Bactericidal recirculators in Odessa

Bactericidal recirculators are essential for ensuring biological safety in indoor environments. In this article, we examine the technical aspects of recirculator operation, their differences from traditional quartz lamps, and the parameters that help select an effective device for specific operating conditions with delivery across Ukraine.

What is a bactericidal recirculator and where it is used in Odesa

A bactericidal recirculator is a device for air disinfection that operates on the principle of forced convection. Inside the enclosed housing are ultraviolet lamps and a ventilation unit. The device draws air inside, where UV-C radiation destroys up to 99.9% of pathogenic microflora. It is important to note: while a recirculator works with air masses, for deep disinfection of surfaces (furniture, floors), open-type quartz irradiators are more effective, but only in unoccupied rooms.

Differences between recirculators and open-type bactericidal lamps

The main feature of a recirculator lies in its design. The ultraviolet radiation source is completely enclosed within a sealed housing. This allows the device to operate safely in the presence of people, animals, and plants without the risk of eye or skin damage.

Unlike standard quartz lamps, modern recirculators are equipped with ozone-free lamps made of uviol glass. This technology prevents the formation of toxic ozone in the air, eliminating the need for mandatory ventilation after the disinfection cycle.

Main areas of application

As a rule, bactericidal recirculators are used in the following types of premises:

• Medical facilities: maintaining sterility in dental offices, laboratories, and reception departments.
• Office spaces: reducing virus concentration during seasonal epidemics, helping maintain team productivity.
• Residential houses and apartments: protecting family members, especially children and allergy sufferers, from bacteria and mold spores.

For deep sterilization of interior items and textiles, compact quartz sterilizers can also be used, complementing the air purification system.

How to choose a recirculator by power and room volume

Determine the required purification speed by selecting the appropriate airflow capacity. A model with a capacity of 100 m³/h is optimal for standard bedrooms or small offices. For spacious offices or rooms with high ceilings, a capacity of 200 m³/h is recommended to prevent air stagnation.

Evaluate the required level of disinfection intensity. The processing time for 1 m³ of air ranges from 20 seconds to 8 minutes. If many people are constantly present in the room, choose high-performance systems with a short processing cycle. For home use, medium-capacity devices operating in the background are sufficient.

Select the lamp configuration according to your needs from the Bactosfera catalog. Systems can be equipped with 1 to 6 lamps with power ratings of 15W or 25W.

Safety measures when using recirculators

Maintenance includes monitoring the lamp lifespan, which is typically 8,000–9,000 hours. After this period, the radiation intensity decreases, and the lamp must be replaced even if it continues to glow. It is mandatory to clean protective grilles and filters from dust quarterly, as dust blocks airflow and reduces system efficiency.

Advantages and effectiveness of recirculators for residents of Odesa

For coastal regions with high humidity, a recirculator is also an effective way to combat mold fungi. Purchasing such a device means investing in health, and it quickly pays off by reducing medical expenses. The operating cost is minimal: the power consumption of an average recirculator is comparable to that of a standard office light or a computer system unit.

A recirculator is a reliable barrier against infections in your home or office. Order certified equipment from our BactoSfera online store at a выгодной цене and create a safe working environment.