19th Ave New York, NY 95822, USA

Hepavent HV EU test

For healthcare


Portable, Plug & Play
with quadruple air exchange and maximum flow rate.
PLC Control
7" Touch Panel
Low Energry Cost
Compact Design
Plug and Play
Low Sound Level
Well Filtering
Radial EC Fan

Effectiveness At Inactivating 99,95% OF


Protect employees health in health facilities
Prevents microbial contamination
Reduce cross contamination

Suggested for food product contact to Improve product shelf life
Reduce PM1 and PM2.5 , Less Asthma and Allergy Suffering

Healthier Indoor Environment, Less Odour
Completely Silent , Low Power Consumption
Meets WHO / CDC / ECDC air filtration guidelines

• Thanks to its high collection efficiency of submicronic particles and to its strong electric field, the ESP filter has an elevated antibacterial power and is active on pollen,
fine dust, toner, mold, smog, viruses, bacteria and tobacco smoke.

• The special high dosage UV-C lamp in the HV kills bacteria, viruses, moulds and other primitive organisms in a safe and efficient manner.

Activated charcoal is an absorbent filter that will retain certain vapors passing through it to filter odors or chemical gases which kept viruses hanging in the air for a long time.



Additional Benefits ;

• The integrated PLC control will make its use and programming
• Filters status and alarms on screen
• Plug & Play, Easy to install
• Easy to service and cleaning
• UVC filter life counter/alarm
• Low pressure drop – the air flow through the filters is maintained for a long time
• EC type high efficiency fan with variable speed control
• Double panel insulated with 30mm thick rock wool and silencer

The HV EU offers a low Life Cycle Cost (LCC) thanks to low energy consumption, long life of the air filters, minimal downtime and low service costs.

Application ;

While HV EU air cleaners are used in areas such as HV models, they are additionally used in places where the risk of virus and disease transmission is very high like hospitals.
It is preferred in busy areas where long-term use and long filter life is required.

For Healthcare


Record Indoor Air quality Data to avoid risks

Why we suggest Smart Control ?

JUST TOUCH IT TO CONTROL IT : The intelligence of the Smart Control is easily and intuitively controlled via the touch screen’s user interface. Smart models have precise PM2,5 sensor measures the number of particles in the air. So you can datalog air quality with 7″ touch panel control unit. When in automatic mode, the ventilator adapts to the current air quality indicating with;
The integrated smart display also indicates the maximum partical size currenlty being filtered as well as the remaining lifetime of the filter.

The fine dust room sensor is designed
to measure and transmit indoor
concentrations of PM2,5
(Concentrations of fine particulate matter)

Specifications ;
* 7″ Touch panel
* PLC control
* Air quality indicator PM2,5 (Fine Dust Room Sensor)
* Datalog transfering with USB port
* PC connection with RJ45 cable
* Particle measurement and storing particle data monthly / yearly
* Automatic working mode according to air quality (PM2,5)
* Time schedule
* Password protection
* 6 speed fan control / Auto mode
* ESP filter status/alarm
* UVC filter life counter/alarm

Monitoring and Datalog

the Concentrations of fine particulate matter

Monitoring allows air quality specialists to collect data on interior conditions, identify source issues, and formulate solutions for mitigating problems.
Monitoring can also serve to ensure that solutions have been successful.
USB 2.0 interface, You can transfer data to USB stick
Logging rate: 15 seconds
LCD confirms logger operation and displays near real-time measurement data
On-screen alarms notify you when a sensor reading exceeds set thresholds
When memory full, automatically delete first date & time
Factory calibrated

And this is how you get to further information:

For more detailed information  on Hepavent, simply download the brochure.



Kill viruses with Hepavent Air Purifiers

Electrostatic Filtering Technology
Thanks to its high collection efficiency of submicronic particles and to its strong electric field, the Electrostatic filter technology has an elevated antibacterial power and is active on pollen, fine dust, toner, mold, smog, viruses, bacteria and tobacco smoke.The contaminants, according to their size, can enter inside our body and wear out certain organs. Among the most dangerous airborne substances we find Coronavirus and Legionella, very topical problems that cause millions of deaths every year. With electrostatic filters this problem is eliminated as pollen, dust mites, fungus and other contaminants are captured and inactivated.

The efficiency of bacterial elimination is 98-99% ;
* Airborne bacteria, like Micrococcus luteus
* Yeasts like, Rhodotorula rubla
* Bacillus anthracis
* Molds and microbes present in natural air spectrum

The Hygiene Institute of Berlin has certified that electrostatic
filters are able to remove from the air the airborne bacteria,
yeasts and molds with an efficiency between 98% – 99%.

Our system with electrostatic filters is made of ionized aluminum active plates. It is composed of a treatment system which separates the airborne particles. Contaminating particles which go through the system are attached to electrodes. By this means, while going through the system the particles are charged and attached to the electrodes regardless of their size. Eventually, any kind of contaminated air is given back to the environment after it was cleaned through the system.
In our electrostatic filter there is a special power source and electric setting which increases electrostatic charges. In this system voltage (volt) and resulting current (mA) ionizes the particles. A extensive electric field is created on the filter surface to capture the particles. This feature prolongs the time for the filter to get dirty. Electrostatic filters are very effective at capturing very small (<1 micron) particles, fibers and biological materials and they do not lose their filtering capacity as contaminants accumulate in time. Power consumption is very low (about 4.7W for 1000m3 air circulation). Efficiency is maintained through entire process cycle. Because it takes longer for the filter to get dirty, it is possible to schedule periodic maintenance services. Using a mild detergent, the aluminum electrostatic filter can simply be washed by the user, and then be put into service when it is dry. Our product, which comprises high tecnology ESP (Italy) module is in infinite EN 16890 filter class.

Germicidal UVC Lamps

The special high dosage UV-C lamp in the HV kills bacteria, viruses, moulds and other primitive organisms in a safe and efficient manner. There are a number of things that Hepavent have got right in the design that other manufacturers of UVC air purifiers have typically got wrong. UVC Chamber : UVC air purifiers are all about delivering a dose of energy that can penetrate the DNA or RNA of micro organisms to damage the strands so that the spore, bacteria or virus is rendered incapable of replication. That dose has two contributing factors. UVC intensity and time of exposure that the airborne micro organisms have to the UVC. The ranges cleverly locates its UVC lamps in the biggest void space in the unit which is where the air comes into the machine. This makes that UVC chamber and therefore the exposure time to the UVC energy as long as possible. That is brilliant when you consider that many UVC air purifiers in the market do not even have a UVC chamber! UVC Dose: With the combination of lamps and the UVC chamber size, the UVC dose is very high and this is good news because it means that it will deactivate many of the problem micro organisms including MRSA, influenza, SARS , Covid -19 and TB to as near to 100% as matters, in one pass. The air in air conditioning and ventilation systems is the ideal transport medium for microorganisms such as bacteria, mold spores, yeast, algae, protozoa and viruses. In particular, water-bearing and moist parts of ventilation and air conditioning systems such as dehumidifiers, air washers and circulation spray humidifiers, in combination with appropriate conditions, form the ideal breeding ground for microbial growth. Even the latest filter technology is unable to prevent contamination of HVAC systems in the long term. On the contrary: Filters themselves can represent foci of germs. The contaminated air is then transferred unhindered to the office and administration buildings, clinics, laboratories or the production and sales rooms of the food industry – to name just a few sensitive areas – via air conditioning and ventilation. This can lead to malaise or even illness. Employees or patients are endangered unnecessarily, laboratory results are affected. Contamination cannot be prevented.

To prevent this, we filter with Hepavent UVC lamp chamber;

• Prevention of germ contamination in HVAC systems up to 99%
• Ensuring the hygiene requirements of VDI 6022
• Ensuring working and test conditions in laboratories
• Reduce the risk of contamination in office administration buildings and meeting places
• Almost maintenance-free
• UV disinfection has many advantages over chemical disinfection. It does not produce toxins, volatile organic compounds and dangerous by-products.
• With UVC lamp, which radiates at 253.7nm wavelength in Hepavent, it inactivates by attacking the DNA of bacteria, virus, amplicons and other microbes emerging after PCR. UVC light penetrates the microorganism cell content and disrupts the structure of the DNA molecule. It does this by destroying genetic information in DNA.

Radiation Doses for Inactivating Various Viruses
Activated Granule Carbon
Activated charcoal has a massive surface space, which can be utilized to hold large amounts of gases.
This type of filter is an absorbent filter that will retain certain vapors passing through it to filter odors or chemical gases which kept viruses hanging in the air for a long time.
Indoor Air Quality is Critical to Patient and Worker Safety
Clean air is vital in hospital and healthcare facility operations to protect patients, staff and visitors from airborne diseases and infections, as well as to provide a comfortable, healthy and odour-free environment. The indoor air quality in the facility, referring to the air breathed by the building’s occupants, is of primary importance because of patients’ suppressed immune systems, making them more susceptible to adverse health effects. Poor indoor air quality ranks as one of the top five environmental risks to public health.

The air inside your building can contain:

• Moulds, spores, pollens
• Carbon monoxide, radon, volatile organic compounds (VOCs)
• Bacteria, viruses and by-products
• Vehicle engine exhaust, exhaust from industrial plants
• Asbestos, clays, elemental particles and man-made fibres

Activated carbon has special properties that allow it to remove volatile organic compounds (VOCs), odors, and other gaseous pollutants from the air. It
accomplishes this in a way that is different from other air purifiers like HEPA that only filter particle pollution from the air. Carbon air filters trap gas
molecules on a bed of charcoal, a process that has a surprisingly colorful history. Here you will dive deep into how they work.

The UVC frequency is not the type of UV that creates ozone and hydroxyls. This means that the UVC will not treat odours and volatile organic compounds on
the airflow. The carbon filter stage however will capture these gaseous contaminants without the use of ozone.

Media is composed of a combination of activated alumina and other binders, in spherical, porous pellets. Potassium permanganate is impregnated to this
media combination in order to provide optimum adsorption, absorption, and oxidation of various gaseous contaminants. Potassium permanganate is applied
uniformly during pellet formation and is distributed throughout the pellet volume. This process provides the maximum amount of impregnant for chemical reaction
and optimal performance. Targets acidic gases, volatile organic compounds, deactive molecular weight organics.

Target contaminants include;

• Formaldehyde
• Hydrocarbons (VOCs)
• Hydrogen sulfide
• Lower molecular weight aldehydes and organic acids
• Nitric oxide
• Nitrogen dioxide
• Sulfur dioxide

Our gas phase filters provides a stronger adsorption capacity for compounds (such as hydrogen sulfide, mercaptans, sulphur dioxide, chloride,hydrogen chloride, nitrogen
oxides, formaldehyde and ammonia) which are not adsorbed as strongly by general active carbon filters. System’s gas phase carbon filter can be used for a broad range
of chemicals. The load factor capacity index shows the approximate amount of toxic substance which the filter can adsorb. When a 10 kg filter has an index of “4”, it
means that up to 50%, i.e. 5 kg toxin can be adsorbed.The index doesn’t indicate the filters efficiency and the approximate weight of contaminant which can be adsorbed.