MC synthesized by the afore-mentioned hard template method was later commercialized under the tag "Hypercarb". Even if the resultant MC does not contain structural ordering (symmetry), this effort opened the new gate way to the strategy of template-aided preparation of OMC. This trend became apparent in the late 1990s, for the preparation of molecular sieves that led to the birth of OMC with uniform pore size and order structure using ionic surfactants, block copolymers, and neutral amines as structure-directing agents . To the best of our knowledge, achieved the first ordered carbon material in ordered silica pores, through their studies on conducting properties of carbon inside the hexagonally structure cylindrical mesopores of . However, the first selfsupported highly ordered mesoporous carbon structures by using the ordered aluminosilicate MCM-48 as a hard template . After that, Hyeon et al. employed MCM-48 as the template, and phenolic resin as the carbon precursor for the synthesis of an OMC material, SNU-1, and studies its performance in an EDLC . Till the date, synthesis of OMC with a very narrow pore-size distribution and periodical structural ordering is achieved by employing a template.