Technical characteristics and performance of non methane total hydrocarbon online monitoring instrument
The detection principle of non methane total hydrocarbons online monitoring instrument: The system is sampled by a sampler, and the sample gas is sent to the gas pretreatment system for water and dust removal. After treatment, the clean sample gas enters the non methane total hydrocarbons analyzer. Using the national standard FID dual chromatographic column to analyze the concentration values of non methane total hydrocarbons, while collecting the fixed source temperature analyzed by the temperature pressure flow detector; Analyze the emissions and emission rates of non methane hydrocarbons based on pressure and flow rate data.
Main technical features:
1. Adopting mature chromatographic principles for analysis, the measurement results are scientific and comply with detection standards.
2. The complete analysis system technology is mature, with multiple achievements and reliable product quality
3. Using a zero gas generator to generate zero gas for the analyzer effectively eliminates interfering components and achieves high measurement accuracy
4. The system adopts a complete design concept, with a user-friendly human-machine interface, high degree of automation, and convenient maintenance in the later stage
5. The system adopts brand intelligent analysis instruments, which have low maintenance workload and fast and convenient data processing
6 Sampling and Sample Gas Pre treatment System Fully Automatic Operation
Performance of Non Methane Total Hydrocarbon Online Monitoring Instrument
1. Use a high-sensitivity FID detector.
2. * The chromatographic column switching and combination technology, advanced modular amplification system instrument circuit implementation of high integration, modular design, and operational stability *.
3. Fully automatic ten way valve online real-time injection, chromatographic column, fast analysis speed.
4. The instrument has various functions such as power-off protection and automatic ignition, ensuring high sensitivity, stability, and repeatability of the entire instrument.
5. The automatic injection system of the non methane total hydrocarbon online monitoring instrument can be connected to various sample inputs to ensure real-time sampling and results.
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