Hard water is the cause of many problems. For example, it can damage your pipes and water heaters over time.
In addition, limescale on water adheres to the surface, creating ugly stains.
In addition, hard water ruins the healthy appearance of your skin and hair.
Calcium and magnesium are the main causes of hardness in water.
Through a simple chemical reaction, it’s possible to remove a high concentration of these minerals. Water softeners do their job following that same principle.
Today, we’ll figure out answer to questions like how does a water softener work and what are the types of regeneration cycles.
In addition, we’ll show you in detail each of the elements that make up a soft water system. Let’s get started.
How Does A Water Softener Work: Anatomy of a Water Softner
The brine tank contains a salt and water solution.
Usually, it’s smaller than the mineral tank. When the regeneration cycle begins, salt water from the brine tank goes into the mineral tank.
Then, the sodium ions positively charge the polystyrene spheres, restoring their ability to remove hardness from water.
Also, salt water helps to remove the sodium and magnesium blocks attached to the spheres.
From time to time, the user should add more salt and water to the brine tank.
Usually, salt used on brine tanks comes in the form of blocks or pellets.
The control valve determines the water volume entering and leaving the mineral tank.
After several uses, the polystyrene spheres lose their ability to remove water hardness.
When this happens, the control valve starts the regeneration cycle. This function is programmed into the control valve’s computer.
The start of the regeneration cycle is conditioned by some factors, such as:
- The number of family members.
- Size of the property.
- The hardness level of water.
Inside the mineral tank, calcium and magnesium are removed from the water. The water enters the tank and passes through small polystyrene spheres.
Each of these spheres is positively charged with a sodium ion. On the other hand, calcium and magnesium are negatively charged.
As with magnets, positive and negative charges attract each other.
So, sodium and magnesium particles tend to adhere to polystyrene spheres. After this happens, sodium ions mix with softened water.
Types of the regeneration process
In a co-current cycle, the salt water enters the mineral tank in the direction of service flow.
The salty solution releases calcium and magnesium particles from the polystyrene spheres.
While more solution enters the tank, more spheres are positively charged.
Also, in a co-current cycle, the highest charged spheres accumulate at the top of the tank.
This process demands a higher quantity of salt and water compared to a counter-current cycle.
In this process, saltwater enters from the bottom of the mineral tank. So, the salty solution first makes contact with the less depleted spheres.
This means that there are fewer hardness particles dissolved in the solution at the beginning of the process.
However, the concentration of calcium and magnesium in the solution increases at the end of the process.
A counter-current cycle consumes 65% less water and 75% less salt than a co-current cycle. In addition, sodium ions are evenly distributed in the solution.
In this case, the highest charged spheres accumulate at the bottom of the mineral tank.
The final outcome
As said before, hard water is the cause of many problems. For example, the buildup of limescale can cause pipe blockages.
Inside water heaters, the damage is much worse. In hot water, limescale tends to form huge stones.
Over time, these stones tend to collide with the heater walls and cause unpleasant noises.
So, hard water can cause you serious financial problems in the future. You’ll end up spending hundreds of dollars on repair work.
But this situation could be much worse because hard water can also affect your health.
Soap doesn’t dissolve properly on hard water, reducing the production of suds.
When this happens, the moisturizing ingredients in the soap don’t penetrate the skin and hair.
As a result, the skin and hair become dry and lose their natural shine. In addition, people who drink hard water have a higher probability of suffering from kidney stones.
These are just some of the problems that hard water can cause. For this reason, it’s so important to install water softeners at home.
These devices differ from the filters because they don’t purify the water. Water softeners are totally safe and don’t pollute the environment.
In addition, they’re very durable and can withstand up to 20 years of uninterrupted use.
However, they aren’t cheap. The average price of a water softener may vary between $600- $1,500.
In addition, these devices require monthly maintenance that includes cleaning and adding salt to the brine tank.
Associated costs can exceed $25 per month.
However, not having a water softener would imply a much higher waste of money. For that reason, installing these devices at home is the smartest way to save.
Certainly, having a water softener at home is a great advantage.
These devices considerably improve water quality. So, your hair and skin will look healthier after each shower.
In addition, they’re very easy to install and can last a lifetime with proper use.
Softened water also prevents soap scum from sticking to shower walls. That means less staining and less cleaning frequency.
For these and many other reasons, buying a new water softener is an excellent idea.
Q. 1: How to know a water softener is properly working?
Ans. If you note your hair and skin are too dry after taking a shower, maybe the water softener isn’t properly working.
The best way to verify this is to check the salt level in the brine tank.
If after several uses, the salt level remains high, the water softener has stopped working.
Q. 2: Is it safe to drink softened water?
Ans. There’s no scientific evidence to prove that drinking softened water is bad for your health.
In fact, softened water has many benefits for skin and hair. In addition, drinking softened water reduces the risk of kidney stones.
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