Elucidating the role of surface species in CO oxidation catalyzed by boron nitride nanotube supported transition metal oxides

Key Points

• CO oxidation is significantly influenced by surface species in transition metal oxides.
• Key evidence shows that these surface interactions can improve catalytic performance up to 50% under certain conditions.
• Through analysis of boron nitride nanotube supported catalysts, mechanisms of CO oxidation were elucidated, revealing vital reaction pathways.
• These insights may enable the design of more effective catalysts for environmental applications.