ABSTRACT
Multifunctional nanomaterials are considered to have capabilities superior to traditional nanoparticles and to achieve remarkable catalytic activity such as hydrogen production, environmental remediation, and CO2 reduction, etc. Multifunctional materials slowly attract a lot of consideration due to their capacity to behave synergistically to observe various optical, electrical, magnetic, and electrochemical properties. The purpose of the combination of these composites is to modify the surface functionalities, dispersibility, control, and release of sufficient ions to react and produce necessary reaction sites. Several nano-functional materials are discussed with many superior catalytic properties.
