Experiments - Bmola Canada

Scientist chemist looking into medical microscope analyzing dna sample

State-of-the-Art

Medical Grade Air Purification

Nano Confined Catalytic Oxidation (NCCO) technology is the most effective air purifying technology available with up to 99.9% removal of pathogens and particulates. Used worldwide in commercial medical, laboratory, transit, manufacturing and heavy-duty industrial centres; the NCCO technology is now available to home and office through the new b-Mola range.

The Smoke Purification Testing

We used PH smoke pellets to generate smoke. One of these small pellets can last over 40 seconds; making the smoke hard to dissipate. b-MOLA can clean the smoke instantly, which proves it has the capability to clean any solid pollutants such as smoke, dust, pollen, mites, or PM2.5.

The VOC Purification Test

We used acetone[1] to test the ability to purify VOC. After we dropped the acetone in the beaker, it started to volatilize in the box and the VOC concentration indicated a drastic increase. In the end, the data was stable around 170 ppm[2]. When b-MOLA was turned on, almost all the acetone in the box was purified; showcasing the capability of b-MOLA against VOC and other toxic gases.

Acetone (propanone) is the organic compound with the formula (CH3)2CO. It is a colorless, volatile, flammable liquid that is the simplest and smallest ketone.
ppm and ppb are the concentration units. ppm = parts per million. ppb= parts per billion. 1 ppm = 1000 ppb.

The Sterilization Test

We used two Petri dishes for this testing. One of the Petri dishes was put in the open area while the other was put in a space with the b-MOLA GO. Then we turned on b-MOLA GO and timed what happened. 3 days (72 hours) later, the petri dish in the open area generated visible bacterial colonies, which means an exponential bacterial growth occurred. The petri dish with the b-MOLA GO, however, looked the same as before. It proves b-MOLA GO is effective in killing bacterias and viruses.