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    • 2. 发明公开
    • Passive residual heat removal system and nuclear power plant equipment
    • 被动Nachwärmeabfuhrsystem
    • EP2725582A1
    • 2014-04-30
    • EP13189648.2
    • 2013-10-22
    • Hitachi-GE Nuclear Energy, Ltd.
    • Ikegawa, TomohikoKito, Kazuaki
    • G21C9/012G21C15/18
    • G21C15/18G21C9/012Y02E30/40
    • Disclosed is a passive residual heat removal system and nuclear power plant equipment configured to alleviate a rise in an internal pressure of a primary containment vessel (17), even if fluid line breakage of a reactor pressure vessel (15) occurs and for whatever reason, supply of a coolant (2) to the reactor pressure vessel (15) fails.
      This invention includes: a heat exchanger (1) provided at a position higher than a primary containment vessel (17); a condensate storage tank (5) disposed below the heat exchanger and above an upper end of a reactor core (13) placed in a reactor pressure vessel (15); a non-condensate gas discharge line (8) connected at a first end thereof to an upper section of the condensate storage tank (5) and at a second end thereof to a suppression pool (20); a second condensate discharge line (9) connected at a first end thereof to a position below that section of the condensate storage tank (5) to which the first end of the non-condensate gas discharge line (8) is connected, and at a second end thereof to the suppression pool (20); and a condensate return line (10) connected at a first end thereof to a position below that section of the condensate storage tank (5) to which the first end of the second condensate discharge line (9) is connected, and at a second end thereof to a side portion of the reactor pressure vessel (15), the side portion being above the upper end of the core (13).
    • 公开了一种被动的残余散热系统和核动力装置设备,其构造成即使发生反应堆压力容器(15)的流体管线断裂,并且由于任何原因,减轻主要容纳容器(17)的内部压力的升高, 向反应堆压力容器(15)供应冷却剂(2)失败。 本发明包括:设置在高于主要容纳容器(17)的位置处的热交换器(1); 设置在所述热交换器的下方和放置在反应堆压力容器(15)内的反应堆芯(13)的上端上方的冷凝水储存箱(5)。 一个非冷凝气体排放管线(8),其第一端连接到冷凝水储存箱(5)的上部,第二端连接到一个抑制池(20); 第二冷凝物排出管线(9),其在其第一端连接到所述冷凝水罐(5)的所述非冷凝气体排出管线(8)的第一端所连接的所述部分下方的位置,并且在 第二端到达抑制池(20); 以及冷凝水返回管线(10),其在其第一端连接到第二冷凝物排出管线(9)的第一端连接到的冷凝水储存罐(5)的该部分下方的位置,并且在第二端 在所述反应堆压力容器(15)的侧部,所述侧部位于所述芯(13)的上端之上。
    • 3. 发明公开
    • Nuclear power plant
    • Kernkraftwerk
    • EP2549484A1
    • 2013-01-23
    • EP12175231.5
    • 2012-07-06
    • Hitachi-GE Nuclear Energy, Ltd.
    • Kito, KazuakiMatsuura, MasayoshiAndo, Koji
    • G21C15/18
    • G21C9/004G21C15/18G21C15/182Y02E30/40
    • A nuclear power plant has a reactor pressure vessel (1), a primary containment vessel (3) and a passive pressure suppression pool cooling system. The reactor pressure vessel (1) is installed in the primary containment vessel (3). A pressure suppression pool (7) filled with cooling water is formed in a lower portion of the primary containment vessel (3). The passive pressure suppression pool cooling system is provided with a steam condensing pool (5) in which cooling water is filled, disposed outside the primary containment vessel (3), a steam condenser (4) disposed in the steam condensing pool (5), a steam supply pipe (2) connecting the reactor pressure vessel (1) to the steam condenser (4), and a condensed water discharge pipe (6) connected to the steam condenser (4) for discharging condensed water generated in the steam condenser (4). Another end portion of the condensed water discharge pipe (6) is disposed in the pressure suppression pool (7).
    • 一个核电厂有反应堆压力容器(1),初级容纳容器(3)和被动压力抑制池冷却系统。 反应堆压力容器(1)安装在初级容纳容器(3)中。 在主要容纳容器(3)的下部形成有填充有冷却水的压力池(7)。 被动压力抑制池冷却系统设置有一个蒸汽冷凝池(5),其中装有冷却水,设置在初级容纳容器(3)的外部,设置在蒸汽冷凝池(5)中的蒸汽冷凝器(4) 将反应堆压力容器(1)连接到蒸汽冷凝器(4)的蒸汽供应管(2)和连接到蒸汽冷凝器(4)的冷凝水排出管(6),用于排出在蒸汽冷凝器中产生的冷凝水 4)。 冷凝水排出管(6)的另一端部设置在压力抑制池(7)中。