Process Emissions Monitoring
Signal has been designing and manufacturing emissions equipment emissions equipment for source testing for over 30 years.
Recently, awareness of the VOC emissions potential for combustion and solvent using processes has increased considerably and significant initiatives have been undertaken to reduce solvent use and control emissions. Emissions reduction relies on monitoring to develop better engines and combustion plant, to check compliance, and ensure that abatement equipment and processes are operating correctly.
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Flame Ionisation Detector (FID) VOC analysers for gas purity, air separation, engine emmisions, combustion studies and process plant VOC abatement monitoring
New: Optional wireless tablet
totally automatic operation
precision monobloc fid
high range % available
Model 3010 MINIFID
Portable heated Flame Ionisation Detector (FID) VOC analyser for the discontinuous measurement of total hydrocarbons (VOCs). in stationary source emissions. Typical applications include the emissions testing of solvent-using and combustion processes, engine emissions , VOC abatement systems.
RUGGED & PORTABLE
PROVEN IN THE FIELD
BUILT IN DATA LOGGER
FULLY HEATED TO 190ºC
Technical Articles
Calibration of the Linearity of Emissions Gas Analysers
Continuous Emission Monitoring (CEMs) operators are already familiar with the need to calibrate their stack analysers using certified calibration gases. Frequent calibration against an accurate
Monitoring VOCs with CEMS
Volatile organic compounds (VOCs) are harmful to both health and the environment, so the management of risks associated with VOCs necessitates accurate and reliable monitoring.
Monitoring NOx with CEMs
Nitrogen and oxygen are the two main components of atmospheric air, but they do not react at ambient temperature. However, in the heat of combustion
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