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Provided by: HOT Engineering Advanced PVT and EOS Fluid CharacterizationGeological Engineering |
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Phase behaviour plays an important role in most 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 are urged to bring their own PVT reports. Fluid characterization with an EOS using commercial PC-based programs will be performed. PC s and software will be provided.
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Training
Provided by HOT Engineering
- W asked: Please provide me with information on Reservoir Engineering courses offered by your company. I need the date course is offered, location and price. Thanks so much,
- H asked: Hi I have a gas-condensate reservoir which is contained mole percent methane. I want to tune an EOS to this fluid. I would appreciate if you tell me can I use critical properties of C(Pc and Tc) as a regression parameters from engineering point of view? I mean because C is a big part of the fluid, it is clear that its properties has a large effect on regression process, but is that right? thank you very much
- B asked: I have a project topic which is "COMPARATIVE STUDY OF RESERVOIR FLUID CHARACTERIZATION USING EQUATION OF STATE"... Kindly assist in reference materials and journals... Regards,
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- V asked: Hi I am interested in attending this course. Could I please know when the next course is scheduled and what would be the approximate cost of this course ? Regards, Swami
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Advanced PVT and EOS Fluid Characterization Seminar Schedule
| Location | ||||
|---|---|---|---|---|
December, 2011 | ||||
| 12th Dec | Vienna, Austria | [Register] | ||
January, 2012 | ||||
| 9th Jan | Trondheim, Norway | [Register] | ||
Advanced PVT and EOS Fluid Characterization
Phase behaviour plays an important role in most 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 are urged to bring their own PVT reports. Fluid characterization with an EOS using commercial PC-based programs will be performed. PC s and software will be provided.
OUTLINE
Traditional and modified black-oil PVT properties
Using correlations and laboratory data to obtain PVT properties
Laboratory PVT experiments - how they are conducted, for what purpose and how they should be applied
Fluid characterization with an equation of state (EOS)
Heptanes - plus characterization
Tuning an EOS by regression
Pseudoizing to reduce the number of components
Generating modified black-oil properties
Slim tube simulations and MMP calculations
OUTLINE
Traditional and modified black-oil PVT properties
Using correlations and laboratory data to obtain PVT properties
Laboratory PVT experiments - how they are conducted, for what purpose and how they should be applied
Fluid characterization with an equation of state (EOS)
Heptanes - plus characterization
Tuning an EOS by regression
Pseudoizing to reduce the number of components
Generating modified black-oil properties
Slim tube simulations and MMP calculations
About The Training Provider: HOT Engineering
HOT Engineering - HOT Engineering is a company headquartered in Leoben, Austria, offering exploration and field development and E&P training services to the petroleum industry worldwide. With 20 years of consulting experience, we are one of the leading providers of advanced and integrated geological, geophysical, petrophysical and reservoir and production engineering technology, and we are well positioned to...
