Petrel地震解释
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Petrel官方地震解释培训M3_Reconnaissance 共22页
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Create and edit color palettes
1. To change the name, double click on the color palette and go to the Info tab. Change the name in the Name box
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Random Intersections - definitions
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1. Seismic intersection (Random line). Is a vertical
and randomly aligned intersection that extends through the seismic volume without any bends. Can also be tilted (turn off ). Insert by right mouse button click the seismic volume
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Display multiple seismic views on the same screen
Options to tile horizontally or vertically
Interpretation is updated interactively between windows
Reconnaissance
Objectives
• Selecting and manipulate seismic lines • Create Interpretation windows • Manipulating an Interpretation window • Display wiggle traces • Posting data in an Interpretation widow • Settings for SEG-Y seismic data • Settings for ZGY seismic data • Create and edit color palettes • Display multiple seismic views on the same screen • Linking windows • Random intersections • Composite intersections • Create a Well section fence diagram • Volume rendering
Petrel地震地质解释和建模使用技巧2013
从 Petrel 2007 开始 Synthetics 模块有了很大改进。最重要的变化是其结果可在 Global well logs 下有相应的 synthetic 目录，其相应时深关系可在数据表中显示。对同一口井可产 生多个合成记录，如图 1-1，1-2 所示。
Schlumberger Private
Trademark Information Software application names used in this publication are trademarks of Schlumberger. Certain other products and product names are trademarks or registered trademarks of their respective companies or organizations.
Schlumberger Private
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Petrel 地震地质解释和建模使用技巧
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2.1 Petrel 合成记录工作流
Schlumberger
2.1 Petrel 合成记录工作流
制作合成地震记录，进行层位标定和确定时深关系是地震解释工作中非常重要的环 节。从 Petel2009.1.1，开始 Petrel 里有两个制作合成记录的模块，一个叫 Synthetics，一 个叫 Seismic-Well tie。这里介绍如何使用 Synthetics 模块制作合成地震记录。
Petrel 地震地质解释和建模 使用技巧 2013
斯伦贝谢科技服务(北京)有限公司
Copyright Notice © 2009 Schlumberger. All rights reserved. No part of this manual may be reproduced, stored in a retrieval system, or translated in any form or by any means, electronic or mechanical, including photocopying and recording, without the prior written permission of Schlumberger Information Solutions, 5599 San Felipe, Suite 1700, Houston, TX 77056-2722.
Schlumberger Private
Trademark Information Software application names used in this publication are trademarks of Schlumberger. Certain other products and product names are trademarks or registered trademarks of their respective companies or organizations.
Schlumberger Private
ห้องสมุดไป่ตู้
Petrel 地震地质解释和建模使用技巧
I
2.1 Petrel 合成记录工作流
Schlumberger
2.1 Petrel 合成记录工作流
制作合成地震记录，进行层位标定和确定时深关系是地震解释工作中非常重要的环 节。从 Petel2009.1.1，开始 Petrel 里有两个制作合成记录的模块，一个叫 Synthetics，一 个叫 Seismic-Well tie。这里介绍如何使用 Synthetics 模块制作合成地震记录。
Petrel 地震地质解释和建模 使用技巧 2013
斯伦贝谢科技服务(北京)有限公司
Copyright Notice © 2009 Schlumberger. All rights reserved. No part of this manual may be reproduced, stored in a retrieval system, or translated in any form or by any means, electronic or mechanical, including photocopying and recording, without the prior written permission of Schlumberger Information Solutions, 5599 San Felipe, Suite 1700, Houston, TX 77056-2722.
Petrel官方地震解释培训M4_Well_Ties_SyntheticsPPT精品文档25页
Despiked
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Log estimation – Make density from sonic
1. Right click on the well where an estimated log should be generated
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2. Click on Use existing, select Global Well Log from the list 3. Set Action #1 to Density from Sonic 4. Select Input Log 5. Apply default parameters
2. Bad logs must be edited Estimate logs if missing Splice log intervals Manual editing
GR Sonic Density Caliper CS
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Log editing
GR Sonic
1. From Global well logs Right click on DT and select Calculator
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Log input and QC
1. Input data to Synthetics; Logs: Sonic [s/ft] Density [gr/cm3] Check shots (CS): Check Shot Survey (or) VSP Additional logs (optional): GR [API] Caliper [Hole diameter] Any other
more files if in same format) 1 A
Petrel官方地震解释培训M4_Well_Ties_Synthetics
2. Select file(s) to import
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3. Make sure Files of type is correct 4. Access the files by clicking Open
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Load checkshots
1. Fit input parameters (A) to file (B) 2. Connect to welltrace 3. Correct data (if needed) 4. OK (one file) or OK For All (two or
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Sonic correction
1. Do the Sonic correction based on original sonic and check shots
2. Use the generated corrected sonic as input in the process
Check Shot Survey
Well selection
1. Select a single well or the Wells folder to work with from the drop down menu
2. Working with one well only deactivates the Wells tab selection
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2. Change Action #1 to Despike 3. Use default parameters 4. Run and view the result in well section 5. Undo and adjust parameters if not satisfied
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3. Make sure Files of type is correct 4. Access the files by clicking Open
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Load checkshots
1. Fit input parameters (A) to file (B) 2. Connect to welltrace 3. Correct data (if needed) 4. OK (one file) or OK For All (two or
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Sonic correction
1. Do the Sonic correction based on original sonic and check shots
2. Use the generated corrected sonic as input in the process
Check Shot Survey
Well selection
1. Select a single well or the Wells folder to work with from the drop down menu
2. Working with one well only deactivates the Wells tab selection
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2. Change Action #1 to Despike 3. Use default parameters 4. Run and view the result in well section 5. Undo and adjust parameters if not satisfied
Petrel地震解释技术及专业软件技能资质认证考试介绍
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Petrel地震解释技术及专业软 件技能资质认证考试介绍
主讲人：王改革 斯伦贝谢中国Petrel技术支持
Petrel介绍
前沿技术
生产监督
生产
井管理 工艺设计 油藏工程 地质建模 钻井
岩石力学 岩石物理 地质 地球物理 地球化学
勘探
油气系统 经济评价
多学科协同工作
开发
提高 工作效 率
Petrel地球物理模块发展历程
认证测试内容： 有关于最新版本Petrel的125道题目 认证测试有效期：3年 考试语言： 英语
考试内容
Petrel认证收费
Specialist： $100 USD/次 Expert： $150 USD/次
更多详情，请访问：
斯伦贝谢SIS中文网站新闻中心或者访问斯伦贝谢SIS全球网站 /services/Pages/petrel-professionalcertification-program.aspx PROMETRIC考试网站： /ClientProgram.asp
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Petrel官方地震解释培训M7_Depth_Conv幻灯片PPT
Applying 5. A new 3D Model will appear in the Models tab, with the input 3D grid name and an
extension [DC] 1
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Depth convert Seismic data
1. Make sure the correct Velocity Model is active (Bold name). 2. Right click on the 3D volume and select ’Depth convert by active velocity model’. 3. Alternatively, from the Process tab, under Geophysics, open the General Depth Conversion
the dialog box using the drop in arrow 5. Keep the Correction set to None
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Velocity modeling using well data
1. Select type of velocity model for each interval. When using the Linvel function for modelling, constants, surfaces or Well TDR can be used as input
1. Constant
2. Surface
3. Horizon* 4. Well Tops
Or none
A: Auto 1. Correction (Vo) 2. TDR (Vo & k) B: User 1. Constant 2. Surface
extension [DC] 1
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Depth convert Seismic data
1. Make sure the correct Velocity Model is active (Bold name). 2. Right click on the 3D volume and select ’Depth convert by active velocity model’. 3. Alternatively, from the Process tab, under Geophysics, open the General Depth Conversion
the dialog box using the drop in arrow 5. Keep the Correction set to None
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Velocity modeling using well data
1. Select type of velocity model for each interval. When using the Linvel function for modelling, constants, surfaces or Well TDR can be used as input
1. Constant
2. Surface
3. Horizon* 4. Well Tops
Or none
A: Auto 1. Correction (Vo) 2. TDR (Vo & k) B: User 1. Constant 2. Surface
Petrel官方地震解释培训M7_Depth_Conversion-19页精选文档
box using the drop in arrow 5. Keep the Correction set to None
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Velocity modeling using well data
1. Select type of velocity model for each interval. When using the Linvel function for modelling, constants, surfaces or Well TDR can be used as input
1. Well trace Md inc 2. Depth & Time tolerance 3. Velocity & k clipping
Saved in Model tab
The exercise examples
Time/Depth relationship in wells
Velocity Cube (SEG-Y)
3. Define output (e.g. velocity cubes, V0 and k for Q.C. purposes)
• Domain convert via 1. Right click on object (uses currently ”active” velocity model) 2. General Depth Conversion Process for Multiple objects 3. 3D Grid Conversion 4. Within a workflow in Process manager
Overview
• ‘Velocity Modeling’ is separate from ‘Domain Conversion’ • Interactively switch between time and depth for converted
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Velocity modeling using well data
1. Select type of velocity model for each interval. When using the Linvel function for modelling, constants, surfaces or Well TDR can be used as input
1. Well trace Md inc 2. Depth & Time tolerance 3. Velocity & k clipping
Saved in Model tab
The exercise examples
Time/Depth relationship in wells
Velocity Cube (SEG-Y)
3. Define output (e.g. velocity cubes, V0 and k for Q.C. purposes)
• Domain convert via 1. Right click on object (uses currently ”active” velocity model) 2. General Depth Conversion Process for Multiple objects 3. 3D Grid Conversion 4. Within a workflow in Process manager
Overview
• ‘Velocity Modeling’ is separate from ‘Domain Conversion’ • Interactively switch between time and depth for converted
petrel构造建模内容
petrel构造建模内容
Petrel是一种地质建模软件，用于构建地质模型和进行油田开发规划。
它提供了一套强大的工具和功能，可以帮助地质学家和工程师对地质数据进行分析、处理和建模。
Petrel的构造建模功能主要用于描述和模拟地壳构造特征，如断层、褶皱、岩层倾角等。
以下是Petrel中常用的构造建模内容：
1. 地震解释：Petrel可以导入地震数据，并提供强大的地震解释工具，用于解释和提取地震剖面中的构造信息。
2. 点数据建模：通过在地震剖面或地质剖面上标记构造点，Petrel可以根据这些点数据自动生成构造线或曲面。
3. 构造线建模：Petrel提供了多种构造线建模工具，可以根据已有的地质数据，如地震剖面、钻孔数据、断层解释等，绘制构造线。
4. 构造曲面建模：基于构造线或其他数据，Petrel可以生成3D 构造曲面，用于表示地质体的形状和位置。
5. 构造模拟：Petrel还提供了构造模拟工具，可以根据已有的构造数据，模拟地质历史过程，预测地质体的变化和演化。
6. 构造属性建模：通过分析构造数据，Petrel可以计算和生成一些与构造特征相关的属性，如断层面的倾角、沉降曲线等。
7. 构造剖面绘制：Petrel可以绘制构造剖面图，展示地壳构造特征在垂直方向上的分布和变化。
以上是Petrel中常见的构造建模内容，它们可以帮助地质学家和工程师更准确地理解和描述地质体的构造特征，为油田开发和资源
评估提供重要依据。