In the last 3 years alone, over 10,000 publications have appeared on the topic of dye
removal, including over 300 reviews. Thus, the topic is very relevant, although there are few …

The textile industry is one of the most intensive industries in chemical products whose
wastewater contains hazardous dyes, pigments, dissolved/suspended solids, and heavy …

Fenton Process, a type of Advanced Oxidation Processes is an efficient method for treating
textile wastewaters. However, excessive use of hydrogen peroxide and catalyst has made …

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 …

In the present study, a comparison of central composite design (CCD) and Taguchi method
was established for Fenton oxidation.[Dye] ini, Dye: Fe+ 2, H2O2: Fe+ 2, and pH were …

Catalytic hydrogen peroxide (H2O2) generation from oxygen and water enables a
sustainable environment to operate in an effective and green energy‐to‐chemical …

The treatment of effluent is a fundamental part of processing of textile materials due to large
volumes produced and the presence of toxic dyes in it. Micellar solubilization followed by …

The study investigates the effect of catalytic ozone pretreatment via Fe 2+ and nZVI on
biodegradability enhancement of complex textile effluent. The nZVI particles were …

The wide application of reactive dyes in textile manufacturing has posed a threat to the
ecological system and human beings, therefore their use attracted increase attention …

This paper describes the removal of Reactive Blue 114 dye from aqueous solutions by using
pomelo (Citrus grandis) peel. Pomelo peel can be described as a new, low cost, abundantly …