首页> 外文会议>International Conference on Indoor Air Quality and Climate >EXPERIMENTAL RESEARCH ON PHOTOCATALYTIC OXIDATION AIR PURIFICATION TECHNOLOGY APPLIED TO AIRCRAFT CABINS
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EXPERIMENTAL RESEARCH ON PHOTOCATALYTIC OXIDATION AIR PURIFICATION TECHNOLOGY APPLIED TO AIRCRAFT CABINS

机译:光催化氧化空气净化技术应用于飞机舱的实验研究

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The experiment presented in this report was performed in a simulated aircraft cabin to evaluate the air cleaning effects of two air purification devices using Photocatalytic Oxidation (PCO) technology. Objective physical, chemical and physiological measurements and subjective human assessments were used for the evaluation. Comparisons were made between conditions with and without the PCO units installed in the re-circulated air system. Four groups of 17 subjects were exposed for 7 hours to each test condition. Chemical analysis indicates that Ethanol, Isoprene and Toluene were decomposed by oxidation in the PCO units tested. However, some intermediate products, such as Formaldehyde and Acetaldehyde, were detected. Physiological measurements did not show any significant effects of the two PCO units. Both positive and negative effects of using PCO units on subjective assessments were observed after the first 3.25 hours of exposure. After 6 hours of exposure, a positive effect of using either PCO units on symptoms of dizziness and claustrophobia were observed.
机译:本报告中提出的实验在模拟的飞机机舱中进行,以评估使用光催化氧化(PCO)技术的两个空气净化装置的空气清洁效果。客观物理,化学和生理测量和主观人类评估用于评估。在带有并没有安装在重新循环空气系统中的PCO单元之间的条件之间进行了比较。将四组17组受试者暴露于每个测试条件的7小时。化学分析表明,在测试的PCO单元中通过氧化分解乙醇,异戊二烯和甲苯。然而,检测到一些中间产物,例如甲醛和乙醛。生理测量没有显示出两个PCO单元的任何显着影响。在暴露的前3.25小时后,观察到使用PCO单元对主观评估的积极和负面影响。接触6小时后,观察到使用PCO单位对头晕和幽闭恐惧症症状的积极作用。

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