Welcome to the first issue of the BIM4D Project Newsletter. Our initiative, funded under the Erasmus+ Key Action 2, aims to integrate green and digital skills in Building Information Modelling (BIM) at the end-of-life phase of building practices.
This endeavor will enhance sustainability and digital transformation in the construction industry through focused vocational education and training.
We are excited to announce that a Final analyses report from the BIM4D project is prepared!
This report examined BIM’s integration in five European countries—Belgium, Germany, Greece, Italy, and Slovenia—with a focus on its application in deconstruction.
The report provides valuable insights into the skill needs, policy gaps, and the role of BIM in advancing sustainable practices like selective dismantling and material reuse.
The 2nd meeting of the BIM4D EU project was successfully held on the 15th of January at the premises of the project coordinator PEDMEDE GR in Athens, Greece!
The project partners had the opportunity to discuss the results of the research analysis as well as the training content of the BIM4D curriculum.
The main aims of the project are: to increase knowledge and understanding of the current status in regards with the use of BIM in EOL and to enhance the engagement of construction/deconstruction workers and education professionals on the BIM use at deconstruction processes. Additionaly, the project aims to provide a transnational overview of the BIM use in deconstruction as well as to provide the basis for the development of the innovative BIM4D training.
Our Consortium:PEDMEDE GRCentre IFAPME Liège-Huy-VerviersScuola Costruzioni Vicenza Andrea PalladioGospodarska zbornica SlovenijeScuola Edile di BolognaBerufsförderungswerk der Bauindustrie NRW gGmbH
The European Commission has taken a significant step forward in promoting sustainable construction practices by publishing the 2024 Edition of the Protocol for the Management of Construction and Demolition Waste (CDW). This updated document serves as a comprehensive guideline for contractors, recycling companies, and regulatory authorities to enhance waste management, increase the reuse of materials, and align with the EU’s Circular Economy Action Plan.
While non-legally binding, the protocol provides clear recommendations on how stakeholders in the construction sector can optimize CDW management to improve sustainability and material recovery. Given that CDW represents the largest waste stream in Europe—accounting for approximately 25-30% of total waste generated—the effective implementation of these guidelines is crucial.
Key Innovations in the Updated Protocol
The 2024 edition of the protocol introduces several improvements aimed at facilitating the transition to resource-efficient, low-carbon construction:
Enhanced Pre-Demolition Audits
Improved Waste Sorting and Collection
Focus on Hazardous Waste Handling
Boosting the Market for Recycled Materials
BIM and Digitalization in CDW Management
How BIM4D Aligns with the New Protocol
The BIM4D project directly supports the implementation of these new guidelines by providing practical solutions for managing CDW through BIM-based deconstruction workflows.
Why This Matters for the Construction Sector
The construction industry is a major contributor to CO₂ emissions, resource consumption, and waste production. The new CDW Protocol 2024 provides a structured approach to mitigate these challenges by promoting:
More about the protocol: https://op.europa.eu/en/publication-detail/-/publication/d63d5a8f-64e8-11ef-a8ba-01aa75ed71a1
Welcome to the first issue of the BIM4D Project Newsletter. Our initiative, funded under the Erasmus+ Key Action 2, aims to integrate green and digital skills in Building Information Modelling (BIM) at the end-of-life phase of building practices.
This endeavor will enhance sustainability and digital transformation in the construction industry through focused vocational education and training.
The BIM4D project actively supports and aligns with the principles of CEN/TC 350 – Sustainability of Construction Works, which provides standardized methodologies for assessing the environmental, social, and economic performance of construction activities throughout their lifecycle. By focusing on the C1 Phase – Deconstruction, BIM4D is driving the understanding and application of Building Information Modeling (BIM) in sustainable End-of-Life (EOL) practices.
Why C1 – Deconstruction Matters
Phase C1 of CEN/TC 350 standards emphasizes structured deconstruction processes, enabling:
As deconstruction represents the transition from a building’s lifecycle to material reuse or disposal, it is critical for achieving the circular economy principles set out by European strategies.
BIM4D’s Role in Advancing C1 – Deconstruction
BIM4D enhances the integration of BIM tools and workflows into deconstruction processes by:
Expanding Understanding and Adoption of BIM
BIM4D aims to expand the understanding and adoption of BIM for deconstruction by focusing on:
Towards a Sustainable Future
By aligning with CEN/TC 350 standards, BIM4D ensures that its tools and methodologies not only support compliance but also contribute to creating a more sustainable construction industry. The project empowers workers, educators, and policymakers to embrace advanced BIM tools, fostering a transition to environmentally responsible and resource-efficient practices during deconstruction – C1 phase.