Solutions for server rooms and data center humidification

Solutions for server rooms and data centers

Stable operation of cooling and humidification systems – less scale, corrosion, and deposits in circuits, more safety for IT infrastructure.

For whom? For server rooms in office buildings, data centers (Tier I–IV), colocation facilities, and companies with their own critical infrastructure.We select solutions based on the analysis of the refrigeration installation and water parameters.

Schedule a free consultation Call: 883 020 044

Need a quick quote?

Fill out a short form — we will call you back, discuss the cooling circuits, and indicatesolutions.

Fill out the form Call: 883 020 044

Industry description

Server rooms and data centers operate 24/7, often with redundant cooling sources (chillers, free-cooling, dry coolers, towers, glycol circuits) and very high continuity requirements.The quality of water in cooling and humidification circuits directly affects heat exchange efficiency, energy consumption, risk of failure, and the safety of IT infrastructure. After analyzing installation diagrams, materials (steel, copper, aluminum, plastics), water parameters, and the operation method of the BMS facility, we select solutions that limit scale, corrosion, and deposits.

Most common problems in data centers

  • Scale and deposits on heat exchangers, dry coolers, and liquid coolers
  • Corrosion of steel and mixed (steel/copper/aluminum) components
  • Sludge, biofilm, and contaminants in chilled water and glycol circuits
  • Decrease in cooling efficiency and increase in electricity consumption
  • Risk of leaks, emergency shutdowns, or cooling capacity limitations during peak times
Rozwiązania uzdatniania wody dla serwerowni i data center
Infografika — uzdatnianie wody

What we offer

  • Selection and treatment of make-up water for chilled water and glycol circuits
  • Solutions to reduce scale, corrosion, and deposits in heat exchangers
  • Mechanical filtration and separation of impurities in closed circuits
  • Support in monitoring water parameters (conductivity, hardness, pH) and preparation for BMS supervision
  • Delivery, installation, commissioning, operator training, and periodic service with reports

Your benefits

  • Higherand stable cooling efficiency with lower energy consumption
  • Fewer failures of pumps, heat exchangers, dry coolers, and installation components
  • Reduced risk of leaks and emergency downtime of critical infrastructure
  • Better predictability of service and maintenance work planning
  • Support in meeting SLA requirements, audits, and safety procedures

Micro-scenarios

  • Server room in an office building: treatment of makeup water for a small chilled water circuit, circulation filtration, less sediment on the exchanger, and more stable temperatures.
  • Data center Tier III: analysis of all cooling circuits (chillers, free-cooling, dry coolers), selection of treatment and filtration for operation in 24/7 mode withN+1 redundancy.
  • Modernization of the existing installation: flushing circuits of deposits, incorporating contamination separation and treatment of make-up water, improving efficiency without replacing the entire installation.
  • Facility with adiabatic coolers: stabilization of supply water parameters, reduction of scale and deposits on the filling and spray nozzles.

Do you want to improve the cooling safety of your server room?

Send the installation diagram, cooling capacities, water test results, and a brief description of the issues — we will prepare a proposal.

Fill out the form Call: 883 020 044

FAQ — frequently asked questions about server rooms and data centers

Does water treatment require a complete overhaul of the cooling system?
Most often, no. We design solutions to integrate them into existing circuits (for topping up, bypassing, or filtration circuits) with minimal interference in the hydraulics and without compromising the redundancy of the cooling system.

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Do we need to stop cooling during installation?
The scope of any shutdowns is planned individually. Some work can be done with the system running or during short service windows, while maintaining the required redundancy and SLA of the facility.

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What data isneeded for the preliminary valuation?
The following are useful: a schematic of the cooling circuits, types of devices (chillers, dry coolers, towers, chilled water units), capacities and flows, results of the make-up water tests, and a few photos of key installation elements and nodes.

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Will the system handle glycol circuits?
Yes, we analyze the parametersof glycol solution, base water, and installation materials. We select solutions that help reduce corrosion, deposits, and pump issues while maintaining the required operating temperatures.

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Will water treatment realistically reduce operating costs?
In most cases, yes — cleaner heat exchangers and pipelines mean higher cooling efficiency and lower consumption.energy and fewer failures. The costs of treatment are predictable and often offset by savings in service and electricity.

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Do you offer monitoring of water parameters after implementation?
We can offer periodic monitoring of water parameters and system inspections. We translate the results into simple reports for the maintenance department or the property owner, andif necessary, we recommend corrective actions.

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