The Pump That Keeps Data Centers Running at Lower Total Installed Cost

Every AI prompt uses water. Trillium Flow Technologies™ delivers Floway® vertical turbine pumps engineered for hyperscale data center cooling tower service with industry-leading lead times, 24-hour quote turnaround, and engineering that lowers your total installed cost from day one.

24 hr
QUOTE TURNAROUND
300,000
GPM MAX FLOW
90+
YEARS ENGINEERED

Lower Total Installed Cost. We Help Design the System.

Equipment price is only part of the picture. Floway® engineers work with your team from early design to lower your total installed cost and eliminate the expensive surprises that catalog pumps deliver on-site. One missed NPSH calculation or a resonance failure at variable speed can cost more than the pump itself.

$30K

Per 1% Efficiency Loss

Each 1% pump efficiency loss on a 500 HP unit costs approximately $30,000 in extra electricity over 10 years at $0.10/kWh. Floway’s precision impeller geometry is engineered to your exact duty point, not selected from a catalog.

$700K

Cooling Outage Cost

A single unplanned 1-hour cooling failure at a hyperscale data center can cost $100,000–$700,000 in lost revenue and SLA penalties. Floway’s NPSH optimization, vibration analysis, and factory testing prevent the failures that cause them.

Civil Savings

Reduced Sump Depth

Floway’s low-NPSH first-stage impeller designs reduce the required sump depth for grade-mounted cooling towers, directly saving civil and structural costs on every installation. Less excavation, less concrete, less schedule risk.

Pre-engineered or fully custom; both options available. Need a proven configuration fast? Our pre-engineered standard VTP series delivers industry-leading lead times. Need a one-of-a-kind hydraulic solution for a challenging application? Our in-house CFD, FEA, and rotor dynamic analysis team delivers a pump built to your exact operating conditions.

Data Center Cooling Pump Design Guide

15 pages of engineering-grade reference material for specifying vertical turbine pumps in AI data center water infrastructure, not a sales brochure.

  • VTP selection methodology
  • Sump geometry and NPSH analysis
  • Motor sizing for variable-flow and high-head configurations
  • N+1 and 2N redundancy configurations
  • And more in the full guide

Download the Free Design Guide

Complete the form below. Your guide will download immediately.

Floway® VTP Range & Data Center Water Applications

Our engineered-to-order Floway® VTP range covers the complete spectrum of AI data center water infrastructure. Available configurations meet NSF/ANSI 61 & 372 and ANSI/HI 9.6.4 standards.

  • Cooling Tower Condenser Water Supply
  • Chilled Water Distribution
  • Raw & Reclaimed Water Intake
  • Campus Water Transfer
  • Fire Suppression Systems (NFPA 20)
  • Groundwater / Well Supply

Book a Free Engineering Review

30-minute call, one engineer, no sales pitch. For active data center projects with defined flow rates, system pressure, or NPSH constraints, our engineering team provides a no-cost application review including a preliminary pump selection, system curve overlay, and NPSH recommendation. This is not a sales call. It is a technical engagement with licensed professional engineers.

[email protected]

What to Bring to Your Engineering Review

  • Required flow rate (GPM) and total dynamic head (ft or psi)
  • Available NPSH or cooling tower sump depth and geometry
  • Operating fluid, temperature range, and water chemistry
  • Motor voltage, speed preference (1,800 or 3,600 RPM), and VFD intent
  • N+1 or 2N redundancy configuration and standby requirements
  • Project schedule milestones and delivery deadline
  • Applicable standards (API 610, NSF 61/372, NFPA 20, BABA)

Floway® Manufacturing & Factory Testing: Fresno, California | Factory test capacity to 45,000 GPM / 5,000 PSI / 3,400 HP