Project at a Glance
Title: Characterization and control of organic compounds emitted from air pollution sources.
Principal Investigator / Author(s): Schaur, Cass, Kleeman
Contractor: California Institute of Technology
Contract Number: 93-329
Research Program Area: Emissions Monitoring & Control
Topic Areas: Stationary Sources
A dilution source sampling system is used to quantify the air pollutant emissions from major urban air pollution sources. The emissions from catalyst-equipped gasoline-powered motor vehicles, noncatalyst gasoline-powered motor vehicles, diesel trucks, meat charbroiling, the cooking of vegetables with seed oils, fireplace combustion of softwood and hardwood, cigarette combustion and paint spray coating operations are characterized. Semi-volatile and particle-phase organic compounds in the diluted source emissions are collected simultaneously by both a traditional filter / PUF (polyurethane foam) sampling train and by an advanced organic compound-based denuder / filter / PUF sampling train to provide information on the gas / particle phase distribution of the semi-volatile organic compounds. Emission rates of hundreds of organic compounds, spanning carbon numbers from C1 to C29 are determined by gas chromatography / mass spectrometry and gas chromatography with flame ionization detection. Fine particle mass emission rates and fine particle elemental chemical composition are measured as well.
For questions regarding research reports, contact: Heather Choi at (916) 322-3893
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