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The PRPS is designed as a personal sampling system to collect particulate matter (PM0.5, PM1.0, PM4.5, PM4.5, and PM10) and gaseous pollutants, including O3, SO2, and NO2.
To determine natural isotopes of nitrogen, 1 liter of seawater was filtered through GF/F filters to collect particulate organic matter.
Impervious surfaces collect particulate matter from the atmosphere, nitrogen oxides from car exhaust, rubber particles from tires, debris from brake systems, phosphates from residential and agricultural fertilizers, and dozens of other pollutants.
A 2.5 μm cut Personal Environmental Monitor (PEM) (SKC, Shoreview, MN) was used to collect particulate matter samples on prebaked 37 mm quartz filters at 4 or 10 L/min.
The personal sampler was run by a BGI pump (BGI Inc., Waltham, MA) with the flow split three ways to collect particulate matter with aerodynamic diameter ≤ 2.5 μm (PM2.5) on a Teflon filter at 4 L/min, VOCs with a thermal desorption tube at 1.8 standard cc/min, and aldehydes using a 2,4-dinitro-phenylhydrazine (DNPH coated C18 sampler at approximately 100 standard cc/min.
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Homogenates were centrifuged for 2 minutes at room temperature at 13000×g to collect particulates.
High-volume air samplers fitted with polyurethane foam plugs and Teflon filters were used to collect particulate-and gas-phase samples of ambient air.
It worked as planned for the critics and the TV cameras, but today it sits as an empty, deteriorating shell whose gleaming white surface functions as the perfect apparatus for collecting particulate matter from the air pollution that obscures its appearance even when one is standing beside it.
TEOMs operate by collecting particulate matter on a small filter on the end of an oscillating tube.
High-volume air sampling collected particulate and vapour-phase PAH samples over ten 24 hour sampling periods.
The personal air monitor operated continuously over a 48-hour period at 4 L per minute to simulate normal lung capacity, collecting particulate and semivolatile vapor and aerosol PAHs.
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