ETC Group S.r.l. Sole Shareholder
Industrial area Pirano, Tavullia
Str. Delle Campagne, 10
61010 Tavullia PU - ITALY
Tel.
+39 0721 1839937
+39 0541 955062
+39 0541 1646150
WhatsApp-web +39 373 7755779
E-Mail DEPARTMENTS
informazioni@etcgroupsrl.biz
commerciale@etcgroupsrl.biz
tecnico@etcgroupsrl.biz
contabilita@etcgroupsrl.biz
VAT and Tax Code: IT 04083110405
Reg. of companies of Pesaro N. REA - PS – 196574
- Scrubbers for Wood-fired Ovens
- Scrubbers for Electric Ovens
- Scrubbers for Charcoal Grills
- Stainless Steel Exhaust Fans
Hoods with UV lamps for odor treatment of kitchen hoods in catering
Maximum Hygiene and Air Purification in HVAC Systems
The 253.7 nm negative ion photocatalyst is an advanced air sterilization system designed to be installed inside air filters within HVAC ducts (Heating, Ventilation, and Air Conditioning systems).
Thanks to the combined action of UV-C radiation at 253.7 nm and photocatalysis, this device ensures highly effective air sanitation, eliminating viruses, bacteria, mold, volatile organic compounds (VOCs), and unpleasant odors.
* The published trademarks belong to their rightful owners.
LINE UV-c Control
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Eliminate cooking odors in a simple way and without excessive energy expenditure
THE FUNCTIONS OF UV-C LAMPS
UV-C lamp systems for kitchen exhaust hoods
UV-C lamps are devices capable of emitting ultraviolet light; in addition to this, they are constructed so that the wavelength produces ozone O3, making them ozone generators. It is precisely these two elements, Ozonization and UV light, that perform the functions required by these devices:
– Ultraviolet light and ozone break down grease particles suspended in the air, preventing them from accumulating along the ducts or in the exhaust hood, which could pose a significant fire risk.
– Ozone chemically interacts with the grease particles themselves, oxidizing them. This ensures that the particles lose any unpleasant odor.
The UV-c hood combines the effectiveness of traditional filtering systems with the efficiency of UV lamps generating ozone to reduce odors and grease. The incoming airflow, after passing through the labyrinth filters, reaches the UV lamps, and the generated ozone reacts with the grease and odors, significantly reducing their number.
CLEANING AND MAINTENANCE
The maintenance of a UV system requires approximate cleaning every 300 hours performed with a cloth soaked in detergent. UV lamps have a lifespan of about 6000 hours after which they lose their effectiveness.
THE FUNCTIONS OF UV-C LAMPS
UV-C lamp systems for kitchen exhaust hoods
UV-C lamps are devices capable of emitting ultraviolet light; in addition to this, they are constructed so that the wavelength produces ozone O3, making them ozone generators. It is precisely these two elements, Ozonization and UV light, that perform the functions required by these devices:
– Ultraviolet light and ozone break down grease particles suspended in the air, preventing them from accumulating along the ducts or in the exhaust hood, which could pose a significant fire risk.
– Ozone chemically interacts with the grease particles themselves, oxidizing them. This ensures that the particles lose any unpleasant odor.
The UV-c hood combines the effectiveness of traditional filtering systems with the efficiency of UV lamps generating ozone to reduce odors and grease. The incoming airflow, after passing through the labyrinth filters, reaches the UV lamps, and the generated ozone reacts with the grease and odors, significantly reducing their number.
CLEANING AND MAINTENANCE
The maintenance of a UV system requires approximate cleaning every 300 hours performed with a cloth soaked in detergent. UV lamps have a lifespan of about 6000 hours after which they lose their effectiveness.
THE FUNCTIONS OF UV-C LAMPS
UV-C lamp systems for kitchen exhaust hoods
UV-C lamps are devices capable of emitting ultraviolet light; in addition to this, they are constructed so that the wavelength produces ozone O3, making them ozone generators. It is precisely these two elements, Ozonization and UV light, that perform the functions required by these devices:
– Ultraviolet light and ozone break down grease particles suspended in the air, preventing them from accumulating along the ducts or in the exhaust hood, which could pose a significant fire risk.
– Ozone chemically interacts with the grease particles themselves, oxidizing them. This ensures that the particles lose any unpleasant odor.
The UV-c hood combines the effectiveness of traditional filtering systems with the efficiency of UV lamps generating ozone to reduce odors and grease. The incoming airflow, after passing through the labyrinth filters, reaches the UV lamps, and the generated ozone reacts with the grease and odors, significantly reducing their number.
CLEANING AND MAINTENANCE
The maintenance of a UV system requires approximate cleaning every 300 hours performed with a cloth soaked in detergent. UV lamps have a lifespan of about 6000 hours after which they lose their effectiveness.
Negative Ion Photocatalyst for Air Ducts: Air Sanitization and Purification
Advanced Duct Sanitization: Negative Ion Photocatalyst Technology
Negative Ion Technology for Air Ducts: Clean and Hygienic Air
Air Duct Purification: The Power of Negative Ions
Negative Ions and Photocatalysis: A Solution for Air Conditioning Ducts
Innovative Sanitization: Negative Ion Photocatalyst for HVAC Ducts
Dust and Odor Removal in Air Ducts: Negative Ion Technology
