A novel three-step for the synthesis of organic reduced graphene oxide nanosheets as a water-soluble material with high electrical conductivity

Abstract

This article has developed a novel procedure consisting of three stages to guarantee the production of a very conductivity and liquid rGO. It has been demonstrated that synthesizing aqueous systems of isolated, sparsely sulfonated graphene may be done easily and within specific requirements. It is helpful to imagine graphene, also known as rGO, to be among the most apparent graphene research results in opportunities for large-scale manufacturing and commerce. Whereas graphite may be easily oxidized and exfoliated in agitated environments to produce rGO, the size of such sheets is often constrained by breakage across fault lines throughout these processes. Various methods of characterization, such as XRD, FE-SEM, Raman, UV–vis, and FTIR, were utilized in order to carry out a comprehensive analysis and inspection of the rGO that had been synthesized.