PETREL INTRODUCTION G&G

Slides:



Advertisements
Similar presentations
Well-Seismic Ties Lecture 7 Depth Time Synthetic Trace SLIDE 1
Advertisements

Intro to WinHex CSC 414.
EziLink RESULTS Training Session 1 – Show and Tell For the Ministry of Forests, Lands and Natural Resource Operations.
Managing Your Site – Lesson 61 Managing Your Site Lesson 6.
Wedge Modeling HRS-9 Hampson-Russell Software
Google Earth/Sky in the Classroom. What is Google Earth/Sky? Google Earth is free program which allows users to: Explore geographic locations both on.
Connect Pictometry Online End User
Seismic Stratigraphy EPS 444
Getting Started with Cadence Compiled by Ryan Johnson April 24, 2002  Open Orcad Capture under Engineering Software  Under FILE, choose NEW, PROJECT.
INSP DGeo Development Inc. Internet Seismic Processing (INSP) 3DGeo’s graphical user interface for: High-end Imaging Applications:
CADDLAB Medical Imaging on Remote Compute Servers.
1 Computing for Todays Lecture 22 Yumei Huo Fall 2006.
1 MAKE A SURFACE FROM NEW STRUCTURE CREATE NEW SURFACE CALCULATE EARTH VOLUMES 3 METHODS.
With Alex Conger – President of Webmajik.com FrontPage 2002 Level I (Intro & Training) FrontPage 2002 Level I (Intro & Training)
1 ADVANCED MICROSOFT POWERPOINT Lesson 7 – Working with Visual and Sound Objects Microsoft Office 2003: Advanced.
Marginal Field Development Advances in 3D Geological Modeling: How it can help?
Guided by 3D seismic data, property modeling for the depleted reservoir was extended downward to the sparsely drilled deep saline aquifer. The geologic.
Copyright © 2015, Drillinginfo, Inc. All right reserved. All brand names and trademarks are the properties of their respective companies. 1 DI Transform:
Help Course summary Press F5 to start, Esc to stop Course summary—Send and open attachments Create an Outlook signature You can create signatures in Outlook.
Importing your Own Data To display in GIS Lab 4a: (Table Join) Mapping By State, County, or Nation.
Chapter 3 PART 2 - SPREADSHEET CMPF 112 : COMPUTING SKILLS CALC FOR LINUX.
Paradigm and WITSML 29 th April 2004 John Turvill.
CARLSON SOFTWARE CONFERENCE DANIEL V. SYPERSMA VICTOR GRAPHICS.
Geology 5660/6660 Applied Geophysics 24 Feb 2014 © A.R. Lowry 2014 For Wed 26 Feb: Burger (§8.4) Last Time: Industry Seismic Interpretation Well.
Automatic interpretation of salt geobodies Adam Halpert ExxonMobil CEES Visit 12 November 2010 Stanford Exploration Project.
Develop Interpretation Strategy 4 4 Objectives Develop Interpretation Strategy -Observe the challenges on the data (data quality, fault complexity, event.
Petrel Workflow Tools 5 Day Introduction Course
Petrel Workflow Tools – 5 Day Introduction Course
.LAS files (Log ASCII Standard) Not useable directly in ArcGIS A single X-Y position can have multiple Z values Must be converted to MultiPoint file.
Chris Theis. C. TheisFLUKA users meeting 02/082 Overview SimpleGeo 3.0 & the next release Plugins 2.0 & the next release 2.1.
ReferencesInfo Elog Strata Geoview Fundamentals Open Seismic Wavelet Estimation Horizon Picks Low Frequency Model Inversion Near Offset Far Offset Open.
Synthetic Seismogram Objectives
Attachments Overview Converting pre-Petrel seismic projects
How to create property volumes
Seismic – Domain Conversion Objectives
Course 6: Analyzing AVO/AVA Analysis. Use gassman’s equations to predict velocity Objective accurately predict changes in amplitude.
Claritas – 3D Land Geometry Example Workflow for an Example 3D Land Geometry Dataset supplied by USGS.
Course 5: Building 2D Stratigraphic Modeling Relationships.
EXPLORATION GEOPHYSICS. EARTH MODEL NORMAL-INCIDENCE REFLECTION AND TRANSMISSION COEFFICIENTS WHERE:  1 = DENSITY OF LAYER 1 V 1 = VELOCITY OF LAYER.
Petrel Workflow Tools 5 Day Introduction Course
Guide to MCSE , Enhanced1 Activity 11-1: Using Task Manager to Manage Applications and Processes Objective: To explore managing applications and.
Overview of Stark Reality Plugins for OpendTect Coming soon to a workstation near you.
Tao Zhao and Kurt J. Marfurt University of Oklahoma
HYPACK SHELL HYPACK Shell Features: Multiple maps, views and floating tool bars.
Configure your animation in Xtplot, then check “Save animation to image files” and click Run. Save images here Choose PNG, JPEG, TIFF, or Bitmap.
As we upgrade from ImageNow 6.1 to ImageNow 6.3, there are some changes to the interface that the end-users will see. These slides cover changes to the.
Claritas 3D REFSTAT: Refraction statics calculations.
Info Read SEGY Wavelet estimation New Project Correlate near offset far offset Display Well Tie Elog Strata Geoview Hampson-Russell References Create New.
Reconditioning Seismic Data to Improve Carbonate Stratigraphic Interpretation and Reservoir Characterization, Fullerton Field, West Texas by Hongliu Zeng.
Log Correlation Correlation can be defined as the determination of stratigraphic or structural units that are equivalent in time, age or stratigraphic.
If you don’t have Google Earth downloaded already, you can go to to get it.
Searching for Images Improving the quality of your Google Search.
Earth models for early exploration stages PETROLEUM ENGINEERING ÂNGELA PEREIRA Introduction Frontier basins and unexplored.
Geology 5660/6660 Applied Geophysics 24 Feb 2016 © A.R. Lowry 2016 For Fri 26 Feb: Burger (§8.4) Last Time: Industry Seismic Interpretation Well.
XP Creating Web Pages with Microsoft Office
XS2D COMPONENT. Outline  You can create 2D cross sections in ArcGIS  Cross sections are made of real GIS features  Cross sections use a (S, Z) coordinate.
Advance Seismic Interpretation Project
MSC.visualNastran 4D Exercise Workbook
Objective: To learn about defragging
Intelligent Interpretation: From Here to Where?
What's New in eCognition 9
Electronic Field Study Advanced User Training
Quick Start Guide   Export data GM Pro 7.4.
Basic Web Page Creation
Autodesk Inventor Tips and Tricks for New Users
Classes of seismic attributes?
EXPLORATION GEOPHYSICS
What's New in eCognition 9
Log on to Typing.com Type for 10 minutes
Let's create your English Folder!.
Presentation transcript:

PETREL INTRODUCTION G&G SCHLUMBERGER

Objective Data Interpretation and Analysis using Petrel – 2D Seismic data visualization and interpretation – Interpretation of structure (e.g. faults) – Stratigraphic correlation – Velocity modeling Materials (Courtesy: 2011 IBA team University of Alabama) 13,385 km2 study area 15 2-D time migrated seismic lines (1981 vintage) 7 wells (2 TD in basement) Well seismic ties >32 km

Petrel Key Benefits 3D visualization Well correlation Classification and Estimation (Artificial Neural Net) Creation of synthetic seismograms Seismic attributes Geobody Interpretation 2D & 3D seismic interpretation and modeling Seismic volume rendering and extraction 3D mapping 3D grid modeling for geology and reservoir simulation Velocity Modeling (Domain Conversion) Well log upscaling Facies Modeling Petrophysical Modeling Data Analysis Uncertainty Analysis Optimization Workflow editor Fracture Modeling Volume Calculation 3D well design Streamline simulation ECLIPSE Simulation Simulation post-processing Remote Simulation Run submission Plotting

Explorer Panes

Explorer Panes

Project Coordinate System File  New Project

Select Project Coordinate System Helpful website to get an overview on Geodetic Datum http://www.colorado.edu/geography/gcraft/notes/datum/datum_f.html

Import Seismic Data

Import Seismic Data

Import Base Map Bitmaps (bmp, jpg, tiff) can be imported and visualized in Map Window Save a map from Google Earth Insert new folder in the input pane  Rename as map  Right click  Import on Selection Right click on the image Settings Settings input Lat-Long data

Import Well Logs

Import Well Logs (3 steps) 1. Well head An ASCII file (EXCEL file saved as .txt-tab dilimited) must be created with following required attributes Well Name X coordinate Y coordinate Kelly Bushing (Elevation datum) Bottom Depth TD (True vertical Depth)

Depth Reference/Depth Datum Objective Q/A Search “Schlumberger Oilfield Glossary” in Google website : http://www.glossary.oilfield.slb.com/default.cfm Search for following terminologies a. Depth Reference or Depth Datum b. Kelly Bushing c. Rig Floor d. Measured Depth e. True Vertical Depth Figure Courtesy http://www.cdc.gov/niosh/face/stateface/ok/03ok034.html

Import Well path/deviation

Import Well Logs

Seismic Data Visualization Right click on seismic line  Create Interpretation Window The seismic interpretation window gives you a classic 2D view of the seismic data. Inline, crossline, composite lines and any type of random lines, can be displayed in the interpretation window. All interpretation tools are available in this window and the view can be zoomed, stretched and squeezed in either direction.

Seismic Data Visualization: Composite Lines <--Start new composite line to draw more than one composite lines

Seismic Data Visualization: Composite Lines 1. Check following seismic lines 1981 D-81_Amplitude, 1981 B-81_Amplitude, 1981 A-81_Amplitude, 1981 27-81_Amplitude, 1981 16-81_Amplitude 2. Select orthogonal view 3. Select composite section 4. Select the lines to be added into the composite section (become bold white), double click when you are done with adding lines 5. Composite folder will be created automatically in the input pane 2 3 4 5

Seismic Data Visualization: Convert to 2D seismic line

Seismic Data Interpretation

Horizon picking Right click on 1981 27-81_Amplitudes  Create interpretation window Insert  New folder  Right click Insert seismic horizon New horizon will be added “Seisimic Horizon 1” and be activated (bold)  Click on  choose from the following options Interpret Grid Horizons [H] Seeded 3D autotracking [Shift +A] Guided autotracking [G] Manual interpretation [U] Seeded 2D autotracking [A]

Fault picking Two ways to interpret faults: Classical interpretation (drawing fault segments) in the seismic interpretation - flexibility of traditional interpretation - clarity of fault planes triangulated in 3D Fault modeling directly on the seismic in 3D process - ready for gridding as soon as the interpretation is complete. - interpreter is forced to solve problems regarding fault hierarchy and connections - no need for reinterpretation before fault modeling