Brid Europe

BRID wins against NOx

NOx is an abbreviation for nitrogen oxides which are a family of poisonous gases composed of nitrogen and oxygen. This pollution is created by man-made events such as fuel combustion, water waste treatment and agricultural activities and emissions of NOx can cause an array of chronic health problems.
Where we can find it:mainly in motor vehicles, wood burning heaters and from industrial waste

BRID Wins Against PMs

PM or Particulate matter describes extremely small solid particles and liquid droplets suspended in the air. Particulate matter can be made up of a variety of components including nitrates, sulphates, organic chemicals, metals, soil or dust particles, and allergens (such as fragments of pollen or mold spores).
Where we can find it: mainly in motor vehicles, wood burning heaters and from industrial waste.

A BRID unit was placed in a 22 square meter furnished office. The test samples were taken from 6 different positions in the room according to the idications required from the law: UNI EN IS= 14644-1:2016
The test was conducted by Studio Ambiente srl.

BRID Wins Against VOCs

VOCs (Volatile Organic Compounds) are dangerous chemicals and they represent the most prevalent pollutants in indoor environments. Unlike HEPA filters, BRID destroys these gaseous pollutants that, when not treated, can cause long term health effects
Where we can find it:paint, lacquer, moth repellents, air fresheners, wood preservatives, aerosol sprays.

A BRID unit was placed in 0.5 cubic meter hermetic reactor that was polluted with vaporized ethanol. The quantity of ethanol was 100ppb This test was conducted by Micro-B srl

BRID Wins Against VOCs

Various types of VOCs have been tested to confirm the abatement indications. In particular, the following VOCs have been tested with very similar depletion results: ethyl acetate, formaldehyde, isopropanol, limonene, toluene. The graph shows the abatement curve of limonene, a substance which is very common in our homes

All of the following VOCs, formaldehyde, acetone, iso-propoanol, toluene were tested by inserting the BRID in a 1m3 plexiglass-tight chamber equipped with special nozzles for the introduction of pollutants and for sampling the gases to be analyzed.The test was performed by Biochemie Lab S.r.l.

BRID wins against Bacterial and Virus

A number of different types of bacteria can be found in the environments. We generally speak of "Total Microbial Load", meaning by this both the bacterial and mycetic due to yeasts and molds. In real environments, the total microbial load also varies during the day and especially as a result of aeration of the environments themselves. Unlike HEPA filters or activated carbon filters, there is no accumulation of bacteria in the filter but destruction. Consequently, there is no subsequent proliferation on the filters.
Dove sono presenti: sistemi di riscaldamento, aria condizionata, muffa, sospensione della polvere, animali domestici, esseri umani.

The microbial analysis were carried out within an office of common use, in order to have a basic microbial load sufficient to carry out the analysis. The sampling was performed following the M.U. 1962.2: 06 with Micro Flow instrumentation at a flow of 200 L / min 4 times a day, at a distance of two hours from each other. The same procedure was applied with the BRID device in BOOST mode in continuous service for 5 consecutive working days. At the end of the 5 days, the results obtained with and without BRID were compared, the graphs showing the daily averages obtained.
The test was conducted by Biochemie Lab S.r.l