TY  - BOOK
AU  - Omar Mohamed Mohamed Hassan Almahdy
AU  - Mahmoud Aly Ghaleb , 
AU  - Nadia Abdalfattah Mohamed , 
AU  - Samir Abdaal , 
TI  - Evaluation of hydrocarbon reservoir, Zeit Bay Oil Field, Gulf of Suez, Egypt  / 
PY  - 2018///
CY  - Cairo : 
PB  - Omar Mohamed Mohamed Hassan Almahdy , 
KW  - Gulf of Suez, Egypt
KW  - Hydrocarbon reservoir
KW  - Zeit Bay Oil
N1  - Thesis (Ph.D.) - Cairo University - Faculty of Science - Department of Geophysics; Issued also as CD
N2  - The characterization of multiple reservoirs (Belayim, Kareem Limestone, Nubian  Sandstone, Basel Miocene Sandstone, and Kareem Dolomite) located in Zeit Bay Oil  Field is the main objective of the study. Through impedance and velocity (profiles and  maps) that are generated from seismic inversion and seismic attributes techniques  respectively, Belayim reservoir is characterized. Eight 3D seperated post stack seismic  lines accompanied by two wells having sonic and density data are used to perform these  techniques. The outcome of this part show that the characterization of Belayim reservoir  as sections and maps is achieved in a good manner and show that Hampson{u2013}Russell  software can be used with 3D separated seismic lines although it is well known that it is  limited to working with a 3D cube seismic data to give results. The characterization of  the second, third, and fourth reservoir is achieved using hydraulic zonation technique  via cluster analysis algorithm .Cored permeability and porosity data are used. Through  this zonation, flow units which have the potential to extract fluids are determined more  accurately. Kareem Dolomite is characterized using statistical zonation technique and  Duncan's multiple range test. Only cored permeability data is required. The first one is  used to delineate flow units of the reservoir. The final result of the Duncan's test is a  group of sections in different trends representing the reservoir
UR  - http://172.23.153.220/th.pdf
ER  -