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Aan example of feasibility study of eco materials production chain and bio-based products for eco-construction/renovation in the named greater region (Belgium, France, Luxembourg)

机译:ECO材料生产链和生态建设/改造产品的可行性研究的一个例子,名为Greater Region(比利时,法国,卢森堡)

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The energy consumption of today and the concept of building thermal comfort, has created a critical issue that allows the development of eco materials, as a social, economical and environmental solution. In this context a methodology and an analysis process to identify a chain of eco-materials in the named Greater Region which is a delimiting three borders between Belgium, France and Luxembourg has been followed. Thus an European INTERREG project called ECOTRANFAIRE was lunched to resume the needs of cold regions. This is an example of a joint investigation was conducted in three trans-boundary countries, in order to propose a practical solutions and environmentally friendly. Thus, a state of place of eco materials market in the sorting countries was studied and a different families of materials were examined according to various criteria to be proposed as a solution of energy efficiency of building in the cross border context. The analysis of these types of materials has led us to identify seven eco promising materials in this Region. The characteristics and the thermal performance of these materials will be described in this work as well their hygrothermal responses by the MBV test will be established.
机译:今天的能源消耗和建筑热舒适的概念,创造了一个允许生态材料的发展,作为社会,经济和环境解决方案。在这种情况下,遵循一个识别名为更多地区的生态材料链的方法和分析过程,这是在比利时,法国和卢森堡之间划定的三个边界。因此,午餐了一个叫做Ecotranfaire的欧洲中间中断项目,以恢复寒冷地区的需求。这是联合调查的一个例子,在三个跨界国家进行,以提出实用的解决方案和环保。因此,研究了分拣国中生态材料市场的位置,并根据需要提出的各种标准作为建筑物的能源效率的解决方案,研究了不同的材料系列。对这些类型材料的分​​析导致我们在该地区识别七种ECO有希望的材料。这些材料的特性和热性能也将在这项工作中描述,也可以建立MBV测试的湿热响应。

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