Basement Reservoirs - Useful References

References used in the text

Aguilera,R. (1980). Naturally Fractured Reservoirs. Pennwell, Tulsa, OK., USA.

Aguilera,R. (1995). Naturally Fractured Reservoirs (Second Edition). Pennwell, Tulsa, OK, USA.

Aguilera,R. (1995a). Naturally Fractured Reservoirs (Second Edition). Pennwell,Tulsa, OK, USA, pp.59-60.

Aguilera,R. (1995b). Naturally Fractured Reservoirs (Second Ed.). Pennwell,Tulsa, OK, USA, pp.61-63.

Aguilera,R. (1995c). Naturally Fractured Reservoirs (Second Ed.). Pennwell, Tulsa, OK, USA, pp.447-448.

Aguilera R. (1996). Servipetrol Technical Notes on the Subject of 'Naturally Fractured Reservoirs'. Technical Note No.3 - Undiscovered Naturally Fractured Reservoirs. August.

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Areshev,E.G., Dong.L.E., San.N.T., Shnip,O.A. (1992). Reservoirs in Fractured Basement on the Continental Shelf of Southern Vietnam. J. of Petroleum Geology, Vol.15, No.4, Oct., pp.451-464.

Belgasem,B.A., Barlai,Z. Rez,F. (1990). Interpretation of Well Logs in the Oil-Bearing Reservoir, Nafoora-Augila Field, Libya. In: Proceedings 13th European Formation Evaluation Symposium Transactions: Society of Professional Well Log Analysts, Budapest Chapter, Paper No.OO, 1-23.

Belgasem,B.A. (1991). An Evaluation of an Oil-Bearing Granite Reservoir from Well Logs. In: Proc. 13th Formation Evaluation Symp. Trans.:Canadian Well Logging Society, Paper K, pp.1-28.

Bergman,S., Talbot,J.P. Thompson,P.R. (1992). The Kora Miocene SubmarineAndesite Stratovolcano Hydrocarbon Reservoir, Northern Taranaki Basin, New Zealand. New Zealand Oil Exploration Proc., pp.178-206.

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Brown,A.B. Kew,W.S.W. (1932). Occurrence of Oil in Metamorphic Rocks in San Gabriel Mountains, Los Angeles County, California. Ibid, Vol.16, No.8, pp.777-785.

Cabeen,W.R. Sullwood,H.H. (1946). California Basement Production Possibilities. Oil Weekly, 22nd Jun., pp.17- 25.

Coney,D., Fyee,T.B., Retail,P. Smith,P.J. (1993). Clair Appraisal: The Benefits of a Co-operative Approach. In: Proc. 4th Conference Petroleum Geology of Northwest Europe, pp.1409-1420.

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El Hamalawy,F.A., Elsayed,G.A., Sweden,N.E.M. Barden,I.R. (1993). A Conventional Reservoir Engineering Approach for Managing a Difficult Field. In: Proc. 68th Annual Technical Conf. and Exhibition of the SPE, Houston, Texas, 3rd-6th Oct., pp.355-369, (SPE 26405).

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McNaughton,D.A. Garb,F.A. (1975). Finding and Evaluating Petroleum Accumulations in Fractured Reservoir Rock. Exploration and Economics of the Pet. Industry, Vol.13, Matthew Bender & Co. Inc., pp.23-49

Nelson,R.A. (1979). Natural Fracture Systems: Description and Classification. AAPG Bull., Vol.63, No.12, pp.2214-2221.

Nelson,R.A. (1982). An Approach to Evaluating Fractured Reservoirs. J. Pet. Tech. Sep., pp.167-2170.

Nelson,R.A. (1985). Geologic Analysis of Naturally Fractured Reservoirs. Gulf Publishing Co. Book Division, pp.1-3.

Nelson,R.A. (2001). Geologic Analysis of Naturally Fractured Reservoirs. Gulf Publishing Co. Book Division, 2nd Edition, 332.pp.

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Powers,S., Clapp,F.G. (1932). Nature And Origin of Occurrences of Oil, Gas, and Bitumen in Igneous and Metamorphic Rocks. AAPG, Vol.16, No.8, pp.719-726.

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Shellard,E.H. (1931). Oil Fields in Igneous Rocks in Coastal Plain Of Texas. AAPG, Vol.16, No.8, pp.741-768.

Smith,J.E. (1956). Basement Reservoir of La Paz-Mara Oil Fields, Western Venezuela. AAPG Bull., Vol.40, Feb., pp.380-385.

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Soewono, Setyoko (1987). Application of the Dual Porosity Concept for Well Log Interpretation of Jatibarang Volcanic Tuff. In: Proc.16th Ann. Conv., Indonesian Petr. Assoc., Jakarta.Paper IPA 87-22/10, Vol.2, pp.87-106.

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Tiwar,S. Taruno,J. (1979). The Tanjung (South Kalimantan) and Sei TerasFields (South Sumatra): A Case History of Petroleum in Pre-Tertiary Basement. In: Proc. of the Committee for Co-ordination of Joint Prospecting for Mineral Resources in Asian Offshore Areas (CCOP), 16th Session, 10-189, Bandung, Indonesia, pp.238-247.

Ullah,S., Shen,T.Y., Mobarak,S.A., Carnes,A.C., Zhu,X.J., Wu,Q.L., Houz,W., Wan,Z.M., Zhoa,C.L., Ding,F. (1988). Development Feasibility Study: Dong Sheng Pu Buried Hill Reservoir. In Proc. SPE Int. Meeting on Petroleum Engineering, Tianjin, China, 1st-4th Nov., pp.273-284. (SPE 17577)

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Other references (not used in the text)

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Dank,V. Petroleum Geology of the Pannonian basin, Hungary: An Overview, In: AAPG Memoir 45, The Pannonian Basin - A Study in a Basin Evolution (L.H.Royden, F.Horvath Eds.), pp.319-331.

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A Preliminary Report on the Scientific Working Conf. on Oil in Granite held in Kazan, Tatarstan, Russia. (1997). 18th-19th Dec. Featuring the Book: The Crystalline Basement of Tatarstan and its Oil and Gas Potential. (1996). Eds. R.Kh.Muslimov, T.A.Lapinskaya, Denta Publishing House, Kazan, 488.pp. Introduction and Concluding Chapter translated and translations of Abstracts of 38 papers given in Russian and 3 papers given in English.

Conference material

The following abstracts are from a Preliminary Report on the Scientific Working Conf. on Oil in Granite held in Kazan, Tatarstan, Russia. (1997). 18th-19th Dec. Featuring the Book: The Crystalline Basement of Tatarstan and its Oil and Gas Potential. (1996). Eds. R.Kh.Muslimov, T.A.Lapinskaya, Denta Publishing House, Kazan, 488.pp. Introduction and Concluding Chapter translated and translations of Abstracts of 38 papers given in Russian and 3 papers given in English.

The presence of oil and gas in the basement rocks in Timan ridge and Mesenskaya syneclize, Russia. Teplov,E.L., Abramichev,A.P., "Uchtaneffegazgeologia" Uchta.

Thermal logging in exploration for reservoir zones in the crystalline basement. Hairetdinov,R.S., Plotnikov,N.A. AO 'Tatneft' Almetievsk, AO 'Tatneftegoephysika', Bugulma.

Using magnetic susceptibility and density data in crystalline basement rocks for predicting the geological section. Stepanov,I.V., Stepanov,V.P., KGU, TGRU, Kazan.

The gabbro-diabasic Riphean formations of Tatarstan Republic as potential hydrocarbon reservoirs. Nizamutdinov,A.G., Didenko,A.N., Kazan State University, AO 'Tatneff'.

Anhydride theory: a new theory of how petroleum and coal are generated. Warren Hunt,C., Anhydride Oil Corp., Canada.

Magnetic and petromagnetic characteristics of crystalline basement, Republic of Tatarstan, Russia. Chernikov,A.P., Konduchina, GeologicalInstitute, Bashkir Academy of Science, Ufa.

The tectonic structure of crystalline basement and its hydrocarbon potential in the Tatarstan Republic, Russia. Stepanov,V.P, TGRU, Kazan.

Regional structure of crystalline basement based on complex analyses of gravity and magnetic fields. Balashova,M.M., Chadaev,M.S. KAMMEGS Perm.

The physical and chemical properties of oils and their directions of migration in the course of exploitation of the 'White Tiger' field, Vietnam. Kao Mi Loi, Xoang Din Tien, Vietsovpetro, Vietnam.

South-Tatar arch: its oil and gas endowment and fault tectonics. Sharov,V.I., Trofimov,V.A., AO 'Tatneff' Almetievsk.

Tracing active faults in the upper crystalline basement of the Romashkinskoye oil field using groups of earthquakes. Mirzoev,K.M., Stepanov,V.P., TGRU, Kazan.

On the formation of the chemical composition of fluids from the crystalline basement in the Vorotilovskaya deep well in the Nizhny Novgoroddistrict and well #20000, Tatarstan Republic, Russia. Trubchaninov,V.V. KAMMEGS, Perm.

The outlook for hydrocarbon entrapment in the weathered surface of crystalline basement in the Pripetskaja trough. Bescopilni,V.N., Laptuchov,A.V., Belorusneff, Gomel, Belorusia.

The internal basement structure over the region of the Romashkinskoye oilfield and its implications for hydrocarbon accumulation. Alexandrov,V.K., Torfimov,V.A., AO 'Tatneffeximgeophysika'



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