Particulate Emission Monitoring Solutions
for the Tobacco Industry
Cutting and Milling
To monitor the low emission levels from cutting and milling filters (typically less than 3 mg/m3) Electrodynamic systems are preferred. Employing a patented non-contact charge transfer technology Electrodynamic instruments, unlike traditional Triboelectric units, are unaffected by contamination of the sensor rod and are virtually maintenance free. [top]
Drying and Flavouring
As a result of the high levels of humidity found in drying and flavouring processes Cyclones are often used as their main type of filtration. To overcome the problems associated with traditional monitoring technologies caused by moist particulate de-sensitising and ultimately short-circuiting the sensor, PCME supply a patented fully insulated probe. This unique industry proven sensor is successfully used in thousands of moist and damp installations worldwide. [top]
Blending and Mixing
Filters employing Electrodynamic sensors can be continuously observed via an Ethernet connection to determine the deterioration of filter elements. These systems provide a proven method of not only reducing total particulate emissions but also allow the instigation of preventative maintenance programs thereby reducing the costs associated lost production caused by unplanned stoppages. [top]
Tobacco Transfer Lines
The uninterrupted transfer of tobacco via pneumatic transfer lines to and from cigarette machines is critical in maintaining the required production levels of cigarettes and cigars. The capability of advanced Electrodynmic monitoring systems to warn of increasing emission trends and to accurately indicate which filter row within a bag house is under performing can rapidly effect pay back of the instrument and provide ongoing cost savings. [top]
More on key monitoring considerations and guidance towards technology suitability in the Tobacco Industry:
 Tobacco Emission Monitoring in the Tobacco Industry
More on maximising process performance, reducing waste and improving efficiency:
Advanced Bagfilter Diagnostics
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