Abstract In our previous publications (;,;), we presented a philosophy for the operation of gas
injection processes in unconventional liquid reservoirs (ULR) that consisted in using a huff …

We present a novel approach to describe how micro-fracture closure, pore volume
compressibility, and connectivity loss change intrinsic permeability of shale formations as a …

Shale formations demonstrate distinct characteristics, such as a wide spectrum of pore size
from micro-scale to nano-scale, limited pore connectivity and ultra-low permeability. Despite …

This study introduces a novel outlook on a shale-pore system and on the potential effect of
pore compressibility on the production performance. We divide porosity of the system into …

We present a novel approach to correct accessible/fluid-saturated porosity values calculated
using mercury injection capillary pressure (MICP) for shale samples. On the basis of recent …

Shale oil and gas have become important hydrocarbon resources for North America.
Despite successful technological developments, formation evaluation faces some significant …

Pore connectivity controls fluid flow in porous media. Well-established methods such as
permeability measurements or mercury-injection porosimetry are used to evaluate pore …

页岩气的成功勘探开发引发了全球海相页岩研究的热潮, 然而对处于生油窗内的陆相页岩储集
性能的研究尚需加**. 基于光学薄片, 场发射扫描电镜, 环境扫描电镜, 纳米CT, 图像分析, GRI …

Relatively cheap and non-intrusive magnetic geophysical technique has been employed to
reduce the hydrocarbon exploration uncertainty in the Middle Benue Basin which straddles …

In this study, we present a new approach to evaluate shale permeability as a function of
effective pressure using Mercury Injection Capillary Pressure (MICP) experiments …