This five‑day technical program provides a comprehensive exploration of beam pumping technology used in artificial lift operations. The course covers system design, surface and subsurface components, pumping mechanics, rod‑string behavior, power systems, automation, diagnostics, and field optimization. Participants will gain practical skills through engineering calculations, equipment evaluation, and real‑world case studies to enhance production efficiency and reduce failures.
- Understand the engineering principles behind beam pumping systems.
- Identify and evaluate surface and downhole components of pumping units.
- Analyze pumping unit kinematics, loading behavior, and rod‑string dynamics.
- Diagnose operational issues using advanced diagnostic tools and field data.
- Apply optimization strategies to improve production and equipment reliability.
- Implement safe operating, inspection, and maintenance practices.
Day 1 : Artificial Lift Concepts & Beam Pumping Fundamentals
- Artificial lift overview and selection criteria
- Introduction to beam pumping technology and applications
- System architecture: surface vs. subsurface components
- Pumping unit motion, geometry, and kinematic behavior
- Fluid mechanics and lift principles in rod‑pump systems
Day 2 : Surface Equipment Design & Power Systems
- Structural components: walking beam, crank, pitman, horsehead, Samson post
- Gearbox design, lubrication systems, and mechanical efficiency
- Prime movers: electric motors, gas engines, and power requirements
- Counterbalance systems: types, calculations, and field adjustments
- Stroke control, speed control, and load distribution
Day 3 : Downhole Pumping Mechanics & Rod‑String Dynamics
- Downhole pump types: insert pumps, tubing pumps, traveling/standing valves
- Rod‑string design: materials, tapering, and stress behavior
- Rod loading, buckling, friction, and fatigue mechanisms
- Pump fillage, fluid load, and pump efficiency analysis
- Calculating polished rod load and peak torque
Day 4 : Diagnostics, Monitoring & Troubleshooting
- Dynamometer principles: surface and downhole card interpretation
- Identifying pump‑off, gas interference, fluid pound, and tubing leaks
- Vibration analysis, alignment issues, and structural failures
- Electrical and motor diagnostics: overload, imbalance, and power quality
- Safety hazards and risk mitigation in pumping unit operations
Day 5 : Optimization, Automation & Field Applications
- Production optimization strategies for beam pumping systems
- Balancing pumping units for improved efficiency and reduced wear
- Automation and control systems: pump‑off controllers, sensors, SCADA
- Preventive and predictive maintenance planning
- Field measurement tools and monitoring technologies
- Production & Petroleum Engineers
- Artificial Lift Engineers
- Field Operators & Technicians
- Maintenance Personnel
- Oilfield Supervisors & Team Leaders
- Anyone involved in beam pumping operations or artificial lift optimization