THE CONNECTED CO2 SENSOR, WHAT IS ITS PURPOSE?
The CO2 sensor has been at the center of discussions in recent weeks for public buildings, more precisely in schools and universities, to better prepare for welcoming students. How can we prevent the spread of viruses? How can you protect your employees and students? The CO2 sensor measures the level of CO2 present in the air and also alerts when the CO2 concentration threshold reaches 800 PPM.
The High Council of Public Health recommends implementing measurement campaigns in public buildings to identify potential risk areas. Ventilation and airing of enclosed spaces are among the most recommended measures in the health protocol for public buildings. Remember that CO2 is produced through our breathing. A too high presence of CO2 in a room is harmful to health. The higher the CO2 concentration threshold, the higher the risk of contracting viruses including Covid-19. The CO2 sensor is therefore a good way to check air quality when your students are present in an enclosed space.
It is strongly recommended to air out rooms for 15 minutes before students enter the classroom. Airing rooms is also recommended when the room is empty to renew the air (during recess, between classes, at lunchtime, etc.). But airing should also be done when your CO2 sensor indicates that the CO2 concentration threshold in your room has been exceeded, even if the space is occupied.

Today, the indoor air quality market is booming, so we have access to all types of CO2 sensors (connected or not). We will look at the differences between a connected sensor and a non-connected sensor to help you choose your CO2 sensor equipment.
THE CO2 SENSOR, THE TOOL TO MEASURE INDOOR AIR QUALITY
