Online Non Methane Total Hydrocarbon Continuous Monitoring System

WT-VOC S-2080Online Non Methane Total Hydrocarbon Continuous Monitoring SystemFeatures System Advantage

Using gas chromatography (GC-FID) for detection, in compliance with the VOCs detection standard method;

The preprocessing method complies with the measurement standards for fixed source exhaust gases in the United States, the European Union, and China, and has high reliability;

The system adopts the total heat method, with high temperature throughout the entire process from sampling to analysis, without the need for water removal, effectively avoiding sample loss and ensuring accurate and reliable monitoring data;

<<With a fast bypass flow path, the instrument sampling response speed is fast;<<;

Equipped with automatic blowing function, it can automatically remove dust on the surface of the probe filter element and extend the service life of the probe;

Equipped with automatic calibration function, supporting full process automatic calibration, no need for on duty, reducing manual maintenance workload;

The system can monitor total hydrocarbons, methane, non methane total hydrocarbons, benzene derivatives, odors, and hundreds of organic waste gases to meet the monitoring needs of different customers.

WT-VOC S-2080Online Non Methane Total Hydrocarbon Continuous Monitoring SystemAdvantage System Advantage

Advantage 1: Based on the extraction based full process high-temperature tracing method, the high-temperature extraction technology can accurately measure without the need for condensation and water removal pretreatment of the extracted sample gas, avoiding the disadvantages of traditional condensation extraction methods such as pre-treatment and impurity removal, loss of volatile organic compounds caused by condensation, and corrosion and crystal blockage of the tube Louis;

Advantage 2: High system automation program, * self check and temperature alarm functions, instrument can be automatically calibrated regularly to ensure long-term measurement accuracy;

Advantage 3: The combination of multi-stage dust precision filtration technology and timed blowback technology effectively solves the problem of Louis blockage in sampling tubes, and is suitable for high humidity, high dust, high temperature, high corrosiveness and other environments;

Advantage 4: Adopting hydrogen flame ionization detection technology (FID), it can measure the vast majority of organic compounds and is suitable for high boiling point components (above 200 ℃); Can simultaneously measure NMHC and other characteristic pollutants, such as benzene, toluene, ethylbenzene, xylene, etc; Chromatographic column separation technology ensures that the sample content is not affected by interference from other components; Column cutting technology shortens the analysis cycle;

Advantage 5: Modular design, easy and fast maintenance and operation; Program temperature control, high measurement accuracy; Complete communication functions, supporting diverse interfaces;

Advantage 6: Low equipment maintenance and long service life. Select imported brands for important components of the equipment to ensure long-term continuous and stable operation.