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Draft Agenda 2019
Key: What will be covered?
Economic Assessment
New Research and Innovations
Cost Reduction and Efficiency
Well Site Automation and Monitoring
Technical Know-How
Technological Advancements
DAY 1: THURSDAY, JUNE 27, 2019
0900 - 0930 REGISTRATION AND MORNING REFRESHMENTS
0930 - 0940 OPENING ADDRESS
SESSION 01 MAKING THE BUSINESS CASE FOR ARTIFICIAL LIFT SYSTEMS
- Making an economic assessment for using artificial lift systems for optimum operations
- Gain insight and implement strategies that others in the industry are using to ensure successful applications
- Learn from recent results and case studies from the experts to build a low-risk artificial lift plan
Chaired by Sean Collins
0940 - 1010 USING A MULTIPHASE FLOW SIMUATION SOFTWARE TO MAXIMIZE THE OIL PRODUCTION BASED ON OPTIMIZATION OF INJECTION OF GAS
- Case study of a conventional field that uses ESP and produces water, oil and a small amount of gas
- A parametric study using the simulator provides the best position to install the pump to avoid gas dispersion and increase well production
Vinicius Girardi
Engineering Simulation and Scientific Software
Engineering Simulation and Scientific Software
1010 - 1040 ARTIFICIAL LIFT USING COILED TUBING
- Looking at the application of coiled tubing as production string for artificial lift in oil and gas wells
- The goal is to optimize ALS and reduce lifting cost in oil and gas wells
Humberto Leniek
CT Lift Systems
CT Lift Systems
1040 - 1100 MORNING COFFEE BREAK IN EXHIBIT AREA
1100 - 1130 RESERVED PRESENTATION
SESSION 02 NEW ARTIFICIAL LIFT SYSTEMS AND TECHNOLOGIES
- What are the key factors to consider in artificial lift systems and technologies today
- Assess which artificial lift systems are more cost-effective and minimize operational and financial risks
- Reducing operational costs and optimizing production with the right techniques
Chaired By John Marcus
1130 - 1200 WELLHEAD ESP HIGH INTEGRITY PRESSURE PROTECTION SYSTEM PROVIDES BOTH IMPROVED SAFETY AND OPERATIONAL FLEXIBILITY
- The High Integrity Pressure Protection Systems (HIPPS) design was required to ensure downstream flowlines and production equipment were safe from the risk of overpressure
- HIPPS safety requirements include certification, independence, and redundancy, and operational requirements include the ability to ensure proper functionality during a safety demand, but allow for production flexibility and for maintenance should faults be discovered
- Sharing end user experience and providing an overview of proven-in-use HIPPS design architecture that minimized production interruption
Patrick Flanders
ATV Hipps
ATV Hipps
1200 - 1330 NETWORKING LUNCH & VISIT ARTIFICIAL LIFT EXHIBITION
1330 - 1400 LOWERING PRESSURE IN THE GATHERING SYSTEM WITH MULTIPHASE PUMP TO OPTIMIZE ARTIFICIAL LFT PERFORMANCE
- Gathering system approach positively impacts the artificial lift performance to extend plateau production and improving total recovery
- The multiphase pump will lower the back pressure on the all wells in the system to allow also lower energy reservoirs to flow
- Limit surface equipment to metering and boosting in pad and satellite based developments
- Eliminating flaring and venting for HSE compliance
Jeffery Vaul
Leistritz Advanced Technologies
Leistritz Advanced Technologies
1400 - 1430 HIGH-EFFICIENCY PUMP SYSTEM FOR OIL WELLS WITH SMALL PRODUCTION RATES
- Solving the problem of inability to use electric submersible pumps and sucker rod system or a PCP sysyem when oil production rates are relatively low by means of a rodless technology with a plunger pump downhole permanent magnet motor
- The system can handle small production rates from 5 to 300 bpd in inclined and horizontal wells at depths up to 10,000 ft.
Denis Bannykh
Izhevsk Radio Factory
Izhevsk Radio Factory
1430 - 1500 AFTERNOON COFFEE BREAK IN EXHIBIT AREA
1500 - 1530 RESERVED PRESENTATION
1530 - 1600 SUCCESSFUL APPLICATION OF HOMOGENIZATION PRINCIPLE IN ESPs: CASE STUDY IN SOUTH AMERICA
- Introducing the principle of solid Homogenization through the installation of a screen intake; screen in V shape to break the slugs of sand
- Explaining the functionality and principles of designs to apply the method of homogenization that allows proper management of the solids in downhole and optimizing the performance of the ESP
- The principle of homogenization of solids in ESP by using a screen intake is a new concept successfully applied in wells with problems due to blockages by solids
Diego Pinto
Sonoma Technologies & Services And Odessa Separator
Sonoma Technologies & Services And Odessa Separator
1600 - 1630 RESERVED PRESENTATION
1630 - 1700 NETWORKING DRINKS RECEPTION
DAY 2: FRIDAY, JUNE 28, 2019
0900 - 0930 MORNING REFRESHMENTS
0930 - 0940 OPENING ADDRESS
0940 - 1010 MAKE THE MOST OF YOUR ESP DATA THROUGH ANALYTICS
- Combine Production data with ESP behavior to understand current field conditions
- Identify optimization opportunities through trends equipment and production trends making better decisions to increase well reliability
Sarai Parra
IHS Markit
IHS Markit
1010 - 1040 HIGH-DATA DENSITY, A NODEL TORTUOSITY ALGORITHM AND THE SHORTCOMINGS OF DOGLEG SEVERITY AT 100 FT INTERVALS
- High-density survey, tortuosity analysis algorithm and why dogleg severity is not reliable
- Four case studies related to ESP placement in unconventional wells
- Benefits and value addition
Adrián Ledroz
Gyrodata Inc.
Gyrodata Inc.
1040 - 1100 MORNING COFFEE BREAK IN EXHIBIT AREA
SESSION 03 WELL SITE AUTOMATION AND DOWHOLE MONITORING SOLUTIONS
- Exploring the latest advances in well monitoring technologies and the tools available to improve on efficiencies
- Energy required for extracting oil from wells is increasing as resources decline and operations go deeper
- Looking at new developments in downhole monitoring technologies to aid better decision-making
Chaired by Thomas Newman
1100 - 1130 MAXIMISING THE VALUE OF ARTIFICIAL LIFT SYSTEMS USING MACHINE LEARNING, ARTIFICIAL INTELLIGENCE AT SCALE
- Addressing the failure rates, the meantime between failures, the pump efficiencies, the delay in replacing failed pumps, the failure predictions etc. to maximise the value of AL Systems
- Discussing how Artificial Intelligence and Machine Learning at scale can help us solve the challenges
- Case studies for different pumps, where data from 1000’s of pumps was leveraged to provide insights to increase the value of AL systems
Satyam Priyadarshy
Halliburton
Halliburton
1130 - 1200 RESERVED PRESENTATION
1200 - 1215 CLOSING REMARKS AND RAFFLE DRAW
Key topics for 2019:
- Making an economic assessment for artificial lift systems
Understand the economic fundamentals and key performance indicators (KPI) for artificial lift systems usage from an industry wide perspective. - Reducing costs and optimizing production with the right techniques
Assess how new artificial lift systems are cost-effective while minimizing operational and financial risks, and learn how adopting the right techniques to maximize production. - Maximizing pump efficiencies and minimizing failure rates of artificial lift systems
Be the first to hear about new artificial lift pump innovations for efficient and reliable operations, while ensuring optimum performance and enhanced oil recovery. - New optimization techniques in producing from deeper and more complex wells
Explore artificial lift projects across multiple wells sites and assess the latest results from tests and trials from highly deviated wells to high Gas-Liquid Ratios. - Well site automation and downhole monitoring solutions for measured results
Explore the latest advances in well monitoring technologies and the tools available to improve on efficiencies, operations and to help decision-making. - End-user operator case studies and developing a successful artificial lift program
Gain insight from leading artificial lift manufacturers and implement strategies that others in the industry are using to ensure a successful application.