KF School/

Ace Arheget

Link Architecture

Norway

Project Details

Location

Location(City/Country):

Stavanger / Norway
Tipology

Tipology:

Educational
Year

Year (Design/Construction):

- / 2020
Area

Area (Net/Gross):

1.565 m2 / 4.596 m2
Operational Carbon emissions

Operational Carbon emissions (B6) kgCO2e/m2/y:

0
Embodied Carbon emissions

Embodied Carbon emissions (A1-A3) kgCO2e/m2:

0
  • The 4 multi-story buildings that compose the school are made mainly from wood (900m3 of CLT for walls and slabs and 160m3 of Glulam for columns and beams)
  • The wooden elements of the buildings have 536.5 tons of CO2 stored inside them.

Project description as provided by the Architects/ Engineers.

KF Skolen is located in Stavanger Norway, it consists of four CLT multi-story buildings. This school will have capacity for 364 pupils and 50 employees. 

First three CLT buildings have three stories made of CLT and they are placed on concrete underground structures. Fourth building, where the terrain level is lower, is completely made of CLT and this is the tallest CLT structure in the project (17.5 m). 

Complete structure above the terrain level is made of CLT walls and GL beams and columns. Floors are mostly made of multi-span slabs with thicknesses from 120 mm to 160 mm that are supported to the CLT walls and GL frame structure. CLT walls are changing thicknesses from the bottom to the top. On the last floors there are very high CLT walls (about 5 m), but light roof structure and not too big snow load allow thinner walls. Lateral stability of all buildings is secured with external and internal CLT walls and in the highest fourth building with CLT elevator and staircase shaft.

The most interesting and visually good looking part of the project is the big atrium. Amphitheater stairs are made so that distribution of CLT is visible which makes an interesting visual effect. Big glass facade of the atrium provides a lot of light in this area and this facade is supported with several GL beams between buildings. Stairs for vertical communication are supported only on one column and two GL corridor bridges.

Architects: Link Architecture

Structural Engineers: Ace Arheget

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