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    Artificial Lift
    Enroll Now
    Schedules Introduction Objectives Training Methodology Organisational Impact Personal Impact Who Should Attend? Outline Certificate About The Trainer
    Course Schedule
    Online Sessions:
    Code Date Time Duration Location Currency Team of 10 Per Person Team of 7 Per Person Early Bird Fee Per Person Normal Fee Per Person
    PEA-AL-26 06 - 31 Jul 2026 10:30 PM Indian Time
    2 Hours Per Day
    Zoom Online
    USD
    1850
    2000
    2500
    3000

    The classes will be online via zoom for 4 weeks. Sessions will be held only On Mon, Wed & Friday With 2 Hours / Session.

    Boost your team's skills and your budget! Enjoy group discounts for collaborative learning. Send an inquiry to info@peassociations.com.

    Artificial Lift

    This course provides a comprehensive understanding of artificial lift systems used in oil and gas production. Participants will learn how to select, design, and optimize various artificial lift methods to enhance production performance across diverse reservoir conditions.

    Description

    The Artificial Lift course is designed to equip oil and gas professionals with in-depth knowledge of modern artificial lift systems and their practical applications in field operations.


    The program covers major artificial lift technologies, including sucker rod pumping, gas lift, electric submersible pumps (ESP), and progressive cavity pumps (PCP).


    Through technical sessions, case studies, and practical exercises, participants will gain a solid understanding of how to diagnose production problems, evaluate lift performance, and implement cost-effective solutions. The course also emphasizes digital monitoring, automation, and optimization techniques that drive production efficiency in today’s evolving energy sector.

    Course Description
    Introduction

    Artificial lift systems play a crucial role in maintaining and increasing production from mature, low-pressure, or high-water-cut wells. This course introduces the principles behind each artificial lift method, focusing on their operational mechanisms, equipment components, selection criteria, and performance evaluation. Participants will explore design considerations, troubleshooting techniques, and best practices for achieving optimal production rates and equipment longevity.

    Objectives

    By the end of this course, participants will be able to:


    • Understand the working principles of major artificial lift methods.


    • Select the most suitable lift system for specific well and reservoir conditions.


    • Design and optimize artificial lift installations for enhanced production.


    • Diagnose and resolve common artificial lift operational issues.


    • Apply digital monitoring and data-driven optimization techniques.


    • Evaluate economic and operational performance to reduce lifting costs.

    Training Methodology

    The course is delivered through interactive presentations, practical case studies, and problem-solving exercises. Participants will engage in real-world examples and group discussions that reinforce theoretical concepts with field experience. Digital simulation tools and performance analysis techniques will be introduced to demonstrate lift system optimization.

    Organisational Impact

    Organizations will benefit from:


    • Improved well productivity and reduced operating costs.


    • Enhanced reliability and longevity of artificial lift systems.


    • Reduced downtime through proactive troubleshooting and optimization.


    • A technically skilled workforce capable of applying modern lift technologies.


    • Better decision-making supported by digital and analytical insights.

    Personal Impact

    Participants will gain:


    • A thorough understanding of artificial lift principles and field applications.


    • The ability to identify and solve production and equipment challenges.


    • Practical skills in lift system design, analysis, and optimization.


    • Confidence in selecting suitable technologies for cost-effective well operation.


    • Increased technical competence and career advancement opportunities.

    Who Should Attend?

    This course is ideal for:


    • Production and Petroleum Engineers


    • Drilling and Completion Engineers


    • Field and Operations Engineers


    • Well Intervention and Optimization Specialists


    • Reservoir Engineers involved in production planning

    Course Outline
    DAY 1

    Sucker Rod Pump System


    • Introduction to Artificial Lift Need.

    • Well types.

    • IPR and VLP concepts.

    • Types of A/L

    • General Overview for SRP.

    • Main principle.

    • Prongs and cons

    • Sucker Pumping System Components.

    • Surface equipment including surface unit and well head set up.

    • Downhole string including pumps, rods and all accessories

    • System Design and Selection.

    • How to design and select materials for full system depending on well condition

    • Completion RIH procedures.

    • Standard procedures for RIH

    • Surface unit installation procedures.

    • Standard procedures for surface unit set up

    • SRP Main Problems, Troubleshooting and Monitoring.

    • Gas lock, gas interference and pump stuck problems.

    • Tubing wear and cracks.

    • Troubleshooting scheme.

    • Pumping Unit Inspection and Maintenance Procedures.

    • PM and CM

    • Sucker Rod Care and Handling Procedures.

    • Best Practice for handling


    Gas lift principle and overview


    • Principle and working mechanism

    • Advantages and disadvantages.

    • Pros and cons

    • Types of gas lift systems.

    • Continuous and intermittent systems Type of Gas Lift Valves

    • Unloading, operating and dummy valves Installing gas lift valves.

    • Using KOT for installing and retrieving. Unloading and operating process.

    • Startup and operating procedures

    • Gas lift optimization and troubleshooting.


    Progressive Cavity Pump System


    • Artificial Lift Concept

    • PCP System General

    • PCP System Operations

    • PCP System Surface Components

    • PCP System Down hole Components

    • PCP Pressure development

    • Pump Testing

    • Elastomer Selection

    • Elastomer Tests

    • PCP System Design Using Software and Manual Calculations

    • Sand Management

    • Gas Management

    • Rig less Solutions

    • Installation

    • System startup, Monitoring and Optimization

    • Troubleshooting

    • Cases Failure analysis

    • Closing

       

    Electric Submersible Pump


    • Introduction and ESP equipment

    • Introduction.

    • ESP Pump

    • ESP Motor

    • ESP Seal Section

    • ESP Cable design and operation

    • Intakes and gas separators overview

    • ESP hand design and equipment selection

    • Calculation of Total Dynamic Head

    • Free Gas into Pump Calculations

    • Full Equipment Selection

    • ESP design inputs data sheet.

    • Hand design example.

    • Surveillance and Troubleshooting of ESP system

    • ESP Surveillance guidelines

    • Real-time Monitoring

    • ESP Troubleshooting practices

    • Actual Troubleshooting cases (+ 15 different Case)

    • Gas lift principle and overview.

    • Principle and working mechanism

    • Advantages and disadvantages.

    • Pros and cons

    • Types of gas lift systems.

    • Continuous and intermittent systems Type of Gas Lift Valves

    • Unloading, operating and dummy valves Installing gas lift valves.

    • Using KOT for installing and retrieving. Unloading and operating process.

    • Startup and operating procedures • Gas lift optimization and troubleshooting.

    Certificates

    On successful completion of this training course, PEA Certificate will be awarded to the delegates.

    About The Trainer

    Your instructor for the Artificial Lift training is a technical expert with substantial hands-on experience in artificial lift systems and production optimization for oil and gas. Learners benefit from practical, interactive instruction that blends industry best practices with software-based design and troubleshooting—ensuring actionable skills for sucker rod pumps, gas lift, progressive cavity pumps, and ESP systems. The instructor brings deep knowledge of production engineering, real-world case studies, and advanced problem-solving strategies, delivering insights gained from years of fieldwork and teaching professionals across multiple energy sectors

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    Options & Brochure
    USD 2500
    Enroll Now Registration Form Request an In-House Proposal Download Brochure

    Frequently Asked Questions

    Why PEA?
    PEA is a globally recognized provider of training courses for oil and gas professionals, offering a wide range of specialized training courses designed to enhance knowledge, skills, and expertise in the energy sector. With courses tailored to meet the evolving demands of the oil and gas industry, PEA helps professionals stay up-to-date with industry standards, technological advancements, and best practices.
    Who are these training courses designed for?
    Our courses are specifically developed for professionals in the oil and gas industry, including engineers, technical staff, managers, and other specialists looking to advance their careers. Whether you're a seasoned expert or new to the sector, our training for oil and gas professionals is suited to individuals at all stages of their professional journey.
    Are these courses delivered online or in person?
    PEA offers flexible learning solutions with both online courses and in-person training options. Online courses for oil and gas professionals provide the flexibility to learn from anywhere, while in-person courses offer a hands-on, interactive learning environment. Each training course page provides detailed information on the delivery format, allowing you to choose the option that best meets your learning style and schedule
    Will I get access to the course recordings?
    Yes, all participants will have access to the recordings for up to 1 month after the course. Extended access beyond this period can be arranged upon request.
    Can I get customized training for my team?
    Yes, PEA offers customized in-house training solutions for organizations looking to upskill their teams. We work closely with companies to design bespoke training courses for oil and gas professionals that address specific challenges and objectives. Whether you need on-site training or online solutions, we can tailor the training courses to suit your organization's needs.
    Are there any prerequisites for attending a course?
    Certain advanced training courses for oil and gas professionals may require prior experience or technical knowledge. These prerequisites ensure that participants can fully benefit from the course content. We recommend reviewing the course description on the relevant page to determine if any prerequisites apply to your selected course.
    How can I enroll in a course?
    Enrolling in one of our training courses for oil and gas professionals is simple and convenient. Navigate to the specific course page, click “Enroll Now,” and complete the Payment process. You may also get in touch with our Registration Team on WhatsApp: +91 6205464268 Email: info@peassociations.com
    Will I receive a certificate after completing a course?
    Yes, upon successful completion of our courses, you will receive an industry-recognized certificate from PEA This certification is designed to validate your skills and knowledge and can significantly enhance your professional credentials, boosting your career prospects in the competitive oil and gas sector.
    When and how do I arrange payments?
    We offer two convenient payment options: Bank Transfer - You can make payment via bank transfer. Once your registration is confirmed, you will receive an invoice with the banking details for the transfer. Payment Link - Alternatively, we provide a secure payment link that you can use to complete your payment after your registration has been confirmed.
    What is the refund or cancellation policy?

    All course bookings made through PEA are strictly non-refundable. By registering for a course, you acknowledge and accept that all fees are payable in full and are not subject to refund under any circumstances, including changes in personal or professional commitments or partial attendance.

    PEA reserves the right to make reasonable adjustments to course content, trainers, or schedules where necessary, without entitling delegates to a refund. Comprehensive details of each course — including objectives, target audience, and content — are clearly outlined before enrolment, and it is the responsibility of the delegate to ensure the course's suitability prior to booking.

    For any inquiries related to cancellations or bookings, please contact our support team, who will be happy to assist you.

    Is there a discount for more than one registrant/course?
    For corporate fees and group registration, please send your query to info@peassociations.com

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