CATALYSTS

For the RWGS reaction, our team created caesium-promoted transition metal carbide (TMC) catalysts for chemical CO2 upgrading via the RWGS reaction. Compared to an available catalyst, the proposed design is highly resistant to oxidation and does not require passivation. Technology is promising for integrating RWGS and syn gas upgrading units in the future due to the 100% CO selectivity at low temperatures of 500 to 550°C and strong CO2 conversion. As an illustration, consider methanol synthesis and FTS, which typically create methanol and fuel between 150 and 300 °C. Additionally, because the catalyst is entirely CO-selective, the downstream product separation step can be eliminated, resulting in cost savings... As a start-up company, we offer sustainable catalytic solutions for the energy and environmental industries. Our objective is to develop stable, economical, and highly effective catalysts with high CO2 conversions to control the CO2 utilisation processes for biogas-based plants..

Primary location: Guildford United Kingdom