Best catalyst for producing CO
The new conversion method demonstrated long-term stability by maintaining consistent performance for 144 hours under a current density of 150 mA/cm².
This sustained operation under relevant electrochemical conditions suggests the system’s potential for practical and continuous application.
Furthermore, the advanced structural analysis revealed the secret behind this remarkable performance: the direct crystallization of the phthalocyanines led to densely packed molecules. As a result, the efficient flow of electrons necessary for the conversion was achieved.
“Not only is this the best Pc-based catalyst for producing CO to date, but it successfully exceeds the industrial standard thresholds for its reaction rate and stability. It’s the first ever to make the cut,” added Liu in the press release.