Title :
Ozone generation in DC-energized electrostatic precipitators
Author :
Viner, Andrew S. ; Lawless, Phil A. ; Ensor, David S. ; Sparks, Leslie E.
Author_Institution :
3M Co., St. Paul, MN, USA
Abstract :
Ozone emissions from a short wire-plate precipitator and three commercial electronic air cleaners were measured. Ozone generation was most strongly affected by the corona current and polarity of the discharge electrode. To a lesser extent, the type of corona (i.e. whether tuft or glow) was also important. Water vapor seems to reduce the ozone emission rate for negative corona, but ozone emissions from positive coronas are relatively unaffected. Ozone emission rate was also affected by the radius of the discharge electrode
Keywords :
corona; electrodes; electrostatic precipitators; ozone; DC; O3; corona current; discharge electrode; electronic air cleaners; electrostatic precipitators; glow; ozone emission rate; ozone generation; polarity; tuft; Air cleaners; Corona; Electrodes; Electrostatic precipitators; Equations; Helium; Industry Applications Society; Plasmas; Protection; Sparks;
Journal_Title :
Industry Applications, IEEE Transactions on