FITNESs, Fibre Tessili Naturali per l’Edilizia Sostenibile (Natural Textile Fibers for Sustainable Building), is a research project concerning an experimental hemp and sheep wool insulation panel. The new panel has two main innovative features: unlike the already existing hemp and wool insulation mats, it is a semi-rigid product and has low environmental impact, as shown by the Life Cycle Assessment. FITNESs panels are particularly suitable for eco-building sector, as they are 100% natural, recyclable and made with by-products from local production chains (Piemonte Region). The paper presents the production process of the panel from wool and hemp fibers and some experimental applications for sustainable architecture.
APPLICATIONS OF BUILDING INSULATION PRODUCTS BASED ON NATURAL WOOL AND HEMP FIBERS / Savio, Lorenzo; Bosia, Daniela; Patrucco, Alessia; Pennacchio, Roberto; Piccablotto, Gabriele; Thiebat, Francesca - In: Advances in Natural Fibre Composites, Raw Materials, Processing and Analysis / Fangueiro R., Rana S.. - STAMPA. - [s.l] : Springer, Cham, 2018. - ISBN 978-3-319-64641-1. - pp. 237-247 [https://doi.org/10.1007/978-3-319-64641-1_20]
APPLICATIONS OF BUILDING INSULATION PRODUCTS BASED ON NATURAL WOOL AND HEMP FIBERS
Lorenzo Savio;Daniela Bosia;Alessia Patrucco;Roberto Pennacchio;Gabriele Piccablotto;Francesca Thiebat
2018
Abstract
FITNESs, Fibre Tessili Naturali per l’Edilizia Sostenibile (Natural Textile Fibers for Sustainable Building), is a research project concerning an experimental hemp and sheep wool insulation panel. The new panel has two main innovative features: unlike the already existing hemp and wool insulation mats, it is a semi-rigid product and has low environmental impact, as shown by the Life Cycle Assessment. FITNESs panels are particularly suitable for eco-building sector, as they are 100% natural, recyclable and made with by-products from local production chains (Piemonte Region). The paper presents the production process of the panel from wool and hemp fibers and some experimental applications for sustainable architecture.File | Dimensione | Formato | |
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https://hdl.handle.net/11583/2699094