The Engineering Process
Executing a central chiller plant requires immense technical accuracy. Here is how we build your cooling infrastructure from the ground up.
Load Profiling & Selection
We analyze your facility's peak and off-peak cooling demands. Based on the thermal load profile, we recommend the optimal chiller type—be it scroll, screw, or centrifugal—to ensure you achieve maximum cooling with the lowest possible power consumption.
- Detailed thermal load modeling
- Compressor technology selection
- Water vs. Air-cooled feasibility studies
- Energy footprint and ROI calculations
Piping & Infrastructure Execution
Our specialized mechanical teams handle the heavy lifting. We construct robust foundations, mount massive cooling towers, and execute complex chilled water headers and condenser water piping networks with absolute precision.
- Precision MS and heavy-duty piping
- High-density thermal insulation application
- Structural mounting and vibration isolation
- Valve and pump header assembly
Commissioning & Optimization
Before the plant goes live, we rigorously flush the piping network and perform high-pressure hydrostatic tests. Finally, we calibrate the central plant manager, ensuring your chillers, pumps, and towers communicate perfectly to maintain the ideal temperature difference (Delta-T).
- Chemical flushing and water treatment
- Hydrostatic pressure testing
- Water flow balancing across all zones
- Chiller plant manager (BMS) calibration
