Bradford Energy Centre
Computational Fluid Dynamic Study
The Bradford Energy Network is set to generate enough low-carbon heat to power the equivalent of 10,000 homes once completed in the summer of 2027.
This £70 million project will utilise one of the largest air source heat pumps in the UK. By connecting buildings to this network, gas boilers will be removed, significantly improving local air quality by eliminating the localised combustion of fossil fuels.
Advanced Computational Fluid Dynamics (CFD) analysis was undertaken to mitigate potential issues such as visible cold plumes, pedestrian discomfort from cooling effects, and the disruption of airflow around nearby buildings. This analysis was crucial in ensuring the proper dispersion of exhaust into the atmosphere.
The large-scale heat exchanger array required several design iterations to optimise its layout. Adjustments to the fencing and arrangement were made to enhance airflow separation between intakes and exhausts, promoting efficient dispersion and minimising risks to performance.
Client: 1 Energy
Collaborators: JG Consulting
2023 Bradford
