Several problems are involved the treatment plants of textile effluents, mainly the low efficiency of color removal. This paper presents an alternative of post-treatment by UV/H2O2 process, for color removal in biologically treated textile effluents. The tests were performed in a photochemical reactor and samples were taken at different times to perform analyses. Using 250 mgH2O2.L-1, 96% removal of color was verified, indicating the dyes degradation. A reduction of 84% of aromatics compounds, 90% of TSS removal, and a further reduction of the organic fraction were observed, demonstrating that the process is effective as a post-treatment of effluents from textile industries
Dyes are those synthetic and natural compounds which applied in form of aqueous based solutions with...
UV/H2 O2 process and TiO2-based photocatalysis were studied in the present work. The effectiveness o...
In this paper, the results of COD and colour removal from textile effluent using homogeneous photoch...
Several problems are involved the treatment plants of textile effluents, mainly the low efficiency o...
A indústria têxtil utiliza grandes quantidades de água e como consequência gera efluente que apresen...
Traditional textile wastewater treatment methods are inefficient and consequently pollute the enviro...
Wastewater containing several dyes, including sulfur black from the dyeing process in a textile mill...
A indústria têxtil requer grandes quantidades de água, corantes e produtos químicos em sua atividade...
O objetivo deste trabalho foi estudar a viabilidade da reutilização contínua de efluente têxteis tra...
Efluentes de indústrias têxteis apresentam recalcitrância à degradação biológica, resultando em prob...
This study reports an integrated treatment strategy for synthetic polyester-cotton dyeing wastewater...
The objective of this work was to study the possibility of reuse of effluent in continuous dyeing of...
UV/H2O2 process and TiO2-based photocatalysis were studied in the present work. The effectiveness of...
A indústria têxtil gera elevados volumes de efluentes com alta carga orgânica e compostos recalcitra...
The high industrial growth, driven by high consumption due to population growth and better income, i...
Dyes are those synthetic and natural compounds which applied in form of aqueous based solutions with...
UV/H2 O2 process and TiO2-based photocatalysis were studied in the present work. The effectiveness o...
In this paper, the results of COD and colour removal from textile effluent using homogeneous photoch...
Several problems are involved the treatment plants of textile effluents, mainly the low efficiency o...
A indústria têxtil utiliza grandes quantidades de água e como consequência gera efluente que apresen...
Traditional textile wastewater treatment methods are inefficient and consequently pollute the enviro...
Wastewater containing several dyes, including sulfur black from the dyeing process in a textile mill...
A indústria têxtil requer grandes quantidades de água, corantes e produtos químicos em sua atividade...
O objetivo deste trabalho foi estudar a viabilidade da reutilização contínua de efluente têxteis tra...
Efluentes de indústrias têxteis apresentam recalcitrância à degradação biológica, resultando em prob...
This study reports an integrated treatment strategy for synthetic polyester-cotton dyeing wastewater...
The objective of this work was to study the possibility of reuse of effluent in continuous dyeing of...
UV/H2O2 process and TiO2-based photocatalysis were studied in the present work. The effectiveness of...
A indústria têxtil gera elevados volumes de efluentes com alta carga orgânica e compostos recalcitra...
The high industrial growth, driven by high consumption due to population growth and better income, i...
Dyes are those synthetic and natural compounds which applied in form of aqueous based solutions with...
UV/H2 O2 process and TiO2-based photocatalysis were studied in the present work. The effectiveness o...
In this paper, the results of COD and colour removal from textile effluent using homogeneous photoch...