Ball Aerospace Pollution Monitoring Instrument Launches as Part of NASA's TEMPO Mission
Ball Aerospace has announced the successful launch of the Tropospheric Emissions: Monitoring of Pollution (TEMPO) instrument from Cape Canaveral, Florida. This significant milestone marks NASA's first Earth Venture instrument mission aimed at providing crucial air quality data across North America. TEMPO will enable high-resolution measurements of pollutants such as ozone and nitrogen dioxide, enhancing the accuracy of air quality forecasts. The instrument is designed to make meaningful contributions to public health and research by offering hourly data on pollution levels from Mexico City to Alberta, Canada. Additionally, the TEMPO instrument complements the Geostationary Environment Monitoring Spectrometer launched in 2020. Ball Corporation, which includes Ball Aerospace, reported net sales of $15.35 billion in 2022, employing 21,000 people globally.
- Successful launch of the TEMPO instrument, enhancing air quality monitoring.
- Provides hourly data on pollutants across North America, improving public health and research capabilities.
- Ball Aerospace contributes to significant NASA missions, strengthening its market position.
- None.
TEMPO will provide high-resolution daytime measurements of key air pollutants hourly as it scans across the continent — coast to coast from
"The TEMPO instrument is going to revolutionize the way scientists understand air quality and pollution, and it will make a meaningful difference in the everyday lives of people who are sensitive to air pollutants," said Dr.
The TEMPO instrument uses a geostationary ultraviolet/visible spectrometer to determine the concentration and hourly variations of pollutants such as ozone, nitrogen dioxide and more in the atmosphere. The improved spatial resolution and increased frequency of measurements enabled by TEMPO will also provide new insights into area sources of pollution, the way it moves and even the impacts of natural phenomenon like volcanic eruptions.
The Ball-built instrument was produced in tandem with the Geostationary Environment Monitoring Spectrometer (GEMS), which launched in 2020 and provides similar measurements for
In addition to
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