We explored the possibilities of structuring a safe building without damaging the materials in any way. This meant that we had to devise a construction technique that didn't use glue, screws or nails. The frame is build up from standard off-the-shelve timber sections of different trade lengths tied together with steel straps to make longer and stronger composite elements. The columns consist of 7 meter tall prefab concrete foundation piles. Steel rods from a demolished office building are reused as cross bracing. The composite timber beams, concrete columns and cross bracing were tied together using high capacity ratchet straps to create a save and sufficiently stiff structure to withstand strong wind conditions. This unconventional system required our calculations to be validated , which was done by executing several experiments in cooperation with the Technical University Eindhoven.
The glass roof was borrowed from a greenhouse supplier and the glass lower facade, saved from a demolished office building. The plastic shingles on the façade were made from plastic waste collected by the inhabitants of Eindhoven.
After the event, the building has been successfully dismantled and all the materials returned to the suppliers. By ways of borrowing and returning materials the pavilion is a great example of circular design and construction, making sure the materials keep their high value in the chain.