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Application Description

In the power industry, laser gas sensing technology is widely used in gas-fired power plants for exhaust gas emission monitoring, combustion optimization and leakage detection of insulating gases in power grids, helping companies to improve operational efficiency, reduce environmental pollution and improve the operational safety of equipment.

Industry Application Methods

  1. Gas Power Generation Emission Monitoring: Laser gas analyzers are installed to monitor CO2, CO and NOX emitted from gas power plants to ensure that the emission standards are met.

  2. Combustion Efficiency Optimization: Real-time monitoring of CO and O2 concentrations in the combustion chamber, dynamic adjustment of combustion parameters to improve energy efficiency and reduce pollutant generation.

  3. SF6 Gas Leakage Monitoring: Leakage detection of SF6 used in power transmission and transformation equipment to avoid its damage to the environment.

Comparison of Advantages and Disadvantage with Traditional Methods

Traditional Methods: Laboratory chemical analysis requires sampling and then testing, there is a lag; SF6 gas leakage detection relies on manual inspection, low efficiency


Laser Sensing Advantages:

  • Real-Time Online Monitoring: Support dynamic adjustment of combustion parameters or real-time emission control

  • High Sensitivity: Higher detection capability for trace SF6 leakage or polluted gas emission

  • Automation and Intelligence: Reduce manual intervention and improve system safety

Cooperative Consultation:

Manager Wei 189 7832 3266

Business Consultation:

Manager Tang 188 6764 2219

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