This study deals with optimalization of rotating packed bed design using computational fluid dynamics approach. Comparison of three variants of liquid distributor were performed on 2D geometry. Turbulence was modelled using unsteady RANS approach and volume of fluid technique were used to simulate gas-liquid interphase. Results were compared on basis of liquid holdup evaluation
A novel rotating distributor fluidized bed is presented. The distributor is a rotating perforated pl...
Since its introduction the Rotating Packed Bed (RPB) technology has become part of the area of inter...
The purpose of this work was to study the mass transfer performance of rotating packed beds applying...
This study deals with optimalization of rotating packed bed design using computational fluid dynamic...
A novel design rotating packed bed is presented, aiming at mitigation of liquid maldistribution comm...
This paper offers an extensive review of the scientific literature and the experimental and industrial...
This paper deals with the experimental campaigns and the sensitivity analysis of a packed column sy...
Rotating packed bed (RPB) reactors, with strong centrifugal acceleration up to several hundred times...
Computational Fluid Dynamics (CFD) is today commonly used in a wide variety of process industries an...
Rotating packed beds (RPBs) have been proposed as an emerging technology to be used for post-combust...
International audienceThis paper presents a review of theories for gas and liquid flows in packed be...
The study aims to the hydrodynamic characteristics of swirling fluidized bed, using large particles ...
A careful review of the literature reveals that extensive research has been done on the hydrodynamic...
Liquid dispersion is very important for the modelling of liquid flow in a rotating packed bed (RPB) ...
A novel rotating distributor fluidized bed is presented. The distributor is a rotating perforated pl...
Since its introduction the Rotating Packed Bed (RPB) technology has become part of the area of inter...
The purpose of this work was to study the mass transfer performance of rotating packed beds applying...
This study deals with optimalization of rotating packed bed design using computational fluid dynamic...
A novel design rotating packed bed is presented, aiming at mitigation of liquid maldistribution comm...
This paper offers an extensive review of the scientific literature and the experimental and industrial...
This paper deals with the experimental campaigns and the sensitivity analysis of a packed column sy...
Rotating packed bed (RPB) reactors, with strong centrifugal acceleration up to several hundred times...
Computational Fluid Dynamics (CFD) is today commonly used in a wide variety of process industries an...
Rotating packed beds (RPBs) have been proposed as an emerging technology to be used for post-combust...
International audienceThis paper presents a review of theories for gas and liquid flows in packed be...
The study aims to the hydrodynamic characteristics of swirling fluidized bed, using large particles ...
A careful review of the literature reveals that extensive research has been done on the hydrodynamic...
Liquid dispersion is very important for the modelling of liquid flow in a rotating packed bed (RPB) ...
A novel rotating distributor fluidized bed is presented. The distributor is a rotating perforated pl...
Since its introduction the Rotating Packed Bed (RPB) technology has become part of the area of inter...
The purpose of this work was to study the mass transfer performance of rotating packed beds applying...