How Do You Test The Structure Of Water?

Rohan Mathew

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Structured water can be defined as water in its natural state. In the recent past, this natural state of water has deteriorated due to various human activities that inhibit the natural flow of water. These include the construction of dams and constraining water in straight pipes that de-energizes water affecting its structure. Water has also been exposed to pollutants, contaminants, and chemicals that make it dangerous for the cells of both plants and animals.

Although most of our water is unstructured, there are ways for you to test your drinking water and compare it with other sources of water out there. This article will provide you with the best tests you can use to test if your water is structured before you go on looking for the Best structured water device to help re-energize your water.

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Benefits Of Structured Water

Before going ahead with how you can test if your water is structured or not, we wanted to take you through what is believed to be the benefits of drinking structured water. According to enthusiasts, the theory behind structured water is that water is charged through vortexing which involves taking water into different directions allowing it to hold energy. The body uses this energy to recharge and hence hydrate more than regular water.

These benefits include:

  • Increases your body’s energy
  • It helps you to concentrate better
  • Promotes weight loss and weight maintenance
  • Helps improve sleep
  • Strengthens the immune system
  • It helps the body to detoxify
  • Improves our digestion which reduces constipation
  • It helps people live longer
  • Improves your skin condition
  • It stabilizes your body’s blood sugar level

Components In The Structure Of Water

Water contains several components that give it the refreshing effects we get when drinking it. To understand what methods are available for testing the structure of the water, we first need to find out what its components are.

  • Chloride Ion – The water has this component in low quantity because having it in excess can cause water to become salty, which can corrode what it comes in contact with.
  • Water Hardness – this is usually a result of salt that contains magnesium and calcium. When the hardness of water is 150-300 mg/ltr, it is referred to as the best for drinking purposes but bad for industrial use.
  • Phosphates – this is caused by contaminants from industrial effluents and agricultural waste.
  • Ammonia – This is formed by the decomposition of amino acids and protein, and it is the component that gives water taste and odor.
  • Nitrite And Nitrates – these two components are important in the structure of water. They are both needed in the body, but they should not exceed three mg/l. When running, the body oxidizes Nitrite into Nitrates and converts it into ammonia once it exceeds its limit.

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Methods Used To Test The Structure Of Water

To find out the quality of your water and how safe it is for your drinking is made easy by several methods that are listed below.

pH Testing

pH testing is an important method of testing water since it differentiates between the acidic and alkaline properties of water to avoid drinking dangerous water. As you may have known, safe drinking water should have a neutral concentration of acidity to avoid getting you sick. 

Since the two main components of water are oxygen and hydrogen, this method tries to establish the concentration of hydrogen ions in the water. It helps in recommending the most user-friendly water for both drinking and exposure to the skin.

Mineral Testing

In this method, water is tested for its quality by determining the type of minerals available together with their respective quantities. This test is important to establish the quality of water from different areas and different sources. It can help you to determine which mineral the water would need when purifying it to make it safe for drinking. This test can also help you gauge easily between hard and soft water before consuming it.

Bacteria Test

This method uses a water bacteria contaminant extracted from human feces to test if it can cause discoloration in the water. Bacteria E. Coli is the most commonly used as it poses extreme risks to the human body, especially in the urinary tract, where it forms an infection. Through this method, you will likely confirm if your water is safe for drinking or can put your health at risk.

After finding out the type of components available in your water, you can now go ahead and treat that water using the many available methods to give it the refreshing structure it lacks.