Add to ORKGThis study presents reservoir characterization of Triassic and Jurassic sandstones using petrophysical analysis, rock physics diagnostics and AVO modeling with data from eight exploration wells in and around the Bjarmeland Platform, Norwegian Barents Sea. The primary focus has been on Triassic sandstone reservoirs in the Kobbe and Snadd formations, which has been compared to Jurassic sandstone reservoirs of the Tubåen and Stø formations
The Barents Sea has been subject to increasing focus through the years due to the discoveries of e.g...
Master's thesis in Petroleum engineeringThe study area is located in the half graben between the Sta...
Tyt. z nagłówka.Stratigraphic subdivisions of deposits in the Barents Sea is often based only on rar...
A reservoir characterization study of the Triassic Kobbe and Snadd formations is carried out in the ...
The study focuses on reservoir characterization of the Triassic, Jurassic, and Cretaceous succession...
The Barents Sea is the new target area for the oil industry, particularly the Triassic and Jurassic ...
Although the Triassic-Jurassic sandstones of the Realgrunnen Subgroup form the primary reservoir uni...
The study area is located in the Bjørnøya basin, the southwestern Barents Sea. It is surrounded by t...
Geologically, the Barents Sea with deep sedimentary basins, highs and platforms is a complex mosaic ...
The main focus of this study is to image reservoir quality of the ‘Alka discovery located in the sou...
The Stø and Nordmela Formations of Early to Middle Jurassic age are represented in wells 7119/12-1, ...
This study seeks to demonstrate the methodology used in 2D basin modelling, enhance the understandin...
Exploration in the Barents Sea has shown to be difficult, due to the regional tectonic history to th...
The most prolific reservoir intervals in the Barents Sea are found in the Upper Triassic to Middle J...
Thick Triassic siliciclastic units form major reservoir targets for hydrocarbon exploration on the B...
The Barents Sea has been subject to increasing focus through the years due to the discoveries of e.g...
Master's thesis in Petroleum engineeringThe study area is located in the half graben between the Sta...
Tyt. z nagłówka.Stratigraphic subdivisions of deposits in the Barents Sea is often based only on rar...
A reservoir characterization study of the Triassic Kobbe and Snadd formations is carried out in the ...
The study focuses on reservoir characterization of the Triassic, Jurassic, and Cretaceous succession...
The Barents Sea is the new target area for the oil industry, particularly the Triassic and Jurassic ...
Although the Triassic-Jurassic sandstones of the Realgrunnen Subgroup form the primary reservoir uni...
The study area is located in the Bjørnøya basin, the southwestern Barents Sea. It is surrounded by t...
Geologically, the Barents Sea with deep sedimentary basins, highs and platforms is a complex mosaic ...
The main focus of this study is to image reservoir quality of the ‘Alka discovery located in the sou...
The Stø and Nordmela Formations of Early to Middle Jurassic age are represented in wells 7119/12-1, ...
This study seeks to demonstrate the methodology used in 2D basin modelling, enhance the understandin...
Exploration in the Barents Sea has shown to be difficult, due to the regional tectonic history to th...
The most prolific reservoir intervals in the Barents Sea are found in the Upper Triassic to Middle J...
Thick Triassic siliciclastic units form major reservoir targets for hydrocarbon exploration on the B...
The Barents Sea has been subject to increasing focus through the years due to the discoveries of e.g...
Master's thesis in Petroleum engineeringThe study area is located in the half graben between the Sta...
Tyt. z nagłówka.Stratigraphic subdivisions of deposits in the Barents Sea is often based only on rar...