Impact Hub Berlin at CRCLR-House by LXSY Architektur. Image Credit: Studio Bowie

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At Impact Hub Berlin, LXSY Architektur transforms 4,690 m² of a former brewery in Berlin-Neukölln into a coworking and community space for TRNSFRM eG. Located within CRCLR-House, the project builds on the existing industrial structure, combining reclaimed components, renewable materials, and reversible construction systems.

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A finalist in the 2026 revalu Open Call, the project demonstrates how a circular material strategy can shape a space today while allowing it to adapt and its materials to be reused in the future.

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Designing With Reclaimed and Reused Building Materials

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Rather than starting from scratch, the project embraces the existing building and develops a material strategy based on reuse, recyclability and resource efficiency. Around 70% of the materials are recycled or sustainably sourced, with components recovered from demolition sites, exhibitions, museums, surplus stock and local sources.

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The approach moves between “as found” reuse and upcycling, allowing existing traces, different finishes and repurposed elements to become part of the architectural character rather than something to conceal.

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Material reuse becomes an architectural language in its own right, giving the former industrial building a new identity without erasing its past.

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Impact Hub Berlin at CRCLR-House by LXSY Architektur. Image Credit: Studio Bowie

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From Circular Design to Acoustic and Material Performance

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The material palette combines reclaimed windows and gratings, reused wood residues and surplus stock with renewable solutions such as hemp-lime walls, felt and straw panels.

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These choices respond to different architectural requirements. Hemp, felt and straw contribute to acoustic comfort and indoor climate, while reclaimed components extend the useful life of existing resources.

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Material selection therefore goes beyond sourcing, connecting reuse, technical performance, comfort and architectural expression within the same design strategy.

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A timber gallery divides the industrial volume into two levels while preserving its spatial generosity. The resulting layout accommodates coworking areas, meeting rooms, lounges, phone booths, workshops and labs, while a publicly accessible café connects the project with the surrounding neighborhood.

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Explore data for some of the materials and components used in Impact Hub Berlin.

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Impact Hub Berlin at CRCLR-House by LXSY Architektur. Image Credit: Studio Bowie

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Designing for Disassembly, Adaptability and Future Reuse

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Circularity also shapes how the interior is assembled and how it can change.

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Demountable, mono-material and standardized systems allow components to be separated, adapted and potentially reused beyond their current application. Product and material passports document individual elements to support future recovery.

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This approach anticipates changing spatial needs rather than treating the current layout as permanent. Workspaces can evolve, components can be relocated, and materials can retain their value beyond a single use.

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For other architects, the principle is transferable: identify reuse opportunities early, understand the properties of existing components, and design assemblies that can accommodate change without unnecessary material replacement.

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Impact Hub Berlin at CRCLR-House by LXSY Architektur. Image Credit: Studio Bowie

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Impact Hub Berlin demonstrates how designing with existing resources can create adaptable, high-quality community spaces while preparing materials and building elements for their next life.

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Use Impact Hub Berlin’s material strategy as a starting point for your project.

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Open it in Kasper to explore its materials, compare alternatives, and find solutions for your own design.

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Find, compare, and optimize materials across cost, carbon, and technical performance with verified product data and AI.

Try it with Kasper, our AI Material Advisor.
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