A centralized air intake and exhaust system for offshore nuclear power platforms

Abstract

The invention discloses a centralized air intake and exhaust system for an offshore nuclear power platform, which includes a centralized air intake area, air conditioning equipment, ventilation equipment, exhaust ducts, and a centralized air exhaust area. The centralized air intake area and the centralized air exhaust area are respectively arranged in On both sides of the offshore nuclear power platform, the inlet of the centralized air intake area and the outlet of the centralized air exhaust area are respectively connected to the outside atmosphere; The wind area is connected, and the air outlet pipe of the air conditioning equipment is connected with each service compartment of the offshore nuclear power platform through the air conditioning ventilation accessories; the ventilation equipment is installed on the exhaust pipe. The beneficial effects of the present invention are as follows: a centralized air intake and exhaust area is set on both sides of the offshore nuclear power platform, and the centralized air intake and exhaust area includes a centralized air intake and exhaust room connected with the outside atmosphere. In the event of a disaster, all air-conditioning and ventilation systems on the platform can be quickly and simultaneously shut down.

Description

technical field [0001] The invention relates to the technical field of air conditioning and ventilation, in particular to a centralized air intake and exhaust system for an offshore nuclear power platform. Background technique [0002] In the discrete air intake and exhaust system of offshore nuclear power platforms, according to the ventilation needs of the cabin, external openings such as intake and exhaust grilles, ventilators, and air vents and surrounding wells are generally arranged nearby, which leads to a large number of external openings on the entire platform. Bacteria or gooseneck ventilators affect the cleanliness and beauty of the platform; at the same time, in the event of nuclear leakage or other natural disasters such as typhoons, the scattered openings cannot be closed quickly and remotely, resulting in a certain threat to the personal safety of personnel on the platform. Contents of the invention [0003] The purpose of the present invention is to provide...

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Problems solved by technology

[0002] In the discrete air intake and exhaust system of offshore nuclear power platforms, according to the ventilation needs of the cabin, external openings such as intake and exhaust grilles, ventilators, and air vents and surrounding wells are generally arranged nearby, which leads to a large number of external openings on the entire platform. Bacteria-shaped or gooseneck ventilators affect the cleanliness and beauty of the platform; at the same time, in the event of safety accidents such as nuclear leakage or natural disasters such as typhoons, the scattered openings cannot be quickly and remotely closed, resulting in a certain threat to the personal safety of personnel on the platform

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