Using biotechnology during textile processing has been known for years due to its environmental benefits and special performance of enzymes in comparison with the conventional processing of textiles. This paper deals with the bioscouring of cotton fabric with acid and neutral pectinases in comparison with alkali scouring. Variations in technological procedures, as expressed through pad-roll and exhaustion, were also identified for the bioscouring of cotton fabrics. The varied impacts of alkali, acid, and neutral pectinases on the properties of cotton fabrics throughout the processing technology were evaluated for electrokinetic phenomena, hydrophilicity, mechanical and chemical degradation, inorganic residues, and whiteness.Biotechnologie d...
The bio-scouring of cotton using protease and pectinase produced from Bacillus subtilis was investig...
The examination of critical factors determining the performance of bioscouring showed that a short t...
The bio-scouring of cotton using protease and pectinase produced from Bacillus subtilis was investig...
Using biotechnology during textile processing has been known for years due to its environmental bene...
Using biotechnology during textile processing has been known for years due to its environmental bene...
Raw cotton fabrics contain natural impurities (fats, waxes, pectins, and proteins), which impart hyd...
This work represents a review of applications of alkaline pectinases in textile processing and biosc...
This study attempted to introduce the bio-processes in the conventional scouring and bleaching prepa...
This study attempted to introduce the bio-processes in the conventional scouring and bleaching prepa...
This study attempted to introduce the bio-processes in the conventional scouring and bleaching prepa...
Cellulase has the ability to remove fuzz-fibres from cellulosic textiles, which endows fabric with a...
The introduction of enzymes in the treatment of textiles has made a significant contribution to the ...
The introduction of enzymes in the treatment of textiles has made a significant contribution to the ...
Pectinases can be used to remove impurities and hydrophobic material from cotton fibers by the degra...
Textile processing is a growing industry that traditionally has used a lot of water, energy and hars...
The bio-scouring of cotton using protease and pectinase produced from Bacillus subtilis was investig...
The examination of critical factors determining the performance of bioscouring showed that a short t...
The bio-scouring of cotton using protease and pectinase produced from Bacillus subtilis was investig...
Using biotechnology during textile processing has been known for years due to its environmental bene...
Using biotechnology during textile processing has been known for years due to its environmental bene...
Raw cotton fabrics contain natural impurities (fats, waxes, pectins, and proteins), which impart hyd...
This work represents a review of applications of alkaline pectinases in textile processing and biosc...
This study attempted to introduce the bio-processes in the conventional scouring and bleaching prepa...
This study attempted to introduce the bio-processes in the conventional scouring and bleaching prepa...
This study attempted to introduce the bio-processes in the conventional scouring and bleaching prepa...
Cellulase has the ability to remove fuzz-fibres from cellulosic textiles, which endows fabric with a...
The introduction of enzymes in the treatment of textiles has made a significant contribution to the ...
The introduction of enzymes in the treatment of textiles has made a significant contribution to the ...
Pectinases can be used to remove impurities and hydrophobic material from cotton fibers by the degra...
Textile processing is a growing industry that traditionally has used a lot of water, energy and hars...
The bio-scouring of cotton using protease and pectinase produced from Bacillus subtilis was investig...
The examination of critical factors determining the performance of bioscouring showed that a short t...
The bio-scouring of cotton using protease and pectinase produced from Bacillus subtilis was investig...