Agenda
Monday, October 02
Course participants will receive an overview of the components that make up the surface electrical power system, safety considerations, advantages and disadvantages of various system designs, application considerations, power quality concerns and mitigation strategies, control architectures, basic maintenance considerations, surface electrical power system design considerations and more.
This course provides the learner with petroleum engineering tools to perform time-lapsed ESP simulations with varying reservoir pressure and PI in both conventional and unconventional wells.
Learning Objectives:
The artificial lift engineer will come away with the petroleum engineering tools to generate an estimate of the IPR curve and how it evolves with time, which will include:
- Theory and application of PVT in undersaturated and saturated reservoirs.
- Utilizing real-time gauge data and material balance to obtain the evolution of reservoir pressure and PI with time as per Figure 2.
- Generating time-lapsed IPR curves as per Figure 1.
- Multiphase flow in both horizontal drains and vertical production tubing.
- ESP simulations, including gas handling.
The engineer will also learn how to apply these tools to both ESP design and production optimization:
- Production optimization: Utilising real-time gauge data and production rate measurements to select the optimum frequency and choke settings to maximize drawdown, while managing both transient rate oscillations due to slugging and pump performance degradation due to gas.
- Design: With historical analog well performance already obtained with the above tools, forecasting production with ESP simulations and comparing cumulative production curves.
The course will include both theory and case studies, which will also provide attendees with the opportunity to acquire hands-on experience with the workflows.
This one-day introductory course is designed to provide a practical overview of Electrical Submersible Pumps (ESPs) for oilfield technical professionals. The course emphasizes the understanding of system configuration and theory of operation. A majority focus of the class time will be dedicated to comprehending the contribution of each component of the ESP to the overall system.
The learning objectives of the course are:
- To enable students to engage in discussions regarding ESP designs with vendors
- To help students understand technical discussions with field staff
- To educate students on when to use ESPs instead of other forms of artificial lift.
- A basic understanding of ESP sizing and application
By taking this course, oilfield technical professionals will gain a general understanding of ESPs, which will allow them to communicate more effectively with vendors and field staff and make informed decisions regarding artificial lift techniques.
This advanced course is intended for artificial lift and production professionals currently working with or managing ESPs. The teardown (or dismantle) of the ESP is the final phase of an ESP’s operation, but one that can give the most information on how the ESP performed during its life. Additionally, and maybe more importantly, the teardown and subsequent analysis can tell you why it failed. This key step is not simply taking each component apart, the ESP must be disassembled in a particular order, carefully inspecting for specific failure modes at each step, and, that order may vary with conditions and circumstances.
Learning Objectives:
- Types and expectations of ESP teardowns and failure analyses
- How to incorporate failure analysis into daily operations
- Who should participate in the failure analysis process
- ESP failure modes caused by various operating conditions
- Vendor nomenclature and procedures for failure analysis
- Determining root cause
Tuesday, October 03
Time | Paper # | Presentation |
---|---|---|
0900-0930 | 214742 | Collaborative Development of a Shared ESP Troubleshooting Guidelines Document |
0930-1000 | 214728 | Field Validation: ESP Reliability Monitoring and Production Optimization by Trending Condition and Performance Data Extracted from ESP Surface Electrical Signals |
Time | Paper # | Presentation |
---|---|---|
1005-1020 | 214736 | Case Study: Customized Solution Used to Successfully Set ESPs in Unconventional Wells with Complex Mechanical Geometries where Other Artificial Lift Methods are Unsuitable |
Time | Paper # | Presentation |
---|---|---|
1045-1115 | 214743 | Field Trial Result of a New Concept of Downhole Gas Slug Mitigation in Unconventional Well |
1115-1145 | 214726 | ESP Continuous Deployment Monitoring System |
Time | Paper # | Presentation |
---|---|---|
1245-1315 | 214712 | ESP Install in Multilayer Wells with Reduced Diameters and High Production Flow - Intake Bypass Project |
1315-1345 | 214741 | Fighting, Mitigating, and Surviving Against Asphaltenes with a Special Electrical Submersible Pump Design |
1345-1415 | 214714 | Thermal and Hydraulic Performance Testing of a Novel High Temperature ESP System for SAGD Under Real Conditions |
Time | Paper # | Presentation |
---|---|---|
1420-1435 | 214737 | Electric Submersible Pump Reliability Improvement Lean Six Sigma (LSS) Study |
Time | Paper # | Presentation |
---|---|---|
1500-1530 | 214734 | Lesson Learned from Digital Oil Field Implementation in ESP UCR Wells |
1530-1600 | 214715 | Ultra-High-Speed High-Gas-Volume-Fraction Pump Development |
1600-1630 | 214733 | Gas Flow Management Technology Designed to Decrease Downtime and Improve ESP Efficiency |
Wednesday, October 04
Time | Paper # | Presentation |
---|---|---|
0800-0830 | 214745 | Permanent Magnet Motor Safety - The Big Short Question |
0830-0900 | 214709 | Methods of Preparing Safe Procedures to Handle Permanent Magnet Motors (PMM) |
0900-0930 | 214707 | A Failsafe Method of Preventing Voltage Generation During Installation and Pulling of ESPs with Permanent Magnet Motors |
Time | Paper # | Presentation |
---|---|---|
0935-0950 | 214730 | Study on Flow Characteristics of a Rotating ESP Impeller Under Gassy Flow Based on the Dynamic Mode Decomposition (DMD) |
Time | Paper # | Presentation |
---|---|---|
1015-1045 | 214729 | Trials of VSD Electrical Signature Analysis Technology for ESP Vibration in High Dog Leg Severity Wells at Surmont |
1045-1115 | 214731 | AI-Based Approach for ESP Optimization |
1115-1145 | 214738 | The Value of Pump Discharge Pressure Measurements and Their Application for Improving Performance and Operation of ESPs |
Time | Paper # | Presentation |
---|---|---|
1245-1315 | 214723 | New High Performance ESP Gas Separator |
1315-1345 | 214711 | Top Efficiency Technologies Working in Synergy Enable a 30% Production Increase by Unlocking High-Flow Hybrid ESP Applications |
1345-1415 | 214708 | Exploratory Analysis of Electrical Submersible Pumps in Permian Unconventional Wells |
Time | Paper # | Presentation |
---|---|---|
1420-1435 | 214744 | ESPs in High Productivity Wells and Use of Pressure Derivatives to Understand Behavior |
Time | Paper # | Presentation |
---|---|---|
1500-1530 | 214713 | Enhancing Production from High-enthalpy Geothermal Wells with New Electric Submersible Pump Technology |
1530-1600 | 214721 | Reliability Performance of 400 Series ESPs in SAGD Wells at Surmont |
1600-1630 | 214717 | Improving ESP Survivability in the SAGD Environment: An Integrated Approach to Managing ESP Performance in Challenging Conditions |
Thursday, October 05
Time | Paper # | Presentation |
---|---|---|
0830-0900 | 214725 | Assessment of Real-time ESP Failure Prediction Using Digital Twin, Machine Learning and Damage Modelling |
0900-0930 | 214739 | ESP System Monitoring and Diagnosis from Surface Power Acquisition |
0930-1000 | 214722 | Case Study: Predicting Electrical Submersible Pump Failures Using Artificial Intelligence and Physics-Based Hybrid Models |
Time | Paper # | Presentation |
---|---|---|
1005-1020 | 214719 | Gas Mitigation Technology Review And Impact On Production Optimization For Co2 Applications |
Time | Paper # | Presentation |
---|---|---|
1045-1115 | 214724 | Stones Gulf of Mexico Single-Phase Subsea Pump Operation Under Gas Conditions to Enhance Production |
1115-1145 | 214732 | ESP Conveyance Modelling in Higher DLS Wells |
Time | Paper # | Presentation |
---|---|---|
1245-1315 | 214710 | A Tool for Power Quality Assessment in Electric Submersible Pump Systems with Variable Frequency Drives |
1315-1345 | 214746 | A Step-By-Step Holistic Methodology Quantifies and Reduces Harmonics on ESPs, Increasing Revenue by USD 500,000 Per Year: A Case Study from a Field in Ecuador |
1345-1415 | 214705 | Sweating the Asset by Extending Well Run Life Through Bp to ESP Conversion in High Viscous Oil Field |
Friday, October 06
Gleannloch Pines Golf Club
19393 Champion Forest Dr. Spring, TX
Contact: Jason Bose 806.939.5027
Contact: Matt Walker 713.816.5223