E-POD excites high-frequency electromagnetic oscillations in a steel pipe and destroys the weak adhesive bonds of deposits. E-pods utilize electromagnetic waves to disrupt the weak adhesive bonds that form in pipelines. This process is based on the theory of intermolecular interaction forces, specifically van der Waals forces. On a microscopic level, molecules within the pipeline undergo spatial deformations under the influence of external electrostatic forces, leading to the formation of small granules or adhesive bonding on the inner wall of the pipeline. This ultimately prevents the formation of galvanic couples and protects the pipeline from damage caused by galvanic corrosion.