If you have you used untreated borehole or tap water at any point in your life for washing your clothes, utensils or bathing, then you might have noticed brown or whitish deposits on the surfaces of your linen, sink or bathroom after drying up. Additionally, if you have tried to open your tap or water pipes, you might have seen scales of white or brown deposits that form over time as water flows through the pipes.
These brown or whitish scales are formed due to deposition of minerals such as calcium and magnesium that are contained in untreated water called hard water. Today, most water companies in the US are investing in state of the art water treatment process to soften hard water. This article focuses on why water softening has been an essential appliance today. Read on to understand the advantages of water softening and how it works.
What is Soft Water?
Soft water refers to water in which minerals such as calcium and magnesium have been removed and replaced with softer minerals like potassium and sodium. While there are many water softening techniques including the use of chemicals and boiling, the most attractive technology nowadays is a water softener.
What is a water softener?
A water softener is typically a machine that is fixed into your property`s water supply source. In most cases, water softeners remove calcium and magnesium from the water and replace them with softer ones like sodium or potassium via a process known as ion exchange.
Advantages of using a water softener
Eradicates blockages and corrosion, water softeners can help you to eradicate the formation of hard scales and crusts which may block your pipes, sinks, and even taps. They also help to eliminate the formation of films and corrosion on your bathroom walls and appliances.
Soap scum can deteriorate water devices, increasing their cost of maintenance. Softened water does not cause the destruction of water appliances so you will spend little on their maintenance.
Reduce wastage of soap, unlike hard water, softened water does not contain calcium and magnesium minerals which hinder the formation of foam, hampering the actual washing process.
Reduces destruction of fabric, when calcium and magnesium minerals which are contained in hard water react with soap, they foam soap scum which deposits on your clothes, lowering the quality of the linen. On the other hand, water softeners remove these minerals from water, hence easing the washing process.
They are efficient and convenient, water softeners can be linked directly to the water source, allowing you to treat the water as it comes from the source. Some water softeners have an automatic regenerating system which has an electric timer. The timer allows the system to flush and recharge on a regular timeline. These controls ensure that the softener works throughout so you can collect soft water from the source at any given time.
It is important to note that conventional water softening techniques such as boiling and water conditioning can be ineffective for treating vast volumes of water, unlike water softeners. Boiling consumes more power and electricity; thus it is relatively expensive.
On the other hand, water conditioning does not necessary guarantee water softening as it is often thought. According to the US water quality testing association, no testing standard has been done to ascertain that water conditioners can soften water, unlike water softeners which have been tested, and shown to remove magnesium, calcium, and iron from hard water.
A water softener is convenient and helpful for everyone. It eliminates soap wastage, eradicates clogging of pipes, improves washing and reduces corrosion of utensils and fabric.