The Raman Rxn5 process analyzer is an industry-leading, turn-key, laser-based analyzer powered by Kaiser Raman technology. It provides quantitative chemical composition measurements using Raman spectroscopy. The design of the Raman Rxn5 incorporates customer requirements for serviceability and hazard-area certification, provides a compact footprint, and minimizes utilities consumption. The high optical efficiency of the analyzer makes it ideal for typical gas-phase sample measurements.
Non-destructive analysis of gases, including homonuclear diatomics (H2, N2, O2)
Compact, smaller than most wall-mount gas chromatographs (GCs)
Can replace up to four traditional analyzers with a single base unit and four probes
Rugged with minimal utility requirements, no sample transport, and no consumables (columns, valves, gases, pumps)
Minimal analyzer technician time with maximum technician safety (no toxic gases are transported to the analyzer)
Measures four streams simultaneously for faster multi-channel results
-20 to +50 °C operating environment
Espectroscopia Raman - tecnologia de análise óptica avançada
Aumente a segurança da fábrica, garanta a qualidade do produto e otimize operações. A espectroscopia Raman mede a composição e estrutura molecular de suas amostras do laboratório ao processo em tempo real
An overview of the optical service kit for the Raman Rxn5 analyzer containing tools and accessories with instructions on how to clean and maintain the instrument to achieve its optimal performance.
Raman spectroscopy for parahydrogen quantification - Real-time control
and quality assurance across the hydrogen supply chain
PU (publicação)
Versão em inglês - 01/2026
New version available in English
This paper presents experimental findings that validate the performance of an Endress+Hauser Raman spectroscopic analyzer in accurately measuring parahydrogen conversion during the hydrogen liquefaction process.
An overview of energy transition and the importance of gas analysis via TDLAS, QF, and Raman spectroscopy (including the J22, JT33, OXY5500, Raman Rxn4, and Raman Rxn5 analyzers) to meet the demand for an energy supply chain shift away from carbon toward renewable energy, natural gas, hydrogen, LNG, biogas and more in the oil & gas industry.
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