Enhanced coking and sintering resistant in dry reforming of methane over CoRh alloy confined in mesoporous silica

Key Points

• Enhanced coking resistance was observed in dry reforming of methane with CoRh alloy, indicating a more stable catalyst.
• The study shows a significant reduction of sintering effects, maintaining catalyst activity over time.
• Assessment utilized a mesoporous silica matrix to improve the stability and performance of the catalyst in high-temperature conditions.
• This advancement may enable more efficient methane conversion processes and bolster energy sustainability efforts.