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The review refers to the adsorption/desorption possibility of the magnetite,both natural and synthetic, with respect to hazardous species dissolved inaqueous solutions. The analysis stresses the attention on typical contaminantssuch as uranium, cadmium, cobalt, europium and arsenic. Most of the studies,performed so far, are on a laboratory scale without any attempts to be appliedat larger either pilot or industrial scales. This especially invokes ananalysis addressing what it would be when the scale of application increasesbeyond that of the laboratory flask. This point is of primary importance whenfashionable nano-scale magnetite particles are used for sorption. The choice ofmagnetite is special because this mineral exhibits strong magnetic propertieseasily allowing creation of devices and processes for both upstream(adsorption) and downstream/ deposition processes such as fixed bed adsorption,magnetically stabilized beds, magnetic separation, and remote deposition ofdangerous materials.

The magnetite as adsorbent for some hazardous species from aqueous solutions: A review