The study proposes direct particle size measurement by sequential filtration and
ultrafiltration as a convenient method for wastewater characterization for appropriate …

The present study was undertaken as the first plant scale application and evaluation of Best
Available Techniques (BAT) within the context of the Integrated Pollution Prevention and …

This work is focused on the treatment of a textile plant wastewater. The industry mainly
manufactures socks, stockings and panties, and the water is treated in order to be reused …

This paper reports the results obtained using the sequencing batch biofilter granular reactor
(SBBGR) for the treatment of the wastewater from a dyeing and finishing factory. The …

The main environmental problem of textile industries is the high water consumption for their
processes. Thus it is very important to reuse wastewater, especially in areas with a water …

The treatment of a segregated textile wastewater containing reactive dyes was investigated
in two continuous‐flow process trains using ozonation and biological processes. The degree …

Laccases produced by white rot fungi have been extensively evaluated for their potential to
decolorize textile wastewaters which contain salts like sodium chloride and sodium sulfate …

The study involved characterization of denim‐processing wastewaters, mainly to generate
the necessary experimental data for the modelling and evaluation of the activated sludge …

BACKGROUND This study investigated the water and pollution footprints of a dye house,
which processed cotton knits, polyester (PES) knits and PES‐viscose woven fabrics …

The alternative solution of water pollution control at the source significantly reduces the
pollution load. In the present study, the cleaner production (CP) opportunities for a cluster of …