A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Arrangement method of reactor building, reactor building and cooling method of reactor building
The invention discloses an arrangement method of a reactor building, the reactor building and a cooling method of the reactor building, which can enable other parts of main equipment of a reactor to be still arranged in the reactor building under the conditions that the capacity of a safe built-in water tank is set to be large and the total size of a containment does not need to be increased. Therefore, the construction cost of the reactor building can be reduced, and the economy is improved. The method comprises the following steps that the interior of a containment (6) is sequentially divided into a concrete filling area, a process arrangement area and a hoisting area from bottom to top; the pile pit (1) is arranged in the center of the concrete filling area and extends upwards to the process arrangement area; arranging other parts in the reactor main equipment in the process arrangement area; a safe built-in water tank (4) of the reactor cavity water injection cooling system is arranged at the top of the hoisting area; wherein the volume of the safety built-in water tank (4) is set as follows: after cooling water in the safety built-in water tank (4) is led out, the concrete filling area and the main pipeline can be completely submerged.
本发明公开了一种反应堆厂房的布置方法、反应堆厂房及其冷却方法，能够在安全内置水箱的容量设置得较大，且无需增加安全壳的总尺寸的情况下，使反应堆主设备的其他部件仍然可以布置在反应堆厂房内，从而可以降低反应堆厂房的建造成本，提高经济性。该方法包括如下步骤：将安全壳(6)内部从下到上依次划分为混凝土填充区、工艺布置区、吊装区；将堆坑(1)布置在混凝土填充区的中心并向上延伸至工艺布置区；将反应堆主设备中的其他部件布置在工艺布置区；将堆腔注水冷却系统的安全内置水箱(4)布置在吊装区的顶部；其中，安全内置水箱(4)的容积设置为：在安全内置水箱(4)内的冷却水导出后，能够将混凝土填充区以及主管道完全淹没。
Arrangement method of reactor building, reactor building and cooling method of reactor building
The invention discloses an arrangement method of a reactor building, the reactor building and a cooling method of the reactor building, which can enable other parts of main equipment of a reactor to be still arranged in the reactor building under the conditions that the capacity of a safe built-in water tank is set to be large and the total size of a containment does not need to be increased. Therefore, the construction cost of the reactor building can be reduced, and the economy is improved. The method comprises the following steps that the interior of a containment (6) is sequentially divided into a concrete filling area, a process arrangement area and a hoisting area from bottom to top; the pile pit (1) is arranged in the center of the concrete filling area and extends upwards to the process arrangement area; arranging other parts in the reactor main equipment in the process arrangement area; a safe built-in water tank (4) of the reactor cavity water injection cooling system is arranged at the top of the hoisting area; wherein the volume of the safety built-in water tank (4) is set as follows: after cooling water in the safety built-in water tank (4) is led out, the concrete filling area and the main pipeline can be completely submerged.
本发明公开了一种反应堆厂房的布置方法、反应堆厂房及其冷却方法，能够在安全内置水箱的容量设置得较大，且无需增加安全壳的总尺寸的情况下，使反应堆主设备的其他部件仍然可以布置在反应堆厂房内，从而可以降低反应堆厂房的建造成本，提高经济性。该方法包括如下步骤：将安全壳(6)内部从下到上依次划分为混凝土填充区、工艺布置区、吊装区；将堆坑(1)布置在混凝土填充区的中心并向上延伸至工艺布置区；将反应堆主设备中的其他部件布置在工艺布置区；将堆腔注水冷却系统的安全内置水箱(4)布置在吊装区的顶部；其中，安全内置水箱(4)的容积设置为：在安全内置水箱(4)内的冷却水导出后，能够将混凝土填充区以及主管道完全淹没。
Arrangement method of reactor building, reactor building and cooling method of reactor building
反应堆厂房的布置方法、反应堆厂房及其冷却方法
BAI BINGHE (author) / GU ZHENJIE (author) / BEI CHEN (author) / WANG ZHENZHONG (author) / FAN YANFANG (author) / JIA XIAOPAN (author) / XUE JING (author) / WU QIAOYING (author) / SU JINCHENG (author) / CHU SONGLIANG (author)
2024-08-06
Patent
Electronic Resource
Chinese
Arrangement method of reactor building, reactor building and cooling method of reactor building
| European Patent Office | 2024
Arrangement method of reactor building, reactor building and cooling method of reactor building
| European Patent Office | 2024