King Air Plane and CAQ Logo

Publications and Resources

Air Quality Instruments and Platforms

  • Mobile Lab

    Mobile Lab


    The Department operates a Mobile Air Quality Lab as well as several air quality monitoring stations across Wyoming. Several instruments are used in research or operations, and some of the instruments can be used on the UWKA as well. The leading question is to understand how emissions from oil and gas extraction impact the global climate (fugitive greenhouse gas emissions) and air quality in the Mountain West.

  • King Air Plane

    King Air Resarch Aircraft


    The UW King Air research aircraft (N2UW) is a specially instrumented Raytheon King Air 200T (twin turbo-prop) designed and used for atmospheric research. The aircraft and its in situ and remote sensors (including the Wyoming Cloud Radar) constitute a national facility that can be requested by the NSF-funded community for deployments in the US and abroad. Deployments have focused on a variety of atmospheric processes and phenomena, including clouds and precipitation, air pollution, surface exchange and the boundary layer. We currently are developing a new research aircraft. Visit the UW King Air Research webpage to learn more.

  • Heavy Lift Drone

    Heavy Lift Drone


    The heavy lift drone provides researchers in the CAQ with a. remote tool for methane emissions detections, measurements, and monitoring. The systems exhibit good sensitivity and can be operated at a pragmatic distance away from the gas source.

 

Publications

Nivitanont, Jeffrey; Robertson, Eric P.; Finley, Graeme; Murphy, Shane M.; Burkhart, Matthew D.; Caulton, Dana, “Characterizing Methane Emissions from Orphaned Coalbed Methane Wells in the Powder River Basin” Environmental Research Communications, 2023

Dana R. Caulton, Priya D. Gurav, Anna. M. Robertson, Kristen Pozsonyi, Shane M. Murphy, David R. Lyon, “Identifying Abnormal Tank Emissions Using Ethane to Methane Signatures of Oil and Natural Gas Production in the Permian Basin” Elementa: Science of the Anthropocene, 2023

Ghimire, Shreta; Lebo, Zachary; Murphy, Shane M.; Rahimi, Stefan; Tran, Trang, “Simulations of wintertime ozone in the Upper Green River Basin, Wyoming, using WRF-Chem” Atmospheric Chemistry and Physics, 2023.

Robertson, A.; Edie, R.; Field, R.; Lyon, D.; McVay, R.; Omara, M.; Zavala-Araiza, D.; Murphy, S.M., "New Mexico Permian Basin Well Pad Methane Emissions are a Factor of 6 – 13 Times Higher Than US EPA Estimates” Environmental Science and Technology, 54, 21, 13926–13934, 2020

Edie, R., Robertson, A. M., Field, R. A., Soltis, J., Snare, D. A., Zimmerle, D., Bell, C. S., Vaughn, T. L., and Murphy, S. M., “Constraining the Accuracy of Flux Estimates Using OTM 33A” Atmospheric Measurement Techniques, 2020

Edie, R; Robertson, A.M.; Soltis, J; Field, R.A.; Burkhart, M.D.; Murphy, S.M., "Measuring volatile organic compound fluxes from oil and gas production facilities via real-time, off-site measurements" Environmental Science & Technology, 2020