Most households in India depend on borewell water for their daily needs. From drinking to cooking, washing to cleaning, borewell water is used for all purposes.
Borewell water is slightly different from surface water. It comes from underground and passes through layers of soil and rocks before reaching the borewell. Due to this, borewell water is considered to be naturally pure. However, this is not always true. Not all borewells are safe to use.
This raises an important question for many households: Is borewell water safe to drink? In this article, we will understand the common contaminants found in borewell water, the possible health risks, and the importance of water testing and purification solutions.
Common contaminants found in borewell water
The biggest issue is that groundwater may contain contaminants that cannot be seen or noticed by taste.
(a) High TDS and hardness
Borewell water usually contains a lot of minerals, which can increase the TDS (Total Dissolved Solids) level. Because of this, the water may sometimes taste slightly salty or even metallic. In the long run, very high mineral levels may increase the chances of kidney stones in some people. Another common problem is that white scale starts building up on utensils, taps, and pipes, and it is often difficult to remove.
(b) Fluoride
In many parts of India, borewell water can contain higher levels of fluoride. If the fluoride level is above the safe limit, it can cause yellow or brown stains on teeth. In the long term, it may also weaken bones, a condition known as fluorosis.
(c) Iron
Iron is also commonly found in borewell water. It is usually easy to identify. If the water appears yellow or reddish in color, has a metallic taste, or leaves brown stains on bathroom fixtures, it may contain excess iron. While the health risk is usually low, it can affect the taste and overall quality of the water.
(d) Bacteria and germs
If the borewell is shallow or located near a sewage system, bacterial contamination may occur. Harmful bacteria in water can cause stomach infections, diarrhea, and other waterborne illnesses.
Potential health risks of drinking untreated borewell water
Drinking borewell water without purification or testing can increase the risk of health issues. Water that contains high mineral content may not cause immediate health problems, but consuming it for a long period of time can lead to certain health concerns.
- Excessive hardness or high TDS levels may contribute to digestive discomfort or kidney stone formation in some individuals.
- Bacterial contamination can lead to immediate health problems such as stomach infections, vomiting, diarrhea, or fever.
- Children, elderly people, and those whose immunity (the body’s ability to fight diseases) is weak can get such infections more easily.
Why water testing is important
The safest way to determine whether borewell water is suitable for drinking is through proper water testing. A laboratory test can identify the presence and levels of important parameters such as TDS, pH level, hardness, fluoride, iron, and bacteria.
- A TDS test shows how many dissolved minerals are present in the water. If the TDS level is balanced, the water usually tastes better and is also safer to drink.
- The pH level tells whether the water is more acidic or more alkaline. If the pH is too low or too high, it can affect both the water quality and the plumbing system.
- A bacterial test is also very important because harmful bacteria cannot be detected just by looking at the water or tasting it.
That is why regular water testing helps families understand the quality of their borewell water and decide which type of purifier or filter is needed.
Simple purification solutions for borewell water
If borewell water is not suitable for drinking, using a water purifier can help make it safer. The type of filtration you need usually depends on the kind of impurities present in the water.
RO (Reverse Osmosis) water purifiers: These types of purifiers are required for areas where the quality of borewell water is high in TDS content. In these purifiers, water is passed through a special RO membrane to remove impurities such as salts, metals, and other impurities from water.
UV (Ultraviolet) purifiers: Sometimes the bigger concern is bacteria and microorganisms in the water. In that case, UV purification can be useful. U These systems are effective in preventing waterborne diseases caused by microbial contamination.
In some homes, additional filters such as iron removal filters, sediment filters, or activated carbon filters are also used. These filters help remove specific impurities and can also improve the taste and smell of the water.
Conclusion
Borewell water may look clear, but that does not always mean it is safe to drink. In many areas, groundwater can contain a high amount of minerals. Sometimes bacteria can also be present in the water even though it looks clear.
Because of this, it is a good idea to check the quality of borewell water from time to time. Basic tests like TDS, pH level, and bacteria testing can give a better idea about whether the water is fine for drinking or if some kind of treatment is needed.
If you need support with RO installation, repair, or servicing, you can also contact Aquadrink in Kanpur. Our technicians provide doorstep service in Kanpur and nearby areas such as Lucknow and Unnao, helping people keep their water purifiers in good working condition.
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