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Disinfection of premises

Our company specializes in disinfection of premises. During the work process, a cold air sprayer is used - blue fog, an air ozonizer, spraying alkaline chemicals and chlorine-based chemicals. Disinfection is carried out from 30 to 60 minutes per 100 m. After the required time, wet cleaning of horizontal and vertical surfaces of housing is carried out.

Issues of cleanliness and disinfection of premises are becoming increasingly important. Simple, at first glance, operations conceal many nuances, consisting in the correct choice of drugs and their concentration, taking into account the type and functional purpose of the object, and the technology of applying the chemical composition. The most important thing is that the treatment must prevent the spread of bacteria in vegetative and spore form, viruses, pathogenic and mold fungi without risk to people.

Our company has extensive experience in disinfecting premises for various purposes: apartments, offices, private houses, commercial and industrial facilities, institutions. In our work, we strictly adhere to sanitary rules, use modern technologies, the best preparations and chemical compositions for processing:

1. floor coverings;
2. walls, windows and ceilings;
3. surfaces of furniture, computer, household and professional equipment;
4. toys and furnishings and household items (shoes, dishes);
5. ventilation and air conditioning systems.

The procedure consists of applying a disinfectant solution and subsequent wet cleaning of treated surfaces and objects. The frequency depends on the intensity of contamination, the degree of risk of infection and spread of infection.

Types of disinfection treatment< /span>

Disinfection of premises is carried out as a preventive planned and unscheduled event (if there is a high risk of infection). It is carried out mechanically and manually. To apply the disinfectant composition, equipment made of polymeric materials, chemically resistant metals, rubber is used, and for subsequent wet cleaning, resistant textile materials are used.

When choosing products for preventive treatment, preference is given to certified preparations with detergent properties. During unscheduled processing, highly effective preparations are selected, including chlorine-containing, oxygen-containing, and composite formulations.

Processing methods

To disinfect premises, the following treatment methods are used:

• wiping surfaces with textiles or a brush soaked in a solution;
• irrigation using a hydraulic remote control, automax and other sprayers;
• immersion in an antiseptic solution - to disinfect dishes and small objects.

Manual wiping of surfaces and furnishings is used for preventive purposes, as well as when treating small premises area. Such disinfection can be carried out in the presence of people.

The aerosol method is successfully used all over the world to disinfect air and surfaces. It is especially convenient for processing objects of large area and volume, hard-to-reach and remote places.

Irrigation technology provides:

• simultaneous disinfection of air, surfaces, ventilation and air conditioning systems;
• selection of the optimal treatment mode by adjusting dispersion, duration, consumption;
• cost-effectiveness by minimizing labor costs and drug consumption;
• environmentally friendly due to reduced concentration of chemicals;
• minimal risk of damage to equipment, coatings and furnishings.

Aerosol treatment is carried out in the absence of people as the main procedure and is suitable for preventive or one-time disinfection of the premises, including for epidemiological reasons. The principle of the technology is to transform the disinfecting solution into tiny droplets (fog), which fill the entire volume of the room. They settle on all surfaces and objects, penetrate into all cracks and hard-to-reach places.

Depending on the needs for processing, the following is used:

• “dry” fog with drops 3.5–10 µm;
• “moistened” – 10–30 µm;
• “wet” – 30–100 µm.

The consumption of the solution depends on the temperature at the object and the size of the droplets.