where Im is migration current, i.e., 60 mA, V is the voltage observed during the CO2 capture process, and A is the electrode area, i.e., 4 cm 2 . The flux of the CO2 capture process can be calculated by using the number of moles of CO2 captured per second per unit area. For the experiments conducted with and without RTIL+EG mixture, the flux of CO2 capture was observed to be similar and was ~0.6 mmol/(m 2 .s). A comparison between energy consumed for the MAMG process with and without IL binary mixture in Figure revealed a stunning decrease in energy consumption by up to 50%. Therefore, these results confirm the propitious role of RTIL+EG mixtures in enhancing the energy efficiency of the MAMG process.