Research of Carbon Dioxide Reduction in New Energy Applications

Abstract

Carbon dioxide is a significant byproduct from the usage of fossil fuels. Due to the rapid development of industry and the swift growth of urban populations, carbon dioxide has been accumulating in large quantities over the past decades. In terms of new energy research, carbon dioxide reduction has been given significant attention due to its non-toxic nature and the high utility of the products from its reduction. Electrochemical reduction, in particularly, has been highlighted for its notable benefits. This paper introduces the mechanism of electrochemical carbon dioxide reduction, its current shortcomings, and methods of improvement, summarizing the recent deficiencies and advancements in electrochemical carbon dioxide reduction. The current belief is that refining the electrolytes like ionic liquids and using catalysts such as graphene and its derivatives can enhance the electrochemical reduction of carbon dioxide. This paper looks forward to research findings that will discover better electrolytes and catalysts to address the current deficiencies in carbon dioxide reduction and hopes to promote the full potential of electrochemical carbon dioxide reduction in future new energy applications.