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Working in the field of environmental and specially in emission control technology, mainly dioxins and dust Continuous Dust monitors, Amalgam standard probes |
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 Adsorption Method forSampling of Dioxins and Furans Adsorption Method forSampling of Dioxins and Furans
The continuous monitoring of dioxin and furan emissions of incinerators is a topic which has been discussed globally over the last several years.
Applications
The continuous monitoring of dioxin and furan emissions of incinerators is a topic which has been discussed globally over the last several years. Even though a continuous on-line monitoring system would be the optimum solution, such systems are not available. Therefore, long-term sampling using AMESA could close the gap between reality and target results. AMESA provides more informations on dioxin emissions than the usual short-term collection of samples over a few hours on 1 – 3 selected days per year.
The TUV approved AMESA monitoring system is used for measuring dioxin/furanemissions in plants which have to be approved and are subject to the German environmental regulations 17. BImSchV and TA Luft.
using AMESA could close the gap between reality and target results. AMESA provides more informations on dioxin emissions than the usual
The AMESA can be used, for example, in refuse incinerators, hazardous material incinerators, medical waste burners, cement kilns etc.
Special Features
- Uses the well-known adsorption method
- Information on monthly, 2-weekly or weekly mean value of
dioxin/furan emissions by analysis of mixed sample (XAD-II cartridge) in laboratory
- Additional information on flue gas velocity, sample gas flow volume, flue gas and cartridge temperature as half-hourly average. Optional up to 4 informations like e.g. O2, CO2, CO, HCl, dust etc. can be recorded and saved half-hourly average.
- No collection of condensate and none of the associated
handling problems during monitoring over long periods
- Broadly based measuring range for dioxin/furan concentrations between 0.0001 and 10 ng/m³ (as TE to NATO CCMS model).
- Sampling period between 6 hours and 4 weeks possible
Advantages
- Reduced running costs by minimizing
the useof additives
- Reduced costs by optimizing the built-in dioxin reduction stages
- Input control in wooden incinerators is no
more needed
- Minimizing running and maintenance costs
by monitoring the reduction in furnace temperature
- Minimizing handling costs, due to no
sampling of the condensate
- Achieving a “transparent flue” and the
environmental acceptance that goes with it
Working in the field of enviromental and specialy in emission control technology, mainly dioxins and dust Continuous Dust monitors,Amalgam standard probes
The Company bm becker messtechnik gmbh is working in the field of enviromental and there special in emission control technology. A high grade of quality and custumer specified solution are developed due to the long experiences of our specialists. We are able to offer economically priced products according the requirements and demands of our customers.
BM Becker AD
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| Adsorption Method forSampling of Dioxins and Furans Applications The continuous monitoring of dioxin and furan emissions of incinerators is a topic which has been discussed globally over the last several years. Even though a continuous on-line monitoring system would be the optimum solution, such systems are not available. Therefore, long-term sampling using AMESA could close the gap between reality and target results. AMESA provides more informations on dioxin emissions than the usual short-term collection of samples over a few hours on 1 – 3 selected days per year. The TUV approved AMESA monitoring system is used for measuring dioxin/furanemissions in plants which have to be approved and are subject to the German environmental regulations 17. BImSchV and TA Luft. using AMESA could close the gap between reality and target results. AMESA provides more informations on dioxin emissions than the usual The AMESA can be used, for example, in refuse incinerators, hazardous material incinerators, medical waste burners, cement kilns etc. Special Features - Uses the well-known adsorption method - Information on monthly, 2-weekly or weekly mean value of dioxin/furan emissions by analysis of mixed sample (XAD-II cartridge) in laboratory - Additional information on flue gas velocity, sample gas flow volume, flue gas and cartridge temperature as half-hourly average. Optional up to 4 informations like e.g. O2, CO2, CO, HCl, dust etc. can be recorded and saved half-hourly average. - No collection of condensate and none of the associated handling problems during monitoring over long periods - Broadly based measuring range for dioxin/furan concentrations between 0.0001 and 10 ng/m³ (as TE to NATO CCMS model). - Sampling period between 6 hours and 4 weeks possible | 
| Advantages - Reduced running costs by minimizing the useof additives - Reduced costs by optimizing the built-in dioxin reduction stages - Input control in wooden incinerators is no more needed - Minimizing running and maintenance costs by monitoring the reduction in furnace temperature - Minimizing handling costs, due to no sampling of the condensate - Achieving a “transparent flue” and the environmental acceptance that goes with it | 
| Functional Principle Automatically isokinetic adjustment Automatically records of all flow parameters as flue gas velocity, deviation from isokinetic, stack pressure, O2-concentration, CO2-concentration a.s.o. Prevents possible faults by manual calculations Reduces manpower reporting time No calculations required Long term unattended operation The portable probe system TPS consists of two parts: 1. the control unit, which regulates the isokinetic fully automatically depending on the flow parameters | 
| the measuring unit the measuring unit, which measures and totalizes the gas flow, incl. the flow regulating valve | |
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