Extractive process gas analysis is characterized by the fact that a sample is extracted from the process line and conveyed to the analyzer. Typically, the sample is extracted by a probe, then transported through a sample line and conditioned before being processed to the analyzer.

Siemens has integrated numerous extractive analytical methods in the series 6 analyzers family with a modular and consistent housing and operating concept. Each of the analyzers is thereby a class of its own:

IR-active components: ULTRAMAT 6 and ULTRAMAT 23
for highly selective measurement of IR active gases and for standard applications.

IR-active components and Oxygen
as a combination of the high-end analyzers ULTRAMAT 6 und OXYMAT 6 or by using ULTRAMAT 23 for standard applications.

Oxygen: OXYMAT 6 and OXYMAT 61 and OXYMAT 64
for Oxygen measurement based on the paramagnetic principle and Oxygen measurement in the track area by means of ZrO2 sensor.

Hydrocarbons (total content measurement): FIDAMAT 6
for measuring the total hydrocarbon concentration based on the flame ionization principle.

Hydrogen and noble gases: CALOMAT 6 and CALOMAT 62
for fast measurement of Hydrogen and other components in binary corrosive gas mixtures based on the principle of thermal conductivity.

For the optimum integration of these technologies in your process, we offer approved solutions in system integration