Bleached cotton yarns were oxidized by potassium periodate and TEMPO-mediated
oxidation systems, with different concentrations and treatment time, to obtain aldehyde and …

Equilibrium, kinetic, thermodynamic aspects, and mechanism of congo red (CR) adsorption
onto rice husk treated with effluent from cotton pre-treatment (ERH) are examined by altering …

Cellulose with a low level of oxidation is suitable for producing stable long-lasting materials
with high added value, while extensively oxidized once is applicable for disposable …

Using the exhaustion-pad-dry-rinse method, chitosan was applied to alkaline-scoured and
bleached cotton yarns in a solution with concentrations ranging from 0.2–1% to achieve …

Hydroxyl changes of cotton cellulose treated with sodium hydroxide (NaOH) solution is
closely related with hydrogen bonding (H-bonds) between different hydroxyls, which is …

The low scouring efficiency of mercerized cotton yarns scoured with alkaline and acid
pectinases, reported in previously published articles, raised the hypothesis of the lack of …

Rice husk, modified with effluent from the alkaline scouring of cotton, employing an
inexpensive treatment based on the circular economy concept, is used as a bio-sorbent to …

Developing chemical recycling methods for textiles is needed to improve the sustainability of
the textile industry and provide solutions for recycling textile blends. TEMPO oxidation is a …

Using the exhaustion-pad-dry-rinse method, chitosan was applied to alkaline-scoured and
bleached cotton yarns in a solution with concentrations ranging from 0.2–1% to achieve …

The utilization of reagents without toxicity represents an eco-friendly manner to enrich the
antimicrobial activity of cotton. Chitosan belongs to this category, as it is a natural polymer …