A new method of falsification of the mathematical model of the processes taking place inside the aluminium electrolysis cell has been proposed. The method is based on the comparison of the calculation results of the entropy generation rates obtained in theoretical way with the exergy losses estimated from global exergy balance equation. Following irreversible processes have been analyzed - electric current flow, diffusion at the cathode, heat and electric current flow through the anode and cathode, irreversible carbon combustion, heat transfer from electrolyser to the surroundings and convection inside the electrolyte. Exergy balance calculations have been based on the experimental results from industry. The proposed procedure shows good ac...
Bath of the aluminum reduction cell (as a cell itself) is a dissipative system. Important parameters...
Electrolytic cells are used to produce aluminum from alumina ore. These cells use a carbon anode, a ...
The industrial process for producing primary aluminium metal is the reduction of powdered alumina in...
The primary aluminium industry is continuously aiming to reduce the energy consumption of the smelti...
There the purposes are to study the non-electrical phenomena in the electrolyzer (the structure and ...
There the study objects the electrolyzer to produce the aluminium. The purpose is to develop the num...
There the heat exchange processes, which were complicated by the crystallization on the cooled wall,...
Abstract: The paper describes three-phase three-dimensional mathematical model of aluminum...
This research work shows a model to simulate alkaline electrolysis systems with the objective of eva...
The strong demand for aluminium challenges the scalability of its primary production due to the ener...
Salinity Gradient Power Heat Engines (SGP-HEs) represent a novel technology to convert low grade was...
A program was developed to model the dynamic behavior of an aluminum reduction cell. The program sim...
This work is concerned with a numerical simulation of the thermal behaviour of an electrolysis cell ...
A solution has been found to the long-standing problem of experimental modelling of the interfacial ...
Irreversible thermodynamics has been used to describe electrode heat balances of electrochemical cel...
Bath of the aluminum reduction cell (as a cell itself) is a dissipative system. Important parameters...
Electrolytic cells are used to produce aluminum from alumina ore. These cells use a carbon anode, a ...
The industrial process for producing primary aluminium metal is the reduction of powdered alumina in...
The primary aluminium industry is continuously aiming to reduce the energy consumption of the smelti...
There the purposes are to study the non-electrical phenomena in the electrolyzer (the structure and ...
There the study objects the electrolyzer to produce the aluminium. The purpose is to develop the num...
There the heat exchange processes, which were complicated by the crystallization on the cooled wall,...
Abstract: The paper describes three-phase three-dimensional mathematical model of aluminum...
This research work shows a model to simulate alkaline electrolysis systems with the objective of eva...
The strong demand for aluminium challenges the scalability of its primary production due to the ener...
Salinity Gradient Power Heat Engines (SGP-HEs) represent a novel technology to convert low grade was...
A program was developed to model the dynamic behavior of an aluminum reduction cell. The program sim...
This work is concerned with a numerical simulation of the thermal behaviour of an electrolysis cell ...
A solution has been found to the long-standing problem of experimental modelling of the interfacial ...
Irreversible thermodynamics has been used to describe electrode heat balances of electrochemical cel...
Bath of the aluminum reduction cell (as a cell itself) is a dissipative system. Important parameters...
Electrolytic cells are used to produce aluminum from alumina ore. These cells use a carbon anode, a ...
The industrial process for producing primary aluminium metal is the reduction of powdered alumina in...