Areamedica 50
With AriaMedica 50 you can be sure that what you breathe is free from viruses, bacteria, allergens and pollutants!
Your home is your haven of well-being, the intimate space where you can feel safe, keeping everything you don't want outside. Your home is the place where you can find yourself and regenerate. We have good news for you: it's true! At home, you can enjoy all the safety, health, and tranquility you can't always find outside. And AriaMedica 50 sanitizing devices are your effective and efficient resource for breathing deeply, even in those moments when even a breath can be scary. AriaMedica 50 indoor sanitizers, with their high-tech plasma heart, eliminate pollutants from the air and surfaces of your spaces: viruses, bacteria, mold, and volatile organic compounds (VOCs) emitted by glues, paints, furnishings, building materials, and appliances. Or products from everyday activities like cooking and cleaning: cooking fumes and detergents release particles into the environment that are harmful to your health.
Even if we aren't aware of it, the air in indoor spaces is often much more polluted than the air outside, because pollutants are more concentrated and in a smaller space. Opening windows is an important help, but it can sometimes bring additional pollutants, such as particulate matter from car exhaust fumes, indoors.
ICR Radiant Catalytic Ionization ION PLASMA
Medical Area
ARIAMEDICA is a device for the healthiness of the air, environments and surrounding surfaces.
The device is removable but is also equipped with specific fixings that allow it to be attached to the wall, reducing the overall dimensions to a minimum and obtaining a minimal aesthetic impact.
The shapes are tapered and linear, which adapt well to all indoor styles.
Photocatalyst
ARIAMEDICA is equipped with a powerful tangential fan capable of ensuring an hourly recirculation of approximately 400 m3/h. It uses ICR (Radiant Catalytic Ionization) technology, i.e. photocatalytic oxidation.
The photocatalytic process reproduces what occurs in nature, that is, a photochemical reaction, which allows the destruction of pollutants, in particular bacteria, viruses, mold, allergens and odors with a natural active ingredient.
Photocatalysis is a process that, thanks to the combined action of UV rays from the sun, humidity in the air, and other naturally occurring noble metals, generates oxidizing ions capable of destroying most pollutants and toxic substances. This combined action of multiple factors is further enhanced by the disinfectant and pest-control action of ozone.
Operating process photocatalysis
The air flow conveyed by the tangential fan enters the chamber lined with titanium dioxide and irradiated by the UV lamp.
Ultraviolet radiation strikes a catalytic structure consisting of a metal alloy with a honeycomb matrix, composed mainly of titanium dioxide and other noble metals. The air inside it ignites, generating a photochemical oxidation reaction; this produces hydrogen peroxide (HO2) in gaseous form and two highly reactive molecules (hydroxyl radicals OH and hydroperoxyl radicals HO). 22
The flow of air laden with humidity, conveyed by the ventilation system, passes through the module made of metal alloy;
A photochemical oxidation reaction is started by the action of the high intensity UV lamp (254mn hv UVX), producing hydroxyl radicals, OH and hydrogen peroxide, H 2 O2 ;
Decomposition of bacteria and pollutants through oxidation reaction and inactivation of viruses by increasing the oxygen level.
Ionization
The operating principle of an air ionizer is based on charging gas atoms with a high current.
The negative ions emitted by the device prevent the dispersion of particles contained in the air that become electrostatically charged.
Ions that lose an electron are negative and are also called anions.
Corona discharge, the basic principle of ionization, occurs in the presence of high-intensity electric fields generated by natural phenomena such as thunderstorms or lightning.
Corona discharge is an effective way to generate negative ions by applying a high negative voltage to a conductor.