Towers for Meteorological and Air Chemistry Measurements
Applications
for this manifold include sampling gases related to EPA Air Quality
Standards such as those in the Method TO-15 or Method TO-17. The gases
that can be sampled include ozone, hydrocarbons, carbon monoxide, and
nitrogen oxides. The support tower also serves as a platform for
meteorological sensors. This manifold system has been used in major
scientific studies such as the Southern Oxidant Studies in Nashville, and
Atlanta, and has permanent installations at sites such as the
PROPHET
site at the University of Michigan biological station site near
Pellston, Michigan. The gas sampling manifold provides a way of
transferring clean air from a distant sample inlet to the laboratory with
minimum contamination. Residence times of air in the manifold are less
than a second in most cases.
A glass or teflon surfaced pipe is used in the manifold systems.
Sampling nipples are provided where required in the laboratory.
Flow rates are achieved using high volume regenerative blowers.
A probe anemometer kit is available to measure flow velocity.
Flow rates are adjustable and measurable with probe insertion
anemometer.
Available as a complete package for installation by your personnel
or our service group will install it for you.
Mounted on existing structures or it can be installed as a free
standing structure.
Sold and installed by itself or as a complete package including all
sampling equipment and meteorological monitoring equipment.
Address inquiries to Regis Cook, Director of Sales and Marketing
Applications
for this manifold include sampling gases related to EPA Air Quality
Standards such as those in the Method TO-15 or Method TO-17. The gases
that can be sampled include ozone, hydrocarbons, carbon monoxide, and
nitrogen oxides. The support tower also serves as a platform for
meteorological sensors. This manifold system has been used in major
scientific studies such as the Southern Oxidant Studies in Nashville, and
Atlanta, and has permanent installations at sites such as the
PROPHET
site at the University of Michigan biological station site near
Pellston, Michigan. The gas sampling manifold provides a way of
transferring clean air from a distant sample inlet to the laboratory with
minimum contamination. Residence times of air in the manifold are less
than a second in most cases.
