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Flying Lab Tackles Utah's Harmful Ground-Level Ozone
18 Jul
Summary
- A research plane collects data on ozone-forming pollutants.
- The study aims to inform public policy on Utah's air quality.
- Collaboration includes multiple universities and research centers.
Researchers are utilizing a King Air 350 research plane, equipped with sensitive instruments, to meticulously map and measure components that contribute to harmful ground-level ozone in Utah. This scientific campaign, spanning six weeks, involves flights twice daily to gather data on pollutants like volatile organic compounds (VOCs) and nitrogen oxides (NOx).
This unique project is a collaborative effort among institutions including the University of Wyoming, the University of Utah, Colorado State University, and NASA, among others. The plane's ability to fly at altitudes between 200 and 4,000 feet allows it to probe an atmospheric gap previously unexamined by ground-level vans or satellites.
Data collected over the next one to three years will undergo extensive study to identify actionable solutions for reducing ozone levels. The findings are expected to guide public policies aimed at improving the air quality that affects the health and well-being of Utah communities.
