Electrolyte effects on the stability and CO binding of copper chloride complexes for electrochemical separation of CO/N2

Key Points

• This research aims to explore how electrolytes influence the stability and carbon monoxide binding of copper chloride complexes for gas separation.
• Assessment of electrolyte compositions in relation to copper chloride complexes
• Evaluation of CO and N2 binding capacities
• Analysis of electrochemical properties for enhanced separation
• Certain electrolytes significantly increase the stability of copper chloride complexes
• Enhanced CO binding capabilities lead to better separation efficiency
• Results suggest a viable alternative for traditional separation methods