A Charlotte, NC-based United States Navy Reserve officer, Peter Zeller has also worked for Honeywell International Inc. since 2005. In this position in Charlotte, NC, Peter Zeller led a team in 2020 and early 2021 establishing new production facilities to create personal protective equipment to combat the COVID-19 epidemic, including surgical masks, goggles, and high-tech filters.
Many people wondered if air filtration systems could help limit the amount of coronavirus in the air long before the World Health Organization confirmed COVID-19 spreads by air. The good news is that experts believe the coronavirus is relatively straightforward to capture in high-performance mechanical filters that already exist. Though the coronavirus is just a tenth of a micron in size, virus-containing air particles are typically between one and 10 microns in size.
Indoors, there is no one-size-fits-all solution to fight COVID-19. Air filtration systems are already installed in buildings with central cooling and heating, and they can help reduce the number of coronavirus particles in the air, decreasing the risk of new infections. Many of them utilize mechanical filters to capture microorganisms and other particles in the air; filters can gather big particles like dust and pollen, or tiny particles like smoke and pollution, depending on their performance level.
Currently, there is no flawless anti-infection filter for indoor spaces.
Many people wondered if air filtration systems could help limit the amount of coronavirus in the air long before the World Health Organization confirmed COVID-19 spreads by air. The good news is that experts believe the coronavirus is relatively straightforward to capture in high-performance mechanical filters that already exist. Though the coronavirus is just a tenth of a micron in size, virus-containing air particles are typically between one and 10 microns in size.
Indoors, there is no one-size-fits-all solution to fight COVID-19. Air filtration systems are already installed in buildings with central cooling and heating, and they can help reduce the number of coronavirus particles in the air, decreasing the risk of new infections. Many of them utilize mechanical filters to capture microorganisms and other particles in the air; filters can gather big particles like dust and pollen, or tiny particles like smoke and pollution, depending on their performance level.
Currently, there is no flawless anti-infection filter for indoor spaces.
