High temperature infrared gas analyzer

High temperature infrared gas analyzer9100HIRAdopting 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. The analyzer performs high-temperature sampling, high-temperature filtration, and high-temperature rapid analysis throughout the process, without the need for pre-treatment such as gas drying, dilution, cooling, or water removal. It directly analyzes the sample, minimizing process losses and making the measurement results more accurate and reliable.
High temperature infrared gas analyzer9100HIRIt can accurately and quantitatively detect gases such as O2, CO, CO2, NO, NO2, N2O, SO2, CH4, NH3, H2O, HCL, CH2O, C3H8, etc. Each measuring gas adopts a multi-stage range design, and the range can be automatically switched for measurement according to the concentration of the measured sample. The detection range can also be customized according to user needs.

1. As the core adaptation equipment of HJ629-2026 standard, the high-temperature infrared analyzer has outstanding advantages such as high temperature resistance, corrosion resistance, fast response speed, high measurement accuracy, and no need for complex preprocessing. It highly meets the monitoring needs of key industries such as steel, cement, waste incineration, and petrochemical industry, and solves the pain points of sample loss, large data deviation, and high operation and maintenance costs of traditional monitoring equipment under high temperature, high humidity, and high corrosion conditions. It has become the core equipment support for implementing ultra-low emission transformation, strengthening environmental monitoring, and promoting the dual carbon strategy.

2. Original state analysis method: full process high-temperature sampling, high-temperature filtration, high-temperature transmission, high-temperature analysisEffectively reduce process losses and secondary reactions of pollutants.
3. Optical technology: The optical detector uses optical filtering technology to achieve precise detection of the measured gas. To improve the detection limit of the instrument and enhance its sensitivity and accuracy. To ensure that the low concentration sample being tested has good light energy absorption, the high-temperature measuring cell lens is made of two precious metals, Au and Pd, and is polished with ultra-high strength to achieve a maximum optical path length of 16 meters, while also making the analyzer corrosion-resistant.
4. The data processing system of the analyzer has dynamic compensation functions for multi-component, multi gradient, and multi algorithm data, effectively ensuring the authenticity and accuracy of measurement results.
【 Application Fields 】
Government Environmental Protection: Relevant units such as environmental monitoring stations, special inspections, quality inspections, disease control, and metrology.
Universities and research institutions: Environmental Science Research Institutes, relevant research institutes in various industries, universities (specializing in materials, environment, robotics, metallurgy, chemical engineering, etc.)
Third party testing agency (air pollutant emission monitoring)
Industrial enterprises (steel, metallurgy, ceramics, power plants, waste incineration plants, petrochemical, refining, and chemical related enterprises)

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