Author: Jakob Fischer The crane-assisted, element-oriented dismantling of buildings is far more than just the controlled demolition of structures; it also involves planning new buildings using the dismantled and recovered concrete elements. Particularly in the context of the ReCreate project, it becomes clear that well-planned dismantling processes are a key prerequisite for the reuse of […]
Author: Satu Huuhka, Tampere University ReCreate’s Finnish cluster announces the completion of its third mini-pilot! You can read about the first one here and the second one here. The third Finnish mini-pilot was built during autumn-winter 2025, with the last reused elements installed in December. Like the first mini-pilot, this building is also a block of flats. It was built by Skanska in the new Tampere district Hiedanranta, with the housing provider ‘TA’ as the client. It involves 55 reused elements originating from the project’s […]
Introduction to the report: Building, component, and connector typologies of precast concrete building systems of the ReCreate project. The full report is available here. Erik Stenberg, KTH What kinds of different precast concrete elements (PCE) are there out there and what do we call them? The Recreate report D1.2 Building, component, and connector typologies of precast concrete building systems explores how precast concrete elements (PCEs) can be organized […]
16-18 September 2025 Tampere Hall congress centre Tampere, Finland (street address Yliopistonkatu 55) About the conference The 2nd International Conference on Circularity in the Built Environment (CiBEn) brings together pioneering researchers from all over Europe and beyond to share knowledge on the state-of-the-art on circular construction. Organised in collaboration between Tampere University (Finland), TU Delft […]

ReCreate aims to bridge the knowledge gaps hindering the approach from reaching maturity as a socio-technical process by using the innovative pilots to explore, develop and demonstrate various national value chains, business models, legislation obstacles (e.g. building vs. waste legislation), as well as diverse building stocks with different kind of representative construction technologies, building types and sizes, and ownership structures.




