Water quality in both residential and commercial facilities has been in decline for many years. As the water table becomes contaminated with waste and as the water usage increases,water quality becomes more of a concern than ever.One of the most popular technologies for treating water to remove ionic contaminants that can cause problems with taste and smell is water softening and iron removing.
    One form of water softening and iron removing involves exchanging the ions in the water with select ions in an exchange tank. This is done by contacting the water with a resin that is covered with the select ions. The ions in the water are more attracted to the resin than the ions that start on the resin, so they exchange places.
    This removes sulfur and other contaminants that cause water to taste bad, and iron and other contaminants that cause the water to look bad Another form of water softening involves using membranes to stop the ions that cause the problems with the taste and color, while allowing the other types to pass. This is not as common in residential use, but is growing in popularity with the commercial and industrial facilities.
    Purimate(R) specializes in water purification. We are experienced in both types of softening, having built systems that can purify water for a number of different purposes. Whatever types of water purification are required, Our technical crew will provide the technical expertise to help you find your best solution.

Residential water softeners with capacity up to 2,0 m3/h
Seria PIS 04-25

Water softeners AF series use the Ion exchange technology, the process of removing ions from the water and replacing them with sodium ions and chloride ions. The most common use for this is residential, where a homeowner is trying to reduce the hardness or improve the taste of the water. This also reduces deposits and scale that can be left from water with a high level of hardness. In the case of water softening the ion exchange resin are coated with Na+ and Cl-. Water flows over the resin. The ions in the water attach themselves to the resin, and knock off the ions that are already attached.
    The resin is exhausted when all of the replacement ions are gone. In order regenerate the resin, a strong solution (concentrated salt water called brine) of the replenishment ions must be applied to the resin.
    Purimate AF systems also have excellent iron removing qualities, although with high deposits of dissolved in water iron (above 3.0mg/l) there can be sufficient decrease of resin effective life capacity.

Residential water softeners for continues use with capacity up to 3,5 m3/h
Series a PIS-D 25-100

Water softeners AF series use the Ion exchange technology, the process of removing ions from the water and replacing them with sodium ions and chloride ions. The most common use for this is residential, where a homeowner is trying to reduce the hardness or improve the taste of the water. This also reduces deposits and scale that can be left from water with a high level of hardness. In the case of water softening the ion exchange resin are coated with Na+ and Cl-. Water flows over the resin. The ions in the water attach themselves to the resin, and knock off the ions that are already attached.
    The resin is exhausted when all of the replacement ions are gone. In order regenerate the resin, a strong solution (concentrated salt water called brine) of the replenishment ions must be applied to the resin.
    Purimate AF systems also have excellent iron removing qualities, although with high deposits of dissolved in water iron (above 3.0mg/l) there can be sufficient decrease of resin effective life capacity.

Industrial water softeners with capacity over 3,5 m3/h
Seria PIS 08-100

Water softeners AF series use the Ion exchange technology, the process of removing ions from the water and replacing them with sodium ions and chloride ions. The most common use for this is residential, where a homeowner is trying to reduce the hardness or improve the taste of the water. This also reduces deposits and scale that can be left from water with a high level of hardness. In the case of water softening the ion exchange resin are coated with Na+ and Cl-. Water flows over the resin. The ions in the water attach themselves to the resin, and knock off the ions that are already attached.
    The resin is exhausted when all of the replacement ions are gone. In order regenerate the resin, a strong solution (concentrated salt water called brine) of the replenishment ions must be applied to the resin.
    Purimate AF systems also have excellent iron removing qualities, although with high deposits of dissolved in water iron (above 3.0mg/l) there can be sufficient decrease of resin effective life capacity.