التقييم الفني والاقتصادي لتقنيات الرفع الاصطناعي == Technical and Economic Evaluation for the Artificial Lift Techniques
Author name:
حسن كاظم عبد الله الموسوي
Supervisor name:
عبد الله عبد الحسن الیاسري
General topic:
Administration and Economics
Specific topic:
Economy - Energy
Degree:
Higher Diploma
University:
University Of Basrah - Faculty Of Administration And Economics - Department Of Economics
Language:
Arabic
University location:
Basrah
First pages:
07T4616 - p.pdf
Abstract:
The oil production consider the main factor in the future of Iraq and its present , where during the past years of Iraq age , the revenue of oil played the principle factor in the development programs in Iraq . The Iraqi economy depends primarily to finance the annual budget on oil revenues, which amount to more than 90%. Note that the export of Iraqi oil since 2003 to 2014 ranged between 1.536 - 2.5 million barrels per day.These increments had done through the national efforts from Ministry of Oil with cooperation with the International Oil Companies in the first, second, third and fourth license to develop the produced oil & gas fields and discovered not produced fields. The aim of this study to identify the importance of potential capacity of Iraq oil fields and make technical and economical evaluation for the artificial lift techniques that’s used in the oil field of the world, make economical analysis for the electrical submersible pump technique that used in Rumila oil field and study its affect on Iraq crude oil production One of the forms of the artificial lift that been used for the past decades is Electric Submersible Pumps (ESP). Since the birth of ESP in 1926, the technology evolved slowly and ESP used today has many similarities with the original system. Operators are utilizing ESP in more and more challenging reservoirs with respect to temperature, viscosity, Gas Oil Ratio (GOR), etc. These are major challenges for ESP is running life, so it is necessary to improve the existing technology to gain profit from producing oil with ESP.
