It is striking, however, that modifying (i.e., altering) the surface of zeolite using a reducing agent such as zinc (post-transitional metal) to accompany the sorption of heavy metal cations with the ability to electrochemically reduce the cations to metal solids has never been tested before despite being highly plausible. Such a dual functionality of pollutant extraction could be further enhanced, especially the electrochemical facet, by employing a static magnetic field. The latter has been demonstrated to accelerate and increase the displacement and deposition of copper on a zinc solid substrate . To date, an experimental test of capturing heavy metal cations using zeolites physically modified by a reducing metal, in a solid form, under strong magnetism represents a knowledge gap to fill.