[2D01-2D04] Interenational sess. (4)

[2D03] Development of bi-functional catalyst for CO₂ capture and its conversion at low temperature under an electric field

○Keidai Tomozawa¹, Nao Tsunoji², Tadaharu Ueda¹, Shuhei Ogo¹ (1. Kochi University, 2. Hiroshima University)

Keywords:CCU, CO2 hydrogenation, Electric field

Recently, technologies related to CO₂ capture and utilization (CCU) are attracting attention at industrial field. However, most of CCU technologies require energy-intensive processes, such as the separation, concentration, and purification of CO₂, as well as the conversions of the captured CO₂ to valuable chemicals at high temperature. Therefore, we aimed at developing bi-functional catalysts that can work at low-temperature for CO₂ capture and conversion in the same system. The developed Pt-Na/TiO₂ adsorbed CO₂ from diluted CO₂, and then selectively converted the adsorbed CO₂ to CO under H₂ gas flow with assistance of electric field even below 500 K.