Correlation in Hydrocarbon Exploration

This book is the published record of the papers presented at a conference of the Norwegian Petroleum Society (NPF) held in Bergen, Norway, on 3-5 October, 1988. The conference was initially proposed and promoted by the Geology and Geophysics Advisory Committee of the Norwegian Petroleum Society consisting of: A. M. Spencer (Chairman), M. Brink,J. D. Collinson, S. Hanslien, D. M. D.James, T. B. Lund, K. Messel, E. Ormaasen and G. Saeland. The programme and more detailed planning of the conference was carried out by a programme committee consisting of: J. D. Collinson (Chairman), O. Eldholm, E. Holter, D. M. D.James, H. Tykoezinski, D. Worsley and S. M. Aasheim. There were 245 participants at the meeting and 36 papers were presented as talks with a further 9 presented as posters. These proceedings are representative of the range of topics covered. The meeting was characterized by a high level of discussion which has influenced several authors in the final preparation of their written papers. These proceedings have been edi ted on behalf of the Norwegian Petroleum Society by J. D. Collinson with help from H. Tykoezinski. The editor and the organizing committee wish to thank all the referees who reviewed papers and all the authors who responded so fully and promptly to their comments. The NPF is most grateful to the University of Bergen for making available their facilities for the conference.

Proceedings of an International Conference (Correlation in Hydrocarbon Exploration - Principle, Practice and Problems) organized by the Norwegian Petroleum Society, and held in Bergen, Norway, October 3-5, 1988

Inhalt
I Large-Scale Controls.- 1 Tectonic subsidence and sea-level changes: a reappraisal.- 2 Rapid eustatic changes never globally uniform.- II - Methods and Principles.- 3 Strontium-isotope stratigraphy: applications in basin modelling and reservoir correlation.- 4 Stratigraphic age determination from inversion of vitrinite reflectance data and sterane isomerization data: correlation at its best and worst.- 5 Computer modelling of seismic facies: implications for seismic and sequence stratigraphy.- 6 The application of a viscoelastic lithosphere model to isostatic subsidence in backstripping.- 7 Interactive quantitative matching of stratigraphic sequences of numerical lithostates based on gene-typing techniques.- 8 A rapid correlation method for petroleum population mapping within individual petroleum reservoirs: applications to petroleum reservoir description.- III - Regional Correlation: Arctic Areas.- 9 Correlation of Upper Palaeozoic and Mesozoic sequences between Svalbard, Canadian Arctic Archipelago, and northern Alaska.- 10 Late Palaeozoic sequence correlations, North Greenland, Svalbard and the Barents Shelf.- 11 Triassic transgressive-regressive cycles in the Sverdrup Basin, Svalbard and the Barents Shelf.- 12 Triassic biostratigraphy of the Barents Sea area.- 13 Sequence correlation: Upper Triassic to Lower Jurassic succession, Canadian and Norwegian Arctic.- IV - Regional Correlation: North Sea.- 14 Outline of Triassic stratigraphy and structure in the central and northern North Sea.- 15 Correlation of transgressive-regressive depositional sequences in the Middle Jurassic Brent/Vestland Group megacycle, Viking Graben, Norwegian North Sea.- 16 Neodymium isotope stratigraphy of Gullfaks oilfield.- 17 Use of heavy minerals of lithostratigraphic correlation, with examples from Brent sandstones of the northern North Sea.- 18 Mid-Mesozoic syn-rift turbidite systems: controls and predictions.- 19 Lithostratigraphic correlation of Upper Jurassic sandstones within the Norwegian Central Graben: sedimentological and tectonic implications.- 20 Shetland Group: stratigraphic subdivision and regional correlation in the Norwegian North Sea.- V - Local Correlation: Fields and Reservoir Units.- 21 Correlation of Triassic to Lower Jurassic sequences, Snorre Field and adjacent areas, northern North Sea.- 22 Biostratigraphic correlation within the Triassic Lunde Formation in the Snorre area.- 23 The Cook Formation, an offshore sand ridge in the Oseberg area, northern North Sea.- 24 Correlation of depositional patterns in the Ness Formation, Oseberg area.- 25 The role of correlation in generating the Heidrun Field geological model.- 26 The application of palynology in the interpretation of Brae Formation stratigraphy and reservoir geology in the South Brae Field area, British North Sea.- 27 Palynostratigraphical principles as applied in the Jurassic of the Troll and Draugen Fields, offshore Norway.- 28 Correlation of calcite-cemented layers in shallow-marine sandstones of the Fensfjord Formation in the Brage Field.

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