Morbærhaven
Morbærhaven in Albertslund comprises 1,063 accommodation units for young people. MT Højgaard has been responsible for the refurbishment. Façades and roofs have been replaced, electricity and ventilation reinstalled, and solar panels installed on selected roofs.
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Project Name
Morbærhaven
Status
Finished
Type
Renovation, ESG
City
Customer
Albertslund Ungdomsboliger
Collaborators
Extensive refurbishment
The housing complex for young people in Morbærhaven was built in 1945 and required upgrading in terms of the environment, energy and indoor climate.
MT Højggaard has been the design-build contractor responsible for the refurbishment of Morbærhaven, and we have been responsible for replacing the Eternit roofs on all 1,063 units, four central buildings and 91 bicycle sheds.
The 1,063 accommodation units for young people have been refurbished to improve energy efficiency and provide a better indoor climate.
Furthermore, we have been responsible for establishing a new decentralised ventilation plant, insulating the foundations, removing the baldachins containing asbestos, new ceilings in entrance halls and bathrooms, dismantling seven closed stairways, improving the terrain surfacing and installing solar panels.
Significant design and planning requirements
There are significant demands on the design of the building site and the planning of the building processes whenever we renovate a site where the residents continue to lead their daily lives. Since the renovation of Morbærhaven took place while the occupants were living in their apartments, we had to ensure that the design of the building site and building processes had minimum impact on their daily lives.
As part of the renovation we have established a new decentralised ventilation plant as well as new ceilings in entrance halls and bathrooms.
The renovation involved replacing the Eternit roofs on all 1,063 units, four central buildings and 91 bicycle sheds.
Because the housing units at Morbærhaven are very close together, we developed solutions that ensured we could transport the façade elements and roof cladding around the narrow path system in the area without causing any inconvenience to residents. At the same time, the solutions reduced the risk of industrial accidents.