Biozone Air Purifier
Biozone air purifiers use a process that removes contaminants from the air, household surfaces, and water with a high-tech photoplasma method. These air purification units dramatically improve indoor air quality in your home or office, and have many applications for commercial, industrial, and agricultural markets. Among the many great features of these machines is the cost: for a few cents a day, you'll have fresh, clean air to breathe. These air purifier units are also extremely quiet, are nearly maintenance free, and are covered by an extensive warranty. A Biozone air purifier will clean the air of biological contaminants like bacteria, viruses, mold, hazardous fumes, harmful particulates, and unpleasant odors (including smoke).
These air purification systems use photochemistry (the chemical reaction or change in material caused by exposure to light energy). Ultraviolet light in this range is useful for disinfection purposes. A strong UV light can destroy organic contaminants. Almost all indoor contaminants are organic, such as dust particles, dander, hair, dust mite feces, bacteria, viruses, and fungi. Photochemistry can break down these harmful organic molecules.
Biozone Air Purifiers: the Cutting Edge of Pure Air
These air purification systems excite gases with energy and create a highly energized gaseous state. This resultant plasma can destroy nearly all organic contaminants. It uses photodissociation of molecular oxygen, which means that an area's oxygen is converted to atomic oxygen, molecular singlet oxygen, and ozone. These reactive types of oxygen can convert household contaminants to carbon dioxide and water.
As if this weren't enough, Biozone air purifiers also make use of a photoelectron emitting member. The photoelectrons ejected charge fine particles in a gas. When these particles are charged, they will attach themselves to oppositely charged surfaces. Even microscopic contaminants are removed using this method, which makes Biozone an extremely effective air purification system.
