AMESA-M Total Mercury Analyser Monitoring system for fully-automatic and continuous mercury analysis in smoke gas (without wet chemistry) Already MCERTS and TÜV accredited for continuous dioxin and furan monitoring, the AMESA - M has been adapted for mercury monitoring. Consisting of a sample probe assembly and a control cabinet, the AMESA - M extracts a sample from the flue gas stream under volume proportional conditions. Internal Data Logging Functionality The unit can store up to a four week period of sampling data which is then available to download via a USB flash drive. Analysis can be achieved with an onsite analyser or a certified laboratory. Measuring Principle The sample gas is converted into mercury vapour by a combination of thermal and dry chemical treatment. This is then continuously measured in a photometer. Probe gas flow is measured after a gas cooler at 2°C. The concentration is calculated and displayed as dry flue gas. KEYBENEFITS • Maintenance-free (6 months) dry reactor • High operational safety • Easy maintenance • Low cross sensitivities • Thermal mass flow meter to control mass flow independent of gas & pressure • Dry gas meter to determine sample volume Providing continuous Mercury monitoring, The AMESA - M is suited for audit & control purposes “ “
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AMESA-MTotal Mercury Analyser
Monitoring system for fully-automatic andcontinuous mercury analysis in smoke gas(without wet chemistry)
Already MCERTS and TÜV accredited for continuous dioxin and furan
monitoring, the AMESA - M has been adapted for mercury monitoring.
Consisting of a sample probe assembly and a control cabinet, the
AMESA - M extracts a sample from the flue gas stream under volume
proportional conditions.
Internal Data Logging Functionality The unit can store up to a four week period of sampling data which is
then available to download via a USB flash drive. Analysis can be achieved
with an onsite analyser or a certified laboratory.
Measuring Principle The sample gas is converted into mercury vapour by a combination of
thermal and dry chemical treatment. This is then continuously
measured in a photometer. Probe gas flow is measured after a gas cooler
at 2°C. The concentration is calculated and displayed as dry flue gas.
KEYBENEFITS
• Maintenance-free (6 months) dry
reactor
• High operational safety
• Easy maintenance
• Low cross sensitivities
• Thermal mass flow meter to control
mass flow independent of gas &
pressure
• Dry gas meter to determine sample
volume
Providing continuous Mercury monitoring, The AMESA - M is suited