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Environmental assessment of façade-building systems and thermal insulation materials for different climatic conditions

机译:外墙建筑系统的环境评估和不同气候条件的保温材料

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摘要

In the European Union, the building sector accounts for more than 40% of the total energy consumption and environmental impacts, representing the area with the greatest potential for intervention. In addition to the existing policies that promote energy efficiency in buildings, the embodied energy and the environmental impacts contained in the building materials should be considered. In the case of the construction of insulation façade systems, the environmental implications are different depending on the type of façade system, the insulation materials used and the location of the building. This article aims to provide all of this information for Spain, including not only the production of the components of the façade system but also the installation phase and the transport to the building site. The results show that the most impactful alternative is the ventilated façade combined with the most impactful insulation materials of stone wool and expanded polystyrene. Meanwhile, the most advisable façade in all of the climate zones is the external thermal insulation system combined with any type of insulation. The environmental impacts of insulation materials are very different. Moreover, it is recommended that further studies complete these results with the economic and social implications of the use and maintenance phases for robust decision-making.
机译:在欧盟中,建筑行业占了总能耗和环境影响的40%以上,较干预潜力最大的区域。除了促进建筑节能的现行政策,包含在建材,利用与实施的能源和对环境的影响应予以考虑。在绝缘外墙系统的结构的情况下,对环境的影响取决于外墙系统,所使用的绝缘材料和建筑物的位置的类型是不同的。本文旨在提供所有这些信息对西班牙,不仅包括生产外墙系统的组成部分,而且安装阶段和运输到建筑工地。结果表明,最有影响力的替代方案是通风的外立面与岩棉和膨胀聚苯乙烯的最有影响的隔热材料相结合。同时,在所有的气候区的最可取的外墙是外保温系统与任何类型的绝缘组合。保温材料对环境的影响有很大的不同。此外,建议进一步研究完成这些结果与使用的经济和社会影响和维护阶段的稳健决策。

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