Robust guided radar sensors ensure clear signals for LNG
Compared to pipeline gas, liquefied gases such as LNG or LPG can be transported much more flexibly and often have a higher commercial value. A good example of this can be found in the Russian Portovaya Bay, the starting point of the Nord Stream Pipeline, where natural gas will be processed and loaded directly onto ships in cryogenic liquid form. Once the new natural gas liquefaction plant is completed, guided radar sensors from VEGA will make a significant contribution to safe and efficient production there.
LNG is the big trend: Linde is building a medium-sized natural gas liquefaction plant with a capacity of 1.5 million tonnes of LNG near the Russian Baltic Sea town of Portovaya.
VEGAFLEX 81 and VEGASWING 66 in a tailor-made measuring concept
Extreme process conditions in all phases of LNG production
Consistently high quality is essential for LNG processes which means – no compromises. Efficiency and plant availability, which are significantly improved through standardization in all areas of the plant, including instrumentation, guarantee high quality and a real cost advantage. Guided radar sensors are especially suitable here, as they can reliably withstand extreme pressure and temperature conditions. And vibrating level switches, with their compact design and millimetre accuracy, are also just the thing for many applications in the LNG plant.
💡 Radar vs. Guided Radar (TDR) – What are the differences between the two measuring methods?
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