Synthetic organic dyes are an extremely important class of compounds that are intimately
linked to modern life, and are used in numerous industries such as food, textile, paper …

Water contamination by various recalcitrant organic aromatic compounds is an emerging
environmental issue that is increasingly attracting the attention of environmental scientists. A …

In order to minimize the pollution caused by the reuse of textile dyes, technologies and
materials have been developed that purify waste water in an efficient and cost-effective …

Electrospun materials, due to the possibility of design of their properties, are suitable as
supports for enzyme immobilization. Produced biocatalytic systems might be then apply in …

In the present study the feasibility of the use of a bacterial batch sequential anaerobic–
aerobic process, in which activated sludge was used in both parts of the process, for …

Kaolin showed as a very perspective carrier for the enzyme immobilization and it was used
for the adsorption of horseradish peroxidase (HRP). The effects of the enzyme concentration …

White-rot fungi (WRF) and their ligninolytic enzymes (laccases and peroxidases) are
considered promising biotechnological tools to remove lignin related Persistent Organic …

The effectiveness of chemical and biogenic sulfide in decolorizing three sulfonated azo dyes
and the robustness of a sulfate-reducing process for simultaneous decolorization and sulfate …

Wastewater produced by the textile industry containing azo dyes and anthraquinone dyes is
significant source of pollution to the environment and is toxic for aquatic life. To overcome …

The treatment of textile industrial wastewater is an important concern owing to its negative
impact on the biosphere. The present study highlighted dye decolorization potential of …