Copenhagen’s recently completed Maersk Tower boasts the nation’s most energy-efficient laboratories, where waste energy is captured and reused. Designed by C.F. Møller Architects, this new city landmark is a pioneer within energy-efficient laboratory construction and boasts a variety of sustainable design elements – from an innovative facade with movable climate shields to multiple green roofs. The copper-clad building was created as an extension of Panum, the University of Copenhagen’s Faculty of Health and Medical Sciences.
Seven years in the making, the 42,700-square-meter Maersk Tower sports a triangular and organic form clad in glass and copper-covered shutters that reference the city’s many copper church steeples. The vertical massing also leaves space for a new publicly accessible campus park with a zigzagging ‘floating path’ providing pedestrian and cyclist access to different parts of campus. Laboratories make up over half of the building, which also houses offices, shared facilities, an 18,000-square-meter foyer, canteen, auditoriums, and classrooms.
“To create architecture for world-class health research, it is important to design a venue with many opportunities to meet—both across different professional groups and across the public domain and the research community,” wrote the architects. “This will help to disseminate the research activities, leading to knowledge sharing and inspiration for new and groundbreaking research.” To that end, all the shared facilities are grouped together in the low base on which Maersk Tower sits. An open atrium with a continuous spiral staircase joins 15 floors and promotes views of the outdoors and visual connectivity indoors. Every floor features an open “Science Plaza” that serves as natural gathering spaces.
Natural light and ventilation are optimized throughout the building and views of greenery can be enjoyed from every floor. Copper shutters that adjust as needed provide protection from solar heat gain. Lush green roofs that top the tower and the low base help combat the urban heat island effect.
Images by Adam Moerk