How to Monitor Air Quality Effectively

Monitoring Indoor Air Quality

Improving indoor air quality can not only reduce transmission of Covid-19 and other airborne diseases, but also improve public health for the long term. By using CO2, temperature, and humidity data loggers to monitor the indoor environment, building owners, facilities managers, and occupants can take an informed approach to balancing good air quality with comfort.

The links below will guide you through monitoring CO2 to assess indoor air quality and balancing good indoor air quality with occupant comfort and energy savings.

An introduction to the guide and why indoor air quality is important.

A guide to CO2 monitoring and using CO2 data loggers to measure indoor air quality.

How to strike the balance between good air quality and good comfort levels, using simultaneous temperature and humidity monitoring.

An overview of how to use temperature and humidity loggers alongside CO2 loggers to help save energy and money.

The references used throughout this guide, along with recommended further reading.

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CO2 Data Loggers >

Monitor carbon dioxide levels with the Tinytag CO2 data loggers.

View Tinytag CO2

Temp/RH Data Logger >

Monitor indoor environmental conditions with a Tinytag temperature and relative humidity data logger.

View data loggers