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EFFECTIVE CLEANING METHODS FOR REDUCING BIOCONTAMINANT LEVELS

机译:减少生物污染物水平的有效清洁方法

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Clean surfaces are a key element in lowering personal exposure to fine dust by reducing resuspension. However, it is not known which methods effectively remove fine dust from surfaces whilst not resuspending it. Our objective was to find such methods. We allowed about 0.3 g/m2 Arizona test dust to settle onto desk top materials. Dust removal was studied microscopically. Dry wiping (e.g. with paper tissue, electrostatic cloth) removes less than 75% of the fine dust.Efficacy decreases within the first 10 cm of cleaning movement. Damp wipers, that use water or mineral oil to bind the particles, completely remove the dust. Dust resuspension measured by PVI showed that roughly a few percent of the settled dust is resuspended by cleaning. Dry methods and at higher cleaning velocity increase resuspension.For optimum protection of office and cleaning staffto fine dust, damp cleaning at a low velocity is preferred.
机译:清洁表面是通过减少重悬浮来降低个人接触细粉尘的关键因素。但是,尚不知道哪种方法可以有效地从表面清除细粉尘而不将其重新悬浮。我们的目标是找到这样的方法。我们允许约0.3 g / m2的亚利桑那测试粉尘沉降到桌面材料上。在显微镜下研究了除尘。干擦(例如用纸巾,静电布)清除的粉尘不到75%,在清洁运动的前10厘米内功效降低。使用水或矿物油粘合颗粒的潮湿雨刷,完全清除灰尘。通过PVI进行的粉尘重悬表明,大约有百分之几的沉淀粉尘通过清洁得以重悬。干燥方法和较高的清洁速度会增加悬浮力。为使办公室和清洁人员免受细微尘埃的影响,低速湿式清洁是首选。

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