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所在平台: Udemy |
课程主页: https://www.udemy.com/course/fundamentals-of-streamline-model-for-waterflooding/
课程评论：没有评论
Coursera课程《油藏注水开发基础：流线模型应用》中文内容摘要 本课程旨在教授如何使用Python对油藏注水开发过程进行建模。注水开发是石油与天然气行业中最普及的二次采油技术。然而，目前缺乏简单易用的工具来模拟注水过程，以回答诸如何时会发生水窜、波及前缘形态如何、是否有机会改进现有注水开发以及地层非均质性如何影响注水效果等基本问题。 虽然存在商业数值模拟方法，但这些方法需要专业培训且耗时。随着Python的普及，本课程将提供一种更透明的方式来理解注水过程的复杂性。 **课程对象：** 适用于油藏工程师、地下团队的地球科学家以及所有从事油田注水开发管理的人员。假定学员具备Python基础知识，并能在Google Colab环境中运行Python程序。 **课程内容：** * **深度理解注水过程：** 学员将深入了解注入水如何从注水井移动到采油井。 * **Python建模实践：** 通过Python程序，探索注水开发性能对注采井布局的各种敏感性分析。 * **非均质性影响研究：** 分析渗透率和有效厚度非均质性对注水开发性能的影响。 * **流线上的置换机制：** 深入了解注水开发过程中，沿流线发生的对流和扩散置换机理。 通过本课程，学员将能够利用Python有效地分析和优化油藏的注水开发策略。
This course is about how to use python to model Waterflooding. Waterflooding is the most popular secondary recovery technique widely practiced throughout E & P industry. However, there are no simple tools to model waterflood to answer some of the basic questions like when to expect breakthrough of water, how the flood front looks like, are there any opportunities to improve ongoing waterflood and how heterogeneities impact waterflood performance.Although Commercial Numerical Simulation approaches are available, they require specialised training which is time consuming. With the popularity of python, it is possible to understand the intricacies of a waterflood process in a more transparent manner.The course is meant for Reservoir Engineers, Geoscientists working in Sub Surface team and all those concerned with reservoir management of waterflood processes in an oil field. Working knowledge of python/running python programs in a GoogleColab environment is assumed.The participants will get an in-depth view of how injected water moves from water injection wells to oil production wells. They will explore the python programs to study various kinds of sensitivities of waterflood performance to placement of injectors and producers and how the heterogeneities in permeability and effective thickness will impact waterflood performance. It will also provide an insight in on how the convective and diffusive displacement takes place along streamlines.
