DESIGN AND DEVELOPMENT OF PACKING MATERIAL FROM BIO CELLULOSE SYNTHESIZED FROM COIR WASTE -A Review

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Bacterial bio-cellulose derived from coir lignin is a promising and sustainable biomaterial with multifaceted applications. This abstract provides an overview of the production, properties, and potential uses of this eco-friendly biopolymer. Bacterial bio-cellulose, a highly pure and crystalline form of cellulose, is synthesized by acetic acid bacteria during the fermentation of coir lignin. Coir, a natural byproduct of the coconut industry, contains lignocellulosic materials, primarily lignin and cellulose. The unique production process involves the utilization of lignin, which is typically considered a waste product, and its conversion into a valuable bio-polymer. The resulting bacterial bio-cellulose exhibits exceptional characteristics, including high mechanical strength, high water retention capacity, and biocompatibility. Its porous structure and chemical composition make it suitable for various applications, such as wound dressings, tissue engineering scaffolds, and food packaging. Moreover, the biodegradability of bacterial bio-cellulose contributes to its environmental sustainability. This abstract underscore the potential of bacterial bio-cellulose derived from coir lignin as an innovative biomaterial that can address ecological and biomedical challenges while promoting circular economies and sustainable development.

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