Fischer–Tropsch (FT) process is a promising method for producing liquid fuels and other
valuable chemicals through CO hydrogenation. The catalyst activity and product selectivity …

Over the past decades, Taylor flow has got an increasing interest due to its potential to
intensify reaction processes with fast kinetics which are usually controlled by mass transfer …

Catalytic pyrolysis is an attractive approach to chemical recycling of waste plastics, but the
feasibility of this technology is challenged by a lack of viable technical catalysts that could …

In this perspective paper a brief overview is given of the past developments in the field of
structured catalysts and reactors, the potential for process intensification, energy and …

Abstract Three-dimensional (3D) printing was applied for the fabrication of acrylonitrile
butadiene styrene (ABS) framework. Functionalization of the ABS framework was then …

Direct vapor-phase upgrading of biomass pyrolysis products requires a catalytic reactor able
to treat high reactant flow rates without generating a large pressure drop, because …

The intensification of catalytic reactors is expected to play a crucial role to address the
challenges that the chemical industry is facing in the transition to more sustainable …

The modeling of flow and transport in porous media is of the utmost importance in many
chemical engineering applications, including catalytic reactors, batteries, and CO2 storage …

The manufacture of chemicals in microstructured reactors (MSR) has become recently a new
branch of chemical reaction engineering focusing on process intensification and safety …

Abstract Systems dominated by heterogeneity over a multiplicity of scales, like porous
media, still challenge our modeling efforts. The presence of disparate length-and time …