Users sometimes notice that the oxygen smells different from hypoxic air at different times during their session.
Why does ‑O2 air smells different early in the LiveO2 session?
During early training, users notice that the +O2 air (high oxygen) smells very fresh and nice while the hypoxic air is warm and less pleasant. Over time they notice that the sensation of breathing the hypoxic air changes to be more desirable.
There are 3 reasons for this:
- Oxygen-rich air always smells fresh because it is processed by a molecular sieve which prevents all molecules larger than O2 from passing. The filter is literally small enough to reject N2, or nitrogen gas from passing. This means all environmental agents that can cause odor will be filtered out of O2 source;
- Breathing oxygen-rich air enables the scent-detection organ in the nose to re-sensitize. When you switch back to room air, you will notice odors that you could not notice before. When you switch to hypoxic, these odors are slightly more concentrated than in ambient, room, air.
- Any environmental odor agents larger than a O2 molecule will concentrate in the ‑O2 gas. This often enables the user to “smell” more from the environment because the air separation process concentrates these substances.
Our normal training has beginner users breathe mostly oxygen until they improve their general conditioning. This usually means most users do not use the hypoxic ‑O2 air source until the air separator unit has run for over 20 hours.
This run time enables the air separation unit to completely flush out manufacturing residue. Our manufacturing burn-in is 5 – 8 hours.
Why does ‑O2 air have an odor later in my session?
Some users report that while they train on ‑O2 in repeating hypoxic sessions, especially with the premium mask (larger mask cavity), they note that the air has an increasing odor as their workout progresses.
This is detoxification. As the vascular system opens up, blood reaches areas of the body that formerly had poor circulation. This occurs often to first-time users users have not never trained, or not trained in a longer period of time.
Approximately 1/2 of all LiveO2 new users will off-gas volatile toxins stored in their cells.
There is the physiological scenario:
- User starts workout on oxygen only smells normal or fresh;
- First hypoxic interval smells normal — air smells warmer but has no particular odor;
- User progresses during session to more aggressive workout;
- As exertion increases vascular system opens up to restore blood flow to areas of the body which formerly accumulated toxins — especially during hypoxic ‑O2 exertion challenges;
- Vasodilation and pulse pressure maximize pulse pressure at distal capillary ends, which during switch to oxygen open up;
- During the normal series of hypoxic switches — blood washes through formerly stagnant areas of the body;
- Volatile waste products either absorbed from the environment, or cellular waste products, as yeast, or in extreme cases formic acid, where necrosis (cell death) was underway, are carried by the blood to the lungs;
- During inhale (vacuum in lungs), volatile substances, from the blood cross the alveolar membrane into the air, which is subsequently exhaled; A fraction of the volatile toxins persist in the mask body prior to next inhale;
- User inhales residual toxins which persist in the mask cavity, which when inhaled smell like:
- Yeast
- DEET — bug repellent
- Perfumes
- Gasoline or fuel residue
- Any volatile the user has come into contact
- Death smell — When this happens part of your body was decaying — It is unpleasant but you very likely
- User perceives odor — but it is part of detoxification process;
- User continues workout and as the former body-toxins vent until the area clears.
- Next use at same workout level does not produce this effect, except for sometimes a yeast smell
Solution: Continue workout until smell clears. This restores blood flow and enables the body to restore optimal function. These odors indicate that your body is returning to health. They will stop after your body eliminates the substances that cause them.