Sub-10 nm metal-dispersed crystalline C 3 N 5 for photocatalytic CO 2 reduction to produce formic acid and acetic acid | Synapse
April 1, 2026
Sub-10 nm metal-dispersed crystalline C 3 N 5 for photocatalytic CO 2 reduction to produce formic acid and acetic acid
Key Points
Identify the potential of C3N5 for converting CO2 into valuable chemicals using solar energy.
Utilized sub-10 nm metal-dispersed crystalline C3N5 for photocatalysis
Analyzed light absorption and electronic properties
Conducted CO2 reduction experiments to produce formic and acetic acid
Achieved significant conversion rates of CO2 to formic and acetic acid
Demonstrated improved efficiency due to crystalline structure and metal dispersion
Highlighted enhanced photocatalytic properties compared to traditional materials
Abstract
The N-rich carbon nitride allotrope, C 3 N 5 , is a promising candidate for solar-driven CO 2 conversion (CO2RR) due to its electronic and light absorption properties. Its crystalline form is an ideal base...