born2killspam
Well-Known Member
I have a few flyback transformer corona discharge ozone generators.. All my flybacks are internally rectified, so I use positive point dielectric separation, rather than dielectric barrier generation like NST generators typically get higher output from..
Its a pretty nice amount though.. Put inline with exhaust into a baffle area (a big cardboard box) then re-exhausted through several metal screens/scrubbies attached to the cathode.. Purpose of that is to destroy as much of the remaining ozone.. Ozone has a natural half-life of about 30 minutes in typical room conditions, but when an abundance of electrons come into play, it snaps into O2 (for the most part) pretty readily.. I've found that effective mixing before the end of the ducts to be more important than output level for actual odour killing success..
Its a pretty nice amount though.. Put inline with exhaust into a baffle area (a big cardboard box) then re-exhausted through several metal screens/scrubbies attached to the cathode.. Purpose of that is to destroy as much of the remaining ozone.. Ozone has a natural half-life of about 30 minutes in typical room conditions, but when an abundance of electrons come into play, it snaps into O2 (for the most part) pretty readily.. I've found that effective mixing before the end of the ducts to be more important than output level for actual odour killing success..