When we talk about poison, we take it as a organic or inorganic compound that can kill us within a certain time. Here we are comparing low TDS water with slow poison. Some of you might not be aware of that, but it is a reality. Several researches have confirmed the health hazards of low TDS water. These hazards are listed in detail in this article and it will open your eyes about the severity of this issue. In our previous article we revealed the fact about how leaching capability of water increases by reducing its TDS, which is usually done by most RO water purifiers.
How does low TDS water become more reactive?
TDS means total dissolved solids, which includes minerals and other organic ingredients (such as some bacteria and other micro organisms) dissolved in water. These solids dissolved in water make it stable and unable to leach anything else from the containers. When TDS is lowered using RO water purifiers the reactive capability to leach chemicals increases. It makes that water absorb solids from the nearby environment such as its containers or the air coming in its contact. Low TDS water become a slow poison if its nearby elements contain any such chemical which is harmful for health.
How does leaching capability of water affects our health?
Now you know why low TDS water is slow poison for our body. If you want to save yourself from this effect then
If you want to know how much TDS level should be appropriate to drink then read our next article.
How does low TDS water become more reactive?
TDS means total dissolved solids, which includes minerals and other organic ingredients (such as some bacteria and other micro organisms) dissolved in water. These solids dissolved in water make it stable and unable to leach anything else from the containers. When TDS is lowered using RO water purifiers the reactive capability to leach chemicals increases. It makes that water absorb solids from the nearby environment such as its containers or the air coming in its contact. Low TDS water become a slow poison if its nearby elements contain any such chemical which is harmful for health.
How does leaching capability of water affects our health?
- Plastic: We all know that plastic is harmful for health, but we don't take it seriously. BPA is a harmful chemical compound present in plastic. It might harm us less when normal water is stored in it, but when you store low TDS water in it then due to higher leaching ability more BPA can be absorbed by that water. If you have a RO purifier then please notice the container. Is it made up of plastic or something else. Most of the RO purifiers use plastic containers. BPA can cause infertility in men and hormonal imbalance in body. It is severely harmful for fetus and infants.
- Heavy Metals: If the Low TDS Water is coming in contact with metal, such as a pipeline or a metal container, or the nearby air, then it can absorb some heavy metals from it which can affect our health later. If calcium and magnesium are present in water then they protect the water from absorbing heavy metals like lead and cadmium. Low TDS water have lesser amount of calcium and magnesium and makes that water prone to absorbing heavy metals.
- Leching of minerals from body: Yes, Low TDS Water can leach minerals from our own body. Instead of providing some minerals to our body, this water can leach minerals from our body and drain them out through urine which can make our body mineral deficient. Sodium and potassium are the main minerals leached in this process, which are necessary for proper functioning of our nervous system.
Now you know why low TDS water is slow poison for our body. If you want to save yourself from this effect then
- Stop using the plastic containers for your RO water storage.
- Don't store the RO water for too long as by the time time you drink it, it would have done sufficient leaching.
- Most important is to keep the TDS level of your RO high enough to provide you sufficient nutrients.
If you want to know how much TDS level should be appropriate to drink then read our next article.
Good article with detail information.
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