A study of fractured carbonate in Blocks 102 - 106 by wireline logging
Abstract
The fracture system plays an important role in the porosity and permeability capacity of fractured carbonates.
There are several well logging methods which are applied to determine and study fractured zone such as imaging methods FMI-FMS, STAR-CBIL, photoelectric factor (Pef), resistivities, acoustic, density, caliper, and gas peak of mud logging. These methods are also used to determine the porosity of carbonate.
References
B.M.Newberry, L.M.Grace, D.D.Stief. Analysis of carbonate dual porosity system from borehole electrical images. SPE 35158. Permian Basin Oil and Gas Recovery Conference, Midland, Texas. 27 - 29 March, 1996.
Creties Jenkins, Ahmed Ouenes, Abdel Zellou, Jeff Wingard. Quantifying and predicting naturally fractured reservoir behavior with continuous fracture models. AAPG Bulletin. 2009; 93(11): p. 1597 - 1608.
G.V.Chilingrarian, S.J.Mazzaullo, H.H.Rieke. Carbonate reservoir characterization: A geologic - engineering analysis, part II. Elsevier. 1996.
Gareth D.Jones, Yitain Xiao. Dolomitization, anhydrite cementation, and porosity evolution in a reflux system: Insights from reactive transport models. AAPG Bulletin. 2005; 89(5): p. 577 - 601.
Neil Hurley. Borehole images. Basic well log analysis. AAPG Methods in Exploration. 2004; 16: p. 151 - 193.
F.Jerry Lucia. Carbonate reservoir characterization: An integrated approach. Springer. 2007.
Mahmoud Akbar, Sandeep Chakravorty, S.Duffy Russell, Maged A.Al Deeb, Mohamed R.Saleh Efnik, Roxy Thower, Hagop Karakhanian, Sayed Salma Mohamed, Mohamed N. Bushara. Unconventional approach to resolving primary and secondary porosity in Gulf carbonates from conventional logs and borehole images. SPE 87297. Abu Dhabi International Petroleum Exhibition and Conference, United Arab Emirates. 13 - 15 October, 2000.
Roberto Aguilera. Naturally fractured reservoirs. PennWell Books. 1995.
Stacy C.Atchley, Nathaniel H.Ball, Luke E.Hunt. Reservoir characterization and facies prediction within the Late Cretaceous Doe Creek Member, Valhalla field, Westcentral Alberta, Canada. AAPG Bulletin. 2010; 94(1): p.1 - 25.
Stephen E.Laubach. Practical approaches to identifying sealed and open fractures. AAPG Bulletin, 2003; 87(4): p. 561 - 579.
Petronas. Study of tectonic activities in Block 102-106 and Adjacent areas. 2006.
Petronas. Study of sequence stratigraphy for Block 102-106. 2011.
Petrovietnam. Geology and petroleum resource of Vietnam. Publishing house Science and Technology. 2007.
Vietnam Petroleum Institute. Joint study of carbonate reservoir model for Block MVHN-02. 2012.
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