The influence of the position of the counter electrode on the behaviour of a cylindrical electrochemical reactor with a three-dimensional electrode in flow-by configuration is analysed. Experimental results of the potential distribution are compared with theoretical predictions obtaining a close agreement between them. The best performance was observed for the arrangement with an outer counter electrode, where the largest bed thickness is obtained for a given potential difference in the three-dimensional structure; which, under limiting current conditions, tolerates a higher current increasing the conversion per pass. The reactor was also checked for the removal of copper from dilute solutions and the experimental results coincide with the ...
The construction and application of an electrochemical cylindrical flow reactor packed with copper w...
The effectiveness of electrochemical reactors for industrial wastewater treatment has been improved ...
2D and 3D numerical models for electrorefining used in pyroprocessing have been developed by Seoul N...
A mathematical model to represent three-dimensional bipolar electrodes is proposed taken into accoun...
The behaviour of an electrochemical reactor with three-dimensional bipolar electrodes for irreversib...
Background: The behaviour of a bipolar electrochemical reactor consisting of one or more rotating cy...
The principles governing the selection of an appropriate type of electrochemical flow reactor for us...
International audienceThe performances of a new electrocoagulation reactor with bipolar horizontal i...
A critical review of classical and improved electrodes, electrocatalysts and reactors is provided. T...
The influence of a continuous change in the cross-section area on mass-transfer performance is analy...
The study of current distribution is usually made in order to determine the performance of an electr...
The kinetic and hydrodynamic behaviour of a fixed-bed electrochemical reactor was studied in terms o...
The construction and application of an electrochemical cylindrical flow reactor packed with copper w...
A reactor was built, experimentally studied and modelled having six bipolar electrodes placed betwee...
A perpendicular inlet flow of electrolyte is analysed as a means of improving mass-transfer in a par...
The construction and application of an electrochemical cylindrical flow reactor packed with copper w...
The effectiveness of electrochemical reactors for industrial wastewater treatment has been improved ...
2D and 3D numerical models for electrorefining used in pyroprocessing have been developed by Seoul N...
A mathematical model to represent three-dimensional bipolar electrodes is proposed taken into accoun...
The behaviour of an electrochemical reactor with three-dimensional bipolar electrodes for irreversib...
Background: The behaviour of a bipolar electrochemical reactor consisting of one or more rotating cy...
The principles governing the selection of an appropriate type of electrochemical flow reactor for us...
International audienceThe performances of a new electrocoagulation reactor with bipolar horizontal i...
A critical review of classical and improved electrodes, electrocatalysts and reactors is provided. T...
The influence of a continuous change in the cross-section area on mass-transfer performance is analy...
The study of current distribution is usually made in order to determine the performance of an electr...
The kinetic and hydrodynamic behaviour of a fixed-bed electrochemical reactor was studied in terms o...
The construction and application of an electrochemical cylindrical flow reactor packed with copper w...
A reactor was built, experimentally studied and modelled having six bipolar electrodes placed betwee...
A perpendicular inlet flow of electrolyte is analysed as a means of improving mass-transfer in a par...
The construction and application of an electrochemical cylindrical flow reactor packed with copper w...
The effectiveness of electrochemical reactors for industrial wastewater treatment has been improved ...
2D and 3D numerical models for electrorefining used in pyroprocessing have been developed by Seoul N...