CRedIBlE
– Circular REDesign for a Resource-efficient, Innovative, and Transformative Built Environment
CRedIBlE aims to advance circularity in the European built environment by embedding adaptability, reuse, and deconstruction principles into building design, renovation, and end-of-life strategies. Through a holistic and digitally enabled approach, CRedIBlE seeks to transform construction practices by integrating circular economy concepts with advanced digital tools and real-world validation. The project focuses on supporting designers, engineers, material suppliers, public authorities, and building owners in adopting circular and resource-efficient solutions aligned with EU sustainability objectives.
Develop and Promote Circular Construction: Develop tools and services to support the adoption of circular design, adaptability, reuse, and deconstruction practices across the European construction sector.
Implement Digital Circular Technologies:
Deploy BIM-based ICT, AI, and Digital Twin technologies to enhance material traceability, lifecycle optimisation, and circular renovation decision-making.
Launch an Interoperable Platform:
Create a user-friendly, cloud-based digital ecosystem supporting circular construction workflows and stakeholder collaboration across Europe.
Standardise Circularity Assessment Processes:
Develop harmonised methodologies for assessing material reuse, adaptability, and deconstruction potential, aligned with EU standards.
Integrate Digital Product Passports: Enable storage of material and component information through Digital Product Passports within digital building records.
Identify Circular Upgrade Strategies: Link circularity indicators to lifecycle impacts to support cost-effective, low-carbon renovation and reuse solutions.
Enhance Stakeholder Engagement:
Increase awareness and capacity through training, knowledge platforms, and circular construction communities.
Improve Building Lifecycle Performance:
Integrate circularity assessments with sustainability evaluations to enhance resource efficiency and resilience.
“Funded by the European Union, under the Grant Agreement Nº 101235056. Views and opinions expressed are however those of the author(s) only and do not necessarily reflect those of the European Union or the European Research Executive Agency (REA). Neither the European Union nor the granting authority can be held responsible for them.”
Project Partners
