Review: Kunak Air PRO – Ambient Air Quality Monitor

Time to talk seriously about ambient air pollution and how technology can help us see and consequently mitigate it. According to a 2016 report, the annual cost of air pollution has to the global health care system has risen to US$ 176 billion from US$ 21 billion in 2015 and the number of workdays lost to air pollution-related illness bounces to 3.7 billion from 1.2 billion. According to another report, ambient air pollution kills more than 3 million people across the globe every year but more importantly causes health problems that increase the annual health care budget.

Unfortunately, air pollution is not taken very seriously by governments and society because we tend to dismiss things we can’t see or understand. Here comes Kunak which is one of the leading companies in the field of monitoring air pollution accurately. Recently, the monitor Kunak Air PRO has been rewarded at the AirLab Challenge 2021 as the most accurate multi-pollutant ambient monitor and it is made in Spain.

Experts, academics, the city, and policymakers all need air quality monitors in order to quantify the ambient air, get the right conclusions about the situation, and finally, make the right decision on how to mitigate the pollution and the health care costs. As you can understand the accuracy of the monitor is very crucial and Kunak delivers great results.

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AirGradient DIY Indoor & Outdoor Air Quality Monitor

Countless times I have mentioned that we need to monitor indoor and outdoor air quality. This is an essential step in order to have a holistic approach to air pollution that surrounds us in both environments. Unfortunately, not everybody can afford to buy two monitors but thanks to the community and AirGradient there are two DIY solutions that can help us monitor the air quality quite accurately and of course, manage the air we breathe better.

AirGradient’s DIY solution is more appealing than the competition for many reasons. First of all, you can buy directly the DIY Kit with all the electronic components from them including the PCB. The PCB is the board where we will deploy all the sensors, WiFi module, and display. That is a huge benefit because you don’t have to search on the internet and purchase the components one by one. The well-designed PCB will also help us keep the monitor neat and small without unnecessary cables. Secondly, Air Gradient’s DIY AQ Monitor is very customizable allowing us to build an indoor monitor with an NDIR CO2 sensor but another one without a CO2 sensor or display for the outdoor environment. If you don’t want temperature/humidity sensors you can easily omit them too, but I highly recommend them. Moreover, there is software support as a community of passionate people have been improving the firmware constantly. Finally, the solution comes with a web dashboard where you can manage all the monitors and take advantage of the histograms and tools like the alerts.

Additionally, the devices which are connected to the cloud and the dashboard can broadcast the measurements back to a separate display (Viewport) which allows us to see the air quality indoors and outdoors like in the example below. Isn’t that very cool?

It has been a long time since I soldered something, so I was very happy to build the monitor. I built two monitors by following the fairly easy instruction here. There is also a video with the instructions here by Jeff Geerling.

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Outdoor Air Quality Monitors 2021Q4

What’s new? Well, lots of new Outdoor Air Quality Monitors have been released into the market for various purposes and different budgets. Air quality monitors for professional use in cities and industrial sites and homeowners who want to supervise the ambient air quality outside their houses/apartments.

This time, I have included the General Star Score from the AIRLAB Challenge 2021 for the monitors that took part. The Ethera NEMo Outdoor monitor scored the highest with 4.5 Stars out of 5.

uRADMonitor with the Smoggie and City models scored 4/5 and 3.5/5, respectably. Also the Kunak Air Pro which I will review soon scored 4/5. It is great to see that all these solutions deliver accurate results.

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Breathe Helmet – Angel Investor

Introduction

I have teamed up with a great product designer Nathan Hassanali in our effort to offer clean air to the commuters that need to move around the cities where combustion engine vehicles are unfortunately still a priority over sustainable alternative methods.

The Problem – Air Pollution

One of the biggest challenges of the 21st century will be to mitigate the negative effects of transport – greenhouse gases, air pollution, and noise – while ensuring positive aspects of mobility. Meanwhile what can dwellers do to protect themselves from the toxic air that is present in the streets all around the world?

Although air pollution has decreased over the last two decades, it is still a major problem in many areas. ‘EURO standards’ for vehicles have not succeeded in reducing Nitrogen Dioxide (NO2) emissions and “defected” vehicles (aka Dieslegate) still circulate without meeting the levels set out in the legislation. Recently, the World Health Organization updated the Air Quality Guidelines (2021 AQGs) which sets the bar for human health high because according to new methods for evidence synthesis and guideline development they found proof of health effects occurring at lower levels than previously understood.

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In & Out – Airthings & Airly

Countless times, I have said that it is very important to monitor our indoor air quality side by side with the outdoor air quality. A collaboration between Airthings and Airly brought the best of both worlds, ambient air quality and indoor air quality monitoring in one place. Unfortunately, this solution is available only to the business customers but we can always hope that the demand will drive the feature to the consumer clients as well.

Why in & out AQ monitoring is important?

Our indoor air quality depends on many factors like building material, furniture, and indoor activities (cooking in a home or printing documents in an office, the perfumes people wear, etc). All of these factors will determine indoor air quality from the inside but indoor air quality is subject to outdoor conditions too. Vehicle traffic, marine traffic (in case you live near a port), wood-burning, industrial activities in the area, and wildfires are some of the reasons that will affect indoor air quality as buildings need to breathe or ventilate if you want.

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Ranking of Cities by Air Pollution! Nope!

English


I have come to the conclusion that rankings of cities by air pollution are not accurate and they don’t reflect the real situation in large communities because if you are unlucky enough to have a careless neighbor that burns wood/garbage/etc or you live outside the Low Traffic Neighborhoods (LTNs) and official AQ stations are far away from you then you are screwed!

Basically, your health is a subject of what others want, and there is little you can do to protect yourself. You can always stay indoors with purifies all over the house 24/7 and unable to open a window for oxygenated air to come inside. That is not correct as your freedom to open a window or walk outside your house and the right to breathe clean air are taken from you.

There are many studies talking about inequality in low-income communities. In a recent study researchers have even identified the fact that there are less trees around poor communities than in high-income ones.

Politicians marginalize the work-class constantly by refusing to find solutions to their problems. Some laws protect us from air pollution but they are not enforced. So far scientists have gathered hundred of evidence that tells us firmly that air pollution kills – more than 7 million people have died prematurely worldwide due to air pollution. Personally, death doesn’t scare me, but living a life with many medications and unable to function as a human being (Alzheimer’s among some of the most common diseases) is my biggest fear and air pollution can decrease the quality of life. It is hard to quantify morbidity which means the condition of suffering from a disease or medical condition. This is not the future I want for myself and the people around me and you shouldn’t too.

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Thailand School sets the AQ bar high – An example to be followed

On Earth, there are over 7 billion people but very few of them have a clear vision of a future and how important air quality is for our health. You will find politicians that are unwilling to enforce air quality laws, you will find educators scared to share with parents the indoor air quality, and you will find lots of people unaware of what they breathe or what they burn.

Among all of them, you will find very few people that want to make things right for the rest. In this case, the Head of School at Prem Tinsulanonda International School in Chiang Mai, Thailand was brave and educated enough to recognize the power of air quality data.

Chiang Mai is a city in exotic Thailand that always ranks in the top polluted cities in the world between March and April. The reason is the burning season. I was taught about the 4 seasons (Spring/Summer/Autumn/Winter) at school but it turns out that they have a fifth season − normally in March and April − when crop waste burning and forest fires fill the air with particles, PM2.5 levels can reach 300 μg/m³.

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Episode 2: Athens, Greece – Wood Burning/Fireplaces

Episode 2: Athens, Greece – Wood Burning/Fireplaces See The Air | Real Life Stories

[EN]This is a bilingual episode. If you want to listen to the Greek version please go to minute 14:52.In this episode, Andrea, who lives in Athens Greece, will share with us his everyday experience with air pollution.The main source of air pollution in his city during winter is wood burning/fireplaces.Andrea tries to educate the Greek community about the dangerous of air pollution on his blog.Website: https://cleanairingreece.org/Twitter: @cleanairgreeceFacebook: https://www.facebook.com/abonettiphoto/Please share and rate this episode with 5 stars.[GR]Αυτό είναι ένα δίγλωσσο επεισόδιο. Εάν θέλετε να ακούσετε την ελληνική έκδοση, πηγαίνετε στα 14 λεπτά και 52 δευτερόλεπτα.Σε αυτό το επεισόδιο, ο Andrea, που ζει στην Αθήνα, θα μοιραστεί μαζί μας την καθημερινή εμπειρία του με την ατμοσφαιρική ρύπανση.Η κύρια πηγή ατμοσφαιρικής ρύπανσης στην πόλη του κατά τη διάρκεια του χειμώνα είναι καύση ξύλου / τζάκια.Ο Andrea προσπαθεί να εκπαιδεύσει την ελληνική κοινότητα σχετικά με την επικινδυνότητα της ατμοσφαιρική ρύπανση στο blog του.Website: https://cleanairingreece.org/Twitter: @cleanairgreeceFacebook: https://www.facebook.com/abonettiphoto/Παρακαλώ μοιράστε και βαθμολογήστε αυτό το επεισόδιο με 5 αστέρια.

[EN]
This is a bilingual episode. If you want to listen to the Greek version please go to minute 14:52.

In this episode, Andrea, who lives in Athens Greece, will share with us his everyday experience with air pollution.
The main source of air pollution in his city during winter is wood burning/fireplaces.
Andrea tries to educate the Greek community about the dangerous of air pollution on his blog.

Website: https://cleanairingreece.org/
Twitter: @cleanairgreece
Facebook: https://www.facebook.com/abonettiphoto/

Please share and rate this episode with 5 stars.

[GR]
Αυτό είναι ένα δίγλωσσο επεισόδιο. Εάν θέλετε να ακούσετε την ελληνική έκδοση, πηγαίνετε στα 14 λεπτά και 52 δευτερόλεπτα.

Σε αυτό το επεισόδιο, ο Andrea, που ζει στην Αθήνα, θα μοιραστεί μαζί μας την καθημερινή εμπειρία του με την ατμοσφαιρική ρύπανση.
Η κύρια πηγή ατμοσφαιρικής ρύπανσης στην πόλη του κατά τη διάρκεια του χειμώνα είναι καύση ξύλου / τζάκια.
Ο Andrea προσπαθεί να εκπαιδεύσει την ελληνική κοινότητα σχετικά με την επικινδυνότητα της ατμοσφαιρική ρύπανση στο blog του.

Website: https://cleanairingreece.org/
Twitter: @cleanairgreece
Facebook: https://www.facebook.com/abonettiphoto/

Παρακαλώ μοιράστε και βαθμολογήστε αυτό το επεισόδιο με 5 αστέρια.

uRADMonitor SMOGGIE-PM | Call for Volunteers Take 2 [Ended]

Back in 2019 uRADMonitor and I organized a “Call for Volunteers” where we gave away 10 monitors all around the world.

Once more we are looking for five volunteers who want to receive a Smoggie-PM monitor. The new version comes with new transparent icy look case and visual indication of the pollution concentration thanks to the LED light.

Volunteers all around the world who are willing to install an Air Quality Monitor in their backyard or balcony or window or any other outdoor environment in order to build a better air quality network and to help you raise awareness in your neighborhood/community.

The only requirement from your side is to have a good Wi-Fi internet connection 24/7 and keep the device on constantly in order to broadcast the measurements to an open map. The WiFi signal must reach the monitor outdoors.

Just email or tweet or DM me on any social media platform, tell me where are you planning to install the monitor and why should I choose you.

What is SMOGGIE-PM?

Smoggie-PM is an ultra low-cost high performance Air Quality Monitor, with Wi-Fi connectivity and a laser scattering sensor (Plantower PMS5003) that measures Particulate Matter PM1, PM2.5 and PM10 and makes it available on your phone or laptop in real time. Also, it is equipped with a Temperature/Humidity/Pressure sensor (Bosch BME280).

Smoggie is an automated, fixed, Air Quality monitoring station. It has WiFi connectivity to send the air quality measurements to the uRADMonitor Cloud in real time. It needs 5V to run, powered by a standard micro-USB cable (the same your smartphone uses in order to charge it). The new versions have a color LED light that reflect the pollution levels in real-time.

Clarity Node-S Remote Calibration Process

When you use low-cost monitors for professional reasons, you need to calibrate them in order to obtain the best possible measurements. This process makes data less vulnerable to environmental conditions and more valuable to scientists and policymakers.

Clarity takes this process really seriously, and they dedicate a lot of resources to making sure their devices will measure accurate data (for more on how to assess air quality sensor accuracy, see this blog). I ask Clarity to perform a remote calibration on my Node-S and guide me through the entire the process.

I have discovered something interesting during that process about the local air quality station.

As you may already know from my previous articles, my local air quality station ES1393A is placed inside a park and it is almost surrounded by trees. Trees act as a barrier, and they block pollutants from reaching the monitors. The Clarity team told me that this was an especially complicated calibration. I suspect it has to do with the location of the station and how trees may interact with low-cost sensors.

The type of trees in my city is a variation of a ficus called ficus retusa l. var nitida. These trees release a resin from their leaves which can create interference to the low-cost sensors that do not have a filter to keep them out as the scientific-grade monitors do. Most outdoor scientific-grade monitors come with a debris screen inlet or an Inlet Heater which may capture the resin from the trees.

The problem is not the trees but the location of the air quality station that shouldn’t have been there.

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