The purpose of this work is to obtain dissolving cellulose fibers that are suitable for the manufacturing of cellulose derivatives. Therefore, the combination of enzymatic and chemical treatments during the bleaching stage (lignin removal) and purification stage (hemicellulose removal) is proposed. The obtained dissolving cellulose was submitted to acetylation reactions, and then acetate films were prepared as an example of end product. Assessing the quality of acetate films, it was concluded that dissolving cellulose fibers had good properties and fulfilled the quality requirements. These satisfactory results were compared with acetate films obtained under same acetylation conditions, but the dissolving cellulose fibers used as a raw mater...
Herein, we demonstrate the activation of commercial chemical cellulose pulps towards chemical modifi...
Cellulose is an ideal raw material for a large variety of products, because it is biodegradable, ren...
The global demand for textile fibers is increasing rapidly due to increasing population and increasi...
The purpose of this work is to obtain dissolving cellulose fibers that are suitable for the manufact...
A new chemo-enzymatic treatment is proposed to produce cellulosic fibers suitable for heterogeneous-...
SO2–ethanol–water (SEW) fractionation and kraft pulping were applied to produce pulp from stem chips...
The present study has been carried out to consider the effect of acetylation conditions and type of ...
Cellulose acetate (CA) is a semi-synthetic industrial fiber that has a wide-range of application th...
ABSTRACT: Cellulose diacetate was produced from hemp fibers. Two main stages were required to produc...
The production of regenerated cellulosic fibres, such as viscose, modal and lyocell, is based mainly...
The objectives of the Biocelsol project were to understand the enzymatic action on the cellulose and...
Dissolving-grade pulps are commonly used for the production of cellulose derivatives and regenerated...
Cellulose acetate is widely used in films, filters, textiles, lacquer and cosmetic products. Herein ...
Les pâtes à dissoudre, composées à 95% de cellulose, sont la matière première pour la production de ...
Cellulose is the most abundant organic polymer on Earth and a fascinating compound for a vast variet...
Herein, we demonstrate the activation of commercial chemical cellulose pulps towards chemical modifi...
Cellulose is an ideal raw material for a large variety of products, because it is biodegradable, ren...
The global demand for textile fibers is increasing rapidly due to increasing population and increasi...
The purpose of this work is to obtain dissolving cellulose fibers that are suitable for the manufact...
A new chemo-enzymatic treatment is proposed to produce cellulosic fibers suitable for heterogeneous-...
SO2–ethanol–water (SEW) fractionation and kraft pulping were applied to produce pulp from stem chips...
The present study has been carried out to consider the effect of acetylation conditions and type of ...
Cellulose acetate (CA) is a semi-synthetic industrial fiber that has a wide-range of application th...
ABSTRACT: Cellulose diacetate was produced from hemp fibers. Two main stages were required to produc...
The production of regenerated cellulosic fibres, such as viscose, modal and lyocell, is based mainly...
The objectives of the Biocelsol project were to understand the enzymatic action on the cellulose and...
Dissolving-grade pulps are commonly used for the production of cellulose derivatives and regenerated...
Cellulose acetate is widely used in films, filters, textiles, lacquer and cosmetic products. Herein ...
Les pâtes à dissoudre, composées à 95% de cellulose, sont la matière première pour la production de ...
Cellulose is the most abundant organic polymer on Earth and a fascinating compound for a vast variet...
Herein, we demonstrate the activation of commercial chemical cellulose pulps towards chemical modifi...
Cellulose is an ideal raw material for a large variety of products, because it is biodegradable, ren...
The global demand for textile fibers is increasing rapidly due to increasing population and increasi...