Abstract
The research on the development of high-performance metal-free
carbocatalysis is one of the emerging areas in chemical sciences. The possible active
sites of the surfaces of graphene, oxygenated, and reduced graphene oxide materials are
responsible for diversified synthetic transformations, including redox reactions. At
present, the advanced research is focused on scalable, sustainable, biocompatible,
green, and cost-effective graphene-based carbocatalysts as wonderful alternatives over
the noble metallic catalytic materials which are being employed despite their scarcity,
high cost, and relative toxicity. The present chapter describes the utility of graphene-based carbocatalysts in multicomponent reactions.
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