Real-time analysis of trace gas components (impurities) in hydrogen at hydrogen production bases, storage tanks, and hydrogen stations.
The HydrogenSense mass spectrometer, which incorporates two types of mass analysis techniques—Ion Molecular Reaction (IMR) and Electron Impact Ionization (EI)—in a single unit, enables real-time simultaneous measurement of multiple gas components and analyzes impurities contained in hydrogen for PEM fuel cells.
Inquire About This Product
basic information
The mass spectrometer that combines IMR and EI enables unprecedented fast response, wide dynamic range, selective measurement, and low concentration detection limits. With proven cutting-edge technology and design know-how, it achieves flexibility and user-friendly operability.
Price range
Delivery Time
Applications/Examples of results
- Hydrogen quality analysis compliant with SAEJ2719 and ISO14687:2019 achieved with a single mass spectrometer. - Instantaneous acquisition of analysis results for H2O, O2, He, N2, Ar, CO, CO2, TS, THC, HCHO, HCOOH, NH3, and halogenated compounds. - Centralization of all analyses including automatic creation of CoA and CoC. - Easily integrable at any sampling point, such as production plants and fuel supply locations. - ValveBox available with integrated temperature-controlled gas inlet switching and automatic gas flow adjustment.
Line up（5）
| Model number | overview |
|---|---|
| HSense | Mass spectrometer for hydrogen and helium |
| PEMSense | Real-time gas mass spectrometer for fuel cell testing |
| CombiSense | Soft ionization + EI dual mass spectrometer |
| AirSense | Soft ionization mass spectrometer |
| CO2Sense | Mass spectrometer for CO2 purity measurement |
Company information
Analytixense Co., Ltd. was established to provide unique analytical instruments and solutions from overseas to domestic customers, aiming to contribute to the fields of odor and volatile component analysis. We collaborate with overseas partners to build deep connections with our customers. Blog | Measuring Gas https://www.analytixense.co.jp/blog/
