Low-energy densification of carbon anodes for fluorine electrolysis applications via a multi-cycle impregnation–carbonization route

Key Points

• The research aims to explore effective methods for densifying carbon anodes to improve fluorine electrolysis performance while minimizing energy use.
• Examined a low-energy densification approach
• Utilized a multi-cycle impregnation-carbonization route
• Analyzed various process parameters and pore evolution effects
• Demonstrated improved densification of carbon anodes
• Indicated reduced energy input compared to conventional methods
• Revealed the influence of process parameters on final anode properties