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Plunger Lift - PLS

Discipline: Production and Completions Engineering
Level: Intermediate
Instructors who teach this course:
  • Dr. James F. Lea
    Dr. James F. Lea
    X
    DR. JAMES F. LEA, JR. is an instructor of industry courses and is involved in industry production and artificial lift related projects. He has received the SPE award for 'Legends of Artificial Lift.' He spent 20 years with Amoco Corporation and was involved in consulting on flowing/lifting wells, testing, and research on lift methods, creating new computer programs for lifted and flowing wells, teaching production schools and monitoring JIPs on pipeline flow, artificial lift, erosion, corrosion, and others. He is on the API and SPE committees for electrical submersible pumps, gas lift, and artificial lift systems, and is a member of the panel for the ESP roundtable. He has been an SPE Distinguished Lecturer two times and has presented and organized numerous conferences for artificial lift. He played a major role in organizing the Denver Gas Well De-Watering forum, which is continuing after multiple successful occurrences. He has authored or co-authored: the book "Deliquification of Gas Wells" (Elesevier), the chapter of the new SPE productions Handbook on Artificial Lift Selection and other book chapters, as well as over 65 technical papers and articles on artificial lift systems. He received the SPE Production Engineering Award in 1996 and was the recipient of the 1990 J. C. Slonneger Award from SWPSC, Lubbock, Texas, given to individuals who have made outstanding contributions in the field of petroleum engineering. He is a Registered PE in Texas, has 9 US patents, and received a BSME and MSME in Mechanical Engineering from the University of Arkansas and a PhD from Southern Methodist University.

    Courses:



  • About the course
  • Designed For
  • You will learn
  • Course Content
There are about 400,000 gas wells in the USA and most are liquid loaded. Solving this problem may increase production as much as ~40%. Plunger lift is a very popular method of gas well dewatering as it is initially inexpensive, has a long operating life and requires no power to operate in most wells. Each component of a plunger lift system is described in detail, and tools for analysis are provided to participants. Several methods of cycles analysis, including analysis by shape of the SCADA traces of CP, TP, rate, and LP are discussed and applied throughout the course using a spreadsheet provided to participants to estimate the cycle slug size, the CP required to lift it at the correct speed, the minimum time for shut-in for the plunger to fall, the maximum liquid possible, the cycle times, and other information on the plunger cycle. Proven methods of how to adjust cycles to increase production are presented. Details about plunger lift operation are covered, with emphasis on trouble free cycles and more gas production. Continuous (bypass), conventional, gas assisted and casing plunger lift are presented. Special equipment and techniques used in unconventional or horizontal wells are discussed, as well as the effect that well deviation has on system operation. The course has a good balance between slide and video presentations, example problems, and group discussion. Some programs and SS will be distributed to the participants. One personal computer is provided, at additional cost, for each two participants.
Engineers and field technicians that design, operate, monitor, and optimize plunger lift operations.
How To:
  • Recognize liquid loading in a gas well from field performance, and using critical velocity, and nodal analysis. Decline curve analysis is discussed.
  • Understand the advantages and disadvantages of using a plunger system to lift a well, compared to other lift methods and the optimum conditions to use one method over another
  • Apply, design, and diagnose continuous plunger lift and conventional plunger lift
  • Increase production when operating plunger lift
  • Know when conventional plunger ceases to work, what are other workable plunger related systems to switch to for continued production
  • Recognize important considerations for unconventional and horizontal wells
  • Introduction to methods to solve loading problems
  • Lifting capability comparison between Plunger Lift and other artificial lift methods
  • Continuous Plunger Lift
  • Conventional Plunger Lift
  • Trouble shooting using decline curves, SCADA traces, and cycle set points
  • Drawdown capability of plunger lift
  • IPRs for plunger lift
  • Systems used to monitor plunger in the well
  • What systems to use when conventional plunger no longer works
Related courses
View the Progression Map
Artificial Lift Systems - ALS
Gas Lift - GLI
Gas Well Deliquification - GWD
Download Progression Map

Plunger Lift - PLS
Discipline: Production and Completions Engineering
Level: Intermediate
Duration: 5 days
Instructor(s): James Lea
There are about 400,000 gas wells in the USA and most are liquid loaded. Solving this problem may increase production as much as ~40%. Plunger lift is a very popular method of gas well dewatering as it is initially inexpensive, has a long operating life and requires no power to operate in most wells. Each component of a plunger lift system is described in detail, and tools for analysis are provided to participants. Several methods of cycles analysis, including analysis by shape of the SCADA traces of CP, TP, rate, and LP are discussed and applied throughout the course using a spreadsheet provided to participants to estimate the cycle slug size, the CP required to lift it at the correct speed, the minimum time for shut-in for the plunger to fall, the maximum liquid possible, the cycle times, and other information on the plunger cycle. Proven methods of how to adjust cycles to increase production are presented. Details about plunger lift operation are covered, with emphasis on trouble free cycles and more gas production. Continuous (bypass), conventional, gas assisted and casing plunger lift are presented. Special equipment and techniques used in unconventional or horizontal wells are discussed, as well as the effect that well deviation has on system operation. The course has a good balance between slide and video presentations, example problems, and group discussion. Some programs and SS will be distributed to the participants. One personal computer is provided, at additional cost, for each two participants.
Designed For:
Engineers and field technicians that design, operate, monitor, and optimize plunger lift operations.
You Will Learn:
How To:
  • Recognize liquid loading in a gas well from field performance, and using critical velocity, and nodal analysis. Decline curve analysis is discussed.
  • Understand the advantages and disadvantages of using a plunger system to lift a well, compared to other lift methods and the optimum conditions to use one method over another
  • Apply, design, and diagnose continuous plunger lift and conventional plunger lift
  • Increase production when operating plunger lift
  • Know when conventional plunger ceases to work, what are other workable plunger related systems to switch to for continued production
  • Recognize important considerations for unconventional and horizontal wells
Course Content:
  • Introduction to methods to solve loading problems
  • Lifting capability comparison between Plunger Lift and other artificial lift methods
  • Continuous Plunger Lift
  • Conventional Plunger Lift
  • Trouble shooting using decline curves, SCADA traces, and cycle set points
  • Drawdown capability of plunger lift
  • IPRs for plunger lift
  • Systems used to monitor plunger in the well
  • What systems to use when conventional plunger no longer works
Instructors:

DR. JAMES F. LEA, JR. is an instructor of industry courses and is involved in industry production and artificial lift related projects. He has received the SPE award for 'Legends of Artificial Lift.' He spent 20 years with Amoco Corporation and was involved in consulting on flowing/lifting wells, testing, and research on lift methods, creating new computer programs for lifted and flowing wells, teaching production schools and monitoring JIPs on pipeline flow, artificial lift, erosion, corrosion, and others. He is on the API and SPE committees for electrical submersible pumps, gas lift, and artificial lift systems, and is a member of the panel for the ESP roundtable. He has been an SPE Distinguished Lecturer two times and has presented and organized numerous conferences for artificial lift. He played a major role in organizing the Denver Gas Well De-Watering forum, which is continuing after multiple successful occurrences. He has authored or co-authored: the book "Deliquification of Gas Wells" (Elesevier), the chapter of the new SPE productions Handbook on Artificial Lift Selection and other book chapters, as well as over 65 technical papers and articles on artificial lift systems. He received the SPE Production Engineering Award in 1996 and was the recipient of the 1990 J. C. Slonneger Award from SWPSC, Lubbock, Texas, given to individuals who have made outstanding contributions in the field of petroleum engineering. He is a Registered PE in Texas, has 9 US patents, and received a BSME and MSME in Mechanical Engineering from the University of Arkansas and a PhD from Southern Methodist University.


In-House Course Presentations
All courses are available for in-house presentation to individual organizations. In-house courses may be structured the same as the public versions or tailored to meet your requirements. Special courses on virtually any petroleum-related subject can be arranged specifically for in-house presentation. For further information, contact our In-House Training Coordinator at one of the numbers listed below.
Telephone 1- 832 426 1234
Facsimile 1- 832 426 1244
E-Mail inhouse@petroskills.com

Public Course Presentations
How to contact PetroSkills:
1-800-821-5933 toll-free in North America or
Telephone 1-918-828-2500
Facsimile 1-918-828-2580
E-Mail registrations@petroskills.com
Internet www.petroskills.com
Address P.O. Box 35448, Tulsa, Oklahoma 74153-0448, U.S.A