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69th EAGE Conference and Exhibition incorporating SPE EUROPEC 2007
- Conference date: 11 Jun 2007 - 14 Jun 2007
- Location: London, UK
- ISBN: 978-90-73781-54-2
- Published: 11 June 2007
1 - 20 of 574 results
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Overview of the Challenges Facing Oil Industry Recruitment and Training
Authors C. Goscomb and D. MacdonaldA001 Overview of the Challenges Facing Oil Industry Recruitment and Training C. Goscomb* (Shell International BV) & D. Macdonald (University of Aberdeen) SUMMARY EAGE 69 th Conference & Exhibition — London UK 11 - 14 June 2007
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The Experience of the Multinationals
By M. BrownNO PAPER AVAILABLE EAGE 69 th Conference & Exhibition — London UK 11 - 14 June 2007
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Recruitment Challenges Facing SMEs
By H. AllenNO PAPER AVAILABLE EAGE 69 th Conference & Exhibition — London UK 11 - 14 June 2007
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The Recruiters Tale
By D. O‘DonnellNO PAPER AVAILABLE EAGE 69 th Conference & Exhibition — London UK 11 - 14 June 2007
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The Future Role of Universities
By H. JohnstonNO PAPER AVAILABLE EAGE 69 th Conference & Exhibition — London UK 11 - 14 June 2007
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Summary of Themes – An Introduction to the Open Session
Authors D. MacDonald and G. GoscombA006 Summary of Themes – An Introduction to the Open Session D. MacDonald* (University of Aberdeen) & G. Goscomb (Shell International BV) SUMMARY EAGE 69 th Conference & Exhibition — London UK 11 - 14 June 2007
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Arctic Oil and Gas Potential in a Global Perspective
More LessA009 Arctic Oil and Gas Potential in a Global Perspective D.L. Gautier* (USGS) SUMMARY EAGE 69 th Conference & Exhibition — London UK 11 - 14 June 2007 The Arctic is known to hold the world’s largest hydrocarbon province the West Siberian Basin and several other demonstrated world-class basins as well (Timan- Pechora North Slope Norwegian Sea). Other Arctic provinces also have significant potential but high costs and engineering complexity have been barriers to exploration and development. The Arctic remains largely unexplored with respect to petroleum and extreme geologic uncertainty characterizes the resource potential of the entire region. Standard tools
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Canadian Arctic - Perspectives for the Petroleum Industry
By D. EvoyA010 Canadian Arctic - Perspectives for the Petroleum Industry D. Evoy* (Petro-Canada) SUMMARY The oil and gas prospectivity of the Canadian Arctic has been demonstrated through exploration dating back to the 1960s; resources in the order of 20 Tcf of gas and 1.5 Bbbls of oil have been identified. However there has been no gas production to date and only a modest amount of oil has been produced. The Mackenzie Valley Pipeline currently under regulatory review is the proposed transportation route for development from the Mackenzie Delta / Beaufort Sea. More preliminary is the concept of LNG shipment from the
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Greenland – Petroleum Potential, Ongoing and Future Exploration
More LessA011 Greenland – Petroleum Potential Ongoing and Future Exploration F.G. Christiansen* (GEUS) SUMMARY EAGE 69 th Conference & Exhibition — London UK 11 - 14 June 2007 A high stable oil price political instability in many oil-producing regions in the World and relatively close distances to western markets has given a growing interest from many supermajors and majors for exploration in the Arctic and other high latitude areas including both West and East Greenland. In recent years exploration focus in Greenland has mainly been on central West Greenland with several licensing rounds but activities in the coming years are likely
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Opportunities & Challenges Working in a "Arctic" Environment, Offshore Sakhalin
More LessA012 Opportunities & Challenges Working in a "Arctic" Environment Offshore Sakhalin M. Gunningham* (Sakhalin Energy Investment Company) SUMMARY Sakhalin Energy is currently developing 3 oil and gas fields offshore Sakhalin Island off the east coast of mainland Russia. This is a challenging area for exploration and development with potentially billions of barrels of oil and gas. The key problem is that in the winter drifting sea ice several meters thick heavy snow and temperatures down to minus 40°C all contribute to Arctic type conditions. Under these conditions the offshore developments use the latest technology with concrete gravity based platforms which
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Oil and Gas Development in Norway’s Northern Areas
By O. BirkelandA013 Oil and Gas Development in Norway’s Northern Areas O. Birkeland* (Statoil ASA) SUMMARY The Northern areas include the areas west of the Lofoten Islands in the Norwegian Sea and to the northern shelf edge of the Barents Sea. Exploration was initiated in 1980 with the drilling of the first well. Close to 70 exploration wells have since been drilled in the south-western Barents Sea. Until the decision to develop the Snøhvit gas fields through an LNG plant on the Finnmark coast was made no commercial solutions were seen for the discoveries in the area. Snøhvit will come on stream
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North Caspian Sea - An Ice Design Strategy
By D. MayneA014 North Caspian Sea - An Ice Design Strategy D. Mayne* (AGIP KCO) SUMMARY This paper is focused on developing and implementing a strategy for development of the North Caspian Sea. Specific data needs are identified for Engineering Operations and other areas of the development. Costing of designs are tied back to an overall strategy to determine the motivation for design criteria refinement. Specific field data gathering activities are discussed in light of design criteria needs apparatus development data gathering and processing. Winter logistics and operational challenges are discussed. EAGE 69 th Conference & Exhibition — London UK 11 -
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Exploration of the Lower Cretaceous Sands in Leland Area, Alberta, Using Seismically Derived Rock Properties
Authors C. C. Dumitrescu and F. MayerA017 Exploration of the Lower Cretaceous Sands in Leland Area Alberta Using Seismically Derived Rock Properties C.C. Dumitrescu* (Sensor Geophysical Ltd) & F. Mayer (Devon Canada Corporation) SUMMARY This paper provides a case study of a 3D seismic survey in the Leland area of the Deep Basin of Alberta Canada where seismically derived rock properties were used for exploration. In this case study identifying the gas sands within the lower Cretaceous was the primary interpretive focus. Conventional interpretation of Lower Cretaceous sands on normal migrated seismic has typically presented a number of difficulties. First we ran AVO analysis and deterministic
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r Gas Hydrates Based on Seismic Information – With Examples from Northern Gulf of Mexico
More LessA018 Exploration for Gas Hydrates Based on Seismic Information – With Examples from Northern Gulf of Mexico J. Dai* (Schlumberger) & N. Dutta (Schlumberger) SUMMARY A five-step integrated workflow is developed to delineate shallow gas hydrates using seismic information. We applied the workflow and estimated gas hydrate saturations in two study areas in the northern deepwater Gulf of Mexico. Due to lack of hard data (well control) for the shallow seismic data our predictions used analogue models based on geologic interpretation seismic inversion and the basic principles of rock physics. To examine our predictions we analyzed the hydrate from the
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Atlantis Static Connectivity Study – Predicting Compartmentalization Prior to First Oil
Authors J. A. Reeve and K. F. A. AngelA019 Atlantis Static Connectivity Study – Predicting Compartmentalization Prior to First Oil J.A. Reeve* (BP) & K.F.A. Angel (BP) SUMMARY Every oil field is challenged with understanding and characterizing compartmentalization from the first exploration well to the cessation of production. This challenge is even more pronounced in regions like the Gulf of Mexico where dynamic well test data is seldom available prior to first production. Hence utilization of all available static data to predict field performance becomes essential. But how should we integrate seismic geologic models pressures and fluids in a meaningful way? The Atlantis subsurface team took on this
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Prestack Stochastic Seismic Inversion of the Brenda Field
Authors G. J. Hicks and A. M. FrancisA020 Prestack Stochastic Seismic Inversion of the Brenda Field G.J. Hicks* (Earthworks Environment & Resources) & A.M. Francis (Earthworks Environment & Resources) SUMMARY Joint AI-GI stochastic seismic inversion was performed for 100 pairs of equi-probable AI-GI realizations over the Brenda field which is located in block 15 in the North Sea. Stochastic inversion enables the possible variability in impedance and hence the uncertainty in lithology and fluid classification to be explored. These can be represented using probability and connected probability volumes calculated using joint AI-GI thresholds. EAGE 69 th Conference & Exhibition — London UK 11 - 14 June 2007
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Petrophysical Seismic Inversion for Porosity and 4D Calibration on the Troll Field
Authors T. Coleou, A. J. van Wijngaarden, A. Norenes Haaland, P. Moliere, R. Ona and J. L. FormentoA021 Petrophysical Seismic Inversion for Porosity and 4D Calibration on the Troll Field T. Coleou* (CGG) A.J. van Wijngaarden (Hydro) A. Norenes Haaland (Hydro) P. Moliere (Hydro) R. Ona (Hydro) & J.L. Formento (CGG) SUMMARY We present an application of petrophysical seismic inversion a method driven by petro-elastic models updating a fine-scale geological model in depth to make it fully compatible with pre-stack seismic measurements on the western part of the Troll Field in the North Sea. The results are being evaluated for infill drilling and for 4D inversion to determine the remaining oil in the thin oil leg. EAGE
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Fractal Behavior of Fractures Derived from Seismic and FMI Data
Authors H. Trappe, H. Endres, P. Thierer, T. Lohr, C. M. Krawczyk, D. C. Tanner, O. Oncken and P. A. KuklaA022 Fractal Behavior of Fractures Derived from Seismic and FMI Data H. Trappe* (TEEC) H. Endres (TEEC RWTH Aachen) P. Thierer (TEEC) T. Lohr (GFZ Potsdam) C.M. Krawczyk (GFZ Potsdam) D.C. Tanner (GZG University Goettingen) O. Oncken (GFZ Potsdam) & P.A. Kukla (RWTH Aachen) SUMMARY This study is part of a larger research project. The results presented are from an area located east of the city Bremen where gas is produced from a deep Rotliegend sandstone reservoir. Faults fractures and associated deformation bands at reservoir depth have an important influence to the productivity of the gas field as fractures are
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Geological and Geophysical Inversion by Hierarchical Classification – Combining Seismic Stratigraphic and AVO Attributes
Authors A. Carrillat, T. Basu, R. Ysaccis, J. Hall, F. Mohamed, A. Mansor, M. Brewer and S. MahmoudA023 Geological and Geophysical Inversion by Hierarchical Classification – Combining Seismic Stratigraphic and AVO Attributes A. Carrillat* (Schlumberger) T. Basu (Schlumberger) R. Ysaccis (Schlumberger) J. Hall (Schlumberger) F. Mohamed (Schlumberger) A. Mansor (Petronas Carigali) M. Brewer (Petronas Carigali) & S. Mahmoud (Petronas Carigali) SUMMARY We present a case study in which both texture facies and fluid prediction are linked by performing a hierarchical classification and estimation scheme whereby a multiattributes volume which captures seismic stratigraphy and texture information is combined with AVO attributes to map fluid response into a single coherent seismostratigraphic and reservoir facies volume. EAGE 69 th Conference
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Nile Delta Reservoir Case Study Using a Novel Broad Band Pre–Stack Seismic Inversion to Rock Properties Technique
By M. E. SmithA024 Nile Delta Reservoir Case Study Using a Novel Broad Band Pre–Stack Seismic Inversion to Rock Properties Technique M.E. Smith* (Geotrace Technologies Inc.) SUMMARY Exploration for hydrocarbons within a concession located onshore in the Nile Delta Egypt has been ongoing for several years however so far has not afforded any significant discoveries. A pre-stack seismic inversion to rock properties procedure using a novel technique to provide broad bandwidth has provided increased understanding of the lithology and highlighted potential reservoir targets. EAGE 69 th Conference & Exhibition — London UK 11 - 14 June 2007 INTRODUCTION Exploration for hydrocarbons within an
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