The Precisive® Gas Analyzer is a real-time gas analyzer based on MKS' unique Tunable Filter Spectroscopy (TFS™) platform. The Precisive suite of products are calibrated for the measurement of a wide range of gases across multiple process industries. The real-time, continuous measurement capability provides immediate analysis ensuring control of critical process parameters.
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Recipe 152, Gas Analyzer, Tunable Filter Spectroscopy, Liquid Natural Gas
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PRECISIVE-5-152 Recipe 152, Gas Analyzer, Tunable Filter Spectroscopy, Liquid Natural Gas |
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PRECISIVE-5-154 Recipe 154, Gas Analyzer, Tunable Filter Spectroscopy, Olefins |
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PRECISIVE-5-155 Gas Analyzer, Tunable Filter Spectroscopy, Olefins and HRVOC |
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Gas Analyzer, Tunable Filter Spectroscopy, Methane Number, Liquefied Natural Gas
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PRECISIVE-5-156 Gas Analyzer, Tunable Filter Spectroscopy, Methane Number, Liquefied Natural Gas |
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PRECISIVE-5-162 Gas Analyzer, Tunable Filter Spectroscopy, Flare Stack Gas |
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PRECISIVE-5-165 Gas Analyzer, Tunable Filter Spectroscopy, Liquefied Petroleum Gas |
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PRECISIVE-5-242B Gas Analyzer, Tunable Filter Spectroscopy, Natural Gas Pipelines |
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PRECISIVE-5-253 Gas Analyzer, Tunable Filter Spectroscopy, Acid and Sour Gas |
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PRECISIVE-5-271 Gas Analyzer, Tunable Filter Spectroscopy, Syngas Composition |
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Gas Analyzer, Tunable Filter Spectroscopy, Natural Gas Calorific Value, Wobbe Index
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PRECISIVE-5-282 Gas Analyzer, Tunable Filter Spectroscopy, Natural Gas Calorific Value, Wobbe Index |
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Gas Analyzer, Tunable Filter Spectroscopy, Natural Gas Calorific Value, Wobbe Index, Methane Number, Metering
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PRECISIVE-5-283 Gas Analyzer, Tunable Filter Spectroscopy, Natural Gas Calorific Value, Wobbe Index, Methane Number, Metering |
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The Precisive TFS™ (Tunable Filter Spectrometer) sensor platform consists of a light source, a sample cell (for gases, liquids or solids), a wavelength separating element (spectrometer) and a photo-detector. The wavelength separating element "slices" the wavelength components of the broadband light source which then interacts with the sample molecules. Some of the wavelength components are absorbed and some are transmitted through without any absorption.
Precisive TFS™ Tunable Filter Spectrometers use an advanced spectral decomposition algorithm. The resulting spectrum is called absorption spectrum, which acts as "fingerprints" which are used to identify the sample components and/or quantify the composition of the sample.