Bactericidal recirculators in Dnieper

Air disinfection in enclosed spaces is a priority for maintaining a healthy microclimate in conditions of high population density. In this article, we describe the technical features of the equipment and the criteria for its selection.

What is a bactericidal recirculator and how it works

The device is a closed metal or plastic housing containing ozone-free bactericidal lamps and a fan unit. The operating mechanism is based on forced convection: fans draw air inside, where it passes along UV lamps. Ultraviolet radiation with a wavelength of 253.7 nm destroys the DNA and RNA structure of viruses, bacteria, and fungi, after which the purified airflow returns to the room. In combination with the use of powerful quartz irradiators for periodic deep sterilization of surfaces, these devices provide comprehensive space protection.

Operating principle and difference from open-type bactericidal lamps

The technical difference between devices lies in the method of UV exposure. In recirculators, the bactericidal flow is localized inside the housing, which protects eyes and skin from burns.

A distinctive feature of recirculators is the use of uviol glass, which blocks ozone formation and eliminates the need for ventilation after operation.

Where and for what purposes recirculators are used

The scope of application covers all types of premises with human presence:

• Residential premises: protection of family members during periods of epidemiological growth.
• Medical facilities: maintaining sterility in treatment rooms and waiting areas. By the way, for this sector we offer a wide range of devices, including tubus quartz devices.
• Offices and coworking spaces: reducing employee sick leave through continuous air purification.
• Service sector: installation in beauty salons, cafés, and shops in Dnipro to ensure customer safety.

For deep sterilization of interior items and textiles, compact quartz sterilizers can also be used to complement the air purification system. Delivery is available throughout Ukraine.

How to choose a recirculator by room characteristics and lamp power

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. If dealing with spacious offices or halls with high ceilings, it is recommended to choose a capacity of 200 m³/h to avoid air stagnation. Evaluate the required disinfection intensity. For high-traffic areas, choose models capable of completely renewing the room’s air volume 2–3 times per hour.

Safety rules for using bactericidal recirculators

It is important to monitor the following aspects:

• Timely replacement: the average lifespan of a UV lamp is 8,000–9,000 hours. After this period, radiation intensity decreases.
• Placement: install the device at a height of 1–1.5 meters from the floor or mount it on a wall to ensure optimal air circulation.
• Operating mode: during periods of viral infections, it is recommended to operate the device throughout the working day or in cycles of 60 minutes with breaks.

Regular cleaning of the glass lamp tubes from dust using alcohol wipes once a month prevents a decrease in UV output and extends the effective lifespan of the device.

Advantages and effectiveness of using recirculators in Dnipro

These are just some of the reasons to purchase a recirculator:

• The devices operate in the background without requiring staff attention or special ventilation conditions.
• Low noise level.
• Energy efficiency.
• Cost-effectiveness due to long component lifespan and simple maintenance.

In the medical field, the presence of a recirculator ensures compliance with current hygiene standards.

A bactericidal recirculator is a reliable solution for creating a safe environment in any space. Order certified equipment from the Bactosfera online store at a competitive price and ensure air disinfection in your home or business today.