Production Of Hydrocarbon From CO2 Using Catalysts Based On Modified Graphene Oxide - 2023/2026

This study explores the production of hydrocarbons from CO₂ using catalysts based on modified graphene oxide, as a sustainable strategy to mitigate climate change. Graphene oxide, due to its high specific surface area and ease of functionalization, serves as an ideal support for anchoring active metals that facilitate CO₂ conversion. The chemical modifications introduced into the graphene enhance metal dispersion and interaction with CO₂ molecules, promoting reaction pathways toward hydrocarbons such as methane, ethylene, or propane.

This approach enables the transformation of a greenhouse gas into useful energy products, effectively closing the carbon cycle. These catalysts can operate under moderate conditions, reducing the energy consumption of the process. Furthermore, when combined with green hydrogen, this method offers a fully renewable production route. The work represents a step forward in heterogeneous catalysis for CO₂ valorization.

Funding program: Fondecyt

Project duration: 36 months

Principal investigator: Elodie Blanco