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所在平台: Udemy |
课程主页: https://www.udemy.com/course/practice-reservoir-simulation-with-eclipse-black-oil/
课程评论：没有评论
**课程名称：** 使用Eclipse进行储层动态模拟的学习与实践 **课程概述：** 本课程旨在全面介绍储层动态模拟的背景知识，并详细阐述如何使用Eclipse软件进行实际操作。通过15个时长超过30分钟的视频，课程将循序渐进地讲解储层模拟的步骤和方法，并辅以具体示例。 **课程内容要点：** * **储层模拟数据管理概述** * **储层模拟的优势** * **储层模拟的目的** * **动态模拟的要求** * **为何需要储层模拟** * **研究规划** * **数据收集程序与分析** * **模型构建与验证方法** * **模型所需的岩石和流体性质数据** * **流体流动控制方程** * **模拟研究的各个阶段** * **试井（History Matching）的实际考量** * **预测情景规划** * **Eclipse数据部分回顾与参考手册关键词** * **Eclipse实例与分析** * **输出结果可视化、图表和地图** **课程目标：** * 掌握一种结合物理、数学、储层工程和计算机编程的工具，用于预测不同操作策略下油气藏的性能。 * 深入了解储层的采收过程。 * 理解模拟器作为基于数学模型的计算机程序，需要输入可靠的数据。 * 认识到模拟器无法取代可靠数据和用户专业知识的重要性。 * 理解储层模拟中网格划分的目的是将地质模型转化为可解流体流动方程的离散系统。 * 了解常用的网格坐标系统，包括笛卡尔坐标和柱坐标。 * 掌握在静态建模完成后，构建动态模型并利用生产数据和试井进行验证的过程。 * 学会利用试井匹配后的储层动态模型进行储量预测和油田开发规划。
During this course you will gain lot of knowledge on the dynamic simulation background and the way how the simulation is performed using the eclipse software.The general background of the reservoir simulation and the step by step methodology how to perform simulation is described with examples that can be viewed and displayed through 15 videos of more than 30 minutes each.During this course sessions you will be able to go through the following items: •Overview on reservoir simulation data management •Advantage of reservoir simulation •Purposes of Reservoir Simulation •Requirements for dynamic simulation •Why do we need reservoir simulation •Planning of the study •Data gathering procedures and analysis •Model construction and validation, methodology •Rock and Fluid Properties Data to be used in the model •Flow governing equations •Phases of simulation study •Practical considerations for History matching •Planning for predictions scenarios •Eclipse data sections review and keywords in reference manual •Eclipse Examples and analysis •Output results visualizations, plots and mapsA tool developed by combing physics, mathematics, reservoir engineering, and computer programming for predicting hydrocarbon reservoir performance under various operating strategies • Gain insight into the recovery processes of a reservoir. A computer program based on the mathematical model needs input! Required reliable data? No simulator can replace reliable data or the brain of the user.The aim of gridding in reservoir simulation is to turn the geological model of the field into a discrete system which the fluid flow equation can be solved. • Common grid co-ordinate system • Cartesian • Cylindrical• Once the static modelling has been completed, the next step is building dynamic model and validate it using the production data and well test. • The reservoir dynamic model after history matching is used for forecasting and field development planning
