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Recent Developments In Testing Wet Gas Flow Meters

机译:测试湿式气体流量计的最新进展

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摘要

The commingled wet gas flows in the flow line are ideally also metered by a wet gas meter. Separators are designed to split twophase flow (i.e. flows of gas and liquid) into single phase flows but it is widely recognized that it is a common occurrence in the field for separators to operate at less than 1 00% efficiency.
机译:理想地,还通过湿气计计量在流路中混合的湿气流量。分离器设计为将两相流(即气体和液体流)分离为单相流,但众所周知,分离器以低于1 00%的效率运行是该领域的普遍现象。

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  • 来源
    《Pipeline & Gas Journal》 |2011年第9期|p.55-57|共3页
  • 作者单位

    By Richard Steven, Charlie Brltton and Josh Kinney, Colorado Engineering Experiment Station Inc., Nunn, COAuthors: Richard Steven has been the director of the CEESI multiphase wet gas flow test facility for six years. With a Ph.D. degree in mechanical engineering (specializing in experimental fluid mechanics) he has experience as an independent researcher at TUVNEL in the UK and as a meter designer with McCrometer in the U.S. He is the chairman of both the ASME and iSO TC 1 93 committees on wet gas flow metering. Contact: 970-2145614, rsteven@ceesi.com.Joshua Kinney has worked as a technician at CEESl for 20 years and has been the manager of the CEESl wet gas flow facility since its commissioning in 1998. In the last 12 years, he has installed and tested the majority of wet gas flow meter systems in use in the industry as developing prototypes and /or commercial systems under customer acceptance testing.Charlie Britton is a mechanical engineer who has been involved with CEESJ since the company was founded. As the designer of the main CEESl flow test facilities he has deep experience inflow meter test laboratory design. He was the designer of the original state-of-theart CEESl wet gas flow facility and the designer of all the CEESl wet gas flow upgrades since.;

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