Ionicon Analytik Ges.m.b.H.
9 Applications found

Ionicon Analytik Ges.m.b.H. applications

Monitoring exhaust gas from combustion engines, emitting a large number of different compounds and with rapidly changing concentrations due to variations in operating conditions, necessitates an instrument that measures in real-time and with high sensitivity – an IONICON PTR-TOFMS.
The ultra-fast analysis capabilities of IONICON PTR-TOF instruments are essential for eddy covariance flux measurements, allowing to study deposition and emission rates of biogenic volatile organic compounds (BVOCs).
PTR-MS for ultra-sensitive real-time monitoring of air pollutants. IONICON PTR-MS systems are well established tools in environmental research. Their fast response-times and ultra-low detection limits help researchers all over the planet to better understand the world we live in.

Real-time measurement of plant defense and leaf wounding reactions. Measurement of VOCs in dynamic biological systems with low detection limit and without sample preparation.

Aroma real-time quantification with PTR-MS. Rapid screening for complex aroma systems. Rich chemical fingerprints due to soft ionization. Real-time sampling: high throughput. Ideal for chemometric data-mining methods.

Real-Time measurements of VOCs causing smells or adverse health effects. Monitoring of chemical contamination related to the Sick Building Syndrome. Sensory impact on passengers in aircraft cabins, cars (VIAQ) and workers in offices or family homes.

PTR-MS are powerful tools for non-invasive, real-time breath gas analysis with many applications, such as screening for disease markers, study of pharmacokinetics or metabolic processes.

Illicit substances real-time detection with IONICON PTR-MS. PTR-MS combines all features that are needed for analyzing dangerous and illicit substances like explosives, chemical warfare agents (CWA), toxic industrial chemicals (TIC) and drugs.

IONICON PTR-MS systems can analyze trace gas concentrations of volatile metabolites in the off-gas of bio-pharmaceutical fermentations in real-time. This highly relevant process related information can be used for on-line process monitoring and process control.