Detoxification of organic pollutant, especially dyes is a crucial step in wastewater treatment.
It involves many strategies, which are time consuming and sometimes not very effective …

Wastewater containing dyes emanating from textile mills is strongly colored and is
carcinogenic in nature. In order to reduce pollution load it is desirable to degrade the dye …

This study uses photocatalysis, classified under advanced oxidation processes, for the
treatment of simulated cationic dye (methylene blue)-contaminated wastewater using TiO2 …

Chemical contamination in water caused by pollutants is becoming a severe environmental
problem. The combination of photocatalysis and solar technologies are a valuable method …

Dyes are structurally complex materials which enter the environment due to various textile
industry processes like dyeing and cloth completion processes. Methylene blue (MB) is one …

Disposal of dye wastewater into water streams without treatment endangers human and
marine lives. This work focused on the second largest class of textile dyes after azo dyes …

The current work explores the treatment of dye wastewater using the combination of
photocatalysis and ceramic nanofiltration process. Commercial ceramic membrane and …

Methylene blue dye (MB) was degraded photocatalytically in aqueous solution using Ag+
doped TiO2 under UV irradiation. The degradations of the dye using untreated TiO2 and …

The effluent from the textile, paper, and food industries containing dye is strongly colored &
reveals very harmful effects on living things. In order to reduce water pollution, the …

Global efforts are being made to find a solution to the problem of industrial waste
accumulation. When dyes are introduced into natural water reservoirs, they have a …