Dryflow® Any Room PLUS Air & Surface Steriliser

Approved Technology

BioZone Scientific has certified the BioZone AC with SGS, a world leading certification institute. SGS has granted GS, SGS FI certifications for the BioZone AC product. This certification demonstrates that the BioZone AC meets the requirements for harmonized EN and IEC standards.

The Biozone unit produces a combination of Ultraviolet light, ozone and photoplasm. Each of these states of matter and reactions can be found in nature and act as powerful and effective disinfectants which destroy viruses, odours, bacteria, mildew, mould and even break down unwanted compounds and chemicals. The Biozone carefully controls the output and the positioning of the unit to ensure that the application is safe in an enclosed human environment.

Many competing devices produce just ozone or just UV-C but it is the combined effect that makes Biozone so effective and a globally recognised solution.

A Guide to Ultraviolet Light

Ultraviolet light (UV) has been used safely for over a hundred years to disinfect drinking water, medical instruments and sterilize air and surfaces. Departments like the US EPA, US FDA, US Government, and ASHRAE all approve UV technologies for a series of disinfection and sanitation purposes. Ultraviolet germicidal irradiation (UVGI) technologies have developed significantly in recent the years. BioZone’s unique, patented high-output UV technology requires low energy consumption and maximises the lifespan of the UV lamps. UV light penetrates the cell walls of microorganisms and break down the DNA, making it impossible for them to reproduce.

Photoplasma

Plasma is the fourth state of matter, energised to a state beyond solid, liquid, or gas. Photoplasma can be found naturally and is often referred to as the Earth’s “detergent”, due to its ability to break down many harmful pollutants. BioZone’s patented technologies are acknowledged as some of the most efficient and cost-effective methods for producing photoplasma.

Ozone

Ozone is a powerful oxidant found naturally in the environment. It is occurs when there is a reaction between oxygen and UV light. The effect is proven to destroy germs, bacteria, viruses, odors, and micro-contaminants. Ozone also breaks down unwanted organic compounds including harsh chemicals. Ozone can break down urea, which is the main cause of smells in washrooms. This reaction has many medical, social and industrial applications. Ozone can be a harmful irritant in high concentrations. BioZone’s patented processes and methodologies produce a controlled ozone output well within the EU standard limits.

Photocatalytic Oxidation

Photo Catalytic Oxidation, or PCO, is an advanced oxidation process that combines the power of deep UV light and a highly reactive metallic catalyst to accelerate photoreactions. In the PCO process, the UV light’s energy reacts with the catalyst to create an energy gap that is used to generate free radicals, including hydroxyl radicals. The radical species are highly reactive with organic compounds, and quickly and efficiently oxidize odors, bacteria, viruses, and harmful or unwanted chemicals.