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Notice for heavy hangover drinkers! Canadian scientists from the University of Toronto’s Health Network have developed a revolutionary device capable of removing alcohol from the human body.
Credit: University Health Network
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Called “Clear Mate”, the device was designed to allow alcoholic people to safely hyperventilate without the risk of fainting. For many months, a team of researchers has been testing this new device on numerous volunteers and the results are simply astounding. In fact, thanks to ClearMate, each participant’s body was able to excrete alcohol three times faster than normal. This record speed elimination system, a world first in this sector, should allow us to go even further in the coming years.
Of course, alcohol is broken down as it passes through the liver. What is less well known is that the lungs can also play an important role in its evacuation. When the blood is saturated, the human body allows it to reach the lungs to be replenished with oxygen and to expel some of the alcohol (and carbon dioxide) present in the body. This method can be accelerated by using hyperventilation, that is, breathing quickly. But there’s a problem. To date, one person who implemented this action has lost too much carbon dioxide and has been largely exposed to the blackout.
Credit: University Health Network
A mask for continuous hyperventilation
While working on the ClearMate project, Joseph A. Fischer, a scientist who is a member of the Toronto General Hospital Research Institute (TGHRI), then decided to combat this loss of carbon dioxide that prevents humans from continuously hyperventilating. For this, he came up with the idea of having the patient breathe in a mask connected to an oxygen and carbon dioxide tank. The interest? Activate hyperventilation by returning enough carbon dioxide so that the patient does not pass out and thus evacuates large amounts of alcohol without complications. “With each breath, the device is designed to allow the normal amount of carbon dioxide to escape and any excess is returned to the next breath.” Joseph A. Fischer explained to our colleagues at Gizmodo.
Credit: University Health Network
Credit: University Health Network
Fantastic isn’t it?
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