Atmofizer Technologies Inc. announce the Company's test results of its airborne nanoparticle agglomeration engine. Recent test results at Atmofizer'sToronto lab have shown the Company's technology, before the use of an air filter, reduced the number of airborne ultra-fine particles smaller than one micron by 81.7%, while doubling particles sized above 2.5 microns. The Company says this is significant scientifically and medically, as it shows the removal of the smallest nanoscopic airborne particles (including toxic industrial pollution, smoke, and infectious disease).

These particles are small enough that they can enter the bloodstream and get into the brain and vital organs directly through being inhaled into the lungs. Particles smaller than 2.5 microns are commonly regarded as the measure of air quality because they pose the risk to humans and animals. Doubling the amount of particles above 2.5 microns shows that the smaller particles are effectively being agglomerated together into larger clusters by the Company's technology.

These larger clusters are typically more easily filtered by the body and common air filters. It is also significant that these results were without the use of a filter. The Company has also added additional staff to its Toronto testing facility to focus on applying its agglomeration technology into mobile (transport vehicles) and HVAC aftermarket applications.

The additional staff will enable the Company to test and evaluate new Atmofizer airflow configurations and prototypes more quickly.