The conventional approach to capturing CO2 from dilute sources involves amine scrubbing technology, where CO2 is captured at 40°C and released at 120°C . However, these thermochemical techniques pose challenges due to their energy-intensive nature, driven by operation at elevated temperatures. Additionally, they are susceptible to issues such as thermal degradation and corrosion of equipment, as well as the emission of volatile amines . In pursuit of more efficient alternatives, researchers have directed their focus towards the development of electrochemical technologies for this purpose. Electrochemical systems offer the advantage of isothermal operation, relying on an electrical gradient to drive a redox reaction that can directly or indirectly create an affinity in the system for CO2 capture .