Production of Metallic Nanoparticles From Agriculture Waste and Their Applications

The modern domain is only apprehensive with nonbiodegradable trash organization, which necessitates more complicated techniques than biodegradable garbage management. Through a simple valorization procedure, biodegradable trash has the potential to become beneficial to society. The combustion of an agricultural leftover residue generates air pollution, global warming, and fatal consequences. Scholars are driving justifiable nanotechnology routes made probable by the use of biodegradable leftovers in nanomaterial preparation. To tackle these challenges, the conversion of agricultural waste into metallic nanoparticles (MNPs) saves industrial costs while increasing environmental sustainability. Green nanotechnology is regarded as a multipurpose instrument for the creation of valued products. Although there is a wealth of literature on MNPs, scientists are continually working to create fresh particles with distinct shapes and properties. This chapter highlights the possibility of biodegradable trash as a feasible substitute for developing a maintainable economy that aids society. Valorization allows for the use of biological wastes while also providing safer and less hazardous greenways for the manufacture of nanoparticles. Beginning with diverse sources and progressing to applications such as medicines, antimicrobials, anticancer, and dye degradation. In the current context, the utilization of biowaste in conjunction with green synthesis can yield an array of nanotechnology applications once the barriers to extensive industrialized fabrication are overcome. Specifying these considerations, this chapter focuses on the low-cost amalgamation of green metallic nanoparticles.