Abstract

The operation of nuclear power plants routinely leads to the release of waste water flows contaminated with radioactive isotopes, tritium in particular. In order to prevent its entry into the environment, it is proposed to use a catalytic process of chemical isotope exchange in the water–hydrogen system. The novelty of the work lies in the combination of energy production facilities and commercial hydrogen into a single complex, which simultaneously allows the ecological problem of environmental protection to be solved. The proposal corresponds to the concept of atomic–hydrogen energy and is entirely based on the use of domestic developments.

中文翻译：

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基于WWER第三代以上反应堆的NPP排放物的原子氢能和Tri纯化

摘要

核电厂的运行通常导致释放被放射性同位素（尤其是t）污染的废水。为了防止其进入环境，建议在水-氢系统中使用化学同位素交换的催化过程。这项工作的新颖之处在于将能源生产设施和商业用氢结合成一个单一的综合体，同时解决了环境保护的生态问题。该提议与原子氢能的概念相对应，完全基于国内发展情况。