Today's accelerated computing platforms draw 100 kW or more per rack, and next-generation designs are headed toward 600 kW. The industry's answer is liquid cooling, and every liquid loop ends at the same place: a chilled water plant that has to be sized right and delivered on time.

Free-cooling, oil-free magnetic-bearing, and screw-compressor configurations built for 24/7 duty, tight leaving-water control, and N+1/2N redundancy strategies.

Liquid-to-liquid CDUs for direct-to-chip deployments. Designed as in-row or semi-custom skidded and gallery solutions.

Dry coolers reject heat from a closed liquid loop directly to outdoor air, eliminating the water consumption and evaporation losses associated with cooling towers.

Chilled water TES that buys your facility minutes of ride-through and turns your cooling plant into a grid asset instead of a grid problem.
Seven in ten Americans say they'd oppose a data center in their community, and more than $130 billion in projects were blocked in a single quarter. The objections are concrete: power bills, water, air, and noise. Your cooling plant touches all four.
Transparency and partnership to cool your most mission critical infrastructures.
Site-condition performance selections with full datasheets, fast enough to keep your project moving.
FAT is scoped and priced up front, on every project — no surprises later.
Real lead times, updated as conditions change, because we know your equipment is a critical component.
We'll come back with a selection, a budget, and a delivery date you can rely on.