Facet-Engineered Prussian Blue Analog Nanosheet-Assembled Superstructures for Efficient Syngas Production

Key Points

• This research aims to enhance syngas production by utilizing facet-engineered CuCo Prussian blue analog nanosheets.
• Constructed hollow superstructure via anion exchange
• Utilized (111) facet-exposed CuCo nanosheets
• Analyzed syngas evolution rates of CO and H2
• Facet engineering significantly increased syngas production rates
• Achieved higher CO and H2 evolution compared to previous methods
• Demonstrated efficiency improvements in nanosheet assembly