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首页> 外文期刊>Theoretical foundations of chemical engineering >Implementation of the Continuous-Flow Hydrothermal Technology of the Treatment of Concentrated Liquid Radioactive Wastesat Nuclear Power Plants
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Implementation of the Continuous-Flow Hydrothermal Technology of the Treatment of Concentrated Liquid Radioactive Wastesat Nuclear Power Plants

机译:连续流热液技术处理核电厂浓缩液态放射性废物的实施

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摘要

In this work, consideration is given to the feasibility of using hydrothermal oxidation for the destruction of organic ~(60)Co complexes during the course of the treatment of medium-level liquid radioactive wastes with a high salt content-evaporator concentrate in the reactor water cleanup system-formed at nuclear power plants (NPPs). It has been shown that hydrothermal oxidation makes it possible to effectively solve the problem of the selective extraction of the radionuclides of transition metals (~(60)Co,~(54)Mn) with a minimum volume of solid radioactive wastes being formed. The results of laboratory experiments and pilot tests of the hydrothermal oxidation installation at the Novovoronezhskaya and the Kurskaya NPPs are presented. The general scheme of the hydrothermal technology of processing the evaporator concentrate at nuclear power plants is proposed.
机译:在这项工作中,考虑了在反应堆水中用高盐含量蒸发器浓缩液处理中等水平液体放射性废物的过程中,使用水热氧化法破坏有机〜(60)Co络合物的可行性。在核电厂(NPP)形成的清理系统。已经表明,水热氧化使得可以有效地解决选择性提取过渡金属(〜(60)Co,〜(54)Mn)的放射性核素的问题,同时形成了最小量的固体放射性废物。介绍了Novovoronezhskaya和Kurskaya NPPs的水热氧化装置的实验室实验结果和中试测试结果。提出了核电厂蒸发浓缩液水热技术的总体方案。

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