However, a positive outcome of the present study is the remediation of nanocarbons in the environment. Concerns have been raised about the contamination of nanocarbons such
as C60, carbon nanotubes, and graphene-derived products in the environment.78−80 The results presented here demonstrate the usefulness of OH• radicals toward mineralization of nanocarbons, thus mitigating their impact in the environment. Further optimization of this process is necessary to address the selective transformations of individual nanocarbons.