Project description

Objectives

The overall objective of CRedIBlE is to develop an interoperable digital ecosystem that supports the design, renovation, adaptation, and deconstruction of buildings throughout their lifecycle. By integrating BIM workflows, life-cycle assessment, digital product passports, and AI-based decision support, the project enables stakeholders to plan and implement circular construction practices that reduce material waste, minimise embodied carbon, and increase the reuse and recovery potential of building components.

two engineers in front of a construction site

Objective 1

Develop an interoperable digital ecosystem that connects BIM, LCA, digital twins, and performance data to support circular planning and building lifecycle management.

Objective 2

Create AI-driven decision-support tools that evaluate material reuse potential, compare renovation scenarios, and optimize carbon and resource performance.

Objective 3

Define and implement Digital Product Passports (DPPs) to ensure traceability, embodied carbon reporting, and alignment with emerging EU circularity regulations.

Objective 4

Design modular and disassemblable building components, enabling reuse, reconfiguration, refurbishment, and low-waste deconstruction.

Objective 5

Demonstrate and validate the solutions in real building projects, and develop policy, business, and training frameworks for large-scale adoption.

Work packages

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WP1 Project Specification and Positioning

One person working on a Gantt chart on a computer

WP2 Development of Digital Tools

Abstract representation of a digital product passport

WP3 Development of Circular Building Materials

A microchip on a circuit board with AI written on it

WP4 Integration into the Digital Ecosystem

Brick game

WP5 Demonstration in Pilot Projects

Two construction workers

WP6 Capacity Building and Training

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WP7 Project Management

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WP8 Dissemination, Exploitation and Communication Activities