uRADMonitor Aims to Crowdsource Air Pollution Measurements Worldwide (Crowdfunding)

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Some projects such as the World Air Quality Index project are already generating a pollution world map using data from the countries’ respective “Environmental Protection Agency (EPA)”, but a Romanian startup aims to allow individuals to monitor pollution around the world with their uRAMonitor project, effectively crowd-sourcing pollution monitoring.

uRADMonitor
uRADMonitor Model D

For this purpose, the company created environmental monitors with various features and price points, include the higher-emd Model D with the following specifications:

  • Color LCD with touchscreen
  • LND712 made in the USA for Alpha, Beta and Gamma Radiation
  • Bosch BME680 to measure air temperature, barometric pressure, humidity and VOC (volatile organic compounds)
  • Sharp photoelectric sensor to measure dust, pollen, soot, smoke and other particulate matter
  • 1500mAh rechargeable battery for 8 hours of continuous use
  • Wireless 802.11b/g/n connectivity
  • mini USB connector for charging or data
  • Internal audible alarm when pollution readings are high

There’s also model A measuring temperature and radiation, connected to the network via Ethernet, and already tested by 300 users, and a cheaper open source uRADMonitor KIT1 with a Geiger counter.

uRADMonitor KIT1
uRADMonitor KIT1

All the data will be send to a central server with measurements publicly available on uradmonitor.com, and thanks to the models A currently in the wild, there’s already some data as shown in the screenshot below. Data can also be sent to your mobile for real-time monitoring.

uRADMonitor_Geiger_Counter
Click to Enlarge

The device can also be used for indoor air quality, for example to remind you to ventilate your home if there’s too much dust or other pollutants.

uRADMonitor project has now launched on Indiegogo, where you can pledge $490 for the Model B, $150 for model A, and $90 or $120 for KIT1 depending on whether you’d like to solder components yourself, or prefer it assembled. Shipping is not included and adds $10 or $15 (Express), with delivery scheduled for January and February 2016 for models A and KIT1, and March 2016 for Model D. Bosch BME680 used in Model D is only scheduled for “Q1 2016”, so delays are possible and IMHO even likely.

Thanks to Jesu for the tip.

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Al
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Al

model D is US$490, doesn’t appear to be a model B

Looks interesting though it can’t differentiate between the different particulate sizes.
(not surprising for the price)
Would be nice to be able to run your own instance of the server software rather than having it send all the data to their server.Shouldn’t be hard if its open source

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@Al
I’ll transmit this to Radu Motisan ( creator of uRAD ) and I’m sure he can comment here to clarify things.