Deep toluene oxidation
Ce-based mesoporous microspheres with homogeneous Mn incorporation, featuring high concentrations of Ce3+ and Mn4+ and abundant oxygen vacancies, deliver excellent activity and stability for toluene oxidation.
Jiang, Ye · Xu, Yichao · Sun, Xin · Liu, Yanan · Yang, Zhengda
Journal of Colloid and Interface Science 2024
Optimal catalytic activity at Ce/Mn molar ratio of 6:4
High concentrations of Ce3+ and Mn4+
Abundant oxygen vacancies promote deep oxidation of toluene