Process instrumentation for efficient hydrogen compression and transport
High-pressure environments need robust sensors. Hydrogen embrittlement requires specialized materials for accurate measurement and safe operation. Reliable temperature and storage monitoring systems, including pressure, temperature and level sensors, are essential to ensure safe and efficient operation for a cleaner future.
Parameters
Focus on key process parameters
Mitigate pressure membrane embrittlement
Hydrogen can permeate through sensor materials, causing embrittlement and potential failure. Selecting materials that are resistant to hydrogen embrittlement is crucial for ensuring the longevity and accuracy of pressure sensors.
Flow measurement of liquid hydrogen is severely affected by the presence of entrained gas. Coriolis flow meters with dual frequency technology remain unaffected by such application conditions.
Level sensors must be compatible with cryogenic temperatures and pressures. Specialized materials and designs are required to withstand these extreme conditions and provide accurate level measurements.
Hydrogen pressure measurement with gold-plated membrane
Hydrogen can permeate through many metals, including those used in pressure sensor diaphragms and seals. This can lead to hydrogen-induced cracking, reduced mechanical strength and eventual sensor failure. Endress+Hauser offers pressure sensors with specialized diaphragm materials and plating designed to resist hydrogen permeation and maintain long-term stability in hydrogen-rich environments.
Reliable measurement and high accuracy in hydrogen applications.
Complete portfolio of pressure transmitters available with gold-plating option.
Bluetooth connection for convenient access to the device.
Hydrogen is the lightest gas that exists and at atmospheric conditions it has a density that is 10 times lower than natural gas. Since hydrogen streams have little mass to propagate sound and often exhibit high gas velocities, velocity-based measurement principles struggle to produce repeatable and accurate flow measurement results. Our Coriolis flow meters offer:
Best-in-class turndown for hydrogen flow measurement, gasket-free construction, SIL and Ex for highest safety.
Highest measurement sensitivity to achieve the widest mass flow measurement range.
Superior zero-point stability, can measure hydrogen at low pressure with the lowest measurement error in the market.
Messer produces hydrogen in a steam reformer. The facility has a large number of protection and safety devices where pressure values play an important role.
Discover why we're the right partner for safe and efficient hydrogen compression and transport
수소 - 탈탄소화 목표 달성의 열쇠인 에너지 운반체
수소는 탄소 배출량 저감을 위한 유망한 해결책이며, 관련 인프라도 급속히 개발되고 있는 추세입니다. 엔드레스하우저가 어떻게 지속 가능성 달성과 규제 준수를 도와 드릴 수 있는지 알아보십시오.
Enhance safety and efficiency in hydrogen blending processes
Discover our broad offering and benefit from longstanding expertise when it comes to safe hydrogen blending.
Instrumentation for safe hydrogen storage
Explore our innovative portfolio of instrumentation serving safe hydrogen storage.
Transportation and storage of hydrogen
Hydrogen offers ecological advantages over natural gas and fossil fuels - but also has difficult properties. Find out more about the requirements for safe transportation and storage.
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