Tap water contains many contaminations, and that’s why many people tend to drink filter or bottled water. The importance of clean water is obvious – it is essential for our healthy living and clean lifestyle. The majority of people worldwide are deprived of this blessed gift of nature. We are lucky to have drinkable water supplied in our taps. Moreover, we have easy access to clean water to use in our daily routine.
Usually, the municipal water companies’ supply to our homes is hard water, and it is not much suitable as drinking water. That’s why many people tend to install water filters at their homes or go for bottled water. Bottle water is expensive, yet it is prevailing because it is said that filtering water means not only clean it from hazardous chemicals but also remove the healthy minerals from it.
Unfortunately, the fact is actual somehow; many filtration plants remove minerals from water while cleaning water. Some filtration systems remove only chlorine, and a few obliterate minerals. The most common type of filtration is reverse osmosis. Here is the breakdown of minerals in water and how reverse osmosis removes minerals.
Minerals found in water
The water supplied in our homes contains two types of minerals, i.e., organic and inorganic. The human body is naturally affiant to organic minerals to help our body to stay healthy and active.
Organic minerals are essential for our bodies, and the primary source of these minerals is from plants, and few are found in eggs and meat. The plant minerals are received from soils and converted into useful organic minerals, and we get complete nutrition.
When organic minerals from plant food sources enter into our body, it needs to attach itself with protein-molecule. Through this process, our body quickly absorbs the minerals. After our body absorbs these useful minerals, they get access to our body’s organs where they are needed most.
Importance of filtration systems
Usually, the water supplied in our home is hard water. It is called hard water because it is hard to wash and clean with it. It carries a large amount of magnesium and calcium. Usually, tap water contains many contaminations like pesticides, lead, and chlorine (it is used to clean water from hazardous contaminations). Although chlorine tends to water, its constant presence in drinking water is not suitable for health, and you may also feel a mild odor in water. Water filters make them clean from any contaminations and chemicals. In this process, a good quality filter like reverse osmosis removes minerals too. Here is all about reverse osmosis and its effect on water.
Reverse osmosis is a purification technology that ensures water cleaning up to 100%. It uses a semi-permeable and thin membrane which has tiny pores. When water enters the holes, the filter cleans the water by rejecting larger molecules, for example, dissolved salts and bacteria. The technology of reverse osmosis is quite prevalent since the 1960s in different industries. It is quite helpful to purify water at the maximum level. Many sectors like food and beverage processing, drinking water systems, industrial boilers, pharmaceutical production, cosmetics, seawater desalination, and many other industries use it for cleaning water.
How does reverse osmosis purify water?
Reverse osmosis is a trendy yet traditional type of water purification system. It strives to work continuously by operating water treatment technology and filtration system. It works in a complex yet very straightforward way – reverse osmosis use pressure to pass the water via a thin membrane. The membrane does not allow entering other than water components and leaves the larger compounds behind. The porous membrane separates all impurities from source water, and we get clean drinking water.
It reverses the osmosis principle – osmosis is the natural tendency of water that contains dissolved minerals and salts to flow through a membrane from lower to higher salt concentration.
Reverse osmosis is not something new the process is derived from a natural process. The plant uses this process to absorb the nutrients and water from the soil to nourish. Likewise, in human beings, kidneys use the technique to absorb the required amount of water from the blood.
In the reverse osmosis system, the pressure of the pump prevails the natural osmotic pressure system. It means it forces water that contains lots of salts and other impurities to flow through a high-tech thin membrane. The result of the reverse is incredibly purified water. It has rejected all impurities and salts from the system and drains clean and pure water to our faucets.
Does reverse osmosis remove minerals?
Yes, it does. More than ninety percent of all the contamination in water is removed in the reverse osmosis process. It includes essential minerals from the water supplies. It happens because these essential molecules are more extensive than water substances and cannot pass through thin membranes.
Although many people believe that minerals should be consumed through our food, not by water, the organic minerals found in plant food are good for health, and in water, it can cause health problems. According to some studies, not all minerals found in water are good for our health; moreover, a mineral’s constant intake can disturb our bodies, and we might not absorb them. The minerals in water are inorganic, and they can damage our tissues that may cause many digestion problems and other diseases like kidney stones, arthritis, diabetes, cataracts, and obesity.
It removes the minerals and damages the pH level of water, which is necessary for our body and better health. In short, reverse osmosis remove everything from water to clean no matter it is good or bad.
There is no doubt that filtration, particularly from reverse osmosis, damage the water’s nature and removes minerals. But we should never rely on it to fulfill our needs of minerals through the water. Also, you can purchase a water filter that comes with a remineralizing or alkaline filter. That will help sustain water pH level, and you will get essential minerals with the right quantity in your drinking water.