Hydrogen tanker with liquid hydrogen
LevelDifferential Pressure

Overview
If energy-rich hydrogen has to be transported over long distances, special tanker ships are used. To minimise losses, the hydrogen is cooled down to -253 °C at 1 bar pressure so that it can be stored in liquid form. The level can be measured either by means of thin impulse lines and conventional differential pressure or free-radiating radar. An elaborate standpipe, which would also lead to increased heat input, is not required.
Operating Conditions
- Measuring Task
- Level measurement
- Measuring Point
- Tank
- Medium
- Liquid hydrogen
- Measuring Range
- 15 m
- Temperature
- -253 ... -251 °C
- Pressure
- 0 ... +1 bar
Challenges
- Low density, low dielectric constant, outgassing of the medium
Benefits
- Reliable: Highly accurate measurement of even low-density materials
- Cost effective: Precise level measurement for optimal storage
- User friendly: Simple installation without standpipe
Recommended Products
Recommended Sensors

HydrostaticDifferential PressureLevel
VEGADIF 85
- High reliability through integrated overload diaphragm
- Measurement of very low differential pressures through high precision measured value detection
- Multivariable sensor through integrated measurement of the absolute pressure
VEGA
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Radar LevelLevel
VEGAPULS 6X
- Exact measuring results independent of process conditions
- Maintenance-free operation through non-contact measuring principle
- Application-oriented configuration enables a simple device selection
VEGA
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Wireless & Connectivity
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