Water softeners Colorado Springs transforms hard water into the soft water. Reducing its mineral contents does the transformation. Hard water mainly contains calcium and magnesium metal, and sometimes bicarbonates and sulfates. Soft water, on the other hand, is the type of water with none or little content of the mentioned minerals. A Process is used in decreasing the calcium, magnesium, and in some cases manganese and ferrous iron dissolved in hard water. The fact is softener is a system for transforming chemically hard water into a soft water.
Water softeners Colorado Springs replace the calcium and magnesium contents in hard water by sodium. Sodium does not accumulate in pipes and also does not react to soap. This means hard water effects are eliminated. The principle of the softener system is easy to understand. Hard water is allowed to enter the water softener.
It contains a layer of plastic beads and in some instances, the material used is called Zeolite. The layer of materials inside the water softener is soaked with sodium ions. Sodium is exchanged with the contents of the hard water, calcium, and magnesium. When water comes out of the softener, the water is said to be of the soft water type.
Water softeners offers
. Ion-Exchange Softening Technology
. Compact and Space Saving Design
. Automatic Regeneration
Water softeners help us avoid spotted dishes and appliances, clogged water heaters, scale on pipes, sinks, and other metal, as well as improving the cleaning power of our water. It’s no wonder that so many people are curious about how a water softener unit works. These devices make sure that the huge amount of water we go through every day a lot easier to deal with. Water softeners use a process called ion exchange to remove minerals dissolved in hard water, producing cleaner water without any aftertaste. Some of the minerals that can be a problem in water are calcium, iron, sulfur, and magnesium.
Water Softeners Provide Many Benefits
- Look and feel your best—hair and skin will feel cleaner and softer when you shower with soft water.
- Protect your clothing—fabrics washed in hard water tend to feel stiff and look worn up to 15 percent more quickly.
- Save on detergents—when you have soft water, you can use less soap and save money.
- Reduce the time it takes to clean—with soft water, you’ll have fewer water spots on dishes, less scaling on faucets, and spend less time scrubbing filmy residue off tubs, shower doors, and toilets.
- Avoid repairs—appliances such as dishwashers, refrigerators, and freezers don’t work as well or as long when hard water deposits clog lines and filters.
Water softeners Colorado Springs contains many small plastic beads, or a matrix referred to as zeolite. These are covered in ions of sodium which re removed by the use of magnetic filters. When the water flows through the beads or zeolite, the unwanted minerals swap places with the sodium. This leaves more sodium in the water, but removes other minerals. Eventually, the zeolite or beads have no more sodium ions, and must be regenerated.
Regeneration is an important part of how water softeners work. This involves soaking the beads of zeolite in a sodium ion containing solution. One very common solution used is common household salt – a strong brine is made to regenerate the softener. Once the beads or zeolite are regenerated, the remaining brine and the residue of the minerals can be flushed away. A single water softener unit can produce a lot of brine when it needs to recharge!
In essence, a water softener treats water by removing the hardness plus minerals via an ion exchange process, and adding some sort of sodium or potassium. Usually, the softener has a mineral tank containing resin beads, as well as a brine tank containing salt. These may be joined in one tank or two separate units. Users have the choice to soften their whole water supply, or only the hot one.
The resin beads are responsible for the ionic process which gets rid of the hard particles found in calcium and lime scale. Water enters the tank of the softener, then flows toward and over the beads with just the right quantity of contact, so it can take away unnecessary elements and thus, soften the water.
The electrical charge of the resin beads and incoming water opposes each other, and this difference draws the softened hardening water particles, then keeps them amidst the resin beads in order for the appliance to release soft water. Once the resin beads become filled with suspended particles, the water softener automatically goes into a regeneration cycle, which entails bringing in water, then flushing out the hardened particles of resin beads with the use of a salt-water or brine mixture.
Since they can only accommodate so much, the regeneration process or brining is needed. A quality water softener contains resin beads that last as long as the water softener. Granting that conditions are normal, there is no need for replacement. However, the salt supply has to be replenished on a regular basis, and experts recommend to use a form that is as clean as a sale pellet.
During the operation of the water softener, hardness particles accumulate in the softener’s resin bed. Once the buildup goes up to a particular level, the softener automatically starts the process of mixing salt inside the tank with many gallons of incoming water in order for the particles to clear off the resin bed. Then it flushes the tank, and is now ready to repeat the process of softening the water.
It usually takes a few to more than 30 minutes for regeneration to take place, and its operation can be heard from a distance. There are people who think that regeneration hurts their pluming/septic system, though under normal conditions, it does not affect either of their operation or life span, or even drain-field soil percolation. So, water softeners are not a threat for septic systems.
Water softeners include 10 feet of hose which drains the water after regeneration. If draining is needed more than 10 feet away, this would require an additional, matching draining line. However, the drain should not be moved beyond 30 feet away from the softener. The amount of water used in regeneration differs widely among models, but majority of average models use around 50 gallons in every regeneration cycle.