Engineering electronic structure to modulate active site environment for enhanced photocatalytic nitrogen fixation

Key Points

• Enhanced photocatalytic nitrogen fixation was observed, indicating potential for agricultural applications.
• Key evidence showed a significant improvement in efficiency, with nitrogen fixation rates up to 27%, suggesting effectiveness.
• Engineering the electronic structure of catalysts was assessed, targeting the active site environment for optimal functionality.
• These findings highlight the importance of electronic structure modulation in developing efficient photocatalysts for sustainable practices.