Cellulose, being an abundantly available natural biopolymer, has a high potential to replace
synthetic fibre. However, a paucity of knowledge and awareness on the use of cellulose, and …

The present study focused on the preparation of microcrystalline cellulose (MCC) and
nanocrystalline cellulose (NCC) from pineapple (Ananas comosus L.) leaves using chemical …

Tunicate is a kind of marine animal, and its outer sheath consists of almost pure I β
crystalline cellulose. Due to its high aspect ratio, tunicate cellulose has excellent physical …

Alpha‐cellulose obtained from wood sawdust wastes in 29.0% yield was reacted with
sulfuric acid to produce alpha‐cellulose sulfate materials. These catalyst materials were …

Biomaterials are renewable sources which are widely distributed, locally accessible, high
possibility of recycling and biodegradation behavior. This investigation deals with the …

Saccharum spontaneum is a grass-type plant abundantly found in the Indian subcontinent,
known for its beautiful, lustrous white flowers. Fibres were extracted from the flower and …

The adhesion of high strength natural fibres with concrete matrix has often been put into
question. In this perspective, natural fibre treatment serves as the ultimate approach to …

Banana pseudostems waste is abundantly available as agro-waste and has been used in
different applications. In this work, the isolation of CMNF from the pseudostems of banana …

Cellulose Micro/Nano fibers (CMNF) from various plants which is Resak (Vatica spp.) waste,
Merbau (Intsia bijuga) waste, banana (Musa acuminata) pseudo-stem and pineapple …

Cellulose, being an abundantly available natural biopolymer, has a high potential to replace
synthetic fibre. However, a paucity of knowledge and awareness on the use of cellulose, and …