April 2026 — ESEGAS proudly announces the launch of its latest innovation, the LX-2000 Online TDLAS Gas Monitoring System, designed to deliver high-precision, real-time measurement of NH₃, HCl, HF, and other critical gases in industrial flue gas environments.
Advanced TDLAS Technology for Harsh Industrial Applications
The LX-2000 leverages Tunable Diode Laser Absorption Spectroscopy (TDLAS), a cutting-edge laser-based gas analysis technology that determines gas concentration by measuring wavelength-specific light absorption. This method enables high selectivity, fast response, and reliable performance even in high-temperature and high-dust conditions.
By tuning a narrow-linewidth laser across the characteristic absorption lines of target gases, the LX-2000 ensures accurate detection with minimal cross-interference, making it ideal for demanding applications such as SCR/SNCR denitrification systems and emission monitoring.
Key Application Areas
- Coal-fired power plants
- Steel and cement industries
- Waste incineration facilities
- Chemical processing plants
Moreover, the system is specifically engineered for Ammonia slip monitoring (NH₃) in denitrification processes and Acid gas detection (HCl, HF) in combustion and emission control.
TDLAS Spectroscopic Principle – Key Characteristics
The LX-2000 is built on advanced spectroscopic principles, offering superior analytical performance:
- Target Gas Identification
Each gas exhibits unique absorption lines, acting as a “spectral fingerprint” for precise detection. - Minimal Interference from Other Gases
Narrow laser linewidth allows isolation of specific absorption lines, significantly reducing cross-sensitivity. - Ultra-Narrow Laser Linewidth vs. Traditional Spectroscopy
Unlike conventional broadband spectroscopy, TDLAS uses highly focused laser beams for high-resolution measurements. - Laser Frequency Scanning
The tunable laser scans across gas absorption features to capture detailed spectral information for accurate quantification. - Absorption-Based Measurement
Gas concentration is determined by measuring the attenuation of laser intensity as it passes through the gas medium.
Why LX-2000 Stands Out
- High Accuracy & Sensitivity for trace gas detection
- Fast Response Time for real-time process control
- Strong Anti-Interference Capability in complex gas matrices
- Low Maintenance Design with no need for optical alignment
- Robust Performance under high temperature (≤450°C) and high dust conditions
Driving Safer and More Efficient Industrial Operations
With the LX-2000, ESEGAS continues its commitment to delivering advanced gas analysis solutions that help industries:
- Optimize ammonia injection and reduce corrosion risks
- Extend catalyst lifetime
- Improve operational stability
- Reduce maintenance costs
- Ensure environmental compliance
Learn More
For detailed specifications or customized solutions, visit our website or contact with our sales engineer, [email protected].
