WHY CAN THE PRESENCE OF RESIDUES IN DRINKING WATER BE HARMFUL?
Naturally, your body needs a certain amount of water to stay in good shape. However, some elements in water such as arsenic can be harmful to the body. That’s why we’re talking about the risks associated with residues that can remain in drinking water, potentially creating an imbalance in your body. Because, even if these waters are most often totally controlled from a sanitary point of view, residues of harmful products can remain in the water that you drink.
The risks of water-related poisoning, the measures taken
In most countries, many measures are taken to ensure that water intended for consumption is distributed at all times. It is about providing you with sufficient water for drinking, preparing food and showering. Thus, over time, this water is subject to drinking water treatments which are continuously improved.
The processes used must not, however, alter the chemical, organoleptic and microbiological properties of the water. Despite all these precautions, there are still residues of hormones, nitrates, lead and chlorine that do find their way into your drinking water. This is why you should not limit yourself to only the treatment processes already carried out.
Contacts related to lead and chlorine in water
Residues such as lead can be present in drinking water. Exposure to lead constitutes a real health risk, in particular that of children. There are no known biological benefits to humans from lead, and in significant amounts, this metal can damage the nervous and reproductive systems and even the kidneys.
Chlorine for its part is known as an effective disinfectant, especially for swimming pools and in large quantities for industrial purposes. Generally, the harmful side of chlorine is revealed when you ingest it, inhale it or when your skin comes in contact with it in its raw form.
Fortunately, these residues are present in small quantities in drinking water, but continued exposure to low doses over the long term can be harmful to our body.
The risks of poisoning from arsenic, drugs and other substances in the water
Arsenic is a natural component of the earth’s crust and is distributed widely in the environment through air, water and land. You put yourself at risk of arsenic poisoning by drinking contaminated water or using it in food preparation. In the long term, this type of exposure can lead to chronic arsenic poisoning with effects characteristic of skin damage and skin cancer.
Nitrates can come either from human activity when they are in large quantities, and from the environment otherwise. It is as good in your tap water as in bottled water, but in more moderate quantities.
In summary, sanitary treatments carried out on water are simply aimed at keeping residues presenting risks below a certain threshold. That’s why you need to take over once this precious liquid arrives at your doorstep. Many processes have been specially designed for this purpose and among the simplest, you have the filtration systems that you can install in the shower to protect your skin. And for the rest of the house, a filtration fountain will help you limit the risk of poisoning. Finally, if you find it useful, you can use a filter bottle to bring your drinking water with you in your various activities, especially sports.
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Why filter tap water
Drinking water passes in particular through several treatment and control systems which make it possible to distribute quality tap water. However, it is necessary to filter the tap water
In this article, you will learn all about the benefits of gravity filtration, and the system of water flowing through a filter.
Use activated carbon to filter the water. The activated carbon is responsible for biodegrading and oxidizing organic matter.
Obtain Gem Water
Mineral stones have specific qualities to increase the pH of water
Ion exchange resin for removing limescale from water
Mineral stones in the Pimag waterfall
The Pimag Waterfall filtration system has a reservoir where mineral stones are placed to energize the water and make the water alkaline.
Placed on the bottom of a filter, silica sand allows the water to be filtered in depth, avoids allowing residues to pass through a system of superimposed layers and its very small size.