Coriolis

Flow Research has published a new study, The World Market for Coriolis Flowmeters, 6th Edition. The Coriolis flowmeter market is one of the fastest growing flowmeter markets, and this exciting study reveals the size of the 2019 worldwide Coriolis flowmeter market, including the market shares of all major suppliers and forecasts for the market throu... gh 2024. The popular Coriolis flowmeter requires little maintenance and is highly accurate -- many Coriolis flowmeters achieve 0.1% accuracy. In addition, Coriolis flowmeters can measure mass flow, which is useful for products sold by weight rather than by volume and for chemical reactions that are based on mass rather than volume. Process plants are increasingly selecting Coriolis meters to replace differential pressure (DP) devices. Mass flow is especially appropriate for measuring gases, which are more readily affected by temperature and pressure than are liquids, and their use is growing in the oil & gas industry. Companies that need flowmeters for custody transfer, or want highly accurate measurement of mass, have a good reason to select Coriolis flow meters. They find that despite a relatively high price tag, Coriolis flowmeters can provide a good return on investment. The World Market for Coriolis Flowmeters, 6th Edition builds on studies Flow Research published in 2001, 2003, 2008, 2013, and 2016. We have determined: Industries and applications where Coriolis flowmeters are used, including market growth sectors We have also taken into account the effects of the pandemic on the Coriolis market in 2020. Coriolis flowmeters contain one or more vibrating tubes. These tubes are usually bent, although straight-tube meters are also available now. The fluid to be measured passes through the vibrating tubes. This causes the tubes to twist. Pickoff coils passing through a magnetic field generate a sine wave on the inlet side and the outlet side. The phase shift or time difference between the inlet and outlet side phase shifts is directly proportional to mass flow. The ...Read More