THE ADVANCED CARBON MATERIALS OFFERING UTILIZATION WHICH WOULD BOTH BE SUSTAINABLE AND CURRENTLY ON THE EMERGENCE

Producing and using renewable resources with no net carbon emissions is an ideal goal for a sustainable society. Much academic and commercial interest has been focused on carbon materials due to their potential uses in CO2 usage, renewable energy storage as well as conversion, and biomedicine. Yet, there are problems with energy consumption and pollution in the production of certain novel carbon compounds. Thus, sustainable carbon element preparation processes need to be developed that are cheap, scalable, industrially appealing, and commercially viable. Here, sustainability is shown through the production of carbon compounds from biomass and its by-products. This brief study provides an overview of recent developments in the synthetic approach of sustainable carbon compounds and their potential applications. Sustainable carbon materials are discussed extensively, with a focus on the original aims and numerous sustainable ways for their production. This survey offers fundamental understanding and substantial guidance for developing sustainable carbon compounds for use in new catalytic and medicinal applications. The extraordinary versatility of nanostructured carbon materials makes them ideal for catalytic and biological applications. To overcome present obstacles on the path to a carbon-neutral society, it is essential to sustainably synthesize next-generation nanostructured carbon materials. This article summarizes the latest research on nanostructured carbon materials including their potential uses in catalysis and medicine.