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Analyzing Industrial Gas Emissions by using FTIR Gas Analyzers

Unlocking Environmental Insights: Discover how FTIR Gas Analyzers are revolutionizing the assessment of Industrial Gas Emissions. Dive into the cutting-edge technology and its pivotal role in enhancing environmental sustainability, compliance, and industrial operations.

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Analyzing Industrial Gas Emissions by using FTIR Gas Analyzers

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  1. Analyzing Industrial Gas Emissions FTIR GAS ANALYZERS Gas emissions in the industrial sector and gas control during production processes are key issues for environmental protection and industrial safety.

  2. WORKING OF FTIR GAS ANALYZERS The light source produces infrared light: The core of an FTIR instrument is a light source, usually a white light source with stable intensity. This light source produces a broad spectrum of light including visible and infrared light. The beam passes through the sample: The beam of the infrared spectrometer passes through the gas sample to be measured. This gas sample can be a gas or a gas mixture and is usually placed in a gas absorption cell or gas chamber. Absorption phenomena occur: Gas molecules in the sample interact with specific wavelengths of infrared light. These molecules absorb energy from infrared light, causing their vibration, bending, or stretching patterns to change.

  3. ADVANTAGES OF FTIR GAS ANALYZERS High sensitivity-FTIR can detect gas concentrations as low as ppb levels, ensuring high accuracy and reliability of monitoring. Multi-gas analysis-One FTIR instrument can monitor multiple gases at the same time, avoiding the complexity and cost of using multiple instruments. Real-time monitoring-FTIR provides real-time data that enables immediate action, reducing the risk of emission exceedances and production issues. Non-destructive-FTIR analysis is non-destructive and does not require destructive sample preparation, reducing waste and cost.

  4. OUR FTIR GAS ANALYZER PRODUCTS ESE-FTIR-100P portable FTIR gas analyzer can monitor various kinds of components in the emission, such as SO2,NO, NO2, CH4, HCl, HF, CO, CO2, O2, H2O. According to actual measuring need, it can be extended to measure other components, like SO3, N2O and etc. This portable system mainly comprises FTIR analyzer and sampling probe. It has features of high measurement accuracy, wide dynamic range and low detection limit. Fourier Transform Infrared Spectroscopy (FTIR) uses the principle of split beam interference, combines Michelson interferometer, modulation technology and computer technology, and realizes the restoration from interferogram to spectrum through Fourier transform method. FTIR technology has a wide range of applications and has obvious advantages in terms of motion detection or long-distance detection.

  5. THANK YOU As a high-precision, multi-functional analysis tool, FTIR gas analyzer is crucial for monitoring industrial gas emissions and gas control in production processes. • www.esegas.com

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