Theoretical and phenomenological aspects of trickle-bed reactors as reported in a wide
number of papers of the last 35 years have been reviewed. The following engineering topics …

Fixed-bed, catalytic reactors in which gas and liquid phases flow concurrently downward,
termed trickle beds, are becoming more widely used in chemical processing, particularly in …

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

Featuring case studies and worked examples that illustrate key concepts in the text, this
book contains guidelines for scaleup of laboratory and pilot plant results, methods to derive …

INTRODUCTION> 1"'analysis and design of multiphase reactors is one of the most I
intensely studied areas of chemical reaction engineering. The^ r types of industrial fluid/solid …

The influence of periodic water flow on SO2 oxidation in a trickle bed of activated carbon
catalyst was investigated, whereby gaseous reactants were introduced into the trickle‐bed …

Mass transfer rates were determined in a 3.4 cm id trickle-bed reactor in the absence of
reaction by absorption measurements and in presence of reaction. Gas flow rates were …

Comparison of laboratory trickle-bed and up-flow reactors over a range of operating
conditions, which cover both gas and liquid reactant limitations, has been investigated using …

This article aims at presenting both the general aspects and one working example of the so-
called three-phase catalytic reactors. Being a contribution at a Seminar on Catalytic …

A trickle-bed reactor model has been developed for hydrogenation of 2, 4 dinitrotoluene
(DNT). This model incorporates the contributions of partial wetting and stagnant liquid hold …