Training
Mentoring for Petroleum Engineers
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Elements of Nodal Analysis.
Nodal analysis is a method used in petroleum engineering to evaluate well performance by examining the interaction between the reservoir (inflow) and the surface equipment (outflow). This course provides a comprehensive understanding of nodal analysis, covering topics such as inflow performance relationships, multiphase flow, and well optimization. Participants will learn how to apply nodal analysis to both production and injection wells.
Intended audience: Petroleum engineers, production engineers, optimization engineers, and oilfield operations engineers or technicians.This course clearly presents the physical basis of NA
Sucker Rod Pumping Systems (SRPS) Design and Evaluation
Sucker Rod Pumping Systems (SRPS), also known as Beam Pumping Units, are a traditional and widely used artificial lift method in the oil and gas industry. This course provides a comprehensive understanding of SRPS, including design, optimization, and evaluation. Participants will learn about the components of SRPS, performance curves, and the factors influencing SRPS performance. The course also covers well selection criteria, design methodology, and troubleshooting techniques.
Intended audience: Petroleum engineers, production engineers, optimization engineers, and oilfield operations engineers or technicians.
Electrosumergible Pumping (ESP)- Design and evaluation
Electrical submersible pumps (ESPs) are highly efficient and reliable artificial lift methods capable of handling substantial fluid volumes, ranging from 150 to 150,000 barrels per day. This course provides a comprehensive understanding of ESP systems, including design, optimization, and evaluation. Participants will learn about ESP components, performance curves, and the factors influencing ESP performance. The course also covers well selection criteria, design methodology, and troubleshooting techniques.
Intended audience: Petroleum engineers, production engineers, optimization engineers, and oilfield operations engineers or technicians.
PCP Systems Design and Evaluation
This course focuses on the design, optimization, and operation of Progressive Cavity Pump (PCP) systems used to lift fluids from oil and gas wells.
A PCP is a positive displacement pump capable of handling a wide range of fluids, including light and heavy crude oil, high viscosity fluids, and those with high sand content. Participants will learn about PCP components, system design, and troubleshooting.
Intended Audience: Petroleum engineers, production engineers, and oilfield operations personnel.
Continuous Gas Lift (CGL) - Design and evaluation
CGL involves injecting gas into the wellbore to reduce fluid density and lift hydrocarbons to the surface. While CGL has been widely used for decades, many conceptual and operational aspects still require in-depth understanding. This course focuses on the design, optimization, and operation of Continuous Gas Lift (CGL) systems used to increase oil production. Participants will learn about CGL components, system design, and troubleshooting.
Intended Audience: Petroleum engineers, production engineers, and oilfield operations personnel.
Intermittent Gas Lift - Design and evaluation
Intermittent Gas Lift (IGL) is an artificial lift method usually applied in heavy oil reservoirs, that involves periodically injecting gas into a well to lift fluids to the surface. Unlike continuous gas lift, IGL is specifically designed for low-pressure wells. This course provides a comprehensive understanding of IGL systems, including design, optimization, and operational considerations.
Intended Audience: Petroleum engineers, production engineers, and oilfield operations personnel.
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