Dust Particle and Aspergillus fumigatus Mold Spore Reduction

Authors

Facility

Intertek

Objective 

To evaluate the efficacy of the PA101C on reducing airborne dust particles and Aspergillus fumigatus mold spores. 

Methodology 

The tests were conducted in a closed room 10.5 x 12 x 8 ft equipped with an exhaust system to clean the room between tests. The room also had a ceiling fan to evenly spread the contaminants injected into the room. The PA101C was installed in a duct system which supplied a measured amount of purified air into the room. 

Summary of Results 

Over the fifteen-minute test period, the dust particles decayed naturally by 12.6%, while the PA101C produced a decay rate of 85.8%. The Aspergillus fumigatus mold spores decayed naturally at a rate of 67.1%, while the PA101C produced a decay rate of 91.1%. 

Graph_PA_Dust_Particle.jpg

 

Aspergillus_Fumigatus_Reduction_Graph.jpg

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