ABSTRACT
The creation of pure chemicals and functional materials from natural sources is of great public interest because using chemicals and products derived from petroleum-based resources causes environmental and ecological problems. Nanocellulose has the potential to become one of the most hopeful green materials of the modern era because of its qualities, renewability, and abundance. In recent years, nanocellulose and its derivatives have arisen as some of the most alluring spare components utilized in energy storage systems. To extract cellulose for commercial applications, numerous plants, algae, and other animals can be utilized. This is the most predominant natural biopolymer on the planet. Furthermore, the easily oxidizable carbon compounds made from nanocellulose have excellent electrical conductivity and are frequently used as electrode materials or current collectors in sustainable energy storage. Owing to the cheaper, ease of production, nanocellulose and its derivatives, will compete with the next generation of green electronics.
