High-temperature flow measurement
with Rheonik Coriolis Mass Flow Meters
In many industries, the highest levels of accuracy and repeatability are essential, even under extreme conditions. Applications where very high temperatures occur are particularly demanding, as both the meters and the process conditions are subjected to considerable stress. A Rheonik Coriolis mass flowmeter offers the optimum solution. Thanks to its robust design, high pressure and temperature resistance and custody transfer accuracy, it guarantees reliable high-temperature measurements in a wide range of industries.
Challenges of flow measurement at high temperatures
Measuring media at high temperatures places special demands on flow meters. One of the biggest challenges is material stress: standard meters can fail due to thermal expansion, material fatigue and stress cracking. Signal stability is also a critical factor, as extreme temperatures can affect the measurement signal, causing drift or inaccuracy. Then there is pressure resistance, as many high-temperature applications require not only high temperature tolerance, but also extreme pressure resistance, which few devices can offer. Finally, measurement accuracy is also a challenge, as many measurement methods lose accuracy at high temperatures or require complex compensation mechanisms.
Rheonik Coriolis Mass Flow Meters are characterised by their exceptional temperature resistance of up to 210 °C without any loss of performance. Their high pressure resistance makes them ideal for demanding applications such as hydrocrackers or polymer production. Exotic materials are also available to minimise corrosion and material fatigue. The innovative Assurance Factor® ensures continuous reliability and enables real-time self-diagnosis.
With a Rheonik Coriolis Mass Flow Meters, companies rely on a precise, robust and reliable solution that offers flawless performance even under extreme high-temperature conditions.