Combined scouring-bleaching of cotton fabric from wild yam root

The conventional single-stage pre-treatment technique requires more electricity, is more expensive, polluting, harmful, and unhealthy because it uses artificial chemical compounds and auxiliaries. This research focuses on environmentally friendly and cost-effective textiles scouring-bleaching of cot...

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Published in:Journal of Engineered Fibers and Fabrics
Main Author: Lami Amanuel
Format: Article
Language:English
Published: SAGE Publishing 2022-03-01
Online Access:https://doi.org/10.1177/15589250221085538
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author Lami Amanuel
author_facet Lami Amanuel
author_sort Lami Amanuel
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container_title Journal of Engineered Fibers and Fabrics
description The conventional single-stage pre-treatment technique requires more electricity, is more expensive, polluting, harmful, and unhealthy because it uses artificial chemical compounds and auxiliaries. This research focuses on environmentally friendly and cost-effective textiles scouring-bleaching of cotton fabric with saponin and wild yam (Dioscorea villosa L.) root powder. The root of the wild yam contains alkaloids, amylose starch, and saponin. The investigations discovered important findings in cotton wet processing by developing a safe, water- and electricity-saving scouring method. Cotton fabric, along with the utilization of wild yam roots resulted in a significant cost effective method. As a result, it was used as a natural surfactant, foam stabilizer, and emulsifier in this scouring. The single stage Bot scouring was optimized with 40 g of untamed yam and a weight to volume (MLR in W/V) (weight of fabric to water) ratio of 1:10 at 80°C for 60 min on a pH of 5–7. The treatment’s effectiveness was measured using a weight reduction percentage and an absorbency test (a drop of water, capillary upward thrust, sinking time). In terms of weight reduction, water absorbency, capillary boost, as well as amazing friendliness, scouring cotton fabric with wild yam powder at optimized scouring conditions is comparable to scouring cotton fabric with 30% (at the weight of cloth) caustic soda. To verify the fabric samples’ resistance to microbiological development and strength maintenance, wild yam and Caustic soda scoured cotton fabrics were subjected to a soil burial test. The fabric sample scoured with wild yam has a much lesser standard deviations of toughness and elongation at break than the caustic soda scoured and untreated control samples. The Single stage scouring of cotton fabric with wild yam powder met the requirements for green scouring while also providing antibacterial qualities.
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spelling doaj-art-e15da074b31e48e8bdc53b5dc907ad212025-08-19T20:12:35ZengSAGE PublishingJournal of Engineered Fibers and Fabrics1558-92502022-03-011710.1177/15589250221085538Combined scouring-bleaching of cotton fabric from wild yam rootLami AmanuelThe conventional single-stage pre-treatment technique requires more electricity, is more expensive, polluting, harmful, and unhealthy because it uses artificial chemical compounds and auxiliaries. This research focuses on environmentally friendly and cost-effective textiles scouring-bleaching of cotton fabric with saponin and wild yam (Dioscorea villosa L.) root powder. The root of the wild yam contains alkaloids, amylose starch, and saponin. The investigations discovered important findings in cotton wet processing by developing a safe, water- and electricity-saving scouring method. Cotton fabric, along with the utilization of wild yam roots resulted in a significant cost effective method. As a result, it was used as a natural surfactant, foam stabilizer, and emulsifier in this scouring. The single stage Bot scouring was optimized with 40 g of untamed yam and a weight to volume (MLR in W/V) (weight of fabric to water) ratio of 1:10 at 80°C for 60 min on a pH of 5–7. The treatment’s effectiveness was measured using a weight reduction percentage and an absorbency test (a drop of water, capillary upward thrust, sinking time). In terms of weight reduction, water absorbency, capillary boost, as well as amazing friendliness, scouring cotton fabric with wild yam powder at optimized scouring conditions is comparable to scouring cotton fabric with 30% (at the weight of cloth) caustic soda. To verify the fabric samples’ resistance to microbiological development and strength maintenance, wild yam and Caustic soda scoured cotton fabrics were subjected to a soil burial test. The fabric sample scoured with wild yam has a much lesser standard deviations of toughness and elongation at break than the caustic soda scoured and untreated control samples. The Single stage scouring of cotton fabric with wild yam powder met the requirements for green scouring while also providing antibacterial qualities.https://doi.org/10.1177/15589250221085538
spellingShingle Lami Amanuel
Combined scouring-bleaching of cotton fabric from wild yam root
title Combined scouring-bleaching of cotton fabric from wild yam root
title_full Combined scouring-bleaching of cotton fabric from wild yam root
title_fullStr Combined scouring-bleaching of cotton fabric from wild yam root
title_full_unstemmed Combined scouring-bleaching of cotton fabric from wild yam root
title_short Combined scouring-bleaching of cotton fabric from wild yam root
title_sort combined scouring bleaching of cotton fabric from wild yam root
url https://doi.org/10.1177/15589250221085538
work_keys_str_mv AT lamiamanuel combinedscouringbleachingofcottonfabricfromwildyamroot