The lack of a theoretical framework that can accurately predict the non-monotonous variation of ionic conductivity of electrolyte mixtures demands an intensive experimental campaign. Screening an extremely large number of electrolytes that can be formed from pure ionic liquids, their mixtures, and combinations with other solvents at different mixing ratios poses several logistical challenges, thereby making the process inefficient, slow, material and labor intensive. High-throughput screening is an approach that has been extensively used in the Pharmaceutical and Biotech industries for drug discoveries. Based on the same strategy, screening of various solar catalysts, and sensing proteins have already been reported. However, literature on screening ionic liquids is scarce. Herein, we report a strategy to effectively screen binary IL with solvent mixtures to examine ion pair dissociation using conductivity.