Air Quality Monitoring Requirements?

Watch the video above to see how to use with Industrial Internet of Things (IoT) Devices for Air Quality Monitoring.

tools-valarm-net-valarm-tools-cloud-industrial-iot-remote-monitoring-sensor-telemetry-air-quality-water-gas-ozone-nitrogen-oxides-voc-vocs-airquality-pollution-exposure-pollutants-7You’ll learn in just a few minutes how to measure air quality factors with sensors that detect harmful stuff that might be in your air, like:

  • Ozone a.k.a. O3
  • Nitrogen Dioxide a.k.a. NO2
  • Particulate Matter, Dust, Soot, PM1, PM2.5, PM10
  • Volatile Organic Compounds a.k.a. VOCs

You’ll see air quality monitoring boxes demo’d and broken down in the video. You can get those air quality monitoring boxes on

valarm-tools-cloud-industrial-iot-air-quality-remote-monitoring-telemetry-alphasense-opc-n2-particle-counter-particulate-matter-pm2-5-pm1-pm10-dustHave a look at our Customer Success Stories to see how is used for remote monitoring and IIoT / Industrial Internet of Things applications in various industries.

See our Web Dashboards that let give you and your organization a custom webpage with maps, graphs, alerts, widgets, anything you need to monitor so you can be more effective.

Whether you need to monitor air quality, water / fluids, tanks, or fleet vehicles with industrial equipment, please don’t hesitate to contact us at

We’ll help make sure your organization’s monitoring requirements are happily satiated.



Video Voiceover / Transcript:

Howdy, this is Edward from Valarm!

You’ll get a fun tour of Valarm air quality monitoring boxes in this video. These units monitor nasty and gnarly stuff that you, your family and friends shouldn’t be breathing. Gross things that get into your lungs. And never leave. Poor air quality causes lung disease, cancer, heart failure, asthma, and so on. You probably already know that bad air quality is responsible for over 7 million deaths every year. So your bottom line is that air quality is an issue that will become more important every day for you and everyone around you.

These Industrial Internet of Things Devices use sensors to measure VOCs, a.k.a Volatile Organic Compounds, Ozone / O3, and Nitrogen Dioxide / Nitrous Oxides / NOx / NO2.

Why these exact air quality sensors?

Excellent question. We work with the California government entity South Coast Air Quality Management District, AQMD, that responsible for air quality compliance and monitoring in Southern California. So we trust that what they need to monitor is important for your health. And the flexibility of makes it super easy if you need to add or remove any sensors at any time.

Where’s the air quality sensor information go? receives all of this air quality sensor information in real-time. The Valarm Tools Cloud gateway software lets you map, graph, analyze, receive alerts, and do just about anything with your air quality information.

Inside of each of these boxes you’ll see the 3 gas sensors at the bottoms of the boxes. They’re Alphasense air quality sensors that are in custom sensor housing enclosures that Lorenzo designed and printed with our MakerGear 3D Printer. There are specific gas sensors for:

  1. Ozone / O3
  2. Nitrogen Dioxide / NO2
  3. Volatile Organic Compounds / VOCs PID

The Alphasense raw gas sensors connect to 0-10V sensor adapters from The raw air quality sensor data is sent to with each 3G GSM sensor hub in the middle of each air quality monitoring box.

At the top of each box there’s an Alphasense OPC-N2 optical particle counter. The OPC-N2 air quality sensors measures particulates in the air, like dust, soot, PM1, PM2.5, and PM10. Gross stuff that gets into your lungs and never leaves.

Each Alphasense OPC-N2 connects to a SPI serial sensor adapter and a GSM sensor hub. All of these Industrial Internet of Things devices are available at

On all of the air quality information is converted to real world values you and your organizations need, like PM2.5 and parts per million, ppm, of ozone, VOCs, and NO2 gases.

The rest of the hardware you see in the box are various electronics that monitor battery and solar panel health, since this unit is solar powered and runs all on its own. The cable gland or stress relief connector at the bottom is where the solar panel connects to the Morningstar SunSaver-6 solar charge controller at the top that handles power management between the big lead acid battery and all of the Internet of Things Devices.

You’ll also see  voltage converters and a voltage divider. Fans are there to keep fresh air moving and regulate the temperature so it doesn’t get too hot or cold inside the box. And there’s a meteo sensor that monitors ambient humidity, pressure, and temperature that can be used to fine-tune air quality sensor calibration routines.

That’s the quick and easy overview of air quality monitoring. Are you ready to do air quality monitoring now? Do you feel a deep hunger and desire to measure air pollution? You’re probably already ready to deploy these environmental monitoring boxes in the field. You and your organization can get these boxes at .

Or, if you need something kinda like this but a little different, maybe an additional H2S or SO2 air quality sensor, or WiFi connectivity instead of GSM, or anything else – then please don’t hesitate to contact us and we’ll help you find a solution for your specific monitoring needs!

Want more videos? Take a gander at our Greatest Hits Videos of Rock, Roll, and Industrial Internet of Things Applications and Examples with HowTos, Tutorials, and teddy bears.



Send us a message at And as always, thank you for watching and helping everyone remotely monitor anything, anywhere.