The textile industry is a substantial consumer of water and produces enormous volumes of
contaminated water; the most important contaminants are azo dyes. Microbial processes for …

A ZnO nanowires/macroporous SiO 2 composite was used as support to immobilize
horseradish peroxidase (HRP) by in-situ cross-linking method. Using diethylene glycol …

Textile industries are one of the largest generator of wastewater as large amount of water is
used in coloring and finishing processes. The effluents released from textile industries …

Practically most of the accepted physico-chemical and biological techniques have been
explored for treatment of extremely recalcitrant dye wastewater; none, however, has …

Two dimensional MOFs materials with different metal ions were prepared through a facile
and mild method at an ambient temperature and characterized to verify successful …

Bioelectrochemical systems or electrochemical reduction reactors have great potential for
treating wastewater that contains dyes for decolorization. They are reported to enhance …

BACKGROUND Immobilization of more than one peroxidase on the same support is an
ideal technology for application because such a multi‐enzyme catalytic system may show …

Microbial decolorization of azo dyes, mediated by an enzymatic mechanism is an intricate
cost-effective, and eco-friendly treatment method of genotoxic azo pollutants. Scientists are …

Esta investigación evaluó la capacidad de la microalga Chlorella sp. viva en suspensión
para remover el color del efluente de una empresa textil en el departamento del Atlántico …

A zinc oxide (ZnO) nanowires/macroporous silicon dioxide composite was used as support
to immobilize horseradish peroxidase (HRP) simply by in situ cross‐linking method. As cross …