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Ultra-Pure Deuterium-Depleted Water

Lowest 5ppm on Earth

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deuterium depleted water

Deuterium Depleted Water (DDW)

Ultra-Low Deuterium Water for Cellular Energy and Wellness

Hue Light’s Deuterium Depleted Water (DDW) offers one of the lowest deuterium concentrations available, providing a pure hydration solution aimed at enhancing cellular function and overall wellness.

  • Ultra-Low Deuterium Levels: Available in concentrations as low as 5 ppm, significantly lower than the typical 145–155 ppm found in regular water. 
  • Supports Cellular Energy: Reduced deuterium levels may help optimize mitochondrial function, potentially enhancing energy production at the cellular level. 
  • Natural Composition: Maintains essential minerals and organic matter, ensuring the water’s natural integrity while reducing deuterium content. 
  • Multiple Packaging Options: Available in various sizes, including 500ml (5 ppm), 1L (78 ppm), and 2L (10 ppm), to suit different consumption needs.
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    deuterium depleted water

    Water with Lowest Deuterium Concentration on Earth

    Drinking deuterium depleted water helps optimize cellular energy and reduce deuterium interference.

    What is Deuterium?

    Deuterium is “heavy hydrogen,” because it contains one more neutron than its ‘normal’ state. All water on Earth, including fresh and saltwater, all contain about 145-155 parts per million (ppm) of deuterium. In addition, plants, animals and the human body contain an average of 155 ppm of deuterium. Many physiological studies have found that as humans age or their immune systems weaken, deuterium in the human body is a main growth factor for abnormal cell growth such as inflammation and tumor.

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    Heavy Water vs Regular Water

    Hydrogen is the most common element on Earth and exists as a molecule in the food and water we consume everyday. Any hydrogen we inhale or ingest have antioxidant effects on our blood, organs, and DNA.

    Deuterium however, is not as common. Deuterium is also known as ‘heavy hydrogen’ because it has one more neutron than regular hydrogen.

    Water that contains high levels of deuterium is no different from regular water in taste and appearance, but there is an important chemical difference. For example, the boiling point of regular water is 100°C, while that of heavy water is 101.4°C, and the freezing point of regular water is 0°C, while that of heavy water is 3.8°C. Also, ice made entirely from deuterium water is heavier than regular ice, causing it to sink immediately in water.

    Deuterium Depleted Water Top Features

    1

    Ultra-Low Deuterium Levels

    • As low as 5 ppm (vs. 150 ppm in regular water)
    • Precisely controlled deuterium-to-hydrogen ratio

    2

    Unique Physical Properties

    • Maintains familiar water behavior while offering enhanced molecular precision
    • Exhibits unique thermal and density properties, subtly different from standard water

    3

    Available Concentrations

    • 5 ppm (500ml) – Highest purity
    • 10 ppm (2L) – Balanced daily use
    • 78 ppm (1L) – Maintenance level

    4

    Designed for Innovation

    • Supports research in biophysics and cellular health
    • Used in longevity and wellness studies
    • Ideal for precision-focused applications

    5

    Technical Specifications

    • Non-radioactive (stable isotope)
    • Molecular structure designed to be lightweight and efficient
    • Contains a single neutron per atom, offering unique isotopic stability

    Health Benefits of the Deuterium Depleted Water

    Supports Cellular Health

    Minimizes deuterium interference in mitochondrial function

    Anti-Aging Effects

    May slow cellular aging linked to high deuterium levels

    Metabolic Support

    Promotes healthier cell replication & energy production

    Potential Immune Boost

    Emerging research suggests benefits for immune regulation

    Isotopes of Hydrogen: Deuterium and Tritium?

    Hydrogen is the most abundant element in the universe and the lightest of all elements. Each hydrogen atom typically contains just one proton in its nucleus—no neutrons. It’s the essential building block of water (H₂O) and a critical element in our daily lives, from the water we drink to the organic molecules that make up our bodies.

    Deuterium, also known as “heavy hydrogen,” is a naturally occurring, stable isotope of hydrogen. It has one proton and one neutron in its nucleus, making it twice as heavy as regular hydrogen. Though present in small amounts in water (about 150 ppm), deuterium plays an important role in scientific research, nuclear energy, and advanced technologies such as OLED displays and NMR spectroscopy.

    Tritium is a rare, radioactive isotope of hydrogen with one proton and two neutrons in its nucleus. It forms naturally in the atmosphere and is also produced in nuclear reactors. Tritium emits low-energy beta radiation and is used in self-luminous signs and nuclear fusion research, but it raises environmental concerns when released into oceans, such as in the Fukushima nuclear incident.

    Learn More About Tritium

    In a 75 kg human body, which contains about 50 kg of water, approximately 10 grams of deuterium are naturally present. While deuterium occurs in small, safe amounts, physiological studies have shown that high concentrations can be harmful—infertility may occur when 25% of the body’s water contains deuterium, and survival drops to about a week at 50%. Aquatic organisms like fish and tadpoles cannot survive in environments with 90% deuterium water. Despite these biological effects at high levels, deuterium is highly valuable in scientific and industrial fields. It is used to slow down neutrons in nuclear reactors, supports detailed imaging in Nuclear Magnetic Resonance (NMR) spectroscopy, and plays a key role in producing blue light sources in OLED technology. Today, deuterium-depleted water (DDW), with concentrations as low as 5 ppm, is also gaining attention in health, clinical, and research applications due to its unique properties.

    SOURCE: NAVER KNOWLEDGE ENCYCLOPEDIA – PHYSICS

    2L.
    Deuterium Content 10 ppm

    1L.
    Deuterium Content 78 ppm

    500ml.
    Deuterium Content 5 ppm

    Deuterium Depleted Water

    For detailed information on purchasing heavy water and related research materials.

    Learn More

    Experience the Future of Hydration with Ultra-Pure Deuterium-Depleted Water

    Our precision-engineered Deuterium Depleted Water offers the lowest deuterium concentrations on Earth (as low as 5 ppm), backed by advanced isotopic science. Featuring unique physical properties and nuclear-grade purity, it’s designed for research, longevity science, and metabolic optimization.

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    Testimonials

    “

    “Having attended numerous workshops throughout my career, I can confidently say that your Hue Light Masterclass stands out as one of the most profound and comprehensive experiences I've had. As a passionate Neurologist committed to improving patient outcomes, I have always been inclined toward traditional treatment methods. However, Hue Light not only provided me with invaluable knowledge but also allowed me to personally experience the remarkable efficacy of their cutting-edge technology.
    Inspired by the transformative impact of the Hue Light Masterclass, both personally and professionally, my wife, who is my business manager, and I have made the momentous decision to establish a new Interventional Neuro Rehab center. This decision stems directly from the insights gained and the unwavering belief we now have in the power of these innovative treatments. We are incredibly grateful for the knowledge and inspiration imparted during the masterclass, as it has propelled us to embark on this exciting new venture that will positively impact countless lives.”

    Dr. Syed Asad MDNeurologist
    “

    “It is with genuine enthusiasm that I reflect upon the masterclass orchestrated by Dr. Ghen on the subject of Hue Light technology. The depth and breadth of Dr. Ghen's didactic presentation were rivaled only by the hands-on experiential learning which he so skillfully facilitated. The technology presented to us stood out not just in its remarkable construction but also in its sheer ease of use and its myriad of scientific advantages. Hailing from Central and South America, we've often encountered challenges when trying to implement new technologies. Yet, this masterclass has imbued us with the confidence to expand our horizons, with the knowledge that these products will serve as the shining beacons in our growth journey. In today's world, it is indeed rare to encounter products that not only meet but surpass their descriptions. Our heartfelt thanks to Dr. Ghen for an enlightening experience that will undoubtedly shape the future of our ventures in the region.”

    Nicolas PeñaCEO
    “

    “This was such a gift. I have my energy back, I feel like myself, and I know I’m going to continue to see improvement.”

    Star WaltersTriathlete
    “

    “After getting on the light bed, inhaling the hydrogen and getting in the hyperbaric chamber, I feel relaxed and so much more energized! I came in with a tremendous amount of soreness and inflammation, and I feel like that’s all left!”

    Kevin DonoghueSpartan Race Pro
    “

    “I stopped the medication for the last 3 or 4 days. Without the medication, my tremor was unbearable, but at the moment it’s pretty controlled with more and more treatments I get. I feel like even if I take the medication the dosage frequency will be a lot less.”

    Yi-Jeong KimTreatment Testimonial
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    FAQs

    What exactly is deuterium depleted water?

    DDW is ultra-purified water processed to remove deuterium (heavy hydrogen), achieving concentrations as low as 5 ppm compared to 150 ppm in regular water. It’s produced through advanced fractional distillation and isotopic separation techniques.

    How is DDW different from regular or filtered water?

    Unlike standard filtration, DDW undergoes specialized isotope removal processes that:

    • Alter fundamental physical properties (higher boiling/lower freezing points)
    • Reduce molecular weight by ~20%
    • Maintain strict isotopic purity levels

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