Large size advanced pressurized water reactor fire extinguishing system capable of protecting main coolant pump
A fire protection system and coolant pump technology, applied in cooling devices, emergency protection devices, reactors, etc., can solve the problems of lack of systematic perception ability, system action feedback and anti-misoperation ability, etc., to reduce human-induced damage, The effect of avoiding equipment damage and reducing risks
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Embodiment 1
[0024] figure 1 It is a schematic diagram of the fire protection scheme of the main coolant pump of "Hualong One". The fire protection system includes four parts: spraying facilities, system comprehensive situation awareness 10, system startup status feedback 14 and startup device;
[0025] Under normal circumstances, the fire protection system is in a standby state, and the system's comprehensive situational awareness 10 monitors the spraying facilities in real time to ensure that the entire fire protection system is always in good condition;
[0026] When a fire occurs in the main coolant pump room and the fire protection system needs to be activated, the activation device will start the spraying facilities, and the system start status feedback 14 will monitor the operation status in real time, comprehensively display whether the spraying facilities are normal, and ensure the fire extinguishing effect of the fire protection system.
[0027] Spraying facilities such as figu...
Embodiment 2
[0032] like figure 1 The schematic diagram of the main coolant pump fire protection scheme of "Hualong No. 1" shown, including driving power source 1, self-prepared fire water tank 5, pipe network 9, external fire water supply interface 8, system comprehensive situation awareness 10, and system startup status feedback 14. Starting device 11. Anti-misoperation protection 12. The driving power source 1 includes a gas cylinder 13 , a leak detector 2 , a diaphragm 3 , and a flow detector 4 , and the self-contained fire water tank module 5 includes a liquid level detector 6 and a check valve 7 .
[0033] The fire extinguishing implementation is composed of driving power source 1, self-provided fire water tank 5, pipe network 9, and external fire water supply interface 8, with sufficient driving gas, fire water volume and reasonable pipe network 9 configuration.
[0034] Under normal circumstances, the system comprehensive situational awareness 10 is comprehensively generated by th...
Embodiment 3
[0039] A large-scale advanced pressurized water reactor can protect the main coolant pump firefighting system. The firefighting system includes four parts: spraying facilities, system comprehensive situation awareness 10, system startup status feedback 14 and startup device;
[0040] Under normal circumstances, the fire protection system is in a standby state, and the system's comprehensive situational awareness 10 monitors the spraying facilities in real time to ensure that the entire fire protection system is always in good condition;
[0041] When a fire occurs in the main coolant pump room and the fire protection system needs to be activated, the activation device will start the spraying facilities, and the system start status feedback 14 will monitor the operation status in real time, comprehensively display whether the spraying facilities are normal, and ensure the fire extinguishing effect of the fire protection system.
[0042] The spraying facilities include a self-pro...
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