Have you ever realized that hard minerals can be found in the water that is delivered to our homes?
In general, water softeners are necessary since soft water has many advantages, over hard water. There are numerous varieties of water softeners available with Netsol Water, to solve your hard water issues.
To assist you in determining which water softener would best suit your needs and preferences, we've written down the different water softener types, with the fundamentals of each one, outlined their distinct advantages, and provided a number of options and alternatives below.
What is an industrial water softener?
The incoming water must pass through a porous resin bed as part of the industrial water softening system. This resin resembles microscopic plastic beads in both appearance and substance. Each small bead in this collection of delicate beads has been created and treated to be extremely porous. Additionally, the surface area undergoes long-term chemical modification, to make it highly alluring to the wrongdoing minerals.
The resin's surface sites have an affinity for minerals like calcium and magnesium, which have electron charges of positive two and higher. It is possible to extract more minerals having a comparable valence.
How many Types of water softeners?
Here is our guide to the various kinds of water softeners, including salt-based and salt-free systems, and other well-liked solutions.
1: Ion-Exchange (Salt-Based) Water Softener
A conventional form of water softener that employs the ion exchange process, is the one that uses a salt-based water system. Water is cycled through two water tanks in this type of systems to operate.
Special resin beads are present in one tank while brine or salt water is present in the other. It pulls calcium and magnesium from hard water using the positive charge of sodium or potassium ions. After that, it drains them out and replaces the hard minerals with sodium ions in the form of salt.
Benefits and disadvantages of salt-based water softeners
All hard water impurities are entirely eliminated from your water using ion exchange water softeners. But be aware that a salt-based water softener can't get rid of chemicals. Be aware, though, that a salt-based softener cannot get rid of any pollutants or germs in your water.
The water softener needs to have regular maintenance because the salt needs to be replaced at least once each week. When the resin runs out, salt can be added to the brine tank to replenish it.
This type of water softening system requires constant maintenance, which includes a constant supply of salt, which can raise your costs. On the other side, the resin tank can survive for many years before needing to be replaced.
Dishwashers and washing machines may operate for longer thanks to this water softening system. However, due to the high sodium content, it is not advised for drinking water.
2: Salt-Free Water Softener
While salt-based systems produce water with high sodium levels, salt-free systems, which employ potassium-chloride salt as an alternative, provide healthful drinking water for people who are concerned about their sodium intake.
The operation of this kind of system is the same as that of an ion-exchange water softener. The sole distinction is that calcium and magnesium are retained, neutralising the impact of hard water minerals rather than eliminating them entirely, and preventing scale formations from staying on the surface.
Components of salt-free water softeners
The majority of salt-free systems have a multi-stage filtering process, which gets rid of undesired contaminants from the water including bacteria and chemicals, despite the fact that they do not remove hard minerals from the water.
Benefits and disadvantages of salt-free water softeners
· Salt-free systems just employ a filter and do not need brine tanks.
· They also do not require routine maintenance.
· Since, you essentially save money on annual salt charges and weekly maintenance, even though this sort of water system tends to be more expensive and is more expensive to install, but they are actually a great investment in the long term.
· The only disadvantage of this type of water system is that it might not work perfectly in regions, with really hard water.
3: Electronic/Magnetic Water Softener
One of the more recent varieties of water softeners on the market, magnetic water softeners, is regarded as a great substitute for salt-free water softeners.
These magnetic water softeners employ electricity to create a magnetic field, which neutralises hard minerals, keeping them entirely soluble without completely eliminating them, similar to salt-free systems.
The water tends to turn back into hard water within 48 hours of leaving the magnetic field, which is one drawback of this technique.
Nevertheless, this kind of device is inexpensive and simple to set up. However, given that they utilize electricity, it is essential to limit your consumption to avoid paying high utility costs.
Conclusion
By employing resins to remove the water's hardness, industrial water softeners prepare your water for industrial use. The resin serves as an industrial hard water treatment, replacing the water's hardness with salt (brine) that is periodically renewed.
Since hard water produces scale, which causes corrosion and metal deterioration, it can also harm piping and expensive industrial equipment. Even non-metallic plumbing can become clogged with scale, which can be a concern for commercial projects.
Therefore, for the effective operation and upkeep of expensive machinery, industrial systems' incoming water must have the necessary mineral balance. A consistent final result must be delivered as well.
Water Softener manufacturer
Netsol Water specializes in offering effective water and wastewater treatment solutions, including water softeners for commercial and industrial purposes. We work hard to give businesses high-quality, dependable solutions.
