Product Introduction
The Ammonia Gas Testing Probe is a portable instrument based on Tunable Diode Laser Absorption Spectroscopy (TDLAS) for measuring the concentration of NH3 gas in the exhaust of fixed pollution sources. It features a modular design with an integrated sampling gun to minimize tubing adsorption, offering high measurement accuracy, excellent reliability, and fast response speed.
Get a quoteMain Features
Utilizing TDLAS technology, the probe is unaffected by background gases, emitting specific wavelengths that correspond solely to the absorption of the target gas, which eliminates cross-gas interference.
The probe employs wavelength modulation spectroscopy to lock onto the gas absorption spectral lines in real time and perform dynamic compensation, making it resilient to environmental changes. The module is housed within the probe handle, and the sampling gun is thermally insulated along its entire length, eliminating the need for heat tracing hoses and reducing ammonia adsorption in the tubing, making it convenient to carry.
When used with the company’s particulate (gas) detector, it enables a quick upgrade for NH3 gas measurements, facilitating expansion for users.
The sampling tubing includes multiple stages of stainless steel filters, and after power loss, it automatically extracts clean air to purge the gas chamber, reducing contamination of the chamber optics from particulate matter and condensates.
While measuring ammonia, the probe simultaneously measures moisture content, enabling real-time conversion between dry and wet basis concentrations.
Target Customers
This device is suitable for environmental monitoring agencies at all levels, emergency regulatory departments, research institutions, and various boiler emission enterprises, including chemical plants, power plants, cement factories, lime plants, smelting factories, textile mills, and waste incineration facilities.
Application
The Ammonia Gas Testing Probe is suitable for routine monitoring of ammonia from fixed pollution sources, process control monitoring, calibration and comparison of online ammonia monitoring devices, as well as supporting relevant research and teaching activities in scientific and educational departments.