The global standard for aerosol monitoring
Aurora™ has long been recognised as the global standard in integrated nephelometers.
In the field, the Aurora™ is compact enough to fit in the fuselage of a small plane to measure volcanic ash levels over Northern Europe, reliable enough to provide early warnings of imminent dust storms in China’s Gobi Desert, and robust enough to survive years at an Antarctica research station.
The next-generation Aurora NE series of integrating nephelometers builds on this strong foundation and provides customer-inspired enhancements supported by technical innovation. Its deployment for ACTRIS reaffirms our dedication to providing top-notch, trusted solutions that stand up to the rigorous standards of scientific research.
The NE series is introducing a raft of features that Aurora™ users will benefit from, including a full-colour touchscreen, expanded communication protocols, improved internal plumbing and flow control, and a more powerful microprocessor.
We have also reduced the truncation angle of the cell, something Acoem customers had identified as particularly important. Instrument noise has also been lowered, as well as wall scattering from internal reflections, while light source intensity has been increased.
The Aurora series is a testament to our ongoing commitment to advancing the field of aerosol monitoring, empowering researchers and organizations to make informed decisions and contribute to a better, more sustainable world.
The Aurora™ integrating nephelometers are also used by other major research institutions and climate monitoring networks including Global Atmospheric Watch (GAW), which is part of the World Meteorological Organization (WMO).