AP2E

AP2E France has been specialising in areas such as enhanced IR laser spectroscopy and sampling systems using its AP2E analyzers, using a direct intensity measurement scanning spectroscopy technique relying on hyper-reflective measurement gas cells and laser source purity enhancement technique to achieve extremely low level detection of trace gases in very short times.

 

This application focuses on the analysis of gas traces in hydrocarbon compounds using infrared spectrometry. Hydrocarbons are organic compounds composed of hydrogen and carbon, commonly found in fossil fuels such as natural gas, petroleum, and coal. By employing infrared spectrometry, which measures the interaction of molecules with infrared light, it becomes possible to identify and quantify specific gases or components present in the hydrocarbon sample. This online gas analysis approach allows for real-time monitoring of gas traces and continuous measurement in various industrial processes.

 

APPLICATIONS

→ AMBIENT AIR GAS ANALYZERS

→ FOR H2 PURITY CONTROL

→ BIOGAS

→ GAS TRACES HYDROCARBONS

 

ADVANTAGES & BENEFITS

→ DIRECT MEASUREMENT

→ NO INTERFERENCE

→ NO RE-ZERO; NO DRIFT

→ EASE-OF-USE

→ EASE-OF-INTEGRATION

→ ROBUSTNESS

→ LOW MAINTENANCE

→ High MTBF
→ CLEAN LINES / FILTERS

→ SAFE, ATEX COMPLIANT CONFIGURATION AVAILABLE