Instructor Led Enhanced Oil Recovery Training - Training Resources
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From HOT Engineering
A Comprehensive and Applied Course in Enhanced Oil Recovery
...enhanced oil recovery (EOR). The three main EOR processes covered are miscible flood (CO2 and miscible gas injection), chemical flood (micellar/ polymer), and thermal recovery (steam injection and in-situ combustion). The physics of each EOR process will be covered in detail, including the fundamentals of reservoir fluid flow and recovery mechanisms. Each EOR process will be illustrated with
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...enhanced oil recovery (EOR). The three main EOR processes covered are miscible flood (CO2 and miscible gas injection), chemical flood (micellar/ polymer), and thermal recovery (steam injection and in-situ combustion). The physics of each EOR process will be covered in detail, including the fundamentals of reservoir fluid flow and recovery mechanisms. Each EOR process will be illustrated with
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Introduction to Enhanced Oil Recovery
Enhanced Oil Recovery (EOR) projects are usually handled by multidisciplinary teams. This course targets technical staff not involved in detailed engineering design and non-technical staff involved in the legal, financial and decision-making aspects of EOR projects.
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Enhanced Oil Recovery (EOR) projects are usually handled by multidisciplinary teams. This course targets technical staff not involved in detailed engineering design and non-technical staff involved in the legal, financial and decision-making aspects of EOR projects.
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Advanced PVT and EOS Fluid Characterization
...st oil recovery processes and is an essential part of all enhanced oil recovery processes. Thus, understanding of the underlying phase behaviour is an important first step towards description and modelling of Enhanced Oil Recovery (EOR) processes. The use of both laboratory experiments and correlation to obtain PVT data will be discussed and illustrated using practical examples. Participants
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...st oil recovery processes and is an essential part of all enhanced oil recovery processes. Thus, understanding of the underlying phase behaviour is an important first step towards description and modelling of Enhanced Oil Recovery (EOR) processes. The use of both laboratory experiments and correlation to obtain PVT data will be discussed and illustrated using practical examples. Participants
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