New insights into the electrochemical conversion of CO2 to oxalate at stainless steel 304L cathode
Electrochemical conversion of CO 2 to value added chemicals is a promising route for its
utilization and mitigation from atmosphere. Nevertheless, an industrial process involving CO
2 electroreduction is yet to be a reality and requires further studies on improving the existing
processes. In the present work, we report new insights into the electrochemical conversion
of CO 2 to zinc oxalate at SS 304 L cathode in acetonitrile in the presence of a sacrificial Zn
anode. The influence of current density, water content in the electrolyte solution and …
utilization and mitigation from atmosphere. Nevertheless, an industrial process involving CO
2 electroreduction is yet to be a reality and requires further studies on improving the existing
processes. In the present work, we report new insights into the electrochemical conversion
of CO 2 to zinc oxalate at SS 304 L cathode in acetonitrile in the presence of a sacrificial Zn
anode. The influence of current density, water content in the electrolyte solution and …