In general, starch-based biopolymer has low mechanical properties. Hence, various
methods have been applied to enhance its properties as well as the incorporation of fibrous …

Cellulose-based biopolymers have emerged as one of the most promising components to
produce sustainable composites as a potential substitutes to fossil-based materials. Herein …

Nanocellulose was extracted from three kinds of non-wood fibers (bamboo, cotton linter, and
sisal) by TEMPO-mediated oxidation and high pressure homogenization. Starch-based …

The current study deals with the preparation and characterization of polysaccharide‐based
biocomposite films acquired by the incorporation of cellulose nanofiber within glycerol …

Starch/cellulose composite is one of the most promising systems since both matrix and
reinforce agent have same chemical unite glucose, which results in an excellent …

Plastic-based food packaging is generating a serious environmental problem by
accumulating large amounts of plastic in the surroundings. Ecological and health concerns …

Biopolymer active packaging is known to have low mechanical strength and highly brittle.
Regardless to its disadvantage, polymers from natural sources have attracted serious …

Starch-based biocomposites reinforced with jute (micro-sized fiber) and bacterial cellulose
(BC)(nano-sized fiber) were prepared by film casting. Reinforcement in the composites is …

Nanocomposites, consisting of a polymeric matrix and nanosized elements as
reinforcement, have attracted significant scientific attention because of their high mechanical …

The large amounts of coffee husks (CHs) waste matter generated from coffee farms and
factories has been considered as a new non-wood source of cellulose. The aim of this work …