The Nubian Sandstone is a thick sequence of clastic and thin carbonate sediments in the Jebel El Zeit section of eastern Egypt. The sequence is composed mainly of sandstone with shale and minor carbonate interbeds and was deposited in continental and fluviomarine to marine settings. Petrographically, quartz arenite and quartz wacke are the main facies of Nubian Sandstone. They have different secondary components, cement and matrix types, reflecting their different depositional environments and diagenetic histories. The Nubian Sandstone is one of the most prolific hydrocarbon reservoirs in the Gulf of Suez oil province.
The Nubian Sandstone has good reservoir quality with porosity varying from 10% to 29%, and permeability of up to 5000 millidarcies. The quality of the reservoir depends on its proportions of shale, diagenetic history and the depth of burial (compaction). X-ray diffraction and scanning electron microscope analyses indicate that kaolinite is the main clay mineral and is derived from the alteration of potash feldspar. Enhancement of oil recovery from the reservoirs of the Nubian Sandstone can be achieved by alkaline injection to dissolve the kaolinite.
AbdallahA. M., AdindaniA. and FahmyN.1963. Stratigraphy of Upper Paleozoic rocks, Western side of the Gulf of Suez, Egypt, Egyptian Geological Survey, 25, 1–18.
2.
AdamsA. E., MackenzieW. S. and GuilfordC.1984. Atlas of sedimentary rocks under the microscope; Harlow, Longman, 104 p.
3.
AlsharhanA. S. and SalahM. G.1995. Geology and hydrocarbon habitat in a rift setting: northern and central Gulf of Suez, Egypt, Canadian Petroleum Geology Bulletin, 43, (2), 156–176.
4.
BallJ.1916. The geography and geology of the West Sinai, Egypt. Report 1916, Egyptian Geological Survey.
5.
BarakatM. G., DarwishM. and EI-BarkookyA. N.1986. Lithostratigraphy of the Post-Carboniferous -Pre-Cenomanian clastics in the West Central Sinai and Gulf of Suez, in Proceedings of 8th Petroleum Exploration and Production Seminar, 1, 380–405; Egypt.
6.
BarronT.1907. The topography and geology of the peninsula of Sinai. Report 1907; Egyptian Geological Survey.
7.
BeatsC.1948. Correlation of the Mesozoic and Paleozoic in Egypt, A.E.O, 679, 1–33.
8.
BeleityA. M., GhoneimM., HinnawyM., FathiM., GebaliH. and KamelM.1986. Paleozoic stratigraphy, and paleotectonics in the Gulf of Suez, in Proceedings of 8th Petroleum Exploration and Production Seminar, 1, 96–117; Egypt.
9.
BourbieT. and ZinsznerB.1985. Hydraulic and acoustic properties as a function of porosity in Fontainebleau Sandstone, Journal of Geophysical Research, 90, 524–532. doi:10.1029/JB090iB13p11524
10.
CuvillerJ.1937. Presence of marine Carboniferous in Abu Darag area, Eastern Desert, Egypt, Acadamie des Sciences, Paris, 204, (e), 1834–1835.
11.
DarwishM.1992. Facies development of the Upper Paleozoic Lower Cretaceous sequences in the Northern Galala plateau and evidences for their hydrocarbon reservoir potentiality, Northern Gulf of Suez, in Proceedings of 1st Conference on Geology of Arab World, 1, 175–213; Egypt.
12.
DarwishM. and El-ArabyA. M.1994. Petrography and diagenetic aspects of some siliciclastic hydrocarbon reservoirs in relation to the rifting of the Gulf of Suez, Egyptian Journal of Geology, 3, 1–25.
13.
EbanksW.1987. Flow unit concept—integrated approach to reservoir description for engineering projects, AAPG Bull, 71 (5), 551–552. doi:10.1306/94887168-1704-11D7-8645000102C1865D
14.
El-ArabyA. M.1989. Hydrogeochemistry and estimation of the economic value of some trace elements in connate-oil waters of some oil fields in Gulf of Suez, Egypt. M.Sc. Thesis; Egypt, Cairo University, 237 p.
15.
El-BarkookyA. N.1986. Geological studies of the red beds in the Gulf of Suez and central Sinai, Egypt. M.Sc. Thesis; Egypt, Cairo University, 255 p.
16.
EI-BarkookyA. N.1992. Stratigraphic framework of the Paleozoic in the Gulf of Suez region, Egypt, in Proceedings 1st Conference on Geology of Arab World, I, 1–19; Egypt.
17.
EI-SaadawyW. E. and FaragE.1972. Some Mesozoic plants from Abu Darag, western side of the Gulf of Suez, Egyptian Journal of Botany, 15, (1), 121–130.
18.
HartmannD. J. and CoalsonE. B.1990. Evaluation of the morrow sandstone in Sorrento field, Cheyenne, Colorado, in Morrow sandstone of southeast Colorado and adjacent areas, (eds. SonnenbergS. A., ShannonL. T., RaderK., Von DrehleW. F. and MartinG. W.), 91–100; Denver, CO, Rocky Mountain Association of Geologists, Special Publication.
19.
HassanA. A.1967. A new Carboniferous occurrence in Abu Durba, Sinai, Egypt, in Proceedings of the 6th Arab Petroleum Congress, 2, 1–8; Baghdad.
20.
IssawiB.1973. Nubian Sandstone type section, AAPG, Bulletin, 57, 741–745.
21.
IssawiB. and JuxV.1982. Contribution to the Paleozoic rocks in Egypt, Egyptian Geological Survey, 64, 1–26.
22.
KolodzieS.Jr.1980. Analysis of pore throat size and use of the Waxman-Smits equation to determine OOIP in Spindle Field, Colorado, in Proceedings SPE, 55th Annual Technical Conference and Exhibition, SPE 9382, Dallas, Texas, doi:10.2118/9382-MS.
23.
KostandiA. B.1959. Facies map for the study of the Paleozoic and Mesozoic sedimentary basins of the Egyptian region. U.A.R, in Proceedings of the 1st Arab Petroleum Congress, 1, 1–8; Egypt.
24.
LevorsenA. I.1967. Geology of petroleum, 2nd edn.; San Franciso, Freeman, 724 p.
25.
MartinA. J., SolomonS. T. and HartmannD. J.1997. Characterization of petrophysical flow units in carbonate reservoirs, AAPG, Bulletin, 81, (5), 734–759.
26.
MazharA., NaserE. and KaderY. A.1979. Contribution to the Cretaceous-Early Tertiary stratigraphy of Southern Galala plateau, Egyptian Journal of Geology, 9, 377–387.
27.
MetwalliM. H., WaliA. M. A. and Abd El-ShafyA.1987. Cretaceous petroleum-bearing rock types-their diagenesis and significance in the Gulf of Suez area, Egypt, Sedimentary Geology, 53, 269–304. doi: 10.1016/0037-0738(87)90038-8
28.
MoustafaA. G.1976. Block faulting in the Gulf of Suez, in Proceedings of the 5th Petroleum Exploration and Production Seminar, 1, 1–19; Egypt.
29.
PettijohnF. J., PotterE. and SieverR.1987. Sand and sandstone; Berlin, Springer Verlag, 553 p.
30.
PittmanE. D.1989. Nature of the Terry sandstone reservoir, Spindle field, Colorado, in Petrogensis and petrophysics of selected sandstone reservoirs of the rocky mountain region, (ed. CoalsonE. B.), 245–254; Denver, CO, The Rocky Mountain Association of Geologists.
31.
SaidR.1962. Geology of Egypt; Amsterdam, Elsevier, 317 p.
32.
SaidR.1971. Explanation notes to a company the Geological Map of Egypt, Egyptian Geological Survey, 56, 123.
33.
SalahM. G.1994. Geology of the north western Red Sea with special emphasis on the Petrology, Sedimentology and Hydrocarbon Potential of the Miocene Kareem Formation. Ph.D. thesis; Egypt, Cairo University, 166 p.
34.
SolimanS. M. and El-FetouhM.1970. Carboniferous of Egypt and lithofacies maps.AAPG Bulletin, 54, 1818–1930.
35.
TuckerM. E.1984. Sedimentary petrology, an introduction; Oxford, UK, Blackwell Scientific Publications, 252 p.
ZahranM. E. and MeshrefW.1988. The northern Gulf of Suez basin evolution, stratigraphy and facies relationship, in Proceedings of the 9th Petroleum Exploration and Production Seminar, 1, 110–126; Egypt.
