What question did this study set out to answer?

To develop effective CoMnO3 catalysts for the removal of trace ethylene in high humidity environments.

February 13, 2026Nanoscale0 citations

Solvothermal Synthesis of Spherical CoMnO3 Catalysts for Efficient Trace Ethylene Removal under High Humidity

MZMingjie ZhaoHenan University of Technology QZQiaofei ZhangHenan University of Technology JLJiayin LiangHenan University of Technology

Key Points

To develop effective CoMnO3 catalysts for the removal of trace ethylene in high humidity environments.
Used solvothermal synthesis to create spherical CoMnO3 catalysts.
Tested catalysts under varying humidity levels to assess efficiency.
Analyzed performance metrics of catalysts in ethylene removal.
Achieved significant reduction of trace ethylene at high humidity.
Demonstrated that the spherical shape enhanced catalyst performance.
Found optimal conditions for maximum ethylene removal efficiency.

Abstract

Trace ethylene, functioning as both a gaseous phytohormone and an atmospheric pollutant, requires efficient removal under humid conditions, which poses significant challenges for catalyst design. In this study, a series...

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