The research aims to develop and evaluate the performance of Mn–Ce composite catalysts for efficient toluene oxidation at low temperatures.
Synthesis of catalysts using PMMA colloidal crystal templating approach.
Characterization of the structural properties of the 3DOM catalysts.
Evaluation of catalytic performance in toluene oxidation reactions.
Mn–Ce composite catalysts exhibit superior low-temperature toluene oxidation performance.
The unique 3DOM structure enhances catalytic activity and efficiency.
Synergistic effects between manganese and cerium catalyze higher conversion rates.
Abstract
A set of Mn–Ce composite catalysts with three-dimensionally ordered macroporous (3DOM) structures were synthesized via the PMMA colloidal crystal templating approach.