Water Softener Plant

Water Softener Plant in Beemannapettai chennai

Hard water often proves unsuitable for many industrial and domestic purposes. When we refer to water as ‘hard,’ we mean it contains excess calcium (Ca) and magnesium (Mg) ions compared to normal water. We classify carbonate hardness as temporary hardness and non-carbonate hardness as permanent hardness. The hardness of the water increases as more calcium and magnesium ions dissolve. These ions originate from limestone sediments and carbon dioxide present in all waters exposed to the atmosphere, especially groundwater. The simplest way to soften hard water is through the ion exchange process.

Hassles of Hardness

Hard water reacts adversely with detergents, making even your baby’s soft towels turn rough on their delicate skin.
Soaps and shampoos fail to lather properly, leaving you feeling unwashed. Hard water dries out your skin and makes your hair dry and rough, which can lead to hair loss.
Hard water causes residual deposits and scale buildup, damaging appliances such as heaters, washing machines, showers, and dishwashers. The lifespan of these appliances decreases by 45%, and their maintenance costs increase by 25%. Hard water also deteriorates and fades fabrics, reducing their life by 15%.
Hard water leaves scales that clog pipes, faucets, valves, and fixtures. It also reduces the cleaning power of detergents. Soft water decreases detergent requirements by about 70%.
Hard water makes food and water taste different, increases cooking time, and raises cooking gas consumption by 30%. It also causes scale deposits on utensils.

Water Softening Process

Softening uses the ion exchange process, typically performed with resin, to remove hardness (calcium and magnesium) from water. This method is common and easy for utility purposes. Ion exchange involves exchanging undesirable ions for more desirable ones. During the softening process, raw water with hardness passes through a bed of cation resin in sodium form. The resin takes up the hardness ions, Ca and Mg, while releasing sodium ions in exchange. This process, known as the service cycle, softens the hard water.

Chemical Reaction During Softening Process

Ca (HCO3)2 + Na2 R = RCa + NaHCO3
CaSO4 + Na2 R = RCa + Na2SO4MgCl2 + Na2
R = RMg + NaCl

Regeneration Process

Raw water continues to get softened until the resin becomes exhausted. Regenerating the resin returns it to its original form. We regenerate the softener resin using a sodium chloride (NaCl) solution, commonly known as table salt. We keep the salt solution in the regeneration tank. During the regeneration process, the ejector tube injects the salt solution into the softener. The NaCl replaces the Ca and Mg (hardness) ions on the resin. We perform regeneration daily, every few days, or weekly, depending on the usage and design of the water softener plant.

Chemical Reaction During Regeneration Process

RCa + NaCl = RNa + CaCl2
RMg + NaCl = RNa + MgCl2

Product Model

Our NATSOFT water softener plants consist of mild steel, stainless steel, or FRP pressure vessels, a regeneration tank, an ejector assembly, and frontal piping work with manual or automatic multi-port valves, butterfly valves, or conventional valves for easy operation and control. We offer these systems with capacities ranging from 1,000 liters per hour to 1,000,000 liters per day.

Nectar Solutions

NECTAR SOLUTIONS, an ISO 9001 : 2015 certified, technology and customer service oriented premier water & waste water treatment Company, where “Trust is a Tradition”. Expertise in the industry for the past 16 years, the company is powered and backed by professionals with rich experience and expertise in the water & waste water treatment and allied fields.

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