Shale gas, although unconventional, is a prospective clean energy source. Shale gas
production is a complex multi-scale process with its spatial size ranging from the nanoscale …

Understanding of pore structure and microscopic flow mechanism at pore‐scale is
significant for enhancing oil recovery by carbon dioxide (CO2) flooding. Herein, the pore …

Conventional flow models based on Darcy's flow physics fail to model shale gas production
data accurately. The failure to match field data and laboratory-scale evidence of non-Darcy …

Great advances have been made with the lattice Boltzmann (LB) method for complicated
fluid phenomena and fundamental thermal processes over the past three decades. This …

This study couples the Navier-Stokes and multicomponent advection-diffusion equations
within the lattice Boltzmann method (LBM) to innovatively simulate the CO 2–CH 4 …

This study proposes a multiscale model combining molecular simulation and the lattice
Boltzmann method (LBM) to explore gas flow behaviors with multiple transport mechanisms …

The classical Darcy's law cannot effectively describe the microscopic flow rules of shale gas.
In addition, conducting gas transport experiments in nanopores is difficult, and the …

An accurate description of fluid flow is critical for the prediction of the productivity of shale
gas reservoirs. In this paper, we present the current advances and a systematic summary on …

As an important unconventional resource, shale gas reservoirs have unique characteristics
different from conventional oil and gas reservoirs. The ultrasmall pore sizes in shale induce …

We present an overview of recent advancements and potentialities for industrial applications
of lattice Boltzmann methods (LBMs). Various processes and phenomena with industrial …