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Solution gas drive is one of the mechanisms by which oil can be produced from the reservoirs. Solution gas drive in heavy oil is well known for its anomalous behavior that shows better performance taking into account the high viscosity of heavy oil. Heavy oil reservoirs show better performance in terms of low gas oil ratio and pressure decline rate. The objective of this book is to provide answers to two questions:
- What is the role of micro-bubbles if this type of bubble exists in solution gas drive in heavy oil? - How do changes in pressure gradient and pressure decline rate affect gas
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Produktbeschreibung
Solution gas drive is one of the mechanisms by which
oil can be produced from the reservoirs. Solution gas
drive in heavy oil is well known for its anomalous
behavior that shows better performance taking into
account the high viscosity of heavy oil. Heavy oil
reservoirs show better performance in terms of low
gas oil ratio and pressure decline rate. The
objective of this book is to provide answers to two
questions:

- What is the role of micro-bubbles if this type of
bubble exists in solution gas drive in heavy oil?
- How do changes in pressure gradient and pressure
decline rate affect gas mobility and oil recovery?

The answer of these questions is achieved through a
simple analysis of the measured data as well as their
numerical modeling.
Autorenporträt
Hussain Sheikha is currently a Reservoir Engineer with Penn West
Energy. He was a faculty member of Petroleum Engineering
Department at the Bright Star University of Technology, Libya
from 1994 to 2000 where he taught several petroleum engineering
courses. He graduated with a PhD in Petroleum Engineering from
the University of Calgary (2008).