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Oxygen Concentrating and Application for Railway Tunnel Construction in High Altitude Area and It's Physiological Effects on the Construction Workers

机译:高海拔地区铁路隧道氧气富集与应用及其对施工人员的生理影响

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In order to solve the hypoxia problem in Qinghai-Tibet railway tunnel construction, on the Qinghai-Tibet Pleatu, a pressure swing adsorption (PSA) cycle to concentrate oxygen from the low pressure atmosphere at high altitude had been developed. Two PSA oxygen generation stations were constructed which located in Fenghuoshan about 5000m high above sea level. Furthermore, a system of disperse oxygen supply in tunnel construction section was brought forward. After the system was used, the oxygen partial pressure of the tunnel section could be enhanced by 2~3kPa and the difficulty of the lack of oxygen in the tunnel development was solved efficiently. An observation of the incidence of acute mountain sickness (AMS) and the physiologic responses in the workers before and after oxygen supply in the tunnel have also been studied. After supplying oxygen, it was showed the incidence of AMS decreased significantly, the arterial oxygen saturation increased, and the labor efficiency raised.
机译:为了解决青藏铁路隧道建设中的缺氧问题,在青藏高原Pleatu上开发了变压吸附(PSA)循环以浓缩高海拔低压大气中的氧气。在风火山海拔约5000m处建设了两个PSA制氧站。此外,提出了一种在隧道施工段分散供氧的系统。使用该系统后,可使隧道断面的氧气分压提高2〜3kPa,有效解决了隧道开发过程中缺氧的困难。还研究了在隧道供氧之前和之后工人的急性高山病(AMS)发生率和工人的生理反应的观察结果。供应氧气后,表明AMS的发生率显着降低,动脉血氧饱和度增加,劳动效率提高。

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