Air2Pure
- Monitors the air, online
- Controls fans and Wall-GapS, remotely
- Shows what you save
AI-Driven monitoring and control for buildings
Every building breathes.
Monitor. Control. Save energy.
Every panel
Cooler, cleaner air.
Intake air29.0°C
Measured on the pilot21.4°C
Sense
Measured around the clock.
- Temperature
- Humidity
- Particles
- CO2
Monitor
It sees the problem.
Control
And switches it on.
Then
Heat and dust go down.
Result
Cooler. Cleaner. Automated.
- 7.6 °C cooler air
- Up to 50% less PM2.5
- Less cooling power
Data centre
A2P-Logger
-
1
DetectedTemperature 29.0 °CHigh PollutionHigh
-
2
AI switches Wall-GapSOffOn
-
3
Result29.0 °C intake air 50% less pollution
Sense. Stream. Understand. Act.
- SenseAt the air intake
- StreamOver LTE or WiFi
- UnderstandkWh, euros, CO2
- ActAI switches what is needed
Your air, minute by minute.
Temperature°C
Particlesµg/m³
CO2ppm
How we calculate
Air mass flow 1.2 kg/m³ × airflow. Cooling avoided mass flow × 1.005 kJ/kg·K × (outdoor − intake), only when positive. Electricity cooling ÷ COP, COP 4 by default. Cost kWh × price. CO2 kWh × grid factor.
Shown here: recorded data from PurCity's own A2P-Logger, 11 to 16 Oct 2025, played back. Times in UTC.
For large buildings that cool their air.
Data centres
Factories
Warehouses
Malls
Airports
Digital and physical.
Two systems that work together.
Wall-GapS
- Panels on your facade
- Clean the outside air
- Cool it before it comes in
Together: Air2Pure finds the problem, Wall-GapS removes it.
Measured on a real building.
Pilot hosted by Toyota Motor Europe, Brussels, Belgium. No endorsement is implied.
7.6°Ccooler intake air
19.3°Ccooler facade
up to50%less PM2.5
up to90%less PM10
up to49%less cooling electricity (climate dependent)
47%less cooling electricity in a 5 MW data centre, Brussels
18 international awardsPatent pendingPurCity ApS, Copenhagen
What could you save?
Model estimate11.5kWless chiller power
€974saved a year
0.9tless CO2 a year
AI Assistant