Green molecularly imprinted polymers (MIPs) can be fabricated by a number of techniques and then be integrated with several analytical methods. Electrochemistry is one of the most notable of these methods. Electrochemical (EC) sensors and MIPs incorporation opens the door to the possibility of harvesting ecological advantages of EC methods, such as low solvent consumption, small-scaled portable devices, and minimum waste production, alongside with MIP's notable benefits such as high selectivity, production flexibility, and stability. Even though electrometry is considered an eco-friendly discipline but adjusting MIP synthesis steps (both in chemical reagents and polymerization techniques) or employing computational strategies in their design and development developing, as well as miniaturizing the sensing unit, can result in environmental friendlier MIP-modified sensors.