FutureBalticBauhaus

FutureBalticBauhaus

25.10.2024

Lead partner

Name: Holbæk Municipality
https://holbaek.dk/
Address: Kanalstræde 2, 4300 Holbæk
Region/Subregion: Sjælland
Country: Denmark


Project Partners Member States

DE, DK, SE


Name: Linnaeus University
https://lnu.se/
Address: Universitetsplatsen 1, 35195 Växjö
Region/Subregion: Kalmar län
Country: Sweden

Name: Kalmar Municipality
https://kalmar.se/
Address: Stadshuset Besöksadress Östra Sjögatan 18 Box 611 391 26 Kalmar
Region/Subregion: Kalmar län
Country: Sweden

Name: GodaHus – Association for Energy Efficient and Sustainable Buildings in the Southeast
https://www.godahus.se/
Address: Smedjegatan 37 352 46 Växjö
Region/Subregion: Kronobergs län
Country: Sweden

Name: North West Zealand vocational and upper secondary education
https://neg.dk/
Address: Audebo Skolevej 6b, DK-4300 Holbæk
Region/Subregion: Sjælland
Country: Denmark

Name: Hochschule Wismar, University of Applied Sciences: Technology, Business and Design
https://www.hs-wismar.de/
Address: Philipp-Müller-Straße 14, 23966 Wismar
Region/Subregion: Mecklenburg-Vorpommern
Country: Germany


Category of intervention

071


Acronym: FutureBalticBauhaus

Project partners Member States: DK, SE, DE


Reducing CO2 in the construction sector by promoting circular building practices, material reuse and the Future Baltic Bauhaus approach.


Overview: The project paves the way for CO2 reduction in the construction sector by promoting circularity and establishing the “Future Baltic Bauhaus (FBB) – CO2‑reduced” approach across the South Baltic area.

Key objectives: Reduce carbon emissions through reuse and circular building practices, demonstrate new “second life” solutions for the built environment, and provide practical guidance and training for industry stakeholders.

Main activities: Conduct analyses and research on industry practices, regulations and material availability; assess environmental impacts of material reuse versus new materials; develop the Future Baltic Bauhaus guideline and a training programme for planners, SMEs, developers and public authorities; run pilot actions covering material sourcing and storage, planning and building with reused components, and gentle demolition; and prepare policy recommendations for relevant institutions.

Impact: Increased uptake of circular construction methods, reduced CO2 emissions in building projects, improved supply chains for reused materials, strengthened skills across the sector and clearer policy guidance for scaling up CO2‑reduced construction in the South Baltic area.

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