Product
Product
HydroVitality is laboratory tested and academically proven
HydroVitality is laboratory tested and academically proven
HydroVitality creates a mixture of oxygen and hydrogen gasses called oxyhydrogen. The product utilises a process called electrolysis by using electricity and a catalyst.
The purpose behind the device is oxyhydrogen inhalation therapies and oxyhydrogen water to minimise the impact of chronic disease and strengthen the immune system. Everyone can improve their quality of life by reducing inflammation and oxidative stress.
So far, our clients have indicated that HydroVitality can improve the range of motion and condition of the skin, reduce muscle pain and recovery periods from exercise, improve respiratory capacity and soothe coughs, reduce fatigue and anxiety, and help with relaxation and sleep.
HydroVitality is the only device for oxyhydrogen therapy made in Britain that is used for UK medical research.
Academics at the University of West of England have been analysing the therapeutic efficacy of the product since 2020, with the most recent publication demonstrating the anti-cancer properties of our therapy.
We can back up our claims with research conducted using our devices.
Specification
Specification
Touch screen control enabling customised therapy durations of one, three or six hours.
Distilled water capacity of 1 litre with refilling required approximately every 60 hours.
Extended operation up to 16 continuous hours a day.
Compact and lightweight design, weighing 9kg with the following dimensions 30.5cm x 31cm x 25 cm.
Consistent production output of 1000ml/min
Compliant with ISO 9001:2015, ISO 13485:2016, ISO 14971:2019, BS EN 61010-1:2010 + A2:2019 and EN 61326-1:2021.
Gas purity of 99.9%
Gas output pressure 0.2bar
Oxygen concentration: 817.304 (ppm)
Hydrogen concentration: 1666.550 (ppm)
Low electrical consumption of 7amps
Touch screen control enabling customised therapy durations of one, three or six hours.
Distilled water capacity of 1 litre with refilling required approximately every 60 hours.
Extended operation up to 16 continuous hours a day.
Compact and lightweight design, weighing 9kg with the following dimensions 30.5cm x 31cm x 25 cm.
Consistent production output of 1000ml/min
Compliant with ISO 9001:2015, ISO 13485:2016, ISO 14971:2019 and BS EN 61010-1:2010 + A2:2019.
Gas purity: 99.9%
Gas output pressure: 0.2bar
Oxygen concentration: 817.304 (ppm)
Hydrogen concentration: 1666.550 (ppm)
Low electrical consumption of 7amps
Features
HydroVitality is durable, efficient and reliable.
The product is a unique combination of wet and dry electrolysis cell designs, which enables a stable and high production rate of oxyhydrogen gas using low current. This feature allows extended and uninterrupted use without additional cooling or noise.
There are integrated safety features that control the electrolysis process, and the only consumable is distilled water. The product will automatically stop working if it detects any irregularities.
Most other devices on the market use proton exchange membranes (PEMs) to generate hydrogen for therapeutic use. The disadvantage of those types of devices are their reliance on the membrane that separates the hydrogen from the oxygen. Their production efficiency reduces when these membranes get blocked, and their replacement is often expensive and time consuming.
Some PEM devices combine the oxygen and the hydrogen to release them as a mixture, but this methodology does not guarantee a consistent proportion of the gases. If someone inhales too much oxygen, they are at risk of hyperoxia which is a form of toxicity that can adversely affect many people. Conversely, if someone inhales too much hydrogen, they are at risk of hypoxia, which is a form of oxygen deficiency that can cause chest pain and shortness of breath. Consistent proportions of oxygen and hydrogen are vitally important for the therapy to provide optimum therapeutic value consistently.
HydroVitality does not have a proton exchange membrane. Instead, the product produces a gas mixture consisting of 33% oxygen and 66% hydrogen every single time. Regardless if the device has been used for 1 hour or 500 hours, the proportion of oxygen and hydrogen is always the same. The presence of hydrogen in the gas mixture adds therapeutic value and prevents oxidative toxicity, whilst the presence of oxygen prevents hypoxia. What all of this means is that people can safely experience the benefits of both oxygen and hydrogen.
Features
HydroVitality is durable, efficient and reliable.
The product is a unique combination of wet and dry electrolysis cell designs, which enables a stable and high production rate of oxyhydrogen gas using low current. This feature allows extended and uninterrupted use without additional cooling or noise.
There are integrated safety features that control the electrolysis process, and the only consumable is distilled water. The product will automatically stop working if it detects any irregularities.
Most other devices on the market use proton exchange membranes (PEMs) to generate hydrogen for therapeutic use. The disadvantage of those types of devices are their reliance on the membrane that separates the hydrogen from the oxygen. Their production efficiency reduces when these membranes get blocked, and their replacement is often expensive and time consuming.
Some PEM devices combine the oxygen and the hydrogen to release them as a mixture, but this methodology does not guarantee a consistent proportion of the gases. If someone inhales too much oxygen, they are at risk of hyperoxia which is a form of toxicity that can adversely affect many people. Conversely, if someone inhales too much hydrogen, they are at risk of hypoxia, which is a form of oxygen deficiency that can cause chest pain and shortness of breath. Consistent proportions of oxygen and hydrogen are vitally important for the therapy to provide optimum therapeutic value consistently.
HydroVitality does not have a proton exchange membrane. Instead, the product produces a gas mixture consisting of 33% oxygen and 66% hydrogen every single time. Regardless if the device has been used for 1 hour or 500 hours, the proportion of oxygen and hydrogen is always the same. The presence of hydrogen in the gas mixture adds therapeutic value and prevents oxidative toxicity, whilst the presence of oxygen prevents hypoxia. What all of this means is that people can safely experience the benefits of both oxygen and hydrogen.
Features
HydroVitality is durable, efficient and reliable.
The product is a unique combination of wet and dry electrolysis cell designs, which enables a stable and high production rate of oxyhydrogen gas using low current. This feature allows extended and uninterrupted use without additional cooling or noise.
There are integrated safety features that control the electrolysis process, and the only consumable is distilled water. The product will automatically stop working if it detects any irregularities.
Most other devices on the market use proton exchange membranes (PEMs) to generate hydrogen for therapeutic use. The disadvantage of those types of devices are their reliance on the membrane that separates the hydrogen from the oxygen. Their production efficiency reduces when these membranes get blocked, and their replacement is often expensive and time consuming.
Some PEM devices combine the oxygen and the hydrogen to release them as a mixture, but this methodology does not guarantee a consistent proportion of the gases. If someone inhales too much oxygen, they are at risk of hyperoxia which is a form of toxicity that can adversely affect many people. Conversely, if someone inhales too much hydrogen, they are at risk of hypoxia, which is a form of oxygen deficiency that can cause chest pain and shortness of breath. Consistent proportions of oxygen and hydrogen are vitally important for the therapy to provide optimum therapeutic value consistently.
HydroVitality does not have a proton exchange membrane. Instead, the product produces a gas mixture consisting of 33% oxygen and 66% hydrogen every single time. Regardless if the device has been used for 1 hour or 500 hours, the proportion of oxygen and hydrogen is always the same. The presence of hydrogen in the gas mixture adds therapeutic value and prevents oxidative toxicity, whilst the presence of oxygen prevents hypoxia. What all of this means is that people can safely experience the benefits of both oxygen and hydrogen.
How to use the product in any indoor setting
How to use the product
How to use the product
For oxyhydrogen inhalation:
1. Turn on HydroVitality using the button on the front.
2. Select the therapy duration using the screen.
3. Wait for the device to start glowing blue.
4. Wait for the bubbles to appear in the water filter.
5. Connect the nasal cannula to the water filter.
6. Put on the nasal cannula and relax.
For oxyhydrogen inhalation:
1. Turn on HydroVitality using the button on the front.
2. Select the therapy duration using the screen.
3. Wait for the device to start glowing blue.
4. Wait for the bubbles to appear in the water filter.
5. Connect the nasal cannula to the water filter.
6. Put on the nasal cannula and relax.
For oxyhydrogen water:
1. Turn on HydroVitality using the button on the front.
2. Select the therapy duration using the screen.
3. Wait for the device to start glowing blue.
4. Wait for the bubbles to appear in the water filter.
5. Connect the water filter to the oxyhydrogen jar.
6. Wait 15 minutes and drink the water.
For oxyhydrogen water:
1. Turn on HydroVitality using the button on the front.
2. Select the therapy duration using the screen.
3. Wait for the device to start glowing blue.
4. Wait for the bubbles to appear in the water filter.
5. Connect the water filter to the oxyhydrogen jar.
6. Wait 15 minutes and drink the water.
For oxyhydrogen water:
1.Turn on HydroVitality using the button on the front.
2. Select the therapy duration using the screen.
3. Wait for the device to start glowing blue.
4. Wait for the bubbles to appear in the water filter.
5. Connect the water filter to the hydrogen jar.
6. Wait 15 minutes and drink the water.
Why oxyhydrogen and not oxygen or hydrogen?
Pure oxygen inhalation therapy can lead to hyperoxia, which is a form of toxicity that poses a risk to many individuals and can cause lung damage and oxidative stress. Academia does not agree on the therapeutic value of oxygenated water, meaning it could be toxic in excessive quantities.
Pure hydrogen inhalation therapy can lead to hypoxia, a form of oxygen deficiency that poses a risk to many individuals and can cause cognitive impairment along with decreased coordination. Academia agrees on the therapeutic value of hydrogen water, but current research methodology uses magnesium tablets that reduces the oxygen concentration of the water. This means that hydrogen water is likely to lead to hypoxia if consumed excessively.
Oxyhydrogen inhalation provides the therapeutic value of oxygen and hydrogen whilst alleviating hypoxia-related conditions and the risk of hyperoxia, as supported by the clinical data from the COVID-19 pandemic. Using HydroVitality to create oxyhydrogen water increases the hydrogen content in the water whilst also providing oxygen. Elevating the concentration of both components in the water is likely to provide higher therapeutic value when compared to hydrogen water. Most importantly, you cannot drink too much oxyhydrogen water.
Why oxyhydrogen and not oxygen or hydrogen?
Pure oxygen inhalation therapy can lead to hyperoxia, which is a form of toxicity that poses a risk to many individuals and can cause lung damage and oxidative stress. Academia does not agree on the therapeutic value of oxygenated water, meaning it could be toxic in excessive quantities.
Pure hydrogen inhalation therapy can lead to hypoxia, a form of oxygen deficiency that poses a risk to many individuals and can cause cognitive impairment along with decreased coordination. Academia agrees on the therapeutic value of hydrogen water, but current research methodology uses magnesium tablets that reduces the oxygen concentration of the water. This means that hydrogen water is likely to lead to hypoxia if consumed excessively.
Oxyhydrogen inhalation provides the therapeutic value of oxygen and hydrogen whilst alleviating hypoxia-related conditions and the risk of hyperoxia, as supported by the clinical data from the COVID-19 pandemic. Using HydroVitality to create oxyhydrogen water increases the hydrogen content in the water whilst also providing oxygen. Elevating the concentration of both components in the water is likely to provide higher therapeutic value when compared to hydrogen water. Most importantly, you cannot drink too much oxyhydrogen water.
Why oxyhydrogen and not oxygen or hydrogen?
Pure oxygen inhalation therapy can lead to hyperoxia, which is a form of toxicity that poses a risk to many individuals and can cause lung damage and oxidative stress. Academia does not agree on the therapeutic value of oxygenated water, meaning it could be toxic in excessive quantities.
Pure hydrogen inhalation therapy can lead to hypoxia, a form of oxygen deficiency that poses a risk to many individuals and can cause cognitive impairment along with decreased coordination. Academia agrees on the therapeutic value of hydrogen water, but current research methodology uses magnesium tablets that reduces the oxygen concentration of the water. This means that hydrogen water is likely to lead to hypoxia if consumed excessively.
Oxyhydrogen inhalation provides the therapeutic value of oxygen and hydrogen whilst alleviating hypoxia-related conditions and the risk of hyperoxia, as supported by the clinical data from the COVID-19 pandemic. Using HydroVitality to create oxyhydrogen water increases the hydrogen content in the water whilst also providing oxygen. Elevating the concentration of both components in the water is likely to provide higher therapeutic value when compared to hydrogen water. Most importantly, you cannot drink too much oxyhydrogen water.
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Office:
Church Street
Wakefield, West Yorkshire
WF1 5QY United Kingdom
© 2024 Water Fuel Engineering Ltd.
Office:
Church Street
Wakefield,
West Yorkshire
WF1 5QY
United Kingdom
© 2024 Water Fuel Engineering Ltd.
Office:
Church Street
Wakefield, West Yorkshire
WF1 5QY United Kingdom
© 2024 Water Fuel Engineering Ltd.