Rod Pump Optimization and Design - Williston, ND- May 26 - May 27, 2020
Date: Tuesday & Wednesday May 26-27, 2020 | 8:30 am - 4:00 pm (lunch included)
Location: Williston, ND
Artificial lift is our passion and sole focus, not just another product line in an overstuffed portfolio. With a full suite of artificial lift product & service, and the collective expertise to effectively apply it. We help you optimize your field’s long-term production potential in the safest, fastest & most cost-effective way possible
This two-day program is specifically devoted to sucker rod pumping systems and technologies. To better understand, components, technologies and optimization strategies.
- System Design: Constant productivity index and Vogel IPR methods
- Guidelines for system design, tips for reducing torque and rod loading, and increasing system efficiency.
- Hands-on system design with RODSTAR (a modern wave equation predictive design system).
- A workshop will be offered where students will utilize Rodstar to design several “real life” well applications.
- Dynamometer Analysis of Existing Systems: Surface versus downhole dynamometer cards; in-depth explanation of downhole dynamometer card shapes; how to understand downhole dynamometer card shapes. Hands-on system analysis (XDIAG /XROD), using dynamometer cards from actual wells.
- Matching measured dynamometer cards to cards generated from design software.
- New Technology Developments: Expert systems and other new developments for optimizing rod pumping systems; the XDIAG computer program and its applications.
- Understand the functionality of XSPOC, and how to apply this software to optimize the operation of rod pumped systems, optimizing the performance of pump-off controllers, and maximizing production. The student is given “practical” training with a demo XSPOC installation that uses real field data and has full capabilities. In addition, examples with field data will be presented that allow the student to diagnose and correct operational problems.
Attendees will walk away with a better understanding of rod pumping system and how rod pump systems work (and sometimes why they don’t.) Attendees will also have a better understanding of the technologies and approaches to optimizing the rod pump systems and operations.