Conductivity
LIVE
75µS/cm
75 µS/cmCurrent reading
Water technology for AI infrastructure
More compute.
Smarter water.
Cooling, process water and reuse solutions for data centers and semiconductor facilities — the chemistry and the mechanical systems, under one program.
The Mechanical Systems
INTAKE
TREAT
USE
RECOVER
REUSE
Chemistry
Systems
Field services
Monitoring
Chemistry
Systems
Field services
Monitoring
Chemistry
Systems
Field services
Monitoring
From the cooling loop to the fab floor.
Two industries, one program philosophy: treat the water for what the site actually needs, and design in reuse from day one.
Built around the water on your site.
Permanent treatment systems, mobile capacity for the unplanned moments, and the chemistry and field support that tie both together.
Intelligent monitoring concept
Better visibility.
Better water decisions.
Connect water quality, dosing and system performance in one live view, so drift gets caught before it becomes a service call.
LIVE SYSTEM MONITORING · 4 SIGNALS
Makeup water
LIVE
75L/min
75 L/minCurrent reading
Blowdown
LIVE
52%
52%Current reading
Dosing
LIVE
61mL/min
61 mL/minCurrent reading
What we bring to site.
Three parts of one program — the treatment chemistry,
the equipment it runs through, and the work of closing the loop between them.
Chemistry
Treatment chemicals and dosing programs for scale, corrosion and biological control, tuned to
your water and your system.
01.
Systems & equipment
Pumps, dosing skids, filtration and membrane housings, valves and monitoring instrumentation,
sized and specified for the program.
02.
Circularity services
Water audits, reuse and recycling programs, and minimal-liquid-discharge strategy for sites
that can no longer treat freshwater as unlimited.
03.
Every drop has more than one life.
Reduce what you draw, reuse what you already have, and recover what would otherwise go to discharge, without trading away system performance.
Intake
Know what comes in first: source quality, volume and seasonal swings set the baseline for every stage of the loop.
Reduce
Optimize cooling and process chemistry to pull less freshwater in the first place.
Reuse
Match water quality to the use it's actually needed for, not the highest spec available.
Recover
Evaluate minimal- and zero-liquid-discharge strategies where site conditions call for them.
What a well-run program typically delivers.
Ranges vary by site and water chemistry — these reflect what optimized cooling and process-water programs commonly achieve.
Typical Reduction in freshwater intake
30
%
cycles of concentration achievable with optimized chemistry
6-10×
dosing and system performance monitoring
24/7
minimal-liquid-discharge strategy where regulation requires it
ZLD
Built for data centers and semiconductor fabs.
Two industries where water has stopped being a background utility and started being a growth constraint.
Cooling water at AI scale
Hyperscale cooling now draws on water at a scale most sites were never built for. We design the chemistry and hardware that keep cooling loops efficient, reliable and increasingly circular.
See how we work with data centers →
Ultrapure water for chip fabrication
Every chip that powers the AI economy starts with ultrapure water and ends with tightly controlled discharge. We hold both ends to spec.
See how we work with semiconductor fabs →
Why run it through one program.
Chemistry and hardware that are specified separately tend to be optimized separately. We keep them under one plan.
Chemistry and hardware, one program
The dosing chemistry and the equipment it runs through are specified together, so neither one is the weak link in the other.
Built for compute-scale water demand
Data centers and fabs built for this generation of compute pull water at a scale most legacy programs weren't designed around. Ours are.
Site-level technical support
Engineers who commission the program, tune it against real water data, and stay on for ongoing optimization.
Circularity built in, not bolted on
Reuse and recovery are part of the base design of every program, not a separate initiative added later.