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Improved immobilization of Re(VII) from aqueous solutions $$via$$ bimetallic Ni/Fe$$^{0}$$ nanoparticles; Implications towards Tc(VII) removal

Maamoun, I.; Tokunaga, Kohei   ; Dohi, Terumi   ; Kanno, Futoshi*; Falyouna, O.*; Eljamal, O.*; Tanaka, Kazuya  

Recently, the rapid development of nuclear power technologies and the continuous energy demand around the world exhibited massive amounts of contaminated water with radionuclides. Technetium-99 ($$^{99}$$Tc) is one of the long-lived radionuclides with a highly mobile anionic form (Tc(VII)) in aqueous solutions. Hence, the rapid and efficient Tc(VII) removal from radioactive water has emerged as a challenging issue. In this work, bimetallic nickel/iron nanoparticles (Ni/Fe$$^{0}$$) were prepared to enhance the immobilization of rhenium (Re(VII)) from aqueous solutions, as the surrogate of Tc(VII).

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