Investigating the Effect of Mn Addition on Fischer-Tropsch Synthesis during COHydrogenation on Graphene Oxide using DFT

Our study explored the potential of Mn-doped Graphene Oxide (GO) as a catalyst in reducing airpollution by converting carbon monoxide (CO) into valuable hydrocarbons, CH۴ and CH۳OH. We identified lowand high-energy barrier reactions and concluded that Mn-doped GO holds promising capabilities as a catalyst.We employed DFT calculations to explore both thermodynamic and kinetic properties

کلیدواژه ها:

Carbon monoxide hydrogenation ، CH۴ ، catalyst ، Mn-doped graphene oxide ، DFT