International audienceAn environmentally friendly electrochemical treatment, electro-Fenton process, was applied to the depollution of a synthetic dismissal composed of three dyes, yellow drimaren, congo red and methylene blue, frequently used in textile and dyehouses. Here, we show that those dyes and their mixture are quickly degraded under current controlled electrolysis conditions, leading to an almost complete mineralization. The results show the efficiency of electro-Fenton process to quickly degrade aqueous effluents polluted by synthetic organic dyes
The introduction of more stringent pollution regulations, in relation to financial and social pressu...
Electro-Fenton process was applied in the degradation of the textile dye C. I. Direct Red 80 (DR80),...
It is attempted in the present investigation to treat organic pollutant present in the textile efflu...
Background and Objectives: Synthetic dyes represent one of the largest groups of pollutants in waste...
The longer time required for complete mineralization in the electro-Fenton (EF) process can be recti...
The main goal of this article is to study a bipolar electro-Fenton process using stainless steel mes...
The textile industry is facing major problems in the disposal of wastewater generated from textile d...
This study investigates the decolorization of two widely used textile dyes (Acid Black 172 (AB172) a...
Electrochemical techniques offer many advantages for the treatment of industrial effluents. These pr...
International audienceWastewater containing dyes are one of the major threats to our environment. Co...
The textile and paper industries require large volumes of water and produce effluents that contain l...
The electrochemical removal of a synthetic solution containing 120 mg L1 of alizarin red has been st...
The electrochemical removal of a synthetic solution containing 190 mg L 121 of Novacron Blue (NB) d...
The textile industry uses the electrochemical techniques both in textile processes (such as manufact...
The textile industry uses the electrochemical techniques both in textile processes (such as manufact...
The introduction of more stringent pollution regulations, in relation to financial and social pressu...
Electro-Fenton process was applied in the degradation of the textile dye C. I. Direct Red 80 (DR80),...
It is attempted in the present investigation to treat organic pollutant present in the textile efflu...
Background and Objectives: Synthetic dyes represent one of the largest groups of pollutants in waste...
The longer time required for complete mineralization in the electro-Fenton (EF) process can be recti...
The main goal of this article is to study a bipolar electro-Fenton process using stainless steel mes...
The textile industry is facing major problems in the disposal of wastewater generated from textile d...
This study investigates the decolorization of two widely used textile dyes (Acid Black 172 (AB172) a...
Electrochemical techniques offer many advantages for the treatment of industrial effluents. These pr...
International audienceWastewater containing dyes are one of the major threats to our environment. Co...
The textile and paper industries require large volumes of water and produce effluents that contain l...
The electrochemical removal of a synthetic solution containing 120 mg L1 of alizarin red has been st...
The electrochemical removal of a synthetic solution containing 190 mg L 121 of Novacron Blue (NB) d...
The textile industry uses the electrochemical techniques both in textile processes (such as manufact...
The textile industry uses the electrochemical techniques both in textile processes (such as manufact...
The introduction of more stringent pollution regulations, in relation to financial and social pressu...
Electro-Fenton process was applied in the degradation of the textile dye C. I. Direct Red 80 (DR80),...
It is attempted in the present investigation to treat organic pollutant present in the textile efflu...