Nanocellulose Market - Global Industry Insights, Trends, Outlook, and Opportunity Analysis, 2016–2024

Nanocellulose is a lightweight material processed from plant cellulose or wood pulp. Nanocellulose is produced through chemical or mechanical treatment of cellulose—a biopolymer material abundantly available in nature. Nanocellulose finds wide application across various industries, owing to characteristics such as superior mechanical, thermal, rheological, and structural properties. Unique properties of nanocellulose include high aspect ratio, biodegradability, high strength, and low density. Nanocellulose can be employed in virtually every field. It can be used as rheological modifier in oilfield chemicals and oxygen barrier in packaging films. Nanocellulose can potentially replace certain petrochemical-based products and it is relatively cheaper than conventionally used high-performance nanoscale materials.
Nanocellulose is made from a tightly bonded group of needle-like crystals that makes it incredibly hard. As compared to steel, the strength-to-weight ratio of nanocellulose is eight times higher, making it an ideal material for building strong and light body armor. In the production of nanocellulose, the first stage includes removal of non-cellulose impurities from the wood pulp with the help of a high pressure homogenizer. This is then followed by a process of separating the cellulose fibers by gently beating the mixture. This results in the formation of a thick paste with needle-like crystals—nanocellulose. Nanocellulose is used to enhance the mechanical properties of thermosetting resins, rubber latex, soy protein, and starch-based matrixes.
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