We analyse flow rates, pressure differentials, pump operation, balancing and interaction between primary and secondary circuits.
We verify equipment against actual loads, redundancy, heat exchange and real operating conditions.
We integrate pumps, valves, sensors, chillers, heat exchangers and BMS into a clear operating sequence.
Scope of work
- Chiller plants, heat-exchanger stations, pump groups and distribution headers.
- Primary/secondary loops, variable flow, hydraulic separation and circuit balancing.
- Fan-coils, AHU cooling coils and process cooling consumers.
- Monitoring of ΔT, temperature schedules, flow, pressure differential and operating efficiency.
- Pump and equipment redundancy, alarm modes and changeover sequences.
- Controls, variable-speed drives, control valves, sensors and supervisory systems.
- Commissioning and diagnosis of insufficient cooling, excessive flow and unstable hydraulics.
- Modernisation of existing systems without unnecessary replacement of serviceable equipment.
What the client receives
Circuits receive the required flow without constant manual adjustment.
Algorithms reflect the physical system and actual property operating modes.
We identify losses caused by pump operation, temperature regimes and unnecessary flow.
The system is organised for maintenance, redundancy and possible expansion.
Central cooling and Chilled Water systems
We design, survey and tune hydronic cooling systems for properties with high loads and strict requirements for resilience, energy performance and controllability.