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TV Show

GreenBiz with Marco Columbro

aired on SKY

(full episode)

ETC

GROUP

TV

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Feature    Value
Filter height    50 cm
Extractor height    44 cm
Total height    94 cm
Filter depth    56 cm
Width    62 cm
Cold water supply    1/2"
Condensate drain to sewer    1"
Inlet diameter    Ø 150 mm
Outlet diameter    Ø 140-150 mm
Feature

Value

Filter height50 cm
Extractor height44 cm
Total height94 cm
Filter depth56 cm
Width62 cm
Cold water supply1/2"
Condensate drain to sewer1"
Inlet diameterØ 150 mm
Outlet diameterØ 140-150 mm
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Technical Data Sheet

User Manual

HIGH TEMPERATURE

ASPIRATORS

+300°

Code. INOX.4.EBR280

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BECOME

RESELLER

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ETC Group S.r.l. Sole Shareholder  

Industrial area Pirano, Tavullia

Str. Delle Campagne, 10

61010 Tavullia PU​ - ITALY

For truck route click Here 

 

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

- Soot Scrubbers​

​- Hoods without Chimney

- Water-operated Hood 

​- Scrubbers for Wood-fired Ovens

- Scrubbers for Electric Ovens

- Scrubbers for Charcoal Grills

- Ozone Generators​

- Filters for Kitchen Hoods

- Stainless Steel Exhaust Fans

- Active Carbon Purifiers​

- Electrostatic Filters

- Boxed Exhaust Fans​

- Arturo Purifier

- Water Pump

- Privacy Policy

- Cookie Policy

- Hood with UV-C Lamps

 

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1665734

Ionizer CARPE DIEM

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SANITIZER FOR ENCLOSED SPACES

The Carpe Diem air purifier is an innovative solution based on TiO2 technology photocatalysis; Negative ions; UV-C spectrum to create areas of clean air with low virus and volatile pollutant content wherever needed.


● Protects customers, patients, guests, and employees by significantly reducing the risk of infection.


● Protects employees from fine dust pollution in the workplace.


● Protects materials, electronics, and machines from dirt and malfunctions due to dust.

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Power Supply: 220 volts

Negative Ions: 100 mln cmq

UV-C Lamp: 254 µm

Ozone: 10 gr/h (remote controlled)

TiO2: photocatalysis through UVC rays and the surface of the device, certified photocatalysis agglomerate.

DOWNLOAD

THE DATA SHEET

eyJpdCI6ImNhcnBlIGRpZW1lIHNpc3RlbWkgZGkgc2FuaWZpY2F6aW9uZSBwZXIgYW1iaWVudGkgZGkgY2FzYSAiLCJlcyI6ImNhcnBlIGRpZW1lIElvbml6YWRvciBkZSBhaXJlOiBlbCBt6XRvZG8gZGVmaW5pdGl2byBwYXJhIGNvbWJhdGlyIGxvcyBjb250YWdpb3MgZW4gZXNwYWNpb3MgY2VycmFkb3MifQ==carpe diem sanitation systems for home environments ozone home environment sanitization systems

Concentration of negative ions (ions per cm³ air)

 

Small closed room 20

Car 10-20

Polluted city 40-400

Inhabited place 150

Before a thunderstorm 800

Countryside 1500

After a thunderstorm 2000-2500

Forest 3000

Mountain air 2000

Seaside 4000

High mountain 1500-8000

At the foot of a waterfall 40,000

Desired at least 1000

- Tio2

 

Previous studies have shown that the concentration of VOCs inside confined environments is, in some cases, 5 times higher than the concentration of outdoor pollution (A.P. Jones, 1999). The health effects due to exposure to volatile organic compounds depend on the duration of the exposure itself, the frequency of exposures, the type, and the concentration of the pollutant. Frequent and prolonged exposures to volatile organic compounds such as benzene, p-dichlorobenzene, chloroform, methylene chloride, etc., can lead to the development of tumors. Given the previous considerations, the study of the reduction of these compounds in confined environments with innovative techniques is of considerable importance. The secret lies in the oxidative process of photocatalysis for which titanium dioxide (TiO2) is responsible, which, in the presence of light (ultraviolet rays), attracts and retains H2O molecules (humidity) naturally present in the air, capturing fine dust and with it nitrogen oxide. An oxidation process that already occurs naturally but that photocatalysis accelerates, promoting faster decomposition and preventing the accumulation of harmful substances.

 

 

- Negative ions 100 million per cm²

 

- http://www.ipurificatoriaria.it/index. php?option=com_content&view=article&id=1 45&catid=2 Già nel 1930, Dessauer scoprì che i IAN

 

As early as 1930, Dessauer discovered that negative ions positively influence our health. In 1940, Tchijevski, a Russian researcher, demonstrated that completely deionized air quickly leads to death. Since then, thousands of studies have been published by universities and medical research centers worldwide on the benefits of air ionization on human health. All concluded that air ions are essential to "clean the air" and "improve our health." Air ions can even electrically charge air contaminants, which consequently aggregate and settle on ground surfaces. They can also oxidize volatile molecules, deodorizing the atmosphere. Negative ions have been shown to help our body rebalance, activate, and strengthen some essential functions, such as body oxygenation and the immune system, regulate some essential mechanisms, such as the production of neurohormones and blood circulation, and improve our psychological health. Negative ions are therefore as important as vitamins and trace elements, even at low concentrations, and are thus considered "the vitamins of the air"! The higher their concentration in the air, the cleaner the air and the higher the oxygen concentration in our body. Near the "Iguaçu" waterfalls in Argentina, the highest concentration of air ions in the world was found, about 8 million negative ions/cm³. Studies have shown that people living in this area almost never get sick. On the other hand, people living in polluted areas, devoid of negative ions, are more exposed to physical and mental illnesses.

- Ozone Ozone can be used as a safe and effective agent to improve air quality, an essential condition for sanitizing environments. The use of ozone ensures the control, if not the complete elimination, of the majority of pollutants present in the air (dust, gases, viruses, bacteria, molds, spores) that very frequently develop in air conditioning systems and ventilation ducts, from which they are conveyed into the surrounding environments. Ozone has a high oxidizing power, which allows it to quickly neutralize the most resistant pathogens, while its peculiarity of quickly reconverting into oxygen without leaving residues makes ozone the ideal disinfectant agent for the latest sanitation needs. - UV-C Typically, germicidal lamps used in sterilization systems have a dominant emission around the wavelength of 253 nm (nanometers). Components with a wavelength below 250 nm are generally filtered to prevent the risk of ozone production. In these cases, the lamp is defined as "ozone free." If UV components with a wavelength below 250 nm are not shielded, safety procedures to prevent ozone exposure, indicated in the "Ozone Treatment" paragraph, must also be implemented. UV-C radiation has the ability to modify the DNA or RNA of microorganisms, preventing them from reproducing and thus being harmful. For this reason, it is used in various applications, such as the disinfection of food, water, and air. In vitro studies have clearly demonstrated that UV-C light is capable of inactivating 99.99% of the influenza virus in aerosol (44,45). The virucidal and bactericidal action of UV-C rays has been demonstrated in studies on the MHV-A59 virus, a murine analogue of MERS-CoV and SARS-CoV-1. Application to droplets containing MERS-CoV resulted in undetectable levels of the MERS-CoV virus after only 5 minutes of exposure to the UV-C emitter (a percentage reduction greater than 99.99%) (46) and were also effective in sterilizing blood samples (47). In particular, the inactivation of over 95% of the aerosolized H1N1 influenza virus was demonstrated using a nebulizer capable of producing aerosol droplets of sizes similar to those generated by human coughing and breathing. The study by Bedell et al. (46) describes experiments concerning the efficacy studies of a rapid, efficient, and automated surface disinfection method based on UV-C radiation, potentially capable of preventing the spread of viruses in healthcare facilities. The limit values set by current regulations regarding the use of germicidal lamps with UV-C emission 180-250 nm have recently been confirmed by SCHEER (Scientific Committee on Consumer Safety) in relation to the evidence that accidental exposure to UV-C generated by germicidal lamps in this wavelength range can cause severe erythemal damage, burns, and severe forms of photokeratitis and photoconjunctivitis in subjects unknowingly exposed even for short periods (SCHEER - Health effects of UVC lamps 2017)(51)​