A model for gas transfer in nanopores is the basis for accurate numerical simulation, which
has important implications for economic development of shale-gas reservoirs (SGRs). The …

The physics of gas transport through shale systems remains ambiguous. Although several
theoretical and experimental studies have been reported, most concentrate only on the …

We present a comprehensive investigation of gas injection for enhanced oil recovery (EOR)
in organic-rich shale using 11 coreflooding experiments in sidewall core plugs from the …

The microscopic heterogeneity of pore-throat structures in tight sandstone is a crucial
parameter for understanding the transport mechanism of fluid flow. In this work, we firstly …

The impacts associated with unconventional oil and gas (UOG) extraction will be cumulative
in nature and will most likely occur on a regional scale, highlighting the importance of using …

In shale gas-condensate reservoirs, when the initial reservoir pressure is greater than the
dewpoint pressure, the condensate/gas ratio (CGR) has been observed to decrease …

Analyzing the pore structure in carbonate reservoirs plays a crucial role in predicting fluid
flow characteristics within these formations. The goal of the study was to use machine …

This work introduces an experimental technique to probe simultaneously flow and diffusion
of gas through shale. A core-scale pressure-pulse-decay experiment is used to study the …

Production from shale reservoirs is receiving more attention from the petroleum industry.
However, there are many complexities associated with optimal production of shale …

Phase behavior of hydrocarbon mixtures is affected by the petrophysical properties of the
formation. This paper integrates several important thermodynamic and petrophysical …