Schools & Daycare

Keeping children safe from infections such as colds, influenza, and other contagious illnesses is a major concern in schools, day care centers, and extracurricular facilities.

Regular ozone shock treatments can be used as part of a sanitation strategy to help reduce odors and microorganisms in indoor environments. For facilities seeking an additional method of disinfecting indoor spaces, ozone treatment can be considered alongside traditional cleaning methods.

Ozone is a powerful oxidizing agent and has been shown to inactivate many types of microorganisms, including bacteria, viruses, and fungi. Organisms associated with illnesses such as MRSA, VRSA, H1N1, whooping cough, and athlete’s foot can thrive in crowded environments where surfaces are frequently touched.

High-output ozone generators are designed to distribute ozone gas throughout a treatment area. When used properly, regular ozone treatments can help reduce odors and microbial buildup on surfaces, improving overall indoor air quality.

 The Problem

Classrooms, day care centers, and other facilities where children gather for long periods can easily accumulate microorganisms.

Children frequently touch desks, toys, lockers, door handles, and shared equipment. Combined with limited ventilation and high occupancy, these conditions can allow microorganisms and odors to build up quickly.

Even with regular janitorial cleaning, it is difficult to reach every surface with standard cleaning methods. Cracks, crevices, porous materials, and areas behind equipment may still harbor microorganisms.

Persistent odors often indicate that biological contaminants remain in the environment.

 The Solution

One approach to improving sanitation is to perform ozone treatments when the facility is unoccupied.

Because ozone is a gas, it can circulate with the room's air currents and reach surfaces that may be difficult to clean manually. During treatment, ozone reacts with odor-causing compounds and many microorganisms.

In some facilities, the HVAC fan may be operated during treatment to help distribute the ozone throughout the space and ductwork.

After treatment, ozone naturally breaks down into oxygen, leaving no chemical residue behind.

 Important Safety Note

Ozone shock treatments must always be performed in vacant areas. No people, pets, or plants should be present during the treatment process.

Treatment should be completed several hours before the building is reoccupied to allow the ozone to fully dissipate. The fresh scent created by ozone typically fades within one to two hours.

Because improper use can pose safety risks, ozone treatments should be performed only by trained technicians using appropriate equipment.