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Monitoring Air Quality with 2B Technologies PAM: A Step Towards Cleaner Skies

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    Ambient Authority
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The Personal Air Monitor (PAM) from 2B Technologies offers a cutting-edge solution for tracking air pollution levels. This innovative device uses highly reliable sensors to measure particulate matter and carbon dioxide, providing users with valuable insights into their surroundings.

What does the Personal Air Monitor measure and what is its reliability?

The 2B Technologies Personal Air Monitor (PAM) measures air pollutants, including particulate matter (PM1, PM2.5) and carbon dioxide (CO2). The sensors used in the PAM are highly reliable for these specific pollutants.

Does the PAM also measure greenhouse gas emissions?

Yes, the Personal Air Monitor (PAM) measures carbon dioxide (CO2), which is the principal greenhouse gas of interest outdoors, indicating that it does track greenhouse gas emissions.

What is the primary gas responsible for global warming and why does it also affect indoor air quality?

Carbon dioxide (CO2) is the primary gas responsible for global warming, as it accumulates in the atmosphere and traps heat. Additionally, CO2 builds up indoors due to human respiration and can reach concentrations above 1,000 ppm, negatively affecting human cognitive abilities at these levels.

What are the consequences of CO2 concentrations above 1

CO2 concentrations above 1,000 ppm have been shown to affect human cognitive abilities, making it essential to monitor indoor air quality to prevent such adverse effects on human health. At these levels, elevated CO2 concentrations can lead to reduced productivity, increased drowsiness, and impaired decision-making, highlighting the importance of maintaining a healthy indoor environment through effective monitoring and control measures.

How do PM2.5 and PM1 particles enter the lungs and what health effects do they trigger at certain concentrations?

PM2.5 and PM1 particles are capable of entering the lungs because they are smaller than 2.5 micrometers in diameter, allowing them to bypass natural filtering mechanisms in the upper respiratory tract and deposit deep within the lungs. Once inside the lungs, these particles can trigger adverse health effects such as asthma attacks at concentrations above a certain threshold.

How do I add CO and/or total VOCs to the PAM's measurement suite?

The PAM's measurement suite can be expanded to include monoxide (CO) and total volatile organic compounds (total VOCs) by adding these options. This enhancement makes the PAM ideal for tracking air pollution arising from automobile exhaust, power plants, forest fires, and other combustion sources.

How can I output data from the PAM and are there any options for uploading data to the Cloud?

The PAM offers micro-SD card data output, allowing you to store measurements locally. Additionally, there is an option for cellular data upload to the Cloud, providing a convenient means of sharing your air quality data with others or integrating it with other monitoring systems.

Questions? Need Assistance?

We can help with your air quality monitoring needs. Contact Us.