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首页> 外文期刊>Journal de Physique, IV: Proceedings of International Conference >Corrosion processes and the expected evolution of the BSC-1 Supercontainer design for disposal of Belgian HLW and spent fuel
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Corrosion processes and the expected evolution of the BSC-1 Supercontainer design for disposal of Belgian HLW and spent fuel

机译:比利时高放废物和乏燃料处置的BSC-1超容器设计的腐蚀过程和预期发展

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摘要

ONDRAF-NIRAS is evaluating the supercontainer concept for disposal of high-level waste (HLW) and spent fuel. In the supercontainer, a carbon steel overpack surrounds the HLW canisters or spent fuel assemblies. The overpack is surrounded by a concrete buffer, which creates a favourable alkaline geochemical environment. The buffer is enclosed by a stainless steel liner, which facilitates supercontainer construction and handling. The primary function of the overpack is to provide total containment of the radionuclides during the thermal phase. As part of the Supercontainer Project, a review was undertaken of corrosion processes and associated gas generation that might occur during the evolution of the supercontainer. This paper reports the main findings of the study, and focuses on the corrosion evolution of the overpack and liner.
机译:ONDRAF-NIRAS正在评估用于处理高放废物(HLW)和乏燃料的超级容器概念。在超级集装箱中,高碳钢外包装包围了HLW罐或乏燃料组件。外包装被混凝土缓冲剂所包围,从而形成了良好的碱性地球化学环境。缓冲器被不锈钢衬里封闭,这有助于超容器的构造和处理。外包装的主要功能是在热阶段提供放射性核素的全部容纳。作为超级容器项目的一部分,对超级容器发展过程中可能发生的腐蚀过程和相关气体产生进行了审查。本文报告了这项研究的主要发现,并着重于外包装和衬里的腐蚀演变。

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