Ammonia(NH3)  Analyzer 

• We widely use Ammonia TDLAS analyzers in industries. The industries include agriculture, environmental monitoring, chemical plants, and food processing. The accurate and reliable measurement of ammonia concentrations is crucial for safety, process control, and compliance with regulations.

Here are some key advantages of using an ammonia TDLAS gas analyzer:

1. High Selectivity: TDLAS technology provides high selectivity for the target gas, in this case, ammonia. The analyzer utilizes a laser diode that emits light at a specific wavelength corresponding to the absorption line of ammonia. This allows for accurate and specific measurements of ammonia concentration, even in the presence of other gases.
2. Wide Dynamic Range: TDLAS gas analyzers offer a wide dynamic range, enabling measurements across a broad range of ammonia concentrations. They can accurately measure low parts-per-billion (ppb) levels up to high parts-per-million (ppm) concentrations, making them suitable for a variety of applications.
3. Fast Response Time: TDLAS gas analyzers provide rapid response times, allowing for real-time monitoring of ammonia levels. The inherent speed of the laser-based measurement technique enables quick detection and measurement of ammonia concentration changes, facilitating prompt action or intervention if needed.
4. Non-Intrusive and Remote Sensing : TDLAS gas analyzers are non-intrusive, meaning they do not require direct contact with the gas sample. The laser beam is typically directed through a sampling cell or pipe, allowing for remote sensing of the ammonia gas. This feature is beneficial for continuous monitoring applications or situations where direct access to the gas stream is challenging.
5. High Accuracy and Precision : TDLAS gas analyzers offer high accuracy and precision in measuring ammonia concentrations. The narrow linewidth of the laser source and the use of sophisticated spectral analysis algorithms result in precise measurements, ensuring reliable and consistent data.
6. Low Maintenance and Long-Term Stability : TDLAS gas analyzers often have minimal moving parts and require little maintenance. They offer long-term stability and robustness, reducing the need for frequent calibration and minimizing downtime.
7. Compact and Modular Design : Ammonia TDLAS gas analyzers are available in compact and modular designs, making them suitable for various installation requirements. They can be integrated into existing monitoring systems or deployed as standalone units in different locations.