BROMATE ION IS ONE OF IMPORTANT OXIDANTS WHICH CAN OXIDIZE MANY INORGANIC AND ORGANIC COMPOUNDS [1]. THIS ION IS A POWERFUL OXIDANT AND HAS BEEN SHOWN TO CAUSE KIDNEY AND POSSIBLY OTHER TUMORS IN LABORATORY ANIMALS [2]. THERE ARE SOME CHEMICAL AND PHYSICAL METHODS FOR THE REMOVAL OF BROMATE FROM DRINKING WATER SUCH AS REDUCTION USING ZEROVALENT IRON (FE0), REDUCTION WITH FE2+, AND SO3 2-, IONIC EXCHANGE, FILTERING BY REVERSE OSMOSIS MEMBRANE, UV IRRADIATION, HIGH-ENERGY ELECTRON BEAM (HEEB) IRRADIATION AND ARC DISCHARGES. THE APPLICABILITY OF MOST OF THESE METHODS ON COMMERCIAL SCALE IS LIMITED DUE TO HIGH OPERATIONAL AND MAINTENANCE COSTS, SECONDARY POLLUTION AND COMPLICATED PROCEDURE INVOLVED IN THE TREATMENT. COMPARATIVELY, ADSORPTION PROCESS SEEMS TO BE THE MORE ATTRACTIVE METHOD FOR THE REMOVAL OF AQUATIC POLLUTANTS DUE TO SIMPLE DESIGN AND EASE OF OPERATION [3].IN THIS STUDY, FIRST, MAGNETIC IRON OXIDE-ACTIVATED CARBON NANO COMPOSITE (MNC-AC) WAS PREPARED AND WAS CHARACTERIZED BY TRANSMISSION ELECTRON MICROSCOPY (TEM), THERMO GRAVIMETRIC ANALYSIS (TGA) AND VIBRATING SAMPLE MAGNETOMETER (VSM). THEN, USING THIS NANO COMPOSITE, REMOVAL OF BROMATE WAS STUDIED. THE AMOUNT OF RESIDUAL BROMATE WAS DETECTED BY UV-VISIBLE IN LMAX = 350 NM. THE EFFECT OF VARIOUS PARAMETERS SUCH AS PH, ON THE REMOVAL EFFICIENCY OF BROMATE WAS INVESTIGATED AND OPTIMIZED. IT WAS FOUND IN THIS WORK, OPTIMUM CONDITIONS WERE PH=3, 50 MG MNC-AC AND 15 MIN CONTACT TIME. THE SYSTEM DEMONSTRATED PERFECT MAGNETIC SEPARATION PERFORMANCE AND A HIGH ADSORPTION CAPACITY OF 51 MG OF BROMATE PER 1 G OF MNC-AC FROM AQUEOUS SOLUTION, BOTH OF WHICH ARE SIGNIFICANT FOR ACTIVATED CARBON’ S USE AS ADSORBENT.