Princeton (part of the Scandinavian Life Science Project), Sweden - Elematic precast technology
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Princeton (part of the Scandinavian Life Science Project), Sweden

Vitartes, Sweden’s leading developer of life science real estate, is building the Scandinavian Life Science project in Hagastaden. Vitartes CEO Steinar Stokke described the development as “Vitartes’ contribution to the development of tomorrow’s life science in Hagastaden and in Sweden,” promoting collaboration among healthcare, academia and industry.

 

Project details

Start of construction Q3 2016
Year of completion 2020-2021
Developer Vitartes
Gross area 27 000 sqm
Height 13-stories (2 underground)
Architect White
Subcontractor Ruukki Construction Oy
Structural design Introgroup Oy
Amount of precast products 23 000 sqm of hollowcore slabs
Precast products delivered by Skandinaviska Byggelement AB

The Scandinavian Life Science project consists of two buildings – Patienten and Princeton – in an area of about 50 000 sq m. Patienten will house an Eye Center of Excellence, where the new St. Erik Eye Hospital will be located. Princeton is an office development offering over 20 000 sq m of rental space.

The Princeton building was designed with precast elements in mind. Erection on site for the 13-story structure, which includes two underground levels, started in September 2018. Finnish company Introgroup Oy was the structural engineering subcontractor and provided all the manufacturing drawings for both steel and precast parts, using Tekla Structures.

“The loadbearing frame for vertical forces is made of steel with composite columns which were filled with concrete in situ,” Samuli Saari, project manager of Introgroup Oy, explains.

One of the building’s key structural key features is the open floor plan and efficient use of precast concrete elevator and technical shafts as the lateral force resisting system. “Often buildings like this have cast in situ shafts. Using precast concrete elements with tension forces this large was personally new for me, but as I learned it is very efficient,” Saari says. WQ box beams provided structural support for the floors, which were constructed using hollowcore slabs.

Princeton’s frame structure was completed in 2019 and tenants are expected to move in around the end of 2020 and the beginning of 2021.