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OZONE in hospitals and clinics
After the first discoveries and experiences made by eminent doctors, such as Ignúe Semmelwis, Pasteur and Lister, on septic and asepsis in health centers, a growing trend towards research into procedures to prevent the spread of infectious diseases has been revealed. , especially for bacteria self-resistant to antibiotics.
The main means of contagion is air, and therefore, the numerous methods that have been tested are aimed at disinfecting it.
At the starting point of the spread of iatrogenic infections, there is the sick person carrying bacteria, and the healthy person. When coughing, speaking and even breathing, bacteria come out of the nasal and oral cavities and pass into the air. These float in the air attached to microscopic droplets of saliva. The larger ones do not take long to settle on the floor, on the objects of the installation and furniture, as well as on the skin of the sick and even on the bandages. The smallest particles continue to float for a longer time, and when the patient breathes, they reach their respiratory tract, depositing on the hands of the patient and health personnel, also serving as a starting point for infection.
Bacteria also pass into the atmosphere from the surface of purulent wounds, even if the wounds are treated in a bandaged state. This mode of spread particularly threatens the air in treatment rooms and operating rooms. During the course of bandaging or surgery, they are deposited in the wounds of other patients and constitute a serious obstacle to wound healing.
Banard and his collaborators consider that most of the germs that float in the air do not come from the nasopharynx, but from the skin of the staff.
From all this we can deduce the importance of disinfecting the air that surrounds people and objects, since it is the main means of spreading infections and contagions.
To this end, numerous chemical products began to be applied, such as carbolic acid and glycols, diffused through the air, systems that, being uncomfortable to use, did not produce satisfactory results. Ultraviolet rays were also used, but in addition to being expensive to install and maintain, they can cause injuries to the eyes and tissues of people exposed to them.
The best current procedure is the use of Ozone, with a very high disinfection power, which, applied in small doses in the air, produces a withering effect on the micro-organic population.
Ozone, in its use in these places, fulfills a double benefactor role, at the same time that it destroys germs, decomposes the organic substances that produce unpleasant odours, deodorizing them.
Operating rooms, treatment rooms, examination rooms, rooms and waiting rooms are spaces that should have an environmental disinfection system as practical and economical as ozonation, without forgetting that the patient requires even more than a clean and pure environment.
CONCLUSION
From which the great importance and usefulness of the use of ozone in all dependencies subject to infections and odors can be deduced.
ENVIRONMENTAL OZONE TREATMENTS
The latest generation family of ozonizers for air treatment.
The CAP-SD wall-mounted equipment is simple to install and use, it incorporates an Automatic Production Control system and SD for optimal distribution of ozonized air.
Environmental disinfection, Germicidal action (elimination of bacteria, fungi and viruses) preventing allergic and respiratory diseases.
Purification in loaded environments for treatment of odors, dust and other contaminants. _cc781905-5cde-3194 -bb3b-136bad5cf58d_ _cc781905 -5cde-3194-bb3b-136bad5cf58d_ _cc781905-5cde-3194- bb3b-136bad5cf58d_ _cc781905- 5cde-3194-bb3b-136bad5cf58d_ _cc781905-5cde-3194-bb3b- 136bad5cf58d_
OZONE TREATMENTS IN VENTILATION DUCTS
Disinfection of the ducts, potential germ cultures.
Interior environmental treatment.
SHOCK TREATMENTS WITH OZONE
Specifically designed to comfortably move the equipment to Disinfect and Eliminate unpleasant odors in a short time.