Industrial effluents containing synthetic dyes are responsible for significant non–aesthetic
pollution and health-risk issues due to their release into the water bodies. Removal of these …

The electro-Fenton oxidation is one of the powerful approaches for achieving the complete
mineralization of organic pollutants in water. The key dilemma for efficient industrial …

Encapsulation technique was used for the rapid and efficient removal of RB-250 from
aqueous solutions. This technique involves the simultaneous formation of carboxymethyl …

The mineral industry consumes a large amount of xanthate as collector, especially for the
sulfide mineral's flotation. Nonetheless, the significant amount of xanthate also discharged …

The textile industries release a substantial amount of effluents into water resources every
year. The vast majority of these effluents are composed of heavy metals that bind the textile …

The high concentration of ammonium chloride in the wastewater from the precipitation of
rare earth carbonate was studied by an electrolytic method in this paper. The decomposition …

This work is a study of the optimization of the removal of a textile azo dye namely Direct
Violet 51 (DV 51) by heterogeneous solar photocatalysis onto ZnO and TiO2. The Response …

El intensivo uso de colorantes que realiza la industria textil en la operación de teñido aporta
un poco más de la mitad del agua residual coloreada (54%) al medio ambiente en el …

The electrocatalytic degradation of CI Acid Orange 3 from simulated wastewater by indirect
electrochemical oxidation using an IrO x electrode was investigated. The effects of different …

Post-operative wound infections have been one of the factors for increasing cost, morbidity
and mortality related to surgical operations and are increasingly becoming a major problem …