The paper presents some data from our laboratory-setup experiments of homogenous oxidative processes with hydrogen peroxide (i.e. advanced Fenton oxidation processes) applied for Remazol Rosso RB dye-containing aqueous systems, especially textile effluents. Therefore, some different operating parameters (including pH, concentration of dye, H2O2 and ferrous ions, oxidation time, temperature, stirring regime, among its) were tested for determination of the best performance in effluent decoloration and dye removal, meaning the optimal values of each studied parameters for highest decoloration or dye removal
Textile dye wastewater contains salts and trace elements beside dyestuff and suspended solid ( SS) c...
The degradation of the Disperse Red 354 azo dye in water was investigated in laboratory-scale experi...
This thesis Entitled Colour removal from dye house effluents using zero valent iron and fenton oxid...
The efficiencies of homogeneous and heterogeneous photo-Fenton oxidation were compared for treatment...
Background Textile dyes are the largest organic compounds associated with some problems fo...
Wastewater from dyeing is a dangerous source of environmental contamination. Dyeing which is used in...
Textile industry wastewaters are complex and hazardous because of the variety of dyestuffs and chemi...
Textile industry is one of the most important industrial activity areas for our country. Because thi...
A systematic approach was followed to optimise pH, temperature and the doses of FeSO4 and H2O2 for F...
In this study, real wastewater from a dyeing factory and previously treated by biological processes ...
The textile industry is responsible for the generation of highly colored effluents, which need adequ...
Remazol Red B is a reactive dye that is often used in the textile industry. The dye can cause seriou...
Use of Fenton reagent as advanced oxidative process for removing textile dyes from aqueous solution
Textile dye wastewater contains salts and trace elements beside dyestuff and suspended solid (SS) co...
Background Reactive dyes, anionic compounds with high water solubility, are widely used in...
Textile dye wastewater contains salts and trace elements beside dyestuff and suspended solid ( SS) c...
The degradation of the Disperse Red 354 azo dye in water was investigated in laboratory-scale experi...
This thesis Entitled Colour removal from dye house effluents using zero valent iron and fenton oxid...
The efficiencies of homogeneous and heterogeneous photo-Fenton oxidation were compared for treatment...
Background Textile dyes are the largest organic compounds associated with some problems fo...
Wastewater from dyeing is a dangerous source of environmental contamination. Dyeing which is used in...
Textile industry wastewaters are complex and hazardous because of the variety of dyestuffs and chemi...
Textile industry is one of the most important industrial activity areas for our country. Because thi...
A systematic approach was followed to optimise pH, temperature and the doses of FeSO4 and H2O2 for F...
In this study, real wastewater from a dyeing factory and previously treated by biological processes ...
The textile industry is responsible for the generation of highly colored effluents, which need adequ...
Remazol Red B is a reactive dye that is often used in the textile industry. The dye can cause seriou...
Use of Fenton reagent as advanced oxidative process for removing textile dyes from aqueous solution
Textile dye wastewater contains salts and trace elements beside dyestuff and suspended solid (SS) co...
Background Reactive dyes, anionic compounds with high water solubility, are widely used in...
Textile dye wastewater contains salts and trace elements beside dyestuff and suspended solid ( SS) c...
The degradation of the Disperse Red 354 azo dye in water was investigated in laboratory-scale experi...
This thesis Entitled Colour removal from dye house effluents using zero valent iron and fenton oxid...