Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Nuclear auxiliary plant, arrangement method thereof and small pressurized water reactor nuclear power plant
The invention discloses an arrangement method of a nuclear auxiliary plant, which comprises the following steps of: arranging the nuclear auxiliary plant into two underground floors and four overground floors, and arranging process equipment in items of a loop auxiliary system and a support system thereof from the second underground floor to the second overground floor; arranging electrical instruments and ventilation equipment in the primary loop auxiliary system and the support system items thereof in the third floor to the fourth floor on the ground; a first functional area, a second functional area and a third functional area are arranged on each layer, the first functional area is arranged on the side close to the reactor building, and primary loop auxiliary system equipment closely connected with the interior of the reactor building is arranged in the first functional area and the second functional area. And a high-radioactivity filter and a high-radioactivity desalter are arranged in the functional area III in a compartment manner and are far away from the outer wall. The invention further discloses a nuclear auxiliary plant and a small pressurized water reactor nuclear power plant. The system is more reasonable in arrangement, greatly reduces items in a plant, reduces the overall arrangement difficulty, is more friendly to operators, and is more prominent in economical efficiency.
本发明公开一种核辅助厂房的布置方法，将核辅助厂房布置成地下两层和地上四层，并将一回路辅助系统及其支持系统物项中的工艺设备布置在地下二层至地上二层内，将一回路辅助系统及其支持系统物项中的电仪及通风设备布置在地上三层至地上四层内；在各层分别布置功能区一、功能区二以及功能区三，且功能区一布置在靠近反应堆厂房的一侧，并将与反应堆厂房内联系紧密的一回路辅助系统设备布置在功能区一内和功能区二内，将高放射性的过滤器、除盐器隔间布置在功能区三内并远离外墙布置。本发明还公开一种核辅助厂房及小型压水堆核电厂。本发明布置更为合理，大大减少了厂房内物项，降低了总体布置难度，对运行人员更为友好，经济性更突出。
Nuclear auxiliary plant, arrangement method thereof and small pressurized water reactor nuclear power plant
The invention discloses an arrangement method of a nuclear auxiliary plant, which comprises the following steps of: arranging the nuclear auxiliary plant into two underground floors and four overground floors, and arranging process equipment in items of a loop auxiliary system and a support system thereof from the second underground floor to the second overground floor; arranging electrical instruments and ventilation equipment in the primary loop auxiliary system and the support system items thereof in the third floor to the fourth floor on the ground; a first functional area, a second functional area and a third functional area are arranged on each layer, the first functional area is arranged on the side close to the reactor building, and primary loop auxiliary system equipment closely connected with the interior of the reactor building is arranged in the first functional area and the second functional area. And a high-radioactivity filter and a high-radioactivity desalter are arranged in the functional area III in a compartment manner and are far away from the outer wall. The invention further discloses a nuclear auxiliary plant and a small pressurized water reactor nuclear power plant. The system is more reasonable in arrangement, greatly reduces items in a plant, reduces the overall arrangement difficulty, is more friendly to operators, and is more prominent in economical efficiency.
本发明公开一种核辅助厂房的布置方法，将核辅助厂房布置成地下两层和地上四层，并将一回路辅助系统及其支持系统物项中的工艺设备布置在地下二层至地上二层内，将一回路辅助系统及其支持系统物项中的电仪及通风设备布置在地上三层至地上四层内；在各层分别布置功能区一、功能区二以及功能区三，且功能区一布置在靠近反应堆厂房的一侧，并将与反应堆厂房内联系紧密的一回路辅助系统设备布置在功能区一内和功能区二内，将高放射性的过滤器、除盐器隔间布置在功能区三内并远离外墙布置。本发明还公开一种核辅助厂房及小型压水堆核电厂。本发明布置更为合理，大大减少了厂房内物项，降低了总体布置难度，对运行人员更为友好，经济性更突出。
Nuclear auxiliary plant, arrangement method thereof and small pressurized water reactor nuclear power plant
一种核辅助厂房及其布置方法、小型压水堆核电厂
ZHAO XIAOSHAN (Autor:in) / JIA XIAOPAN (Autor:in) / BEI CHEN (Autor:in) / GU ZHENJIE (Autor:in) / BAI BINGHE (Autor:in) / SU JINCHENG (Autor:in) / HAO DONG (Autor:in) / FAN YANFANG (Autor:in) / CHU SONGLIANG (Autor:in) / WU QIAOYING (Autor:in)
22.12.2023
Patent
Elektronische Ressource
Chinesisch
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