhanced oil recovery, a common method to modify rocks' wettability is …

Accurately and efficiently predicting permeability at different temperatures is crucial in the
fuel science, as it enables optimization of production efficiency, and ensures safety and …

Liquid permeability is a key petrophysical parameter that quantifies the ability of a liquid to
flow through porous rock/soil and can be used in determining the efficiency of many …

As an important and universal petrophysics of heavy oil reservoirs, the two‐phase flow
ability inside porous medium is vital for heavy oil development. Utilizing the laminar flow …

The permeability of rocks is a critical parameter in many subsurface geological applications,
and pore properties measured on rock samples (including rock fragments) can be used to …

Studying immiscible fluid displacement patterns can provide a better understanding of
displacement processes within heterogeneous porous media, thereby helping improving oil …

Prediction of mineralogical compositions along multi-fractured horizontal wells (MFHWs)
using indirect methods, for the purpose of characterizing lithological and rock brittleness …

Predicting the distribution of CO 2 gas saturation is one example of how multiphase flow
might be evaluated in Carbon Capture and Storage (CCS). The TOUGH2 simulator is one of …