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Air and Climate Change Research

Open Path Remote Sensing

Source/Emissions Characterization

EPA makes use of the capabilities of remote sensing equipment to measure fine particulate matter and global warming precursor pollutants from fugitive emission sources. Infrared FTIR and diode laser equipment are used to measure ammonia, a fine particulate matter precursor, from animal farms, storage facilities and urban traffic. Modified FTIRs are being deployed to measure vehicular formaldehyde at roadside. FTIR and diode laser equipment also is used to measure methane emissions from landfills. Ultraviolet spectra equipment is now being deployed to determine mercury emissions from chlor-alkali plants.


Development of optical remote sensing for sector applications
Measurement of Total Site Mercury Emissions from a Chlor-alkali Facility using UV DOAS and VRPM
CRADA with Boreal Laser
DUV DOAS Development Testing
Spectral Evidence of Dial Measurements using Open Path FTIR and UV-DOAS
H2S Fugitive Emissions from Pulp and Paper
LDAR Barge Emission Project
Oil and Gas Field Project
Measurement of Emissions from Produced Water Ponds: Upstream Oil Gas Study #1
OP-TDLAS Publications
Adapting FTIR Measurement Technology to Homeland Security Applications
Optical Remote Sensing Development and Application (Co-funded by OSWER)

John Masters, Communications
Phone: 919-541-0634
Email: masters.john@epa.gov
U.S. EPA National Risk Management Research Laboratory
Air Pollution Prevention and Control Division
Mail Code: E343-02
Research Triangle Park, NC 27711

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