Thisstudypresentsthefirstresultsofaresearchprojectaimedatcre- ating prefabricated panels that consist of hemp blocks, to be used for closures and vertical partitions within load-bearing frames. With the study of the wall design, we wanted to provide high safety performance, as especially relevant for areas with high seismic risk (such as Italy), through the use of non-fragile products. The use of hemp blocks for prefabricated walls will also allow the development of strategies to: (i) reduce construction times; (ii) reduce decommissioning of build- ings; and (iii) promote the use of sustainable construction products. Life-cycle assessment of hemp blocks (Canaplock) was also carried out. This study consid- ers the ecological, economic, and social benefits of hemp, and transfers these to this new application. A comparison of the product conceived with similar products already on the market is developed, in particular for those with prefabricated straw and wooden panels. This study is the result of a collaboration between the world of research and the production sector, as it forms part of an industrial Doctorate. The results of this study will have an application outlet, as they will support the Canaplock manufacturer in the promotion and dissemination of the use of hemp- based products according to the criterion of sustainable development, especially as these can provide real benefits for the environment and the user.
Hemp-Block Partition Panel Design and Life-Cycle Assessment
Capasso Maria Chiara
2021-01-01
Abstract
Thisstudypresentsthefirstresultsofaresearchprojectaimedatcre- ating prefabricated panels that consist of hemp blocks, to be used for closures and vertical partitions within load-bearing frames. With the study of the wall design, we wanted to provide high safety performance, as especially relevant for areas with high seismic risk (such as Italy), through the use of non-fragile products. The use of hemp blocks for prefabricated walls will also allow the development of strategies to: (i) reduce construction times; (ii) reduce decommissioning of build- ings; and (iii) promote the use of sustainable construction products. Life-cycle assessment of hemp blocks (Canaplock) was also carried out. This study consid- ers the ecological, economic, and social benefits of hemp, and transfers these to this new application. A comparison of the product conceived with similar products already on the market is developed, in particular for those with prefabricated straw and wooden panels. This study is the result of a collaboration between the world of research and the production sector, as it forms part of an industrial Doctorate. The results of this study will have an application outlet, as they will support the Canaplock manufacturer in the promotion and dissemination of the use of hemp- based products according to the criterion of sustainable development, especially as these can provide real benefits for the environment and the user.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
