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This work is interested in the sorption and separation of  131 Ba,  109 Cd,  152+154 Eu, and  97 Zr from radioactive solutions onto barium molybdenum titanate loaded on carboxy methyl cellulose (BaMoTi@CMC) composites. In this work, different samples of BaMoTi@CMC composites were fabricated by the co-precipitation method and characterized using different analytical tools such as X-ray diffraction (XRD), attenuated total reflectance (ATR), and scanning electron microscope (SEM). The batch sorption investigations on  131 Ba,  109 Cd,  152+154 Eu, and  97 Zr include the influence of time, pH, and metal ion concentrations. The data reveal that S-3 has higher sorption efficiency than S-2 under all conditions. Isotherm is studied by Langmuir and Freundlich models. Binary systems data confirm that Cd( ii ), Ba( ii ), and Zr( iv ) can be separated from Cd–Eu, Ba–Eu, and Zr–Eu binary systems using S-2 and S-3 at different pHs. Finally, the data prove that Zr( iv ) and Ba( ii ) can be easily separated from tertiary systems (Zr–Ba–Cd) onto S-2 and S-3 at pH 2.

radiochimica acta

Inorganic composites based on carboxymethyl cellulose: preparation, characterization, sorption, and selectivity behavior for some radionuclides from radioactive solutions