With only air and a splash of water as a source, as well as locally produced electricity, we can disinfect and clean air, materials and water unlimitedly *.
* Product lifespan > 10 years, with minimal maintenance and adaptation to the toughest and most difficult environments.
How does it work?
We feed our (H)unit™ with ambient air, regardless of humidity. Dry air (oxygen) produces ozone, but our real strengths appear with moist/humid air, which is why we sometimes choose to humidify the air if it does not already have a high enough moisture content (specific humidity).
Here, PBS™ Generation (H)unit™ differs markedly from a conventional ozone generator, and the process is made possible by our patented reactor cell (patent №s: SE 540593, EP 3563643, US 11096267, IN 384897).
The humid air supply enables a significantly more powerful and efficient treatment.
The beneficial combination of ozone and high humidity is a known fact in the industry, and has been documented for 80+ years. The synergistic effects causes higher oxidizing and disinfecting properties than a dry ozone treatment does.
PBS™ (H)unit™ could also be fed with oxygen, for an up to 5 times higher ozone concentration yield.
Two ways to use the gas:
1) Direct exposure to surfaces, materials, containers, equipment etc. (only oxidation resistant materials!)
2) Inject/diffuse into water.
In both applications, bacteria, viruses and microorganisms are killed. In water, medical residues and other biological and chemical contaminants are also oxidized.
PBS™ Generation, which is the brand under Pure Bio Synergy Sweden AB (Ltd), has one core product - the (H)unit™.
This is a Game Changer in disinfection and water purification.
In short, we reduce the cost and environmental impact of disinfection and water purification, and also enable this where it has previously not been possible, such as in harsh and humid (outdoor) environments off-grid.
PBS™ works B2B, and with our (H)unit™ we help companies to improve the overall performance and results of their systems/solutions, and significantly reduce maintenance, energy demand, chemicals and water use.