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Control Countermeasure of Indoor Air Pollution of Residence

机译:住宅室内空气污染的控制对策

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The article analyzes that the control countermeasures of indoor air pollution of residential building including policy and codes about residential buildings, control of the emission resources of contaminants and ventilation, design and management and using of air-conditioning system, and air purification technique etc, and presents primary countermeasure is air purification technique. Considering current application of the technique we analyze advantages and disadvantages of active carbon purification technique and TiO_2 photocatalysis purification technique. Aim at solving the low air purification efficiency, we make the experiment research about combined technique of TiO_2 photocatalyst and active carbon (TiO_2/AC), and compare the air purification efficiency of nano-titanium dioxide photocatalysis purification web and active carbon photocatalysis purification web and TiO_2/AC photocatalysis web under the condition of different wind speed, and solve the disadvantage of nano-titanium dioxide photocatalysis technique and active carbon nhotocatalysis technique during using, and also presents the new design countermeasure about air purification of air-conditioning system.
机译:分析了住宅建筑室内空气污染的控制对策,包括住宅建筑的政策和法规,污染物和通风的排放源控制,空调系统的设计与管理和使用以及空气净化技术等,以及提出的主要对策是空气净化技术。考虑到该技术的当前应用,我们分析了活性炭纯化技术和TiO_2光催化纯化技术的优缺点。为了解决空气净化效率低的问题,我们进行了TiO_2光催化剂与活性炭(TiO_2 / AC)组合技术的实验研究,比较了纳米二氧化钛光催化净化网和活性炭光催化净化网的空气净化效率。 TiO_2 / AC光催化网在不同风速条件下,解决了纳米二氧化钛光催化技术和活性炭非催化技术在使用过程中的弊端,并提出了空调系统空气净化的新设计对策。

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