Petrel建模培训2PPT课件
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Fully stair-stepped grid matching the Structural Framework faults and horizons
Excellent geometry even along the faults
Allows more complex modeling
Modeling or reservoir engineering view- flexibility &deeper integration
Output
Hale Waihona Puke Baidu
六、测井曲线粗化
数据查询与研究工区生成 基于Studio知识库的Petrel一体化研究流程
地层划分与对比 合成地震记录 岩相解释
测井曲线粗化 储量计算
构造 解释
地震属性分析
层位编辑 断层建模
网格
正交性
Y
QC
Y
网格体
N
积 QC
构造格架 网格化
建立地层格架
地层格
N
架QC
Y
速度建模
N
地层格架垂向网格化
Structural Framework
Structural Gridding
4. Structural Gridding ---- Process
Grid name Input Structural Framework
Layer pinchout settings
Optional AOI: enables grid creation on a sub-set of the Structural Framework
Cells exist along the well path.
2.3 断层参数设置
Demo & Exercise
3. Horizon modeling
3.1 输入层面、地质分层、定义地层接触关系
3. The framework fault model is stored under the active model in the Models pane.
4. Run the Horizon modeling process located under the Processes pane > Structural framework.
3. Horizon modeling
3.2 断层过滤参数设置
3. Horizon modeling
3.3 应用地质规则并生成Zone
QC the Horizons in the display window, if satisfied, continue building the zones through the Horizon modeling process. 6. Reopen the Horizon modeling process, toggle on
五、测井曲线粗化
❖ 1.基本概念 ❖ 2.测井曲线粗化过程 ❖ 3.测井曲线粗化质量控制
1.基本概念
Overview
The Scale up well logs process averages the values to the cells in the 3D grid that are penetrated by the wells. Each cell gets one value per upscaled log. These cells are later used as a starting point for Property modeling.
5. Drop in number of rows equal to the amount of horizon input. Use, e.g., surfaces stored in the Input pane as input. Set horizon types and click OK. Results are stored under the Horizons folder under the active model.
2. Fault framework modeling
2.1 添加断层到断层格架模型
整体 概述
一 请在这里输入您的主要叙述内容
二
请在这里输入您的主要 叙述内容
三 请在这里输入您的主要叙述内容
2. Fault framework modeling
2.2 确定断层间关系
2. Fault framework modeling
This process alows the user to create a geocellular grid which can be later populated with properties
Input
Output
Structural framework grid
Fault Model
Pillar Gridding Make Horizons
Grid geometry settings
Faults tab: include or exclude Structural Framework faults inside the grid
Zonation settings and optional forced well-tie Layering settings by zone
to Apply geological rules and create zone model. Click OK.
7. Visualize the zone model in the display window.
Demo & Exercise
4.Structural Gridding
From Structural Framework to a fully populated property model at any grid cell resolution in just a few clicks!
井点地层 厚度计算
地层厚度 网格化
时深转换
网格几何属性建模
纵向网格化
N
测井曲线 粗化 QC
Y
N
Y
岩相QC
N 三维网 格QC
岩相建模
Y 数据分析
模型粗化 油藏数模模型
历史拟合
储量吻合 N
Y
Y 井历史生 产数据吻合
Y
属性QC
N
油田动态管理
属性建模
方案调整、加密井网
预测模拟
经济评价
N
输出断层模型到角点网格模型
Excellent geometry even along the faults
Allows more complex modeling
Modeling or reservoir engineering view- flexibility &deeper integration
Output
Hale Waihona Puke Baidu
六、测井曲线粗化
数据查询与研究工区生成 基于Studio知识库的Petrel一体化研究流程
地层划分与对比 合成地震记录 岩相解释
测井曲线粗化 储量计算
构造 解释
地震属性分析
层位编辑 断层建模
网格
正交性
Y
QC
Y
网格体
N
积 QC
构造格架 网格化
建立地层格架
地层格
N
架QC
Y
速度建模
N
地层格架垂向网格化
Structural Framework
Structural Gridding
4. Structural Gridding ---- Process
Grid name Input Structural Framework
Layer pinchout settings
Optional AOI: enables grid creation on a sub-set of the Structural Framework
Cells exist along the well path.
2.3 断层参数设置
Demo & Exercise
3. Horizon modeling
3.1 输入层面、地质分层、定义地层接触关系
3. The framework fault model is stored under the active model in the Models pane.
4. Run the Horizon modeling process located under the Processes pane > Structural framework.
3. Horizon modeling
3.2 断层过滤参数设置
3. Horizon modeling
3.3 应用地质规则并生成Zone
QC the Horizons in the display window, if satisfied, continue building the zones through the Horizon modeling process. 6. Reopen the Horizon modeling process, toggle on
五、测井曲线粗化
❖ 1.基本概念 ❖ 2.测井曲线粗化过程 ❖ 3.测井曲线粗化质量控制
1.基本概念
Overview
The Scale up well logs process averages the values to the cells in the 3D grid that are penetrated by the wells. Each cell gets one value per upscaled log. These cells are later used as a starting point for Property modeling.
5. Drop in number of rows equal to the amount of horizon input. Use, e.g., surfaces stored in the Input pane as input. Set horizon types and click OK. Results are stored under the Horizons folder under the active model.
2. Fault framework modeling
2.1 添加断层到断层格架模型
整体 概述
一 请在这里输入您的主要叙述内容
二
请在这里输入您的主要 叙述内容
三 请在这里输入您的主要叙述内容
2. Fault framework modeling
2.2 确定断层间关系
2. Fault framework modeling
This process alows the user to create a geocellular grid which can be later populated with properties
Input
Output
Structural framework grid
Fault Model
Pillar Gridding Make Horizons
Grid geometry settings
Faults tab: include or exclude Structural Framework faults inside the grid
Zonation settings and optional forced well-tie Layering settings by zone
to Apply geological rules and create zone model. Click OK.
7. Visualize the zone model in the display window.
Demo & Exercise
4.Structural Gridding
From Structural Framework to a fully populated property model at any grid cell resolution in just a few clicks!
井点地层 厚度计算
地层厚度 网格化
时深转换
网格几何属性建模
纵向网格化
N
测井曲线 粗化 QC
Y
N
Y
岩相QC
N 三维网 格QC
岩相建模
Y 数据分析
模型粗化 油藏数模模型
历史拟合
储量吻合 N
Y
Y 井历史生 产数据吻合
Y
属性QC
N
油田动态管理
属性建模
方案调整、加密井网
预测模拟
经济评价
N
输出断层模型到角点网格模型