Abstract
The critical probing in order to acquire a sustainable, biocompatible and provident hybrid molecular system incorporating the renewable and abundant sources such as solar energy for environmental remediation and energy conversion is raving far and wide. The hybrid nanocomposite of synthesised Carbon Nano Dots (CNDs) and Zinc Methyloxy Tetra Phenyl Porphyrin (Zn4OMeTPP) are a supramolecular construct and high order self-assemblies which are extremely stable, easily integrable, environmental friendly, cost effective and possess appreciable tunable optoelectronic properties which are necessitated for targeting applications of streaming significance like water remediation. The constituents are synthesised via simple solution phase method and the attention has been converged on optical studies of the composite for which UV–Vis and Raman spectroscopy has been carried out. Prior to that, morphological studies have been done using XRD and FTIR. The upshot manifested by the studies is that the synthesised composite can prove to be a promising candidate for photocatalytic applications in either its sheer or hybrid form.
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