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A Perspective View of Flow Assurance in Deepwater Fields in Brazil

机译:巴西深水田流量保证的透视图

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Significant part of the Brazilian oil reserves is located in ultradeepwater fields (WD > 1500 m). In this scenario, flow assurance plays a crucial role due to the existing high pressures and low temperatures. This paper focuses on the strategies concerning flow assurance issues for the near future. These strategies are strongly based on our specific field experiences as well as on the foreseeable technological scenario. The future, as treated in this work, refers to the short and mid-term future and not to the prospective long term one. Thus, it will mainly discuss current R&D in flow assurance activities to tackle existing problems and the ones foreseen for the discoveries already in development. In order to facilitate the understanding of our vision, a brief summary about todays flow assurance issues is presented. Currently, the main flow assurance concerns are related to hydrate formation and wax deposition. Accordingly, design criteria and operational procedures to avoid these problems are briefly described. There is also an increasing concern about heavy and extraheavy oil production, since a relevant part of recent offshore discoveries involves this type of oil. Among the initiatives that are being taken aiming at optimizing flow assurance design in the near future, one can mention: 1. rheology of heavy oil and water in oil emulsion; 2. heavy oil multiphase flow (gas-liquid) simulation; 3. hydrate slurry transportability; 4. improvements on wax deposition modeling; and 5. improvements on heat management.
机译:巴西石油储量的重要部分位于UltraDeepwater领域(WD> 1500米)。在这种情况下,由于现有的高压和低温,流量保证起着至关重要的作用。本文重点介绍了关于不久的将来的流动保障问题的策略。这些策略基于我们的特定现场经验以及可预见的技术场景。在这项工作中对待的未来,指的是短期和中期未来,而不是前瞻性长期。因此,它将主要讨论当前的流动保障活动中的研发,以解决现有的问题,并且预见到已经开发的发现。为了促进对我们的愿景的理解,提出了关于当今流动保证问题的简要摘要。目前,主要流动保证问题与水合物形成和蜡沉积有关。因此,简要描述设计标准和操作程序以避免这些问题。由于近期海上发现的相关部分,还有越来越令人越来越多的兴奋,因为最近的海上发现涉及这种类型的油。在旨在在不久的将来进行优化流量保证设计的举措中,可以提及:1。油乳液中重油和水的流变; 2.重油多相流(气液)模拟; 3.水合物浆料可运输性; 4.改进蜡沉积建模; 5.改善热管理。

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