Innovative methodology based in circular economy and artificial intelligence to foster the transition to Sustainable and very high eNergy performance bUildinGs at a cost optimal level.
SNUG aims to develop an innovative methodology based on circular economy principles and artificial intelligence to reshape the construction industry and foster the transition to sustainable and energy-efficient buildings at an optimal cost level. The mission is clear: to improve the energy efficiency and sustainability of buildings throughout their entire life cycle, empowering architects and builders to make greener choices.
At the core of SNUG's vision is the development of new innovative thermal insulation and lightweight prefabricated solutions made of local renewable materials and bio-based components to improve energy efficiency and sustainability at a competitive cost, and the creation of a digital assistance tool to support architects and builders in material selection and layout processes, providing customised solutions that take into account technical, environmental and economic aspects. To complement these efforts, a database of thermal insulation materials will be established and launched as an open data tool, listing existing and new solutions with detailed life cycle assessment information, as well as the creation of a digital construction notebook to facilitate decision-making and information exchange within the construction sector, connecting building owners and occupants, financial institutions and public authorities.
Over the next three and a half years, SNUG will implement and validate its innovative approach in three real-life buildings. These use cases will focus on renovations and new constructions, covering residential, office and commercial spaces, in different climates:
Energy efficiency, carbon footprint, indoor comfort and durability of the structure will be quantified through continuous monitoring to assess the success of the proposed methodology in achieving ZEB standards, as well as its potential for replicability.
The project is composed of 16 entities from 11 countries. In this project, CTCON leads the work package on the development of new low environmental impact and circular materials. In addition, CTCON coordinates the project.
