The compute buildout
is a thermal and power problem.
Mechanical, cooling, and piping infrastructure, and the generation being built to feed it.
Data centers are being built in Texas at a pace that is reshaping the state's power and water planning. Every one of them is a mechanical engineering problem before it is a computing one: heat rejection at enormous scale, cooling water systems, and the generation capacity to keep it running.
The power side is increasingly nuclear. Developers are pairing small modular reactors directly with compute load. That puts the same firm in a position to engineer both the reactor's balance of plant and the facility's thermal infrastructure.
What we design and engineer for Data Centers & Power.
- 01 Cooling water and thermal management piping systems
- 02 Mechanical systems design and equipment layout
- 03 Structural engineering for equipment and racks
- 04 Power generation balance-of-plant piping
- 05 Materials and corrosion engineering for closed-loop and evaporative systems
- 06 PE-sealed deliverables
Why our background maps to this.
Heat rejection at industrial scale is a refinery and power plant discipline. Cooling water systems, heat exchanger design, and large-bore thermal piping are things our engineers have delivered on combined-cycle and cogeneration plants across four continents.