Acid-etched CoMn₂O₄ catalyst

~16× toluene oxidation rate

Acid etching introduces abundant oxygen vacancies that weaken metal–oxygen bonds and enhance surface lattice oxygen mobility, enabling direct participation of active surface lattice oxygen in toluene oxidation, distinct from bulk lattice oxygen migration in the pristine catalyst.

Ren, Yewei · Qu, Zhenping · Wang, Hui · Zhao, Anlian

Chemical Engineering Journal 2023

Specifications

甲苯反应速率提升
{'zh': '16', 'en': ''} 倍

Advantages

Crystal, nanosphere, and mesoporous structures of 0.06 M catalyst not significantly damaged