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Development of a Composite Eco-Material Based on Typha from a Clay Matrix
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作者 Elisabeth Akoivi Allognon-Houessou Jacob Vidjinnangni Noudeyonou +1 位作者 Adèyèmi Clément Kouchadé Basile Bruno Kounouhewa 《Journal of Environmental Science and Engineering(B)》 2023年第1期25-33,共9页
This work focuses on the design of a new type of eco-material based on Typha“Domingensis”and clay from the south of the Republic of Benin through various dosages.Three particle size classes of typha shavings were se... This work focuses on the design of a new type of eco-material based on Typha“Domingensis”and clay from the south of the Republic of Benin through various dosages.Three particle size classes of typha shavings were selected to be mixed with two types of clayin order to make parallelepiped shaped samples ready for experimentation.The massive use of these briquettes thus obtained,in the construction of habitats,would not only contribute to reducing the energy consumption inside the dwellings but also would limit the invasion of the waterways of Benin,which would facilitate navigation,fishing and river sanitation activities.In addition,this biosourced,low-polluting material would contribute to improving the energy transition by integrating it into rehabilitation of buildings. 展开更多
关键词 typhadomingensisclay eco-composite material energy saving environmental protection
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