Air pollution causes 467.000 deaths in Europe each year. Once a silent and underestimated killer, it is now recognized as the single biggest environmental health risk. But there is hope. Scientific research has shown that reducing your exposure to air pollution is effectively helping. But how to do that?
The air quality data available today are mostly not suitable for personal use or implementation into a business context. aircheckr changes this completely with its real-time air quality information up to street level. The aircheckr algorithms calculate the air quality information at different levels of detail: real-time, forecasting or statistics. The aircheckr Air Quality Index translates the complex set of pollutant concentrations into a health-based and easy to understand number. Personal recommendations and hints allow people to take adequate actions if needed. The air quality data can easily be integrated in different applications through an extensive API and widget.
Users and their needs
The effects of air pollution are alarming, mainly affecting the respiratory & cardiovascular system. In Belgium alone, every hour at least one person, on average, dies due to air pollution. Many people are concerned but feel helpless to act accordingly. When you drink and drive and you have a car accident, it is quite clear what the cause is, but with air pollution this is not so straightforward. Air quality is very complex. There are many different pollutants and their effect on health is not always clear. Moreover, air quality varies a lot in time and space. The air pollution next to a highway at rush hour can strongly differ from these in the park 200 meters away (see example below).
Aircheckr is focused on B2B. Below some targeted markets are highlighted:
- Digital signage
- Real Estate
- IoT & smart cities
All of them need AQ data to enhance their services/products. The specific needs depend. For the real estate market e.g., an aircheckr widget gives for each property for sale/rent at a real estate website a clear indication on the air quality status. It is a real asset to “jump out”. In ventilation applications aircheckr makes it possible to integrate outside air quality information as an additional parameter in the automation of ventilation systems. This can improve the inside air quality considerably as ventilation can be reduced when outside air is bad (and the other way around). Several customers (e.g. integration of aircheckr by digital signage expert Seenspire in figure below) in different markets were involved in this demonstration project to demonstrate the potential of aircheckr.
Target area: Belgium/EU
Service/ system concept
aircheckr answers the following question: “How to know the air quality now, right where I am and what does that tell me?” Aircheckr provides the best air quality data (e.g. on street level for Paul who is planning his running route). It is location-based (“right where I am”) & real-time (“now”). Moreover, aircheckr makes the data easy to interpret and gives personal recommendations (“perfect air for a run”).
The system architecture is quite straightforward. Different businesses need AQ information as an input for their service. The aircheckr API allows communication between the users’ device & the aircheckr servers. Directly after a request is send from a user device, a fast, on-the-fly and request-based processing technique will generate a location-based “response” that is send back immediately to the users’ device again. The aircheckr AQ data(base) are the result of intensive processing, where different existing AQ (and other open) data are modelled and enriched with crowdsourced local (sensor) data & Earth Observation derived contextual information.
Space Added Value
Aircheckr makes intensive use of 2 space assets: Earth Observation & Satellite Navigation.
In the aircheckr methodology, Earth Observation derived Land Cover maps play an important role. The Copernicus product “Urban Atlas” is providing pan-European comparable land use and land cover data for Large Urban Zones with more than 100.000 inhabitants at a resolution that is 100 times higher than CORINE land cover. Moreover, the Copernicus Atmosphere Monitoring Service (CAMS) is delivering valuable air quality data at European scale for several relevant pollutants.
Satnav technologies is primarily used to track the precise location of individual users accessing the aircheckr database through an API or widget. Moreover, the positioning of newly installed sensors is key.
Overall goal of this project was to design, develop, demonstrate and validate the pre-operational service aircheckr.
The demonstration project started June 2016 and ended successfully in July 2018. Besides a huge amount of technical advancements, several demos demonstrated the potential of aircheckr in different market segments.
Please visit the aircheckr website (www.aircheckr.com) for more info. There you can also get easily access to the API or try out the aircheckr widget.