FIELD: chemistry.
SUBSTANCE: electroozoniser, having a barrier-type discharge device in an ozone-resistant common housing, said discharge device being connected to a high voltage power supply, a ventilation system, according to the invention, has a cooling device in form of a Peltier element with cooling efficiency which is double the power of the barrier-type discharge device. The housing of the electroozoniser has a bypass tube which links the inlet and outlet parts of the housing. The Peltier element is placed inside the bypass tube and the ventilation system is placed at the inlet and outlet of the bypass tube.
EFFECT: high parametric reliability of the barrier-type electroozoniser and stability of its parameters.
1 dwg
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Authors
Dates
2011-09-20—Published
2009-09-02—Filed