The research aims to enhance the conversion efficiency of CO2 to ethylene urea using manganese-based nanocatalysts.
Utilized atmosphere-controlled pyrolysis of manganese-benzenedicarboxylate (Mn-BDC).
Engineered defects in nanocatalysts to improve reactivity.
Evaluated the performance of catalysts in CO2 conversion.
Improved catalytic performance observed after introducing defects.
Enhanced conversion rates of CO2 to ethylene urea noted.
Demonstrated potential for renewable carbon resource utilization.
Abstract
The conversion of CO2 to ethylene urea (EU) presents a promising route for mitigating the greenhouse effect while utilizing CO2 as a renewable carbon resource. However, the high thermodynamic stability...