Portable Hydrogen Inhalation Therapy Machine For Home

Hydrogen inhalation therapy machines work by delivering a mixture of hydrogen gas and oxygen for inhalation. Here’s a basic overview of how they typically operate:

1. Hydrogen Generation: The machine contains a hydrogen generator, which produces hydrogen gas through a process called electrolysis. During electrolysis, water (H2O) is split into its component parts, hydrogen (H2) and oxygen (O2), using an electrical current. The hydrogen gas generated is then collected and stored for inhalation.
2. Mixing with Oxygen: The hydrogen gas produced is typically mixed with oxygen to create a breathable mixture. This ensures that the inhalation therapy is safe and well-tolerated by the user.
3. Delivery to User: The mixed hydrogen and oxygen gas is delivered to the user through a mask or nasal cannula. The user inhales the gas mixture, allowing the hydrogen to be absorbed into the bloodstream through the lungs.
4. Therapeutic Effects: Once absorbed into the bloodstream, hydrogen gas may exert various therapeutic effects in the body. These effects are still being studied but may include antioxidant properties, anti-inflammatory effects, and modulation of cellular signaling pathways.
5. Monitoring and Control: Hydrogen inhalation therapy machines often include monitoring and control features to ensure safety and optimal delivery of the gas mixture. This may include adjustable flow rates, safety alarms, and sensors to monitor gas concentrations.

Overall, hydrogen inhalation therapy machines offer a non-invasive and potentially beneficial approach to delivering hydrogen gas for therapeutic purposes. However, it’s essential to use these machines under the guidance of a healthcare professional and follow the manufacturer’s instructions for safe and effective use.

You can inhale hydrogen as long as you’d like because if the body does not need the hydrogen anymore, it is naturally emitted. For the patients with severe conditions, 5~8 hours of hydrogen inhalation therapy (over 1,200 CC/min gas generated) per day would be recommended. There have been many cases where hydrogen inhalation for over 6 hours daily benefitted patients with brain-related diseases, including Parkinson’s and for treating COVID-19 patients.

There’s generally about 0.001g of hydrogen in 1L of water. This is equivalent to one tiny dust particle. Scientifically, at the room temperature, the maximum amount of hydrogen that can be dissolved to 1L of water is 0.0016g (1.6 mg). With this said, when you inhale the hydrogen with H-1200, 30-min of inhalation is equivalent to drinking 18,000 bottles of 2L “hydrogen water.” If you are planning to consume hydrogen for health purposes, you must intake hydrogen via inhaling in its natural gas form.

Hydrogen acts as a powerful antioxidant agent to revert excessive ROS and signaling mechanisms among the molecular leveled cells.

Hydrogen acts as a powerful antioxidant agent to revert excessive ROS and signaling mechanisms among the molecular leveled cells.

After you inhale hydrogen, the activity of parasympathetic nervous system increases and this effect reaches its maximum point after first 30-min. (Reference: The Acute Effect of Hydrogen Inhalation on the Body, Katsuhiro K.)

In the market, there are devices that separate hydrogen and oxygen and allows the individual to inhale only hydrogen. Such devices can only generate small amount of hydrogen and when you only inhale hydrogen at 99.99%, there would be a higher tendency that you may get hypoxia. With the device that generates both hydrogen and oxygen, the inhaled gas is 66.66% hydrogen and 33.33% oxygen, so if you inhale them at a large amount, you would not have any risk. At the medical fields in Japan, the latter ones are being used to inhale hydrogen safely.

Some people automatically correlate hydrogen to an explosion. For the hydrogen to explode, it has to be stored in a sealed container at a very high pressure. An explosion happens when the seal breaks and inflammables are working together.
However, the pressure level (1 atm) of the distribution pathway of hydrogen generated by the hydrogen inhalation device is the same as the atmosphere (1 atm). The generated hydrogen is inhaled or emitted to the atmosphere, so it is not stored in the device. Also, hydrogen does not get burned when it is at a concentration state between 4% to 75% and at less than 582℃.

Ozone (O3) is not included in the gas.
If O3 is generated, it has a strong tendency to bind with the hydrogen to turn to water and oxygen, so the device does not generate O3.
O3 + H2 = H2O + O2

According to the study on “the effect of hydrogen-oxygen inhalation on chronic fatigue after intensive exercise,” it has shown a lasting effect of not getting tired after a day of inhaling the hydrogen-oxygen gas.