To successfully deliver our core activities for our community, it’s important that we continue to develop and maintain our campus infrastructure. This includes devising solutions to use our existing space more efficiently, refurbishing existing buildings and creating new buildings where still necessary.
However, while doing this work, we must account for the environmental, social, and economic consequences we face as an institution and society.
To help us achieve this balance, we implemented our Sustainable Building Standard in 2024.
The Standard sets out our ambition to encourage greater focus on sustainable placemaking and buildings across three pillars:
- environmental health and climate action
- social equity and inclusion
- economic sustainability
The Standard will now be considered at the start of all new building projects and major refurbishments on campus.
The best example of this approach is our new student residence building which is currently being designed to be Passivhaus certified and also BREEAM ‘Outstanding’, the highest possible standard. The project is also a pilot for the new UK Net Zero Carbon Building Standard.
Existing sustainable buildings
We have used the BREEAM Sustainability Assessment Method to design our buildings for many years. The first BREEAM ‘Excellent’ buildings on campus were the new 4 West in 2008 and Woodland Court student residences in 2009. 4 West was the first building in the UK to use a German concrete-cooling system to minimise energy use. The East Building uses a similar system called Termodeck, and Woodland Court originally had our first solar hot water system.
All recent new buildings have been built to high energy standards, with excellent levels of insulation and airtightness, sophisticated heating and ventilation controls, and high-efficiency automated lighting.
The Chancellors’ Building has solar panels on the roof. These were the biggest in Bath at the time of installation. It also has a mini power station that generates electricity on-site and recycles the waste heat.