Satellite data can make an important contribution by providing insight into the air composition in zero-emission zones.
Clear satellite data for better zero-emission zones
Emissions of greenhouse gases are increasing worldwide, including in the Netherlands. In our country, traffic is responsible for approximately a quarter of greenhouse gas emissions. In cities, road traffic therefore causes polluted air, which has a negative impact on the health of the inhabitants. That is why the climate agreement has agreed that zero-emission zones will be introduced in thirty to forty larger cities from 2025.
These zero-emission zones should make transport cleaner, thereby reducing CO2 emissions. An additional effect is to stimulate demand for zero-emission vehicles. Satellite data can make an important contribution by providing insight into the air composition in zero-emission zones. This can show how much less nitrogen there is in the air after a certain period of time if no trucks are driving in an area. Based on this knowledge, important policy decisions can be made.
Caeli offers accurate satellite data that gives you insight into air quality down to neighbourhood level. This data is obtained through a combination of measurement techniques using satellite data, the Caeli algorithm®, and resolution to 100x100 metres. To map nitrogen oxides with data from the Sentinel 5p satellite using the Tropomi instrument. The data is easy to read on the map provided by Caeli.
Because Caeli uses satellite data, expensive investments in hardware are not necessary. In addition, Caeli works with a subscription model in which the values of nitrogen oxides are delivered on a daily basis. It is also possible to monitor nitrogen oxides. This provides insight into air quality and thus into the effect of measures, which can substantially reduce nitrogen dioxide emissions in a zero-emission zone.
Caeli's insights are the result of our super-resolution algorithm. With this algorithm, offered products can be delivered 'near real time' via an automated process. In very high resolution. In addition, Caeli is able to 'look through clouds' via imputation techniques. Missing data thus becomes visible.
These zero-emission zones should make transport cleaner, thereby reducing CO2 emissions. An additional effect is to stimulate demand for zero-emission vehicles. Satellite data can make an important contribution by providing insight into the air composition in zero-emission zones. This can show how much less nitrogen there is in the air after a certain period of time if no trucks are driving in an area. Based on this knowledge, important policy decisions can be made.
Caeli offers accurate satellite data that gives you insight into air quality down to neighbourhood level. This data is obtained through a combination of measurement techniques using satellite data, the Caeli algorithm®, and resolution to 100x100 metres. To map nitrogen oxides with data from the Sentinel 5p satellite using the Tropomi instrument. The data is easy to read on the map provided by Caeli.
Because Caeli uses satellite data, expensive investments in hardware are not necessary. In addition, Caeli works with a subscription model in which the values of nitrogen oxides are delivered on a daily basis. It is also possible to monitor nitrogen oxides. This provides insight into air quality and thus into the effect of measures, which can substantially reduce nitrogen dioxide emissions in a zero-emission zone.
Caeli's insights are the result of our super-resolution algorithm. With this algorithm, offered products can be delivered 'near real time' via an automated process. In very high resolution. In addition, Caeli is able to 'look through clouds' via imputation techniques. Missing data thus becomes visible.
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Please contact us and we will inform you about the possibilities.
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