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PVT (fluid behavior)

PROSPER offers different methods to model fluid behavior. In the following tutorials you will find different methods and techniques that can be used in PROSPER (e.g. black oil correlations, EOS, emulsions, non-Newtonian fluids, etc).

	PVT Black oil matching for an oil well model – PROSPER This tutorial shows how to match a black oil PVT model in PROSPER using laboratory data. The importance of the PVT model is reviewed, and the matched PVT model is used in calculations. 05m 08s • Version: IPM 11 • Code: P04 • Required Tools: PROSPER Category Tags: Getting started Naturally flowing oil wells PVT (fluid behavior) Matching		VIEW
	Offshore condensate well Enthalpy balance Flow assurance – PROSPER Construct a gas and condensate well model for an offshore field, check if hydrate development is possible using the enthalpy balance temperature model. 16m 21s • Version: IPM 11 • Code: P27 • Required Tools: PROSPER Category Tags: Gas/Retrograde condensate wells Flow assurance/ flow-lines PVT (fluid behavior)		VIEW
	Slug-Catcher – PROSPER In this tutorial we will demonstrate how to create a gas and condensate pipeline model, how to perform a simple gradient calculation for a given rate and use the results to design a slug-catcher. 08m 56s • Version: IPM 11 • Code: P43 • Required Tools: PROSPER Category Tags: Flow assurance/ flow-lines PVT (fluid behavior)		VIEW
	Wax Formation – PROSPER In this tutorial, we will demonstrate how to create a gas and condensate well model, how to import an equation of state and create a hydrate and wax formation curve. We will also demonstrate how to determine the wax formation risk zone. 08m 41s • Version: IPM 11 • Code: P44 • Required Tools: PROSPER Category Tags: Gas/Retrograde condensate wells Flow assurance/ flow-lines PVT (fluid behavior)		VIEW
	Evaluate pressure drop due to emulsion effects in a well – PROSPER A well has been producing heavy oil with water. A laboratory report details the emulsion's viscosities at different water-cuts. This information is to be used within the model to see the effects of emulsions on the pressure gradients. 09m 07s • Version: IPM 11 • Code: P45 • Required Tools: PROSPER Category Tags: Flow assurance/ flow-lines PVT (fluid behavior)		VIEW

Why choose our tutorials?

They are available 24 hours 7 days a week.
You need only a PC with Internet connection.
They are available for remote locations with Internet access.
They can be used by tutors to guide graduates pointing tutorials engineers to perform without wasting time in many clicks.
They can be used to level users to participate in a workshop or course.
Very useful for occasional users who need to create a model and need to remember certain steps or procedures.

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