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In this work, experiments and modeling for the interactions between uranyl ion and TiO 2  in the presence of fulvic acid are presented. The results demonstrated that FA is strongly bound to TiO 2 , and these molecules have a very large effect on the U(VI) sorption, and vice versa. The results also demonstrated that U(VI) sorption to TiO 2  in the presence and absence of sorbed FA can be well predicted with the SCD model (surface and complex distribution). According to the model calculations, the nature of the interactions between FA with U(VI) at TiO 2  surface is mainly surface complex and electrostatic potential.

Surface complexation modeling of U(VI) sorption on TiO 2 in the presence of fulvic acid