In this work, the indirect oxidation of two azo dyes (Colour Index Reactive Orange 4 and 13) was performed in an electrochemical batch cell in the presence of chloride as an electrolyte. The effect of different operational parameters on the electrochemical treatment was tested. Kinetic plots consisting of two linear portions were obtained in some experiments. The rate constants and the breaking point between the two linear portions were modelled to evaluate the influence of dye concentration, conductivity and pH. Good correlation between the experimental and the modelled constants and breaking points was observed. Models showed that the dye concentration is the most significant factor in the electrochemical treatment of both dyes, although ...
This study is focused on the optimisation of the electrochemical decolourisation of textile effluent...
Decolorization of Reactive Red 238, Reactive Orange 16, Reactive Black 5 and Reactive Blue 4 was stu...
Very large amounts of synthetic dyes are discharged in the environment from industrial effluents [1]...
In this work, the indirect oxidation of two azo dyes (Colour Index Reactive Orange 4 and 13) was per...
In this work, the indirect oxidation of two azo dyes (Colour Index Reactive Orange 4 and 13) was per...
In this work, an electrochemical treatment in a batch cell with Ti/Pt anode was applied to degrade t...
In this work, an electrochemical treatment in a batch cell with Ti/Pt anode was applied to degrade t...
The indirect electro-oxidation of dyes results in a rapid break of the dye molecules. The influence ...
The indirect electro-oxidation of dyes results in a rapid break of the dye molecules. The influence ...
Among several types of textiles colorants, reactive dyes represent about 30 50% of the total market ...
Among several types of textiles colorants, reactive dyes represent about 30 50% of the total market ...
The anodic oxidation of diazo dyes on boron-doped diamond (BDD) electrodes in the presence of chlori...
A laboratory scale, undivided electrolysis cell with platinum anode and cathode was used for electro...
A laboratory scale, undivided electrolysis cell with platinum anode and cathode was used for electro...
This study is focused on the optimisation of the electrochemical decolourisation of textile effluent...
This study is focused on the optimisation of the electrochemical decolourisation of textile effluent...
Decolorization of Reactive Red 238, Reactive Orange 16, Reactive Black 5 and Reactive Blue 4 was stu...
Very large amounts of synthetic dyes are discharged in the environment from industrial effluents [1]...
In this work, the indirect oxidation of two azo dyes (Colour Index Reactive Orange 4 and 13) was per...
In this work, the indirect oxidation of two azo dyes (Colour Index Reactive Orange 4 and 13) was per...
In this work, an electrochemical treatment in a batch cell with Ti/Pt anode was applied to degrade t...
In this work, an electrochemical treatment in a batch cell with Ti/Pt anode was applied to degrade t...
The indirect electro-oxidation of dyes results in a rapid break of the dye molecules. The influence ...
The indirect electro-oxidation of dyes results in a rapid break of the dye molecules. The influence ...
Among several types of textiles colorants, reactive dyes represent about 30 50% of the total market ...
Among several types of textiles colorants, reactive dyes represent about 30 50% of the total market ...
The anodic oxidation of diazo dyes on boron-doped diamond (BDD) electrodes in the presence of chlori...
A laboratory scale, undivided electrolysis cell with platinum anode and cathode was used for electro...
A laboratory scale, undivided electrolysis cell with platinum anode and cathode was used for electro...
This study is focused on the optimisation of the electrochemical decolourisation of textile effluent...
This study is focused on the optimisation of the electrochemical decolourisation of textile effluent...
Decolorization of Reactive Red 238, Reactive Orange 16, Reactive Black 5 and Reactive Blue 4 was stu...
Very large amounts of synthetic dyes are discharged in the environment from industrial effluents [1]...