ISOLATION, TREATMENT, AND CHARACTERIZATION OF MICRO CELLULOSE PRODUCTION FROM ORGANIC WASTE

Abstract

Micro cellulose, the versatile biopolymer derived from cellulose, which is flexible and numerous, has a lot of potential for use in a variety of industrial applications. The isolation, treatment and cellulose characterization produced from organic waste sources are the main topics of this study. Establishing a sustainable and effective process for extracting micro cellulose from waste materials will help protect the environment and open up new waste management opportunities. The research methodology has a number of steps. Initially, organic waste products (Apple peels, Potato peels) are collected and processed. Advanced analytical methods, such as Fourier transform infrared spectroscopy (FTIR), Particle Size Distribution are used to characterize the resultant micro cellulose. The produced micro cellulose can be used in a variety of industries, including the textile industry, biomedical equipment, packaging materials and the creation of renewable energy. Overall, this research helps to provide a sustainable method for harvesting micro cellulose from organic waste sources. It encourages waste management procedures while lowering reliance on non-renewable resources by turning garbage into a useful resource. The final results of the micro cellulose characterization will enable the production process to be optimized and new uses to be investigated, promoting circular economy and more sustainable.