Sustainability Report

For embodied carbon, LCA/LCC tools were used to evaluate structural systems and materials. To reduce the project’s carbon footprint, local materials were prioritised.

Petersen Tegl’s handmade Kolumba™ brick and handmade Cover™ tile were used for the Performing Arts Centre. A custom colour was specified, which is close to K91 and C91.

IES software was used to calculate carbon emissions. The project team aimed to balance operational and embodied carbon. 

For operational carbon, a passive energy approach minimises energy demand and links the building to campus-wide energy systems. 

Passive energy approach 

• The Performing Arts Centre is designed with a passive energy strategy, reducing the need for mechanical heating and cooling.
• The building is partially set into the ground, helping to stabilise indoor temperatures.
• The nearly closed facades on the building’s south and west sides prevent overheating. Openings on the north and east facades, facing the sports fields, keep the building outward-looking and connected to the site.
• A curving brick veil forms a dramatic “daylight canyon”, bringing natural light deep into the building and enabling natural ventilation.
• Large picture-frame windows in all studios and classrooms showcase activity inside and ensure abundant daylight.
• Residual heating is provided by a shared system beneath the sports grounds. This is complemented by the use of rooftop solar panels.

A holistic approach to sustainability ensures that the building is a functional asset and an example of environmental responsibility in an educational setting.