Solutions for HVAC and cooling towers

Solutions for HVAC and cooling towers

Stable water parameters in cooling and heating circuits – less scale, corrosion, and biofilm, more efficiency of systems.

For whom? For facilities with extensive HVAC installations, cooling towers, chillers, and air conditioning units. We selectsolutions after analyzing the 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 water circuits, and indicate areas for improvement.

Fill out the form Call: 883 020 044

Industry description

In HVAC installations and cooling towers, water (or glycol solution) operates in a closed or open-loop system, often for many years.

Its quality directly affects the efficiency of heat exchange,energy consumption, the lifespan of exchangers, pumps, and fittings, as well as hygienic safety.

After analyzing the circuits (open, closed, glycol), installation materials, and operating conditions, we select solutions that reduce scale, corrosion, and the growth of microorganisms.

The most common problems in HVAC systems and cooling towers

  • Scale and deposits onin heat exchangers, in towers and pipes
  • Corrosion of steel and mixed (steel/copper/aluminum) elements
  • Formation of biofilm, sludge, and biological contaminants in circuits
  • Decrease in cooling/heating efficiency and increase in energy consumption
  • Hygienic problems in cooling towers (risk of bacterial growth, unpleasant odors)
Rozwiązania dla HVAC i wież chłodniczych
Infografika — uzdatnianie wody

What we offer

  • Selection and treatment of make-up water for cooling and heating circuits
  • Solutions to reduce scale, corrosion, and deposits in heat exchangers
  • Support in water quality control in circuitsglycol and ice water
  • Mechanical filtration, separation of impurities, and support for flushing the system
  • Delivery, installation, commissioning, operator training, and periodic service

Your benefits

  • Higher efficiency of heat exchangers and lower energy consumption
  • Fewer pump, valve, and cooling tower component failures
  • Reduced risk of corrosion, leaks, and emergency shutdowns of the installation
  • Better control over water parameters and easier service planning
  • Support in meeting hygiene and documentation requirements

Micro-scenarios

  • Office building with air conditioning units and a cooling tower: selection of make-up water treatment and circulation filtration, reduction of deposits on heat exchangers and efficiency drop.
  • Industrial plant with chilled water circulation: analysis of water and glycol solution composition, selection of filtration and solutions to reduce corrosion in a mixed installation (steel, copper, aluminum).
  • Object with sludge and biofilm issues: installation of contaminant separation systems, flushing of installations, and treatment of make-up water, stabilization of pump and heat exchanger operation.
  • Modernization of an older HVAC system: equipping with water treatment and filtration points, preparing a phased concept for improving water quality in circuits.

Do you want to improve the efficiency of cooling and heating?

Send the installation diagram, water test results, and a brief description of the problems — we will prepare a step-by-step proposal.

Fill out the form Call: 883 020 044

FAQ — frequently asked questionsHVAC and cooling towers

Does water treatment require a complete system overhaul?
Most often, no. We select solutions to integrate them into existing circuits (for replenishment, bypass, or filtration circuit) with minimal intervention in the system and staged work.

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Do you need to stop the cooling system orheating?
We plan the scope of potential exclusions individually. Some work can be done with the system operational or during short service windows, e.g., outside the heating/cooling season.

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What data is needed for the preliminary valuation?
The following are useful: circuit diagrams, type of installation (open/closed, glycol/water), basicparameters (temperatures, powers, flows), water test results, and several photos of key elements (towers, exchangers, nodes).

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Do you also deal with water in glycol circuits?
Yes, we analyze the parameters of glycol solutions, the quality of the base water, and the impact on corrosion and deposits. We propose solutions that help stabilize the operation of such circuits and reduceservice issues.

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Will water treatment reduce operating costs?
Usually yes. Cleaner heat exchangers and pipes mean higher efficiency, lower energy consumption, and fewer breakdowns. The costs of treatment are predictable and often offset by savings in service and energy.

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What does the service and support look like after implementation?
We offer periodic reviews, support in interpreting water test results, supply of consumables, and remote consultations during load changes or HVAC system expansions.

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