AirLabs employs the most advanced technologies for air filtration including electrostatic precipitators, which provide high particle removal performance with lower powered fans. The gas filters in our devices were developed in-house and protect against gas pollutants which present the greatest threat to health in urban settings.
Using innovative mechanical engineering and design, our low cost sensors can be deployed in dense urban networks to collect high-resolution air quality data at a local level. This can be used to feed learning algorithms that analyse and predict air quality in real time while supporting the development of effective long-term clean air strategies.
Air quality and climate change are inextricably linked. The impact of climate change on other air pollutants, such as particulate matter, is less fixed, but research is underway to address these uncertainties. As the science evolves, AirLabs is committed to supporting policy makers responsible for air quality and the impact of a changing climate.
We build sustainability into all our products. This includes advanced filter technology that reduces the energy required to power our devices. Using electro-static plates instead of high density fabric filters, and nanocarbon filters that can be regenerated, we reduce waste. In-built smart sensors ensure that a device is only switched on when required.
AirLabs is an organisation founded in atmospheric chemistry and airflow engineering. Our R&D labs are managed by one of our founders – Matthew S. Johnson, PhD, Chief Science Officer and Professor in Atmospheric Chemistry at The University of Copenhagen. Our scientists and PhDs work in collaboration with third party institutes on both experimental work and simulations. The laboratory is home to a comprehensive array of test chambers, gas and particle monitoring instruments, environmental control equipment and powerful computer software.
Our in-lab and real world testing push the boundaries of technology and are the result of active collaboration between our teams and some of the world’s leading applied environmental research and engineering institutes. Experts in Computer Fluid Dynamics (CFD), our teams are able to predict and model airflows ensuring the products we develop are fit for purpose.
On-road testing of the AirBubbl
California Air Resources Board Compliance
Tested by Thatcham Research, the industry standard
in Europe for crash certification and safety standards
National Certifications in EMEA, APAC and AMER
covering the following:
Electrical safety, Electromagnetic interference, Radio
emissions, Hazardous materials, Ozone production
Tested and certified by the IUTA laboratory.
IUTA is dedicated to testing air cleaners and are
contributors to regulations and guidelines on this kind
of unit in the EU.