polypyrrole and polyaniline-based composites for water treatment

Regarding water, this fabulous molecule is not just what humans drink to survive but also the source of life for all planets and creatures across the universe. therefore, water is an invaluable and irreplaceable resource, and the quality of this precious liquid is crucial for the sustainability of society and public health. regrettably, with the increase in the human population, water pollution is also rising because almost all human activities can culminate in the contamination of the environment, including water. although abolishing old approaches in favour of eco-friendly ones is catching more eyes, water pollution is still a vital issue in industrialized and developing countries. finding a proper material to purify most contamination is essential to water remediation. nowadays, conducting polymer-based composites (cpcs) are gaining more attention due to their unique features like long life, durability, processability, lightweight, high environmental stability, and tunability. within this review, we will briefly discuss what conductive polymers (cps) are, and then we will scrutinize the usage of cpcs for the remediation of various pollutants from water. the proposed mechanism of the purification process and the most recent fabrication methods of these new generations of composites will be discussed.