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Effectiveness of Airborne Fungi Removal by using a HEPA Air Purifier Fan in Houses

机译:空气中真菌在房屋中使用HEPA空气净化器去除的有效性

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Few studies have evaluated the performance of air purifiers in removing airborne fungi in houses. Here, we evaluated the ability of a HEPA air purifier fan to remove airborne fungi in six houses in Japan. In each house, the number of airborne fungi decreased more rapidly when the air purifier fan was on (test measurement) than when it was off (control), demonstrating its ability to decrease the fungal concentration. The number of airborne fungi decreased between 1.5 and 6 times faster when the air purifier fan was on than when it was off (spontaneous decrease). Clean air change rates, calculated from measurements taken 15 min after the test equipment operation began, ranged from 2.9 to 5.4 (h(-1)), indicating adequate air cleaning. One of the six test houses contained a much greater concentration of airborne fungi than the standard set by the Architectural Institute of Japan. When the air purifier fan was operated in the house, the indoor/outdoor (I/O) ratio decreased from 77.5, equating to a fungal concentration of 53,000 cfu/m(3) at 0 min to 0.72 or 620 cfu/m(3) after 45 min, which is below the standard. This reduction clearly demonstrated the anti fungal effect of the air purifier fan.
机译:少量研究已经评估了空气净化器在房屋中除去空气中的性能。在这里,我们评估了HEPA空气净化器风扇在日本的六个房屋中去除空气中真菌的能力。在每个房子中,当空气净化器风扇接通(测试测量)时,空气传播的真菌的数量更快地减少(试验测量),当截止(对照)时,表明其降低真菌浓度的能力。当空气净化器风扇上的空气净化器(自发减少)时,空气传播的真菌的数量比较快1.5和6倍。清洁空气变化率,从测试设备操作开始后15分钟计算,范围为2.9至5.4(H(-1)),表明充足的空气清洁。六个测试房屋中的一个包含了比建筑学院日本建筑学院的标准更大的空气载体浓度。当空气净化器风扇在房屋中操作时,室内/室外(I / O)比率从77.5降低,在0分钟至0.72或620 CFU / m(3 )45分钟后,低于标准。这种减少清楚地证明了空气净化器风扇的抗真菌作用。

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