Well Placement Fundamentals

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The main purpose of high angle and horizontal wells is to maximize reservoir contact and enhance well productivity. To plan and construct such wells requires real-time collaboration between geologists (who need quality formation evaluation data), drillers (who require considerable input from the geologists), and petrophysicists (who interpret the formation evaluation data during the drilling process in order to optimize well placement). This process is generally facilitated by the well placement coordinator.

The goal of this course will be to introduce the concept of geological well placement (geosteering) and provide the knowledge of the processes and techniques that can be used to successfully place high angle and horizontal wells, using geological and petrophysical data in real-time during drilling. Various technologies involved in directional drilling, measurement, and formation evaluation while drilling will be reviewed. The three different methods used to geologically place horizontal wells will be introduced and the applications will be discussed.

• Agenda
• Audience
• Prerequisites
• Location

• Agenda

  Day 1

  Geological Well Placement and Reservoir Geology

  • Basic concepts and application
  • Technologies, processes, and methods
  • Essential elements of reservoir geology
  • Structural features   

  The first day of this course will focus on geological well placement and reservoir geology.  Participants will learn about the basic concepts and application of well placement.  Technologies, processes, and three complementary methods of geological well placement will be discussed.  The day will continue with a discussion over the essential elements of reservoir geology.  Structural features important to well placement will be covered using practical examples.

  Day 2

  Directional Drilling and Measurement While Drilling (MWD)

  • Direction drilling concepts
  • MWD position and drilling-related data
  • MWD techniques and tools       

  Day two will cover directional drilling and MWD.  Participants will learn about direction drilling concepts, the process of planning a well, and the technologies and techniques involved in controlling the location of a wellbore.  Acquiring position and drilling related data while drilling will be covered.  MWD techniques and tools will also be discussed.  

  Day 3

  Formation Evaluation and Logging While Drilling (LWD)

  • LWD tools and techniques
  • Formation evaluation techniques
  • Practical examples     

  The focus of day three will be formation evaluation and LWD.  LWD tools and techniques will be covered.  Formation evaluation measurements including gamma-ray, porosity, resistivity, and other measurements made while drilling and their use will be discussed.  Attendees will also receive practical examples that will explore the influence of LWD measurements on high angle wells.

  Day 4

  Applications of LWD Measurements

  • Influence of LWD on high angle wells
  • Practical examples
  • LWD images, acquisition, and application  

  Application of LWD measurements will be the focus of day four.  Participants will learn about the influence of LWD measurement on high angle wells.  Practical examples will be given to review the behavior of LWD measurements at high angles.  Finally, LWD images, their acquisition and application in the well placement process will be covered.

  Day 5

  Applying Well Placement Methods

  • Model-compare-update method
  • Incorporating real-time dip analysis
  • Remote boundary detection   

  On the last day, participant will learn about applying well placement methods.  Practical well placement using the model-compare-update approach using modeling log responses will be covered.  Participants will learn how to incorporate real-time dip analysis into well placement and will get an introduction to remote boundary detection.  The day will end with case studies illustrating the use of the three well placement methods. 

• Audience

  This course is aimed toward members of multi-disciplinary asset teams of operating companies comprising mainly of drilling engineers, reservoir engineers, and geoscientists who need to make decisions regarding the applicability and benefits of implementing a geological well placement process for drilling horizontal and high-angle wellbores.

• Prerequisites

  Participants should have either a Geoscience or an Engineering degree.

• Prerequisites

• Location

  Bandung

  Bandung is the capital of West Java province in Indonesia. Located 768 m (2,520 ft) above sea level, Bandung has relatively year-around cooler temperature than most other Indonesian cities

  

  Bandung is renowned for its large stock of Dutch colonial architecture; most notably the tropical Art Deco architectural style. The modern and native architectural blending was followed by several Dutch architects that have shaped the city landmarks. In the 1930s, Bandung was known also as the city of architecture laboratory because of many Dutch architects made some experiments with new architectural designs.

  Bandung has served for popular weekend-break destination for people living in Jakarta for many reasons. The cooler climate of highland plantation area, the varieties of food, the cheaper fashion shops located in factory outlets and distros, golf courses, and the friendliness of local people have become the main attraction of the city.

  Bandung Husein Sastranegara International Airport serves direct flights to Batam, Surabaya, Yogyakarta, Denpasar, Palembang and Padang and also international services from Kuala Lumpur and Singapore Changi Airport. The airport is located nearby the Dirgantara aerospace complex and Dirgantara Fairground.

  From Wikitravel licensed under Creative Commons Attribution-ShareAlike 3.0

  • Timezone : GMT+07:00, Bangkok (Bangkok)