Phase Hehavior Modelling for Petroleum Fluids

From coventional to uncoventional phase behavior analysis
What you'll learn
Basic concept of phase behavior of petroleum fluids
Guideline for software
How to match experimental data with simulation software
Phase behavior for conventional and uncoventional reservoirs
Requirements
Entry level course
Description
Using WinProp as a tool for reservoir modeling, you will acquire the knowledge necessary to predict phase behavior and define reservoir fluids. Gain practical experience with the use of WinProp to characterize the heavy fraction of petroleum fluids, lump and divide components, match laboratory PVT data using regression, simulate first and multiple contact miscibilities, carry out multiphase equilibrium calculations and generate phase diagrams. Users will also learn how to evaluate WinProp results and how to define the fluid and adjust the EoS in order to build a fluid model that is suitable for inclusion in GEM, STARS, or IMEX datasets. In addition, users will learn how to define fluid.
The step by step of software will show for you to understand from basic to advance levels.
The following is a description of the mechanisms at play
An introduction to phase behavior and the PVT modeling language
A brief introduction to the phase behavior calculations software WinProp
Methods for separating, grouping, and combining heavier hydrocarbons are referred to as.
computations for several phases of the flash and the construction of phase envelopes
Comprehensive interpretation and evaluation of the laboratory PVT data
Find out what the Minimum Miscibility Pressure, or MMP, is, as well as the Multi-Contact Miscibility (MCM)
Full material and solution for each exercise
Who this course is for
Petroleum students, petroleum engineers, reservoir engineer
Homepage
https://www.udemy.com/course/phase-behavior-modelling-for-petroleum-fluids