Portable high-temperature infrared smoke analyzer

9100HIR portable high-temperature infrared gas analyzerAdopting advanced and mature original sampling and analysis methods for pollution source monitoring in the industry. Realize rapid, non-destructive, and high-precision measurement of atmospheric pollutants from pollution sources in their original state. The entire analysis process involves high-temperature sampling, high-temperature filtration, and high-temperature rapid analysis, without the need for pre-treatment steps such as gas drying, dilution, and cooling. Instead, the sample is directly analyzed, minimizing process losses and making the measurement results more accurate and reliable.

Product Overview:
9100HIR portable high-temperature infrared gas analyzerAdopting advanced and mature original sampling and analysis methods for pollution source monitoring in the industry. Realize rapid, non-destructive, and high-precision measurement of atmospheric pollutants from pollution sources in their original state. The entire analysis process involves high-temperature sampling, high-temperature filtration, and high-temperature rapid analysis, without the need for pre-treatment steps such as gas drying, dilution, and cooling. Instead, the sample is directly analyzed, minimizing process losses and making the measurement results more accurate and reliable. The equipment can simultaneously perform accurate quantitative and qualitative detection of gases such as O2, CO, CO2, NO, NO2, N2O, SO2, CH4, NH3, H2O, HCL, CH2O, etc. Each group of measured gases adopts a multi-stage range design, and the range can be automatically switched according to the concentration of the measured sample. The range of the analyzer for measuring components can also be customized according to user needs.

Product advantages:
1、 Full process high-temperature sampling preprocessing system
Whole process high-temperature sampling reduces the problem of sample loss caused by low flue gas temperature and high humidity at the source; High temperature filtration avoids the generation of condensed water on the surface of the filter during the cold filtration process, which accelerates the adsorption of NH3, HCL, SO2/NOx, etc. in the sample gas.
2、 Adopting high-temperature measurement method
Without using a refrigeration system, the occurrence of dissolution reactions is reduced, losses are minimized, and thermal and humidity analysis is carried out. The entire process is heated to a high temperature of ≥ 180 ℃, and the water is in a gaseous state. Without removing water, the water content is directly analyzed together, avoiding the dissolution of low concentration gases such as NO2, SO2, HCL, NH3 during the water removal process. It is suitable for measuring low concentration NOx and SO2 after desulfurization and denitrification, ammonia escape measurement, garbage incineration measurement, etc.
3、 Advanced optical path technology
Improve the detection limit of the instrument, enhance its sensitivity and accuracy; The high-temperature measuring cell lens is made of two precious metals, Au and Ba, and is highly polished to achieve an optical path length of up to 16 meters.
4、 Software functions
Strong technical strength, perfect data processing - guarantee of data results, perfect cross interference compensation system, multi-component, multi gradient data compensation

Technical principle: High temperature infrared method+zirconia

Product Features
1. Full process high temperature sampling, high temperature filtration, high temperature rapid detection and analysis
2. Accurate quantitative and qualitative detection of gases such as O2, CO, CO2, NO, NO2, N2O, SO2, CH4, NH3, H2O, HCL, CH2O, etc
3. Fully automated operation and control
4. Real time display and storage of measurement data, with curve display function
5. Built in printer, on-site inspection report can be issued
6. High precision, wide range, accepting customized services

Application fields:
1. Ecological environment protection and law enforcement monitoring
2. Ultra low emission waste gas detection of pollutants
3. Ammonia escape emission detection
4. Detection of pollutant emissions and exhaust gases from garbage incineration
5. Greenhouse gas emission detection
6. Various industrial waste gas emission testing
7. Process reaction detection in scientific research universities (desulfurization and denitrification, ammonia escape, greenhouse gases, photocatalytic tail gas)
8. Energy Efficiency Evaluation of Boiler Equipment
9. Pollutant and exhaust gas detection in the cement and ceramic industries
10. Engine combustion efficiency testing and emission monitoring

One sentence summary of advantages:
The 9100HIR portable high-temperature infrared gas analyzer adopts internationally advanced and mature original state sampling and analysis methods. The rapid, non-destructive, and high-precision detection and analysis of atmospheric pollutants from pollution sources is an ideal choice for precise, accurate, and comprehensive monitoring equipment for pollutants.