Several metal oxide nanoparticles (MO–NPs), namely ZrO–NPs, ZnO–NPs, and TiO2–NPs,
have been used to modify traditional finishing formulations to develop multifunctional cotton …

186 Emerging Technologies for Source Reduction and End-of-Pipe Treatments users'
demands and requirements. This chapter gives an overview of textile fibers, textile chain …

The present work opens up a novel strategy for the development of new multifunctional
cellulosic pigment prints. The developed process aims at modifying the solvent-free pigment …

The cotton fabric was chemically modified with the acrylamide through Michael addition
reaction and Hoffman degradation reaction. And the optimum chemical modification …

Nowadays, textile units utilize a number of dyes, chemicals, reagents, and solvents to impart
the desired quality to fabrics, and generate a substantial quantity of effluents/contaminants …

Atomic layer deposition provides the opportunity to introduce nanoscale inorganic coatings
to organic polymers creating coatings of varied compositions of finish with distinctive …

A facile single-stage process for enhancing the antibacterial activity and UV-shielding
property of cotton and viscose pigment prints was reported. Results indicated that both the …

Several bio-active agents namely choline chloride, triclosan derivative, PEG-600 and 4-
hydroxybenzophenone were successfully included into solvent-free pigment formulations, in …

The possibility of combining the finishing and natural dyeing of cotton fabric has been
studied using a single-stage, pad-dry-cure technique, by treating it with chitosan/titanium …

This study was conducted with 12 commercial bamboo viscose, conventional rayon, cotton
fibers, 4 bamboo species and 12 natural bamboo fiber (NBF) samples to test antibacterial …