Water Softener Dealers in Pitampura, Delhi

Water softener systems are primarily designed for water treatment and various other industrial water treatment purposes. Water softeners can be equipped to operate manually, semi or fully-automatically. Regardless of the set up, only limited technical expertise is required for operation. Water softening is the removal of calcium, magnesium, and certain other metal cations in hard water. Water softening is usually achieved using ion-exchange resins. Industrial water softener systems offer a wide variety of optional features to meet our customers' requirements. They are available in a wide range of self-contained packages configured in single, double and triple unit arrangements. Water softener systems equipped with advanced technology and high quality raw materials. Industrial water softeners deliver excellent performance in an ergonomically designed construction. Available with single or dual stainless steel propellers Continuous duty 1/3, 1/2, 3/4, 1, 1 1/2, 2, 3, & 5 horsepower bracket mount styles 1/3, 1/2, 3/4, 1 & 1 1/2 horsepower clamp mount styles TEFC, explosion proof or air powered motors Factory wiring, topical coating, variable shaft lengths & other options available

• Softener Tank Type: Vertical
• Brand Name: 3Mx
• Capacity: 3 m3/hr
• Type: Softener
• Type of control: Auto
• Purpose: Industrial

The Water Softener offered by the company is used for boiler feed or in hot water piping, hard water will cause scale to form since most calcium and magnesium salts are less soluble at high temperature than at normal temperatures. sodium salts do not contribute to hard scale formation so water containing only sodium salts is called soft water. The convert hard water to soft waters the calcium and magnesium salts are removed or changed to sodium salts. In the ion exchange softener, the hard water flows through the bed of strong acid cation exchanger which causes the calcium and magnesium ions in the hard water to be exchanged for sodium ions, so that the treated water turns to soft water. The softening process may be illustrated by the following reactions Ca (HCO3) 2 +2 Nar CaR 2 +Na HC03 Calcium Sodium Calcium Sodium Bicarbonate Ion Exchange Ion Exchange Bicarbonate Mg SO4 Magnesium Sodium Magnesium Sodium Sulfate Ion Exchanger Ion Exchanger Sulfate The letter R represents the ion exchange resin. Obviously this softening process can continue only as long as the ion exchanger can supply sodium to replace the calcium and magnesium in the raw water. Like the electric storage battery, the ion exchanger bed must be regenerated at certain intervals to replenish the sodium in the ion exchanger bed. When the ion exchanger bed is no longer capable of softening, the sodium ion exchanger having been converted to calcium and magnesium ion exchanger, it must be returned to its original state by regeneration with dilute brine. Exhaustion of the ion exchanger bed is indicated by the gradual appearance of hardness in the effluent. The regeneration process is indicated by the following reaction. 2 Nacl + CaR2 2 Nar + CaCl2 2NaCl MgR2 2NaR MgCl2 Sodium Calcium and Sodium Calcium Chloride Magnesium Ion Exchanger Magnesium (Salt, Brine) Ion Exchanger Chlorides. The brine passes through the ion exchanger bed exchanging its sodium ions for the calcium and magnesium ions on the ion exchanger. The ion exchanger is returned to the sodium form for further use. While the spent brine containing the calcium and magnesium is rinsed from the bed and sent to drain. Inlet Water Quality Because the ion exchanger must be kept clean to function efficiently the water to be treated must be free of suspended matter such as oil, algae, organic matter and heavy metals such as iron, aluminum. These impurities collect on the ion exchanger particles and reduce their capacity for hardness removal. Hence some waters require coagulation and filtration prior to being fed into the softener. The ion exchanger particles can act as filters, but the softening ability and capacity will suffer and the ion exchanger bed may then require frequent cleaning or replacement. Although the ion exchanger will remove iron, the iron will coat the ion exchanger and chemically foul it. This may result in corrosion of the internals and also requires frequent ion exchanger replacement. Output Between Regeneration The capacity of the ion exchanger for softening water will vary with the type of exchanger and will also depend upon the salt used for regeneration. A high capacity polystyrene based caton exchanger is used in ACSION ion exchange softeners and a suitable quantity of sodium chloride is prescribed for each regeneration. The unit of water hardness measurement is the milligram per liter as calcium carbonate or mg/lit (as CaCo3). The raw water hardness, which the softener has been designed to treat and the expected capacity between re-generations is specified in the Data sheet. The capacity is roughly in inversely proportional to raw water hardness that is, if the hardness increases due to seasonal or other variations in the water, the softener will give a reduced capacity between re-generations.

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