Equipment

Water Conditioners

Water conditioning offers a nucleation effect, its not permanent in the water & can be used on potable systems

What are Water Conditoners?

Water conditioners are devices or systems used to treat water by altering or removing unwanted substances, improving its quality, usability, and longevity for equipment. They are especially helpful in areas with hard water, which contains high levels of calcium and magnesium that can lead to scale build-up in pipes, boilers, and appliances.

Types of Water Conditioners

  1. Salt-based Water Softeners
    • Replace calcium and magnesium ions with sodium (ion exchange).
    • Great for preventing scale buildup.
    • Require salt top-ups and periodic regeneration.
  2. Salt-free Water Conditioners
    • Use methods like template-assisted crystallization (TAC) or polyphosphates.
    • Don’t remove hardness minerals but change their structure so they don’t stick to surfaces.
    • Low maintenance and eco-friendly.
  3. Magnetic or Electronic Descalers
    • Use electromagnetic fields to change the behavior of minerals.
    • Controversial – mixed evidence about effectiveness, but popular for being non-intrusive.
  4. Chemical Conditioners
    • Usually used in closed-loop systems (e.g., LTHW/CHW) to inhibit corrosion and scaling.
    • Include inhibitors like molybdate, nitrite, or polyphosphates.
  5. Mechanical Filtration + Conditioning Units
    • Combine physical filtration (sediment removal) with chemical or magnetic conditioning.
    • Useful in commercial or industrial setups.

Main Difference between Water Conditioners and Water Softeners

  • Longevity of the treatment- Where an ion exchange process is permanent a water conditioner effect is limited and can be undone when the water system is put under duress.
  • System does not need to regenerate
  • Does not to be supplied with salt
  • Reasonably maintenance free