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              <p>During the nuclear fuel cycle, uranium as hexafluoride is enriched by means of gaseous-diffusion process. The depleted UF6 resulting from the isotope separation stage is converted into U3O8 to enable its safe storage (conversion carried out by COGEMA). The UF6 -&gt; UO2 conversion is performed in four identical plants : UF6 is hydrolysed in the gaseous phase through a vertical reactor, then the UO2F2 powder formed is pyrohydrolysed into U3O8 powder through a lightly inclined rotary kiln.Modelling of these rotary kilns requires a deep understanding of solid hydrodynamic behaviour, because mass transfer and heat exchange are strongly dependent on the powder motion, especially regarding the quality and the duration of gas/solid contact.</p>
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