In recent years, carbon-based nanostructured materials have emerged as
promising candidates for addressing the challenges associated with increasing energy
demand and environmental degradation. These materials exhibit exceptional properties
such as enhanced electrical conductivity, mechanical strength, and thermal stability,
making them attractive for various applications in energy harvesting and environmental
remediation. Carbon-based nanostructured materials have garnered significant attention
from the scientific community due to their superior electrical, mechanical, and
electronic/optoelectronic properties. In this chapter, we present a systematic overview
of the advancements in carbon-based nanostructured materials for environmental and
energy harvesting applications. Furthermore, we discuss their practical applications in
environmental remediation and energy technologies. Specific focus is given to their
roles in supercapacitors, solar cells, and batteries.
Keywords: Carbonn nanostructured specimen, Electronics devices, Environmental application, Energy harvesting applications.
