Abstracts Porous media combustion of lean and ultra-rich methane-air mixtures was
numerically studied using the approach when the process is simulated at the pore scale with …

Shale gas reservoirs have obscured transport properties owing to the complex micro-porous
structure and extremely low permeability. In this study, a lattice Boltzmann (LB) model at …

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 …

A Lattice-Boltzmann model coupled with boundary method is proposed for the
hydrodynamic resolved simulation of a single char particle combustion. A pure lattice …

Influences of biomass leachate (BL) additives (rice straw leachate (RSL) and corn straw
leachate (CSL)) on reactivity characteristics and structural evolution of petroleum coke (PC) …

We develop a transient multiscale model to describe the combustion of chars derived from
plastic coals. This model visualizes the pore structure as an interconnected network of large …

Gas flow in a shale reservoir is hard to model and simulate as certain complex mechanisms
should be included, for example, diffusion and sorption. As a mesoscopic approach, Lattice …

Based on a two-dimensional model with complete chemistry, combustion and heat transfer
in a combustor-heater unit are numerically investigated and validated through their …

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 …

This work studied the gasification reaction of four different metallurgical cokes (Coke-A,
Coke-B, Coke-C, Coke-D) with CO 2 by the thermogravimetric analysis. The physical …