A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Associated radioactive waste residue repository
The invention provides an associated radioactive waste residue disposal repository, which belongs to the technical field of radioactive solid waste disposal and comprises a repository area main body, a side wall impermeable layer, a bottom clay impermeable layer, a synthetic impermeable layer, an underground water guide and drainage layer and a top rainproof shed. According to the associated radioactive waste residue repository provided by the invention, underground water can leak and diffuse into the repository area main body in the long-time use process of the associated radioactive waste residue repository, so that the safety of the repository area main body is further improved; and the top rainproof shed is further arranged above the reservoir area main body, so that external rainwater can be prevented from entering the reservoir area main body. The safety of the waste residue disposal facility is guaranteed in a mode of combining multiple means; and long-term safety and stability of waste residue disposal facilities reduce dependence on frequent active maintenance, long-term inherent safety and effectiveness of facility performance and compatibility with site characteristics should be guaranteed, and meanwhile, the life limit of the waste residue warehouse engineering barrier capable of keeping integrity is greatly prolonged.
本发明提供了一种伴生放射性废渣处置库，属于放射性固体废物处理处置技术领域，包括库区主体、侧壁防渗层、底部黏土防渗层、合成防渗层、地下水导排层以及顶部防雨棚。本发明提供的伴生放射性废渣处置库，可以在本伴生放射性废渣处置库在长时间使用过程中有地下水渗漏并扩散到库区主体内，进一步提高库区主体的安全性，且库区主体的上方还设置有顶部防雨棚可以防止外部雨水进入到库区主体内。通过多种手段相互结合的方式，使废渣处置设施的安全性应有保障；并且废渣处置设施的长期安全稳定减少了对经常主动维护的依赖，应保证设施性能长期的固有安全、有效及与场址特征的兼容性，同时大大提高了废渣库工程屏障可保持完整性的年限。
Associated radioactive waste residue repository
The invention provides an associated radioactive waste residue disposal repository, which belongs to the technical field of radioactive solid waste disposal and comprises a repository area main body, a side wall impermeable layer, a bottom clay impermeable layer, a synthetic impermeable layer, an underground water guide and drainage layer and a top rainproof shed. According to the associated radioactive waste residue repository provided by the invention, underground water can leak and diffuse into the repository area main body in the long-time use process of the associated radioactive waste residue repository, so that the safety of the repository area main body is further improved; and the top rainproof shed is further arranged above the reservoir area main body, so that external rainwater can be prevented from entering the reservoir area main body. The safety of the waste residue disposal facility is guaranteed in a mode of combining multiple means; and long-term safety and stability of waste residue disposal facilities reduce dependence on frequent active maintenance, long-term inherent safety and effectiveness of facility performance and compatibility with site characteristics should be guaranteed, and meanwhile, the life limit of the waste residue warehouse engineering barrier capable of keeping integrity is greatly prolonged.
本发明提供了一种伴生放射性废渣处置库，属于放射性固体废物处理处置技术领域，包括库区主体、侧壁防渗层、底部黏土防渗层、合成防渗层、地下水导排层以及顶部防雨棚。本发明提供的伴生放射性废渣处置库，可以在本伴生放射性废渣处置库在长时间使用过程中有地下水渗漏并扩散到库区主体内，进一步提高库区主体的安全性，且库区主体的上方还设置有顶部防雨棚可以防止外部雨水进入到库区主体内。通过多种手段相互结合的方式，使废渣处置设施的安全性应有保障；并且废渣处置设施的长期安全稳定减少了对经常主动维护的依赖，应保证设施性能长期的固有安全、有效及与场址特征的兼容性，同时大大提高了废渣库工程屏障可保持完整性的年限。
Associated radioactive waste residue repository
伴生放射性废渣处置库
LIU XIAOCHAO (author) / ZHANG HEFEI (author) / JI DONG (author) / DU JUAN (author) / WANG ZHANLONG (author) / RAN HUIYING (author) / LI LI (author)
2023-08-22
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
CONCEPTUAL DESIGN OF AN UNDERGROUND RADIOACTIVE WASTE REPOSITORY
| British Library Online Contents | 2000
Feasibility Analysis for a Radioactive Waste Repository Tunnel*
| British Library Online Contents | 1998
Feasibility Analysis for a Radioactive Waste Repository Tunnel
| Online Contents | 1998
Feasibility analysis for a radioactive waste repository tunnel
| Tema Archive | 1998
Anion Scavengers for Low-Level Radioactive Waste Repository Backfills
| Taylor & Francis Verlag | 1998