Why is water treatment important for data center cooling systems?

Water treatment helps protect cooling systems from scale, corrosion, microbial fouling, suspended solids, and heat-transfer degradation that can reduce efficiency and threaten uptime.

What equipment may need vibration isolation or seismic support?

Cooling towers, pumps, piping, ductwork, electrical systems, generators, suspended equipment, rooftop units, and standby or prime power assets may require vibration isolation or seismic restraint.

Data Center Cooling & Hydronic Infrastructure Solutions

Q: What cooling architecture best fits a data center site?

The best cooling architecture depends on water availability, climate, electrical costs, IT load profile, redundancy requirements, acoustic constraints, maintenance goals, and future expansion plans.

Keep mission-critical facilities online with engineered solutions for heat rejection, water quality, filtration, piping distribution, controls, and equipment protection.

Why Data Center Mechanical Systems Need Specialized Support

Data center cooling systems must balance reliability, energy efficiency, water stewardship, maintainability, and future capacity. As high-density computing grows, cooling infrastructure needs to support a wide range of architectures—from traditional chilled water and CRAH systems to closed-loop heat rejection, immersion cooling, cold plate liquid cooling, and rear door heat exchanger applications.

Water quality is also a design priority. Cooling systems can face scaling, corrosion, microbial fouling, suspended solids, and underperforming heat transfer surfaces if water treatment and filtration are not planned early. Consulting-Specifying Engineer notes that proactive water treatment planning helps protect system reliability, energy performance, maintenance expectations, and equipment life in data center cooling systems.

The TPSS Solution Ecosystem

TPSS brings together manufacturers that support the full data center cooling ecosystem—from outdoor heat rejection to water-side protection, underground and rooftop distribution, custom cooling towers, filtration, controls, and vibration/seismic equipment support

Reliability

Protect critical cooling loops, heat exchangers, pumps, towers, filters, controls, and suspended systems with equipment selected for continuous-duty environments.

Efficiency

Improve heat transfer, reduce fouling risk, and support energy-conscious system design through the right combination of cooling equipment, filtration, water treatment, and controls.

Maintainability

Simplify service access, reduce unnecessary downtime, and support long-term operations with solutions designed for inspection, cleaning, monitoring, and replacement.

Flexible Cooling Technologies for High-Density Data Centers

Closed circuit cooling towers for protected closed-loop cooling systems
Hybrid coolers for balancing water and energy use
Dry coolers for water-sensitive locations
Adiabatic coolers for energy-conscious cooling strategies
Open cooling towers where direct evaporative heat rejection is preferred
COBALT™ immersion cooling system for high-density server environments

Pre-Engineered Piping for Critical Cooling Distribution

Chilled water distribution
Condenser water distribution
Campus / district cooling connections
Above-ground and below-ground pre-insulated piping
Direct-buried piping and valve assemblies
Leak detection and containment options where required

Fine Filtration for Cooling Towers, Process Water, and HVAC Systems

Cooling tower side-stream filtration
Cooling tower bleed-off / blowdown filtration
Basin cleaning and sweeper jet applications
Heat exchanger protection
Closed-loop filtration support
Custom skid-mounted filtration packages

Chemical-Free Water Treatment Support for Cooling Tower Systems

Cooling tower open-loop treatment
Closed-circuit tower spray-water treatment support
Chemical reduction strategies
Scale and biofilm mitigation support
Lower-maintenance water management programs
Reduced chemical handling and storage needs

Field-Erected and Modular Cooling Tower Solutions

Field-erected FRP cooling towers
Field-erected concrete cooling towers
Crossflow and counterflow configurations
Thermal upgrades for existing cooling towers
Modular cooling tower applications for schedule-sensitive projects
Suitable for large cooling loads and retrofit scenarios

Protect Mechanical Equipment, Structures, and Occupied Spaces

Spring and elastomeric isolators
Vibration isolation hangers
Seismic cable restraint kits
Rooftop equipment isolation
Pump base and mechanical room equipment isolation
Standby/prime power equipment support

View our other Manufacturers

Application
Examples

Heat Rejection & Cooling Towers

Manufacturers: BAC, CCSolutions

Support dry, adiabatic, hybrid, evaporative, closed-circuit, open-circuit, field-erected, modular, FRP, and concrete cooling tower requirements depending on load, water availability, footprint, redundancy, and maintenance goals.

Water Quality & Filtration

Manufacturers: Flow-Tech, PEP Filters, Harmsco

Protect heat transfer surfaces, cooling towers, heat exchangers, CDUs, pumps, valves, and distribution loops with a coordinated water treatment and filtration strategy.

Hydronic Distribution

Manufacturer: Rovanco

Support chilled water, condenser water, campus distribution, buried utilities, rooftop piping, and long-run thermal distribution with pre-engineered pre-insulated piping systems.

Equipment Protection

Manufacturer: VMC Group

Support vibration isolation, seismic bracing, suspended system restraint, and equipment mounting for critical mechanical and electrical assets.

Design Considerations

What cooling architecture best fits the site?

Evaluate water availability, climate, electrical costs, IT load profile, redundancy requirements, acoustic constraints, and future expansion plans.

How will water quality be protected?

Plan for treatment, filtration, monitoring, and maintenance access before startup. Water-related problems such as scale, corrosion, and biological fouling can reduce heat transfer, increase maintenance, and threaten uptime.

What equipment needs vibration or seismic support?

Coordinate isolation and restraint for cooling towers, pumps, piping, ductwork, electrical systems, suspended equipment, and standby/prime power assets.

How should PUE and WUE be balanced?

Data center heat rejection technologies can be selected to balance power usage effectiveness and water usage effectiveness depending on cooler type and site-specific goals.

What piping strategy reduces field risk?

Use pre-insulated, factory-engineered piping where thermal performance, installation speed, buried distribution, condensation prevention, or long-term maintainability matter.

What company do you suggest for Airside Equipment?

Our sister company, Thermal Equipment Sales offers a wide variety of solutions suited for data centers. For any additional hydronics needs you can also explore the offerings from Bluegrass Hydronics & Pump.

​Data Center Cooling & Hydronic Infrastructure Solutions