Speakers
Description
This research highlights the preparation nanomaterials from resources, such as biomasses, by addressing ‘waste-to-nanomaterials’. Transforming biological wastes into functional nanomaterials sustains waste management and supports technological innovation and environmental protection. The strategies involve ‘green-technologies’ for large scale commercialization strategies to generate waste-derived nanomaterials. This study reveals the production of different particles at ‘nanoscale’ from different resources. Considering the biomasses from plants and animals/insects, they have been displayed for downstream potentials. With the residues of organic and inorganic compounds from these materials, work as reducing and capping agents and to be functional. Herein, different modified metallic and non-metallic functional nanomaterials were revealed with their high efficiency for their downstream applications in different industrial sectors.
Keywords: Nanomaterial, Biowaste, Greener method, Carbon material.
