
Explore the basics of beam pump automation and control, including artificial lifting systems, types, operation, components, sensors, and data communication to the central control room.
Learn to implement HSEQ precautions and controls for beam pump maintenance, including permits, isolation, toolbox talks, PPE, lockout/tagout, MSDS, waste management, and emergency response.
Explore occupational health and safety risk and control measures for maintenance, including toolbox talk, permit-based procedures, PPE, wind direction checks, isolation, MSDS guidance, and fall, fire, noise, and chemical hazards.
Explore artificial lifting in oil wells, including gas lift and gas injection, electric submersible pumps, sub-surface hydraulic pumps, jet pumping, and progressive pumping to boost surface oil production.
Explore the basic beam pumping system, including the service unit, surface-driven pumping unit, and downhole assembly, with oil flowing through tubing and casing via the christmas tree.
Explore the basic operation of a beam pump, including plunger motion and up and down cycles, with hydrostatic pressure controlling oil flow from the well to the surface.
Identify the core components of a beam pumping system—pumping unit, counterbalancing, prime mover, and Christmas tree—and understand how they regulate reciprocating motion and oil flow.
Explore how beam pump instrumentation and control uses pump controllers to monitor parameters like load, current, rpm, and pressure, enabling on-off cycling for energy-efficient, optimized production.
Explore beam pump operation modes, including basic motor control, variable speed pump and controller setups, speed regulation, manual restart, and predefined rest or timing cycles.
The lecture explains how wells communicate with the central control room by collecting real-time sensor data and transmitting it via radio or fiber for monitoring and control.
Welcome to "Beam Pump Automation and Control," your ultimate resource for understanding and mastering the intricacies of beam pumping systems. This course is designed to provide a thorough grounding in both the theoretical and practical aspects of beam pump operation, instrumentation, and control, making it ideal for engineers, technicians, and anyone involved in oil and gas production.
What You'll Learn:
Comprehensive Understanding of Beam Pump Components and Their Functions
Dive deep into the various components of a beam pump system. Learn about the function and importance of each part, from the pump jack to the downhole assembly.
Instrumentation and Control in Beam Pump Systems
Explore the essential sensors and instruments used for monitoring and controlling beam pumping systems. Understand their roles, installation processes, and how they contribute to efficient operation.
Beam Pump Startup Procedures and Operation Modes
Get step-by-step instructions on the startup procedures for beam pumps. Learn about different operation modes and best practices for managing these systems to ensure optimal performance.
Data Communication from Sensor to Control Room
Understand the flow of data from field sensors to the central control room. This section covers the technology and methods used for real-time monitoring and control, enabling effective decision-making and troubleshooting.
Introduction to Wellhead Automation and Artificial Lift Systems
Gain insights into wellhead automation and the various types of artificial lift systems. Learn about their applications and how they integrate with beam pumping operations to enhance productivity and efficiency.
This course also covers practical aspects of beam pump operation, including hands-on guidance on setting up and maintaining these systems. By the end of the course, you'll be equipped with the knowledge and skills needed to manage beam pumping systems effectively, ensuring reliable and efficient oil production.
Enroll today and take the first step towards becoming an expert in beam pump automation and control!