
BRADFORD MAGISTRATES COURT
Bradford Energy Network (BEN).
PROJECT OVERVIEW
Broad Oak CS was appointed by FairHeat to deliver a technically demanding heating system retrofit at Bradford Magistrates’ Court, in preparation for connection to the Bradford Energy Network (BEN). The project was executed entirely outside of court operating hours to avoid disruption, requiring full delivery through night shifts.
The goal: transform a legacy heating system to operate efficiently on low flow and return temperatures—a crucial requirement for district energy integration.
SCOPE OF WORKS
Plant Room Upgrades
Pipework reconfiguration with a new common return header
Replacement of legacy pumps with high-efficiency models
Upgrade of valves to pressure-independent control valves (PICVs)
Water quality management via filtration, air/dirt separators, and real-time monitoring
Relocation of the pressurisation system
Installation of heat meters and Guru Hub monitoring across all primary circuits
Distribution System & Cells Area
New 2-pipe LTHW riser and branch network
System-wide hydraulic balancing with:
Cells area enhancements including:
DPCVs on laterals
PICVs on AHUs
TRVs on radiators
Flow-limiting valves on radiant panels
Automatic air vents
Return temperature limiting valves (RTLs) on DHW recirculation

CHALLENGES & SOLUTIONS
Out-of-Hours Working
All installation and commissioning were completed at night to ensure zero disruption to daily court operations. Broad Oak CS coordinated closely with site security and facilities teams.
Legacy System Complexity
Retrofitting a high-temperature system for low-temp operation required detailed hydraulic redesigns and component-by-component upgrades.
Tight Plant Room Conditions
We optimised the layout through full re-piping to improve access and long-term maintainability.
PROJECT OUTCOMES
Despite access and time limitations, Broad Oak CS successfully transformed the heating infrastructure of a live court facility. The project reflects our ability to handle complex, public-sector retrofit works and prepare large buildings for low-carbon, district energy futures.
