The flue gas analyzer provides the glass industry with the best measurement method.

    As China ' s glass industry continues at a rapid pace, improvements in product quality, improvements in equipment management maintenance and energy efficiency reductions are becoming a growing concern within the industry.

    The main function of the flue gas anatomy in the glass industry is twofold:

    1. The detection of the elimination process, the progressive elimination efficiency during the operation of the glass kiln, the pneumatic profile (O2, CO, CO2 content) of the gas in the kiln and its importance are the "eye" of the operator of the kiln. The measuring instruments such as the flue gas profiler, which are essential for the detection of the glass kiln, provide a strong assurance over the entire consumption line. Its economic benefits are also ambitious and far beyond the value of the instrument itself.

    2. An important task of monitoring emissions of flue gases and of cleaning out glass plants is to reduce the generation and release of contaminated gases such as SO2, NOx and CO2 through clean out during consumption and to prevent pollution of the atmosphere by industrial control plants.

    II. The tasks of the flue gas profiler in the glass industry include:

    1. The gas content of the kiln is detected, the atmosphere of the kiln is contained in a condensed section, and the gas composition of the kiln is a direct indication of the atmosphere of the kiln.

    To determine whether the ratio of fuel to air (oxygen) can reasonably be used to detect gas content at calibration points such as O2, CO, CO2, etc., in kilns and hothouses, and to regulate the single system, so that the ratio of fuel to air (oxygen) is reasonable, so that it is fully extinguished and the efficiency of the process is improved.

    3. Monitoring of flue-contaminated gases, self-censoring emission norms to detect emissions of contaminated gases such as SO2, NOx, CO, self-censorship gas disposal installations and implementation of national environmental norms.

    4. Daily maintenance detection, routine detection of gases such aSO2, SO2, NOx at various measure points for the management of progressive equipment, and understanding of the effects of equipment leaks and acid gases on equipment corrosion.