A Biodegradable Playground Surface
We are developing the next generation of surfacing for playgrounds, a fossil-free alternative in symbiosis with nature. Present-day playgrounds surfaces are made of synthetic rubber, which release harmful microplastics into our water systems and food chain. Our initial goal is to replace at least 100 000 m2 of these materials with a biodegradable, healthy playground surface.
Bioregion Institute has established Biospinout One, a venture that will lead the R&D process further in collaboration with Bioregion Institute and Elverdal.
In nature, the ground can be dug into, moved around and transformed into new landscapes for creative play. In nature, the ground is a bustling life of microbes that transforms organic material in eternal cycles. We want the playground surface to contribute to creating living playgrounds for children and for the surrounding ecosystem.
Photo by Annie Spratt
Based on organic residual materials from local industries, we are developing a material that can extend the life of waste-materials that today have ended their life in the landfill or as fuel, heat or power. The playground surface has the potential to be adapted to each specific playground with its local climatic conditions and resource cycles.
Biospinout One is committed to research how a sustainable playground surface could act and further develop it into a sustainable product for the future. Follow the project as we create playful environments for children in coexistence with a diverse eco-system.
Category
Built Environment
Delivery
Landscape, Architecture, Material Research
Timeline
2021 – ongoing
Funding
Handelens miljøfond
Regionale forskingsfond
Research team
Tone Berge
Linda Figuereido
Alexandre Bau
Spin out
BIOSPINOUT ONE
