In this study, we designed, developed, and optimized an enzymatic fiber degumming
process. First, a Partially Purified Enzyme Solution (PPES) containing pectinase, cellulase …

Industrial production of ramie fibers by chemical degumming results in problems such as
environmental pollution and inferior fiber quality, which are unsustainable and hinder the …

Degumming is the most critical step in the preparation of ramie fibers for textile application.
However, the traditional chemical degumming process, which uses large amounts of alkali …

Ramie fiber represents almost 25–28% gum in its decorticated form. Unlike other common
lignocellulosic bast fibers, eg, jute, kenaf, etc., ramie is difficult to ret naturally. However …

The present study focuses on using orange peel as a lignocellulosic substrate for
fermentable reducing sugar production with intensification studies for delignification and …

The current work investigates intensification of delignification of sawdust and subsequent
enzymatic hydrolysis to produce reducing sugars with the use of ultrasound. Alkaline …

Water saving and environmental protection is the key objective for material process. Bast
fiber like flax and ramie was considered as sustainable resource for fiber. Degumming was …

Enzymatic degumming, as an alternative to chemical processing, has attracted wide
attention. However, to date, little information about other enzyme components with effective …

Biological degumming is an eco-friendly, efficient, high-quality and low-cost method that has
become the leading bast fiber degumming technology. However, bacterial strains with short …

This paper provides an efficient and environmentally friendly biochemical degumming
method for hemp fiber, which can address the problems of high temperature, high pressure …