Biocomposite bridge

Biocomposite bridge

Eindhoven, Netherlands

Biocomposite bridge

Eindhoven University of Technology (TU/e) en tant que Éducateurs.

Walk over the world’s first biocomposite bridge 14-meter long footbridge opens on Thursday at Eindhoven University of Technology

As of Thursday, the general public will be able to use the world’s first fully biocomposite footbridge on the Eindhoven University of Technology (TU/e) campus. This fourteen meter long ‘biobridge’ is made from a hemp and flax-fiber base and is the result of collaboration between a large number of knowledge institutions and companies.

Students fromTU/e, TU Delft and the Eindhoven region’s vocational colleges, among others, have been building the bridge over recent weeks. Tuesday afternoon the bridge will be placed across the Dommel, on the TU/e campus by the Auditorium. Fibers of hempand flax are the basic material of the bridge. In order to develop the biocomposite,the fibers were stuck to a biological PLA foam (polylactic acid) core and then a bioresin was sucked into the fiber layers using a vacuum, which produced a very strong girder when hardened.

Sensors Last Friday the bridge load capacity was successfully tested for the municipality of Eindhoven. The idea is that the ‘biobridge’should remain for a year. Twenty-eight sensors in the bridge will measure the bending that occurs. “There have been previousconstruction projects with biomaterials, but never before were they bearing structures made entirely of biomaterials,” says TU/e researcher and project leader Rijk Blok. “Through this experiment we hope to learn a lot about the behavior of the biocomposite over the longer term.”The Eindhoven city councilor Mary-Ann Schreurs will perform the official public opening ceremony on Thursday 27 October at 4.15 pm.

Goal The initiators hope that this bridge will show the potential of biocomposite as a sustainable alternative for existing environmentally harmfulconstruction materials. “Using biocomposite in constructionsreduces our dependence on finite fossil resources and brings us a step closer to the circular economy in which products and resources are reused,” Blok says. “In time, I expect that we will see more of these materials in our buildings.”

Collaboration The bridge is the result of the 4TU Lighthouse research project ‘B3: Fully Bio-Based composite pedestrian Bridge’. The partners were TU/e, TU Delft, composite companyNPSP and the Center of Expertise Biobased Economy, a collaboration between AvansHogeschooland HZ University of Applied Sciences. The was co-funded by StichtingInnovatieAlliantie (SIA).

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