In the frame of the present study, the influence of liquid viscosity on liquid holdup distribution in a packed column equipped with the modular catalytic packing Katapak-SP 11 is measured. Water and an aqueous solution of glycerine, the viscosity of which equals 10 cP, are used as feed liquids. The estimation of liquid holdup is of great interest due to its strong influence on pressure drop, on solid wetting and on heat and mass transfer coefficients. The experimental technique used is high energy X-ray tomography, which is a unique technique to visualize the local liquid distribution inside the complex structure of packings and to quantify the liquid holdup at different scales
peer reviewedIn the modeling of gas-liquid separation processes in structured packings, fluid dynami...
In this study, X-ray computer tomography and light-induced fluorescence were applied to investigate ...
We developed a simple practical methodology to face common problems encountered in the analysis of t...
peer reviewedIn the frame of the present study, the influence of liquid viscosity on liquid holdup d...
In the frame of the present study, the influence of liquid viscosity on liquid holdup in a packed co...
This paper presents the results of a study carried out to examine liquid hold-up and flow distributi...
In this work X-ray tomography is used to analyse the influence of liquid viscosity on liquid flow in...
peer reviewedThis paper presents the results of an experimental study carried out to exa...
peer reviewedIn this work X-ray tomography is used to analyse the influence of liquid v...
peer reviewedThis work focuses on the analysis of X-ray tomographic images of liquid flow distributi...
peer reviewedFluid dynamics in structured packings is investigated by X-ray tomography. The focus is...
Unit operations such as distillation, absorption, and stripping rely on the contacting of vapor and...
In this paper, we report on the use of X-ray tomography to determine the liquid load point in 0.1 m ...
peer reviewedThe objectives of this work are the investigation of liquid flow morphology inside a st...
This work focuses on the use of X-ray tomography in investigating the flow distribution in a structu...
peer reviewedIn the modeling of gas-liquid separation processes in structured packings, fluid dynami...
In this study, X-ray computer tomography and light-induced fluorescence were applied to investigate ...
We developed a simple practical methodology to face common problems encountered in the analysis of t...
peer reviewedIn the frame of the present study, the influence of liquid viscosity on liquid holdup d...
In the frame of the present study, the influence of liquid viscosity on liquid holdup in a packed co...
This paper presents the results of a study carried out to examine liquid hold-up and flow distributi...
In this work X-ray tomography is used to analyse the influence of liquid viscosity on liquid flow in...
peer reviewedThis paper presents the results of an experimental study carried out to exa...
peer reviewedIn this work X-ray tomography is used to analyse the influence of liquid v...
peer reviewedThis work focuses on the analysis of X-ray tomographic images of liquid flow distributi...
peer reviewedFluid dynamics in structured packings is investigated by X-ray tomography. The focus is...
Unit operations such as distillation, absorption, and stripping rely on the contacting of vapor and...
In this paper, we report on the use of X-ray tomography to determine the liquid load point in 0.1 m ...
peer reviewedThe objectives of this work are the investigation of liquid flow morphology inside a st...
This work focuses on the use of X-ray tomography in investigating the flow distribution in a structu...
peer reviewedIn the modeling of gas-liquid separation processes in structured packings, fluid dynami...
In this study, X-ray computer tomography and light-induced fluorescence were applied to investigate ...
We developed a simple practical methodology to face common problems encountered in the analysis of t...