Although porous media combustion is suitable for micro/meso-scale power systems, the
accurate flame dynamics in porous media have not been revealed, which are critical for …

The effect of iron species on petroleum coke CO2 gasification was studied in the present
work. The effects of the temperature (1173–1673 K), the catalyst types, catalyst loading …

In situ combustion (ISC) is an important thermal recovery technique. Significant open ISC
questions include the effect of coke formation on the pore structure and permeability. In the …

In this study, the multiphase multicomponent Shan-Chen lattice Boltzmann method is
employed to analyze the impact of capillary force on oil-CO2-water fluid flow and enhanced …

Both conventional TGA and fluidized bed have some inherent limitations in the accurate
measurement of gas–solid reaction. To characterize the gas–solid process under the …

A general numerical scheme based on the lattice Boltzmann method (LBM) is established to
investigate coupled multiple physicochemical thermal processes at the pore-scale, in which …

Gasification and combustion of porous char particles occurs in many industrial applications.
Reactor-scale outputs of importance depend critically on processes that occur at the particle …

Shale formations consist of numerous nanoscale pores within a range of 2 nm–50 nm; the
shale gas flow within this size range under typical shale reservoir pressure and temperature …

The lattice Boltzmann method (LBM) provides a framework for the simulation of mass
transport and chemical reaction in complex geometries when accurate pointwise …

Utilization of a porous medium for combustion of liquid fuels is proved to be a promising
approach for future applications. The porous medium burner for liquid fuels is more …