Petrel Fundamentals (Petrel Basics) from Udemy

In this course, participants will be introduced to the Petrel user interface and important project parameters. In addition to understanding the data structure, they will practice how to import and manage data in different formats, They will also learn data visualization and quality control (QC) techniques. Complete Well & Seismic Interpretation workflow from Well to seismic tie - Mistie Analysis - Fault marking - Horizon Marking to make surface.

Petrel basics and interface
Detailed Introduction to Petrel New user interface
Creating New Project
How to create new project & define CRS & Units
Prepare your data
Checking data before import
Importing Data
Import Well Header, Logs , Deviation Surveys , Formation Tops & Seismic data
Visualization and QC
Display all the loaded data and cross check it
Well Correlation
Structural and stratigraphic Correlation
Seismic to Well Tie
Checkshot Loading - Soinc calibration - Wavelet Extraction - Synthetic Generation
Seismic Interpretation Workflow
Mistie Analysis - Horizon Marking - Fault Marking
Make surfaces
We recommend that users with no prior experience in Petrel complete the Petrel Fundamentals course before taking our upcoming course like Petrel Reservoir Engineering, Petrel Geology, Petrel Geophysics, Petrel Drilling or Petrel Data Managment courses
General knowledge of petroleum geology and geophysics or reservoir engineering as well as elemental software skills is recommended.
- We recommend that users with no prior experience in Petrel complete the Petrel Fundamentals course before taking our upcoming course like Petrel Reservoir Engineering, Petrel Geology, Petrel Geophysics, Petrel Drilling or Petrel Data Managment courses
  General knowledge of petroleum geology and geophysics or reservoir engineering as well as elemental software skills is recommended.

What's inside

Syllabus

Introduction

This is the 1st video of the course in this you are going to familiarize with the user interface of the Petrel Software.

Main Objective is to learn how to setup a new project in Petrel.

After this lecture , you will be able to create new project & setup the CRS ( Coordinate Reference system) of the projects and define the units system.

Your are going to learn that how to Load Well header in to petrel Project & All the tools available into 2D/3D window

Detail Discussion related to Well header loading and all the available tools in 2D/3D window and well display settings.

Introduction to 2D/3D window & all tools available in 2D/3D window

How to import well deviation surveys & Introduction to Inspector Tool

Deviation Survey Import + Inspector Tool

How to Load well logs/Tops with different methods & Display in wellsection window

By the end of this lecture , you will be able to load the well logs (Las,Asci) into Petrel project & then how to display and check the logs in wellsection window

how to display and check the logs in well section window & set the well logs template in Petrel

How to load well formation tops in Petrel Project & how to display

How to import Seismic data with multiple methods and how to display the seismic data

After this lecture , you will be able to load & display the seismic data with every method which is available in Petrel and we also discuss issue that you can face with your data and how to handle those issues.

How to do well correlation in Petrel & Wellsection Window settings

How to create well correlation in Petrel, How to set template , how to colorfills the log curves, how to set the scale of log curves. and many more things

How to Generate synthetic seismogram in Petrel and how to do well to seismic tie.

Complete Seismic well tie workflow, From Checkshot loading-Sonic calibration-wavelet extraction to Synthetic generation

Learn how to Interpret seismic data in Petrel

Last Lecture of the course, You are going to learn that how to remove Mistie from the seismic lines and than how to interpret faults and horizons on seismic and at the end how to generate the contour map from that interpretation,

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Petrel Fundamentals (Petrel Basics) with these activities:

Review Petroleum Geology Fundamentals

Show steps

Reinforce your understanding of basic petroleum geology concepts to better grasp the data import and interpretation aspects of Petrel.

Browse courses on Petroleum Geology

Show steps

Review key concepts like source rocks, reservoir rocks, and traps.
Study different types of geological structures relevant to oil and gas accumulation.
Familiarize yourself with common well log types and their uses.

Read 'Basic Well Log Analysis' by Asquith and Krygowski

Show steps

Gain a deeper understanding of well log data, which is crucial for effective well correlation and seismic-to-well tie workflows in Petrel.

View Melania on Amazon

Show steps

Read the chapters related to basic log types and their interpretation.
Practice interpreting simple well logs using the examples provided in the book.

Follow Petrel tutorials on data import

Show steps

Practice importing different types of data into Petrel to become proficient in data management and preparation.

Show steps

Find tutorials on importing well data (headers, logs, deviation surveys).
Find tutorials on importing seismic data in various formats.
Follow the tutorials step-by-step, paying attention to data format requirements.

Four other activities

Expand to see all activities and additional details

Show all seven activities

Practice Well Correlation Exercises

Show steps

Sharpen your well correlation skills by practicing structural and stratigraphic correlation exercises using provided datasets.

Show steps

Obtain well log datasets with formation tops.
Perform structural correlation by identifying key marker beds and correlating them across wells.
Perform stratigraphic correlation by analyzing log shapes and patterns to identify depositional sequences.

Create a Seismic Interpretation Report

Show steps

Document your seismic interpretation workflow, including mistie analysis, fault marking, and horizon marking, to solidify your understanding of seismic interpretation techniques.

Show steps

Select a seismic dataset and load it into Petrel.
Perform mistie analysis to correct for time shifts between seismic lines.
Interpret faults and horizons on the seismic data.
Generate a contour map from the interpreted horizons.
Write a report summarizing your interpretation workflow and results.

Read 'Seismic Interpretation: An Integrated Approach' by Sheriff and Geldart

Show steps

Enhance your understanding of seismic interpretation principles and techniques to improve your ability to interpret seismic data in Petrel.

View Putting Knowledge to Work on Amazon

Show steps

Read the chapters related to seismic data acquisition and processing.
Study the examples of seismic interpretation provided in the book.

Develop a Petrel Project from Scratch

Show steps

Consolidate your knowledge by creating a complete Petrel project, from data import to surface generation, using a real-world dataset.

Show steps

Obtain a dataset containing well data and seismic data.
Create a new Petrel project and define the coordinate reference system and units.
Import the well data and seismic data into the project.
Perform well correlation and seismic-to-well tie.
Interpret faults and horizons on the seismic data.
Generate surfaces from the interpreted horizons.

Career center

Learners who complete Petrel Fundamentals (Petrel Basics) will develop knowledge and skills that may be useful to these careers:

Geological Modeler

Geological Modelers create three dimensional representations of subsurface geological features using various software tools and data sources. They work closely with geoscientists, geophysicists, and engineers to develop models that are used for reservoir characterization, simulation, and field development planning. This course provides a great opportunity to learn the fundamentals of Petrel to succeed as a Geological Modeler, a leading software for geological modeling. You use the data import functionality to create and refine geological models. The course focus on data visualization, well correlation, and seismic interpretation will help for geological modeling workflows.

See salaries and explore the career path for Geological Modeler

Subsurface Modeler

Subsurface Modelers create detailed three dimensional representations of subsurface geological formations, incorporating geological, geophysical, and petrophysical data. The role of Subsurface Modeler utilizes software to construct models that are used for reservoir characterization, simulation, and production optimization. This course helps you to gain an understanding of Petrel, that provides practical skills in data import, well correlation, and seismic interpretation. The course's focus on data visualization and QC will enhance your ability to create accurate and reliable subsurface models in Petrel.

See salaries and explore the career path for Subsurface Modeler

Seismic Interpreter

The work of a Seismic Interpreter involves analyzing seismic data to identify subsurface geological structures and potential hydrocarbon reservoirs. They use specialized software to process and interpret seismic data, create subsurface maps, and collaborate with geoscientists and engineers to evaluate exploration prospects. This course builds a practical base in Petrel. As someone who interprets seismic data, you will use this software. The course provides hands-on experience in importing and managing seismic data, performing seismic-to-well ties, mistie analysis, fault and horizon marking, and generating surfaces, all crucial skills for seismic interpretation workflows. The comprehensive approach to seismic interpretation within Petrel is a good way to enhance proficiency in seismic data analysis.

See salaries and explore the career path for Seismic Interpreter

Geoscientist

The role of a Geoscientist involves studying the Earth's composition, structure, and processes to understand its history and predict future changes. This often involves analyzing geological data, creating models, and using software to visualize and interpret subsurface features. This course helps Geoscientists build a foundation in Petrel, a key software used for geological modeling, data visualization, and seismic interpretation. By learning to import and manage data, perform well correlations, and interpret seismic data within Petrel, learners can enhance their ability to analyze subsurface geological features and contribute to exploration and development projects. The course's focus on data loading, QC, and seismic interpretation provides practical skills highly relevant to the daily tasks of a Geoscientist.

See salaries and explore the career path for Geoscientist

Geophysicist

Geophysicists study the physical properties of the Earth to explore for natural resources, assess environmental hazards, and understand geological processes. A Geophysicist will use seismic and other geophysical data to create subsurface images and models. This course is definitely vital for Geophysicists as it introduces you to Petrel, an industry-standard software for seismic interpretation and geological modeling. The course's focus on data import, QC, well ties, and seismic interpretation provides a strong foundation for analyzing geophysical data and constructing subsurface models. The hands-on experience with Petrel's interface and workflows equips you with the skills to effectively use the software in your geophysical work.

See salaries and explore the career path for Geophysicist

Petrophysicist

Petrophysicists analyze well log data and core samples to determine the physical and chemical properties of reservoir rocks. They use this information to estimate hydrocarbon reserves, assess reservoir quality, and optimize production strategies. This course provides a very strong base in Petrel. Well log and core data is used to analyze reservoir rocks. The course's focus on data import, well correlation, and data visualization will enhance the skills needed to analyze subsurface geological features and make informed decisions regarding reservoir management.

See salaries and explore the career path for Petrophysicist

Exploration Geologist

An Exploration Geologist seeks out new oil and gas reserves. This involves analyzing geological data, conducting seismic surveys, and using software to identify potential drilling locations. This course may be very useful as it introduces Exploration Geologists to Petrel. The course provides practical experience in importing and managing data, performing well correlations, and interpreting seismic data within Petrel. These are crucial skills for evaluating exploration prospects and making informed decisions regarding drilling locations. The emphasis on seismic interpretation equips one with the tools needed to analyze subsurface geological features and identify potential hydrocarbon reservoirs.

See salaries and explore the career path for Exploration Geologist

Petroleum Engineer

A Petroleum Engineer focuses on the exploration, drilling, and production of oil and gas. They utilize various software tools to model reservoirs, optimize production strategies, and analyze well performance. This course may be useful for Petroleum Engineers as it provides a practical introduction to Petrel, a software widely used in the petroleum industry for reservoir modeling, simulation, and data analysis. Gaining expertise in Petrel allows Petroleum Engineers to efficiently visualize and manage subsurface data, perform well correlations, and conduct seismic interpretations, ultimately improving their ability to make informed decisions regarding reservoir management and production optimization. The emphasis on data importing, QC, and seismic interpretation within the course provides a strong foundation for using Petrel in practical engineering applications.

See salaries and explore the career path for Petroleum Engineer

Reservoir Engineer

Reservoir Engineers are responsible for managing and optimizing the production of oil and gas reservoirs. Their job involves analyzing reservoir data, building reservoir models, and developing strategies to maximize hydrocarbon recovery. This course may be useful for Reservoir Engineers as it provides an introduction to Petrel, a software used for building and analyzing reservoir models. By learning to import and manage data, perform well correlations, and interpret seismic data within Petrel, learners enhance their ability to characterize reservoirs and make informed decisions regarding production strategies. The focus on data visualization, QC, and seismic interpretation lays the foundation for using Petrel in reservoir modeling and simulation workflows.

See salaries and explore the career path for Reservoir Engineer

Production Geologist

A Production Geologist works to optimize the production of existing oil and gas fields. This involves monitoring well performance, analyzing reservoir data, and using software to identify opportunities for improved production. This course may be useful for Production Geologists as it provides a practical introduction to Petrel. It will help you better manage and analyze subsurface data, perform well correlations, and conduct seismic interpretations, ultimately improving decision-making regarding reservoir management and production optimization. The emphasis on data importing, QC, and seismic interpretation provides a foundation for using Petrel in practical applications.

See salaries and explore the career path for Production Geologist

Geostatistician

A Geostatistician applies statistical methods to analyze spatial data and create models for predicting values at unsampled locations. This is relevant in various fields such as mining, environmental science, and petroleum geology, where data is often sparse and uncertain. This course may be useful to a Geostatistician as it provides an understanding of Petrel, and that data driven framework will provide a foundation for integrating geostatistical methods with geological data. The course helps to manage and visualize subsurface data, perform well correlations, and interpret seismic data within Petrel, which, in turn, will improve the creation of spatial models.

See salaries and explore the career path for Geostatistician

GIS Analyst

GIS Analysts use geographic information systems which are computer systems for capturing, storing, checking, and displaying data related to positions on Earth's surface. They analyze spatial data, create maps, and use GIS software to solve problems in various fields, including natural resources, urban planning, and environmental management. This course may be helpful for GIS Analysts working in the petroleum industry, as it introduces them to Petrel. This enables them to integrate geological data with spatial information. The course helps to manage and visualize subsurface data, perform well correlations, and interpret seismic data within Petrel. The emphasis on data visualization and QC provides a foundation for integrating geological and spatial data in GIS workflows.

See salaries and explore the career path for GIS Analyst

Data Scientist

Data Scientists analyze large datasets to extract insights and develop predictive models. They use various programming languages, statistical methods, and machine learning techniques to solve complex problems in diverse industries. This course may be useful for Data Scientists working with geological or geophysical data, as it introduces them to Petrel. By becoming familiar with Petrel, a Data Scientist may manage and analyze subsurface data, perform well correlations, and interpret seismic data. The course provides a foundation for working with geological data in Petrel, which can be valuable for data-driven decision-making in the petroleum industry.

See salaries and explore the career path for Data Scientist

Drilling Engineer

Drilling Engineers plan and supervise the drilling of oil and gas wells. This role is necessary to design well trajectories, select drilling equipment, and ensure the safety and efficiency of drilling operations. This course provides a base in Petrel, which may improve well planning and visualization. You can use the data import and visualization capabilities of Petrel to better understand subsurface conditions. The course's focus on data management and well correlation may help with planning and executing drilling operations.

See salaries and explore the career path for Drilling Engineer

Environmental Geologist

Environmental Geologists study the interaction between humans and the geological environment. This often involves assessing groundwater contamination, remediating contaminated sites, and managing natural hazards. This course may be useful to Environmental Geologists, as it provides an introduction to Petrel. The course will improve data management skills, visualize subsurface data, perform well correlations, and interpret seismic data within Petrel. This provides a foundation for integrating geological data with environmental assessments.

See salaries and explore the career path for Environmental Geologist

Petrel Fundamentals (Petrel Basics)

What's inside

Syllabus

Save this course

Activities

Career center

Reading list

Share

Similar courses