Exploiting in-plane nanotrap-induced synergy in a two-dimensional europium–organic framework for multistep CO2–epoxide and deacetalization–knoevenagel catalysis

Key Points

• Catalysis using an organic framework led to enhanced CO2 conversion rates, achieving significant efficiency improvements.
• The study reported a notable increase in catalytic activity, with efficiency soaring by 45% compared to traditional methods.
• Observational analysis across various catalysis processes showed effective multistep reactions characterized by europium involvement.
• This work highlights the need for further exploration of this framework in diverse catalytic settings, suggesting broader applications.