Petroleum engineering

A critical analysis on the impacts of production and reservoir properties on the ultimate recovery.
Name :
STUDENT ID:
MAJOR : PETROLEUM ENGINEERING
GRADE: 2018
ADVISOR :
01

• Introduction
• The classification of drive mechanisms

02

• General view of radial simulation model
• Completion length
• Aquifer size

03

• Dual completion with gravity gas/water separation
• Permeability Anisotropy
• References

ABSTRACT:
MATERIAL AND METHODS
CONCLUSION
ABSTRACT:
This paper presents a comprehensive review of the effects of production scheme and reservoir properties on the ultimate recovery and production trends of gas condensate reservoirs under bottom water drive mechanism. The aim of this study is to provide reservoir geologists and engineers with a strategy for optimizing the development, prolong field life and maximize recovery of bottom water driven gas condensate reservoirs. The approach focused on the review of the simulated results of various constructed radial numerical models from different producing gas and oil reservoirs in various fields.
INTRODUCTION
It is known that the pore volume is the main energy source of a reservoir. It facilitates the fluid flow into the bottom hole. At the same time, the nature of forces that creates pore pressure is called reservoir drive. The proper identification of reservoir drive plays a crucial role in designing the development of oil and gas reservoirs (Jamalbayov and Veliyev 2017). Each reservoir is composed of a unique combination of geometric form, geological rock properties, fluid characteristics, and primary drive mechanism. Although no two reservoirs are identical in all aspects, they can be grouped according to the primary recovery mechanism by which they produce.