TDL Laser Gas Analyzer

TDL Laser Gas Analyzer Core Functions and Technical Advantages

• High Selectivity and Sensitivity: By targeting specific gas absorption spectral lines, interference from other components is avoided, enabling detection at the ppm or even ppb level.
• Real-Time Response:Response times typically range from milliseconds to seconds, making it suitable for real-time monitoring of dynamic processes.
• No Pre-treatment/Low Maintenance:Certain models support in-situ installation, eliminating complex gas pre-treatment and reducing maintenance costs.
• High Temperature and Pressure Resistance:Suitable for harsh industrial environments, enabling direct measurement within boilers, kilns, or pipelines.

TDL Laser Gas Analyzer Application Areas

• Combustion Process Optimization: Real-time monitoring of O₂, CO, CH₄, etc., in power plant boilers, cement kilns, and steel furnaces to enhance combustion efficiency and reduce energy consumption.
• Environmental Emission Monitoring: Monitoring pollutants such as NH₃, HCl, HF, etc., in flue gas to meet emission regulations.
• Chemical and Petrochemical Industries: Used for process control and gas leak detection to ensure production safety.
• Semiconductor and High-Tech Manufacturing: Detect trace impurities to ensure high-purity gas environments.
• Hydrogen and New Energy: Monitor impurity levels in hydrogen production and fuel cell operations.
• Long-Term Stability:Features a long-lasting laser light source with minimal drift, ensuring reliable long-term operation.