Innovative techniques integrating advanced and bio-composite materials for energy and seismic retrofitting of built heritage

Researchers at the University of Florence have developed an innovative fiber-reinforced bio-composite matrix using recycled materials for energy and seismic retrofitting of historic masonry buildings, addressing sustainability, safety, and heritage preservation. This non-invasive intervention technique balances energy efficiency, human comfort, and environmental sustainability while adhering to UNESCO’s 1972 World Heritage Convention principles. The study, part of the MIRACLE project, demonstrates progress in advanced materials derived from recycled sources, offering a sustainable solution for retrofitting pre-1945 buildings. This approach enhances structural resilience without compromising cultural heritage value.

Romano, R., Donato, A., Alecci, V., & Gallo, P. (2023). Innovative techniques integrating advanced and bio-composite materials for energy and seismic retrofitting of built heritage. Restauro Archeologico, 30(1). https://doi.org/10.36253/rar-14342