首页> 外文会议>Congreso y Exposición Internacional del Petróleo en México (Memorias Técnicas 2006) >Future Exploitation Strategy Using Integrated Subsurface-to-Surface Methodology: Field Case Study—Litoral De Tabasco Asset
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Future Exploitation Strategy Using Integrated Subsurface-to-Surface Methodology: Field Case Study—Litoral De Tabasco Asset

机译:使用集成的地下到地面方法的未来开发策略:现场案例研究-立陶宛轻工业资产

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In reservoir development studies or exploitation studies for a hydrocarbon producing field, it's necessary to go through different stages, from visualization to planning all involved activities. In visualization we must consider basic factors that will contribute to an optimal exploitation plan. Thus we need tools capable of integrating the whole system, from subsurface production all the way to the surface. Different subsurface productivity techniques, production methods, secondary recovery projects, facilities required, among others are the fundamental base for an adequate reservoir exploitation planning, considering all limitations within the system as well as related costs. In this study, it's considered the analysis done for Field Exploitation for Litoral de Tabasco Asset (AILT), which comprises 14 hydrocarbon fields and all related production facilities of Region Marina Sur Oeste (RMSO). Different analysis techniques were applied such as: material balance (MB), nodal analysis (NA), simulation of multiphase gathering systems, statistics, integrating all this disciplines in a network to evaluate production scenarios for 15 years, considering production forecasts, pressure drops along the system and Asset production facilities limitations and needs. The integrated model will allow determining the optimal option according to the evaluated scenarios and facilities needs along the productive life of all analyzed fields.
机译:在油气开采领域的储层开发研究或开采研究中,有必要经历从可视化到计划所有相关活动的不同阶段。在可视化中,我们必须考虑有助于最佳开发计划的基本因素。因此,我们需要能够集成整个系统的工具,从地下生产一直到地面。考虑到系统中的所有限制以及相关成本,不同的地下生产技术,生产方法,二次采油项目,所需的设施等是充分的油藏开发计划的基本基础。在这项研究中,我们考虑了对Taborsco de Tabasco资产(AILT)的田间开采进行的分析,该油田包括14个油气田以及Region Marina Sur Oeste(RMSO)的所有相关生产设施。应用了不同的分析技术,例如:物料平衡(MB),节点分析(NA),多相收集系统的模拟,统计,将所有这些学科集成到网络中以评估15年的生产情景,考虑生产预测,压降系统和资产生产设施的局限性和需求。集成模型将允许根据所评估的方案和设施需求以及所有分析领域的生产寿命来确定最佳选择。

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