Gas-solid fluidized beds have drawn the attention of engineers and researchers as an
effective technology for a large variety of applications, and numerical simulations can play …

Multi-scale computational fluid dynamics (CFD) simulation bridges the gaps between
particle and reactor scales in the modeling of biomass pyrolysis. Its accuracy depends on …

Biomass pyrolysis is a thermochemical conversion process that undergoes a complex set of
concurrent and competitive reactions in oxygen-depleted conditions. A considerable amount …

This paper reviews the recent advances in multi-scale computational fluid dynamics (CFD)
simulations of biomass pyrolysis in fluidized bed reactors. The interconnection among …

The valorization of resources from biomass and plastic waste using thermochemical
platforms is an innovative approach. Pyrolysis is thermochemical technology that is very …

In a pyrolysis reactor, organic polymers from biomass or plastic waste are thermally
decomposed into volatile gases, condensable vapours (tar or bio-oil) and solid residues …

Biomass fast pyrolysis is a promising technology to produce available char and high‐value
gas due to its green and sustainable ability. In the current work, the biomass fast pyrolysis in …

Combustibility of insulation and external façade remains a critical issue for many countries
as they are commonly found in modern building structures. While standardised fire tests can …

Industrialization and development of the global economy have boosted the production of
plastics, leading to an explosive growth in the generation of plastic wastes. This work aims to …

A coarse-grained computational fluid dynamics coupled with the discrete element method
(CFD-DEM) model, combined with a smoothed voidage algorithm and a multicomponent …