Optimization of process parameters for the production of nanobioplastics using agricultural waste

Agricultural waste has become a major issue to be solved especially in regions where stubble burning has created drastic figures, hence it is inevitable to strategically manage these waste. Biodegradable and renewable polymers derived from the cellulosic biomass of these agricultural wastes are quite attractive to replace non-biodegradable conventional types of petrochemical plastics. Moreover, these developments with effective optimization could be very cost effective, economic and feasible. Furthermore, the future market of bioplastics will be increase owing to its sustainability. Recent studies and researches are playing a crucial support to commercialize and demonstrate the biopolymer based plastics. But, Nevertheless, these biopolymers are mixed with nanoparticles to achieve better strength and mechanical properties.