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In this work, the effect of ion-selective membranes on the detailed carbon balance was systematically analyzed for high-rate CO 2 reduction in GDE-type flow electrolyzers. By using different ion-selective membranes, we show nearly identical catalytic selectivity for CO 2 reduction, which is primarily due to a similar local reaction environment created at the cathode/electrolyte interface via the introduction of a catholyte layer. In addition, based on a systematic exploration of gases released from electrolytes and the dynamic change of electrolyte speciation, we demonstrate the explicit discrepancy in carbon balance paths for the captured CO 2 at the cathode/catholyte interface via reaction with OH - when using different ion-selective membranes: (i) the captured CO 2 could be transported through an anion exchange membrane in the form of CO 3  2- , subsequently releasing CO 2 along with O 2 in the anolyte, and (ii) with a cation exchange membrane, the captured CO 2 would be accumulated in the catholyte in the form of CO 3  2- , while (iii) with the use of a bipolar membrane, the captured CO 2 could be released at the catholyte/membrane interface in the form of gaseous CO 2 . The unique carbon balance path for each type of membrane is linked to ion species transported through the membranes.

Role of ion-selective membranes in the carbon balance for CO2 electroreduction via gas diffusion electrode reactor designs

Role of ion-selective membranes in the carbon balance for CO₂ electroreduction via gas diffusion electrode reactor designs