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Ferenc Beneczki

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With ozone and UV-C light against mold in cold rooms

The axonometric diagram below shows the cooling process of a cold room. Most cold rooms have a closed ventilation system. The air remains circulated in the room. Cold air blows out from the evaporator. As it circulates through the room, it relatively warms up, brought back into the evaporator, and chilled once more before starting the cycle anew.

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Grease removal and odor control for commercial kitchens

Ozone (O₃) is created naturally from oxygen (O₂), and it is also created in our devices with the help of 185 nm UV light. Through photolysis, nascent oxygen atoms are formed from the diatomic oxygen molecules in the air, which combine with the oxygen in the air to form ozone, which then strongly oxidizes the volatile organic compounds (VOCs), neutralizes unpleasant odors and disinfects the air.

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R-Swing rotating disc for aerosol aftertreatment

It cannot be a coincidence that the new standard omits the separation efficiency test, as the composition of the particle size distribution of kitchen aerosols can vary greatly depending on the cooking device, cooking process, type of kitchen operation (canteen, restaurant, etc.) and the distance from the point of origin.