An Intensive 5-day Training Course
Advanced ESP Operation and
Troubleshooting
Mastering Electric Submersible Pumps for
Optimal Production and Recovery Elevation
Scheduled Dates
Classroom
| 06 - 10 May 2024 | Dubai - UAE | $5,950 | RESERVE A SEAT |
| 05 - 09 Aug 2024 | Dubai - UAE | $5,950 | RESERVE A SEAT |
| 18 - 22 Nov 2024 | London - UK | $5,950 | RESERVE A SEAT |
Are the scheduled dates matching with your needs?
We provide a wider range of training options. Tailored and customized, we can deliver your organization’s training needs anytime, anywhere.
Why Choose this Training Course?
In over 90% of cases, artificial lift becomes necessary as reservoir energy wanes, either to maintain economic flow rates or to expedite early production for better financial returns. Electric Submersible Pumping (ESP) stands out as a highly versatile and flexible method for this purpose.
Over the span of 5 days, participants will delve into the fundamentals, components, operational features, and design aspects of ESP installations. They will gain expertise in handling ESP systems under various conditions, monitoring and troubleshooting failures, and optimizing operations. Specialised topics, including alternative ESP selection and deployments, will equip participants with advanced skills in ESP technology. This training course is tailored for professionals who aim to master ESP systems and enhance their careers, making it a prime choice for those seeking in-depth knowledge and practical experience in ESP operation and troubleshooting.
This Advanced ESP Operation and Troubleshooting training course will highlight:
- ESP selection and design and selection of equipment
- ESP Analysis and Optimisation, Operation, Monitoring, and Surveillance
- ESP RIH & Cable Test Recordings & Analysis
- ESP Spin Test
- ESP Failures and Troubleshooting
- Special Installations and Case Studies
What are the Goals?
By the end of this training course, participants will learn to:
- Master ESP system operation
- Apply advanced troubleshooting techniques
- Demonstrate expertise in special deployments
- Analyse ESP operation case studies
Who is this Training Course for?
This training course is suitable to a wide range of professionals but will greatly benefit:
- ESP Application Engineers
- Petroleum engineers: Enhance skills in ESP operations
- Production technicians: Improve ESP troubleshooting abilities
- Drilling and completion engineers: Gain ESP deployment expertise
- Facility managers: Optimise ESP system efficiency
- New entrants to the industry: Learn ESP fundamentals
How will this Training Course be Presented?
Participants in this training course will receive comprehensive instruction through a variety of effective adult learning techniques. The consultant will utilise engaging methods, including well-structured slides, animations, interactive discussions, hands-on exercises, case studies, and real-world examples and a simulation software ensuring an enriched learning experience. A printed manual and electronic resources will be provided, and pre- and post-course assessments will be used to gauge participant comprehension.
Organisational Impact
Organisation will gain (direct and indirect) the following:
- Enhanced ESP system knowledge for more efficient operations
- Reduced maintenance costs and increased production rates
- Informed decision-making for improved production management
- Reduced downtime and compliance with industry standards
- Competitive edge in the oil and gas sector
- Attraction of clients and investors through environmental responsibility
Personal Impact
Personnel will gain the following:
- Deeper knowledge and expertise in ESP systems
- Enhanced troubleshooting skills and minimised downtime
- Increased career growth opportunities
- Greater confidence in handling daily tasks
- Networking with industry professionals
- Effective contributions to field operations
Daily Agenda
Day One: Introduction
Part I: Review of Fundamentals
- Artificial Lifting
- Short History of ESP Applications
- Basic Features of ESP Installations
- Well Inflow Performance
- Hydraulic Fundamentals
- Electrical Fundamentals
- Basics of Systems Analysis
Part II: ESP Components & Operational Features
- The Submersible Pump
- The ESP Motor
- The Protector or Seal Section
- The Gravitational Gas Separator
- The ESP Cable
- Miscellaneous Downhole Equipment
- Surface Equipment
Day Two: Applications & Installations
Part I: Use of ESP Equipment in Special Conditions
- Pumping Viscous Liquids
- Low or Changing Pumping Rates
- Production of Gassy Wells
- Production of Abrasive Solids
- High Well Temperatures
- Variable-Frequency Operation
- Other Problems
Part II: Design of ESP Installations
- Data Requirements
- Conventional Design
- Conventional Design Considering Motor Slip
- Gassy Well Design
- Design of a Variable Speed Drive Installation
- Design of a Permanent Magnet Motor Installation
- Comparison of Induction Motor and Permanent Magnet Motor Installations
Day Three: Operation & Optimisation
Part I: Analysis and Optimisation
- NODAL Analysis
- Determination of Well Inflow Performance
- Power Efficiency of ESP Installations
- Optimisation of ESP Operations
Part II: Operation, Monitoring, and Surveillance of ESP Systems
- Guidelines for Running and Pulling
- Production Control
- Monitoring ESP Operations
- Surveillance of ESP Operations
Day Four: Troubleshooting & Special Installation
Part I: Failures and Troubleshooting
- General Causes of Failures
- Typical Failures of System Components
- ESP Teardown Analysis
- Failure Tracking
- Run-Life Estimation
- Interpretation of Ammeter Charts (Troubleshooting)
- Nodal Analysis Techniques (Troubleshooting)
Part II: Special Installations
- Producing a Single Zone
- Dual Zone Installations
- Cable Suspended Units
- Coiled Tubing Installations
- Thru-Tubing Deployed Systems
- Horizontal Configuration & Applications
Day Five: Case Studies & Performance Analysis
Part I: Special Cases & Case Studies
- VSD & FSD debugging and troubleshooting
- DIFA (ESP fault disassembly analysis)
- Hybrid ESP – Gas Lift Application
- Y-tool installation and selection
- Case Studies
Part II: Performance Analysis
- Design of a Conventional ESP Installation
- Conventional Installation Design with Motor Slip
- ESP Installation Design for a Gassy Well
- Nodal Analysis of ESP Installations
- Well Performance Analysis
- Well Testing Using ESP Units
Certificate
- On successful completion of this Training Course / Online Training Course, a PetroKnowledge Certificate / E-Certificate will be awarded to the delegates.
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Frequently Asked Questions
- To register online through our website, please click “Enroll Now” on the course page, complete and submit the form. A confirmation e-mail and instructions will be sent to the participant’s e-mail.
- You may also get in touch with our Registration Team on
+971 50 981 7386 | +971 2 557 7389 or send an email to [email protected]
- Payments can be made in USD or UAE local currency AED (Arab Emirates Dirhams) either by Bank Transfer or by Credit Card. Our Bank Account details will be provided on the invoice.
- Course fees are payable upon booking unless a valid, authorized Purchase Order is provided and accepted.
- Invoices will be sent via email/courier to the ID/name and address provided.
- The course fee shall be settled prior to course start date. Corporate payments with existing payment policy shall be relayed to us in advance.
Upon successful registration online, enrolment on the respective training course will be confirmed by Registration Team by e-mail along with the invoice and joining instruction.
For corporate fees and group registration, please send your query to [email protected].
