We are a Copenhagen based office, consisting of architects, landscape architects and constructing architects. We have since 2012 developed groundbreaking climate adaptation projects, award winning sustainable urban masterplans and hybrid building typologies that solve more than just one thing. In every project we try to show and encourage the world with new positivistic approaches and ideas to deal with future urban challenges.See partner
Flood protection measures will benefit recreational activities and preservation-worthy park
Flood protection measures in Copenhagen, Denmark, are to protect citizens from future flooding caused by torrential rain. TREDJE NATUR has together with COWI and Platant, with an innovative proposal for how a park can protect a Copenhagen quarter from future flooding.
Finding room for 26,000 m3 of water in a historic and preservation-worthy park in the centre of Copenhagen was the starting point of the idea competition. Instead of leading the water away from the city quarter through underground sewers, Enghave Park will in the future delay vast amounts of rainwater before leading it onwards to the port of Copenhagen.
The winning entry by architectural firm TREDJE NATUR, process consultants Platant and COWI is considered an inspiring and innovative proposal, and will contribute to renewing the Copenhagen quarter of Vesterbro. The proposal outlines how Enghaveparken can be adjusted to meet the challenges that the quarter will see in the next 100 years, in terms of flood protection and the citizens’ need to use and move around the city’s spaces.
Smart engineering respects preservation considerations
Since 1928, Enghaveparken has been a lung for the city’s inhabitants. Being preservation-worthy, the park’s overall structure with rows of trees and hedges will be preserved because the proposal makes it a priority not to disturb the park’s structure and overall appearance in any major ways. Rather the park’s spaces and functions will be updated to match future needs.
The proposal builds on old engineering skills such as constructing a wall that encircles the park and delays torrential rain like a large-scale dust pan. The wall will feature an outline of a water channel, which collects rainwater from the park and the surrounding rooftops – hinting at viaducts as we know them from ancient Rome. Digging hollows in the park, recycling the water in the park, increasing biodiversity and upgrading the public space are also keynotes in the proposal.