KROHNE metering systems are used throughout the entire energy value chain, from production, through ship (un)loading and pipeline transport, to industrial consumers or underground storage locations. KROHNE takes full project responsibility for the system, including metering skids, analysers, and flow computers integrated into the metering control cabinet, with all supervisory and validation software.
As a result of the production process and foreseen application, hydrogen as a fuel gas comes with different properties and requirements. Depending on the production method, the hydrogen may contain impurities such as H2O, O2, CO2, CO or CH4. Subject to the application, KROHNE will design and manufacture metering solutions to suite these requirements. This implies mechanical and electrical design considerations, but also dedicated impurity analysers and CT flow computations certified for hydrogen. KROHNE metering systems are often designed as a master-duty configuration, where a Z-cross over allows periodical verification of the duty meters against the master meter. In addition, diagnostic features of the flowmeters are used to guarantee maximum performance and lowest measurement uncertainty.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
Based on ultrasonic, Coriolis or turbine flowmeters
Low pressure loss
SUMMIT 8800 flow computation certified for hydrogen custody transfer
Comprising flow metering skid, flow control, metering control cabinets, ampling and analyser systems, including all supervisory and validation software
Compliance with international and local standards e.g. OIML R137, MI-002
Single source responsibility for metering and analyser system
Covering the initial design phase through to on-site commissioning and training
Custody transfer metering systems for gaseous and supercritical H2
Direct pipeline transport and connections to a hydrogen backbone
Injection of hydrogen in natural gas grid
High accuracy measurement for pipeline leak detection
Also available for the measurement of CO2
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Coriolis mass flowmeter for advanced process applications
High accuracy (±0.05% flat), for cryogenic to HT media (-200…+400°C / -328…+752°F); maintains operation over a wide range of gas fractions and complex flow conditions (EGMTM)