Interestingly, the element microanalysis also indicated that the combination (ZnGZ-M-F) led to a notable extraction of sulfur (3.93% weight) in the presence of the magnet, as detected in the pellet core. Note that the reading for the zinc-reinforced area of the same combination was (0.89% weight), a stark contrast with the case when the magnet was present in (ZnGZ+M-F). However, the value of sulfur for the zinc-free pellet surface was (0.37% weight), Table . The dynamics of sulfur adsorption on the bare zeolite surface and copper displacement and deposition , on the zinc-coated surface was clearly influenced by the magnet presence, Table . Nevertheless, the findings here are in line with those reported by on the good potential of ZSM-5 applicability to adsorb sulfuric compounds and treat polluted water. See Figs. 2A -5A for SEM images of the pellets pre-and post-treatment.