This five‑day technical program provides participants with a comprehensive understanding of beam pumping units (BPUs), their operating principles, mechanical components, performance behavior, and field applications. The course covers the fundamentals of artificial lift, rod‑string mechanics, surface equipment operation, power systems, troubleshooting, optimization, and safety considerations. Through practical demonstrations, calculations, and case studies, participants gain the skills needed to operate, maintain, and optimize beam pumping systems in oilfield environments.
- Understand the operating principles of beam pumping units and artificial lift systems.
- Identify major components of surface and downhole equipment.
- Perform basic calculations related to pumping unit geometry, stroke, torque, and load.
- Analyze pumping unit performance and diagnose common operational issues.
- Apply safe operating practices and maintenance procedures.
- Optimize pumping unit operation for improved production and equipment life.
Day 1 : Introduction to Beam Pumping Systems
- Overview of artificial lift and beam pumping applications
- Basic operating principles of beam pumping units
- Types of pumping units and configurations
- Surface and downhole system overview
- Introduction to pumping unit geometry and motion
Day 2 : Pumping Unit Components & Mechanics
- Detailed review of surface equipment (crank, pitman, walking beam, Samson post, horsehead)
- Rod‑string components and downhole pump types
- Counterbalance systems and torque behavior
- Stroke length, pumping speed, and geometry calculations
- Power systems and motor requirements
Day 3 : Pumping Unit Performance & Calculations
- Load distribution and rod‑string stress analysis
- Dynamometer cards: interpretation and diagnostic use
- Pump fillage, fluid load, and pump efficiency
- Calculating polished rod load and peak torque
- Pumping unit balancing principles
- Workshop: Dynamometer card interpretation and performance evaluation
Day 4 : Troubleshooting & Operational Challenges
- Common mechanical issues (rod wear, tubing leaks, pump failures)
- Surface equipment problems (gearbox, bearings, belts, lubrication)
- Electrical and motor‑related issues
- Vibration, alignment, and structural problems
- Safety hazards and risk mitigation in pumping unit operations
Day 5 : Optimization, Maintenance & Field Applications
- Strategies for improving pumping efficiency and production
- Preventive and predictive maintenance practices
- Balancing pumping units for optimal performance
- Field measurement tools and monitoring technologies
- Best practices for long‑term reliability and equipment life
- Production Engineers
- Field Operators and Technicians
- Maintenance Personnel
- Artificial Lift Engineers
- Oilfield Supervisors and Team Leaders
- Anyone involved in operating or maintaining beam pumping systems