A Confined Cu x O@Styrene Microreactor Achieves the Conversion of CO 2 to C 2+ Products via Intermediate Trapping

Key Points

• This work aims to control catalytic selectivity for CO2 conversion without compositional changes.
• Developed a confined Cu x O@Styrene microreactor design.
• Investigated geometry-driven parameters for catalytic reactions.
• Evaluated product selectivity and yields through intermediate trapping.
• Achieved enhanced CO2 conversion rates compared to conventional systems.
• Demonstrated production of C2+ products with significant selectivity.
• Proposed a new paradigm for adaptive catalytic systems in energy conversion.

Abstract