TL;DR
Students at Oslo Metropolitan University designed a modular, mortar-free brick system that allows walls to be assembled and dismantled easily. The project emphasizes reuse and circular construction, showcased at the Built by Design exhibition.
Students at Oslo Metropolitan University have developed a modular, mortar-free brick system that allows interior walls to be assembled, dismantled, and reconfigured without permanent bonding. This innovation aims to promote circular construction and extend the lifespan of reclaimed materials, highlighting sustainable practices in interior design and architecture.
The project, named Gjenreis, was presented at the Built by Design exhibition during 3daysofdesign. It was created as a bachelor project in product design by students Ariel Hammer and Åshild Limstrand. The system uses reclaimed bricks, which retain traces of weathering and previous use, emphasizing their unique character. The bricks are paired with crafted wooden elements that contrast with their aged surface.
Designed specifically for environments that require flexibility, such as restaurants, hotel lobbies, and open-plan workplaces, the walls can be assembled and disassembled easily, supporting adaptive interior layouts. The system is stabilized by a vertical wire and can be stacked both vertically and horizontally, enabling diverse configurations. The project underscores the potential of reusing existing building materials within contemporary interior design, reducing waste and promoting sustainability.
Implications for Sustainable Interior Design
This development highlights a practical approach to circular construction, reducing reliance on new materials and minimizing demolition waste. By enabling walls to be reconfigured or dismantled without damage, the system supports adaptable spaces that can evolve with changing needs. It exemplifies how innovative design can integrate sustainability into everyday interior environments, potentially influencing future building practices and material reuse strategies.
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Background on Circular Construction and Material Reuse
The project emerges amid growing interest in sustainable architecture and circular construction, which seeks to reuse existing materials rather than demolish and rebuild. OsloMet’s Built by Design exhibition showcased multiple student projects exploring material reuse, including interventions in wood, wool, aluminium, and brick. Gjenreis builds on this trend by offering a practical system that emphasizes the aesthetic and material qualities of reclaimed bricks, aligning with contemporary efforts to reduce construction waste and extend material lifespans.
“The Gjenreis system demonstrates how existing building materials can be reimagined for flexible interior use, supporting circularity and sustainability.”
— an anonymous researcher from OsloMet
Unresolved Questions About Long-Term Durability
It is not yet clear how the system performs over extended periods or under different environmental conditions. Details about the structural stability, load-bearing capacity, and potential wear of the mortar-free bricks in real-world settings remain to be tested and documented.
Next Steps for Wider Adoption and Testing
Further research and testing are expected to evaluate the system’s durability and scalability in various environments. Industry partnerships may facilitate pilot projects in commercial or institutional settings, potentially leading to broader adoption of modular, reusable brick walls in sustainable building practices.
Key Questions
Can this brick system support load-bearing walls?
Currently, the system is designed for interior partitions that do not bear structural loads. Further testing is needed to determine if it can be adapted for load-bearing applications.
How easy is it to assemble and dismantle the walls?
The system is designed for simple assembly and disassembly without mortar, using a vertical wire stabilization. Specific instructions or tools are not detailed but are intended to be user-friendly.
Are the reclaimed bricks structurally sound for reuse?
The bricks retain weathered and used surfaces, emphasizing aesthetic qualities. Their structural integrity for reuse in interior partitions is presumed but not yet comprehensively tested in all conditions.
Could this system be used in outdoor environments?
As currently presented, the system is intended for indoor use. Its performance outdoors, especially regarding weather resistance, remains to be evaluated.
What materials are used alongside the bricks in the system?
Crafted wooden elements are paired with the reclaimed bricks to support assembly and provide visual contrast.
Source: designboom
