基于多相计远程监测的加纳深水油田水垢早期检测

M. Darab, R. Nygaard, A. Singh
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引用次数: 0

摘要

多相计量能够解决许多流动保障挑战,包括检测结垢地层。这种能力在水下油田尤其受欢迎,在水下油田,物理通道受到限制,流动保障挑战可能不利于以合理的成本维持生产。多相流量计使用实时多相流数据进行结垢检测,便于作业者主动检测和修复因结垢而产生的产能和流动保障问题。据报道,通过远程监测多相计量数据,成功地在加纳近海深水油田的一口油井中进行了早期水垢检测。多相计工作点的位移和数天内的迅速发展为该计文丘里管结垢假说提供了必要的实时数据。采取了必要的缓解行动,由于去除水垢而增加的产量表明存在水垢。内部开发的远程监测和诊断系统进行了这项检测。该项目的研究结果表明,多相计量数据的远程监测具有一定的实用价值。
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Early-Stage Detection of Scales in a Deepwater Field Offshore Ghana via Remote Monitoring of Multiphase Meter
Multiphase metering has enabled addressing a number of flow assurance challenges, including the detection of scale formation. This capability is especially appreciated in subsea fields, where the physical access is restricted and flow assurance challenges can be detrimental to maintaining production with a reasonable cost. The scale detection capability of the multiphase flowmeters using live multiphase flow data facilitates a proactive approach by the operators to detect and remediate productivity and flow assurance issues arising out of scale deposition. A successful early-stage detection of scales in an oil well in deepwater field offshore Ghana via remote monitoring of multiphase metering data is reported. The displacement of the operating point of the multiphase meter and the swift developments in a matter of days provided the necessary live data for the hypothesis of the scale formation in the meter's venturi. Necessary mitigation action was taken and increases in production due to removal of scale demonstrated presence of scale. An in-house-developed remote surveillance and diagnostic system carried out this detection. The results of this project demonstrate the practical capability of remote monitoring of multiphase metering data for flow assurance purposes.
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