The modeling of shale gas transport through nanopores is the basis for shale gas production
simulation. The real shale gas always consists of a series of gases, including ethane …

CO 2 diffusion is of great importance for enhanced oil recovery (EOR), production prediction,
and performance forecast of carbon capture and storage (CCS) in shale reservoirs. This …

Pore network modeling is a powerful tool to simulate multiphase flow in porous media. Quasi-
static model is used in this work and the drainage displacement process is simulated. In …

Diffusion is an important mass transport mechanism in shale matrix, which usually has pore
sizes ranging from molecular dimensions to micrometers. Better characterization of the …

Elucidating the microscale geological control mechanism of gas transport in coalbed
methane (CBM) reservoirs is the basis for efficient development of CBM reservoirs. At …

Effective moisture diffusivity provides an easy and expeditious route to understanding many
moisture transport processes involving food materials. Instead of making the moisture …

Clarifying the gas flow regimes in nano-micro-scale pores of coal seam is the basic of
explicating coalbed gas transport process and the preconditions of optimizing CBM efficient …

Characterization of microscopic details of the fabric of mudstones and shales (ie, structure
and composition) is important to understand their storage and transport properties. Current …

The compressibility of abnormal pressure gas reservoirs is hard to test, and the
interpretation is confusing, leading to many misunderstandings in the current understanding …

The matrix permeability of shale is controlled by the microstructure of shale pore network.
Therefore, a thorough understanding of shale pore structure is fundamental to the prediction …