What is the pH of Reverse Osmosis Water?

von Water Ionizer Expert
Posted by on 0 Comments

What is the pH of Reverse Osmosis Water?

Reverse osmosis water has a pH of seven, which is neutral, when it is made. But if you leave reverse osmosis water in an unsealed container, it’s pH will drop to around 5.5, which means it has become acidic. How come the pH of reverse osmosis water drops? Because reverse osmosis water will absorb carbon dioxide right out of the air. When carbon dioxide is absorbed by water it turns into carbonic acid, and that causes the pH of reverse osmosis water to drop.

Why reverse osmosis water absorbs carbon dioxide

Reverse osmosis water is nearly pure water, and many people think that it’s purity makeswhat is the pH of reverse osmosis water image it good for you. But the surprising fact is; the purity of reverse osmosis water makes it bad for your health. Pure water will try to dissolve anything it touches, it is a powerful solvent. If you drink reverse osmosis water, then it will try to dissolve whatever it touches, inside of you!

Reverse osmosis water isn’t healthy to drink

There are actually two problems with reverse osmosis water when you drink it. The first problem is that it tries to dissolve anything it touches, that includes your body’s tissues. The second problem with it is that it has no mineral content. According to the World Health Organization, you need to get 10 - 20% of your daily needs for calcium and magnesium from the water you drink. What can happen if you drink water with no minerals in it? You can end up with heart problems, high cholesterol, and weakened bones. Reverse osmosis water can be fixed, to make it healthy to drink, you need to remineralize it.

How to make reverse osmosis water healthy to drink

You can make reverse osmosis water healthy to drink by adding a remineralization cartridge to your reverse osmosis system. These cartridges attach to the output of your reverse osmosis system. They are filled with minerals, such as coral calcium. When the water flows through the remineralization cartridge, it absorbs minerals from the cartridge and that makes the water healthier. Coral calcium is popular because it supplies calcium, magnesium, and other trace minerals that are good for your health. You can make reverse osmosis water even healthier by raising it’s pH to alkaline levels, and by adding antioxidant potential to it. To do that, you run remineralized reverse osmosis through a water ionizer and turn it into ionized alkaline water.

Reverse osmosis water + remineralization + ionization = The healthiest water in the world

Imagine turning your reverse osmosis water into antioxidant mineral spring water: The kind of water that is found in only seven places on Earth. Mineral spring water is legendary for it’s health restorative effects. People have reported amazing improvements in their health from drinking antioxidant mineral spring water for centuries. There are three things that make mineral spring water ideal for your health:

  • Supplies essential calcium, magnesium, and other minerals
  • Has acid-fighting alkalinity
  • Has antioxidant potential

    Turning reverse osmosis water into antioxidant mineral water isn’t just a dream, you do it with a water ionizer. A water ionizer separates the acidic elements in mineral water from the alkaline elements. Because of that, the pH of the mineral water increases, it becomes alkaline. The ionization process also infuses the water with antioxidant hydroxyl ions. These ions can neutralize the harmful radicals in the body that are associated with premature aging and the development of degenerative diseases like dementia.

    By remineralizing and ionizing reverse osmosis water, you turn it into antioxidant mineral water that has the same healthy properties as antioxidant mineral spring water. It’s the closest you can get to turning your reverse osmosis water system into a fountain of youth.


    Is the water you’re drinking healthy? Ask an Expert! Call us at 855 843-6506 for a free consultation

    This page was last updated at: 2017-08-19 09:37

    Related Posts

    Comments (0 Comments)

    There are no comments.

    Post Comment