Continuous Emission Monitoring (CEMS), Source / Stack Emission Monitoring

MRU SWG CEM Continuous Emission Monitor Series

The SWG 100 CEM (Continuous Emission Monitoring) offers you a cost-effective, reliable system for emission and combustion monitoring.

SKU
SWG-CEM
Price

We will finalise a price once we receive your enquiry.

  • Description

  • Features & Applications

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The SWG 100 CEM (Continuous Emission Monitoring) offers you a cost-effective, reliable system for emission and combustion monitoring. With simultaneous infrared analysis of up to 3 flue gas components is possible. Furthermore, it is possible to measure 3 more components simultaneously electrochemically.
Alternatively, up to 5 components may be measured simultaneously on an electrochemical basis.
The electrochemical sensors are O2 – CO – NO – NO2 – SO2.

The SWG 200 CEM (Continuous Emission Monitoring) offers you a cost-effective, reliable system for emission and combustion monitoring. This high end 24/7 gas analyser is used for continuous flue gas and emission monitoring.

The SWG 300 CEM (Continuous Emission Monitoring) offers you a reliable Emission-Monitoring System, even for dirty acid mist applications.

SWG 100 CEM

  • Up to 6 gas simultaneous measurement
  • Advanced sample gas preparation for fast and reliable measurements
  • Simple installation, ready to run delivery and easy to maintain.
  • Heated gas sampling probe

SWG 200 CEM

  • Use of optimised NDIR technology with improved accuracy and without zero offset
  • O₂ measurement with an electrochemical or a paramagnetic sensor
  • Automatic zeroing using clean ambient air
  • Automatic calibration for up to 4 gas cylinders
  • Double-stage Peltier gas cooler with 2 automatic condensate pumps
  • Cold/dry gas sampling with low sample flow volume of only 1 l/min

SWG 300 CEM

  • Complete CEM system for emissions monitoring
  • The multi-component gas analyser SWG 300-1 is based on extractive, cold-dry method
  • The SWG 300 can measure up to 8 gas components, using MRU optimized NDIR technology, with improved accuracy and without zero offset.
  • Oxygen analysis using, paramagnetic cell or “long-life” electro-chemical cell.

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