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Water Softening Equipment

Water Softening Equipment

Water Softening Systems ya da Water softening, softening system referred to as water softening device The varieties allow the cleaning of the elements that clean the water and give the water hardness. Water softening device especially Water treatment; Alanya, Mahmutlar, Gazipasa, Oba, Tosmur, Kestel, Avsallar, Konakli, Cikcilli, Demirtas, Kargacık, Anamur, Manavgat, Side, Serik The most researched devices in such regions. Water softening device Soluble CA and MG ions present in water lead to stiffness. The process of taking ions that add hardness to water due to ion change is expressed as softening.

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Hard water consumption is generally an element that increases the necessity of using energy consumption and cleaning agents. In addition, the hard waters that cause chemical consumption to increase; It causes irrevocable malfunctions in installations, heater devices, machines such as laundry, dish, iron, paint and finishing plants. Water softening device The systems are units obtained from the resin tank. The regeneration can be designed to be related to time, water flow or outlet water hardness used. In addition, in the units produced from a single tank, when the softening capacity is full, the water sent to the system when the unit is regenerated. Therefore, it is called raw water. Two tanks for obtaining soft water without interruption water softening systems are used. Automatic softening systems with single -column are very suitable systems for houses, offices, hotels or cleaning companies without excessive water consumption. Hard waters are generally not directly harmful for health. However, it causes serious problems in domestic and industrial processes. Especially in the boilers used in the industry, heat losses occur with the emergence of lime layers. Another important problem is that any kind of operations that are used in calcareous waters cause serious problems.

In general, automaton water softening device It consists of four main sections. The first of these sections is defined as cationic resin with sufficient change capacity that captures ions that lead to hardness. The second part is the mineral tank that is resistant to sufficient water pressure that this cationic resin can be filled. In the third part, it is a salt tank that supports the stocking of salt water that provides regeneration application. The fourth and last part of it is the automatic softening valve that wash the salt water and resin that performs the reverse washing application.

Water Softening Systems When designing, it is necessary to determine how calcareized the water flow used at this stage and the water. In this way, time controlled automatic water softening The most appropriate can be taken among the systems. Water softening The entrance and output sections of their devices have filter containers. In this way, sediment filters can be placed in these containers. They protect the automatic valve. The filter shell placed in the output section prevents resin escape to the system. If SUS Softening System If it is designed to be high quality and correctly, it is possible to obtain the desired soft water. In addition, the water softening resin used will be extended with a correct project.

Water softening devices; Calcium, which is the main cause of calcification in water, is used because of the removal of Ca and Magnesium, MG ions from water. As a result, it is the resin present in the mineral tank that performs this application. These resins, which work with a very simple ion change, detect calcium and magnesium ions that are present in raw water. Instead of these ions, it releases sodium ions that are present in the resin structure. In this way Water Softening Systems It allows the minerals that cause hardness in water to attach. This helps to obtain soft water. The hardness of the water disappears and maintains the machine and equipment from the bad effects of the lime.

What principle do water softening systems work?

The healthiest and easiest way to soften the water; to use the resin with ion replacement. The water is filtered in the resin. In this way, it provides cleansing of calcium and magnesium, which causes hardness. In this way, soft water occurs.

How does the water softening device regenerate?

The water softening device contains resin particles. These particles reach the saturation point and then become unable to hold the ions that give hardness to the water. At this point, it is very important that they are regenerated. Regeneration application is automatically applied with the automation valve of the water softening device. After the saturation of resins, the automation valve comes into play. Tablet salt, salt water water softening device transfers to the tank. The resin in the water softening system is then regenerated. It is then rinsed with clean water. After this process, excess salt and hardness minerals are excreted from the tank. The water softening device is prepared in this way to keep the hardness ions again. Water softening system In general, it consists of four main classes. These:

  • Resin tank,
  • Rosin,
  • Automation valve,
  • Salty water tank

What are water softening systems and regeneration?

Regeneration is a word that means renewal. Especially the description of this system used in the water treatment sector; Regeneration is called regeneration by washing the resin that loses ion replacement potential as hard water passes over it. Since the resin first has a structure loaded with sodium (Na) ions and hard water passes over it, the sodium (Na) ions in the water leaves into the water. Instead, it takes the calcium (CA) and magnesium (mg) ions, which lead to stiffness in water. The ions lost by the resin are met from salt during renewal.

What does the resin used for water softening mean?

The resin contains various polymers that are artificially produced and are cross -bound. This material, which has anionic or cationic properties, is essentially chemical. When it comes to contact with water, the basic ion that is available can change similar loaded ions found in water. Cationic type ion -changing resins used to eliminate the hardness state are sodium (NA) based resins. In addition, it maintains the calcium (CA) and magnesium (mg) present in water. In this way, they give the sodium (Na) ions in their own structure to the water. Therefore, CA and MG ions do not exist in softened water, but the sodium ion concentration is high. However, high sodium concentration does not adversely affect the usability of water.