Paper Title
Efficient Antimony Removal from Water Using Magnetic Nanomaterial (M@Gops): A Sustainable Alternative

Abstract
This study explores the use of a magnetic nanomaterial (M@GOPS) as an innovative solution for removing antimony (III) from water, addressing the limitations of conventional water treatment methods. Antimony, a toxic heavy metal whose concentrations in natural waters have risen due to industrialization and mining, poses significant environmental and health concerns. Traditional methods struggle to effectively remove antimony, prompting the need for alternative approaches. M@GOPS, a recently patented material, exhibits excellent magnetic properties, low toxicity, and ease of use without requiring complex procedures. The study investigated the adsorption kinetics and desorption efficiency of antimony using M@GOPS to assess its reusability in multiple adsorption cycles. These results underscore the potential of M@GOPS as a highly effective and sustainable alternative for antimony removal in water treatment, combining efficiency, reusability, and simplicity in its application. Keywords - Chemistry, Antimony, Magnetic Material.