Selectivity modulation of organic semiconductor electrophotocatalysis enables highly selective CO2-to-methanol conversion

Key Points

• The electrophotocatalysis achieves high selectivity for methanol, enhancing carbon capture efficiency and sustainability.
• In this study, selectivity levels reached 95% during experimental observations over a six-hour timeframe.
• Using organic semiconductors, researchers effectively modulated selectivity to optimize CO2 conversion processes.
• Findings support the potential for renewable energy adaptations but require further exploration in practical applications.