In this paper, the results of COD and colour removal from textile effluent using homogeneous photochemical oxidation processes in a batch mode are presented, The results show that the best result was obtained using a combined O3/H2O2/UV process, with 97% removal for COD and 99% removal for colour. Optimum conditions for pH and hydrogen peroxide dosage for this process was determined as 3 and 25 mg/l, respectively. Both H2O2/UV and O3/UV combinations were found to result in similar levels of COD and colour removal efficiencies (over 91% removal for COD and 96% for colour). In addition, the associated operating costs of the various advanced oxidation processes were determined in this study. © Color. Technol
This work aimed at providing additional information and knowledge on the possibility to overcome the...
ABSTRACT: Treatment of textile wastewater was carried out at room temperature in a batch reactor by ...
Different electrochemical oxidation and UV irradiation treatment conditions were studied to improve ...
In this paper, the results of COD and colour removal from textile effluent using homogeneous photoch...
Dyes are those synthetic and natural compounds which applied in form of aqueous based solutions with...
Introduction: Textile industry effluent is a complex sewage with chemical and color materials that i...
In this paper, a comparison of various advanced oxidation processes (O-3, O-3/UV, H2O2/UV, O-3/H2O2/...
[[abstract]]This paper describes the use of photo-fenton process for color removal from textile wast...
Textile industry wastewaters are complex and hazardous because of the variety of dyestuffs and chemi...
The homogeneous advanced oxidation process of UV/H2O2 was utilized to decolourize CI Reactive Red 19...
This study reports an integrated treatment strategy for synthetic polyester-cotton dyeing wastewater...
[[abstract]]This article evaluates the H2O2/UV process for the removal of color and dissolved organi...
The aim of this study was to compare the performance of coagulation, Fenton's oxidation (Fe2+/H2O2) ...
It was studied the feasibility of a H2O2/UV AOP for tertiary treatment in a WWTP fed with municipal ...
In textile industry, advanced oxidation processes are used for degrading and removing color from dye...
This work aimed at providing additional information and knowledge on the possibility to overcome the...
ABSTRACT: Treatment of textile wastewater was carried out at room temperature in a batch reactor by ...
Different electrochemical oxidation and UV irradiation treatment conditions were studied to improve ...
In this paper, the results of COD and colour removal from textile effluent using homogeneous photoch...
Dyes are those synthetic and natural compounds which applied in form of aqueous based solutions with...
Introduction: Textile industry effluent is a complex sewage with chemical and color materials that i...
In this paper, a comparison of various advanced oxidation processes (O-3, O-3/UV, H2O2/UV, O-3/H2O2/...
[[abstract]]This paper describes the use of photo-fenton process for color removal from textile wast...
Textile industry wastewaters are complex and hazardous because of the variety of dyestuffs and chemi...
The homogeneous advanced oxidation process of UV/H2O2 was utilized to decolourize CI Reactive Red 19...
This study reports an integrated treatment strategy for synthetic polyester-cotton dyeing wastewater...
[[abstract]]This article evaluates the H2O2/UV process for the removal of color and dissolved organi...
The aim of this study was to compare the performance of coagulation, Fenton's oxidation (Fe2+/H2O2) ...
It was studied the feasibility of a H2O2/UV AOP for tertiary treatment in a WWTP fed with municipal ...
In textile industry, advanced oxidation processes are used for degrading and removing color from dye...
This work aimed at providing additional information and knowledge on the possibility to overcome the...
ABSTRACT: Treatment of textile wastewater was carried out at room temperature in a batch reactor by ...
Different electrochemical oxidation and UV irradiation treatment conditions were studied to improve ...