首页> 外文期刊>Radiochimica Acta: International Journal for Chemical Aspects of Nuclear Science and Technology >Towards a DIAMEX process using high active concentrate. Production of genuine solutions
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Towards a DIAMEX process using high active concentrate. Production of genuine solutions

机译:迈向使用高活性浓缩物的DIAMEX工艺。制作真正的解决方案

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The efficiency of Minor Actinides (MA) recovery in the DIAMEX process has already been demonstrated using High Active Raffinate (HAR). The next step aims at the demonstration of reprocessing from High Active Concentrate (HAC) as feed, in view of an industrial application. The volume reduction would reduce the size of the installation to be used and thereby the costs of the process. The first step towards the demonstration of a DIAMEX process using HAC is the production of the genuine solutions. In the hot cell facility of ITU (Institute for Transuranium Elements), a HAR solution has been prepared, from small scale PUREX reprocessing of MOX fuel, and successfully subjected to a concentration/denitration process to obtain HAC. A final concentration factor (CF) of about 10 and an acidity of 4 M were reached. In the experiment a precipitate mainly composed of Sr, Zr, Mo, Sn and Ba was formed. MA precipitation was not significant (< 0.001%).
机译:使用高活性残液(HAR)已证明DIAMEX工艺中次Act系元素(MA)的回收效率。鉴于工业应用,下一步旨在演示从高活性精矿(HAC)作为原料进行后处理的过程。减少体积将减小要使用的设备的尺寸,从而减少过程的成本。演示使用HAC进行DIAMEX工艺的第一步是生产真正的解决方案。在ITU(超铀元素研究所)的热室设备中,已经从MOX燃料的小规模PUREX后处理中制备了HAR解决方案,并成功地进行了浓缩/脱硝过程以获得HAC。最终浓度因子(CF)约为10,酸度为4M。在实验中,形成了主要由Sr,Zr,Mo,Sn和Ba组成的沉淀。 MA沉淀不明显(<0.001%)。

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