Process intensification is a chemical engineering field which has truly emerged in the past
few years and is currently rapidly growing. It consists in looking for safer operating …

Hydrodynamics and mass transfer of gas–liquid flow are explored under ambient conditions
in an Advanced-Flow Reactor (AFR), an emerging commercial system designed for …

The hydrodynamics of the G1 fluidic module of the Corning Advanced-Flow reactor (AFR)
was characterized using particle image velocimetry. Two series of experiments, single …

The use of heat exchanger/reactors (HEX/reactors) is a promising way to overcome the
barrier of poor heat transfer in batch reactors. However to reach residence time long enough …

In the global context of process intensification, heat exchanger/reactors are promising
apparatuses to implement exothermic chemical syntheses. However, unlike heat exchange …

Modeling and simulation are established techniques for solving design problems in a wide
range of engineering disciplines today. Dedicated computer languages, such as Modelica …

In the field of Process Intensification, manufacturers offer many technologies of heat
exchanger-reactors which differ in the design, the nature of the material and the range of …

La simulation et l'optimisation de la conduite des réacteurs chimiques se heurtent très
souvent à la difficulté de disposer d'un modèle stoechio-cinétique de la transformation …

The present paper deals with the establishment of a new methodology in order to evaluate
the inherently safer characteristics of a continuous intensified reactor in the case of an …

The implementation of chemical syntheses in a batch or semi-batch reactor is generally
limited by the removal or the supply of heat. A way to enhance thermal performances is to …