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air quality and save energy monitoring
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AirSmart Air Quality Monitoring, Targeting and Control
Use available funds to provide 100'% 24/7 good air quality in classrooms, minimize infection risk and save energy:
Billions in School Covid-Relief Funds Remain Unspent - WSJ
Billions in School Covid-Relief Funds Remain Unspent
U.S. Schools Race to Spend $122 Billion of Rescue Aid in Time Crunch
Billions in School Covid-Relief Funds Remain Unspent
U.S. Schools Race to Spend $122 Billion of Rescue Aid in Time Crunch
Indoor air quality is of critical importance in schools, where it’s not uncommon to have upwards of thirty or so students per classroom. While combustion engines and other industrial processes are responsible for a rise in man-made carbon dioxide (CO2), the most common source of indoor CO2 is people. Here, we’ll look at the effect that excess CO2 exposure can have on students and why CO2 monitors in schools, combined with proper ventilation are essential to helping the next generation of thinkers and learners thrive.
CO2 monitoring in schools help improve learning outcomes
Numerous reports have linked overexposure to CO2 in schools with drowsiness, possible headaches, and an overall dip in productivity and focus. The greater the number of occupants in a space, the higher the concentration and the larger the potential risk. Excess CO2 levels in schools can cause students to underachieve and progress through the curriculum at a far slower rate. By monitoring CO2 exposure in schools, and not allowing levels to rise beyond safe thresholds, governments and educational institutions can provide tomorrow’s leaders with a safer learning environment and a better platform for achievement. Making this a reality starts with real-time monitoring, measuring air quality throughout the school to assess risk and lobby for improvements.
Ensuring proper ventilation in the age of Covid
Monitoring CO2 in schools is only the first step to improving classroom air quality. Ideally, CO2 monitors will help identify airflow “hot spots” where more ventilation is needed. You could place portable monitors in areas where airflow appears weakest to determine where problems lie. Improved ventilation will do more than lower CO2 levels. Ventilation is also a key factor in creating COVID-safe classrooms and protecting against other airborne pollutants. Well-ventilated environments ensure students can breathe good quality air that improves their well-being and concentration. This goes beyond simply “opening a window,” which can be impractical in some seasons and tends to address the symptom without tackling the real issue. Moving forward, a push is needed towards modifying and building “greener” classrooms, with healthy ventilation and air quality monitoring embedded in the overall design.
Benefits of Air Quality Monitors in Classrooms
When reflecting on what is happening across the world as we still continue to battle the pandemic, it is important to improve the quality and health of indoor air for our teachers, students, faculty, and staff members.
When you implement air quality monitoring you can ensure safe operation in schools and maintain healthy facilities that include adequate ventilation, mitigate risk of virus exposure, and create healthier learning environments.
classrooms monitoring provide benefits such as:
CO2 monitoring in schools help improve learning outcomes
Numerous reports have linked overexposure to CO2 in schools with drowsiness, possible headaches, and an overall dip in productivity and focus. The greater the number of occupants in a space, the higher the concentration and the larger the potential risk. Excess CO2 levels in schools can cause students to underachieve and progress through the curriculum at a far slower rate. By monitoring CO2 exposure in schools, and not allowing levels to rise beyond safe thresholds, governments and educational institutions can provide tomorrow’s leaders with a safer learning environment and a better platform for achievement. Making this a reality starts with real-time monitoring, measuring air quality throughout the school to assess risk and lobby for improvements.
Ensuring proper ventilation in the age of Covid
Monitoring CO2 in schools is only the first step to improving classroom air quality. Ideally, CO2 monitors will help identify airflow “hot spots” where more ventilation is needed. You could place portable monitors in areas where airflow appears weakest to determine where problems lie. Improved ventilation will do more than lower CO2 levels. Ventilation is also a key factor in creating COVID-safe classrooms and protecting against other airborne pollutants. Well-ventilated environments ensure students can breathe good quality air that improves their well-being and concentration. This goes beyond simply “opening a window,” which can be impractical in some seasons and tends to address the symptom without tackling the real issue. Moving forward, a push is needed towards modifying and building “greener” classrooms, with healthy ventilation and air quality monitoring embedded in the overall design.
Benefits of Air Quality Monitors in Classrooms
When reflecting on what is happening across the world as we still continue to battle the pandemic, it is important to improve the quality and health of indoor air for our teachers, students, faculty, and staff members.
When you implement air quality monitoring you can ensure safe operation in schools and maintain healthy facilities that include adequate ventilation, mitigate risk of virus exposure, and create healthier learning environments.
classrooms monitoring provide benefits such as:
- Determining the risk of airborne viruses within individual classrooms
- Monitoring classrooms simultaneously for ventilation indication
- Creating a more productive and focused environment for students
- Making parents feel confident in the air quality their children are breathing
- Enabling a safer and healthier "back-to-school" program
Most people spend a good deal of time indoors which makes indoor air quality a pretty important piece of health. Breathing fresh air that is free of allergens and pollutants is vital to everyday good living. And during COVID-19 it becomes even more important to know that your home and schools air quality is at the highest standards. As we all spend more time together indoors working, doing school, and navigating stay-at-home life we are impacted by our air even more. So how can you improve your indoor air quality?
How Does an Air Purifier Work?
While sealing our homes and classrooms to save money and improve energy efficiency is an excellent thing for both the pocketbook and the earth, the hitch is that smells, allergens, and microbes are trapped inside. Air purifiers work by sanitizing the air either through a filtration system or a sanitizing system that uses UV light. Some, like capture airborne microbes and zaps them with an intense electric field.
Adding an air purifier to your HVAC system allows air to be filtered before it is distributed throughout your home or classroom. These systems only work when the system is running on heating, cooling or fan mode which is why we stress keeping your fan on to cycle air and keep the temperature more steady throughout the home or classroom. Air purifying systems are designed to run quietly with little fuss, but they do need to be serviced regularly to make sure they are doing their job. Depending on the system this can be as little as changing the filter and inspecting the air purifier or it may need more complex maintenance.
Air Filter vs Air Purifier
High-quality air filters are excellent for reducing lingering smells and combating pet dander, pollen, mold spores, and dust. Air filters draw in particles and trap them in woven fibers. Quality filters can remove up to 99.97 of particles .03 microns or larger. For reference, the average human hair is roughly 70 microns, which shows how effective a good air filter can be to improve indoor air. Air filters are a part of your HVAC system and clean your air as it recirculates through your system. Investing in a good quality one that is changed or cleaned often ensures your HVAC system is clean inside, which makes your home or classroom air cleaner for you.
Air purifiers add an extra layer of defense. These can be stand-alone systems or added onto your existing HVAC system to clean ductwork from lurking allergens and microbes that might be missed by a filter.
The Benefits of an Air Purifier During COVID-19
We take about 20,000 breaths a day. When you are in close contact with other people on a day-to-day basis, making sure those breaths are using the cleanest air possible is important. Slowing the spread of viruses and germs reduces sickness and helps keep everyone at peak health.
The best way to improve indoor air quality during COVID-19 is with an indoor air purification system that can capture small particles and has been tested against COVID-19. Home air purifiers that rely on filtration that captures microbes and UV or electronic fields that inactivate them are the most effective for reducing viruses and bacteria in your home. When facing the challenges of COVID-19 air purifiers, along with social distancing, hand washing and masks are all part of an effective strategy to reduce risk and keep your family healthy.
Investing in a Air Purifier
Air purifiers offer a range of benefits for everyone. For those who are at high risk, not only for COVID-19 but other health concerns, air purifiers can make an enormous difference in the quality of home and classroom air. As part of a holistic approach to keeping you healthy, air purifiers are a valuable investment. With so many air purifiers to choose from it can be hard to know what is best for you. Professional air purifiers are not as expensive as many have been used to pay for at the peek Covid-19 infection days, visit our https://www.smartairpurifiers.com/bulk-air-purifierssterilizers.html page on our website.
How Does an Air Purifier Work?
While sealing our homes and classrooms to save money and improve energy efficiency is an excellent thing for both the pocketbook and the earth, the hitch is that smells, allergens, and microbes are trapped inside. Air purifiers work by sanitizing the air either through a filtration system or a sanitizing system that uses UV light. Some, like capture airborne microbes and zaps them with an intense electric field.
Adding an air purifier to your HVAC system allows air to be filtered before it is distributed throughout your home or classroom. These systems only work when the system is running on heating, cooling or fan mode which is why we stress keeping your fan on to cycle air and keep the temperature more steady throughout the home or classroom. Air purifying systems are designed to run quietly with little fuss, but they do need to be serviced regularly to make sure they are doing their job. Depending on the system this can be as little as changing the filter and inspecting the air purifier or it may need more complex maintenance.
Air Filter vs Air Purifier
High-quality air filters are excellent for reducing lingering smells and combating pet dander, pollen, mold spores, and dust. Air filters draw in particles and trap them in woven fibers. Quality filters can remove up to 99.97 of particles .03 microns or larger. For reference, the average human hair is roughly 70 microns, which shows how effective a good air filter can be to improve indoor air. Air filters are a part of your HVAC system and clean your air as it recirculates through your system. Investing in a good quality one that is changed or cleaned often ensures your HVAC system is clean inside, which makes your home or classroom air cleaner for you.
Air purifiers add an extra layer of defense. These can be stand-alone systems or added onto your existing HVAC system to clean ductwork from lurking allergens and microbes that might be missed by a filter.
The Benefits of an Air Purifier During COVID-19
We take about 20,000 breaths a day. When you are in close contact with other people on a day-to-day basis, making sure those breaths are using the cleanest air possible is important. Slowing the spread of viruses and germs reduces sickness and helps keep everyone at peak health.
The best way to improve indoor air quality during COVID-19 is with an indoor air purification system that can capture small particles and has been tested against COVID-19. Home air purifiers that rely on filtration that captures microbes and UV or electronic fields that inactivate them are the most effective for reducing viruses and bacteria in your home. When facing the challenges of COVID-19 air purifiers, along with social distancing, hand washing and masks are all part of an effective strategy to reduce risk and keep your family healthy.
Investing in a Air Purifier
Air purifiers offer a range of benefits for everyone. For those who are at high risk, not only for COVID-19 but other health concerns, air purifiers can make an enormous difference in the quality of home and classroom air. As part of a holistic approach to keeping you healthy, air purifiers are a valuable investment. With so many air purifiers to choose from it can be hard to know what is best for you. Professional air purifiers are not as expensive as many have been used to pay for at the peek Covid-19 infection days, visit our https://www.smartairpurifiers.com/bulk-air-purifierssterilizers.html page on our website.
Do Air Purifiers Really Reduce COVID-19 Spread in Schools?
Yes, a recent CDC study showed concrete evidence that HEPA air purifiers reduce COVID-19 spread in schools. The study showed HEPA air purifiers reduced COVID-19 spread in the classroom by 41%.
Yes, a recent CDC study showed concrete evidence that HEPA air purifiers reduce COVID-19 spread in schools. The study showed HEPA air purifiers reduced COVID-19 spread in the classroom by 41%.
Which Air Purifier Should Schools Choose for COVID-19 Protection in the Classroom?
The best type of air purifier for schools to use to protect students against COVID-19 in the classroom is a HEPA filter air purifier. HEPA filter air purifiers are highly effective at filtering out particles the same size as COVID-19. Air purifiers with HEPA filters, therefore, are the recommended choice for portable air purifiers in schools and classrooms.
Air purifiers with extra add-ons such as UV-lights and ionizers are not recommended for schools or classrooms. These add-ons increase cost, and may pose as an additional health risk for students or teachers when operating in school classrooms.
The best type of air purifier for schools to use to protect students against COVID-19 in the classroom is a HEPA filter air purifier. HEPA filter air purifiers are highly effective at filtering out particles the same size as COVID-19. Air purifiers with HEPA filters, therefore, are the recommended choice for portable air purifiers in schools and classrooms.
Air purifiers with extra add-ons such as UV-lights and ionizers are not recommended for schools or classrooms. These add-ons increase cost, and may pose as an additional health risk for students or teachers when operating in school classrooms.
Are Ionizer and Ozone Air Purifiers Safe for Students?
The CDC does not recommend the use of ionizers or ozone air purifiers for COVID-19 mitigation.Ionizers can produce harmful biproducts including ozone and formaldehyde are ineffective at removing pollutants from the air. Even at low levels, ozone can damage the lungs and cause a variety of respiratory issues.
The CDC does not recommend the use of ionizers or ozone air purifiers for COVID-19 mitigation.Ionizers can produce harmful biproducts including ozone and formaldehyde are ineffective at removing pollutants from the air. Even at low levels, ozone can damage the lungs and cause a variety of respiratory issues.
The sign is turn on when air quality reaches unhealthy levels
Directl to open windows for better air quality when air quality reaches a level is too high
When the air quality is back to normal good air quality levels the sign is turned off
Directl to open windows for better air quality when air quality reaches a level is too high
When the air quality is back to normal good air quality levels the sign is turned off
Optional Opened/Closed windows sensors:: Can be installed in the windows to allow the system to monitonr the actual opening and closing of the windows in the classrooms in conjunction with the activation of these signs
