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Out to lunch
^ "Catalytic Heaters
Catalytic heaters generate heat through a flameless catalytic reaction involving propane and oxygen. The catalytic heater generates heat by bringing the propane and oxygen (air) into contact with a platinum catalyst. A chemical reaction then occurs in which the propane and oxygen are converted primarily into carbon dioxide and water vapor. During the chemical reaction, heat is also released. The chemical reaction occurs at a temperature well below the flame temperature of typical infrared radiant heaters. In order to start the reaction, the fuel and air mixture must be ignited by an external heat source, such as a spark or pilot light."
CO EMISSIONS FROM A PORTABLE PROPANE CATALYTIC HEATER, United States Consumer Product Safety Commission 2003
--http://www.cpsc.gov/LIBRARY/FOIA/FOIA05/os/CO03.pdf
The vape doesn't necessarily use platinum as the catalyst, but the process is the same.
Catalytic heaters generate heat through a flameless catalytic reaction involving propane and oxygen. The catalytic heater generates heat by bringing the propane and oxygen (air) into contact with a platinum catalyst. A chemical reaction then occurs in which the propane and oxygen are converted primarily into carbon dioxide and water vapor. During the chemical reaction, heat is also released. The chemical reaction occurs at a temperature well below the flame temperature of typical infrared radiant heaters. In order to start the reaction, the fuel and air mixture must be ignited by an external heat source, such as a spark or pilot light."
CO EMISSIONS FROM A PORTABLE PROPANE CATALYTIC HEATER, United States Consumer Product Safety Commission 2003
--http://www.cpsc.gov/LIBRARY/FOIA/FOIA05/os/CO03.pdf
The vape doesn't necessarily use platinum as the catalyst, but the process is the same.