Catalog excerpts
Close-coupled in-situ multi-gas IR-GFC Analyzer PROCESS & EMISSIONS MONITORING SYSTEMS One single analyzer for the measurement of: HCl, NO, NO2 (NOx), SO2, CO, CO2 , HC, CH4 (TOC), HF, N2O, O2... SPECIFIC FEATURES: R obust remote control and display functions G raphic LCD screen with real time synoptic I ntrinsic security with on-board residual H2O measurement O n-board paramagnetic cell for long term O2 measurement F ast response time, with automatic cross interference correction B uilt in a stainless steel tight box enclosure for safe outdoor installations F ast and simultaneous measurement of up to 10 gases among HCl, NO, NO2 (NOx), SO2, CO, CO2 , HC, CH4 , HF, N2O, O2... at, or near the sampling location R obust and reliable short extractive analyzer with built-in permeation sample drying system for the measurement of wet and corrosive sample C omplete CEMS in one cabinet - combines infrared analyzer, sample conditioning system and probe into one device H ighly accurate; excellent calibration stability with automatic optical check E ase of installation: single stack entry, on-stack or close-coupled therefore reducing costs H eated probe in different materials and lengths to suit the application E xternal signal input for up to 5 additional measurements (flow rate, pressure, gas temperature...) or any other analog input MAIN APPLICATIONS: Industrial Boilers and Furnaces, Chemical and Petrochemical Plants Incineration, Co-generation, Gas Turbines, Power Plants Process Control, Pre/post Scrubber Measurements Coal / Oil / Gas Fired Combustion Monitoring CHP Combustion Monitoring COMPLIANCE WITH WID AND LCPD APPLICATIONS On-stack or close-coupled installation
Open the catalog to page 1PROCESS & EMISSIONS MONITORING SYSTEMS In-situ multi-gas IR GFC analyzer MIR ISPRINCIPLE OF OPERATION: Lowest / Highest available ranges Developed specifically for CEMS and process online monitoring, the MIR IS in-situ multi-gas CEM analyzer is a compact short-extractive system based on our well-known MIR 9000 analyzer. Providing high performance, sensitivity and accurate measurements on a large number of gas parameters, the MIR IS offers very fast response time (less than 40ms). It uses the InfraRed Gas Filter Correlation principle, a well-established method to reduce cross...
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