Treatment of lime throughout the water network

Water softening is a process used to remove calcium and magnesium ions from water, which can cause problems with plumbing systems and appliances, as well as skin and hair. Water hardness is measured in degrees, and is classified as soft water (0-15°), medium water (15-30°), or hard water (greater than 30°). Water softening is an important process for maintaining optimum water quality at home and in industry.
Calcium and magnesium ions in water can cause a number of problems in the home, including stains on pipes, sinks, bathtubs, and toilets. They can also reduce the effectiveness of detergents and cause residue buildup in appliances such as the dishwasher and washing machine. Also, hard water can cause skin and hair problems, as it can leave soap scum behind and make hair and skin feel rough and dry.

There are several methods to soften water, among them are the following:

• Ion exchange: This process involves the removal of calcium and magnesium ions by adding sodium ions through an ion exchange resin. This method is very effective and is commonly used in homes and industries.

• Reverse Osmosis – This process involves the use of a semi-permeable membrane to remove calcium and magnesium ions from the water. This method is very effective but can be expensive due to the need for specialized equipment.

• Chemical softening – This process involves the addition of chemicals such as phosphates and polyphosphates to reduce the hardness of the water. This method is not as effective as the previous methods and may require the addition of more chemicals to get the same results. 

• Our technology emits a very particular electromagnetic field around the pipe. This field destroys lumps suspended in the water, leaving them microscopic in size, which continuously cleans them by circulating through the pipes, dislodging scale and also reducing their size._cc781905-5cde -3194-bb3b-136bad5cf58d_

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It is important to note that softening the water can have some side effects, such as increasing the sodium content in the water and reducing the amount of essential minerals in the water. It is important to weigh the benefits and risks of water softening before choosing a specific method.

A softener must always be at 7° to 10° degrees because having water with a hardness level of 0° can present risks for the materials of the pipes and electrical appliances at home or in industry.

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Be careful if the softenerthis mal about to:

When water is fully softened, it can become corrosive and dissolve metals in pipes and appliance components.

This can lead to the formation of leaks and degradation of materials, which in turn can affect water quality and increase the risk of contamination.

Therefore, it is important to note that while a reduction in water hardness is beneficial, removing it completely can have negative effects on the integrity of your plumbing and appliances.

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It is advisable to maintain an adequate level of hardness in the water to avoid these risks. Water softening is an important process to maintain optimal water quality at home and in industry.

Choosing the right method will depend on individual needs and circumstances, and it is important to consider potential side effects before making a decision.

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It is important to note that completely removing water hardness (ie zero TH water) can have some side effects on health.

Soft water (0-15° TH) may contain slightly higher levels of sodium due to ion exchange that occurs during the hardening process. While this is generally not a problem for most people, people with high blood pressure or kidney disease may require limited sodium intake and should consult a doctor before using softened water.

In addition, some studies suggest that long-term soft water intake (zero TH water) may be associated with increased incidence of cardiovascular disease and decreased bone mineral density. These effects are more common in areas where the water is naturally very soft and water intake is high.

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Another inconvenience, loss of pressure from the water network:

The problem with softeners losing 1.5 bar pressure in general to the mains is because these devices use an ion exchange process to remove hard water minerals such as calcium and magnesium.

During this process, the water passes through an electrically charged resin column that attracts and holds calcium and magnesium ions. As the resin becomes saturated with these ions, it becomes less effective at removing minerals from the water and needs to be regenerated.

Regeneration is carried out by introducing a saline solution into the resin column, which causes the release of calcium and magnesium ions from the resin and their replacement by sodium ions.

This regeneration process requires sufficient water pressure to force the brine through the resin column.

However, the regeneration process can cause a loss of pressure in the general water network because the saline solution used to regenerate the resin has a higher density than normal water.

This higher density can create greater resistance in the pipe and therefore reduce the water pressure in the network.

In addition, if the softener is not installed correctly or is not properly maintained, it can lead to pipe leaks or control valve problems, which can also contribute to pressure loss in the water network.

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Therefore, to avoid pressure loss in the water network, it is important to properly install and maintain softeners and use high-quality saline solutions for resin regeneration.

It is also important to consider the size and capacity of the softener to ensure it is adequate for the needs of the home or building.

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Advantages of our team:

In addition to being without maintenance, it no longer uses products, the water does not lose its natural balance, there is no risk for the material or for health. 

Without loss of pressure, or flow and if it is installed at the beginning of the property on the general network it treats all the flow and it is a great advantage in various aspects such as sprinklers or home, boiler, shower, etc... and more at an industrial level.

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At the beginning of the network, it prevents obstructions in irrigation systems: Hard water can also accumulate in pipes and irrigation equipment, forming lime deposits and hindering the flow of water.

This may require regular cleaning and in extreme cases, even repair or replacement of the irrigation system. ​

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Save energy and money: Hard water may require more energy to heat as minerals can act as thermal insulators.

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