Continuous gas analysis
GasContinuous gas analyzers are used for many applications to quickly and accurately measure gas components in your process. Depending on your application, several measuring principles are available, such as paramagnetic, Infrared (NDIR), Ultraviolet (UV), Thermal conductivity (TCD) and also Flame Ionization (FID). It is possible to combine these analyzers in a single modular housing. The advantage of modular gas analyzers is that several components are measured at the same time, thereby reducing investment costs. If you want to measure the entire gas composition with great accuracy, you can do so with a Process Gas Chromatograph. Teledyne also offers a suitable solution.
Are you searching for analytical instrumentation to control process parameters and thereby optimize your process? We offer a wide range of analysis instruments for the continuous measurement of gas, from ppm level to percentage range:
The advantage of modular gas analyzers is that several components are measured at the same time, thereby reducing investment costs.
Measure Low Concentrations of H2O in Dry Gases
TeledyneQuickly and accurately measure moisture or dew point in dry gases with Teledyne's advanced moisture analysers. Continuous or portable measurements.
Mobile Oxygen Analyser
TeledyneQuick and accurate oxygen measurement on-site with Teledyne’s portable analyser.
Reliable extractive O₂ monitoring
TeledyneTeledyne Continuous Gas Analysers: Reliable O₂ monitoring for process safety, gas purity, and efficiency in the chemical industry.
Total Hydrocarbon Analyser
TeledyneWith the flame ionization detector of Teledyne you are able to determine the total content of hydrocarbons at PPM level.
Low concentrations H2O in dry gases
TeledyneEasily measure the moisture content or dew point in dry gases. Continuous or handheld measurement with low dew point: -100 to + 20 ° C
Total Sulphur measurement with extractive UV analyser
TeledyneMeasurement of total sulfur in a gas or liquid from ppb to% level using the UV Fluorescence technique.
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