Flue gas analyzer important application significance

The application of flue gas analysis instruments plays an important role in chemical fertilizers, metallurgy, petrochemicals, cement production, and thermal power generation industries. The composition of the flue gas in different industries is different, but it is mainly gases containing SO2, NOX, CO, O2, etc. Flue gas analyzers have become powerful devices used in these industries to ensure safe, stable, and efficient production.

The testo327-1 is an introduction instrument for flue gas analysis. This instrument measures combustion efficiency parameters such as °C, O2, CO2, CO, and smoke pumping force. Powerful LED backlit display and 4 lines of parameter display at the same time ensure that you can easily read in harsh environments. The flue gas analyzer 327-1 highlights this instrument's easy-to-understand menu, streamlined housing design and durability. There are specific features as follows:

German TUV certification (°C, O2);

·O2, °C, hPa meet the EN50379 Part2 standard;

·CO meets EN50379 Part3 standard;

Lightweight rechargeable lithium battery (1200mA, 5 hours available), can be charged in the instrument or an external charger;

Integrated probe interface for easy connection of probes

·The flue gas probe can measure the ambient CO concentration;

· O2 concentration of outside air (can be stored);

Independent environmental temperature measurement

Pure CO measurement (can be stored);

·Drawing force measurement;

With the acceleration of urbanization, urban waste has become a serious problem. The use of landfills to dispose of rubbish consumes large amounts of land. At the same time, many rubbish cannot be easily decomposed, causing long-term environmental pollution. In many parts of China, waste incineration power plants must be built to treat waste on the one hand, and on the other hand to use waste heat and provide clean energy. The composition of exhaust gas emitted by waste incineration is very complex. The gas components that need to be analyzed include HC, SO2, NO, N02, NH3, CO, CO, H2O, and 02. The flue gas analyzer is of course to be applied to a multi-component continuous flue gas monitoring system (CEMS), which can be used both for flue gas analysis in waste incineration power plants and in other waste incineration plants.

In short, the flue gas analyzer has a wide range of applications and is of great significance for industrial production and environmental protection.