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首页> 外文会议>SPE Russian Petroleum Technology Conference and Exhibition >Reservoir Engineering and Infrastructure Development of Oil and Gas Condensate Field Using the Integrated Formation-Well-Surface Infrastructure Model
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Reservoir Engineering and Infrastructure Development of Oil and Gas Condensate Field Using the Integrated Formation-Well-Surface Infrastructure Model

机译：利用综合形成井表面基础设施模型，油气工程和油气凝结田的油气和基础设施开发

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Development of oil, gas and condensate fields assumes simultaneous production of both free gas with condensate and oil with breakthrough gas. In this case, infrastructure solutions must be flexible and maximally fit for purposes of collection and treatment of all produced fluids. Joint planning of field development and infrastructure arrangement takes on a great importance as it is necessary to align solving of subsurface hydrodynamics, transportation of products in wellbore and collection system problems. A great number of producer companies throughout the world use the "Formation-Well-Surface Infrastructure" integrated models for planning of development and infrastructure arrangement which allow forecasting the performance factors with a high degree of accuracy covering not only field development and geological aspects but the limitations of the surface infrastructure, including pipelines, areal facilities and economic conditions. The most important task of the integrated modeling is the correct forecast and optimization of performance factors with account for all existing limitations of reservoir, well design, downhole equipment, products collection and treatment system. This article considers the existing "Formation-Well-Surface Infrastructure" model of one of the multipay oil, gas and condensate fields of the Western Siberia. Description of the integrated model development stages is given which includes a creation of digital models of oil and gas wells with complex completion systems, models of collection systems for all products and a reservoir simulation model of the field. Examples of a solution of application tasks for optimization using the generated integrated model are given which allow significantly improving quality of the adopted solutions by covering of all production system components "from reservoir to collection and transportation of hydrocarbons" integrated into a single model.
机译：石油，燃气和冷凝水的开发假设与突破性气体的冷凝水和油同时同时生产自由气体。在这种情况下，基础设施解决方案必须灵活，最大限度地适合所有产生的流体的收集和处理。领域开发和基础设施安排的联合规划是非常重要的，因为必须对抗地下流体动力学，在井筒和收集系统问题中运输产品。全世界各种生产商公司使用“地面井面基础设施”综合模型，以规划开发和基础设施安排，允许预测具有高精度的性能因素，不仅涵盖现场开发和地质方面表面基础设施的限制，包括管道，面积设施和经济条件。综合建模最重要的任务是对水库，井设计，井下设备，产品收集和治疗系统的所有现有局限性的性能因素的正确预测和优化。本文考虑了西西伯利亚西部西伯利亚的五码油，天然气和冷凝物领域之一的现有“井表面基础设施”模型。给出了集成模型开发阶段的描述，包括创建具有复杂完成系统的石油和天然气井的数字模型，所有产品的集合系统的模型以及该领域的储库模拟模型。提供了使用所生成的集成模型进行优化应用任务的解决方案，其通过覆盖所有生产系统组件“从储库收集和运输碳氢化合物的收集”中的所有生产系统组件来显着提高所采用的解决方案的质量。

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