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العنوان
Petrophysical and 3 D Structural Modeling of the Alamein Reservoir, Razzak Area, Western Desert, Egypt\
المؤلف
Abu Dia, Maged Gameel Abd El-Rihim.
هيئة الاعداد
باحث / Maged Gameel Abd El-Rihim Abu Dia
مشرف / Samir Ahmed Awad
مشرف / Ali Ismail Mohamed Ismail
مناقش / Mohamed Ibrahim Abd El-Fatah
تاريخ النشر
2014.
عدد الصفحات
396p. :
الفهرس
Only 14 pages are availabe for public view

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Abstract

3D stochastic reservoir modeling is the discipline concerned with describing accurately the structural, lithological, petrophysical characteristics of the reservoir and the uncertainty associated with it.
The Razzak Oil Field is a multidisciplinary project aimed at adding to the recoverable oil reserves from the Alamein reservoir in the Razzak concession, as well as throwing a light on the cap , lateral seal and the most probably source rocks of the Alamein reservoir in the North Western Desert of Egypt.
The Razzak Oil Field area lies in the north western Desert of Egypt, about 150 Km southwest of Alexandria. It is located between latitudes 30o 24` and 30 o 36` N and longitudes 28 o 24` and 28 o 36`E. It lies north of the Qattara Depression.
II
The Aptian dolomite is a good reservoir rock, in which the oil is trapped in the fractures of the dolomite, depending its structure framework.
Examining the role of the major tectonic and structure process occurred during the Jurassic to Cretaceous is critical for understanding oil accumulation and for delineating new prospect area in the North Western Desert based on 3D seismic data .