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首页> 外文期刊>Acta polytechnica >APPLICATION OF ADDITIONAL INSULATION TO ETICS ON SURFACES WITH BIOCORROSION
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APPLICATION OF ADDITIONAL INSULATION TO ETICS ON SURFACES WITH BIOCORROSION

机译：额外绝缘在Biocorrosion曲面上的应用

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The paper presents partial outputs from an experiment that demonstrated the impact of applying an additional insulation on an existing contact insulation system with a green-algae surface. The aim was mainly to detect the development of microorganisms in the gap between the original and the new insulation. The existing ETICS on the polystyrene-based contact thermal insulation system and EPS-based additional thermal insulation were used in the experiment. A theoretical modelling of temperature conditions showed that this type of doubling the insulation presented the highest risk of condensation of water in the gap between the insulation layers and that these conditions presented suitable humidity conditions for the growth of microorganisms. The reason for the experiment is to demonstrate the need to eliminate microorganisms before applying an additional thermal insulation to surfaces with biocorrosion. This is especially the case where EPS is used. The temperature and humidity parameters obtained during the experiment can be used to model the moisture regime in the gap of other types of insulations (e. g. MW, PUR, PIR.)
机译：本文从实验中提出了局部输出，该实验证明了在具有绿藻表面的现有接触绝缘系统上应用额外绝缘的影响。目的主要是检测原始和新绝缘之间的差距的微生物的发展。实验中使用了基于聚苯乙烯的接触保温系统和基于EPS的额外隔热材料的现有素材。温度条件的理论建模表明，这种类型的加倍绝缘材料呈现了绝缘层之间的间隙中的水凝结的最高风险，并且这些条件呈现了微生物生长的适当湿度条件。实验的原因是证明在用生物腐蚀的额外保温之前消除微生物的需要。尤其是使用EPS的情况。实验期间获得的温度和湿度参数可用于将湿度制度模拟在其他类型的绝缘体的间隙中（例如，MW，PUR，PIR。）

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