Natural Law – The Process of Air Regeneration Scientific achievements often rely on observing mechanisms functioning in nature. Nature, in its perfection and creativity, sets the standards that humans strive to achieve. It is this very nature that inspired engineers to develop the ionization technology used in Bioclimatic devices. By utilizing the phenomenon of oxidation, bacteria and odor molecules can be neutralized, resulting in fresh and healthy air. In the external environment, active oxygen exists in the form of positive and negative ions as well as ozone. The concentration of air ions, ranging from 200 to 800 ions/cm³, depends on the climate and location (rural/urban areas). In contrast, air ions are almost non-existent in enclosed spaces, even though they are responsible for our well-being by regenerating the air around us. This natural process of air regeneration has been effectively 'replicated' in our devices. Indoor air is enriched with ions in appropriate quantities, tailored to the current air quality. Bacteria are deactivated, odors are neutralized, and the surrounding air is enhanced with natural ions.

The ionization system in Bioclimatic devices is based on the neutralization of pollutants (oxidation) and microorganisms through oxidation using active oxygen, which is produced via corona discharges in the Bioclimatic ionizing tube. For this process, high voltage is generated between two electrodes separated by a non-conductive material (glass) to amplify the electrical discharge. The energy released during the electrical discharge is absorbed by oxygen and water molecules present in the surrounding air, leading to the creation of active oxygen. The high energy levels and charges of active oxygen compounds cause them to react with organic and inorganic air pollutants, as well as oxidize odor molecules. The resulting chemical transformation produces air that is free from odors and pollutants. The ionization process damages the cell structure of microorganisms such as viruses, mold spores, fungi, and bacteria, thereby deactivating them.