Researchers find way to filter coronavirus particles out of the air
A standard for cleaner air to reduce the risk of indoor transmission is certainly needed. Several NHS trusts already use air quality monitors to identify inadequately ventilated spaces in their hospitals, which can be relatively easy and inexpensive to do
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There are a wide range of systems available on the market that show differing levels of efficacy in capturing airborne viruses and bacteria. But which class of HEPA filters – H13 vs H14 filtration – have a higher long-term efficacy?
In this post, we provide an overview of why air filtration is an important measure to mitigate the risk of airborne contamination and airborne viral transmission, how HEPA filters can reduce this risk, and which class - H13 vs H14 filtration – has shown the highest overall efficacy in achieving this.
Here we explore the benefits of adopting air filtration and purification systems in school classrooms, alongside recommended measures such as social distancing, hand washing and face mask use. Effective air filtration can help provide protection against Covid-19 and improve indoor air quality more broadly.