Children’s lungs are still developing, so they’re particularly vulnerable to indoor air pollution. We should protect them by monitoring indoor air quality in the classroom, where kids spend such a significant part of their day.
Indoor air pollution damages our health and impacts how effectively we work and learn. Businesses and consumers are starting to recognize the importance of monitoring indoor air quality, or indoor air qaulity, but in schools, where children typically spend six or more hours a day in the classroom, there is currently no legal requirement to install monitors.
Children’s bodies and lungs are still developing, so indoor air quality monitoring is essential to make sure students, staff, and teachers have an environment that keeps them safe and helps them excel. For facility managers, monitors have added benefits, like helping to manage stretched budgets and provide evidence for important work orders.
Indoor air quality is defined by the US Environmental Protection Agency (EPA) as “the quality of air in a home, school, office, or other building environment”. It estimates that concentrations of key pollutants are up to five times higher indoors than outdoors.
According to the WHO, indoor air pollution is responsible for 2.7% of the burden of global disease annually. The State of Global Air survey estimates that ambient and household air pollutants cut 2 years and 6 months from the average person’s life expectancy.
Indoor air quality has a huge impact on long-term health, but it also affects how well we feel and perform, in the shorter term. The Harvard Annual review of Public Health argues improvements to indoor environments have saved the US economy between $25 billion to $150 billion, thanks to increased productivity from workers.
Children learn and function better when they’re breathing cleaner air. A study co-authored by Harvard T.H. Chan School of Public Health found that improved indoor environmental quality boosted cognitive scores by up to 101%. And there are plenty of other reasons why you should monitor indoor air quality.
1) Indoor air quality data helps with budgeting |
There can be a trade off between ventilating a building properly and energy costs. Indoor air quality sensors provide information that helps you use ventilation more efficiently. There’s no point pumping cool air into a room that nobody’s using. Equally, monitors help with better planning, so that air quality systems are deployed in rooms with greater capacity at peak times.
2) Protect the health of children and staff |
We’ve seen already that the quality of indoor air has long term health implications. Industry leading radon and monitors can measure levels of radon – a colorless, odorless radioactive gas that is the second biggest cause of lung cancer after smoking. They detect VOCs that can be emitted from modern cleaning products, paints, solvents, and furniture, which can cause headaches and irritate the eyes, nose and throat.
3) Boost cognitive performance for students and teachers |
The air we breathe profoundly affects our ability to work and learn. Research shows that workers’ cognitive scores can double in a cleaner, better ventilated indoor environment. In schools, studies have found “compelling evidence of an association of increased student performance with increased ventilation rates.” Scientists have also recently discovered that levels of carbon dioxide in classrooms may have harmful effects on the body, including clouding students’ thinking. Indoor air quality monitors provide important information that highlights where ventilation is needed.
4) Gain insights with the right data |
An effective indoor air quality solution with radon will give you access to information, real-time and historical, in a user friendly format that allows you to turn it into action. An online dashboard enables you to view, customize and analyze your data. The software will interpret key measurements and offer tips on reducing indoor air hazards, optimizing ventilation, and saving energy.
5) Evidence work orders |
As budgets are required to stretch further, Facility Managers can be under greater pressure to provide evidence to back up work orders and demonstrate any changes that will offer a return on investment. Indoor air quality monitors mean that you have the data to show where and when improvements are needed. If the sensors highlight problems, the clear links between student performance and air quality form a powerful reason to put them right.
6) Enhance your school’s reputation |
The best students and staff want to work in a clean, pleasant environment and they’re attracted by improvements in performance. The Harvard Annual Review of Public Health shows that poor indoor air quality is associated, not only with lower productivity from building users, but also with higher rates of absenteeism. Better performing students and a cleaner, greener environment means a better reputation for the school.
7) Keep up with changing regulations |
As awareness of the importance of indoor air quality grows, there’s every chance that laws and regulations will develop to keep pace with scientific evidence. Indoor air quality monitoring helps your school future-proof against changing compliance requirements. Good quality indoor air can be used toward achieving the WELL Building Standard, a global benchmark that recognizes comfort and healthiness in building standards.
8) Improve comfort in your building |
In addition to detecting pollutants, an indoor air quality monitor can measure air conditions like humidity, temperature, and pressure, that determine how we feel and perform. To take one example, a study led by Harvard researcher, Joshua Goodman, revealed that higher air temperatures during the school year caused lower grades in the PSAT, that tests students’ abilities in reading and math. Children, teachers, and other staff will appreciate a more comfortable environment, as they go about their day. Improvements are also likely to help them think more clearly and work more effectively.
9) Modern monitors are easy to install |
Airthings for Business monitors don’t require a lengthy, disruptive installation process. The best modern sensors are battery operated and wireless. They won’t take up valuable power outlets and data can be monitored remotely. The devices can be mounted on walls or ceilings, so they’re up and running in no time. The process is particularly painless when you’re revamping or extending your current rooms.
10) Integration with current systems |
Advanced code called APIs allow monitors to work in harmony with existing IT equipment and other supported devices, like HVAC systems. The data is securely uploaded to the cloud, so that it can be analyzed anywhere and any time.