Electrochemical Carbon Dioxide Conversion into Multi-Carbon Products on Copper-Based Catalysts: from Materials to Real-World Application

Abstract

In this project, we aim to transform carbon dioxide (CO₂), a key contributor to climate change, into valuable fuels and chemicals such as ethylene and ethanol, through electrocatalysis. By using renewable electricity, we seek to create a carbon-neutral pathway that reduces reliance on fossil fuels. We are particularly interested in fabrication of reliable catalysts (in this case copper-based ones), and understanding their behavior during the electrochemical reaction by using advanced characterization techniques that allow us to monitor them in real time. Ultimately, by connecting this CO₂ conversion process with existing carbon capture technologies, we hope to demonstrate a practical solution that can be scaled up for real-world application.