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所在平台: Udemy |
课程主页: https://www.udemy.com/course/basic-oil-and-gas-reservoir-management-seminar/
课程评论：没有评论
课程名称：基本油气 Reservoir 管理研讨会 概述：本研讨会由拥有20年石油工程经验的专家主讲，提供了对储层管理的概述，强调了其动态特性以及整合各种数据以实现最佳储层开发和枯竭规划的重要性。储层管理的主要目标是通过持续的数据收集、分析、验证和整合，实现石油和天然气回收的经济优化。 储层管理的定义：进行数据收集、分析和整合的持续过程，以实现最佳储层开发。主要目标：实现石油和天然气回收的经济优化。 储层管理团队：一个跨学科的团队，包括地球科学家、工程师、土地/法律专家和现场财务人员。整合地质、地球物理、工程和财务的数据、工具和技术。 油田开发：涵盖从勘探到生产的油田开发阶段，强调正确选择、开发和交付项目的必要性。涉及地质和工程评估、风险评估以及经济考虑。 储层监测技术：包括储层流体采样、测井成分测试和饱和度测井等各种技术。这些技术对理解储层特性和优化生产至关重要。 生产监测与预测：重点评估实际性能与预期之间的差异，需要监测流量、压力和流体接触情况的数据。涉及生产曲线、井口压力、水切率性能和节点分析的分析。 油气回收技术：讨论了包括自然流、人工举升、水驱、气注入和增强油回收（EOR）在内的初级、次级和三级回收方法。研讨会还强调了理解多孔介质、井筒和地面管道中的流体流动的重要性，以及与井规划、设施、运输和市场的储层描述整合，以最大化价值。
This seminar ,which presented b by 20 Years Petroleum Engineering Expert, provides an overview of reservoir management, emphasizing its dynamic nature and the importance of integrating various data for optimal reservoir development and depletion planning. The primary objective of reservoir management is the economic optimization of oil and gas recovery, achieved through a continuous process of data collection, analysis, validation, and integration.Definition of Reservoir Management:Ongoing process of data collection, analysis, and integration for optimal reservoir development.Prime objective: economic optimization of oil and gas recovery.Reservoir Management Team:Involves a multidisciplinary team (Geoscience, Engineers, Land/Legal, Field Financial).Integrates data (Geological, Geophysical, Engineering, Financial), tools, and technology.Oilfield Development:Covers the stages of oilfield development from exploration to production, emphasizing the need to choose, develop and deliver the project right.Involves geological and engineering evaluations, risk assessment, and economic considerations.Reservoir Monitoring Techniques:Includes various techniques for reservoir fluid sampling, wireline formation testing, and saturation logging.These techniques are crucial for understanding reservoir characteristics and optimizing production.Production Monitoring & Forecasting:Focuses on assessing actual performance versus expectations, requiring surveillance data of rates, pressures, and fluid contacts.Involves analyzing production profiles, wellhead pressure, water cut performance and nodal analysis.Oil Recovery Techniques:Discusses primary, secondary, and tertiary recovery methods, including natural flow, artificial lift, waterflooding, gas injection, and enhanced oil recovery (EOR).The seminar also highlights the importance of understanding fluid flow in porous media, wellbores, and surface pipes, and the integration of reservoir description with well planning, facilities, transportation, and markets to maximize value.
