The research team recently developed an innovative system with low environmental impact for the production of semi-rigid panels for thermal and acoustic insulation, obtained from recycled sheep's wool from Piemonte region. Starting from the previous work, a new semi-rigid panel has been produced, combining sheep wool with hemp technical fibers. Both sheep wool and hemp comes from agri-food systems and are considered as a wastes from existing production chains. Panels show low environmental impact and stiffness as main innovative features, if compared with other similar products on the market. A further experimentation phase allowed to improve the production process adaptability degree to the availability of natural by-products from local agri-food systems, with the aim to develop an “open recipe” able to answer to the building market different requests. The contribution presents the methodology adopted for the research in progress, the "open" technology assessment adopted for panels production and results of preliminary thermal tests.
Natural fibers insulation panels: an adaptive production / Savio, Lorenzo; Thiebat, Francesca; Bosia, Daniela; Pennacchio, Roberto; Manni, Valentino. - ELETTRONICO. - (2019), pp. 82-84. (Intervento presentato al convegno Relating Systems Thinking and Design (RSD7) 2018 7th Symposium, Challenging complexity by systemic design towards sustainability tenutosi a Torino, Italia nel 23-28 Ottobre 2018).
Natural fibers insulation panels: an adaptive production
Savio, Lorenzo;Thiebat, Francesca;Bosia, Daniela;Pennacchio, Roberto;Manni, Valentino
2019
Abstract
The research team recently developed an innovative system with low environmental impact for the production of semi-rigid panels for thermal and acoustic insulation, obtained from recycled sheep's wool from Piemonte region. Starting from the previous work, a new semi-rigid panel has been produced, combining sheep wool with hemp technical fibers. Both sheep wool and hemp comes from agri-food systems and are considered as a wastes from existing production chains. Panels show low environmental impact and stiffness as main innovative features, if compared with other similar products on the market. A further experimentation phase allowed to improve the production process adaptability degree to the availability of natural by-products from local agri-food systems, with the aim to develop an “open recipe” able to answer to the building market different requests. The contribution presents the methodology adopted for the research in progress, the "open" technology assessment adopted for panels production and results of preliminary thermal tests.File | Dimensione | Formato | |
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https://hdl.handle.net/11583/2847324