Synthesis of Graphene-Based Nanomaterials from Biomass for Energy Storage

Abstract

Graphene is a promising nanomaterial with a honeycomb carbon lattice. Biomass is a rich source of carbon and can be used to make graphene in a sustainable way. To combat the problem of energy and sustainable pollution, there is a great need for sustainable development that will be used in efficient energy storage systems and environmental applications. However, it is a huge undertaking to keep up with energy density in energy storage systems using nanomaterials embedded in biomass. The increase in demand for graphene-based nanomaterials has improved as it has higher mechanical strength, electrical conductivity, chemical durability, thermal durability, and a higher surface area with lower production costs. This chapter discusses various techniques and characteristics of graphene-based nanomaterials.