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Indoor air quality has received immense attention in past decades, considering it is more
heavily polluted than outdoor environments. People generally spend more than 80% of their
time indoors, which contributes to a higher risk of inhaling pollutants. Air cleaning is the most
feasible way to improve indoor air quality. Most of indoor air – purifying systems adapt filter –
type components to purify polluted air. This method is effective for short-term use, but
insufficient for long-term filtration as cleaning the filter components produces secondary
pollution. In this proposal, two different types of materials are considered as potential
substitutions for traditional air filters. First, a filter coated with TiO2 nanoparticles; TiO2 based
cleaning techniques are effective against degrading organic and inorganic compounds, toxic
metal ions, and to kill microorganisms and viruses. Secondly, a zeolitic material that can be
dispersed on a filter; the zeolites are porous aluminosilicate compounds. The present study
indicates that the zeolites are particularly well suited for volatile…
Sohrab Rohani
Heaven Fresh Canada Inc
Engineering
Manufacturing
Western University
Accelerate
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