Pumps – Operation, Maintenance & troubleshooting
Pumps – Operation, Maintenance & troubleshooting
WHO SHOULD ATTEND?
Supervisors, Engineers & Facility/Utility engineers, Technicians, Operating Personnel, Petroleum Engineer , Gas Engineer production superintendents foremen, field technicians , Reservoir Engineers or anyone require a working level knowledge of pumps
COURSE OUTLINE
Fundamentals of Electricity and Measurements
.1. Fundamentals of electricity
1.1 Safety precautions
1.2 Electrical symbols
1.3 Nature of electricity
1.4 Alternating current theory
- Electrical measuring instruments and measuring
2.1 Construction of electrical measuring instruments
2.2 Usages of electrical measuring instruments
Submersible pump
- Introduction
1.1 General information
1.2 The head of the pump and its measurement
1.3 Pumping theory
- Pump classification
2.1 Pump performance
2.2 Dismantling and assembling Submersible pump & Electrical motor
2.3 Submersible pumps installation
2.4 Polyphase motors
2.5 Three phase system
- Cables
3.1 Cables
3.2 Soldering
3.3 Selecting Cable
Sequence Control
- Electrical devices and Logic
1.1 Control and Protective devices
1.2 Relay logic
1.3 Digital logic
- Circuit design, development and analysis
- Basic circuit diagram for machine, tools and machinery
Progressive Cavity Pumps
- Introduction to artificial lift and progressing cavity pumps
- Introduction for reservoir and production considerations
- Description of all components of the PCP
- Installation considerations and cautions
- Design of a PCP system to fit current and future well conditions
- Operation and monitoring the PCP system, set-up of system protection
- Diagnosis and troubleshooting of the PCP system
- Removal of failed equipment and failure analysis
- PCP instrumentation, automation and control
- Data storage and archival
- Maintenance and Monitoring
Sucker Rod Pumps
- Sucker rod pumping system
- Sucker rod installation
- Down hole equipment
- Surface equipment
- Load and stresses in sucker rod system
- System analysis
- Sucker rod system analysis procedure
- System analysis example
- Sucker rod pump system modeling
- Pumping unit kinematics model
- Wave equations of sucker road system
- Design methods
- Combined analytic/empric method
- API design method
- Design examples
- Design using our in-house software (Sucker Rod Comprehensive Design, Optimization and Trouble Analysis)
- Sucker rod pump system diagnosis using dynamometer cards
- Qualitative analysis of surface dynamometer cards
- Surface dynamometer cards library
- Quantitative surface dynamometer card interpretation
- Down hole dynamometer cards
- Trouble shooting procedure and analysis