Advanced Separation Techniques for Nuclear Fuel Reprocessing by Kenneth L Nash, Gregg J Lumetta

By Kenneth L Nash, Gregg J Lumetta

Complicated separations know-how is vital to ultimate the nuclear gas cycle and relieving destiny generations from the weight of radioactive waste produced through the nuclear energy undefined. Nuclear gasoline reprocessing concepts not just enable for recycling of beneficial gas elements for extra energy iteration, yet via additionally keeping apart out the actinides, lanthanides and different fission items produced via the nuclear response, the residual radioactive waste might be minimized. certainly, the way forward for the depends upon the development of separation and transmutation know-how to make sure environmental safeguard, criticality-safety and non-proliferation (i.e., safety) of radioactive fabrics via lowering their long term radiological hazard.Advanced separation recommendations for nuclear gas reprocessing and radioactive waste remedy presents a reference on nuclear gasoline reprocessing and radioactive waste treatment. Part one covers the elemental chemistry, engineering and safeguard of radioactive fabrics separations procedures within the nuclear gas cycle, together with assurance of complex aqueous separations engineering, in addition to online tracking for approach keep watch over and safeguards technology. While half experiences the improvement and alertness of separation and extraction techniques for nuclear gas reprocessing and radioactive waste remedy. The part contains discussions of complicated PUREX tactics, the UREX+ thought, fission product separations, and mixed platforms for simultaneous radionuclide extraction. Part 3 info rising and leading edge therapy recommendations, at first reviewing pyrochemical strategies and engineering, hugely selective compounds for solvent extraction, and advancements in partitioning and transmutation approaches that target to shut the nuclear gas cycle. The e-book concludes with different complex innovations reminiscent of stable part extraction, supercritical fluid and ionic liquid extraction, and organic therapy strategies.

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Extra info for Advanced Separation Techniques for Nuclear Fuel Reprocessing and Radioactive Waste Treatment (Woodhead Publishing Series in Energy)

Example text

This condition is at best an annoyance as a source of process upset and at worst a serious safety hazard in the operation of a reprocessing facility, as the unintentional formation of a critical mass of fissile material can occur with potentially disastrous consequences. Such phenomena are well known in solvent extraction of metal ions and mineral acids. The minimization of the potential for such an event to occur is addressed through appropriate alteration of diluent structures and mixtures of diluents, effective extractant design or by carefully designing process monitoring and control procedures to prevent overloading of extractant solutions.

Radioanalytical Methods in the Discovery and Characterization of Non-pertechnetate (99Tc) Species in Hanford Tank Wastes. ACS Symposium Series (2004), 868 (Radioanalytical Methods in Interdisciplinary Research), 177–192. 3. R. Behavior of Technetium in Alkaline Solution: Identification of Non-pertechnetate Species in High-level Nuclear Waste Tanks at the Hanford Reservation. ACS Symposium Series (2006), 943 (Nuclear Waste Management), 302–318. 4. T. Acta Crystallogr. 1969 B25, 925. 5. R. J. Less Common Met.

1 Redox chemistry of actinides in solutions The oxidation state of actinides is a primary determinant of their behavior in solutions. 4 summarize their color and stability in aqueous solutions. The trivalent oxidation state of f elements, which is so markedly stable in the lanthanides and heavier actinides, is not typical for Pu, Np and U. The ability of the light actinides to exhibit multiple oxidation states leads to their rich and complex redox chemistry. 2), can lead to interesting conclusions.

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