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Reliability Analysis of Subsea Separation and Boosting System Using Dynamic Bayesian Network

机译:使用动态贝叶斯网络的海底分离和升压系统可靠性分析

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As the population grows rapidly in the world and the living standards are getting higher, the energy demand continues to grow. According to the Annual Energy Outlook 2016, the estimated oil and gas consumptions will increase at an annual average rate of 0.2% from 2015 to 2040. To meet the growing energy demand, offshore drilling will continue to explore ultra-deep sea locations and enhance the hydrocarbon recovery in the production processes. The maturing deep-water oil fields face low reservoir pressure. In order to send the hydrocarbons back to the platform and the onshore facilities, overcoming the hydrostatic pressure from the overlaying liquid, which requires sufficient amount of pressure, becomes a significant challenge. Therefore, hydrocarbon boosting system is developed to enhance the transportation to the platform. Additionally, hydrocarbon boosting system can increase the oil recovery factor by 10% to 30%, which is equivalent to transferring additional 50–150 million bbl (fluid barrel) of oil.
机译:随着人口在世界迅速发展,生活水平越来越高,能源需求持续增长。根据2016年年度能源前景,估计的石油和天然气消耗将以2015年至2040年的年平均平均速度增加0.2%。为满足不断增长的能源需求,海上钻井将继续探索超深海地点并增强生产过程中的碳氢化合物回收。成熟的深水油田面临低储层压力。为了将碳氢化合物送回平台和陆上设施,克服覆盖液体的静水压力,这需要足够的压力,成为一个重大挑战。因此,开发了碳氢化合物升压系统以增强平台的运输。另外,烃增压系统可以将储油量增加10%至30%,这相当于转移额外的50-150万BBL(流体桶)。

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