Water is the essence of life, yet its many properties remain widely misunderstood—especially the fascinating phenomenon of structured water. Following the overwhelming response to my previous article on magnetized water, it's evident there's a deep thirst for more accessible information. Many of you sent in questions that showed a keen interest in understanding not just the 'what' but the 'how' and 'why' of structured water. So, in this follow-up article, I'm diving deeper into the waters of knowledge to simplify the concept of structured water and address your most common questions.
What is structured water?
Each water molecule comprises one oxygen and two hydrogen atoms, forming the well-known H2O. But there’s more to these molecules than meets the eye. Each one behaves like a tiny magnet, possessing a "dipole" nature. This means they have a mini magnetic personality with a negative and positive side, akin to how magnets have a north and south pole.
Now, imagine each water molecule as a tiny dancer, looking for the perfect partner to click into a harmonious hexagonal dance formation. This is not random clustering; it's a precise molecular ballet. In nature, this dance is choreographed by the environment itself—water flows over rocks, whirls around bends, and tumbles down waterfalls, creating swirling vortexes that organize these molecules into a structured pattern, known as hexagonal or structured water.
Is structured water good for you?
Structured water is more than just a scientific curiosity; it represents how water becomes highly bioavailable, meaning it is more effective at hydrating and nourishing living cells. This natural structuring enhances the water's solvency and its ability to deliver nutrients and remove waste products from our cells more efficiently. Here’s a practical way to think about it: We need our water to be hydrating, not just irrigating. If we’re merely consuming large amounts of unstructured water, it rushes through our bodies without being properly absorbed, much like irrigation water runs off without nourishing the soil. This can actually lead to dehydration despite the high volumes consumed. Structured water, with its organized molecular alignment, penetrates cells more effectively, ensuring that hydration goes beyond just intake—it becomes absorption and nourishment.
In our homes, we can mimic this natural process by introducing movement and magnetism to water. When we use magnets to structure water, we are not just randomly placing them; we are creating a dynamic environment similar to the energetic patterns found in nature. As the water passes through a magnetic field arranged around pipes or containers, it begins to spin subtly. This vortex, much like those found in a lively river, helps the water molecules align into their natural, most beneficial formation.
Answering your questions about structured water
Structured water is a key part of my daily health routine, and I understand the importance of making it accessible and practical for everyone. Let’s tackle your burning questions on how to bring structured water into your life.
Where in your plumbing should you place magnets to structure water?
Where you place magnets in your plumbing matters when it comes to structuring your water. Think about how water flows through your pipes: every sharp turn and sudden bend can disrupt the structured state we're aiming for by breaking the magnetic bonds between molecules. To effectively restructure your water, it's best to set up magnets in positions that optimize their impact. Here is a list of the key points to structure your water.
Key Placement Points:
Main Water Line:Â Ideally, install magnets where your water supply enters your home. This setup ensures all water, regardless of its use in your home, is structured from the outset.
Under the Kitchen Sink:Â For those who use tap water directly for drinking and cooking, placing magnets here ensures the water is structured just before use, enhancing its beneficial properties.
Refrigerator Water Filtration System:Â Adding magnets to the water line feeding into your refrigerator ensures that the dispensed water is structured, improving both taste and hydration quality.
Pools and Hot Tubs:Â Magnets on the supply lines to pools and hot tubs can improve water quality, potentially reducing the need for chemicals and enhancing the water's feel.
Additional Considerations for Apartment Dwellers and Travelers: For those in less permanent settings or with less control over their plumbing, such as apartments or when traveling, placing the magnets on any accessible pipes, especially the ones under the kitchen sink is the way to go. This method allows anyone, regardless of their living situation, to benefit from structured water. Moreover, carrying a set of magnets while traveling can transform the water in any hotel room or vacation rental into structured water.
In my home, I use freshly harvested spring water, which naturally possesses a structured form. However, to ensure all water used in my home is of the highest quality, I have installed magnets on the main water supply. If I moved to an area where spring water isn’t readily available, I would replicate this setup at key points such as under the kitchen sink and on the refrigerator’s water system to ensure the water is optimally structured for every use.
Can you use magnets on any type of pipe?
Absolutely! The beauty of using magnets to structure water is their versatility. It doesn't matter whether your pipes are copper, plastic, or any other material—the magnets work just the same.
How to attach the magnets to your pipe
Attaching the magnets to your plumbing is simple and effective. For permanent setups, such as on your water main, duct tape is your best friend. Its strong adhesive allows you to "set it and forget it," ensuring that your water remains structured without ongoing adjustments. For less permanent solutions or where aesthetics are a concern, electrical tape offers a clean and easy alternative.
What type of magnets do you need to structure water?
Choosing the right magnets is crucial for effective water structuring. For most pipes, medium or large biomagnetism grade magnets are ideal. These should have a surface gauss of over 1000 to ensure they are strong enough to impact the water's structure effectively. For smaller pipes, such as those attached to refrigerator water filtration systems, small biomagnetism grade magnets are sufficient.
Please be cautious of misleading advertising regarding magnet strength. Many magnets on the market claim to be suitable for biomagnetism but fall short in performance. I've addressed this issue in a video where I test some of the most popularly advertised biomagnetism magnets, demonstrating that they do not meet the necessary strength requirements. I recommend purchasing from trusted suppliers who specialize in therapeutic magnets to guarantee you get the full benefits of structured water. It's essential to ensure the magnets you use have the correct surface gauss—this isn't just about the pull force but the magnetic field's strength at the surface, which is what interacts with the water.
Can you structure hot water?
No, you cannot structure hot water. Heat disrupts the structured arrangement of water molecules, causing them to move too vigorously for any magnetic bonds to hold. Therefore, structuring water before it enters your hot water heater or on the hot water pipe proves ineffective. The energy transfer during heating dismantles any organized patterns previously created.
For example, if you structure water and then use it to boil beans or make tea, the heat will break the magnetic bonds that were established. Although soaking beans in structured water might aid in absorption due to its enhanced properties, the benefits are lost once the water is heated. This is why structured water should only be used at temperatures below the point where significant molecular agitation occurs—typically well below boiling, around 100 degrees Fahrenheit.
Does water need to be flowing to be structured?
Absolutely, the flow of water is essential for structuring. Structured water is not just about the presence of magnets; it's about the dynamic movement they induce. Just as rivers and streams structure water naturally through continuous movement and interaction with the environment, the same principle applies to structuring water with magnets at home.
When water flows past the magnets arranged around a pipe, it enters a state of vortex—a swirling motion that mimics natural watercourses. This movement is crucial because it allows the water molecules, which are polar, to align in a hexagonal pattern that defines structured water. Without this flow, the magnetic fields cannot create the necessary environment for structuring. Therefore, it's not just about placing magnets; it’s about ensuring they interact dynamically with moving water to replicate the natural structuring process found in rivers and springs.
Does structuring water purify it?
No, structuring water does not purify it. While structuring organizes water molecules into a hexagonal pattern, enhancing hydration and bioavailability, it does not remove contaminants like bacteria, viruses, or chemicals. For safe drinking water, it's essential to use proper filtration methods alongside structuring if the source is questionable.
Can you tape magnets to the sides of a water purifier to structure water?
No, simply attaching magnets to the sides of a countertop filtration system like a Berkey or Brita will not structure the water. Structured water requires movement to create the vortex necessary for organizing the water molecules into a structured state. Static water sitting in a filtration system doesn’t provide the dynamic environment needed for this process.
However, if you have already structured your water using magnets on your plumbing, you can pour this structured water into your filtration system. The structured state of the water will be maintained even after filtration, allowing you to enjoy the benefits of structured water that has been purified.
Does placing a single magnet under a glass of water structure the water?
No, placing a single magnet under a glass of water will not structure it. Structuring water requires more than just aligning molecules directionally; it necessitates a dynamic process involving movement, specifically a vortex. A single magnet under a glass simply aligns the water molecules temporarily without creating the necessary conditions for true structural change. Thus, a static setup like this cannot achieve structured water.
Is structured water the same as hydrogen water?
No, structured water and hydrogen water are not the same. Structured water refers to the arrangement of water molecules into a specific, organized pattern, improving hydration. Hydrogen water, on the other hand, involves dissolving additional hydrogen gas into water, which proponents claim can provide antioxidant benefits.
Is structured water the same as alkaline water?
No, structured water is not the same as alkaline water. Structured water refers to the molecular arrangement of water into a hexagonal pattern. Alkaline water, meanwhile, refers to water with a higher pH level than regular drinking water, which means it is less acidic and contains alkalizing compounds like calcium, magnesium, and potassium. The terms "structured" and "alkaline" describe different properties: one relates to molecular organization, and the other to pH level and mineral content.
Is structured water the same as distilled water?Â
No. Distilled water differs significantly from structured water. Distillation involves heating water to create steam, which is then cooled back into a pure liquid form, devoid of any minerals or contaminants. This process strips away the natural minerals, resulting in water that is clean but nutritionally depleted.
Make Every Drop Count
As we wrap up, remember that structured water is more than just a concept—it's about enhancing your daily hydration in a way that mimics nature’s own methods. It's simple: better water, better health. By integrating structured water into your routine, you're not just hydrating; you're revitalizing your body at a cellular level.
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