Monolith reactors have been widely used as catalytic converters in the automobile industry.
Their applications in other fields, such as environmental pollution abatement and …

This review summarizes the resent research on fiber based structured materials for catalytic
application. This material class comprises a wide range of differently structured supports …

The purpose of this study is to construct a honeycomb-type structured catalyst with a high
methanation performance to effectively transform CO 2 to CH 4. To select the best …

The purpose of this study is to develop a powerful CO 2 methanation process using a variety
of structured Ni/CeO 2 catalysts. Various configurations of metallic honeycomb-type …

We present a shape normalization for solving the convection–diffusion equation for the case
of laminar flow in a duct of uniform cross-section but of arbitrary shape and with a wall …

A novel comprehensive numerical study is presented for a better understanding of mass
transfer in channel flows with catalytically active walls at moderate temperatures and surface …

It is well known that the performance of a catalytic monolith is bounded by two limits: the
kinetic regime at low temperatures (or before ignition for the case of exothermic reactions) …

The mass transfer in microchannel reactors with catalyst-coated walls is investigated. A
limitation by internal mass transfer can be tested by the variation of the temperature or the …

We utilize the recently developed concept of internal or intraphase mass transfer coefficient
to simplify the problem of diffusion and reaction in more than one spatial dimension for a …

Abstract In this work Ru (1.5 wt%)/La (3 wt%)-modified-Al 2 O 3 coated α-alumina monoliths
of different geometries (100 cpsi square channel, 170 cpsi hexagonal channel, diameter 9 …