As discussed in the previous section, the mixture of RTIL and EG could achieve maximum conductivity at a specific composition of RTILs higher than neat RTILs conductivity. For [EMIM][DCA], the conductivity enhanced from 2.843 s/m to 3.442 s/m for neat RTIL and 0.6-mole fraction of RTIL in EG, respectively. Therefore, the same mixture of [EMIM][DCA] RTIL with EG was used for the MAMG process. It could be understood from Ohm's law that voltage is inversely proportional to conductivity; therefore, enhancement in the conductivity will reduce the operating voltages resulting in the reduction of energy consumption. The same concept is applied to reduce the energy consumption in the MAMG process to capture CO2 by using higher conductivity capture media which consist of RTIL and EG.