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Actual Situation of Air Pollution by Formaldehyde

机译:甲醛污染空气的现状

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Formalin contain building materials, formaldehyde is not emitted from dougals pine plywood, low formaldehyde plywood F1, particle board, glass wool and gypsum board. THe relation between concentration of formaldehyde emitted fro mbuilding materials and the surfce temperature are made clear by experimental measurements. Formaldehyde is a high concentration due to the temperature rise. Indoor air QUality of ocnventional houses an one constructed iwth none formalin materials are ocmpared regarding air tight. Formaldehyde decrease by ventilation from the opened windows, but air pollution is not completely removed by ventilation from the opened windows, but air pollution is not completely removed byventilation from the opened windows fo only 1 day. High aritight and difficulty ventilation space are high concentratio. Formalehyde is not emitted by choice of building materials sold on the market, which are used to built in houses to prevnet air pollution. One of the methods of decreasing the concentration of formaledhyde are expected by the absorptive perfomrance of charcoal, activated carbon and silica gel. Charcoal, activated carbon and silica gel reduce the concentration of formaldehyde.
机译:福尔马林含有建筑材料,杜松木胶合板,低甲醛胶合板F1,刨花板,玻璃棉和石膏板不会释放甲醛。通过实验测量可以清楚地得知建筑材料释放的甲醛浓度与表面温度之间的关系。由于温度升高,甲醛浓度很高。住宅的室内空气质量与密封性相比,没有采用福尔马林材料建造的建筑。通风通过打开的窗户减少甲醛,但是通风不能完全消除打开的窗户的空气污染,但是通风不能完全消除打开的窗户仅1天的空气污染。高通风和困难的通风空间是高集中度。在市场上出售的建筑材料中,并不会释放甲醛,这些建筑材料通常用于在房屋中建造,以防止空气污染。木炭,活性炭和硅胶的吸收性能有望成为降低甲醛含量的方法之一。木炭,活性炭和硅胶可降低甲醛浓度。

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