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Design Features and Quality Control Procedures for the Natural Ventilation of an Underground Space for the Safe Storage of Aircraft

Department of Architecture, Chongqing Institute of Architecture and Engineering (CIAE), Chongqing, Sichuan, China

The storage of aircraft in underground tunnels can only be achieved safely if there is adequate ventilation. The theoretical aspects of the design of such an underground space are considered from the point of view of providing natural ventilation. If the ventilation air is to be dried in an attempt to reduce corro sion of the stored aircraft, this should be achieved by placing a dehumidifica tion plant near the air intake and ensuring that sufficient air flows through the tunnels in the same direction throughout the year. Cost-effective conditioning of the input air can be achieved with a salt solution liquid spray dehumidifier regenerated by solar power.

Key Words: Natural ventilation calculation • Natural ventilation design • Natural ventilation intensification • Natural ventilation quality control • Air dehumidification

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