A 200-foot-tall, 17-story industrial silo in Copenhagen’s Nordhavnen harbor is the largest and one of the most iconic landmarks of the area, but its function doesn’t match the needs of the district.
In 2013, By og Havn, a port development enterprise jointly owned by the city of Copenhagen and the Danish government, took the lead to transform Nordhavnen into a bustling, commercial area planned to bring tens of thousands of apartments and jobs.
Part of the transformation would involve the iconic silo’s conversion into a residential tower. Danish firm COBE Architects was brought in to execute the project, according to a report by Inhabitat.
To soften the industrial and highly utilitarian design of the original structure—which was used to store corn and grains for decades—COBE will envelope the original concrete structure with layers of different-sized white balconies.
The building’s interior will preserve the mostly exposed concrete of the original structure.
The silo as it exists today. Photo courtesy COBE Architects
Rendering of the planned conversion. Rendering courtesy COBE Architects
Because of the building’s original function and demand for different-sized spaces for storage, the new residential building will feature a variety of apartment configurations and sizes.
The waterfront development includes a United Nations campus called UN City that opened in 2013 at the eastern part of the Nordhavnen area.
According to Danish engineering website Ingeniøren, the Nordhavnen project uses 28,000 tons of steel, making it the largest construction job in Denmark and the largest consumer of steel in Northern Europe.
For more information and renderings, checkout the slideshow at cobe.dk.
Related Stories
Healthcare Facilities | May 27, 2015
Rochester, Minn., looks to escape Twin Cities’ shadow with $6.5 billion biotech development
The 20-year plan would also be a boon to Mayo Clinic, this city’s best-known address.
BIM and Information Technology | May 26, 2015
Lego-like model building kit was created by an architect for architects
Arckit, as the system is called, was designed to a 1:48 scale, making it easy to create models accurate to the real-life, physical building projected.
BIM and Information Technology | May 26, 2015
Moore's Law and the future of urban design
SmithGroupJJR's Stephen Conschafter, urban designer and planner, discusses his thoughts on the 50th anniversary of Moore's Law and how technology is transforming urban design.
Architects | May 26, 2015
AIA design competition creates portable, temporary housing for the homeless
The winning design from the AIA's "A Safe Place" competition was built at the AIA convention in Atlanta and later donated to a local non-profit partner.
BIM and Information Technology | May 21, 2015
How AEC firms should approach BIM training
CASE Founding Partner Steve Sanderson talks about the current state of software training in the AEC industry and common pitfalls in AEC training.
Architects | May 20, 2015
Architecture billings remain stuck in winter slowdown
Regional business conditions continue to thrive in the South and West
University Buildings | May 19, 2015
Special Report: How your firm can help struggling colleges and universities meet their building project goals
Building Teams that want to succeed in the higher education market have to help their clients find new funding sources, control costs, and provide the maximum value for every dollar.
University Buildings | May 19, 2015
Renovate or build new: How to resolve the eternal question
With capital budgets strained, renovation may be an increasingly attractive money-saving option for many college and universities.
University Buildings | May 19, 2015
KU Jayhawks take a gander at a P3 development
The P3 concept is getting a tryout at the University of Kansas, where state funding for construction has fallen from 20% of project costs to about 11% over the last 10 years.
Multifamily Housing | May 19, 2015
Zaha Hadid unveils 'interlocking lattice' design for luxury apartments in Monterrey, Mexico
Hadid's scheme was inspired by the Mexican tradition of interlocking lattice geometries.