Long story short gamification works and should be adopted by IoT Air Quality Monitor and their Air Quality apps in order to achieve a behavior change.
What is gamification?
Gamification is adding game mechanics into non-game environments, like a website, a fitness app, or air quality apps to increase participation. The goal of gamification is to engage with users to inspire, collaborate, share, and interact.
Let’s take as an example Apple’s fitness app, those who wear an Apple Watch they know what I am talking about. Each month the application engages users by offering them a digital award, as a result, last month I had to burn actively 19.300 calories in order to win a shine yellow badge. On special days the app encourages you to complete a specific workout to win a special award like for the World Environment Day or Earth’s Day.
Back in April, I and uRADMonitor shipped 5 Smoggie-PM to 5 volunteers in order to help them raise awareness but also to investigate what people breathe in other parts of the world, like in Belgium, Uganda, Azerbaijan, the USA, and Spain. Unfortunately, the US volunteer doesn’t respond to my emails and he hasn’t set the monitor up yet. I hope he is fine and covid-19 or any other possible problem hasn’t affected him.
In this article, I will analyze the data from two of the locations in order to determine the Air Quality (AQ) and get some conclusions that will help my volunteers. Here are some of the photos the volunteers have sent me.
It is always recommended to place the AQ monitors under the shade as sunlight can increase the internal temperature and consequentially the measurements of temperature and humidity will be incorrect.
Someone may ask what more they can offer to an already saturated market of air quality monitors. The answer is simple: Experience! TSI Incorporated is a USA-based company with more than 60 years of experience and knowledge thanks to the 1000 researchers and engineers that work for the company worldwide. They hold more than 50 patents.
Recently, TSI released the AirAssure which is an IoT-enabled Indoor Air Quality Monitor (AQM) designed specifically for buildings that really need to have an in-depth and accurate view of the indoor air quality. The monitor comes in two versions the 4-gas and 6-gas variation. I am going to review the 4-gas AirAssure IAQM that comes with a Formaldehyde, Carbon Monoxide, Carbon Dioxide, and Total Volatile Organic Compounds sensors. Apart from the 4 or 6 gas sensors configurations, all versions come with a particulate matter sensor and a temperature/humidity/barometric pressure sensor. Also, a new CO2 and VOC model will be released this autumn.
Technical Specs 4-Gas AirAssure
Formaldehyde (CH₂O)
Carbon Monoxide (CO)
Carbon Dioxide (CO2)
Total Volatile Organic Compounds (tVOC)
Particulate matter (PM)
Temperature, Relative humidity and Barometric pressure
On 22nd September 2021, the World Health Organization released the so long-awaited update of the Air Quality Guidelines (AQGs). They are bold and ambitious but will governments adopt them?
Let’s see how the updated AQGs compare to the old ones, which were released in 2005. The classical pollutants (Particulate Matter PM2.5/10, and NO2) have been reduced significantly. They have introduced additional AQG levels, such as for peak season Ozone (O3), 24-hour averaging time for Nitrogen Dioxide (NO2), and Carbon Monoxide (CO). On the contrary, they have increased the Sulfur Dioxide (SO2) levels from 20 μg/m3 to 40 μg/m3.
In August 2021 (summer in Northern Hemisphere), I travelled from Spain to Greece in order to visit my parents as I hadn’t see them for a long time due to the pandemic. I visited 10 countries and I evaluated the air quality with a portable air quality monitor (Atmotube PRO) but as well as the behavior of the people in these countries as they tend to have different customs when it comes to cooking or transporting around the cities.
This evaluation is very narrow because of the fact that I didn’t stay longer than a day or two in each city so take it with a pinch of salt. Also, the climatological conditions were entangled to the summer month of August and high temperatures were expected in the Mediterranean coastline. Wildfires are more likely to occur during the dry month of August and indeed I witnessed a few in the Balkans.
On 1st August 2021, I will attempt to travel from Spain to Greece in a hybrid car. I aim to reach my parent’s home (yes, I miss them a lot, damn you covid19) and then return to Spain by sea on a ferry.
It is a month-long road trip of about 3799 km (2360 miles) and I hope I will have the chance to meet new places and during this process, I will document the air quality/pollution in different countries/cities in my effort to raise awareness. I will carry with me a portable air quality monitor that measures, particulate matter (PM1.0/PM2.5), volatile organic compounds (VOC), temperature, and humidity. The monitor is the Atmotube Pro which I have already reviewed here and it correlates very well against reference monitors. Personal and 3rd party field evaluations reveal that the monitor correlates very strongly against GRIMM data PM1.0 r2 ~ 0.93, and PM2.5 r2 ~ 0.89 (1-hr mean). PM2.5 data against a FEM BAM correlate strongly as well r2 ~ 0.78.
I feel confident about the data that I will obtain and as the device saves everything on internal storage and in the phone with GPS coordinates, I won’t lose anything and I will be able to answer some questions, like which counties are more Air Quality friendly based on my data, what was my average exposure to PM during the trip in total and in different countries, or if I had stayed at home, would I have been exposed to less PM, etc. Let’s find the Mediterranean country/city with the cleanest air.
I will visit some cities in Spain, France, Monaco, Italy, Slovenia, Croatia, Bosnia and Herzegovina, Montenegro, Albania, and Greece.
Stay tuned on social media like Twitter and Instagram, as I will post very frequently photos of the trip with AQ data and comments!
Wish me good luck and if you are interested in learning about the air quality in one of the places I will visit or you have any questions please write below.
My guest today is Robert John aka HUMAN SPACEMAN who is a purpose driven entrepreneur, visionary leader and innovator of human health improving solutions for property technology. Many say he was born do to make indoor environment better due to his severe childhood asthma and getting into the air cleaning industry with only 19 years of age. Today, over 20 years later he is the founder of Terraform Global based in London, UKLinkedin: https://www.linkedin.com/in/robert-john-spaceman/
My guest today is Robert John aka HUMAN SPACEMAN who is a purpose driven entrepreneur, visionary leader and innovator of human health improving solutions for property technology. Many say he was born do to make indoor environment better due to his severe childhood asthma and getting into the air cleaning industry with only 19 years of age. Today, over 20 years later he is the founder of Terraform Global based in London, UK
I am the kind of person that likes things organized and always planned. During the pandemic, I took up hiking as a new hobby. I spend a lot of time indoors working in front of the computer, so I decided that it was time to find an activity in nature where I will be able to look as far away as possible in order to extend my view field and exercise my eyesight. The location I live allows me to do that hobby reality but air quality is not always optimum.
As you may know, I live in southern Spain and although traffic pollution is an issue, when I hike in the hills there is a different type of pollution that may be present, the Saharan Dust. In 2021 I have noticed that cross-border pollution events are more frequent. There are no constant warnings from local media or local authorities about these kinds of events. Newspapers or TV news will only mention them only when there is nothing else to talk about.
So when I want to go outside and practice that sport, I check not only the weather forecast but the air quality forecast from various apps and web services. In this article, I will compare three air quality services and apps that I mostly use and see if they offer an accurate forecast. The apps are eLichens Air, Plume Labs, and Windy.
The method is simple. The night before hiking, I check the AQ forecast with these three apps, and then the next day I check the actual AQ measurements from my sensors and the apps again.
Friday Night 7-May-2021 | Forecast
Saturday Morning 8-May-2021 | Real-Time
Here is the first comparison. At night of Friday 7th May, I checked the AQ for the next morning at 11am. The forecast data predicted by the Plume Labs and the eLichens Air show an index value and not a mass concentration (μg/m3) like Windy does. In most cases companies use a proprietary AQI and in order to be able to compare them I will need to “decrypt” them. I wasn’t able to find any documentation for the eLichens Air AQI.
Plume Labs gave me an AQI 21 for PM2.5 which according to their documentation corresponds to a value below 25μg/m3. eLichens Air gave me an AQI 16 for PM2.5 which I estimate it corresponds to a value below 12μg/m3. Windy estimated 8μg/m3.
The following day, I checked the measurements at the exact time like the night before plus the real-time values from my outdoor sensors. PM2.5 values were at 5μg/m3 and the eLichens Air, Plume Labs, and Windy gave me almost the same values of 9μg/m3 and 17/18 AQI which are roughly the same.
Saturday Night 8-May-2021 | Forecast
Sunday Morning 9-May-2021 | Real-Time
The second test revealed similar PM2.5 forecast values (20 AQI) between the Plume Labs and the eLichens Air and an estimated value of 14μg/m3 from Windy.
The following morning, the real-time values from the apps were far different from the in-situ values as my outdoor sensor measured 4μg/m3 and the apps gave me a value of 15 AQI and 16μg/m3.
Conclusion
In their defense, there are not lots of available data here because our local AQ station doesn’t share openly PM2.5 data. So they work with models that are not able to give better results. In different parts of the world where spatial coverage is better and official stations share PM2.5 values with the public, they have better results. Some apps rely on satellite imagery, but again satellites pass over Spain once a day and they have a 3.5km by 5km resolution like the sentinel-5 precursor (my favorite so far). I take them into account to make a rough estimation of the following day and of course, I check the data from my local outdoor sensors.
My guest today is Christian Saravia who is an Industrial Engineer, Master's Degree in Water Resources Management; Postgraduate in Environmental Management from the University of Dresden Germany; Founder of the scientific project A M B E N T E in Guatemala.This episode is available in English and Spanish.Linkedin: https://www.linkedin.com/in/christian-saravia-s/Twitter: @Chrisaravia
My guest today is Christian Saravia who is an Industrial Engineer, Master’s Degree in Water Resources Management; Postgraduate in Environmental Management from the University of Dresden Germany; Founder of the scientific project A M B E N T E in Guatemala.
See The Air 