Steam gasification enables the thermochemical conversion of solid fuels into a medium
calorific gas that can be utilized for the synthesis of advanced biofuels, chemicals or for heat …

Due to the world-wide energy crisis and economic issues, biomass has become a resource
of global interest as an alternative to activated carbon (AC) produced using non-renewable …

Fluidized bed biomass gasification is a complex process whereby gas source terms are
released by reactions at the particle level during the movement of fuel particles throughout …

Biomass gasification process in a three-dimensional pilot-scale circulating fluidized bed
(CFB) gasifier is numerically simulated via the multiphase particle-in-cell approach. The …

Immersed tubes play a pivotal role in enhancing fluidization quality within fluidized beds by
effectively disrupting bubbles. However, the effect of such internals within a large-scale …

Numerical simulation of the dense gas-solid reactive flow in a pilot-scale dual fluidized bed
for biomass gasification is conducted with large eddy simulation coupled with multiphase …

Inclined gas–solid fluidized bed has excellent particle separation and purification
performance. Hence, Z-shaped fluidized bed as a novel fluidization system is designed in …

Four different models for heat transfer to the particles immersed in a fluidized bed were
evaluated and implemented into an existing single particle model. Pyrolysis experiments …

Flow pattern transition is one of the most important mechanisms in fluidization technology.
By employing the computational fluid dynamics-discrete element method simulation and …

Understanding layer formation on bed materials used in fluidized beds is a key step for
advances in the application of alternative fuels. Layers can be responsible for agglomeration …