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所在平台: Udemy |
课程主页: https://www.udemy.com/course/petrel-masterclass-map-based-volumetric-property-mapping/
课程评论：没有评论
**课程名称：** Petrel Masterclass: Map Based Volumetric & Property Mapping **课程概述：** 本课程专为石油行业的专业人士、地质科学家和储层工程师设计，旨在通过使用 Schlumberger 行业标准的 Petrel 软件，提升他们在储层特征描述和建模方面的技能。 **主要内容包括：** 1. **从测井数据中提取属性：** 学习如何从井筒测井数据中提取关键的储层属性，重点关注计算平均孔隙度和净/总比（N/G）属性。 2. **孔隙度和 N/G 测井：** 利用 Petrel 软件制作孔隙度和 N/G 的空间分布图，理解空间展布在储层特征描述中的重要性。 3. **等厚测井：** 定义等厚（Isopach）测井的概念及其在储层分析中的意义，掌握在 Petrel 中创建等厚图以展示储层厚度变化的能力。 4. **基于测井的体积计算：** 探讨基于测井的体积计算在储层评估中的概念，并通过练习使用 Petrel 中绘制的数据计算油气体积和储量。 本课程采用实践导向的方法，专注于使用行业标准软件进行储层特征描述和建模。学员将获得提取、分析和可视化关键储层属性的能力，从而为油气储层管理提供决策支持。
Welcome to the "Petrel Masterclass: Porosity, Net to Gross Mapping, and Map-Based Volumetrics." This intensive course is designed for petroleum professionals, geoscientists, and reservoir engineers seeking to elevate their skills in reservoir characterization and modeling using Schlumberger's industry-standard software, Petrel.Here's a brief overview of the key topics covered in the course:1. Extracting Properties from Well Logs:Learning how to extract crucial reservoir properties from well logs.Specifically focusing on calculating average porosity and Net to Gross (N/G) attributes.2. Mapping Porosity and N/G:Utilizing Petrel to create spatial representations of porosity and N/G.Gaining an understanding of the importance of spatial representation in reservoir characterization.3. Isopach Mapping:Defining isopach maps and their significance in reservoir analysis.Developing the skills to create Isopach (Thickness) maps within Petrel, especially to depict variations in thickness.4. Map-Based Volumetrics:Exploring the concept of map-based volumetrics for reservoir evaluation.Practicing the calculation of hydrocarbon volumes and reserves using data mapped in Petrel.This course appears to provide a hands-on approach to reservoir characterization and modeling, with a focus on practical skills using industry-standard software. Participants can expect to leave with the ability to extract, analyze, and visualize key reservoir properties, ultimately aiding in informed decision-making for oil and gas reservoir management.
