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Indoor air quality in dwelling buildings after renovation

机译:装修后住宅建筑的室内空气质量

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The paper provides the results of monitoring on the specifics of indoor air quality in Latvian dwelling buildings. It will present the results of the evaluation of the ventilation system's operation in different working regimes in Latvian climatic conditions. Until the end of 90-ties all dwelling buildings in Latvia were equipped with mandatory natural ventilation systems with stack effect. Installation of regular mechanical "inflow - outflow" ventilation systems in dwelling buildings was limited by such factors as high noise level during operation time, limited buildings' area and high construction expenses. At the beginning of 2007 the part of Latvian multi-storey apartment buildings which were constructed with natural ventilation systems took 75% of all buildings. The inflow of fresh air acquired through the gaps between window frame and window carcass. The exhaust of air acquired through the vents, which are situated in kitchens and bathrooms. Old multi-storey dwelling buildings in Latvia were mainly built using wooden window frames with low heat insulation quality. It was assumed that such constructive decision would provide sufficient air exchange rate without any mechanical devices. Nowadays the PVC windows have got a great expansion at Latvian market due to their acceptable prices and high heat and noise insulation qualities. At the same time air tight windows require the introduction of mechanical ventilation systems that certainly reduces the positive energy saving effect of improvements of thermal performance of building structures. In the scope of this paper the influence of ventilation on building energy performance was evaluated.
机译:本文提供了对拉脱维亚民居建筑室内空气质量的具体监测结果。它将介绍拉脱维亚气候条件下不同工作方式下的通风系统运行评估结果。直到90年代末,拉脱维亚的所有住宅建筑物都配备了具有堆叠效应的强制性自然通风系统。在住宅建筑中安装常规的机械“流入-流出”通风系统受到以下因素的限制,例如,运行期间的噪音水平高,建筑物的面积有限以及高昂的建筑费用。在2007年初,采用自然通风系统建造的拉脱维亚多层公寓楼占全部建筑的75%。通过窗框和窗框之间的缝隙获得的新鲜空气流入。通过位于厨房和浴室的通风孔获得的废气。拉脱维亚的旧多层住宅建筑主要使用隔热质量低的木制窗框建造。假定这种建设性的决定将在没有任何机械装置的情况下提供足够的空气交换率。如今,由于其可接受的价格以及高隔热和隔音性能,PVC窗在拉脱维亚市场得到了极大的扩展。同时,气密窗需要引入机械通风系统,这肯定会降低改善建筑结构热性能的积极节能效果。在本文的范围内,评估了通风对建筑物能源性能的影响。

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