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wien 3420 AG

Published on 07.10.2026

Urban Development | Sustainability

Austria's largest vocational school building grows climate-friendly

2 minutes
Starting September 2028, up to 7,500 vocational students per year will be trained at the new Zentralberufsschule in Seestadt. For the first time, large-scale use of a cement that generates significantly less CO₂ is being implemented during construction. Later, geothermal energy will provide heating and cooling.
Visualisierung der Zentralberufsschule: helle Gebäude mit Lamellenfassade, davor ein Platz mit Sitzstufen und Birken
© Kronaus Mitterer Architekten/ janousekhavlicek.cz

Learning as in professional life

Since the groundbreaking ceremony in April 2025, Austria's largest vocational school building has been rising on Edith-Piaf-Straße in the Pionierquartier. Eight Viennese vocational schools will come together under one roof here in 2028. Training is practice-oriented, in workshops and training shops modeled on real working life.

Rohbau der Zentralberufsschule mit Gerüsten und zwei gelben Baukränen vor blauem Himmel
© BDÖ/ Stefan Seelig

Cement with less clinker

A building generates CO₂ long before the first heating system is switched on. A large part of this is embedded in the concrete, especially in the cement that binds it together. For the Zentralberufsschule, a CEM II/C type cement is therefore used. It contains only about 50 to 64 percent clinker, which means significantly less of the fired base material responsible for most CO₂ emissions during production.

According to the contractors PORR and Apleona, around 5,000 tons of CO₂ have already been saved by the end of July 2026. Compared to the reference concrete of the Austrian Construction Technology Association, this represents a reduction of 58 percent. The importance of emissions in construction is also demonstrated by the Seestadt building standard aspern klimafit, where “CO₂-reduced building construction” is a dedicated criterion.

Geothermal energy for winter and summer

Once operational, the building will largely operate without fossil energy. Around 140 geothermal probes use the underground to provide heating in winter and cooling in summer. In addition, photovoltaic systems on the roofs generate part of the electricity on site.

To the press release from Beton Dialog Österreich

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