Manufactured by IPAM Group, the OXYION ™ technology is an applied engineering solution focused on air purification and surface sanitation. Developed more than 25 years ago by professional experts in the field of biotechnology, it is a unique and harmless solution for people’s health.
It consists of a Modulated Dielectric Barrier Discharge (MDBD) device, composed of HFM & SRM (High Frequency Module & Sequential Regulation Module) units connected to a reaction chamber with a set of open electrodes, which is specially designed to produce modulated electrical pulse discharges at two different frequencies. This electrical discharge generates a type of Non Thermal Plasma (NTP) composed of water vapor, oxygen, hydrogen, reactive nitrogen and molecules including peroxides, hydroxyl radicals, as well as trace-level ozone. This NTP forms a set of atoms and molecules with synergistic effect for the neutralization, destruction and active elimination of microorganisms present in the air and surfaces. For this purpose, applied engineering associated to each case has been developed, which allows applications in a safe, clean and highly efficient way.
In this way, a wide variety of organic and microbiological contaminants are controlled, increasing the biosafety of the air we breathe inside cars, work areas, offices, restaurants, clinics, hotels and public spaces. With Airlife, environments are left free of up to 99.99% of viruses, bacteria, mold and unpleasant odors, protecting the health of people in their daily activities.
The Oxyion technology has been validated and/or certified in results, design and manufacturing by more than 40 international studies, among them: Microbiological studies performed by Food Safety & Process Technology (USA), Cesmec (Chile), Ainia (Spain), Intertek (Intl.), and the European Community CE Certification, (Spain), thus complying with all worldwide safety standards.
Coronavirus on various inoculated surfaces.
Microorganisms in a Meat – Processing Environment.
Resistant Staphylococcus aureus, Listeria Monocytogenes and Acinetobacter
baumannii on Stainless Steel Surfaces.
wood, stainless, steel and plastic.
Inactivation of Enterococcus faecium on Whole Walnuts by Atmospheric Cold Plasma.
Evaluation of activated oxygen system to control botrytis and decay in perishables.
Evaluation of Oxyion Technology for aspergillus environmental fungus reduction.
circuit using Oxyion/ Airlife system.
Steel surfaces by Oxyion treatment
on stainless steel, plastic and polyethylene surfaces.
environmental mold inside a vehicle.
mRSA Norovirus and Rhinovirus on various inoculated surfaces.