What Is Structured Water?

Water is worth it’s weight in gold.

For some countries in the future, water will be more important than gold or oil.

Structured Water

Structured water is often described as the type of flowing water found in nature’s’ rivers. It is believed to exist in a naturally organized hexagonal formation that is better efficiently used by the body.

Fact: Inside our cells, water molecules carry electrical charges, both positive and negative. These oppositely charged water molecules align with each other in a manner similar to the arrangement of cells in a battery.

Structured water, water in its natural, unprocessed state—before it has been purified, filtered, or treated with man made filters and chemicals like chlorine is known to be natural, structured water.

Water is a crucial component of every cell in your body. The structure of your cells resembles a matrix composed of various acids, including proteins. Water is interspersed between these acids, effectively bridging the gaps.

Structured water molecules within our cells might carry a higher electrical charge arranged in a specific order, which could enhance bodily functions.

The conventional water filtration processes like reverse osmosis can disrupt the natural structure of water molecules. This is the reason for the DYMA structured water filter to realign water back to its natural state.

When water loses its original structure, it can negatively impact cellular health. Specifically, the protein molecules within your cells may not function properly, leading to health issues. By filtering your filtered water through the DYMA Structured water filter, you can drink natural molecular water.

Natural Spring and River Water Replicated With DYMA Structured Water

Is Distilled water and Reverse osmosis water structured water? No, it should be restructured again with the DYMA Structured water filter. Our hand held water filter is the first on the market to offer natural structured water just like in nature’s rivers! And made with stainless steel and No plastics!

Our DYMA structured water filter is made from:

• Stainless steel made In America
• Natural rocks found in nature
• No plastics! (A recent plastic study found microplastics in every single human and animal subject. The plastic study found 330 micrograms of microplastics per gram of tissue in human samples and 123 micrograms in the dogs.)
• No batteries or power required!

This is Because the DYMA structured water filter replicates how a river filters fresh water, but in a handheld filter. It’s like brining the river to your home in a handheld device. Our filter does not need any power or batteries to work! What is in the DYMA structured water filter?

In nature, water is naturally enriched with dissolved oxygen. Similar to the aeration process used in winemaking, letting water “breathe” can trigger a transformative effect. Extensive testing of water from different sources has shown that this process enhances its properties.

Molecular Structure

1. Chemical Formula: H₂O, but structured water is known as H₃O₂.
2. Atoms: One oxygen atom and two hydrogen atoms
3. Bonding: The oxygen atom forms two covalent bonds with the hydrogen atoms.

The oxygen atom forms two bonds with hydrogen atoms, and the two lone pairs of electrons push away from these bonds. Think of these lone pairs as creating a sort of “pressure” that pushes the hydrogen atoms closer together. In an ideal situation (like a perfect tetrahedron), the bond angles would be 109.5° (as seen in methane, CH₄). However, because the lone pairs of electrons push more strongly than the bonding pairs, they compress the angle between the hydrogen-oxygen-hydrogen bonds. This results in the actual bond angle in water being about 104.5°.

Electron Pair Geometry

1. Electron Geometry: Tetrahedral, considering both bonding and lone pairs of electrons around the oxygen atom. The oxygen atom has two bonding pairs (with hydrogen) and two lone pairs of electrons.

Polarity

1. Polarity: Water is a polar molecule. The oxygen atom is more electronegative than hydrogen, creating a partial negative charge on the oxygen and partial positive charges on the hydrogen atoms. This results in a dipole moment.

Hydrogen Bonding

1. Hydrogen Bonds: Water molecules can form hydrogen bonds with each other due to the attraction between the partial positive charge on the hydrogen atom of one water molecule and the partial negative charge on the oxygen atom of another.

Water Structure

Visual Representation

1. Lewis Structure: The oxygen atom has two lone pairs of electrons and forms two single bonds with the hydrogen atoms.
   This can be represented as: H-O-H
   With the lone pairs on oxygen usually shown as pairs of dots.
2. Ball-and-Stick Model: In a three-dimensional ball-and-stick model, the water molecule appears as an angled or V-shaped structure.

Molecular Structure of Water

The molecular structure of water (H₂O) is quite fascinating. Water consists of one oxygen atom covalently bonded to two hydrogen atoms. Here’s a breakdown of its structure:

1. Bond Angles: The angle between the two hydrogen-oxygen-hydrogen bonds is approximately 104.5 degrees. This angle is slightly less than the 109.5 degrees typical of a tetrahedral arrangement due to the lone pairs of electrons on the oxygen atom.
2. Bond Type: The bonds between the hydrogen and oxygen atoms are polar covalent. This means that the oxygen atom, being more electronegative, attracts the shared electrons more strongly, giving it a partial negative charge and the hydrogen atoms partial positive charges.
3. Polarity: Due to the bent shape and the difference in electronegativity between hydrogen and oxygen, the water molecule is polar. This means it has a dipole moment, with a partial negative charge on the oxygen atom and partial positive charges on the hydrogen atoms.
4. Electron Pair Geometry: According to the VSEPR (Valence Shell Electron Pair Repulsion) theory, the electron pairs around the oxygen atom adopt a tetrahedral arrangement. However, the shape of the molecule itself is bent due to the presence of the lone pairs.

Overall, these features contribute to many of water’s unique properties, including its ability to dissolve many substances and its high heat capacity.

Water Molecule Structure

The water molecule has a bent or V-shaped geometry. This shape arises because the oxygen atom has two lone pairs of electrons that repel the hydrogen-oxygen bonds, pushing them closer together.

Join the Community!

Customize Your Dyma Structured Water Filter Media! Our structured water filter is made to be customized with your own filter rocks and media if you deem it fit! Join the community of Dyma Structured water enthusiasts who are always searching for a better combination of filter rocks to use.