The research aims to explore how various cesium (Cs) precursors affect the activation of oxygen and thereby improve the production of ethylene oxide during ethylene epoxidation.
Analyzed the impact of multiple Cs precursors on the catalytic properties.
Investigated geometric and chemical changes induced by different precursors.
Conducted experiments to measure ethylene oxide production rates.
Different Cs precursors significantly altered the geometric structure of the catalyst.
Effective oxygen activation was linked to higher production rates of ethylene oxide.
The findings suggest that optimizing Cs precursor selection can enhance catalytic performance.
Abstract
Cs is considered as an effective promoter in ethylene epoxidation to ethylene oxide (EO). However, the influence of different Cs precursors on the geometric and chemical properties affecting EO production...