H2O2 ...O3
Both are similar oxidizers using the same principle, an extra Oxygen
atom looking for a partner to become O2.
Either one will burn your socks off in a high enough concentration.
Ode
At 12:27 PM 7/7/2009 +0900, you wrote:
P.S. If ozonated water reacts with pathogens in a manner similar to
H202, then this method would, in my opinion be potentially dangerous, as
would nebulizing H202 itself.
If ozonated water does NOT react in this manner, the concept may be
worth a closer look.
On Tuesday, Jul 7, 2009, at 10:52 Asia/Tokyo, Jonathan B. Britten wrote:
Again, this is pure speculation, and it's obvious to anyone with half a
brain that unstable oxygen in liquid could not possibly perform
identically to gaseous oxygen as a carrier of EIS.
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