Lanja R Karadaghi, Emily M Williamson, Anh T To, Allison P Forsberg, Kyle D Crans, Craig L Perkins, Steven C Hayden, Nicole J LiBretto, Frederick G Baddour, Daniel A Ruddy, Noah Malmstadt, Susan E Habas, Richard L Brutchey
The hydrogenation of CO2 holds promise for transforming the production of renewable fuels and chemicals. However, the challenge lies in developing robust and selective catalysts for this process. Transition metal oxide catalysts, particularly cobalt oxide, have shown potential for CO2 hydrogenation, with performance heavily reliant on crystal phase and morphology. Achieving precise control over these catalyst attributes through colloidal nanoparticle synthesis could pave the way for catalyst and process advancement...
May 10, 2024: Journal of the American Chemical Society