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Microsystems serving green analytical chemistry in the nuclear industry

Abstract : Miniaturization of analytical devices provides new perspectives for safety improvement, optimisation, and diversification of processes (reduction of matter shipment, reduction of stored materials, energy savings, reaction conditions that are inaccessible with macroscopic reactors…). This reduced scale satisfies most of the criteria of green analytical chemistry as well as the principle of minimization of hazards associated to radioactive samples, thanks to a major reduction of sample quantities, reactants, wastes, and analysis time, and to automation. An increasing number of specific microsystems or “labs-on-a-chip” have been developed with this ambition, particularly for radionuclides purification and separation steps, and for their analyses in complex and hard-to-handle samples. This article illustrates the development of analytical microsystems for isotopic, elemental and speciation analysis as met in nuclear-related activities, and underlines the main challenges to take up.
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Submitted on : Thursday, March 26, 2020 - 9:34:21 AM
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  • HAL Id : cea-02519461, version 1




Thomas Vercouter, Clarisse Mariet, Laurent Vio, Fredéric Chartier. Microsystems serving green analytical chemistry in the nuclear industry. L'Actualité Chimique, Société chimique de France, 2017, 418-419, pp.25-30. ⟨cea-02519461⟩



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