• Identifying of the PCP system, sub-component, and assemblies 
• Demonstrating the advantages, limitations, and applications of PCP systems compare to other artificial lift methods.
• Discussing PCP principles and surface drive system
• Providing knowledge on design and selection a PCP system
• Analysing failure and troubleshooting for PCP systems
• Using best solutions to enhance system life.

• Engineers
• Field technicians
• Staff responsible for design, selection, operation, maintenance, and analysis of PCP systems

Day 1

• Introduction to artificial lift and progressing cavity pump (PCP)
• Description of all components of the PCP
• Working principles of PCP
• Demonstration advantages, limitations, and applications of PCP
• Factors affecting the performance of PCP.
• Basic Principles of PCP Operation

Day 2

• Design and Selection of PCP
• Basic Principles of PCP Operation
• Calculation and troubleshooting tools.
• Pump, electric drive selection.
• Surface Equipment
• Variable Speed Driver (VSD)
• Elastomers for PCP systems

Day 3

• Complimentary components and equipment
• Solutions for harsh well and other conditions
• Specific Applications Considerations
• High-Viscosity Oil Production
• High-Sand-Cut Wells
• Low-Productivity or Pumped-Off Wells
• Gassy Well Production
• Directional- and Horizontal-Well Applications
• Hostile Fluid Conditions
• High-Speed Operations
• Coalbed-Methane and Water-Source Well Applications

Day 4

• Surveillance of Progressing Cavity Pump components
• Monitoring Water Production
• Acoustic Survey / Annular gas flow
• File crew Motoring Activity
• Maintenance of Progressing Cavity Pump components

Day 5

• Regulatory Compliance and Environmental Considerations
• Regulations governing the use of PCP in different regions.
• Environmental impact of PCP operations
• Best practices for sustainable PCP operations

Rectus attendance certificate will be issued to all attendees completing minimum of 80% of the total course duration.